• 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:
    An apparatus for depositing cross wound yarn spools into an open top transport container utilizing a vertically extending dropping channel. The channel is raised and lowered into the transport container for guiding and directing the spools of yarn into the container. The container with the dropping channel provided therein is selectively moved for depositing the spools in a plurality of longitudinal rows.
    公开号:SU946397A3
    申请号:SU792806609
    申请日:1979-08-30
    公开日:1982-07-23
    发明作者:Брандштеттер Херманн；Ломанн Хайнц-Юрген
    申请人:Шуберт Унд Зальцер Машиненфабрик Аг (Фирма)；
    IPC主号:
    专利说明:

    forging into the container installed behind the conveyor in the direction of its feed with the possibility of vertical reciprocating movement from drive 2.  However, in the known device, a specially designed coil carriage is also required, and the width of its mines in order to fully utilize the loading space must correspond to a predetermined diameter of packages suitable for stacking.  Thus, the packings are dumped in a horizontal position, the cartridges of the packs are arranged vertically, here it is also possible to shift the skein on the cartridge and damage the cartridges.  In addition, it is necessary to move the mason to the treatment carriage after filling one of the mines manually or using a special drive, for which either a special service person must be available or the structure must be complicated.  I The purpose of the invention is to improve the ease of maintenance and simplify the design.  To accomplish this, a device for stacking cross wrapping packages in a container containing a feed conveyor with package guiding means, means for feeding packages into a container installed behind the conveyor in the direction of its supply with the possibility of vertical reciprocating movement from the drive, the means for feeding the packages into the container is made in the form of a vertical shaft open from the bases and mounted for movement inside the container, and the container is installed with possibility of movement in the feed direction of the feed conveyor by an amount exceeding the length of the cartridge of the stacked packings, while the distance between the opposite inner walls of the shaft in the feed direction of the conveyor is equal to the length of the cartridge. Due to this, it became possible to stack the packing in a vertical position in the container in which they are ordered thanks to rolling out.  The laying of the packages thus remains independent of the diameter of the packages and there is no damage to the cartridges.  9 74 Due to the fact that the mine is able to descend from its upper end position into the container, the cartridges receive the corresponding direction inside the container.  This direction is further improved due to the fact that the mine has the ability to lower to the bottom of the container.  In order to avoid the danger of accidents and damage to the mine, the latter has the possibility of lowering through its own braked own weight.  In addition, the shaft in its lowest position is set so that it can be horizontally moved in the direction of supply of the feed conveyor from the power drive.  The wall of the shaft from the side of the conveyor is made elastic and spring-loaded to the opposite wall.  The shaft also additionally has a rigid wall mounted on the side of the conveyor outside the elastic wall and with a gap relative to it.  The device contains a pneumatic cylinder, the rod of which is installed with the possibility of contact with the elastic wall of the shaft at a distance from its base not smaller than the radius of the packages being laid.  The elastic wall of the shaft is installed with the possibility of adjusting its position relative to the opposite wall.  In addition, the elastic wall of the shaft is made detachable in height, and its upper part is installed with the possibility of rotation in the vertical plane by means of a cam drive.  The shaft has a variable width, increasing to its lower base.  The shaft has a guide rod for packages placed on the side of its upper base, and the OAHO-Vis guide means for packages is made elastic.  The device also has a trolley with a U-shaped frame attached to it to accommodate the container and elastic containers attached to the frame, while the feeding conveyor and the shaft are mounted on the trolley.  In addition, the device has an additional conveyor located at the front of the feeding conveyor with the possibility of moving at a speed lower than the speed of the feeding conveyor, with the branches of the feeding conveyor from the side. Additional conveyor placed at an acute angle.  The invention provides for a large horizontal movement of the container without being subjected to a manual or special drive.  In this case, the rows of packages in the container are placed close to each other, and the mine can be lowered back into the container at a sufficiently large distance from the last row of packages, without causing damage to the packed packages.   - Compliance with the horizontal movement of the shaft and the length of the cartridges is achieved by the fact that it is possible to adjust the horizontal feed of the mine.  In order to avoid damage to the packings at a high fall height, the rear wall of the shaft is made with the possibility of elastic deformation inside.  This causes a braking effect on the falling packages.  Making the shaft wall of two walls at a certain distance from each other, of which the inner wall is elastically deformable inward, makes it possible to use the outer wall as the carriers of the deforming elements so that the latter are always at the same distance from the inside.  the walls are even when the entire back wall is displaced.   The use of a packing mine of different diameters and corresponding lengths of cartridges is made possible by the fact that the width of the shaft is adjusted along the length of the cartridge.  In order to fully utilize the capacity of each available container, the height of the shaft corresponds to the filling level of the widest loading container.  The use of containers of various widths is made possible by the fact that the width of the shaft is made smaller than the width of the narrowest of the loaded containers.  In order to place in the container the number of packages corresponding to the filling level of the loaded container, the number of packages placed in each row in the container can be adjusted.  Due to the fact that the rear wall of the shaft is made in its upper part with the possibility of turning, the mine can also pass by obstacles during its movement from the lower to the upper final position.  It is advisable that the rotational movement of the wall can be adjusted depending on the elevation of the shaft.  In a particularly simple design, the cams are provided for causing the rotation movement.  The unhindered transport of the spool relative to the small diameter in the shaft is possible due to the fact that the width of the loading window of the shaft is designed with the possibility of limitation.  This is done with a package guide rod located in the area of the loading window.  The direction of the packings to one side of the shaft and thereby the uniform loading of the container becomes possible as a result of the fact that one of the guiding means is made with the possibility of elastic movement across the direction of movement of the belt conveyor.  A cart is used to transport the mine to various places of use.  The locking of the cart at its place of use is achieved simply by the fact that the container can slide in across the direction of travel of the cart into the frame guiding the shaft.  To fix the container in or against the direction of its supply, the container is clamped with the possibility of displacement.  This is done with the help of rollers resiliently supported on the carriage, pressed against the container, and avoiding damage to the container when it is displaced after using a second paving of a number of packages.  It is possible to transport packages to the mine from a place distant from it at the appropriate conveyor.  As a result of the difference in transport speeds, the packings are straightened, and they fall into the shaft, being in an upright position exactly parallel to it.  The reduction in the distance between the two conveyor belts and thus the unhindered transfer of the packings from the second conveyor belt to the conveyor attached to the mine is made possible by the branch of the conveyor belt attached to the second conveyor at an acute angle.  FIG.  1 shows a device for stacking packages, made in the form of a movable unit, in a perspective view; in fig.  2 - the same, side view; in fig.  3 is the same, top view in FIG.  j - shaft with electric circuit, top view; in fig.  5 bars with a guide and actuator for vertical movement, front view; in fig.  6 shows a device with a clampable container.  The device may be used for packing packages in various types of textile machines producing cross-winding packages, and may be stationary or mobile.  It can also be used independently of such machines, for example, in a packaging compartment for orderly packaging of cross-wrap packages in containers to be shipped.  Below, as an example, its use in the form of a mobile device for laying cross wrapping packages, obtained on an open-type spinning machine, is described.  Spreading machine 1. has an end frame 2.  The cross winding packages made on the winding heads of the machine 3 having approximately the same diameter are laid on the conveyor belt 4 (FIG.  2) passing over the working areas of the machine 1 along its entire length.  The ordered stacking of cross wrapping packages 3 in container 5 is performed by means of a laying device 6 located on the front side of the end frame 2 of the spinning machine 1 and containing a generally vertical shaft 8 in the frame 7.  The bed 7 is located on the trolley 9 and is connected to it.  Wheels 10 (FIG.  2) the carriages 9 are located on rails 11 laid across the rows of the car by means of a lever mechanism 12 and 13, covered with a strong background T.  The device 6 for laying the packages can thereby be driven manually, as well as about the engine, moving from machine to machine.  Bed 7 and trolley 9 arr. P-shaped tunnel is built (FIG.  1 and 2) In which the coil carriage can be moved in the textile industry when the vertical shaft 8 is open at the top and bottom is in the upper final position (Fig.  one).  After laying the row of packages 3 for cross winding into container 5, the latter is moved out of the bed 7 in the feed direction P for a distance greater than the length of the package cartridge.  The vertical shaft 8 may be lowered from the upper end position in the container 5 (Fig.  2) predominantly right up to the bottom of the Zili container, at least almost before it, so that even the packs 3 laid in container 5 in the lowest layer receive a forced direction up to the place of laying.  The forced and continuous direction of the vertical shaft 8 during its reciprocating movement in the bed 7 is performed using guide bars 15 and 16 together with guide rollers 17 and 18 on both sides of the shaft 8 (Fig.  3 and 5).  The guide rods 15 and 16 are rigidly connected to the vertical shaft 8 and slide along the paired guiding rollers 17 and 18 fixed in the bed 7.  The shaft 8 is moved from its lower to the upper end position by means of two pneumatic cylinders 19 located stationary in a bed on both sides of the vertical shaft 8 and connected via air lines 20 with an intermediate valve 21 to the source 22 of compressed air.  The shaft 8 has the ability to move in the horizontal direction by more than the length L of the package cartridge (Fig.  2).  The horizontal movement is connected to the shaft 8 by the pneumatic neural 23 which is rigidly predominantly located along the axis of the mine 8 in the carriage 9 and acting on the lever mechanisms 12 and 13.  The pneumatic cylinder 23 is connected via air pipelines 2, 25 and the corresponding valve 2b to the source 22 of compressed air.  The pneumatic cylinder rod 23 is coupled by its free end with a lever 28 fixed on the shaft 27.  The shaft 27 is rotatably secured in the carriage 9 and transmits the movement through the connecting arm 29 connected to it to the connecting rods 30 pivotally connected on both sides of the shaft 8.  The connecting rods 30 are then pivotally connected by means of the rocker arms 31 with the carriage 9.  The two rods 32 transmit the motion of the lever mechanism 12 to a similar lower lever pair 13. Moving the shaft 8 in the horizontal direction can be adjusted by moving the hinge 33 on the lever 28 so that it can be aligned with any given length L of the cartridges 3.  Opened above and below the shaft 8 has a width W in the feed direction P of the container 5, a somewhat longer length L of the cartridges 3 with cross-wound, so that the packings 3 can easily pass through the shaft 8 (FIG.  2 and C).  As the mine in accordance with the production requirements. Animations should be applicable for several cartridge lengths, besides the poplar in the horizontal direction, it is also possible to adjust the width in the light W, corresponding to a specific cartridge length.  For this purpose, for example, the back wall of the back end in the feed direction P of the container 5 is flanged on both sides and attached to the side walls 35 and 36 of the shaft 8 by means of screws a passing through the longitudinal grooves (Fig. } Height H (fig.  2) mine 8 corresponds to the filling level of the widest container 5, which must be loaded with the device for stacking the packages 3, so that even for the packages 3 packed in one of such containers there is enough space in the mine 8.  In contrast, the widths of the B mines preferably align with the narrowest loading container and are made smaller than the width of this narrowest container.  Due to this, it is possible to stack packages of 3 cross winding both in narrow and wide containers.  I It is advisable that the width In the mines 8 was approximately 10 less than the width of the narrowest container 5.  This is sufficient to allow the shaft 8 to be lowered into container 5 with a sufficiently reliable distance from the side walls of the container.  If the packages 3 are dropped into the shaft 8 or, respectively, the container 5 9 710 from a great height, there is a risk of damage.  In order to avoid this, the rear wall 3 of the shaft 8 is made elastically deformable and when the package 3 is discharged, it is pressed inward, due to which the package has a braking effect.  Rear wall 3 (FIG. ) consists of two walls 37 and 38 which are located at a distance from each other, of which the inner wall 38 is elastically deformable and can be pressed inwards towards the middle of the shaft 8.  The bending of the inner wall 38 is performed by means of a rod 39 of the pneumatic cylinder O fixed to the outer wall 37 and connected. by means of an air pipe 1 and an intermediate on-valve, for example a solenoid valve 42, with a compressed air generator 22.  To release the inner wall 38, at least one pneumatic cylinder lO is provided, located in such a way that the place de4 formation defined by the rod 39 is located at a distance from the lower end of the shaft 8 corresponding to at least the radius of the package 3 (Fig.  2).  Elastic deformation of the inner wall 38 can also be carried out by other means, such as cams or an air cushion located between the two walls 3 and 38.  In the same way, instead of a double wall, a simple wall can serve as a rear wall; the elastically deformable wall and the means causing deformation can be fixed on the trolley 9.  However, the execution of the rear wall 3 in the form of a double wall is still preferable, since in this case the deforming means can be fixed to the outer wall 37 and, therefore, even when the width W of the shaft 8 is varied due to the rear wall 3 displacing its rear distance from the inside wall 3 is maintained.  The shaft 8 is assigned a belt conveyor 43 located on the trolley 9 and covers the space between the second belt machine k attached to the spinning machine 1 and the loading window of the shaft 8 (FIG.  2 and 3).  Engine 4 drives belt conveyor 3.  so that the speed of its transportation is faster than the network of transportation of the second belt attached to the spinning machine 1 of the belt conveyor.  The level of arrangement of the branch of the conveyor belt 3 of the transport package 3 to the mine 8 corresponds to the level of the conveyor belt i.  On the side facing the second belt conveyor k, the belt conveyor LZ is directed with a sharp edge 45.  The distances between the two conveyors k and 3 can thereby be made so small that the trouble-free transfer of the packages 3 from the belt conveyor 4 to the conveyor 43 is ensured.   .  Belt conveyor 3 is provided with guiding means on both sides, providing the same direction of transport of the packages 3 to the mine 8.  These are two guide bars 6 and kj mounted on the carriage 9, as well as a movable guide lever 48.  The latter has the ability to rotate relatively stationary axis 49 and is pulled away by a tension spring 50 in the direction of the middle of the belt conveyor 43, above which, near the loading window of the shaft 8, is a device 51 for tracking the packings (in the example of execution, a photo cell and an electromagnetic valve 42 }.  As a consequence, the deformation of the inner wall 38 of the rear wall 34 is controlled by means of a rod of the pneumatic cylinder 40, depending on the tracking device 51. By means of a time relay 52 and 53.  The next device 51 is connected.  With a counting device 54 serving to count a predetermined number of packages 3 stacked in one row of the container and to stop the device after reaching this number of packages 3 in the shaft 8.  The adjustment of the counting device 54 to a predetermined number of packages 3, depending on the diameter of the packages and the size of the container, is carried out by means of a pre-installation switch 55 on the trolley 9 (Fig.  one).  The counter 54 is adjustable with the motor 44 of the belt conveyor 43, the motor (not shown) of the belt conveyor 4 and the valve 2b of the pneumatic cylinder 23 causing horizontal movement of the shaft 8. : In order to avoid pushing the packages 3 when they slip from the belt conveyor 43 into the shaft 8 onto the upper edge of the rear wall 34 and them.  damage or overturning in these cases, the rear wall 34 has in its upper part 5b the possibility of deflection and is pressed by the compression springs 57 under the belt conveyor 43 (Fig.  2 and 3).  The deviation of the upper part 5b of the rear wall 34 is adjusted depending on the lift of the shaft 8, preferably with the help of cams 58 located on both sides of the conveyor belt 43.  The device works as follows.  After the wrapping 3 of the cross-winding is made on the spinning machine 1, they are placed in a vertical position and parallel to the shaft 8 on the second belt 1 passing along the length of the spinning machine 1.  The stacking device, for example, is manually shifted to the machine and installed in front of its end frame 2 so that the belt conveyor 4 and the belt conveyor 43 attached to the shaft 8 are coaxial.  The positioning of the device can be done in this case by means of a limit switch connected to the cams (not shown) fixed on the end frame 2.  During the movement of the device for laying, the shaft 8 is in the lowered position for safety reasons.  Thereafter, by means of cable connections inserted into the plug on the ring frame 2, and by acting on the main switch, connections are made. e with the power grid, thanks to which the compressed air generator 22 starts up.  By manually acting on the switch on the bed 7 (FIG.  f) valve 21 is opened.  Compress the air passing through this in the pneumatic cylinder 19 compresses its piston and thereby moves the shaft 8 out. its down position to the upper end position.   Then the container 5 moves to the bed 7 and the carriage 9 across the direction of movement of the laying device up to the stop.  In this case, the container is clamped between the rollers fixed on the trolley 9. The pressing pressure of the rollers is chosen so as to fix the container during the laying of the packs, while at the same time maintaining the possibility of its displacement.  By moving the container 5 across its direction of movement, the stacking device is fixed, as a result of which there is no need to connect to the spinning machine 1.  By operating the switch on the bed.  7, the valve 21 is closed, the compressed air supply to the pneumatic cylinder 19 is interrupted, and the air in the pneumatic cylinder 19 can escape through a valve 21 connected to the atmosphere.  Consequently, shaft 8 is lowered under its weight into container 5.  moreover, its weight is slowed down by air that is still in the pneumatic cylinder 19 and is slowly coming out of it.  This prevents damage to the shaft and breakage.  Additionally, the lower edge of the shaft 8 can be equipped with contact melting (not shown), which causes the departure of the shaft 8 when colliding with an obstacle.  Thereafter, the number of packages 3 placed in one row in the container 5 is set on the preset switch of the counting device 5 and the motor At of the belt conveyor 3 is turned on, as well as the engine of the second belt conveyor k.  Vertically located on the conveyor belt k packages 3 fall one after the other onto the conveyor belt 43.  Since the transport speed of the belt conveyor 3 is higher than the speed of the belt conveyor 3, the packs 3, since they are not yet parallel to the shaft 8, when moving from the belt conveyor to the belt conveyor 3 are respectively aligned and transferred from to a parallel position.  Packages 3 are precisely aligned and, being guided by guide plates tS and 47, as well as guide levers 8, are transported from the belt conveyor k3 to the loading window of the shaft 8.  In this case, the spring-loaded lever presses the packages 3 to one side of the belt conveyor (for example, in the direction of the guide bar tS), as a result of which the packages 3 always fall on the same side of the shaft 8 on one and E 71.  This ensures uniform loading of the container 5.  A package suitable for the loading window of a shaft 8 (FIG.  2) resting its upper part on the front wall of the shaft 8 and then sliding, moving from the belt conveyor, into the shaft 8, the passage through which in a vertical position falls to the bottom of the container 5 Before packing 3 reaches the loading window of the shaft 5, it will pass a device 51, which feeds a pulse to the counting device 5, as well as the time connected between the tracking device and the solenoid valve 42 of the pneumatic cylinder kO.  Time relay 52 takes into account the time required for the package 3 to pass from the tracking device 51 to the deformable portion of the rear G or its inner wall 38.  When package 3 reaches this section, time relay 52 provides a compressed air supply through the k2 solenoid valve through the air duct k & the kO pneumatic cylinder, due to which the rod 39 presses inward the elastically deformable inner wall 38.  As a result of this narrowing of the width in the light of the W of mine 8, the package 3 is braked when it falls.  Immediately thereafter, using the time relay 52, the supply of compressed air through the air duct 41 is interrupted and the pneumatic cylinder AO is emptied, the rod 39 is moved away from the inner wall 38 under the action - ,.  the springs and the package 3 are released and fall from a lower height into the container without danger of damage.  This process is repeated continuously, and the subsequent packages are bumping into the ones already in the mine 8, rolling away from them and thus automatically positioned in the mine 8.  When the number of the packings 3 installed by the preset switch 55 is laid in the mine, the counting device 5 giving the control impulse stops the engine kk of the DZ belt conveyor and the engine of the second conveyor k and stops the valve 26 to supply compressed air through the air pipeline in the pneumatic cylinder 23.  The air pressure present in the pneumatic cylinder 23 lowers its piston down, as a result of which the angle lever moves through the rod and the bed 7 with the shaft 8 is moved by means of the lever mechanism 12 and connected.  with him lever mechanism 13 in the horizontal direction on. a value slightly larger than the length L of the spool cartridge.  At the same time, the container 5, overcoming the clamping pressure acting on it through the rollers from the shaft 8, is carried away in the feed direction P If one row of packages 3 is already laid in the container 5 (Fig. , 2), the shaft, with its horizontal movement, is pressed against the cartridges and pushes them AGAINST the supply direction P, against the front wall of the container 5.  Thus, with the continuous filling of the container 5, the ROWS of the packages are packed close together and the space inside the container 5 is best used.  After the bed of the 7 m shaft directed therein finishes horizontal movement, the shaft 8 moves up from the lowered to the upper end position, moves back towards the belt conveyor 3 to its original position and then again goes to the - container 5 - These movements are made automatically by means of an appropriate control device, the mine first of all moving upward under the action of the pressure air through the air pipeline coming through the air duct 20 and after it arrives at rhnee voltage end position is moved by the rootstock and air through the air conduit 25 to pneumatic cylinder 23 to the belt conveyor mu LZ.  In this final position, the shaft is lowered by switching the air valve 21 and releasing air from the pneumatic cylinder 19. Lowering can also be done manually.  If the width of the shaft 8 is not much less than the width of the loaded container 5, the packages 3 when the shaft moves upwards remain in the container 5 in the ordered position in which they were laid in the mine.  If the width of the shaft 8 is half the width of the container 5, the height of which H is sufficient, however, to receive packages 3 laid in 9 716 in one row.  the latter are located in the container after they are released by the shaft 8 automatically, as a result of which they roll down from each other into the remaining free space.  When the shaft 8 is lowered, the rotation of the upper part 56 of the rear wall Z is controlled by the action of the braked own weight, depending on the stroke of the shaft 8, by means of the cams 58, which in the process of lowering cause the upper part 56 to turn against the force of the pressure springs 57 inwards towards the middle of the shaft 8, and this part of the final phase of the lowering is released again, as a result of which it can be pressed by the pressure springs 57 under the belt conveyor 3 When the shaft 8 is lowered again up to the bottom of the container 5 or almost to it Before that, the package of packages packed in the container 5 does not affect, since the container 5 was displaced last by the horizontal movement of the shaft 8 by an amount greater than the length L of the cartridges, in the feed direction P and the shaft 8 consequently enters the container 5 at the corresponding distance Nii from this range of packages.  The arrangement of the packages 3 (FIG.  2) on the front, against the feed direction P, the wall of the shaft 8 before they are discharged into the shaft is the result of a correspondingly larger package diameter.  In order, however, packages with a relatively small diameter could also be transported to the shaft 8, without overturning and not pinching the width of the loading window of the shaft in it by means of the guide rod 59 for the package 3 (Fig.  2 and k}.  The packages arriving at the belt conveyor 43 rest on the guide rod, which is inserted into the brackets on the side walls of the shaft, and fall into the shaft, being in an upright position.  Instead of the guide rod 59, the restriction of the loading window of the shaft can also be achieved by turning the upper part of the front wall of the shaft, which should accordingly be turning.  The proposed device may have other modifications.  So, for example, the mine can be combined with the end frame of the machine and given
    the conveyor shaft can be excluded if the second conveyor belt attached to the machine is extended to the mine loading window and the packings are arranged in advance parallel to the mine on a belt conveyor, so that vertical shpooles can be straightened out, as is done using a higher conveyor belt transport speed k3 compared to belt conveyor speed k. Equally, pneumatic cylinders can be replaced by other means of drive, and instead of located rollers, for example, leaf springs can be used to clamp the container. The shaft can be lowered by a drive.
    权利要求:
    Claims (11)
    [1]
    In another embodiment of the device, the shaft is made so that its width B increases in the direction of its lower end. This eliminates the clamping of 8 packages in the mine as it moves upwards. The proposed device has a simple design and is easy to operate. Claim 1. ycTpokicTBo for stacking cross wrapping packages in a container containing a feed conveyor with package guiding means, means for feeding packages into a container mounted behind the conveyor in the direction of its supply with the possibility of vertical reciprocating movement from the drive, characterized in that , in order to improve serviceability and simplify the design, the means for feeding packages into the container is made in the form of a vertical shaft, open from the bases and installed with the possibility of escheni inside the container, and the container is movable in the feed direction of the supply conveyor by more than the length of the cartridge stacked packages, with a distance between opposite inner walls of the shaft in the feed direction of the conveyor is equal to the length of the cartridge.
    [2]
    2. The device according to claim 1, wherein the shaft in its lowest position is installed with the possibility of horizontal movement in the feed direction of the feed conveyor from the power drive.
    [3]
    3. The device according to claim 1, about t l and so that the wall of the shaft from the side of the conveyor is made elastic and spring-loaded to the opposite wall.
    [4]
    4. The device according to PP. 1-3. This is because the shaft additionally has a rigid wall mounted on the side of the conveyor outside the elastic wall and a gap relative to it,
    [5]
    5. Device on PP. 1-4, in that it contains a pneumatic cylinder, the rod of which is installed with the possibility of contact with the elastic wall of the shaft at a distance from its base not less than the radius of the forged pieces.
    [6]
    6. The device according to paragraphs. 1-5, in that the resilient wall of the shaft is installed so as to adjust its position relative to the opposite wall.
    [7]
    7. The device according to paragraphs. 1-6, characterized in that the elastic wall of the shaft is made detachable in height, and its upper part is installed with the possibility of rotation in a vertical plane by means of a cam drive.
    [8]
    8. Device on PP. 1-7, is it possible that the shaft has a variable width, increasing in the direction of its lower base.
    [9]
    9. The device according to paragraphs. 1-8, about the fact that the shaft has a guide rod for packages placed on the side of its upper base, and one of the guide means for packages is made elastic.
    [10]
    10 .. Device on PP. 1-9, differing from the fact that it has a trolley with a U-shaped frame fixed on it to accommodate the container and elastic rests of the container fixed on the frame, while the feeding conveyor and the shaft are mounted on the trolley.
    [11]
    11. Device on PP. 1–10, in spite of the fact that it has an additional conveyor located in front of the feeding transport 19 3 633720
    rum with the ability to move sources of information
    at a speed lower than that of the feed taken into account during the examination
    conveyor, while the branches feed-1. Laid for Germany N ° 2637998,
    go transporter from the add-cl. D 01 H 9/10, 1976.
    telny conveyor placed under 5 2. US patent No. 3906712, cl. 57-53,
    acute angle. 1975 (prototype).
    / 6 W W Fig. 3
    类似技术:
    公开号 | 公开日 | 专利标题
    US3932982A|1976-01-20|Apparatus for placing folded boxes or the like in shipping cartons
    US4063693A|1977-12-20|Apparatus for storing articles discharged at a high rate from production machines
    US5237726A|1993-08-24|Method and apparatus for filling textile material into containers having an elongate cross section
    US4229134A|1980-10-21|Apparatus for displacing three dimensional articles, especially stacks of printed products
    US3811631A|1974-05-21|Winding tube changing mechanisms
    SU946397A3|1982-07-23|Apparatus for placing crosswound bobbins into container
    US4988252A|1991-01-29|Apparatus for supplying packages to a warper creel
    US4455117A|1984-06-19|Apparatus for the emptying of cigarette trays into magazines
    KR20090098976A|2009-09-18|Shuttle change system and method for changing a shuttle
    US4010907A|1977-03-08|Apparatus for automatically supplying cops to a thread winder
    US2682379A|1954-06-29|Automatic winding machine
    US4729709A|1988-03-08|Device for transferring crosswound coils from a crosswound coil delivery location of a textile machine into a box-shaped conveyance
    US20060266619A1|2006-11-30|Article store
    US4038806A|1977-08-02|Coin packaging machine
    EP1502856A1|2005-02-02|Method and apparatus for automatically replenishing the reel of film in machines for wrapping palletized loads
    US6263645B1|2001-07-24|Vertical bagger
    US3410046A|1968-11-12|Case filling and stacking machine
    JPH06305640A|1994-11-01|Device to take out figure wound bobbin from machine to manufacture figure wound bobbin and to supply freshly bobbin to the machine
    GB2236768A|1991-04-17|Conveying packages from a false twisting machine
    GB2062567A|1981-05-28|Apparatus for handling rod-like articles
    US3506106A|1970-04-14|Bobbin storage and delivery installation
    US3634996A|1972-01-18|Bottle-packaging machine
    US4062439A|1977-12-13|Apparatus for transporting yarn packages produced by a textile machine
    US4977726A|1990-12-18|Continuous signature stacker machine provided with special device for transversely ejecting the assembled package
    US3964375A|1976-06-22|Method and apparatus for providing containers with folded caps
    同族专利:
    公开号 | 公开日
    CS220791B2|1983-04-29|
    ES484085A1|1980-05-16|
    GB2031367B|1983-05-18|
    FR2437361A1|1980-04-25|
    GB2031367A|1980-04-23|
    JPS5548019A|1980-04-05|
    BR7905815A|1980-05-20|
    DE2842432B1|1980-04-24|
    CH639629A5|1983-11-30|
    DE2842432C2|1981-01-22|
    IN151481B|1983-04-30|
    IT7925993D0|1979-09-25|
    US4396335A|1983-08-02|
    IT1123333B|1986-04-30|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2647670A|1949-08-11|1953-08-04|Electric Sorting Machine Compa|Lemon box loader|
    US3115236A|1957-01-30|1963-12-24|Anetsberger Bros Inc|Dough piece separator|
    US2942739A|1957-08-02|1960-06-28|Continental Can Co|Strip stacker|
    US3019581A|1958-06-20|1962-02-06|American Mach & Foundry|Automatic catcher|
    DE1253119B|1958-12-01|1967-10-26|Reiners Walter Dr Ing|Device for depositing spools in shaft magazines|
    DE1269551B|1961-07-26|1968-05-30|Reiners Walter Dr Ing|Box with upper filling opening for stacking ejected finished bobbins on winding machines|
    FR1445030A|1965-07-26|1966-07-08|Schaerer Maschf|Coil receiving device|
    US3406495A|1966-01-24|1968-10-22|H G Weber And Company Inc|Carton closer and sealer|
    US3492779A|1967-07-13|1970-02-03|Brogdex Co|Apparatus and method for filling boxes with a preselected quantity of disrete artiicles|
    US3464529A|1968-03-04|1969-09-02|Theodore Horsky Jr|Fruit handling device|
    US3815321A|1972-06-28|1974-06-11|C Hartman|Semi-automatic packing of packages|
    JPS5443099B2|1973-06-22|1979-12-18|EP0047340A1|1980-09-10|1982-03-17|Josef Timmer GmbH|Machine for discharging textile bobbins|
    DE3382154D1|1982-07-20|1991-03-14|Rieter Ag Maschf|DEVICE FOR LINKING CROSS COILS.|
    IT1197717B|1982-09-27|1988-12-06|Murata Machinery Ltd|METHOD AND APPARATUS FOR THE TRANSPORT OF TEXTILE SPOOLS AFTER THE LEVEL|
    DE3303733C2|1983-02-04|1993-08-05|W. Schlafhorst Ag & Co, 4050 Moenchengladbach, De|
    GB8332252D0|1983-12-02|1984-01-11|Rieter Ag Maschf|Handling of conical thread packages|
    NL191020C|1984-01-06|1994-12-16|Nederland Ptt|Device for automatically loading a container, more in particular a roll container.|
    DE3441778C2|1984-11-15|1994-10-27|Schlafhorst & Co W|Device for transferring cross-wound bobbins from the cross-bobbin delivery point of a textile machine to a downstream bobbin receiving device|
    DE3511816C2|1985-03-30|1994-07-07|Schlafhorst & Co W|Textile machine producing cross-wound bobbins|
    US5269379A|1990-11-07|1993-12-14|Red Hen Turf Farm Inc.|Automated sod harvesting apparatus|
    DE102010037625A1|2010-09-17|2012-03-22|B & W Verpackungstechnologie Gmbh|Method and device for filling packages with a padding material in bulk form|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE2842432A|DE2842432C2|1978-09-29|1978-09-29|Device for the orderly depositing of cross-wound bobbins|
    [返回顶部]