• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention relates to a link bracelet (1) comprising: - a number of webs (3) running transversely to the longitudinal extent of the link belt (1), - a number of link elements (5) pivotally connected to the webs (3), which - adjacent webs (3 ), in which a plurality of link elements (5) are provided at a plurality of adjacent webs (3), the link elements (5) connecting the respective webs (3) to further, adjacent webs (3). The link bracelet (1) is characterized in that - the link elements (5) in the direction of the webs (3) are formed flat and each have at least one opening which is penetrated by at least one web (3), that - at one Web (3S) a number a ≥ 2 of link elements (5) is arranged side by side, of which a first subset u <a with a first adjacent land (3SB1) and a second subgroup u <a connected to a second adjacent land (3SB2) is, wherein - at the end of the link bracelet (1) arranged web a subset u <a member elements (5) is arranged, which are adapted to connect the link bracelet (1) with an object.
    公开号:CH712506A2
    申请号:CH00644/17
    申请日:2017-05-16
    公开日:2017-11-30
    发明作者:Wellendorff Georg
    申请人:Dr Alex Wellendorff Gmbh & Co Kg；
    IPC主号:
    专利说明:

    Description [0001] The invention relates to a limb bracelet according to the preamble of claim 1.
    Link bracelets of the type discussed here are known. They are used in particular in connection with watches, but also with pieces of jewelry or as a sole piece of jewelry. Limb bracelets of the type discussed here are prefabricated for certain sizes, thereby forming so-called basic bracelets and can be adjusted if necessary by means of extension elements or inserts to the extent required for a user. It has been found that, especially in valuable limb bracelets, the visual impression high demands therefore not enough, because the extension elements or inserts settle from the base bracelet and interfere with the wear of the limb bracelet uniform uniform optical impression.
    The object of the invention is therefore to provide a link bracelet of the type mentioned, which avoids the drawback mentioned here.
    To solve a link bracelet with the features of claim 1 is created. The limb bracelet has a number of webs extending transversely to its longitudinal extension and a number of link elements pivotally connected to the webs, which interconnect adjacent webs. The webs are pivotable against each other, so that the link bracelet adapts well to the contour of the user's arm. It is provided that at least one of the adjacent webs at least one link element is provided, which connects this with a further adjacent web. In other words, the limb bracelet has webs which, as seen in the longitudinal extent of the limb ligament, are arranged consecutively and parallel to one another and connected to one another by the limb elements. The link bracelet is characterized in that the link elements - seen in the direction of the web - are flat and have at least one opening which is penetrated by at least one web, and that a number a> 2 of link elements is arranged side by side on a web, of which a first subgroup u <a is connected to a first adjacent ridge and a second subgroup u <a to a second adjacent ridge. It is provided that at least one arranged at the end of the link bracelet web a minor number u <a link elements are arranged, which are adapted to the link bracelet with an object, in particular a clock, a piece of jewelry, a closure or the like and / or at least to connect to a subordinate u <a member elements having releasably formed web. The connection with the at least one releasably designed web serves to make the limb bracelet extensible, in such a way that its optical appearance and its wear properties remain unchanged. The additional detachably formed webs and the associated link elements do not differ optically from the remaining webs and link elements of the link bracelet. In particular, there is no gap between the at least one additional detachably formed web and the webs connected therewith, so that an extension of the link bracelet is not recognizable. In addition, the bending properties of the limb bracelet, so its ability to apply to the arm of a user, remain unchanged, so that also insofar no optical irregularities in the case of an extension of the limb bracelet are given. It is thus readily possible to produce relatively short basic lengths of a link bracelet and to extend this by a number of additional link elements supporting webs until a desired length is given. When the post-manufacture length of a limb wristband is sufficient for a user, the link members attached to a terminal land can be directly connected to an object, be it a watch, a jewel, a fastener or the like. It is also possible to connect the ends of the limb bracelet together and wear the limb bracelet itself as a piece of jewelry. In this way, the link bracelet can each be extended by the length of the link elements measured in the longitudinal extension of the link bracelet. It is also possible to attach further webs by means of link elements, the link elements are pivotally movable relative to the associated webs. The optical impression of the limb bracelet remains - as I said - characterized even with an extension completely homogeneous or uniform. For a viewer, the visual impression does not change overall, regardless of whether the limb bracelet has been extended or not. The bending properties of the limb bracelet, ie the application of the same to the peripheral surface of an arm, are the same over the entire length of the limb ligament, so that in this respect an extension of the limb bracelet is not recognizable. Overall, it shows that the limb bracelet is always the same length over its length. It has a number of webs running transversely to the longitudinal extension of the link bracelet, each of which is connected to each other by a number of link elements. Thus, looking at the arm of a user facing away from the surface of the limb bracelet, so there is a completely consistent picture. This also applies to a lateral view of the limb bracelet, because this applies uniformly over its entire length to the arm of a user.
    That the link elements are formed flat in the direction of the webs means, in particular, that they have a thickness measured perpendicular to the longitudinal direction of the link bracelet and perpendicular to the width of the link bracelet, which is smaller than a length of a respective link element measured in the longitudinal direction of the link link band , Preferably, the length of the link elements is also greater than the width thereof, so that the link elements are formed elongated seen in plan view.
    Particularly preferred is an embodiment of the link bracelet, in which the side by side arranged on a web link elements or side by side paired link elements are alternately connected to the first and second adjacent web. In this way results in a uniform visual impression, which is characterized by a simple elegance.
    Preference is also given to an embodiment in which arranged on a web member elements, which are connected to the first adjacent web, and arranged on the web member elements, which are connected to the second adjacent web, alternately in a first direction and are inclined in a second direction relative to the longitudinal extent of the limb bracelet. The first direction and the second direction extend, in particular, in an imaginary surface defined by the link bracelet, in which the longitudinal extent and a width of the link bracelet lie. This surface, which may be curved in, for example, on the arm of a user worn limb or trained along the longitudinal extension of the limb bracelet arrangement as a plane is thus spanned on the one hand by the longitudinal extent of the limb and on the other by its perpendicular to the longitudinal extent and - in the intended arrangement of Link bracelet on a user's arm - width of the link bracelet measured parallel to the user's arm length. In contrast, a thickness of the limb bracelet - measured as a third coordinate - perpendicular to the longitudinal extent and width and in the intended arrangement on the arm of the user perpendicular to the arm length. The first direction and the second direction here denote different, oppositely oriented orientations along the width of the limb bracelet. The link elements are therefore in particular - viewed along the width direction and in plan view of the imaginary surface - alternately inclined to the right and to the left. This results in a visually appealing outer structure of the limb bracelet.
    Particularly preferred is also an embodiment of the limb bracelet, in which each of two adjacent pairs of link elements of a web, a first pair is arranged V-shaped opening to the first adjacent land and a second, the first pair adjacent pair of the link elements V the respective ends of the V-shaped member members, which are spaced apart from each other, are connected to the associated adjacent webs, and ends between these ends of the V-shaped member members, respectively two further adjacent link elements are arranged, which open in a V-shape to further adjacent webs. This embodiment results in a visually structured, elegant image.
    Preference is also a link bracelet, in which at the ends of the webs terminating elements are provided, preferably such elements having end members. In the latter case, the closing elements are part of the closing links so that the link bracelet looks very elegant from the side. In addition, the assembly of the link bracelet is simplified because it is not necessary to attach separate termination elements to the bridge ends. Incidentally, the end members correspond to the link elements and also serve to connect two adjacent lands.
    In preferred embodiments of the limb bracelet is provided that at least one releasably formed web is provided. This is detachably connected to the limb bracelet and thereby formed releasably, that it is designed as a bayonet pin or as a screw or as a spring bar. In this way, it is particularly easy to extend the limb bracelet when needed and / or to connect with a watch, a piece of jewelry and / or closure.
    Finally, an embodiment of the link bracelet is preferred in which the link elements are formed as a preferably closed ring. The link elements need not necessarily be designed as circular rings. It is also possible to provide flattened, so for example elliptical rings in order to realize a particularly thin limb bracelet can, without sacrificing its stability.
    The invention will be explained in more detail below with reference to the drawing. Show it:
    1 shows a first embodiment of a link elements having limb bracelet.
    FIG. 2 shows a second exemplary embodiment of a link bracelet having link elements; FIG.
    Fig. 3 shows a modified embodiment of a link element, which is used in the embodiments of Figures 1 and 2;
    Fig. 4 shows a third embodiment of a limb bracelet;
    Fig. 5 shows a fourth embodiment of a limb bracelet and
    Fig. 6 shows a fifth embodiment of a limb bracelet.
    The illustrated in Fig. 1 embodiment of a link bracelet 1 has a number of transverse to its longitudinal extent webs 3 and a number of link elements 5, which - in the longitudinal extension of the
    Link bracelet 1 seen - connect adjacent webs 3 together, wherein the link elements 5 are pivotally movable relative to the webs 3.
    The webs 3 and link elements 5 are preferably each formed identical in the embodiment shown here. One of the webs 3 of the link bracelet 1 is referred to here as a web 3S. Above this web 3S is a first adjacent web 3SB1, including a second adjacent web 3SB2. It can be seen that the definition of the three webs selected here is repeated within the link bracelet 1. For each bridge, there are two adjacent bars within the limb bracelet 1. However, this does not apply to webs which are arranged at the end of the limb bracelet 1.
    On the web 3S access link elements 5, which connect this with the adjacent webs 3SB1 and 3SB2 articulated. The link elements 5/1 facing upward in FIG. 1 connect the web 38 to the upper adjacent web 3SB1. The link elements 5/2 directed downwardly from the web 3S connect it to the lower adjacent web 3SB2.
    The link elements 5, seen in the longitudinal extent of the link bracelet 1, formed so long that the interconnected webs 3S and 3SB1 or 3S and 3SB2 are arranged at a distance from each other. At the first, upper adjacent web 3SB1 link elements 5/3 are attached, which connect this with a further web 3SB1 'above the first adjacent web 3SB1. Correspondingly, on the second adjacent web 3SB2, which lies below the web 3S, in turn link elements 5/4 are provided, which connect the web 3SB2 with a further adjacent web 3SB2 'below the web 3SB2.
    At the reproduced in Fig. 1 uppermost web 3SB1 'of the link bracelet 1 in turn link elements 5/5 are hinged, corresponding to the lowest in Fig. 1 web 3SB2' also link elements 5/6 articulated.
    The number of webs 3 of a link bracelet 1 depends on the desired length of the link bracelet 1. In Fig. 1, as in the following figures, a very short link bracelet 1 shown to the basic principle of the construction of the link bracelet 1 explain.
    At the ends of the webs 3 closing elements 7, 7 'are provided which prevent the hinged to a web 3 link elements 5 can slip off the webs 3, or that the web 3 can be pulled out of the link elements 5. Preferably, the right and left at the ends of the webs 3 arranged end elements 7, 7 'are identical. Of course, it is possible, for optical reasons, to provide different terminating elements 7, 7 ', which differ in their shape, in the material or else in their design. For example, it is conceivable to provide one of the closing elements with a gem.
    Preferably, the link elements 5 are all the same design, so that in the production of the link bracelet 1 does not need to be paid attention to which of the webs 3, a link element 5 is attached. Of course, it is also possible to provide differently designed link elements 5 in order to vary the visual impression of the link bracelet 1. Thus, one or more link elements 5 may be provided with an engraving, a modified outer structure, or else with at least one gemstone.
    In the embodiment shown in Fig. 1, link elements 5 are alternately mounted pivotally on a web 3, which are directed alternately according to FIG. 1 up or down to be connected to adjacent webs accordingly. The number of webs 3 of a link bracelet 1 can be adapted to a desired length of the link bracelet 1. That is, if a larger number of transverse to the longitudinal extent of the link bracelet webs 3 is used, which are connected by link elements 5, resulting in a greater length of the link bracelet 1. At the ends of the link bracelet 1 link members 5 are mounted on webs 3 pivotally, which are directed away from the respective end. In the embodiment shown in Fig. 1, the link elements 5/5 are aligned upwards over the last web 3SB1 ', the link elements 5/6 applied to the lowermost web 3SB2' are directed downwards. To these members projecting from the ends of the link bracelet 1, a watch, a clasp, or a jewel may be appropriately attached. For example, it is also possible to provide on the attached parts in each case a web 3, which detects the protruding beyond the end of the link bracelet 1 link elements.
    The link elements 5 are - flat in the direction of the webs 3, so that there is a rectangular side view of the link elements 5 shown in plan view in Fig. 1 in plan view. The thickness of the link elements 5 is smaller than their length, measured in the direction of the longitudinal extent of the link bracelet 1. Additionally or alternatively, a width of the link elements 5 in the plan view of FIG. 1 is smaller than the length of the link elements 5. The thickness and the width each dimensioned perpendicular to the longitudinal extent of the limb bracelet, wherein the thickness extends in the intended arrangement of the limb bracelet on an arm of a user perpendicular to the longitudinal extent of the arm, wherein the width extends parallel to the longitudinal extent of the arm. The longitudinal extension of the link bracelet 1 surrounds an imaginary longitudinal axis of the user's arm in the circumferential direction. They have at least one opening which is penetrated by at least one web 3. In the non-arranged at the end of the link bracelet 1 link elements, for example in the link elements 5/1, 5/2, 5/3 and 5/4, it is provided that they are penetrated by two webs. It is possible that these link elements are penetrated perpendicular to their longitudinal extent of two holes, each receiving a web 3. Before preferably, it is provided that the link elements are annular and enclose a single opening, which can be penetrated by one or two webs. The link elements 5 are shown in plan view in FIG. 1, so that the at least one opening is not visible. The link elements 5 may be formed, for example, rectangular or preferably closed ring, which may be formed either as a circular ring, or as a flattened ring, for example elliptical. The rings can also be formed by two composite circle segments. The contour of the link elements 5 is ultimately not important. It can be adapted to the desired appearance of a limb bracelet 1.
    Also, the number of arranged on a web 3 link elements 5 is freely selectable in a wide range, so that the width of the link bracelet 1 is adaptable to different cases of use. In Fig. 1, the webs 3 arranged transversely to the longitudinal extension of the link bracelet 1 are all of the same length. But it is also conceivable to use over the course of a link bracelet 1 different lengths of webs 3 with different numbers of link elements 5 to achieve a variable width of the link bracelet 1, wherein is meant by variable, that the width of the link bracelet 1 on the Length changes.
    In Fig. 1, an embodiment is shown in which at a web 3, for example, on the web 3S, link elements 5 are arranged so that they alternately upwards (link elements 5/1) and down (link elements 5/2) are aligned to connect the web 3S with the adjacent webs 3SB1 and 3SB2. This basic principle applies to all webs 3 of the link bracelet 1 in the event that a particularly uniform appearance of the link bracelet 1 is to be realized. Of course, it is also possible to omit some of the link elements 5 and thus to realize a different appearance. In Fig. 1 it is provided that the main body of the link elements 5 lie in a plane in which the webs 3 - are perpendicular to the longitudinal extent of the link elements 5 -. However, it is also conceivable to form these corrugated, for example, annular, wherein the annular wall follows a wavy line, on the one hand in the radial direction and / or on the other in the direction of the central axis of the annular member element 5, ie in the direction of the link bracelet 1 penetrating web 3, corrugated is.
    Finally, Fig. 1, the limb bracelet 1 as a schematic diagram again. The link elements 5 may in particular also bear directly on the end elements 7, and also touch each other laterally. The terminating elements 7 'shown on the right in FIG. 1 at the end of the webs 1 are not arranged at a distance to an adjacent link element 5 in reality. Rather, the gap shown here indicates that on the webs 3 more link elements may be present.
    2 shows a comparison with FIG. 1 modified second embodiment of the link bracelet 1. The same and functionally identical elements are provided with the same reference numerals, so reference is made to the description of FIG. 1.
    The embodiment according to FIG. 2 is characterized in that it has the same basic structure as the first embodiment, but that the provided on a web 3 member elements 5 are not directed directly alternately up or down, but that the link elements. 5 are aligned in pairs up or down. This will be explained in more detail on the example of the web 3S: At the left end of this web, a closing element 7 is provided, to which two downwardly directed link elements 5 / 2a and 5 / 2b connect. These two follow upward link elements 5/1 a and 5/1 b. This pattern continues in the further course of the bridge 3S. In each case two link elements are directed in pairs upwards and then two link elements are directed downwards. This applies to all webs 3 of the link bracelet 1 shown here, so that reference is made to the explanations to FIG. 1. Here too, what has been stated for the design of the link elements 5 applies correspondingly, as well as that explained to the width of the link bracelet 1. Finally, it is possible to align more than two adjacent link elements 5 on a web 3 alternately up and down.
    The embodiments shown in FIGS. 1 and 2 have in common that the webs 3 of the link bracelet 1 extend transversely to its longitudinal extent, and that the link elements 5 are arranged in the direction of this longitudinal extent.
    Fig. 3 shows a modified embodiment of the link bracelet 1, in turn, like parts are assigned to the same reference numerals.
    In the modified embodiment it is provided that 3 end members 9 are provided at the ends of the webs, which have closing elements 70 at their top and bottom ends. In other words, the end elements 7, which are shown in FIGS. 1 and 2, are here part of the end members 9. It is possible to attach the end members 70 to the end members 9 in any way, either by soldering, welding , or similar. It is preferably provided that the end elements 70 are an integral part of the end members 9, that is, these end members 9 are basically the same structure as the link elements 5. At their upper and lower ends, however, integrally terminating elements 70 are formed. FIG. 3 shows that the end elements 70 are realized by widened regions of the end members 9, that is to say the end members 9 are formed at their ends with a greater width than is the case in the region between the two end members 70. It is also conceivable to design the width of the end links 9 from top to bottom the same, so that the link bracelet 1 has as smooth an edge as viewed from the side, ie a surface which passes more or less and only in the spaces between two end links 9 a Depression shows. Ultimately, it is possible to form the end members 9 as wide as the link elements 5 and provided at the upper and lower ends of the end members 9 integrated termination elements 70. The end members 70 may be inserted into the end members 9 by welding, soldering, or otherwise, or integrally formed with the end members 9. In such an embodiment of the end members 9, a particularly uniform appearance of the limb bracelet 1 results.
    In the illustration of the link bracelet 1 in Fig. 3 except the end members 9 with the end members 70, only another member element 5 is shown on the webs. Of course, the number of link elements 5 on the webs 3 is arbitrary. Also, their orientation is also not set. It is thus possible to alternately align a link element 5 at a web 3 up and down, as shown in Fig. 1, or each two link elements 5 up and down to align a web 3, as shown in Fig. 2 is shown. In principle, it is furthermore possible in each case to align more than two link elements 5 alternately up and down on a web 3.
    Fig. 4 shows a third embodiment of the link bracelet 1, wherein like parts are given the same reference numerals and reference is made to the foregoing description in order to avoid repetition.
    4 is the same as that in the first embodiment shown in FIG. 1. The arranged on a web 3 member elements 5 of the link bracelet 1 are each alternately aligned up and down, as in the first embodiment the case is. Here, however, the individual link elements 5, which are coupled to the webs 3, arranged inclined relative to the longitudinal alignment of the link bracelet 1. The top row of the link elements 5 of the upper web 3o is inclined to the right, the middle row of the link elements 5, which connects the upper web 3o with the central web 3m, to the left, and the subsequent lower row of the link elements 5, the middle Bridge 3m connects to the lower bridge 3u, turn to the right. At this web 3u link elements 5 are hinged, which are inclined to the left. This basic principle is preferably maintained over the longitudinal extent of the link bracelet 1: the link elements 5 are alternately inclined to the right and left, wherein on a web 3 each to the right and left inclined link elements 5 are arranged alternately. At the ends of the webs 3 in turn here end elements 7 are attached, which here, as in the embodiments of FIGS. 1 and 2, are formed separately from the link elements 5. Here only the left end element 7 is shown.
    Fig. 5 shows a fourth embodiment of a link bracelet 1, wherein like elements are provided with the same reference numerals, so reference is made to the preceding description.
    Here, the paired link elements 5, seen in the longitudinal extension of the link bracelet 1, alternately - in pairs - aligned up and down and here in this embodiment alternately - in pairs - inclined to the right and left.
    Also in the embodiment shown in Fig. 5, 3 terminating elements 7 may be provided at the ends of the webs, as is the case in the embodiments of FIGS. 1, 2 and 4. But it is also possible, as shown in Fig. 5, to provide at the ends of the webs 3 end members 9, which comprise at their upper and lower ends terminating elements 70. These may be connected to the end members 9, for example by soldering, welding, gluing or the like, which is indicated by dashed lines. Preferably, the end members 9 and the end members 70 are made in one piece, with the ends of the end members 9 being wider than the portion between the two end members. However, it is also conceivable, as explained for the end members 9 according to FIG. 3, that they have a continuous width over their longitudinal extent. Here, too, the closing members 9 can be as wide as the link elements 5. The closing members 9 are otherwise formed like link elements 5 and connect adjacent webs. 3
    It should be expressly noted that the embodiment of FIG. 4 can also be equipped with end members 9, as explained with reference to FIG. 5.
    For the embodiments shown here according to FIGS. 4 and 5, the above applies accordingly: The number of alternately upwardly and downwardly directed member elements 5 can be chosen freely. Thus, each individual element elements 5 can be directed alternately up or down, or in pairs, as shown in Fig. 5. Also, groups of more than two link elements 5 may be alternately oriented up or down.
    In Fig. 6, a fifth embodiment of a link bracelet 1 is shown. The same parts are provided with the same reference numerals, so that reference is made to the preceding description.
    In principle, the same applies to the basic structure of the limb bracelet 1 as to the preceding figures. The webs 3 of the link bracelet 1, which extend transversely to its longitudinal extent, are mutually pivotally connected by link elements 5, wherein these are pivotable relative to the webs 3. At the left end of the webs 3 special end members 9 are provided, which, as shown by dashed lines in the three lower left end members 9, include a closure member 70. However, it is provided that only at one end of the end members 9, a closure element 70 is provided. This can, as by a dashed
    Line indicated to be connected to the closure element 9, either by welding, soldering, gluing or the like. However, here too it is also possible and preferably provided that the end elements 70 are formed integrally with the associated end elements 9.
    Fig. 6 shows that the provided with a closure element 70 ends of the end members 9 are formed widened. This embodiment is preferably selected when the outer edge, in this case the left edge of the link bracelet 1, should have as smooth a finish as possible. It is possible to expand the part of the end member 9 forming the end element 70-seen from the upper end of the end member 9 -via an outer area of the end member 9 in FIG. 1, so that the gap 11 between two successive end members 9 is longitudinal seen the limb bracelet 1 - is as small as possible. From Fig. 6 it can be seen that the widened upper part of a closure member 9 can also extend further down in the direction of a underlying end member 9 to form the gap 11 shown smaller. In this way it is thus possible to form the edge of a link bracelet 1, in this case the edge of the link bracelet 1 shown on the left, with only very small gaps 11, so that a closed appearance is obtained both in the plan view reproduced in FIGS the outside of the limb bracelet 1 as well as in side view.
    From Fig. 6 it is seen that in the illustrated embodiment of the limb bracelet 1 whose outer edges can be optically very appealing, because the end members 9 are arranged quasi-fish-like superimposed cross-section. Of course, this embodiment is also preferably realized on the opposite side of the limb bracelet 1. In Fig. 6, the ridges 3 terminate on the right side without end members or the like to indicate that the width of the link bracelet 1 can be variably realized by the choice of the link members 5 on the respective ridges 3. At the respective ends of the webs 3 are preferably, as shown here on the left outer edge of the limb bracelet 1, closure members 9 are provided, which also attack quasi-fish-like superimposed and thus realize an optimal appearance.
    In the fifth embodiment according to FIG. 6, the link elements 5 are in turn arranged in pairs on the webs, as each two immediately adjacent link elements 5 are aligned upward to an adjacent web and two down to a web adjacent thereto. In this respect, reference is made to the explanations in particular to Fig. 2.
    Unlike the above-described embodiments, the paired adjacent link elements 5, however, V-shaped and open, starting from a web 3S V-shaped to an adjacent web 3SB1. It is envisaged that link elements 5, which are aligned upward to an adjacent web, extend V-shaped in the direction of this. Link elements 5 which, starting from a web 3S, are directed downwards onto an adjacent web 3SB2, in turn open in a V-shape in the direction of this web.
    Between the two ends of the link elements 5, which are arranged at a distance from each other, engage element elements 5 at.
    The link bracelet 1 shown in FIG. 6 has quasi three adjacent and interlocking rows of V-shaped arranged link elements 5, which open upwards. Accordingly, here are two adjacent rows of link elements 5, which open in a V-shape down.
    It is crucial that 3 pairs of links 5 are arranged on a web, which open alternately V-shaped up and down to engage with adjacent webs 3 in engagement.
    At the ends of the link bracelet 1, as shown in Fig. 6, link elements 5 are provided which engage with one end on the last web 3 and which comprise a free, projecting beyond the last web 3 end. These last link elements 5 can engage with the last web 3 of the link bracelet 1 present at the opposite end of the link bracelet 1, or with a watch, a piece of jewelry, a fastener or the like, to which the link bracelet 1 is pivotally attached.
    Also in this last embodiment, as in all other embodiments, it is clear that on the webs 3, a number of similarly designed link elements 5 is attached. In the embodiments according to FIGS. 1, 2 and 4, where on the webs 3 at the ends separately formed terminating elements 7 are provided, all the link elements 5 are identical. In the exemplary embodiments in which the end members 9 arranged at the end of a web 3 can have a closing element 70, deviating end members 9 with at least one end element 70 are consequently provided on the edge of the member bracelet 1 away from the other member elements 5. It is basically possible, the link elements 5 and the end members 9 interpreted the same width. In the fifth exemplary embodiment according to FIG. 6, however, it is preferably provided to make the end of the terminating member 9 wider with the terminating element 70 in order to realize the smallest possible gaps 11.
    Allen embodiments is in common, and this is the basic principle of the link bracelet 1 shown here, that transversely to the longitudinal extent of the link bracelet 1, a number of webs 3 is provided on which a number of link elements 5 is pivotally mounted, so that all webs 3 with each other are connected by link elements 5 pivotally connected to each other. This results in a consistently good mobility over the longitudinal extent of the link bracelet 1, so that this can optimally adapt to a user's surface.
    All embodiments have in common that the number of interconnected webs 3 is freely selectable depending on the desired length of the link bracelet 1. The same applies to the width of the link bracelet 1 and the number of provided on a web 3 link elements 5. It should be emphasized again that the length of the webs 3 over the longitudinal extension of the link bracelet 1 may be the same. But it is also possible that are selected over the longitudinal extent webs 3 different lengths to realize a width profile of the link bracelet 1.
    Preferably, the link elements 5 are formed identically, so that a very homogeneous appearance of the link bracelet 1 results, which is not only true for a user facing away from the outside of the limb bracelet 1, but also for the side view.
    In the figures, the length of the limb bracelets 1 is indicated only by way of example. The link elements 5 may, as stated above, be similar in their configuration, wherein the basic structure of the link elements 5 and the arranged at the end of bars 3 end members 9 may be the same. If certain optical properties of the link bracelet 1 are to be generated, the link elements 5 and the termination members 9 can be designed differently, that is, provided with different surfaces, contours and materials.
    In principle, the terminating elements 7, 7 'mentioned here are fixedly connected to the ends of the webs 3 at the ends of the webs 3 as well as the end elements 70 of the end links 9. In order to securely fix the link elements 5 on the webs 3, the end elements 7, 7 'and 70 can be soldered, welded, glued or laser-cut to the ends of the webs 3. The limb bracelets 1 of the type discussed here can be coupled with watches, jewelery and, if necessary, with a closure.
    By the construction described herein, the length of a link bracelet 1 may vary. It is possible to provide at least one additional web 3 on a link bracelet 1 with a predetermined length on the free link elements 5 on the last webs 3 of the link bracelet 1, which engages in the over the ends of the link bracelet 1 protruding link elements 5. In addition, it will be appreciated that users may need and / or desire different lengths of limb bracelets 1. In order to be able to vary the length of the limb ligament 1, one or more webs 3 of a limb bracelet 1 can be detachably connected to associated end elements 7, 7 'and 70, respectively. The solubility can be realized in various ways: A first variant is to form a releasable web as a spring bar, as it is known from the watch industry. He has a hollow body, in which a spring element is housed. At least one end of the spring bar a biased with the force of the spring movable pin is provided, which is pressed into the body surrounding the spring element. In this way it is possible to compress the spring bar and clamp it between two end elements 70. However, this is only possible if the end elements 70 are parts of end members 9 which have two ends, at least one of which is connected to a web 3.
    Preferably, it is provided to replace at least one of the webs 3 of the link bracelet 1 by a bayonet pin or a screw with a head and a shaft, wherein the bayonet pin or the screw facing away from the head end has a coupling region. The shaft of the bayonet pin or the screw can be passed through a closing element 7, 7 'or 70. Preferably, the closing element is formed so that the head can be arranged sunk in this. The opposite end with the coupling region engages in another end element 7, 7 'or 70 and is held there. The shank may be passed through a number of link members 5, which are then pivotally formed relative thereto. It is realized in this way a releasably formed web.
    1, the use of such a releasably designed web 3 is to be explained: If the link bracelet 1 is to be extended, at least one end of the link bracelet 1, here by way of example at the upper end of the link bracelet 1 , Provided by the upwardly of the web 3SBP outgoing link elements 5/5, a releasable web which is passed through said member elements 5/5. In the embodiment shown here with separate end elements 7, 7 'is on the shaft of the detachable web, which is formed for example as a bayonet pin or screw, fitted with a through hole terminating element 7, 7' pushed, which then at the head of the bayonet pin or the Screw strikes while preferably receiving the head so that it sunk in the final element 7 or 7 'is arranged. Subsequently, a number of link elements 5 is pushed onto the shaft. In this case, the upward of the web 3SB1 'outgoing link elements 5/5 and new link elements are pushed onto this web. The order of the link elements 5/5 and the new link elements depends on what is to be extended for an embodiment of a link bracelet 1. When extending a link bracelet 1 according to FIG. 1, a link element 5/5 and a new link element is alternately pushed onto the detachable web. If the embodiment of FIG. 2 is to be realized, two link elements 5/5 and two new link elements are alternately pushed onto the web. Accordingly, the embodiments of FIGS. 5 and 6 are realized when a releasable web is to be attached to the link elements 5/5 pivotally. Then, at the end opposite the head of the bayonet pin or screw, the second end member 7 'or 7 is fixed, namely at the coupling portion of the bayonet pin or screw. The coupling region is provided, for example, with a bayonet contour, in particular with two webs projecting over the peripheral surface of the shaft, or else with an external thread. The coupling region engages in a receiving region, which is formed in the associated closing element 7, 7 '. The receiving area has a bayonet engagement contour or an internal thread. In this case, the receiving area can be provided in a blind hole in the associated closing element 7, T.
    Such a constructed detachable web does not differ in its outer contour from the webs 3, which are provided in the link bracelet 1.
    At the releasable web, ends of the link elements 5 engage, which are away from the terminal web - in Fig. 1 of the web 3SB1 -. The over the then given end of the link bracelet 1 from the terminal web protruding link elements 5 can then be connected to regular webs 3 or directly with a clock, a piece of jewelry or a closure or the like.
    Of course, it is possible, the free ends of a link bracelet 1, projecting beyond the free link elements 5, as shown in Figs. 1, 2, 4, 5 and 6, to connect to each other by a detachable web. The link bracelet 1 can thus be realized without a watch, a piece of jewelry, even without a closure and worn as a piece of jewelry.
    It is crucial that a detachable web described here in the installed state of the other webs 3 of a link bracelet 1 optically not different, so that there is a uniform visual impression. In addition, the bending properties of the link bracelet 1 in the region of a detachable web and the adjoining conventional webs are not changed, so that an optimal appearance results not only in plan view, but also in side view.
    If a link bracelet 1 is to be extended, it is possible, on the one hand, to provide a single detachable web on at least one end of the link bracelet 1. This solution is chosen especially when only a slight extension of the link bracelet 1 is required.
    It is also possible to produce a prefabricated extension element or insert, which has the same basic structure, as given in the embodiments of FIGS. 1,2, 4, 5 and 6. Such extension elements or insert pieces optionally have at least one web 3 with the corresponding link elements 5. It can thus be made for the extension of a link bracelet 1 quasi-extension or insertion modules with one, two, three or more webs 3, which are then attached to an existing link bracelet 1 by means of a detachable web.
    Due to the structure of the link bracelet 1 explained here in conjunction with at least one detachable web, it is therefore very easy to extend a link bracelet 1, be it by individual additional detachable webs or by modules of the type mentioned here, a selectable number of Webs 3 and thus have a predeterminable length. In this way, it is particularly simple and inexpensive possible to extend limb bracelets 1 of the type mentioned here, in such a way that the visual impression of both a user of the limb bracelet 1 side facing away from the side edge does not change, not even the bending properties of Limb bracelet or its ability to attach to the outer contour of a user.
    By means of various embodiments, closing members 9 are explained, which have a closing element 70 at least at one end (see FIG. 6) or at its two ends (see FIGS. 3 and 5). With the end elements 70, the associated webs 3 are connected. If, as shown in Figs. 3 and 5, two adjacent webs engage in a closure member 9, may be provided at one of the two webs that the ends are permanently connected to one end of the end member 9, either by welding, soldering, Gluing or the like. At the other end of the end member 9, a releasable pin can be provided, so a spring pin of the type described above, or in particular a bayonet pin or a screw, as explained above. It is thus possible in these embodiments according to FIGS. 3 and 5 to realize a variable length of a link bracelet 1 and to enable a uniform visual impression, be it in plan view or in side view.
    Particularly preferred is a link bracelet 1 of the type described here, in which all adjacent webs 3 are pivotally connected to each other. This is readily possible if, as described in FIGS. 1 and 4, 3 separate termination elements 7, 7 'are provided at the ends of the webs.
    This is true, moreover, if according to FIG. 6 terminating members 9 are provided in a link bracelet 1 having only at one end a closing element 70, in which a web 3 firmly engages, and with its other end pivotally with a web 3 are connected.
    In the embodiments according to FIGS. 3 and 5, in which two adjacent webs 3 are connected to each other by end members 9, which have at both ends termination elements 70, in which adjacent webs 3 are firmly inserted, results in a high mobility of Link wrist bands, in which two webs 3 connected to one another by the end element 70 are connected to one another in a pivotable manner by end links 9.
    权利要求:
    Claims (11)
    [1]
    In all cases, it is possible, due to the special structure, to make limb bracelets 1 extensible, such that the extension of the limb ligament 1 is not noticeable both in plan view according to FIGS. 1 to 6 and in side view. From the explanations to the figures it is also clear that the width of the link bracelets 1 can be selected within a wide range by the number of link elements 5 arranged side by side on a web 3. Here, limbs bracelets 1 can be realized with a constant width between the two ends, but also those whose width - seen in the longitudinal direction - is not the same everywhere. The limb bracelets 1 can, starting from a watch, a piece of jewelry or the like, taper in the direction of a closure or, viewed over their longitudinal extension, have a wavy varying width. claims
    1. limb bracelet (1) with - a number of transverse to the longitudinal extent of the link belt (1) extending webs (3), - a number of pivotally connected to the webs (3) link elements (5), which - adjacent webs (3) pivotally connect to each other, wherein - at a plurality of adjacent webs (3) each have a plurality of link elements (5) is provided, wherein the link elements (5) connect the respective webs (3) with further, adjacent webs (3), characterized that - the link elements (5) in the direction of the webs (3) are formed flat and each having at least one opening which is penetrated by at least one web (3), that - at a web (3S) a number a> 2 of Link elements (5) is arranged side by side, of which a first subset u <a with a first adjacent ridge (3SB1) and a second subset u <a is connected to a second adjacent ridge (3SB2), wherein - to minde at least one sub-element u <a link elements (5) is arranged at a arranged at the end of the link bracelet (1) web, which are designed to connect the link bracelet (1) with an object.
    [2]
    2. limb bracelet (1) according to claim 1, characterized in that the side by side on a web (3S) arranged member elements (5) are alternately connected to the first and second adjacent web (3SB1,3SB2).
    [3]
    3. limb bracelet (1) according to claim 1, characterized in that of the side by side on a web (3S) arranged link elements (5) respectively groups of at least two adjacent link elements (5) alternately with the first and second adjacent web (3SB1,3SB2 ) are connected.
    [4]
    4. limb bracelet (1) according to claim 2 or 3, characterized in that - the arranged on a web (3S) link elements (5) which are connected to the first adjacent web (3SB1), and - at the web (3S ) arranged in an imaginary, by the limb bracelet (1) defined area in which the longitudinal extent and a width of the limb bracelet (1) lie, alternately in a first element members (5), which are connected to the second adjacent web (3SB2) and inclined in a second direction with respect to the longitudinal extent of the limb bracelet (1).
    [5]
    5. limb bracelet (1) according to claim 3, characterized in that of the two adjacent pairs of link elements (5) of a web (3), a first pair is arranged in a V-shape opening to the first adjacent web and a second, the first A pair of adjacent pair of the link members (5) are arranged in a V-shape opening to the second adjacent land, the respective ends of the V-shaped opening members (5) are respectively connected to the associated first or second web (3), wherein between These ends of the V-shaped arranged link elements (5) are arranged in each case ends of two adjacent link elements (5), which open in a V-shape to further adjacent webs.
    [6]
    6. limb bracelet (1) according to any one of the preceding claims, characterized in that at the ends of the webs (3) end elements, preferably end elements having end members (9) are provided.
    [7]
    7. limb bracelet (1) according to claim 6, characterized in that the webs (3) are attached to or in the end elements.
    [8]
    8. limb bracelet (1) according to claim 6 or 7, characterized in that at least one releasably formed web is formed as a bayonet pin or screw with a head and a shank, of which at least the head remote from the end has a coupling region, wherein the shaft of a engages through the two end elements of the web, the head is preferably arranged recessed in the associated end element and the coupling region of the shaft engages in an engagement region of the other end element.
    [9]
    9. limb bracelet (1) according to one of claims 1 to 7, characterized in that at least one web (3) is designed as a spring bar.
    [10]
    10. limb bracelet (1) according to any one of the preceding claims, characterized in that the link elements (5) are each formed as a preferably closed ring.
    [11]
    11. limb bracelet (1) according to one of the preceding claims, characterized in that the object with which the at least one, at the end of the limb bracelet (1) arranged web (3) is connectable, is selected from a group consisting of a clock, a piece of jewelry, a closure, and at least one a subordinate u <a member elements (5) having releasably formed web.
    类似技术:
    公开号 | 公开日 | 专利标题
    DE19804765C2|2000-09-28|Placeholder with adjustable axial length
    DE2356289C2|1975-06-26|Plate chain for bevel pulley gear
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    CH646589A5|1984-12-14|CONNECTING PIN FOR A JOINT CONNECTION, ESPECIALLY FOR ARMBANDS.
    EP1591034B1|2007-07-18|Jewelery element as well as a chain formed by such an element
    DE10041650B4|2004-03-25|cylinder lock
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    EP1140693B1|2003-11-12|Snaffle bit with two side rings and a shackle
    AT10093U1|2008-09-15|JEWELERY ELEMENT
    DE3709740C2|1991-05-29|
    DE102016208426B3|2017-10-05|link bracelet
    DE3613203C2|1997-04-30|Link jewelry band
    DE3343287A1|1984-12-13|Vertically perforated brick
    EP2935974A1|2015-10-28|Chain joint for link chains
    EP0903088B1|2002-05-22|Setting for jewellery stones
    DE4312761C2|1995-09-14|Trinket
    EP0503130B1|1995-11-29|Piece of jewellery
    DE2638244A1|1977-03-17|FLEXIBLE BRACELET, IN PARTICULAR FOR WATCHES
    EP2868837B1|2017-04-19|Spacer element
    DE1138970B|1962-10-31|Non-stretchable link bracelet, especially for watches
    DE202010007026U1|2011-06-01|Gliederarmschmuck
    DE19746476C2|2002-02-21|Clasp for a jewelry chain
    DE1557544B1|1970-08-20|Elastic stretchable metal band
    WO1996041984A1|1996-12-27|Elastic tightening strap
    同族专利:
    公开号 | 公开日
    CH712506B1|2021-02-15|
    DE102016208426B3|2017-10-05|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE265455C|
    DE1138970B|1960-09-08|1962-10-31|Friedrich Stahl K G|Non-stretchable link bracelet, especially for watches|
    DE1882736U|1963-09-06|1963-11-14|Roxy Uhren & Goldwarenfabrik E|LINK BRACELET.|
    DE2425407A1|1974-05-25|1975-12-04|Daub Andreas|Hinged bracelet of adjoining link rows - has link rows connected by link pins placed in grooves|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE102016208426.7A|DE102016208426B3|2016-05-17|2016-05-17|link bracelet|
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