• 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:
    Safety clasp (1) for tapes wearable on human or animal bodies, in particular in the form of a bracelet (40), foot band, collar, belt and the like, the band consisting of two mutually separate band ends (41, 42), each with one side with a secured object, eg a watch, a position transmitter, an RFID element or the like., Are connected and at least one band end (41) at its other end with a mandrel-engaged buckle (44), wherein the securing buckle (1), the two overlapping band ends (41 , 42) engages and with locking lugs (33) engages at least in the recesses (43) of one band end (41), and opening the safety clasp (1) by a separate tool (20), which is separate from the safety clasp (1) is trained.
    公开号:CH712979A2
    申请号:CH01096/17
    申请日:2017-09-04
    公开日:2018-03-29
    发明作者:Decrauzat Vincent；Gantner Michael；Battlogg Christian
    申请人:Smartliberty Sa；
    IPC主号:
    专利说明:

    Description: The invention relates to a safety clasp for tapes that can be worn on the human or animal body, particularly in the form of a bracelet, ankle strap, collar, belt and the like.
    Characteristic of such, wearable bands is that the band consists of a left and a right end of the band and the two ends of the band overlap in a certain overlap area.
    On the line is e.g. a mark, a watch that can be worn on the arm, a label or another element to which the two ends of the strap are each attached with their own end.
    The invention also requires that at least one strap end has a strap closure that can be closed with the opposite strap end, e.g. in the manner of a pin-bearing clasp.
    For ease of description, a safety clasp for bracelets is described in the following description of the invention, although the invention is not limited to this. The invention relates to all bands, although the use on a bracelet is described because of the simpler description.
    With the prior art, according to DE 9 415 C, an embodiment has become known which presupposes that the two ends of the bracelets are centered on one another and two-sided pins are present, which requires an external centering without which a closure wouldn't work.
    Accordingly, there is the disadvantage of this publication that a locking hook is necessary and only small forces can be transmitted, which means that it is indeed a bracelet closure for closing two bracelet ends, but not a safety clasp.
    DE 7 141 350 U1 describes a plug closure for jewelry and commodities, such as watches, briefcases, suitcases and the like, which is not suitable for the mutual locking of two strap ends, but is only provided as a simple clasp, which is also not can transmit high opening forces. A tool for actuating this closure is not provided. Rather, it should serve as a jewelry clasp that can be opened by hand. When unlocking, i.e. during use, a contact pressure is built up, which the user must counteract.
    With the subject of DE 209 2006 016 188 U1 a mortise lock has become known which works with spring-loaded locking projections which can be snapped into assigned, fixed, opposite stops.
    In this arrangement, an opener is integrated, which thus does not offer a security function to prevent unauthorized opening of the lock.
    With the subject of GB 2 127 090 A, a plug closure has become known which consists of interlocking plug-in projections which can be inserted into a receiving head. Here, too, there is the disadvantage that the tape ends cannot be secured by overlapping tapes and, furthermore, there is no key for actuation.
    [0012] With the subject of US 2002/0 014 096 A1, an arrangement has also become known as a plug fastener, which, however, is not suitable for securing overlapping tape ends. The plug closure has no opening tool.
    The same also applies to US 2003/192 153 A1, which also shows a simple plug-in fastener for a bracelet, without the securing of overlapping, overlapping bracelet ends.
    The invention is therefore based on the object of developing a safety clasp for overlapping bands, in particular bracelets and all other bands mentioned at the outset, in such a way that opening is only possible using a specially adapted tool which is formed separately from the clasp.
    The object of the invention is to provide a safety clasp for overlapping tapes, which is to establish a firm connection between the two tape ends in their overlap area and can only be opened with a tool.
    It is therefore the type of a locking loop with an undetachable locking, which can only be opened by a separate tool.
    Such a safety clasp is used in particular for bracelets in which an unauthorized opening of the bracelet is to be prevented. Such bracelets are used in old people's homes or hospitals to secure a localization device worn on the bracelet to the body of the wearer, who is therefore unable to remove the bracelet without tools.
    Another area of application of the invention is the use as ankle restraint in forensic technology.
    Of course, the invention is not limited to the fields of application mentioned. Bands worn on the animal body can also be provided, which also carry a localization device or the like and which can only be removed again with the aid of a tool.
    CH 712 979 A2 Of course, such an arrangement of a safety clasp can be used not only for bracelets, but for all the purposes mentioned at the outset, which are concerned with the fact that at least one band has recesses in the area of overlapping bands and the invention Safety clasp with projections that protrude at least on the inside engages in one or more such recesses and can therefore be locked with one end of the bracelet, provided that the safety clasp is smaller than the clasp that closes the other end of the bracelet, so that the safety clasp cannot be moved beyond the end of the bracelet clasp is when it is locked.
    A feature of the invention is that the safety clasp according to the invention essentially consists of a closing part consisting of two bendable parts, the two parts being bendably connected to one another via bending edges and forming a bendable elongated part made of one piece of material, which forms an inner closing opening in the closed state, which overlaps the two overlapping band ends and wherein on at least one side of the safety clasp there are inwardly directed projections which can be brought into engagement in at least opposite recesses in the at least one band end.
    Accordingly, the invention describes a safety clasp which carries the interlocking locking elements on both ends.
    One closing element is designed as a locking head with inner stop surfaces, and the opposite end of the locking head is designed as a locking head with locking webs, which are resiliently formed on one side of the locking head and which form counter surfaces at their upper free ends, which with the stop surfaces in Snap head can be brought to the system.
    Another feature of the invention is that the safety clasp can only be opened with an opening tool, wherein when inserting the opener head of the tool into associated guide grooves on a locking head, spring-loaded locking bars on the opposite locking head are pushed aside and the mutually assigned stop surfaces by locking head and the mating surfaces are disengaged from the closing head.
    With the pulling out of the opening tool, the locking connection between the locking webs of the locking head and the stop surfaces in the locking head is opened and because the tool has additional locking projections, the closing head is simultaneously pulled out of the locking head with the pulling movement on the tool.
    This means that no additional manual force is required to disengage the two parts which are locked together, because such an opening or separating movement is carried out by the tool itself.
    It is therefore a one-hand operation of a safety clasp, in which the safety clasp does not have to be held by hand during the separating movement, because the opening tool during an opening movement - as stated - both releases the mutual locking between the closing head and the locking head and at the same time the two parts apart.
    The safety clasp according to the invention can transmit high closing forces, because there is mutual centering in the manufacture of the snap lock, so that the load transmission and the centering force is accomplished via a strongly dimensioned central web on the locking head and on a likewise large-sized contact opening in the locking head.
    So here the holding forces are absorbed and the mutual locking in the area of the locking webs only serves to produce the closing force. There are then large-sized stop surfaces in the locking head, which interact with the associated counter surfaces on the front bendable ends of the locking webs.
    It is important that the locking head is designed as a circumferentially closed part, into which the closing head is inserted and centered there and locked at the same time.
    [0031] All forces are thus transmitted via the large-dimensioned contact surfaces between the locking head and the closing head.
    When the tool is actuated, it is ensured that associated control jaws put on the outside of the locking webs in the closing head and press them resiliently inward so as to disengage the counter surfaces formed on the free ends of these locking webs from engagement with the locking head-side stop surfaces ,
    In the following, the invention is explained in more detail with reference to a drawing which represents only one embodiment. Here, further features and advantages of the invention that are essential to the invention emerge from the drawing and its description.
    Insofar as individual items are referred to as "essential" or "important", this does not mean that these items must necessarily form the subject of an independent claim. This is determined solely by the current version of the independent protection claim. It shows:
    Fig. 1: perspective view of a safety clasp in plan view.
    CH 712 979 A2
    Fig. 2: the same representation as Fig. 2 in bottom view.
    Fig. 3: schematically shows a section through the locking and closing head in the locked state.
    Fig. 4: Top view of the locking and closing head in the closed state.
    Fig. 5: a longitudinal section through the safety clasp.
    Fig. 6: schematic representation of the safety clasp shortly before reaching the closed state.
    Fig. 7: the representation of the function of the opening tool.
    Fig. 8: the top view of a safety clasp connected to a bracelet.
    Fig. 9: the representation of the opening of the safety clasp when actuated with the opening tool.
    10: a perspective view of the safety clasp modified from FIG. 6.
    In the figures, a safety clasp 1 is generally shown, which preferably consists of a plastic material, more preferably of a plastic injection molded part, on which all functional parts are arranged, which are formed in one piece from the same plastic.
    Only the simplification of the drawing is shown in Fig. 1 and Fig. 2 that the opening tool 20 can be made in one piece with the safety clasp 1 in the injection molding process and that therefore a break-off web 5 is provided between the two parts, which at Commissioning is canceled on both sides, so that the safety clasp 1 comes free from the opening tool 2.
    The preparation of the safety clasp 1 from a continuous plastic part is not necessary for a solution. In another embodiment it can also be provided that a braided, knitted or woven plastic band, a leather band or the like is provided, at the two ends of which a closing head 6 and a latching head 7 are arranged opposite.
    If it is a matter of different parts, the closing head 6 and the locking head 7 can be welded, glued, riveted or otherwise permanently attached to the safety clasp consisting of a material-different band.
    A prerequisite for a material-separated bond between the band body 2 of the safety clasp 1 and the closing and latching parts 6, 7 arranged at the end is that one or more locking projections 33 are arranged on the inside of the band, which in the closing opening 38 of the safety clasp 1 protrude so as to be engaged with the holes or holes in a bracelet 40.
    8 also shows that the dimension of the safety clasp 1 according to the invention must be selected such that it cannot be pushed beyond a bracelet clasp 44.
    In a manner known per se, the bracelet clasp 44 consists of a U-shaped bracket which is connected to the one bracelet end 41, the pin engaging in a manner known per se through a recess in the bracelet end.
    From Fig. 1 and 2 it follows that the band body 2 is preferably made of a bendable plastic material or at least in the region of two longitudinally spaced bending edges 3, 4 is bendable and on one side a closing head 6 and on the opposite side carries a locking head 7.
    The two ends, which can be guided towards one another beyond the bending edges 3, 4, are thus guided towards one another in the direction of arrow 36 and then form a closing opening 38 according to FIG. 6, which is suitable for receiving the overlapping bracelet ends 41, 42.
    The locking lugs 33 should then be engageable in the associated bracelet holes 43, two locking lugs 33 arranged parallel to one another being formed on the inside of one end of the band body 2 in the exemplary embodiment shown.
    The closing head 6 consists essentially of a stable and large-sized central web 8, which protrudes perpendicularly from the longitudinal plane of the band body 2 and is integrally formed there from the material.
    At the upper end of the central web 8 two opposite and mirror-symmetrically formed v-shaped locking webs 9, 10 are formed, each locking web 9, 10 carries at its free front end each a locking projection 31,32 and beyond the locking projection an end mating surface Form 35 for locking with associated stop surfaces 34 in the opposite locking head 7.
    It is important that the two locking webs 9, 10 are resiliently mounted in the upper region of the central web 8 to one another and can be actuated by an opening tool 20 in order to be brought into an inward displacement position from their outwardly spread shape according to FIG. 2 is approximately parallel to the surface of the central web 8.
    CH 712 979 A2 The centering of the closing head 6 in the region of the latching head 7 is provided in the region of the central web 8 with a recessed contact opening 18 into which a stable contact web 13 (see FIG. 1) comes to rest in the region of the latching head 7.
    Preferably, the contact opening 18 has chamfers for the contact web 13, so that a simple centering and then a load-transmitting connection is given.
    The two locking webs 9, 10 are separated by recesses 11, 12 from the central web 8 and thus resiliently biased towards the central web.
    On the opposite side, the latching head 7 forms a central insertion opening 14, 15, the two insertion openings 14, 15 being separated only by the middle contact web 13, but otherwise forming a continuous insertion opening.
    The insertion openings 14, 15 are delimited on the end face by a head part 45, to which the side surfaces 46 adjoin, so that there is a circumferential closed part which defines the insertion openings 14, 15.
    Laterally, in the area of the side surfaces 46, recessed and parallel to each other and aligned guide grooves 16, 17 are provided, which are defined by laterally projecting webs.
    In the guide grooves 16, 17, the control jaws 23, 24 are inserted on the opening head 22 of the opening tool 20, wherein the control jaws 23, 24 are resiliently mounted in the arrow directions 28.
    A central recess 27 is defined starting from the inner bevels 25, which extend rearward towards the latching projections 26 at the front tips.
    Thus, if the control jaws 23, 24 are inserted into the opposing guide grooves 16, 17, the bevels 25 come to rest against the locking projections 31 arranged at the ends of the locking webs 9, 10 and overlap these locking projections 31, 32 from the outside, and so on to press the locking webs 9, 10 inwards towards the central web 8 and to hold them together in a springy manner.
    [0057] The latching projection-side counter surface 35 thus comes out of engagement with the latching head-side stop surface 34.
    The 4 stop surfaces 34 according to FIG. 2 are arranged next to the guide grooves 16, 17 in the detent head 7, so that the counter surfaces 35 rest against the detent webs 9, 10 on all stop surfaces 34.
    However, for a simplified function, it would only suffice to provide the stop surfaces 34 on one side only, while the opposite stop surfaces 34 could be omitted.
    With the arrangement of 4 stop surfaces 34 in the locking head 7, however, a particularly secure locking connection between the locking head 7 and the closing head 6 is produced.
    The inner bottom surface 19 on one side of the band body 2 is free and the opposite bottom surface has locking lugs 33 directed in the direction of the closing opening.
    The opening tool 20 has a handle 21 which has an opening where it can be hung or worn on a keychain.
    It is important that when inserting the bevels 25 of the opening head 22, the locking projections 26 adjoining the bevels come into engagement behind the locking projections 31 on the closing head 6, so that with a pulling movement on the opening tool 20 the closing head 6 of the locking head at the same time 7 is subtracted.
    Such an opening movement is also supported by the resilience in the area of the bending edges 3, 4 of the band body 2.
    If, however, instead of a continuous, elastically bendable band body, a slack band or another non-resilient plastic band is used, it is particularly advantageous if, with the opening movement of the opening tool 20, the locking head 7 is also separated from the closing head 6.
    Of course, it would also be possible to separate the two parts by hand when the opening tool 20 is in the actuating position (opening position).
    The opening tool 20 preferably has lateral finger depressions 29 in order to enable easy actuation.
    Fig. 3 shows the locked state in section, where it can be seen that at the free ends of the locking webs 9, 10, the associated counter surfaces 35 are engaged under the locking head-side stop surfaces 34 and thereby a stable locking position is reached.
    It is also shown that the raster head-side contact web 13 is in centering engagement with the closing head-side contact opening 18 so as to center the parts relative to one another.
    4 shows the position rotated by 180 ° with respect to FIG. 3, wherein it can be seen that the tapered control jaws 23, 24 move into the guide grooves 16, 17 which are open on one side and the free ends of the detent5
    CH 712 979 A2
    Displace webs 9, 10 in the direction of arrow 37 in the direction of the central web 8 and thereby overcome the resilience of the locking webs 9, 10.
    [0071] In this way, the counter surfaces 6 on the detent side come out of engagement with the stop surfaces 34 on the detent head side.
    4 shows that a bracelet hole 43 is visible outside of the safety clasp 1 and there is a further bracelet hole 43 below the safety clasp 1, as shown in the following drawings.
    5 shows that there is a bracelet hole 43 below the safety clasp 1, in which the large-sized locking projection 33 engages in a form-filling manner and thus achieves a secure locking of the upper strand of the bracelet 40.
    A form-fitting system is not required. It is sufficient to achieve a sufficiently deep intervention to avoid tearing apart the overlapping and overlapping bracelet ends 41, 42.
    It can even be optionally provided that a locking projection 33 arranged on the inside of the bottom surface 19 penetrates both bracelet holes 43.
    In the embodiment shown, however, it is sufficient to lock only one bracelet hole 43 with the locking projection 33 of the safety clasp 1 because the other end of the bracelet 42 cannot be pulled out because it is blocked by the end-side bracelet clasp 44.
    Even if the bracelet clasp 44 is opened, it is not possible to slide the safety clasp 1 over the bracelet clasp 44 as long as it is closed.
    6 schematically shows the safety clasp 1 according to the invention shortly before reaching its closed state when the locking head 7 is pivoted onto the closing head 6 in the direction of arrow 36 and then the locking position is reached.
    Fig. 7 shows the opening movement when the opening tool 20 in the direction of arrow 39 on the opening head 22 are inserted into the aforementioned guide grooves 16, 17 on the locking head side 7. It can be seen that the inside bevels 25 travel along the control jaws 23, 24 on the outside of the stops of the locking webs 9, 10 and displace the locking webs 9 against the central web 8 while overcoming the spring force.
    When the control jaws 23, 24 are inserted further, the latching projections 26 then come into engagement with the associated latching projections 31 at the free ends of the latching webs 9, 10, so that when the opening tool 20 is pulled out again, the latching projections 26 engage with the latching projections 31 remain, and thus the entire closing head 6 can be removed from the locking head 7 when an opening movement in the opposite direction to the arrow direction 39 is applied.
    8 shows the top view of the safety clasp according to the invention with an exemplary illustration of the manner in which locking projections 33 can be brought into agreement with assigned perforations or bracelet holes 43 of a bracelet.
    Accordingly, one or more locking lugs 33 can be arranged on the inside of the safety clasp 1 on the bottom surface 19, which then come into correspondence with the assigned bracelet holes 43 of the bracelet 40.
    8 also shows the relatively small guide grooves 16, 17 into which the tapered control jaws 23, 24 of the opening tool 20 can be inserted. This makes the small structure, the secure mounting and the easy opening of such a safety clasp 1 clear.
    It is a compact construction, and the flat, non-bulky construction results in particular from the side view according to FIG. 9, which shows how the opening tool 20 is inserted into the safety clasp 1 in the direction of the arrow 39.
    The thickness of the safety clasp 1 is slightly thicker than the thickness of the bracelet clasp 44, so that it is thus ensured that the bracelet 40 can be worn comfortably.
    10 shows again in a schematic representation the feeding of the closing head 6 into the locking head 7.
    Drawing legend [0087]
    securing buckle
    tape body
    bending edge
    bending edge
    Abbrechsteg
    CH 712 979 A2
    closing head
    Rastkopf
    center web
    latching web
    latching web
    recess
    recess
    Dock (for 18)
    Insertion opening (in 7)
    Insertion opening (in 7)
    guide
    guide
    System opening (for 13)
    Floor area (from 1)
    opening tool
    handle
    opening head
    control pad
    control pad
    slope
    catch projection
    recess
    arrow
    finger recess
    Locking projection (out of 9) locking projection (out of 10)
    stop projection
    Contact surface (at 7)
    Counter surface (at 6)
    arrow
    arrow
    Schliessöffnung
    arrow
    Bracelet left end of the bracelet
    CH 712 979 A2 right end of the bracelet
    strap hole
    Clasp
    Beheaded ii
    side surface
    权利要求:
    Claims (10)
    [1]
    claims
    1. safety clasp (1) for wearable on the human or animal body, especially in the training as a bracelet (40), foot strap, collar, belt and the like, the strap consisting of two separate strap ends (41, 42), the each with one side with an object to be secured, e.g. a watch, a position transmitter, an RFID element or the like. and at least one strap end (41) is connected at its other end to a pin-clasp (44), the safety clasp (1) covering the two overlapping strap ends (41, 42) engages, characterized in that the safety clasp (1) with locking lugs (33) engages at least in the recesses (43) of one band end (41) and the safety clasp (1) is opened by a separate tool (20) which is formed separately from the safety clasp (1).
    [2]
    2. Safety clasp according to claim 1, characterized in that it carries locking elements (6, 7) that can be locked at both ends and can only be opened with a tool (20).
    [3]
    3. Safety clasp according to claim 1 or 2, characterized in that the one locking element is designed as a locking head (7) with inner stop surfaces (34), and that the opposite end of the locking head (7) as a locking head (6) with locking webs (9, 10) is formed which are resiliently formed on one side and which form counter surfaces (35) at their upper free ends which can be brought into contact with the stop surfaces (34) in the latching head (7).
    [4]
    4. Safety clasp according to one of claims 1 to 3, characterized in that when inserting the opener head (22) of the tool (20) in associated guide grooves (16, 17) in the locking head (7), the locking webs resiliently mounted on the closing head (7) (9, 10) are movable to the side and the mutually associated stop surfaces (34) of the locking head (7) and the counter surfaces (35) of the closing head (6) can be disengaged.
    [5]
    5. Safety clasp according to one of claims 1 to 4, characterized in that the tool (20) on the opening head (22) has additional locking projections (26), and that with the pulling movement on the tool (22) the locking head also comes out of the locking head is draggable.
    [6]
    6. Safety clasp according to one of claims 1 to 5, characterized in that the latching head (7) is designed as a circumferentially closed part which is inserted into the closing head (6), centered there and at the same time can be latched.
    [7]
    7. Safety clasp according to one of claims 1 to 6, characterized in that when actuating the tool (20) associated control jaws (23, 24) on the outside of the locking webs (9, 10) in the closing head (6) and resiliently Press inwards so that the counter surfaces (35) formed on the free ends of these locking webs (9, 10) are disengaged from the stop surfaces (34) on the locking head side.
    [8]
    8. Safety clasp according to one of claims 1 to 7, characterized in that it consists of a band body (2) made of a bendable plastic material and on one side a closing head (6) and on the opposite side a locking head (7) are arranged.
    [9]
    9. Safety clasp according to one of claims 1 to 8, characterized in that the closing head (6) consists of a large-sized central web (8) which protrudes vertically from the longitudinal plane of the band body (2) and is integrally formed there and that at the top End of the central web (8) two opposite and mirror-symmetrical V-shaped locking webs (9, 10) are formed, and that each locking web (9, 10) carries at its free front end a locking projection (31,32) and beyond Locking projection (31,32) an end counter surface (35) for locking with associated stop surfaces (34) are formed in the opposite locking head (7).
    [10]
    10. Safety clasp according to claim 9, characterized in that the two locking webs (9, 10) are resiliently arranged on one side in the upper region of the central web (8) and can be actuated by a tool (20) in order to move from their outward spread shape into an inward direction directional displacement position to be transferred, which is approximately parallel to the surface of the central web (8).
    CH 712 979 A2
    类似技术:
    公开号 | 公开日 | 专利标题
    EP2833754A1|2015-02-11|Closure device for detachably connecting two parts
    DE1575297B2|1972-02-24|CLOSURE WITH A SOCKET SLEEVE AND A PLUG-IN ORGANE FOR THE RELEASABLE CONNECTION OF TWO PARTS
    DE102006052499A1|2008-05-08|Plastic clamp
    EP3025608A1|2016-06-01|Magnetic locking mechanism
    CH712979A2|2018-03-29|Locking device for straps.
    DE60314556T2|2008-03-06|Strap closure for watches, jewelry, bags or the like
    DE102013017892A1|2014-11-20|Detachable closure
    DE102010003878A1|2011-10-13|Belt connection and exchange system
    DE481540C|1929-08-24|Zipper
    DE2902181A1|1980-07-24|Press-button fastening for necklace - has profiled throat acting on locking spring and requiring rotation for release
    DE202010013553U1|2010-11-25|closure assembly
    DE102010021631A1|2011-01-20|Safety slide fastener for handbags, has end piece provided at end of fastener for holding catch element in catching position of slider, where end piece is provided with covered releasing element for releasing catch element
    DE102015009685A1|2016-09-22|Belt or band lock
    DE102014011052A1|2016-01-28|Locking system in the manner of a buckle
    AT512989B1|2015-11-15|Antitheft device
    DE102016100631B4|2019-08-29|Closure for band-shaped objects and band-shaped object
    AT519117B1|2018-04-15|Belt buckle with a closure plug and a lock receptacle
    DE2733767A1|1979-02-15|PLUG CONNECTOR FOR MOTOR VEHICLE SAFETY BELTS
    DE594845C|1934-03-22|Zipper
    DE705550C|1941-05-02|Closure for bracelets, in particular watch bracelets, with an outer link and an insertable inner link designed as a snap hook
    DE956841C|1957-01-24|Locking device for belt or the like.
    DE462385C|1928-07-10|Closure for bracelets, necklaces and similar jewelry items
    DE102010038243B4|2013-03-21|holding unit
    DE549010C|1932-04-22|Lockable hinge, especially for jewelry
    DE815860C|1951-10-04|Closure for bracelets, especially for watch straps
    同族专利:
    公开号 | 公开日
    DE102016011576A1|2018-03-22|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE9415C|Vve. A. BARBIER & FILS und F. MALOUBIER in Paris|Bracelet clasp|
    US1495925A|1922-10-11|1924-05-27|Virgil E Quertermous|Belt loop|
    DE7141350U|1971-11-02|1972-01-20|Sillems Design Gmbh|PLUG CONNECTOR|
    SE447696B|1982-09-20|1986-12-08|Fixfabriken Ab|CONSISTING OF TRADE AND HUNDRED STICKLAS|
    DE9016356U1|1990-12-01|1991-02-28|Gutos Metallschliessenfabrik Bader & Hoch Gmbh & Co Kg, 7530 Pforzheim, De|
    JP3784000B2|2000-07-31|2006-06-07|Ｙｋｋ株式会社|buckle|
    US6687964B2|2002-04-11|2004-02-10|Rick Vanderpool|Strap lock|
    DE202006016188U1|2006-10-23|2006-12-21|Skylotec Gmbh|Plug lock e.g. for connecting two belt ends, has lock part and plug-in part with lock part having lateral end to receive plug-in part and belt having lateral end|
    FR2913864B1|2007-03-19|2010-10-29|Gk Professional|ACCESSORIES BRACKET BELT FOR EXAMPLE OF STRENGTHENING OF THE ORDER|
    DE202007017178U1|2007-12-08|2008-07-17|Quinttus, Karl Heinrich|Gürtelendklemme|EP3768111A1|2018-03-21|2021-01-27|Luxwi ApS|A watch anti-theft device and watch strap combination, and a device for the combination|
    法律状态:
    2020-09-15| AZW| Rejection (application)|
    优先权:
    申请号 | 申请日 | 专利标题
    DE102016011576.9A|DE102016011576A1|2016-09-16|2016-09-16|Safety clasp for straps|
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