• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention relates to an apparatus and a method for processing flat, baked intermediate products for production along one or more folding lines of folded baked products, comprising a folding device, wherein the folding device has a receiving surface for receiving and conditioning the intermediate products to be processed, wherein the folding device comprises two folding elements, wherein the first flap element is arranged pivotably relative to the second flap element, the flap elements having a receiving position for receiving the intermediate products to be processed, in which the intermediate product to be processed is arranged substantially flat or obtuse-angled on the receiving surface or can be arranged, wherein the folding elements a folding position have, in which the folding elements are pivoted relative to the receiving position to each other, and in particular are pivoted in an acute-angled position, so that the intermediate to be processed along a he folds or becomes first fold line.
    公开号:AT516485A1
    申请号:T50759/2014
    申请日:2014-10-23
    公开日:2016-05-15
    发明作者:Johannes Haas；Josef Haas；Stefan Jiraschek；Werner Nehr
    申请人:Haas Food Equipment Gmbh；
    IPC主号:
    专利说明:

    Faltvomchtung
    The invention relates to a device and a method for processing flat, baked intermediate products for production along one or more fold lines of folded baked products, comprising a conveyor device, wherein the folding device has a receptacle for receiving and laying the workpieces to be processed
    Intermediate products, wherein the folding device comprises two Kiappelemente, wherein the first flap member relative to the second flap element is pivotally mounted, wherein the flap elements have a receiving stanchion for receiving the intermediate products to be processed, in which the intermediate product to be processed substantially flat or obtuse bent on the receiving surface is arranged or can be arranged, wherein the folding elements have a Faltsteilung in which the Kiappelemente are pivoted relative to the receiving division to each other, and in particular are pivoted in an acute-angled position, so that the intermediate product to be processed is folded along a first Faitiinre or is.
    Prior art devices for folding back prepregs are known. These devices are mounted on a stationary machine frame. For processing, the baking intermediates are individually one
    Supplied folding device and stopped there. In a next step, the baking intermediate is folded. Subsequently, the folded baked product is transported away and optionally packed. At the same time another Baokzwischenprodukt the folding device is supplied and stopped to form another multi-layered baked product. A disadvantage of this construction is that the baked products and in particular the bagged products have to be handled for processing, whereby the production throughput is limited.
    Prior art devices are known for processing multi-layered baked products or baking intermediate products, in which baking intermediates, coming from a processing device, are transported on a conveyor belt to a calibrating device and optionally to a cutting device. Conventional calibers include calendering rails arranged at a predetermined distance from the conveying surface are. If now a baked product is conveyed through the calibrating device, it is compressed to a predetermined thickness. Subsequently, the baked product can be cut, in particular be cut to size in the edge region. These steps are advantageous in the industrial production of Baekprodukten, for example, to comply with packaging mass and size tolerances,
    The object of the invention is to provide a device or a method which overcomes the disadvantages of the prior art and which enables efficient processing of baking intermediates.
    The object of the invention is achieved in particular by the features of the independent claims.
    In particular, the invention relates to a device for processing flat, baked intermediate products for production along one or more fold lines of folded baked products, comprising a folding device, wherein the folding device is a receiving surface for receiving and conditioning the processed
    Intermediates, weave! the folding device comprises two folding elements, wherein the first flap element is pivotally arranged relative to the second flap element, the flap elements having a receiving position for receiving the intermediate products to be processed, in which the intermediate product to be processed is arranged or can be arranged substantially flat or obtuse-angled on the receiving surface wherein the Kiappelemente have a Faltsfellung in which the Kiappeiemente versohwenkf against the receiving division to each other, and in particular are pivoted in an acute-angled position, so that the intermediate product to be processed is folded or folded along a first fold line, wherein a continuously moving Endiosförderer is provided and wherein the folding device is attached to the endless conveyor and / or and is moved with the endless conveyor.
    Optionally, it is provided that the Kiappelemente have an exemption to carry out the Faitschwertes that the folding blade is in the receiving position of the Kiappelemente in a retracted position, away from the Äufnahmefläc.he, so that the receiving surface can be fed to an intermediate product to be processed, and that the folding blade has an extended pitch, in which it protrudes in the folding of the Kiappelemente by the exemption of the Kiappelemente and by the Äufnahmefläche, so that the intermediate product to be processed is or is folded along a second FaltHnie.
    Optionally, it is provided that the first flap element is pivotally arranged relative to the second flap element about a so-pivot axis, and that the pivot axis extends substantially parallel to the first fold line.
    Optionally, it is provided that the continuously moving endless conveyor is designed as a rotary kiln rotated about a main axis.
    Optionally, it is provided that the direction finding device comprises a folding blade, that the fold value comprises an elongate folding jogging edge running along the second line, and that the knit edge or the second fold line runs obliquely or normal to the pivot axis of the folding elements or to the first folding line in the receiving surface.
    Optionally, it is provided that at least one folding element is provided or that two folding elements are provided, wherein the folding element projects as an extension finger-shaped along the first Faitlinie and substantially parallel to the receiving surface on the receiving surface, or wherein the folding elements as extensions finger-shaped along the first fold line and essentially protrude over the receiving surface parallel to the receiving surface so that an intermediate product positioned on the receiving surface is at least partially disposed between the facings and the receiving surface.
    Optionally, it is provided that at least one folding element is provided or that two latch belts are provided, wherein the folding element projects as an extension finger-shaped along the fold line and substantially parallel to the receiving surface on the receiving surface, or wherein the folding elements as extensions finger-shaped along the first fold line and in Projecting substantially parallel to the receiving surface on the receiving surface, so that an intermediate positioned on the receiving surface at least partially disposed between Faiteiement and receiving surface, that the folding elements, viewed along the receiving surface, are provided on one side of the first Faitlinie, and that the first folding element in the Receiving position is arranged on the other side of the first folding line pivotally opposite the second flap element, and that the Faiteiement in the Falistellung the Klappemaniente protrudes between the Klappeiernente, or that the folding elements in the fold Position the folding elements protrude between the folding elements.
    Optionally, it is provided that one or more movement devices are provided for moving the Faltsehwertes and for moving at least one of the folding elements, or that is provided for moving the Faltschwertes a Feltschwedbewegungsvorrichtung and the movement of the first folding element is a folding element moving device,
    Optionally, it is provided that a main drive is provided for moving the endless conveyor, or that a main drive for rotation of a rotary plate designed as an endless conveyor is provided about a main axis of rotation.
    Optionally, it is provided that at least one movement device, the Faltschwertbewegungsvorrichtung and / or the folding element moving device comprises a gate control, wherein the Kuusssteuerung comprises a substantially stationary arranged control cam and connected to the direction finder or with at least one moving element of Faitvorrichtung Abtasteiement by movement the Faitvorrichtung along the endless conveyor along the control cam is performed
    Optionally, it is provided that a scanning element is connected to the first Kiappelement and / or that a scanning element is connected to the folding blade.
    Optionally, it is provided that a folding element control cam for moving the first folding element and a spaced apart from the folding element control curve Faltsohwertsteuerkurve is provided for moving the folding blade.
    Optionally, it is provided that on the endless conveyor along the direction of movement of the endless conveyor several Faitvorrichtungen, more than 10 direction finders or more than 20 direction finding provided and moved with the endless conveyor, and that for all direction finders a single control cam or a single folding element control curve and a single Faltsehwertsteuerkurve is provided ,
    Optionally, the invention relates to a method for processing flat, baked intermediates for the production along one or more folding lines folded bakery products, comprising the following steps: - moving an endless conveyor and a Faitvorrichtung provided thereon, - feeding a hot, flat baked intermediate from a baking mass, in particular a hochzuckerhältigen baking mass, in plastically deformable state; ~ Depositing the intermediate product on a receiving surface of the Faitvorrichtung; - Deformation of the intermediate product of a substantially flat or obtuse angled shape in a folded along a first fold line acute-angled form by pivoting a first flap member relative to a second flap element from a receiving position to a folded position.
    Optionally, the invention relates to a method comprising the step of: - deforming the intermediate product from an acute-angled shape folded along a first fold line to a double folded shape along a second fold line by moving a folding swath from a retracted position away from the receiving surface to an extended position the fall sword protrudes through an exemption of the folding elements and through the receiving surface.
    Optionally, the invention relates to a method comprising the following step; Conveying the intermediate product by moving the folding blade from the withdrawn position to the extended position, by exempting the folding elements, into a folding-enveloping discharge area.
    Optionally, the invention relates to a device for processing flat, baked intermediates for producing multilayer, especially along one or more fold lines folded, baking products, comprising a pressing device with a provided between a ram and a counter-pressure space in which optionally arranged to be processed intermediate product, the Prassstempe! for changing the dimension of the pressing space and for calibrating the intermediate product has a variable distance to the Gegenhaiter, wherein a continuously moving endless conveyor is provided and wherein the Pressvornchtung attached to the endless conveyor and / or and is moved with the endless conveyor.
    Optionally, it is provided that a cutting device is provided, that the Schneldevorrichtung comprises a cutting body autoweast for separating a portion of the intermediate product, in particular the edge of the intermediate product a variable distance to the Gegenhaiter and that the cutting device attached to the endless conveyor and / or with the endless conveyor is moved mlf.
    Optionally, it is provided that the continuously moving endless conveyor is designed as a turntable rotated about a main axis.
    Optionally, it is provided that the pressing device has a retracted position and a pressing position, wherein the distance between the press ram and the counter-holder in the pressing position substantially corresponds to the thickness of the baked product to be produced, and that the distance between the
    Compression punch and the Gegenhaller in the retracted position is greater than in the pressing position or greater than the thickness of eingebrachien in the pressing device intermediate product.
    Optionally, it is provided that the cutting device has a retracted position and a cutting position wherein the distance between the cutting body and the Gegenhalfer in the retracted position is greater than the thickness of eingebrachien intermediate in the cutting device, and that the cutting body is in the cutting position on the anvil, to separate at least part of the intermediate product.
    If appropriate, it is provided that one or more movement devices are provided for moving the press ram and for moving the cutting body, or that a press die movement prerolling is provided for moving the press ram and a cutting body moving device is provided for moving the cutting body.
    Optionally, it is provided that a main drive is provided for moving the endless conveyor, or that a main drive for rotation of a rotary plate designed as an endless conveyor is provided about a main axis of rotation.
    Optionally, it is provided that at least one movement device and / or the press punch moving device comprises a slide control, wherein the slide control comprises a substantially fixedly arranged control cam and connected to the pressing device or with at least one element to be moved element of the pressing device sensing element along by movement of the pressing device of the endless conveyor is guided along the control cam.
    Optionally, it is provided that at least one movement device and / or Schneidkörperbewegungsvorrichfung comprises a sliding control, wherein the slotted control comprises a substantially fixedly arranged control cam and connected to the sneezing device or with at least one moving element of the cutting device sensing element, which by moving the
    Cutting device along the endless conveyor along the control cam is guided.
    Optionally, it is provided that a scanning element is connected to the pressing station and / or that a scanning element is connected to the cutting body.
    Optionally, it is provided that the movement direction of the press ram coincides with the movement direction of the quick body, or that the press ram and the cutting body are arranged telescopically extendable.
    If appropriate, it is provided that the cutting body at least partially surrounds the press die in the normal plane of the vector of the movement direction outside.
    Optionally, it is provided that the cutting body projects beyond the pressing ram in the cutting position in the direction of the counterholder, or that the cutting body projects beyond the pressing ram in the pressing position in the direction of the counterholder in the cutting position
    Optionally, it is provided that a press ram control cam is provided for moving the ram and a Sehschnekörpersteuerkurve spaced from the Pressstempeistuerkve for moving the cutting body.
    Optionally, it is provided that on the endless conveyor along the direction of movement of the endless conveyor more Pressvorrichiuresgen and Schneidvonichtungen, more than 10 Pressvorriohtungen and cutting devices or more than 20 Pressvorriohtungen and Schneidvonichtungen provided and moved with the endless conveyor, and that for all Pressvorriohtungen and Schneldvorrichtungen a single control cam or a single punch control cam and a single cutter control cam is provided.
    Optionally, the invention relates to a method for processing flat, baked intermediates for producing multilayered, in particular folded along one or more fold lines, baked products, comprising the following steps: ~ moving a Endlosforderers and a pressing device provided thereon; Feeding a multilayer baked intermediate between one
    Press punches and a counterpart of the pressing device; - Calibrating and compressing the intermediate product to a predefined thickness by moving the ram counter-holder of the receiving position in the pressing position.
    Optionally, the invention relates to a method comprising the following step; - Cutting off a portion of the intermediate product, in particular a peripheral region of the intermediate product, by moving the cutting body towards Gegenhaiter from a retracted position into a cutting pitch.
    Optionally, the invention relates to a method, wherein in the cutting position of the cutting body is pressed against the anvil, or wherein in the Schneidsteliung or during the movement of the cutting body in the Schneidsteliung the cutting body is guided in a cutting movement just past the Gegenhaiter.
    Optionally, the invention relates to a method, wherein the cutting body in the Schneidsteliung the press die protrudes counter-holder direction, or wherein the cutting body is extended in the Schneidsteliung or during the movement of the cutting body in the Schneidsteliung against the press punch direction Gegenhaiter.
    Preferably, the device according to the invention for processing baking intermediates from hochzuckerhältigen or plasticizable in the hot state plastically deformable baking masses or doughs suitable ιιηύίούΒΐ set up Such intermediates are baked in particular as a round or oval wafer flat in a baking tongs oven. When removed from the baking dishes, the wafer patties have a soft, plastically deformable consistency. This consistency is in particular caused by the fact that the sugar content or another plasticizer in the hot state is plastically deformable. After cooling of the baking intermediate or the baked product, the sugar content or the proportion of plasticizer solidifies and the baked product receives a dimensionally stable, especially crisp, crispy consistency, but it also corresponds to the idea of the invention to process other doughs, other baking materials or other Backzwischenprodukie. For example, it is also possible to process long-lasting intermediates such as pancakes.
    Calibration is, in particular, a process in which a baked product or a baking intermediate product is compressed to a predetermined thickness. In the case of multi-layered products, which are optionally filled with one or more cream layers, small thickness egg lengths of the layers are added, whereby the thickness variations of the multi-layered product are particularly pronounced. In particular, in the industrial production of these baked products, a calibration is advantageous.
    Subsequently, the invention will be further described with reference to figures and exemplary embodiments.
    Fig. 1 shows a plan view of a plant for the production of folded or multi-layered baked products.
    Fig. 2 shows an oblique view of a possible Ausföhrungsform a Erflndungsyemäßen device.
    Fig. 3 shows an oblique view of details of a possible Ausfohrungsform a device according to the invention eifindungsgemäßen device.
    4 shows a detail of components of a possible embodiment of a device according to the invention.
    Fig. 5 shows a detail of a device according to the invention in an oblique view
    Fig. 8 shows details of components of a device according to the invention.
    Fig. 7 shows a sectional view of components of a device according to the invention.
    Fig. 8 shows an oblique view of components of a device according to the invention.
    Unless otherwise indicated, the reference numerals correspond to the following components;
    Intermediate 1, baked product 2, folding device 3, receiving surface 4, first Klappelemenf 5, second Klappeiement 6, first FaltHnie : Endless conveyor 8, folding blade 9, release iö, second fold line 11, pivot axis 12, main axis 13, turntable 14, folding edge 15, Fattelemenf 16 (finger-shaped extension),
    Moving device 17, folding blade moving device 18,
    Folding element moving device 19, main drive 29, control cam 21, scanning element 22, folding element control curve 23, Faitschwertsteuerkurve 24, pressing device 25, ram 26, Gegenhaiter 27, baling chamber 28, distance 29 between the ram and counter holder, cutting device 30, cutting body 31, distance 32 between the cutting body and counter holder,
    Press belt moving device 33, cutter body moving device 34, press punch control cam 35, cutter body cam 36, oven 37, transfer device 38, transfer surface 39, pay machine 40, discharge surface 41, center member 42, pusher 43,
    1 shows a Aniage for producing multilayer, for example folded baked products, The system includes in particular a device comprising a folding device 3. Furthermore, the system preferably contains a device which comprises a pressing device 25 and / or a cutting device 30. The plant further comprises a baking oven 37. Baked intermediate products 1 are produced in this oven and are processed in a subsequent apparatus, in particular in a folding apparatus 3, in a pressing apparatus 25 and / or a cutting apparatus 30. These devices 3, 25, 30 may, for example, be designed in accordance with the present description.
    Preferably, the oven 37 is an industrial oven 37 for the production of wafer sheets, wafer patties, soft waffles, pancakes and in particular for the production of bakery products from hochzuckerhältlgem dough or from a hochzuckerhäliigen baking compound. Optionally, baked intermediates 1 are stacked in multiple layers or provided with a cream. The intermediates 1 are removed by a transfer device 38 from the oven 37 and fed to the erisndungsgemaßen device processing. Preferably, a transfer area 39 is provided for this purpose. The transfer device 38 comprises, for example, pivotable or rotating arms, which remove the intermediates 1 from the baking molds of the baking machine 37 and transfer them along the top surface 39 to the device according to the invention for further processing. The baking molds are for example as baking tongs ausyebüdet
    The controls of the oven 37, the transfer device 38 and the device according to the invention are preferably connected or coupled with one another so that the transfer of the baked intermediates is synchronized,
    FIG. 2 shows an exemplary embodiment of a device according to the invention in an oblique view. The device comprises a machine frame 40. A continuously moving or continuously movable endless conveyor 8 is arranged on the machine frame 40 and rotated in particular by a main drive 20 about a main axis 13. In this Ausfühmngsform the endless conveyor 8 is formed as an annular Drehteiier 14. The apparatus comprises a discharge surface 41 for discharging the baked products 2. Further, in the present embodiment, a folding device 3, a pressing device 25, and a cutter 30 are provided. These three devices 3, 25 and 30 are provided together on a single endless conveyor 8. However, it also corresponds to the inventive idea that these three components 3, 25 and 30 are provided on separately provided Endlosförderem 8, which may be connected to each other, however a synchronized movement of these individual endless conveyors takes place.
    In the present embodiment, at least one slide control is provided. The link control comprises a control cam 21, which is scanned by a scanning element 22. Preferably, the control cam 21 is stationary, in particular stationary relative to the machine frame 4ÖS arranged. The endless conveyor 8 is moved continuously, whereby a relative movement between the connected to the Endiosfonderer 8 components and connected to the machine frame 40 components takes place. Preferably, a control cam 21 are provided for the folding device 3, the Pressvorrichfung 25 and the cutting device 30 respectively. Preference is given to the folding device 3, the
    Pressing device 25 and the cutting device 30 each provided at least one sensing element 22. The sensing elements are preferred with the
    Components 3, 25 and 30 moved and scan the respective control cam 21,
    3 shows a schematic oblique view of components of a device according to the invention, comprising a plurality of folding devices 3 arranged along an endless conveyor 8. The ausgeblidete as a turntable 14
    Endless conveyor 8 is rotatable about a main axis 13. The turntable 14 is in particular round or annular. The folding devices 3 are also preferably arranged along a peripheral circle, the central axis or center of which coincides with the main axis 13. For example, more than 10, more than 20 and in particular 24 folding devices 3 along a circumferential circle of
    Endless conveyor 8 arranged. Each individual folding device 3 preferably comprises a receiving surface 4, which is formed at least partially by a first Kiappeiernent 5 and / or a second Kiappeiernent 8. Optionally, the Äufnahmefläche 4 is not formed in all folding positions of two folding elements 5, 6. Preferably, the first Kiappeiernent 5 relative to the second Kiappeiernent 6 is movable, preferably arranged pivotally, so that an intermediate product 1 along a first fold line 7 can be folded. For this purpose, the first folding line 7 runs essentially parallel to the pivot axis 12 of the first tilting element 5.
    Furthermore, the device preferably comprises a fissure value 9. This folding blade can be guided through an exemption 10 of the folding elements 5, 8 in order to fold the intermediate product 1 along a second folding line 11. The two fold lines 7, 11 are preferably arranged transversely to one another or normal to one another, so that the intermediate product 1 is folded two times. The double folding results in particular in a four-day intermediate product 1 or a four-layered bag product. 2. The folding blade 9 comprises a Faitschwertkante 15. This is preferably substantially parallel to the second Faltlinle 11,
    For moving the movable elements of the folding device 3, a movement device 17 comprising one or more link controls is preferably provided. These link controls preferably include cams 21 and scanning elements 22.
    Fig. 4 shows details of a device according to the invention, the device comprises in turn, similar to the device of Figure 3, a plurality of direction finding devices 3, which are arranged along the direction of movement of the endless conveyor 8. The folding devices 3a to 3f of Fig. 4 are in different positions, the different positions are effected by a controller, in particular by a link control. For processing the intermediate product 1, for example, the following steps hzw. Traces of the direction finder 3 go through:
    The direction finding device 3a is in its basic position: the folding blade 8 is in a retracted position, in which it is arranged away from the flap elements 5, 6 and away from the receiving surface 4. Thereby, an intermediate product 1 can be positioned on the receiving surface 4, without causing a collision with the folding blade. The folding device 3a is in a position shortly before the supply of an intermediate product. 1
    The folding device 3b corresponds to the Falivorhehiung 3a, However, with a supplied intermediate product 1. The intermediate product 1 is positioned on the receiving surface 4. In the present embodiment, the receiving surface 4 is at least partially formed by the first folding element 5 and the second folding element 8. Optionally, centering elements 42 may be provided in all embodiments in order to effect a predeterminable position of the intermediate product 1 on the endless conveyor 8. At a certain distance above the receiving surface 4, a Faitelement 18 is provided, in the present embodiment, two folding elements 18 are provided. This or at least one edge of the belt 18 extends substantially along the first folding line 7, the buckling elements 16 serve in particular as hold-down, so that the position of the first Faltiinie 7 is predictable and determinable. Preferably, the Falteiemente 16 are provided on one side of the first Faltiinie 7 above the receiving surface 4. On the other soap of the first folding line 7, the first folding element 5 is provided above the receiving surface 4. By this arrangement, an intermediate product 1 can be bent around the or the Falteiemente 18. Oiler folding device 3c is located in a stiffening in which the intermediate product 1 is already folded along the first fold line 7. The first hinged element is hidden in this illustration to represent the folded intermediate product 1 can. In the positions in which the folding devices 3a, 3b and 3c are located, the folding blade 9 is retracted, and arranged away from the receiving surface 4
    In a position in which the folding blade 9 is moved in the direction of the receiving surface 4 and is located just in front of the receiving surface 4, the intermediate device 1 is hidden. In the illustration of the folding device 3d, the intermediate product 1 is hidden so that the folding device can be displayed more clearly. The first Klappelernent 5 is pivoted relative to the second flap element 6 in an acute-angled position, both Klappelamente S, 8 have one or more exemptions 10.
    The Faitvorrichtung 3e shows a position in which the folding blade 9 is passed through the exemptions 10 of the first folding element 5 and the second folding element 6. As a result of this passage, the intermediate product 1 is preferably pulled through the clearances 10 and thereby folded along a second fold line 11. By passing the folding blade 9 through the receiving surface 4, the intermediate product 1 is preferably conveyed on to a pressing device 25 and to a cutting device 30.
    The Faitvorrichtung 3f is in a position in which the folding blade 9 is retracted again. The intermediate product 1 is in this position in the pressing device 25 or in the cutting device 30,
    The measuring device 3, the pressing device 25 and the cutting device 30 comprise movable elements which, via movement devices 1 can be moved. The movement devices 17 may in particular comprise controls, guides, rotary guides, linear guides and drives. The movement devices 17 preferably include slide controls. For movement of the folding blade, a folding blade moving device 18 is viewed. This folding blade movement device 18 comprises one or more guides for the straight guidance of the folding blade 9. Furthermore, the folding blade movement device 18 comprises a linkage control and in particular a
    Folding cam 24 which is scanned by a scanning member 22 to control and drive the movement of the folding blade 9. Also, the first folding mask 5 can be controlled and moved by a folding member moving means 19. The folding element moving device 19 preferably comprises a rotary guide for pivoting the first folding element 5 about a pivot axis 12. Also, the movement of the first folding element 5 can be moved via a link control, in particular via a folding element control curve 23.
    Fig. 5 shows a schematic view of a device, as shown for example in Figs. 1 to 4. The viewing direction is directed, for example, obliquely from below onto the endless conveyor 8, wherein, as in the previous illustrations, some components of the system and the device are hidden. The endless conveyor 8 is designed, for example, as a rotary divider 14, which is turned around a main axis 13 in a rotatable manner. For moving the endless conveyor 8, in particular for rotating the turntable 14 about the main axis 13, a main drive 20 is preferably provided in all embodiments. On the endless conveyor 8 several pressing devices 25 and several cutting devices 30 are provided in the present embodiment. In particular, folding devices 3 are provided. Preferably, the number of fall-ahead synchronous with the number of pressing devices 25 and the number of Schneldvorrichtungen 30 match, so that per folding device 3, a pressing device 25 and a Schneidvornchtung 30 is provided. Preferably, in each case one pressing device 25 is implemented with a cutting device 30 as a combined pressing cutting device. Such a combined pressing cutting device is provided for each case 3. Preferably, the folding device 3 or the relevant components of the folding device 3 are located on one side, in particular on the upper side of the receiving surface 4 and on the upper side of the endless conveyor S. Preferably, the pressing device 25 and the cutting device 30 are located on the other side of the endless conveyor 8 or on the underside of the endless conveyor 8. By the above-described performing the Falischvvertes 9 of the Faltvomchtung 3 an intermediate product 1 is conveyed from one side of the Endiosförderers 8 to the other side of the endless conveyor 8. This results in a transport of the intermediate product 1 of the folding device 3 in the pressing device 25 and / or in the Schneidvornchtung 30th
    The pressing device 25 is preferably designed as a calibrating device and presses an intermediate product 1, in particular a multilayer intermediate product, which is formed for example by folding in the folding device, together to a predetermined thickness. For this pressing movement, a ram moving device 33 is provided. Furthermore, a cutting device 30 is preferably provided. This cutting device 30 is adapted to cut off at least a portion of the intermediate product 1. For example, the cutter 30 may be configured to cut the product and, in particular, cut the edge so that all products are substantially the same size. For moving the cutting device 30, a cutting body moving device 34 is provided. The movement devices 17 comprise, in particular, controls, drives and guides, so that the desired movement of the respective components is achieved. Preferably, the moving devices 17 include gate controls.
    FIG. 3 shows a schematic view of details of a device according to the invention. The device of FIG. 6 corresponds for example to the devices of FIGS. 1 to 5.
    At an endless conveyor 8 more folding devices 3 are provided. However, according to a specific embodiment of the invention, the folding devices 3 can also be dispensed with, in which case multilayer products are fed directly to the pressing devices 25 and / or the cutting devices 30. In the present embodiment, a plurality of pressing devices 25 and a plurality
    Cutting devices arranged along the direction of movement of the endless conveyor 8. In particular, the pressing devices 25a-e and the cutting devices 30a-e are located in different directions along the endless conveyor 8,
    The pressing device 25a is in its retracted position. In this position, the Prsssstempe! 26 and the counter-holder 27 at a certain distance from each other, wherein this distance is dimensioned such that an intermediate product of the pressing device can be supplied. The distance is thus greater than the thickness of the intermediate product which is to be pressed or calibrated in the pressing device. Pressing device 25b is likewise in the retracted position, with pressing device 25b being arranged just before that region, for example by movement of the piston 9, an intermediate product 1 can be supplied. The pressing device 25c is in a position where the intermediate product 1 is or will be supplied. This is done in the present embodiment by the Faltschwart 9. In order to prevent chaffing of the intermediate product 1, a slider 43 may be provided in all embodiments. This slider 43 is movably arranged and serves in particular the closure of a pressing space 28, in which the intermediate product 1 is pressed and partially arranged.
    The pressing device 25d is in its pressing position, in which the distance between the pressing punch 26 and the counter-holder 27 substantially corresponds to the thickness of the baked product to be produced
    The feeding device 25e is also in the pressing position or already in a retracted position. The cutters 30a, 30b, 30c and 30d are in their retracted position. The cutting device 30e is in a position in which the cutting body 31 is extended so that it is in contact with the counter-holder 27 or at least closely spaced, so that optionally a portion of the intermediate product 1 is cut off, in particular the cutting is used to trim the edge of the intermediate product 1. In a further, not shown position of the device, the slider 43 can be withdrawn again to open the pressing space 28. As a result, the product 1 can be removed from the press room 28 or automatically fall out of the press room 28.
    Moving devices 17 are provided for moving the pressing device 25, the cutting device 30 and optionally the slider 43. These movement devices 17 may include, for example, guides, drives and controls. Preferably, the moving devices 17 include gate controls. In particular, for moving the pressing device is a
    Press punch moving device 33 is provided. This includes a Abtestelement 22 which scans a ram control cam 35. By the control cam 35, the Abfastelement 22 is moved. This movement is transferred to the Pressiampal. The cutting device 30 preferably comprises a Sehnkerkperbewegungsvorrichfung 34. This also includes a scanning element 22, which scans a Schneidkörpersueerkurve 36. In particular, by the cutting body curve 36 of the cutting body is moved. Optionally, a separate control cam or a separate sensing element is provided for the slider 43. Optionally, the slider 43 is coupled to the cutting body or the Pressstempei, so that it can be moved with the aforementioned components.
    Optionally, the slider 43 is coupled to the cutting body 31, so that during a movement of the Sehneidkörpers 31 and the slider 43 is moved. Thus, the Schneidkörperöewegungsvornchtung 34 and the Schneidkörpersieuerkurve 36 may be formed such that the cutting body and the slider can be arranged in different Zwischensfellungen, so that in a first step in the first intermediate position, the slider 43 closes the Pressraurn 28, However, the cutting body away from the Counter-holder is arranged so that an introduction of the intermediate product in the pressing space 28 is made possible. In a second position, the cutting body 31 can then be transported further in the direction of the counter holder 27, so that the desired cutting movement takes place.
    Fig. 7 shows a schematic Schnitidarsfeilung a combination of a folding device 3 with a Pressvornchtung 25 and a cutting device 30, as may be provided, for example, in all execution farms. The components 3, 25 and / or 30 are preferably attached to an endless conveyor 8 and moved with it. The folding device 3 comprises a receiving surface 4 for receiving an intermediate product 1 (not shown). In the receiving surface 4 at least one exemption 10 is provided. The intermediate product 1 can be folded by moving folding elements 5, 5 along a first fold 7. Furthermore, a folding blade 9 is preferably provided, via which the intermediate product 1 can be folded along a second fold line 11. In addition, the folded intermediate product 1 can be transported via the folding blade 9 by the folding device 3 in or towards the pressing device 25 or cutting device 30. to
    Movement of Faltschwertes 9 Is preferably a Bewegungsvorrichiuny 17 is provided, The Bewegunysvorrichtung 17 is formed in particular as Faltschwertbewegungsvorriehtung 18, which includes a sensing element 22 and a Faltschwertsteuerkurve 24. The folding elements 5, 8, in particular the first folding element 5 can also be movable. The movement preferably takes place via a pivot about a pivot axis 12. This movement is effected in particular via a scanning element 22 and via a Kiappelementsteuerkurve 23.
    The press device 25 comprises a press ram 28. This press ram 28 is arranged at a certain distance 29 from a counter holder 27. By moving the press ram 28, the distance 29 to the geyer holder 27 can be changed or. Further, if necessary, a slider 43 is provided, this slide can also be designed to be movable. Between the press die 26 and the geyen holder 27, a pressing space 28 is formed. This pressing space is provided in particular for receiving the intermediate product 1 and, if necessary, processing it.
    The movement of the press ram 28 is effected by means of a movement device 17, which in particular contains guides and controls. The control of the press ram 28 is given in particular by means of a press belt drive device 33, which preferably comprises an attachment element 22 and a ram control cam 35. Furthermore, a cutting device 30 is provided. The cutting device 30 comprises a cutting body 31, which is in the representation of Fig. 7 in its retracted position. However, the cutter body 31 may be moved by a moving device 17, particularly via the cutter body moving device 34, to produce a cutting motion. In the present embodiment, the cutter body 31 is coupled to the slider 43 so that the slider 43 also moves by moving the cutter body 31 becomes. However, it is also the spirit of the invention to arrange the slider 43 independently of the cutting body.
    The cutter moving device 34 includes a scanning member 22 and a cutter body cam 38,
    In the present embodiment of Fig. 7, the components of folding device 3, pressing device 25 and cutting device 30 form a unit in which an intermediate product can be folded, calibrated and trimmed. However, it is also the idea of the invention that the individual components are arranged independently of each other.
    FIG. 8 shows the components of FIG. 7 in a schematic oblique view. Both the mode of operation and the elements correspond to those elements from FIG. 7,
    In all embodiments, one of the flap strap, in particular the second flap element 6, can form part of the receiving surface 4 and, in particular, can also be part of the endless striker. For example, the flap element may be part of an annular or circular turntable 14. The turntable 14 and the conveyor may also be part of the transfer area. In all Ausführungsfgrmen the main axis 13 may be substantially perpendicular, Optionally, however, the main axis 13 may also be arranged obliquely.
    In all embodiments, the endless conveyor 8, in particular the turntable 14, may be arranged substantially horizontally so that the receiving surface 4 and / or the transfer surface 39 extend substantially horizontally.
    In all embodiments, the first Klappelernent 5 can be pivoted relative to the second Klappelernent 6 about a pivot axis 12, wherein this pivot axis, for example, extends horizontally. Optionally, the pivot axis 12 is arranged extending radially outward from the main axis 13. Optionally, the pivot axis 12 is arranged in a tangential direction to the main axis 13 and in particular, for example, a normal vector of the main axis 13. Where appropriate, the pivot axis extends in a Notmalebene the main axis 13, but obliquely or skewed to the radial or tangential direction. In all embodiments, the folding blade 9 can extend normal to the conveying surface of the endless conveyor 8S to the receiving surface 4 and / or the transfer surface 39. In a preferred embodiment, the direction of movement of the folding blade 9 can be normal to the components receiving film 4, endless conveyor 8 or transfer surface 39. The folding blade 9 in all embodiments preferably comprises a folding blade box 15. This extends, for example, normal to the pivot axis 12 of the first folding element 5. However, the direction of the folding blade edge 15 may be oblique to the first folding line 7 and / or oblique to the pivot axis 12.
    In all embodiments, the direction of movement of the press ram and / or the cutting body can take place substantially in the radial direction to the main axis 13. In particular, the direction of movement of the cutting body and / or of the press ram lies in a normal plane to the main axis 13.
    According to a "preferred embodiment, the pivot axis 12 and the direction of movement of the punch and / or the cutting body 31 lie in two planes parallel to one another. The direction of movement of the folding blade 9 is preferably oblique or normal to these two planes, so that the intermediate product by the folding blade 9 1 can be transported from the plane of the pivot axis 12 to the plane of the ram 25 or the cutting body 31. The two parallel planes are, for example, normal planes of the main axis 13.
    In all embodiments, the direction of movement of the ram 28 or cutting body 31 may be normal to the direction of the folding blade 15. In all embodiments, the direction of movement of the ram 26 and cutter 31 may be parallel to the first folding lens and parallel to the pivot axis 12.
    In all embodiments, the folding device is preferably 3 above the endless conveyor 8 or, the rotary divider 14 arranged in all Ausführungsfarrnen optionally the Pressvorrichfung 28 and the cutting device 30 below the endless conveyor 8 and below the turntable 14 angeordnef. This has the advantage that intermediate products 1 can be deposited or held by gravity on the receiving surface 4.
    In all embodiments, the device according to the invention may be suitable or arranged in particular for producing fan-shaped baked products. For this purpose, an oval or round flat hzw, an oval or round intermediate product is first folded along a first fold line 7, said fold line is preferably in the middle or the intermediate product symmetrically dividing. In a second step, the folded intermediate product is folded along a second fold line 11, this fold line being substantially normal to the first dimension, so that a quarter-circle-shaped body is formed. This vierfelkreisförmige body has by the double folding preferably four layers. In a further step, the quarter-circle-shaped body can be calibrated in the pressing device. Furthermore, the edge can be cut.
    The shape of the cutting body 31 preferably corresponds to the shape of the cutting body 31 substantially in the shape of the folded or multilayered intermediate product 1. For example, the pressing ram 26 may also have a quadrilateral shape or a quarter circle profile. The same applies to the anvil 27. Optionally, the cutting body 31 is provided only on that side of the intermediate product 1, are provided at the individual free ends and not in that edge region, which is formed by bent portions. For example, in the case of a quarter-circle-shaped body, the cutting body 31 can be arranged only in that region in which the quarter-circle-shaped contour of the baked product 2 is arranged. On the folded, straight sides, for example, a cutting device 30 or a cutting body 31 can be dispensed with.
    Optionally, the pressing member 26 and / or the counter-holder 27 have a shaping shape. For example, the counter-holder 27 may have a chamfer in the outer region, for example in the quarter-circle-shaped edge region, so that a bevelled contour can be imparted to the intermediate product or the baked product 2 during pressing or during calibration.
    权利要求:
    Claims (35)
    [1]
    1, device for processing flat, baked intermediate products (1) for production along one or more fold lines folded baking products (2), comprising a folding device (3), ~ wherein the Faltvorn'chtung (3) a receiving surface (4) for receiving and Installation of the intermediate part to be processed}, wherein the folding device (3) comprises two folding elements (5, 8), - the first folding element (5) being pivotably arranged opposite the second folding element (8), - the folding elements (5, 6} have a receiving position for receiving the intermediate products (1) to be processed, in which the intermediate product (1) to be machined is arranged or can be arranged substantially flat or obtuse-angled on the receiving surface (4), - the folding elements (5, 6) have a folding position in which the folding elements (5, 8} are pivoted relative to the receiving division to each other, and in particular in an acute-angled position versch are folded, so that the intermediate product (1) to be processed along a first fold line (7) is folded or is, characterized in that a continuously moving endless conveyor (8) is provided and that the folding device (3) attached to the endless conveyor (8) and / or and with the endless conveyor (8) is moved.
    [2]
    2. Apparatus according to claim 1, characterized in that the folding device (3) comprises a folding blade (9), that the folding elements (5, 8} an exemption (10) for carrying the folding blade (9), that the folding blade ( 9) in the receiving division of the folding elements (5, 8) in a retracted position, away from the receiving surface (4), so that the receiving surface {4} can be fed an intermediate product (1) to be processed, and that the folding blade (9) has an extended position in which it in the folded position of the folding elements (5, 8) by the exemption (10) of the Klappelemenfe (5, 8) and through the Aufnahmefiäche (4) protrudes, so that the intermediate product to be processed (1} along a second fold line (i 1) is folded or is,
    [3]
    3, device according to claim 1 or 2, characterized in that the first flap element {5} relative to the second flap element (8) about a pivot axis (12) angeordnat pivotally, and that the pivot axis (12) substantially parallel to the first fold line ( 7) runs.
    [4]
    4, device according to one of claims 1 to 3, characterized in that the continuously moving Endiosförderer (8) as a major axis (13) rotated rotary divider (14) is formed.
    [5]
    5, device according to one of claims 1 to 4, characterized in that the Fattvorrlchtung (3) comprises one or the folding blade (S), that the folding blade (9) comprises an elongated along the second fold line (11) extending Faltschwertkante (15) in that the folding score edge (15) or the second fold line (11) in the receiving surface (4) runs obliquely or normal to the pivot axis (12) of the folding elements (5, 8) or to the first fold line (7),
    [6]
    8, device according to one of claims 1 to 5, characterized in that at least one folding element (18) is provided or that two Faltelernente (16) are provided, wherein the folding element (16) as an extension finger-shaped along the first fold line (7) and protrudes substantially parallel to the receiving surface (4) on the receiving surface (4), or wherein the Faitelemente (16) ais extensions finger-shaped along the first fold line (7) and substantially parallel to Aufhahrnefläche (4) on the Äufnahmefläche protrude, so that on the Aufnahmafiäche (4) positioned intermediate product (1) at least partially between the folding element (18) and receiving surface (4) is arranged.
    [7]
    7, device according to one of claims 1 to 6, characterized in that at least one Faltelemerrt (18) is provided or that two Faitelemente (16) are provided, wherein the folding element (18) as an extension finger-shaped along the fold line and substantially parallel to Receiving surface (4) protrudes over the receiving surface, or wherein the Faltelemenle (16) as projections finger-shaped along the first Falfiinie (7) and substantially parallel to the receiving surface (4) on the receiving surface (4) protrude, so that on the receiving surface (4 ) positioned intermediate product (1) is arranged at least partially between the folding belt (16) and receiving surface (4) such that the side elements (16), along the receiving surface (4), are provided on one side of the first folding line (7), and the first kiappeiemenf. (S) in the receiving position on the other side of the first Faltiinie (7) pivotally relative to the second flap element (6) is arranged, and that the Faiteiement (16) in the Faltsteliung the Kiappelemente (5, 6) between the Klappeiemente (5, 6) projects, or that the folding elements (5, 6) in the folding pitch of the folding elements (5, 6) between the folding elements (5, 6) protrude.
    [8]
    8. Device according to one of claims 1 to 7, characterized in that for movement of the folding blade (9) and for moving at least one of the folding elements (5, 6) one or more Bewagungsvorrichfungen (17) are provided, or that for moving the Faltschwertes (9) a Faltschwertbewegungsschauhchtung (18) and for moving the first folding element (5) is provided a Klappelementbewegungsvornchtung (19).
    [9]
    9. Device according to one of claims 1 to 8, characterized in that a main drive (20) for movement of the endless conveyor (8) is provided, or that a main drive (20) for rotation of a Drehtelier (14) ausgebiideten endless conveyor (6) is provided around a main axis of rotation (13).
    [10]
    10. Device according to one of claims 1 to 8, characterized in that at least one Bewegungsvorrichfung (17), the Faltschwertbewegungsvorrichtung (18) unöloderdie folding element moving device (19) comprises a link control, wherein the link control a substantially stationary arranged control cam (21) and a comprising the folding device (3) or at least one sensing element (22) connected to at least one element to be moved of the folding device (3) guided along the control cam (21) by movement of the folding device (3) along the end conveyor (8).
    [11]
    11. Device according to one of claims 1 to 10, characterized in that a scanning belt !; (22) is connected to the first hinged element (5) and / or that a scanning element (22) is connected to the folding blade (9),
    [12]
    12. Device according to one of claims 1 to 10, characterized in that a Kiappelementsueerkurve (23) for movement of the first flap element (S) and a spaced from the Kiappelementsieuerkurve (23) arranged Faitschwertsteuerkurve (24) for movement of the folding blade (9) provided is.
    [13]
    13, device according to one of claims 1 to 12, characterized in that the endless conveyor (8) along the direction of movement of the endless conveyor (8) several Faitvomchtungen (3), more than 10 direction finding devices (3) or more than 20 Faitvomchtungen (3) provided and with the endless conveyor (8) are moved, and that for all Faitvomchtungen (3) a single control cam (21) or a single flap element control cam (23) and a single Faitschwertsteuerkurve (24) is provided
    [14]
    14. A method of processing flat, baked intermediates for making along one or more fold lines of folded bakery products, comprising the steps of: moving an endless conveyor and a folding device provided thereon, supplying a hot, flat baked intermediate from a baking mass, in particular a high sugar baking mass in plastically deformable state: - depositing the intermediate product on a receiving surface of the folding device; Deformation of the intermediate product of a substantially flat or obtuse-angled shape in an acute-angled shape folded along a first fold line by pivoting a first flap element relative to a second flap element from a receiving position into a cage position.
    [15]
    15. The method of claim 14, comprising the step of: deforming the intermediate product from an acute-angled shape folded along a first fold line into a double-folded shape along a second fold line by moving a fissure value from a retracted position away from the receiving surface to an extended position; in which the fishing value protrudes through an exemption of the folding elements and through the receiving surface,
    [16]
    A method according to claim 15, comprising the step of: advancing the intermediate product by moving the folding blade from the retracted position to the extended position by releasing the flap members into a folder dispensing area;
    [17]
    17. Device according to one of claims 1 to 13, comprising; ~ a pressing device (25) with a pressing space (28) provided between a press ram (26) and an anvil (27), in which optionally the intermediate product (1) to be processed is arranged, the press ram (26) changing the dimension of the Press room (28) and for calibrating the intermediate product (1) has a variable distance (29) to the counter-holder (27), characterized in that the pressing device (25) attached to the endless conveyor (8) and / or with the endless conveyor (8) is moved.
    [18]
    18. The device according to claim 17, characterized in that a cutting device (30) is provided, that the Schneldvorrichtung (30) comprises a cutting body (31) for separating a part of the intermediate product (1), in particular the edge of the intermediate product (1 ) has a variable distance (32) to the anvil (27) and that the Schneldvorrichtung (30) attached to the endless conveyor (8) and / or with the endless conveyor (8) is moved.
    [19]
    19. Device according to one of claims 17 to 18, characterized in that the continuously moving endless conveyor (8) as a main axis (13) rotated turntable (14) is formed.
    [20]
    20. Device according to one of claims 17 to 19 (characterized in that the Pressvorriohtung (25) has a retracted pitch and a press division, wherein the distance (29) between the press ram (26) and the counter-holder (27) in the press division in Substantially corresponds to the thickness of the baked product to be produced, and that the distance (29) between the pressing punch (26) and the Gegenhaiter (27) in the retracted pitch is greater than in the press division or greater than the thickness of the introduced into the Vorvorungung intermediate product ( 1},
    [21]
    21. Device according to one of claims 17 to 20, characterized in that the cutting device (30) has a retracted position and a Schneidsteliung, wherein the distance (32) between the cutting body (31) and the anvil (27) in the retracted Steliung is greater than the thickness of the introduced into the Schneidvorhehtung (30) intermediate product (1), and that the Schneldkörper (31) in the Schneidsteliung on the anvil (27) is applied to at least part of the intermediate product (1) to separate.
    [22]
    22. Device according to one of claims 17 to 21, characterized in that for movement of the press ram (26) and for movement of the cutting body (31) one or more Bewegungsvorhchtungen (17) are provided, or that for moving the press ram (26) a Pressstempeibewegungsvorrichtung (33) and for moving the cutting body (31) a Schneidkörperbewegungsvorrtchtung (34) is provided,
    [23]
    23. Device according to one of claims 17 to 22, characterized in that a main drive (20) for movement of the endless conveyor (8) is provided, or that a main drive (20) for rotating a Prehtelier (14) formed Endiosförderers (8). is provided around a main axis of rotation (13),
    [24]
    24. Device according to one of claims 17 to 23, characterized in that at least one movement device (17) and / or the ram movement device (33) comprises a slide control, wherein the slide control a substantially stationary arranged control cam (21} and one with the pressing device ( 25) or with at least one moving element of the Pressvorrichiung (25) connected sensing element (22), which is guided by movement of the pressing device (25) along the endless conveyor (8) along the control cam (21),
    [25]
    25, Device according to one of claims 17 to 24, characterized in that at least one movement device (17) and / or the cutting body movement device (34) comprises a link control, wherein the link control a substantially stationary arranged control cam (21) and one with the cutting device (30) or with at least one moving element of the cutting device (30) connected to the sensing element (22) guided by movement of the cutting device (30) along the endless conveyor (8) along the control cam (21),
    [26]
    28, Device according to one of claims 17 to 25, characterized in that a Ahtasfelemen! (22) is connected to the press ram (28) and that a scanning element (22) is connected to the cutting body (31),
    [27]
    27. Device according to one of claims 17 to 26, characterized in that the movement direction of the test punch (28) with the direction of movement of the Sehneidkörpers (31) zusammenfaHt, or that the Pressstempe! (28) and the cutting body (31) are arranged telescopically extendable.
    [28]
    28. Device according to one of claims 17 to 27, characterized in that the cutting body (31) surrounds the press ram (28) in the normal plane of the vector of the direction of movement outside at least partially.
    [29]
    29. Device according to one of claims 17 to 28, characterized in that the cutting body (31) projects beyond the press ram (28) in the cutting pitch in the direction of the counterholder (27), or that the cutting body (31) in the cutting position presses the ram (28). In the pressing position towards counter-hunters (27) dominates
    [30]
    30. The device according to one of claims 17 to 29, characterized in that a Presssternpelsieuerkurve (35) for moving the chuck (26) and a spaced from the ram control cam (36) arranged cutting body cam {36} is provided for moving the cutting body (31) ,
    [31]
    31. Device according to one of claims 17 to 30, characterized in that on the endless conveyor (8) along the direction of movement of the endless conveyor (8) a plurality of pressing devices (25) and cutting devices (30), more than 10 pressing devices (25) and cutting devices (30 ) or more than 20 pressing devices (25) and cutting devices (30) are provided and moved with the endless conveyor (8), and that for all pressing devices (25) and cutting devices (30) a single control cam (21) or a single punch control cam (35 ) and a single cutter control cam (36) is provided.
    [32]
    32. The method according to any one of claims 14 to 16 comprising the following steps: - moving an endless conveyor and a pressing device provided thereon; - feeding a multi-layered baked intermediate between a Presssempei and a Gegenhaiter the pressing device; - Calibrating and compressing the intermediate product to a predefined thickness by moving the ram towards Gegenhaiter from the receiving position into the pressing position.
    [33]
    33. The method of claim 32, comprising the following step: - cutting off a portion of the intermediate product, in particular an edge region of the intermediate product, by moving the cutting body direction counterholder from a retracted position into a cutting position.
    [34]
    34. A method according to claim 33, characterized in that in the cutting position of the cutting body is pressed against the anvil, or that in the cutting position or during the movement of the cutting body in the SehneielsteHung the Sehneidielung is guided in a Sehneidbewegung just past the Gegenhaiter.
    [35]
    35. The method of claim 33 or 34, characterized in that the cutting body in the cutting pitch the Pressstempei towards Gegenhaiter surmounted, or that the cutting body is extended in the cutting or during the movement of the cutting body in the cutting position relative to the pressing direction towards Gegenhaiter.
    类似技术:
    公开号 | 公开日 | 专利标题
    DE2435110A1|1975-03-27|DEVICE FOR THE PRODUCTION OF FILLED BAKERY OR PASTE ROLLS
    DE4338232C2|1997-09-04|Device for processing a sheet of dough piled up into a stack
    DE2555144C3|1979-09-20|Device for applying solid ingredients to an edible surface
    DE4338231A1|1995-05-11|Device for processing a continuous strip of dough
    DE2030165C3|1982-01-28|Device for forming multi-layer groups of cigarettes
    DE2718953C2|1988-06-30|
    AT516485A1|2016-05-15|folding
    DE2508533A1|1975-08-28|Production of dish-shaped wafers - for filling with ice cream from sugar-rich dough by pressing or drawing pancakes while hot
    AT516486B1|2018-07-15|pressing device
    EP2248641B1|2012-02-22|Device and method for portioning food products
    DE4032135C2|1994-09-29|Cutter
    EP3456641A1|2019-03-20|Deep draw packaging machine and method for forming a film web in carton elements
    EP2862683A1|2015-04-22|Method and device for processing food products
    AT504037B1|2008-09-15|APPENDIX FOR PRODUCING WAFFLE CUTS
    EP1372400A2|2004-01-02|Device for forming a dough strand
    AT515383A1|2015-08-15|Baking device and removal device
    DE2916043C3|1982-01-14|Device for transferring a number of blister packs
    DE202015101361U1|2016-06-21|Apparatus for feeding products into wells of a blister band
    EP1712471B1|2007-08-15|Device and method for packaging articles
    DE102018211480A1|2020-01-16|Variable packaging machine
    EP3348145B1|2020-03-18|Method and system for the manufacture of dough snack products
    DE19654349C2|1999-11-04|Pretzel molding machine
    EP3760049A1|2021-01-06|Pressing device and contact element for a pressing device
    DE102020115748A1|2021-01-07|Pressing device
    DE102018132882A1|2020-06-25|Press unit for portioning machine
    同族专利:
    公开号 | 公开日
    AT516485B1|2018-02-15|
    DE112015004802A5|2017-07-27|
    WO2016062650A1|2016-04-28|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    FR590334A|1924-12-12|1925-06-15|Automatic wafer folder|
    DE1084662B|1959-07-27|1960-07-07|Bahlsen Werner|Device for folding wafer sheets|
    US3690248A|1971-04-19|1972-09-12|Leonhard Schafer|Sanitizable pastry folding mechanism|
    US3983262A|1974-05-13|1976-09-28|China Bazaar, Inc.|Automatic fortune cookie folding method|WO2018193015A1|2017-04-19|2018-10-25|Haas Food Equipment Gmbh|Method for selective quality control and/or discharge of bakery products|US2855867A|1956-09-10|1958-10-14|Zeitlin Sam|Automatic turnover machines|
    US4431396A|1980-04-18|1984-02-14|Yongsik Lee|Fortune cookie machine|
    JP3747140B2|1999-10-29|2006-02-22|日本水産株式会社|Food molding method and apparatus|
    JP4262403B2|2000-10-24|2009-05-13|大英技研株式会社|Multi-fold foreskin food production equipment|
    JP4278854B2|2000-10-24|2009-06-17|大英技研株式会社|Noodle skin transfer device in foreskin food manufacturing equipment|
    WO2013179108A1|2012-05-29|2013-12-05|Mesa Areas Emma Eugenia|Automatic rotary machine for the production of empanadas|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    ATA50759/2014A|AT516485B1|2014-10-23|2014-10-23|folding|ATA50759/2014A| AT516485B1|2014-10-23|2014-10-23|folding|
    DE112015004802.2T| DE112015004802A5|2014-10-23|2015-10-19|folding|
    PCT/EP2015/074103| WO2016062650A1|2014-10-23|2015-10-19|Folding device|
    [返回顶部]