• 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:
    A garment, in particular a work garment for wearing on the body, comprises a triggering device (28). The triggering device (28) includes an electric release (36) having an actuating side (46) opposite the body, and a rigid shielding member (38) for the trigger (36) surrounding the trigger (36). at least partly laterally. The protective member (38) extends, in a side view of the triggering device (28), at least to the actuating side (46) of the trigger (36) which is opposed to the body when found in its trigger position. A method for manufacturing a glove (11) and a set (68) of gloves are further disclosed.
    公开号:FR3059211A1
    申请号:FR1761096
    申请日:2017-11-23
    公开日:2018-06-01
    发明作者:Hans Christian Sittig；Konstantin BRUNNBAUER；Michael Kettner
    申请人:Workaround GmbH；
    IPC主号:
    专利说明:

    Holder (s): WORKAROUND GMBH.
    Extension request (s)
    Agent (s): CABINET GERMAIN & MAUREAU.
    FR 3 059 211 - A1 (54) CLOTHING, PROCESS FOR THE MANUFACTURE OF A GLOVE, AND SET OF GLOVES.
    ©) A garment, in particular a work garment for wearing on the body, comprises a trigger device (28). The trigger device (28) includes an electric trigger (36) which has an actuation side (46) opposite the body, and a rigid protective element (38) for the trigger (36) which surrounds the trigger (36) at least partially laterally. The protective element (38) extends, in a side view of the trigger device (28), at least up to the actuation side (46) of the trigger (36) which is opposite to the body when it is is in its release position.
    A method of making a glove (11) and a set (68) of gloves are further disclosed.
    Garment, Method for manufacturing a glove, and set of gloves
    The invention relates to a garment, in particular a work garment for wearing on the body comprising a release device, to a method for manufacturing a glove, and to a set of gloves, in particular a set of work gloves comprising at least two gloves of different sizes.
    Garments which have an electrical trigger are known and are in particular used in combination with one or more electronic modules. These electronic modules usually have sensors and can also be attached to clothing so that a so-called portable or wearable detector system is obtained.
    The electronic module is, for example, a barcode scanner, and the trigger is used to trigger a scanning operation. The trigger can also be used for other functions such as counting procedures or operating a machine.
    For this reason, the trigger must, on the one hand, trigger in a simple manner but, on the other, must be protected against accidental triggering. It is certainly easily possible to obtain triggers easily accessible in exposed areas such as the palm of the hand or the chest, these triggers can however be easily actuated by mistake when objects are grasped, pressed or carried.
    The object of the invention therefore consists in providing a garment comprising a triggering device as well as a set of gloves in which the trigger is protected against accidental actuations, which offer wearing comfort and which can be manufactured at an advantageous price. .
    The object is achieved by means of a garment, in particular a work garment for wearing on the body, comprising a triggering device, the triggering device comprising an electric trigger which has a side of actuation diverted from the body. , and a rigid protective element for the trigger which surrounds the trigger at least partially laterally, the protective element extending, in a lateral view of the trigger device, at least up to the actuation side of the trigger which is opposite the body when it is in its trigger position. The protective element preferably surrounds the trigger. The protective element can also be made of a substantially non-elastic plastic material. The protective element is in particular a component produced separately from a housing for the electronic module which is actuated by the triggering device and / or the protective element is not a case for the electronic module which is actuated by the triggering device.
    The terms used "opposite to the body", "facing the body" and "lateral" refer here to the position of the parts of the garment when the garment is used correctly in relation to the body of the user. "Lateral" here describes a direction parallel to the body or transverse to a direction of actuation of the trigger. The trigger has an actuation direction B which extends, for example, substantially perpendicular to the actuation side opposite the body and which is preferably perpendicular to the body. By lateral view is meant a view parallel to the surface of the body in the area of the garment or transverse to the direction of actuation of the trigger.
    The invention is based on the idea that the protective element protects the trigger against unintentional actuation. This is achieved in that the protective element, seen from the body, extends further than the actuation side of the trigger, which is opposite the body when the trigger is in its trigger position.
    The trigger position is then the trigger position when a signal is generated or a contact is closed when it is actuated. In the case of a push button as a trigger, the trigger position is the position of a push button when the point of application of the push button is reached.
    All the forces acting on the garment in the trigger zone are thus absorbed. In particular plane forces are absorbed. The trigger can therefore only be actuated by a targeted actuation via the protection element. This prevents unintentional triggering when the part of the body on which the garment is worn usually reaches an object.
    When the garment is a glove, the trigger can simply be triggered by pressing with a finger. The protective element at the same time prevents inadvertent tripping, for example when carrying objects.
    The triggering device can be provided on a textile layer, in particular on an outer textile layer of the garment.
    At least one cable which extends through the textile section of the garment and which can be used for establishing electrical contact with the trigger can also be attached to the trigger itself.
    The trigger can have a push button and / or a touch surface, whereby the trigger can be operated in a simple and known manner. To this end, a capacitive and / or resistive touch surface is conceivable.
    In the case of a trigger produced as a tactile surface, the actual tactile surface can represent the actuation side which is opposite to the body.
    The actuation side of the trigger which is opposite the body, in the initial non-actuated position, preferably does not protrude beyond the protective element and / or is entirely in the area surrounded by the protection, thanks to which it is possible to further reduce the number of nuisance trips.
    In order to increase the wearing comfort of the garment, the trigger device may have a padding unit which at least partially surrounds the protective element laterally and / or on its side facing the body. The cushioning unit can also surround the protective element at the bottom, i.e. on its side facing the body. The cushioning unit can also surround the protective element only partially laterally and / or at the bottom. The trigger can also be provided decentralized in the cushioning unit.
    The padding unit can be made in the form of a plate. It has for example a rectangular, circular or oval periphery or a rectangle-shaped periphery having semi-circular segments shaped on opposite sides.
    The padding unit has, for example, a padding layer, in particular of foam material, as well as at least one covering layer. The covering layer is for example fixed to the padding layer and can be provided on the side of the padding layer which is opposite to the body and / or turned towards the body. The stability of the padding layer is increased by said at least one covering layer. For this purpose, the covering layer may for example contain polyurethane (PU) and / or nylon.
    In one embodiment of the invention, the protective element has an preferably closed annular section, the trigger being arranged inside the annular section so that the protective element is produced in a simple and effective manner.
    The protective element has for example a bottom which at least for the most part closes the annular section from the side facing the body and on which the trigger is fixed. The protective element has for example a bowl shape. The protective element, in addition to its protective function, can thus also be used at the same time to attach the trigger to the garment.
    In order to be able to handle the trigger in a simple manner, the protective element has, on its side opposite the body, an actuation orifice. The user can reach the actuation hole with a finger to actuate the shutter. The actuation orifice is for example circular, oval or in the shape of a rectangle which has semicircular segments shaped on opposite sides of the rectangle. The actuation opening is preferably parallel to the surface of the body.
    In one embodiment of the invention, the trigger has a pressure plate which forms the actuation side opposite to the body, which has the shape of the actuation orifice and which is at least partially arranged in the orifice actuation, the pressure plate being spring mounted opposite the protective element and being in particular formed in one piece by means of bars. The pressure plate can be arranged on the protective element or on the padding unit. The pressure plate is used to trigger the trigger over the entire surface of the actuation hole.
    The protective element and the trigger and / or the protective element, the trigger and the cushioning unit can be a pre-assembled unit. This unit can then form the triggering device. The manufacturing process is thus simplified.
    In another embodiment of the invention, the garment is a glove, in particular a work glove, having a palm section of the palm covering the palm of the hand, the triggering device being arranged on the palm section of hand, in particular in the area of the palm section between the thenar and the metacarpophalangeal joints of the middle and ring fingers when the glove is used correctly. It is thus possible to place the trigger in a glove in a location which is easily accessible from an ergonomic point of view. Despite this exposed position of the trigger on the inside of the hand, the protective element prevents a large number of nuisance trips. Even when the glove is a working glove which is used in the assembly field, it is still possible to exert high forces for the insertion of components by means of the inner face of the hand on which the glove is worn, since the trigger is protected by the protective element.
    In the context of the present invention, the term "glove" means not only a full glove having fingers, but also a glove on which individual fingers are missing or only fingertips are present, such as a finger guard, or well also a glove which surrounds only parts of the hand, such as a finger or bandage.
    Another advantage of placing the trigger on the inside of the hand is that there is no need to arrange functional elements such as cables, buttons or electronic components in the finger area to provide functionality. trigger. It is thus possible to manufacture the glove for example without a finger so that the user of the glove has uncovered fingers and / or so that the user can wear other clothes, in particular another glove.
    The glove preferably has a support for an electronic module, the support comprising at least one electrical contact element which is electrically connected to the trigger. The support is for example arranged on the part of the glove which rests on the back of the hand when the glove is used correctly. A detector or electronic system is thus produced. The electronic module can then include a barcode scanner.
    To further reduce manufacturing costs, the glove may have a strip-shaped basic body in which a recess for an inch is made. The base body, for example, has no finger or finger protrusion, except the recess for the thumb. The recess can for example extend over almost the entire width of the base body. It is thus possible to be able to use the same basic body for the manufacture of gloves for the left hand and gloves for the right hand.
    The object is also achieved by a process for the manufacture of a glove according to the invention, comprising the following steps:
    a) provide a basic body in the form of a strip,
    b) place the release device on the side of the base body which is opposite to the body, and
    c) heating and connecting, in particular pressing the base body with the triggering device, the triggering device projecting at least partially from the side facing the body with respect to the rest of the base body after the connection, in particular after the pressing. The "rest of the base body" is the part of the base body which has not been deformed by the release device during connection, in particular during pressing. It is thus possible to manufacture a glove according to the invention at reduced costs.
    The connection preferably includes a bonding.
    The triggering device can for example be protected against dirt when a covering is arranged on the triggering device before the connection, in particular before pressing, the covering forming,
    Ί together with the rest of the base body, a face opposite the body after connection, in particular after pressing.
    A support for an electronic module is preferably placed on the same side of the base body as the triggering device before connection, in particular before pressing, the support being arranged on the side of the base body which is opposite to the body after connection , especially after pressing. The manufacturing process can thus be further simplified.
    The object is furthermore achieved by means of a set of gloves, in particular a set of work gloves, comprising at least two gloves of different sizes which have a palm section of different size which covers the palm of by hand, and comprising a trigger device on each glove, the trigger devices for gloves of different sizes being produced in an elongated fashion, and the trigger device being arranged with its longitudinal axis at an increasing angle relative to the transverse direction of the palm section as the glove becomes smaller. It is thus also possible to place the trigger device ergonomically on palms of different sizes.
    At least two, in particular all the triggering devices of said at least two gloves of different sizes preferably have the same size and are in particular identical, whereby it is possible to reduce the costs of manufacturing gloves of different sizes.
    The angle between the longitudinal axis of the release device and the transverse direction of the palm section is between 0 ° and 20 ° for a large glove, for example of size L, between 15 ° and 35 ° for a glove medium, for example of size M, and between 30 ° and 50 ° for a small glove, for example of size
    S. The angles are in particular 10 °, 25 ° and 40 °, respectively.
    Other characteristics and advantages of the invention will emerge from the description which follows and from the accompanying drawings to which reference is made. The drawings show:
    Figure 1a a garment according to the invention in a top view, Figure 1b the garment of Figure 1 has in a front view, Figure 2 a simplified detail section through the garment according to the invention of the Figure 1a along the line II-II, Figure 3 a top view on a garment trigger device according to Figure 1a, Figures 4a and 4b simplified sectional views of parts of the trigger device, Figures 5a at 5c a set of gloves according to the invention in the worn state, FIGS. 6a to 6b a second embodiment of the garment according to the invention in a front view and a rear view, and FIG. 6c so simplified the garment trigger device according to Figure 6a in section.
    Figures 1a and 1b show a garment 10. In the embodiment shown, the garment 10 is a glove 11, in particular a work glove. However, it is also conceivable that the garment 10 is a jacket, a jumper, pants or another garment.
    The garment 10 or the glove 11 has a base body 12 in the form of a strip, which is, for example, composed of a textile layer, preferably an elastic textile.
    The strip-shaped base body 12 thus has two short front edges S and two long longitudinal edges, the longitudinal edge which is turned towards the user's fingers when the garment 10 is worn correctly being called the edge F on the finger side. The opposite longitudinal edge is then turned towards the wrist and is therefore called edge H on the wrist side.
    The base body 12 also has an Aab side opposite the body and an A zu side facing the body, the A zu side facing the body resting against the body or another garment of the user when the garment 10 is worn correctly. .
    An elongated recess 14 which for example has a rectangular shape with semicircular shaped segments and which can extend over almost the entire width of the base body, that is to say practically from edge H on the wrist side to edge F on the finger side is provided in the base body 12.
    Fingers or protrusions for fingers are not provided on the base body 12.
    Glove 11 is therefore not a full glove but looks like a finger or bandage which contains only parts of the hand and which should not be put on the hand but which is closed around the hand.
    The base body 12 also has a section 16 of the palm of the hand and a section of the back of the hand 18 which are separated from each other by the recess 14.
    When the garment 10 is worn correctly, the section 16 of the palm of the hand is located at the level of the palm of the user's hand (see FIG. 5), and the section 18 of the back of the hand is located on the back of the hand. the user's hand. The palm section 16 then covers most of the palm of the user's hand. In FIG. 1, the section 16 of the palm of the hand is on the left, and the sections 18 of the back of the hand to the left and to the right of the section 16 of the palm of the hand.
    The palm palm section 16 has a transverse axis Q which extends, for example, perpendicular to the width with respect to the base body 12.
    Relative to the user's hand, the transverse direction Q extends transversely to a longitudinal axis of the middle finger in the fully stretched state.
    A support 20 for an electronic module (not shown) is mounted on the back section 18 of the hand on the side Aab of the base body 12 which is opposite to the body. The electronic module includes for example a barcode scanner.
    The support 20 is then provided on the edge F on the finger side of the base body 12 and can protrude beyond the edge F on the finger side.
    Two contact elements 22 for contacting the electronic module are also provided on the support 20.
    A first fastening element 24 is also fixed to the straight section 18 of the back of the hand on the side A zu of the base body 12 which is turned towards the body. The first fastening element 24 is for example near the front edge S.
    A second fastening element 26 is fixed to the left section 18 of the back of the hand, also on the front edge S, but on the side A a b which is opposite to the body, and cooperates with the first fastening element 24 when the garment 10 is worn correctly, so that the base body 12 or the entire glove 11 can be attached to the user's hand. The first and second fastening elements 24, 26 can for example form a velcro® closure.
    It is of course also conceivable to provide the first fixing element 24 on the side Aab opposite the body, and the second fixing element 26 on the side A zu facing the body.
    It is also conceivable to provide a recess or other orifice near one of the front edges S, through which it is possible to pass the opposite front edge S and parts of the base body 12. The part of the body of base 12 passed through the recess can then be fixed on the part of the base body 12 which has not passed through, for example by means of a velcro® closure, to fix the glove 11 on the hand of the 'user.
    A trigger device 28 is also arranged in the palm-section 16, at least one cable 30, for example a two-conductor cable, extending from the trigger device 28 to the contact elements 22 of the support 20. Thanks to the cable 30, it is thus possible to establish an electrical connection between the contact elements 22 and the tripping device 28.
    The trigger device 28 is provided on the side Aab of the base body 12 which is opposite the body. In the zone of the triggering device 28, the base body 12 is however deformed so that the triggering device 28 and the base body 12 form in this zone a boss 32 on the side A zu turned towards the body in the form otherwise plane of the base body 12. The area of the base body 12 which is not deformed by the triggering device 28 is called rest of the base body 12, and the triggering device 28 protrudes at least partially from the rest of base body 12.
    It is also possible to say that the trigger device 28 produces a bump on the Azu side facing the body.
    On the side Aab opposite the body, the trigger device 28 is covered by a covering 34, for example a textile layer. The covering 34 protrudes laterally from the trigger device 28 and is connected to the base body 12, for example glued to it all around the trigger device 28.
    The cover 34 may also contain several recesses, for example to allow access to the trigger 36.
    The covering 34 thus closes the recess in the base body 12 produced by the triggering device 28, and forms approximately a flat face with the side A ab of the rest of the base body 12 which is opposite to the body.
    Figures 2 and 3 show the trigger device 28 in detail. FIG. 2 represents a lateral view parallel to the surface of the body and transversely to the direction of actuation B.
    The trigger device 28 has an electric trigger 36, a protective element 38 and a padding unit 40 and has in a top view an elongated shape with a longitudinal axis L.
    The longitudinal axis L of the trigger device 28 forms an angle a with the transverse direction Q of the section 16 of the palm of the hand (FIG. 5).
    The trigger 36 has a direction of actuation B and comprises in the embodiment shown a push button which includes a pusher 42, a base 44 and a pressure plate 64 arranged above the pusher 42.
    The trigger 36, more precisely the base 44, is connected to the cable 30 and has a contact (not shown) which is capable of connecting the two conductors of the cable 30.
    The trigger 36 has an actuating side 46 opposite the body which, in the example embodiment shown, is formed by the side of the pressure plate 64 which is opposite the body. By pressing the pressure plate 64 and by moving the pusher 42 in the actuation direction B, therefore perpendicular to the actuation side 46 and in the direction of the body (down in FIG. 2), the contact in the base 44 is closed as soon as the point of application of the push button is reached
    The trigger 36 is entirely surrounded laterally, that is to say parallel to the body, by the protective element 38 in the form of a tank which has an annular section 48 and a bottom 50.
    The annular section 48 extends in a closed manner around the trigger 36 so that the trigger 36 is thus arranged inside the annular section 48.
    The bottom 50 completely closes the annular section 48 from the side facing the body, therefore in FIG. 2 below. The trigger 36 is also fixed to the bottom 50.
    On the side opposite the body, the pusher 42, more precisely the annular section 48, has an actuating orifice 52 which is parallel to the surface of the body when the garment 10 is worn.
    The height h of the protective element 38 from the side of the bottom 50 which faces the body to the side of the annular section 48 which is opposite to the body is for example between 4 mm and 7 mm and is in particular d '' about 6 mm.
    In a top view, the protective element 38 and the actuating orifice 52 have an elongated outer contour which corresponds to a rectangle with two shaped semi-circular segments and which has a longitudinal axis L extending through the vertices of the semicircular segments. This shape is visible in Figure 3 in which the protective element 38 is sketched in dotted lines.
    The protective element 38 has for example a length I along the longitudinal axis L which is between 25 mm and 35 mm and is in particular about 31.5 mm, and a width b transversely to the axis longitudinal L which is between 15 mm and 26 mm and which is in particular about 21 mm.
    It is however also conceivable that the protective element 38 and the actuation orifice 52 have another shape such as an oval, rectangular or circular shape.
    The protective element 38 is inserted into the padding unit 40. For this purpose, a projection 54 or a flange can be provided on the annular section 48.
    The upholstery unit 40 has a receiving hole 56 in which the protective element 38 is inserted together with the trigger 36.
    The receiving port 56 has the same shape as the protective element 38 and is therefore also rectangular with semicircular segments shaped in the embodiment shown.
    In the embodiment shown, the periphery of the plate-shaped padding unit is similar to the shape of the protective element 38 and thus also describes a rectangle with shaped semicircular segments. The entire trigger device 28 thus has a longitudinal axis L.
    Any other shape of external periphery such as a rectangular, oval or circular shape is however also possible.
    The padding unit 40 has several layers, namely a layer 58 opposite the body, a middle layer 60 and a layer 62 facing the body. In FIG. 2, the layer 58 opposite the body is at the top and the layer 62 facing the body is at the bottom.
    The layer 62 facing the body and the layer 58 opposite the body can both be attached to the middle layer 60.
    The middle layer 60 is here a padding layer which is made of a foamed material and which is thus to some extent flexible and compressible.
    The layer 58 opposite the body and the layer 62 facing the body are covering layers and give the padding layer stability, in particular protection against pressure, abrasion and other environmental influences. such as the influence of heat. The layer 62 facing the body contains for example polyurethane and / or nylon. The layer 58 opposite the body is for example made of rigid cardboard or an FME plastic.
    In the exemplary embodiment shown, the reception orifice 56 extends vertically through the assembly of the padding unit 40, therefore through the three layers 58, 60, 62.
    It is however also conceivable that the reception orifice 56 extends only through parts of the padding unit 40. The reception orifice 56 can for example terminate in the middle layer 60 so as to be extend only through the layer 58 opposite the body and parts of the middle layer 60.
    In the embodiment shown, the receiving orifice 56 is produced in a decentralized manner in the cushioning unit 40, so that the protective element 38 is also housed in a decentralized manner in the cushioning unit 40. The trigger 36 and the protective element 38 can be arranged closer to the thumb or the recess 14 for the thumb.
    The pressure plate 64 of the trigger 36 has substantially the shape of the actuation orifice 52 and is thus in this embodiment also rectangular with semicircular shaped segments.
    The pressure plate 64 is at least partially arranged in the actuation orifice 52 and is mounted with springs opposite the protective element 38.
    In the embodiment shown, the pressure plate 64 is connected resiliently by means of bars 66 to the layer 58 of the padding unit 40 which is opposite to the body. The pressure plate 64 is more precisely made in one piece with the bars 66 and the layer 58 opposite the body, therefore the covering layer.
    It is also conceivable that the pressure plate 64 is fixed to the annular section 48 of the protective element 38 or is made in one piece with it.
    It is also conceivable that the pressure plate 64 is connected to the cover 34, for example glued to it.
    The protective element 38 with the trigger 36 and the pressure plate 64 is very simplified in FIGS. 4a and 4b to illustrate the function of the trigger device 28. For reasons of clarification, the proportions and the paths do not are not to scale.
    FIG. 4a shows the electrically uncoupled initial position of the trigger device 28, in particular of the trigger 36, and FIG. 4b shows the trigger position when the point of application is reached.
    In the initial position, the pusher 42 protrudes clearly from the base 44 of the trigger 36. In this position, the pressure plate 64 can be spaced from the pusher 42 and can possibly also be outside the space 38 delimited by the protective element 38 so that the actuating side 46 opposite the body is at its highest point, that is to say the furthest from the body of the user.
    In the embodiment shown, the actuating side 46 opposite the body, in this initial position, is however exceeded by the annular section 48 of the protective element 38. The trigger 36 is then entirely in the area surrounded by protective element 38.
    However, it is also conceivable that the actuating side 46 opposite the body protrudes beyond the protective element 38 in the initial position.
    When the triggering device 28 is then actuated, that is to say a force is exerted on the pressure plate 64 in the direction of actuation B, therefore a force in the axial direction of the annular section 48 in the direction of the body , the pressure plate 64 is partially or entirely displaced in the annular section 48. It first comes into contact with the pusher 42 of the trigger 36 and then moves the pusher 42 further into the base 44.
    During this movement, a point of application of the trigger 36 is reached, the trigger 36 is triggered, that is to say in the present case the contact or the switch being closed, when this point is exceeded. When this point of application is reached, the trigger 36 or the actuating side 46 of the pressure plate 64 which is opposite to the body is in its trigger position.
    In this trigger position which is shown in FIG. 4b, the annular section 48, in the side view shown, projects from the actuation side 46 opposite the body. In other words, the protective element 38, seen from the body, is located further in the release position than the actuating side 46 opposite the body.
    The pressure plate 64 can optionally also be omitted so that the actuating side 46 opposite the body is then formed by the end of the pusher 42 which is opposite the body. In the release position, the pusher 42 is then entirely in the space enclosed by the protective element 38.
    Figures 5a to 5c show the garment 10 or the glove 11, respectively, in a state worn on the hand.
    The different gloves 11 are work gloves, gloves 11 of different sizes being shown in Figures 5a to 5c.
    The size shown in Figure 5a is a small size, for example the size
    S. Figure 5b shows a medium size, for example size M, and Figure 5c shows a large size, for example size L.
    The gloves 11 of different sizes form a set of gloves 68 and can all have an identical trigger device 28. The trigger device 28 is located in the palm area of the user's hand and can in particular be arranged between the thenar and the metacarpophalangeal joints of the middle finger and the ring finger.
    The triggering devices 28 are however oriented differently depending on the size of the glove 11. This can be achieved by different sizes of the angle a.
    The angle a is different for different sizes of the working glove, the angle a increasing as the size of the glove 11 decreases. The dependence of the angle a on the size of the glove 11 is thus inversely proportional.
    In the case of a small glove 11 (FIG. 5a), the angle is for example between 30 ° and 50 ° and is in particular about 40 °.
    In the case of a medium-sized glove 11 (FIG. 5b), the angle is for example between 15 ° and 35 ° and is in particular around 25 °, and in the case of a large glove 11 ( Figure 5c), the angle is between 0 ° and 20 ° and is in particular about 10 °.
    It is thus ensured that the trigger device 28 can be worn ergonomically.
    To trigger the trigger 36, the user folds his middle finger, his ring finger, his index finger and / or his little finger and pushes with the fingertips on the pressure plate 64. The pressure plate is then moved in the annular section 48 and triggers trigger 36 (see Figure 4).
    Thanks to the pressure plate 64, the user can exert pressure with his finger in each zone of the actuating orifice 52 to trigger the trigger 36. The user must therefore not reach the pusher 42 of the trigger 36 which is much smaller than the pressure plate 64.
    For the manufacture of a glove 11, in particular the work gloves shown, the base body 12 in the form of a strip is first supplied, on which neither the trigger device 28 nor the support 20 are mounted. The first and second fastening elements 24 and 26 are possibly already fixed to the base body 12.
    In a next step, the trigger device 28 and the support 20 are arranged on the same side A ab of the base body 12 which is opposite to the body.
    The covering 34 is then placed on the triggering device 28.
    When the first and second fastening elements 24, 26 have not yet been fixed on the base body 12, these are also arranged in their respective position on the base body 12.
    An adhesive material, for example a thermally activatable adhesive material, can be applied to the support 220, the covering 34 and possibly to the fastening elements 24, 26 and possibly to the triggering device 28.
    The base body 12 with the components arranged thereon is then heated and connected by pressing.
    The press by means of which the components are heated and connected can then have a recess for the support 20 on one of its jaws, and on the other jaw a recess for the trigger device 28 or the boss 32.
    During pressing, the base body 12 is deformed by the trigger device 28 so that the trigger device and the base body 12 in the region of the trigger device 28 protrude from the rest of the base body 12 The heat necessary for the activation of the adhesive material is simultaneously supplied by the press so that the support 20 and the covering 34 are fixed to the base body 12, for example in that the hot adhesive applied between in fusion.
    The covering 34 forms after pressing together with the rest of the base body 12 an opposite face to the body.
    The trigger device 28 and the support 20 can thus be fixed to the base body 12 in the same working step.
    Figures 6a and 6b show a second embodiment of a garment 10 which corresponds substantially to the first embodiment. Consequently, only the differences will be explained in the following, identical parts or having the same function being provided with identical reference numbers.
    The garment of the second embodiment is also a glove 11.
    The glove 11 of the second embodiment is however a complete glove, that is to say the base body 12 has individual fingers.
    In this embodiment, the base body 12 also has a palm section 16 on which the trigger device 28 is provided, as well as a back section 18 on which the support 20 for an electronic module is planned.
    As can be seen in FIG. 6c, the trigger 36 of the trigger device 28 of the second embodiment is distinguished from that of the first embodiment.
    In the second embodiment, the trigger 36 is a touch surface 70 and is produced without a pressure plate. The touch surface 70 is for example a capacitive or resistive touch face.
    The direction of actuation B is perpendicular to the touch surface 70.
    The actuation side 46 of the trigger 36 which is opposite to the body is in this case the touch surface 70 itself, which is however made stationary.
    The touch surface 70 or the actuation side 46 of the trigger 36 which is opposite to the body is therefore in the same state in the initial position and the trigger position.
    The annular section 48 of the protective element 38 thus extends from the body beyond the tactile surface 70.
    In addition, a pressure plate is not provided in this second embodiment.
    It is of course possible to combine the individual characteristics of the two embodiments in any way. The trigger 36 of the first embodiment can in particular also be a touch-sensitive surface 70.
    权利要求:
    Claims (18)
    [1" id="c-fr-0001]
    Claims
    1. Garment, in particular work clothing for wearing on the body, comprising a triggering device (28), the triggering device (28) comprising an electric trigger (36) which has an opposite actuation side (46) to the body, and a rigid protective element (38) for the trigger (36) which surrounds the trigger (36) at least partially laterally, the protective element (38) extending, in a side view of the device trigger (28), at least up to the actuation side (46) of the trigger (36) which is opposite to the body when it is in its trigger position.
    [2" id="c-fr-0002]
    2. Garment according to claim 1, characterized in that the trigger (36) has a press button and / or a tactile surface (70).
    [3" id="c-fr-0003]
    3. Garment according to claim 2, characterized in that in an initial non-actuated position, the actuating side (46) of the trigger (36) which is opposite the body does not protrude beyond the protective element (38) and / or is entirely in the area surrounded by the protective element (38).
    [4" id="c-fr-0004]
    4. Garment according to one of the preceding claims, characterized in that the trigger device (28) has a padding unit (40) which surrounds the protective element (38) at least partially laterally and / or its side facing the body.
    [5" id="c-fr-0005]
    5. Garment according to claim 4, characterized in that the padding unit (40) has a padding layer, in particular of a foamed material, and at least one covering layer.
    [6" id="c-fr-0006]
    6. Garment according to one of the preceding claims, characterized in that the protective element (38) has a directory section (48) preferably closed, the trigger (36) being arranged inside the annular section (48) .
    [7" id="c-fr-0007]
    7. Garment according to claim 6, characterized in that the protective element (38) has a bottom (50) which encloses the annular section (48) at least for the most part from the side facing the body and on which the trigger (36) is fixed.
    [8" id="c-fr-0008]
    8. Garment according to one of the preceding claims, characterized in that the protective element (38) has, on its side opposite the body, an actuating orifice (52).
    [9" id="c-fr-0009]
    9. Garment according to claim 8, characterized in that the trigger (36) comprises a pressure plate (64) which forms the actuating side (46) opposite the body, which has the shape of the orifice of actuation (52) and which is at least partially arranged in the actuation orifice (52), the pressure plate (64) being mounted with springs opposite the protective element (38) and being in particular conformed to the means of bars (66).
    [10" id="c-fr-0010]
    10 10. Garment according to one of the preceding claims, characterized in that the protective element (38) and the trigger (36) and / or the protective element (38), the trigger (36) and the padding unit (40) are a pre-assembled unit.
    [11" id="c-fr-0011]
    11. Garment according to one of the preceding claims, characterized in that
    15 that the garment (10) is a glove (11), in particular a work glove, having a section (16) of palm of hand covering the palm of the hand, the triggering device (28) being arranged on the section (16) of the palm of the hand, in particular in the area of the section (16) of the palm of the hand which is located between the thenar and the metacarpophalangeal joints of the middle and ring
    20 when the glove (11) is used correctly.
    [12" id="c-fr-0012]
    12. Garment according to claim 11, characterized in that the glove (11) has a support (20) for an electronic module, the support (20) comprising at least one electrical contact element (22) which is electrically connected to the trigger (36).
    25
    [13" id="c-fr-0013]
    13. Garment according to claim 11 or 12, characterized in that the glove (11) has a base body (12) in the form of a strip in which a recess (14) for an inch is made.
    [14" id="c-fr-0014]
    14. A method for manufacturing a glove (11) according to claim 13, comprising the following steps:
    A) providing a base body (12) in the form of a strip,
    b) placing the triggering device (28) on the side (Aab) of the base body (12) which is opposite to the body, and
    c) heating and connecting, in particular pressing the base body (12) with the triggering device (28), the triggering device (28) projecting at least partially from the side (A zu ) facing the body relative to the rest of the base body (12) after connection, in particular after pressing.
    [15" id="c-fr-0015]
    15. Method according to claim 14, characterized in that a covering (34) is arranged on the triggering device (28) before the connection, in particular before pressing, the covering forming, together with the rest of the base body (12), a face opposite the body after the connection, in particular after pressing.
    [16" id="c-fr-0016]
    16. Method according to claim 14 or 15, characterized in that a support (20) for an electronic module is placed on the same side of the base body (12) as the triggering device (28) before connection, in particular before pressing, the support (20) being arranged on the side (A a b) of the base body (12) which is opposite to the body after connection, in particular after pressing.
    [17" id="c-fr-0017]
    17. Set of gloves, in particular set of work gloves, comprising at least two gloves (11) of different sizes which have a section (16) of palm of different size which covers the palm of the hand, and comprising a trigger device (28) on each glove (11), the trigger devices (28) for gloves (11) of different sizes being produced in an elongated manner, and the trigger device (28) being arranged with its longitudinal axis ( L) at an angle (a) increasing relative to the transverse direction (Q) of the section (16) of the palm of the hand as the glove (11) becomes smaller.
    [18" id="c-fr-0018]
    18. Set of gloves according to claim 17, characterized in that at least two, in particular all the triggering devices (28) of said at least two gloves (11) of different sizes have the same size and are in particular identical.
    类似技术:
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    同族专利:
    公开号 | 公开日
    GB2559234A|2018-08-01|
    FR3059211B1|2021-03-05|
    GB201719580D0|2018-01-10|
    CN207885713U|2018-09-21|
    GB2559234B|2021-10-20|
    DE102016123093A1|2018-05-30|
    US20180146720A1|2018-05-31|
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    法律状态:
    2019-11-20| PLFP| Fee payment|Year of fee payment: 3 |
    2020-06-19| PLSC| Publication of the preliminary search report|Effective date: 20200619 |
    2020-11-20| PLFP| Fee payment|Year of fee payment: 4 |
    2021-11-19| PLFP| Fee payment|Year of fee payment: 5 |
    优先权:
    申请号 | 申请日 | 专利标题
    DE102016123093.6A|DE102016123093A1|2016-11-30|2016-11-30|Garment, method of making a glove and glove set|
    DE102016123093.6|2016-11-30|
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