• 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 stick handle (1), in particular for walking sticks, trekking poles, alpine skis, cross-country poles, Nordic walking poles, with a handle body (2) and with a device for fixing a strip or band-shaped hand strap (5), wherein the pole grip the attached hand strap in coming into use in the user's hand in the area of contact has a soft material strip (7), which in the overlap region (8) has a broadening.
    公开号:AT13394U1
    申请号:TGM126/2012U
    申请日:2012-04-03
    公开日:2013-12-15
    发明作者:Klaus Lenhart
    申请人:Lekisport Ag；
    IPC主号:
    专利说明:

    Austrian Patent Office AT13 394U1 2013-12-15
    description
    TECHNICAL AREA
    The present invention relates to a hand strap for a pole grip, especially for walking sticks, trekking poles, alpine skis, cross-country poles, Nordic walking poles, with a handle body and usually with a device for adjustable attachment of the wrist strap. Furthermore, the present invention relates to a stick handle with such a hand strap.
    STATE OF THE ART
    Thus, the user does not have to hold a stick for the above-mentioned areas of use constantly embraced and not lose it when the stick handle once slides out of his hand, such stick handles have a hand strap. By such a hand strap, the user typically engages with his hand, so that in use, the wrist strap then typically runs in the area of the wrist over the back of the hand and in those areas which are guided into the pole grip, on the inside of the hand and between palm and stick handle lies. Such stock loops are typically adjustable, in particular adjustable in length, configured, for example, by the hand strap is attached via a screw or a wedge on the pole handle, and the screw respectively the wedge provides an easy way, the length of the hand loop possible without the aid of a tool to the Needs of the user. Such mechanical devices should be as reliable as possible, and do not permit undesirable adjustment of the length of the loop during use. They should also allow an adjustment without complicated manipulations, and they should, in order to keep the costs and the error rate low, in their construction extremely simple. On the other hand, such attachment mechanisms should be able to perform this releasable locking function in the largest possible temperature range, which is very important, especially in the alpine area.
    Such a construction is known for example from German Utility Model DE 681 01 226 U1. There, a loop on the floor is adjustably fastened by the loop tape is guided around two pins in the attachment area in the floor. This via a tiltable element, which is arranged at the head of the stick handle, and in which these two pins are arranged. If this tilting element is folded upwards out of a recess in the pole grip, the length of the hand strap can be adjusted. If the tilting element is at least partially folded back down into the pole grip, the length of the hand strap is fixed.
    In addition, there are solutions in which with the aid of a slotted region of the loop tape adjustability is then given when the hand strap is moved up, while in downward hand strap the wrist strap is fixed in length. Such possibilities are described, for example, in DE 19632718, DE 29906612 U1, and the like in EP 1118362. Further such constructions for adjustable hand loops are known from WO 2006/084403, and a particularly ergonomic handle, which may also have an adjustment mechanism for the hand strap, is known from EP 2168641.
    Thus, the hand strap to withstand the sometimes large tensile loads in the situation and thus the above-mentioned adjustability can be made possible, the hand strap must be made of a tensile material. Typically, such loops are made accordingly from a wide webbing or a blank of fabric material, which are preferably low-expansion, or a wide leather belt.
    In adjustable hand straps come the two opening into the stick handle portions of the wrist strap just before the mouth in the stick handle over each other. 1/15 Austrian Patent Office AT 13 394 U1 2013-12-15
    Movements of the hand strap sections in this overlap area can cause injury to the user's hand. These are caused by friction, scrubbing, or entrapment, since this overlapping area of the wrist strap comes to rest between the thumb and forefinger of the user's hand when using the wrist strap or the pole grip on the relatively sensitive skin area. A solution to this problem, for example, EP 0357517 and EP 1736214, which each describe a wrist strap, which is fastened via a coupling element on the pole handle. By using a coupling element, an overlapping area of the hand strap sections in the area between thumb and forefinger of the user's hand is avoided. The adjustment of the hand loop width is made here in the wrist area. In EP 1736214, the coupling element is attached to the hand strap itself via a length-adjustable connecting strip, which additionally allows adjustment of the distance of the hand strap from the pole grip.
    PRESENTATION OF THE INVENTION
    Hand loops must accordingly absorb high tensile forces as explained above and require intensive contact with the user's hands during sporting use. This intensive contact with the hands of the user can, as mentioned above, lead to usage-related scouring or clamping injuries.
    Here, the invention intervenes and proposes an improved pole grip with higher wearing comfort. In particular, a variant of a combination of a pole grip with a wrist strap is to be made available, which allows the desired wearing comfort even without the use of a coupling element between the pole grip and wrist strap.
    Such a pole grip, which is particularly suitable for walking sticks, trekking poles, alpine skis, cross-country poles, Nordic Walking poles, according to the invention is characterized in that it has a handle body and a device for attaching a wrist strap, and a strip or band-shaped wrist strap having. The hand strap is adjustable in length fixed in the pole handle, the hand strap is attached to a first end in the pole grip. The hand strap leads out of the pole grip as a first loop of the hand, then back into the pole grip as a second hand loop section guided below the first hand loop section with respect to the pole longitudinal axis underneath the first hand strap section and out of the pole grip as a free end. According to the invention, the hand strap has, on at least part of the area coming into contact with the user's hand during use, a covering which is formed by a strip of material of a layer material. In this case, the hand strap has an overlapping area in a region coming into contact with a region of the hand that lies between the thumb and forefinger. This overlapping area is formed by an overlapping of the first hand loop section with the second hand loop section, which lies opposite and lies beneath the first hand loop section with respect to the circumference of the hand strap, in a region near the handlebar.
    The crux of the invention consists in the fact that the material strip is fastened in the overlap region on the first hand strap section and has a widening in the overlapping region. This widening projects beyond the first hand strap section at least on one side, so that the material strip in the overlapping region overlaps at least the edge of the first hand strap section facing the second hand strap section and the edge of the second hand strap section facing the first hand strap section. This strip of material arranged in the overlap area gives the proposed hand strap a very pleasant structure, which rests optimally when used on the hand and causes no rubbing injuries to the hand even with intensive use. [0011] As an alternative or in addition to such a widened coating, it is also possible for the strap material of the wrist strap, specifically the first hand strap section in the overlapping area, to have a widening covering the overlapping area.
    A first preferred embodiment is characterized in that the second hand strap portion is movable relative to the strip of material or displaceable. In other words, the strip of material is fastened on the first, but not on the second loop of the hand strap.
    Preferably, the material strip is formed in the overlap region to a tunnel through which or in which the second hand strap portion in a pulling direction of the wrist strap and in a direction transverse to the pulling direction is freely movable at least within certain limits. In this case, preferably, the tunnel formed by the material strip in the overlapping region has a shape which is formed tapering toward the handle head, wherein the tunnel has a smaller diameter in the overlap region at the stock handle end of the tunnel, as the diameter of the tunnel at the user end of the tunnel.
    In a particularly preferred embodiment, the strip of material is secured in the coming into contact with the region between the thumb and forefinger area on an upper side of the first hand strap portion, surrounds the second hand strap portion and is on an underside of the first hand strap portion or on a Side edge of the first hand strap section again attached to the first hand strap section.
    Advantageously, the material strip is sewn in the overlap region on the first hand strap portion, preferably by means of two edge seams at the top of the first hand strap portion.
    Regardless of whether the strip of material is formed as a tunnel or not, the strip of material according to a further embodiment of the invention is tapered towards the pole handle and preferably v-shaped seen from above along the floor longitudinal axis. In the process, the hand strap sections covered by the material strip branch in the overlapping region at an acute angle of preferably approximately 10-45 degrees, particularly preferably approximately 20-30 degrees. As a result, the material strip covering the hand strap sections in the overlapping region is narrower at a stock grip-side end of the material strip than at a user-side end of the material strip.
    Typically, the strip of material has a width (measured perpendicular to the main course of the hand strap) in the range of 5-50 mm, preferably in the range of 10-30 mm. In this case, the strip of material has an average width of about 10-40 mm, particularly preferably about 20-30 mm, wherein the average width is smaller than the width of the strip of material at its user-side end in the overlap region and greater than the width of the strip of material at its stock handle-side end, seen from above.
    A further preferred embodiment of the invention is characterized in that the strip of material at its stock handle end has a width which substantially corresponds to the width of the in the entry region in the stick handle covered by the strip of material first hand strap portion or the width of the adjustable portion of the hand strap , Preferably, this width of the material strip is at its stock handle end in the range of about 10-20 mm. The width of the material strip at its user-side end in the overlapping region preferably corresponds substantially to at least twice the width of one of the two hand strap sections in the adjustable region, and is preferably in the range of approximately 30-60 mm, particularly preferably approximately 40-55 mm.
    The covering is advantageously designed as a continuous strip of material along the wrist strap. The area covered by the strip of material of the second hand strap section, which opens into the overlapping region, preferably ends in the case of a patent office AT 13 394 U1 2013-12-15
    Use on an average sized user's hand in normal user position, in a near-floor area in which the second hand strap section passes under the strip of material or in an entry area of the second hand strap section (in an area in which the second hand strap section enters the tunnel). In a particularly preferred embodiment, in which the strip of material is formed as a tunnel, this area of the second hand strap section just disappears in the tunnel or, in the normal user position, just barely projects out of the tunnel.
    The strip of material preferably also covers the portion of the wrist strap between the first hand strap section and the second hand strap section. Preferably, the entire hand-contacting area of the hand strap is covered by this strip of material. The material strip is sewn according to a further advantageous embodiment by means of two edge seams on the wrist strap.
    Preferably, such a hand strap is adjustably mounted in the handle. It is particularly preferred if the hand strap has a fixing area fixed in and / or on the pole grip and an adjustable area. The fixed attachment area then serves at one end of the wrist strap for fixed attachment to the pole handle, and the adjustable area forms the free end guided through the pole grip in the adjustment area. For this purpose, in the fixed attachment region of the wrist strap, a first end of the wrist strap which adjoins the first hand strap section and projects into a first recess of the pole grip or into a clamping element mounted in the pole grip is fastened fixedly to and / or in the pole grip. The second hand strap section preferably terminates in the adjustable region of the wrist strap in the free second end of the hand strap guided through the adjustment region of the pole grip and protruding out of a second recess of the pole grip. Typically, such an adjustable hand strap in the adjustable range of the wrist strap and preferably also in the fixed attachment portion of the wrist strap at least partially smaller width than the width of the hand strap in the lying between the first hand strap portion and the second hand strap portion of the hand strap. The width of the adjustable range of the wrist strap is preferably about 5-50 mm (measured perpendicular to the main course direction of the wrist strap), particularly preferably 10-30 mm. The width of the wrist strap in the region lying between the first hand strap section and the second hand strap section is preferably approximately 10-40 mm, particularly preferably approximately 20-30 mm.
    Since most adjustment mechanisms are based on a clamping of the strap of the wrist strap, a strip of material can be disturbing in these areas. Preferably, the fixed in the first recess of the pole handle or in a mounted in the pole handle clamping element fixed mounting portion of the hand strap and the adjustable range of the hand strap are formed without the deposit formed from the material strip. In other words, these areas of the hand strap may for example consist of a pure webbing material.
    The wrist strap is preferably formed as a low-stretch webbing or fabric material (e.g., punched or lasered), the width of the strip of material being at least equal to the width of the webbing covered by it. The strip of material advantageously has a different coloration than the webbing or the area of the wrist strap uncovered by the material strip. A preferred embodiment is characterized in that the hand strap is a strap or a strap strip on which a strip of material is sewn on and / or glued at least in sections.
    A particularly comfortable feeling can be achieved if the strip of material is at least partially, preferably entirely formed of a plastic material, for example of a woven and / or braided and / or foamed and / or non-woven plastic material. Preferred strips of material consist at least partially of Austrian patent office AT13 394U1 2013-12-15
    Materials having the aforementioned properties or another soft material or combinations thereof. But there are also natural materials such as soft and flexible leather, or natural woven or braided materials such as cotton, etc. possible. The strip of material may be formed from a layer, but it may also be composed of at least two layers. In addition, one or more intermediate layers may be arranged between such two layers. For example, the material strip can be formed from a plastic layer which is covered or laminated with a layer of a felt-like or fleece-like material. Should it be preferred in spite of the desire for an adjustable hand strap, elastic form the coming into contact with the user's hand area of the wrist strap and thus the material strip, so this could for example be achieved so that the coming in contact with the user's hand Area of the hand strap is sewn at both ends in each case with a Gurtbandabschnitt to inelastisch the adjustable range and the fixed mounting portion of the hand strap, which is advantageous for adjustable by means of traction loops. A complete elastic design of the wrist strap is conceivable if it is to be designed as non-adjustable. A correspondingly elastic material strip would then preferably have an elastic extensibility of more than 2%, preferably more than 5%, in particular preferably more than 10%, wherein this extensibility should preferably be perpendicular to the running direction of the wrist strap, in particular preferably perpendicular and parallel to the direction of the wrist strap.
    Further embodiments are given in the dependent claims.
    BRIEF DESCRIPTION OF THE DRAWINGS
    Preferred embodiments of the invention are described below with reference to the drawings, which are merely illustrative and not restrictive interpreted. In the drawings: Fig. 1 is a side view of a stick handle with a hand strap according to the invention; Fig. 2 perspective view in a direction from the user's hand to
    Stick handle, substantially perpendicular to the longitudinal axis of the stock; and [0029] FIG. 3 is a view of the wrist strap from above substantially along the floor length.
    DESCRIPTION OF PREFERRED EMBODIMENTS
    Figure 1 shows a side view of a pole grip 1 with a hand strap according to the present invention. The pole grip 1 has a grip body, in the lower region of which a receiving opening for the pole tube 2 is arranged. The grip region of this grip body 4 is typically coated with a grip-friendly coating. In the region of the handle head 3, the hand strap 5 is fixed, in this case screwed with a first end fixed in a first recess 14 in the handle head 3 and adjustable in the lower end 12. For this purpose, an eccentric element or clamping element 13 is mounted on the axis A in the grip head 3 or head area. Specifically, in the illustrated embodiment, it is an adjustment mechanism as described in WO 2006/084403. As far as the basic design of the pole grip is concerned, reference is made to EP 2 168 641.
    The actual hand strap 5, which is formed in the present embodiment as a webbing is in that area which rotates in use the user's hand, designed such that the coming into contact with the user's hand area 6, i. E. the inside of the hand strap 5, at least partially covered with a strip of material 7. In the present embodiment, even the entire coming into contact with the user's hand area 6 a covering of soft material or a material strip 7, with the exception of the adjustable portion 19 of the hand strap 5. The strip of material 7 5/15 Austrian Patent Office AT13 394U1 2013 -12-15 is made of soft material and includes or enveloped in the overlap region 8 and branching region of the two opening into the grip head 3 hand strap sections 10, 11 both the first hand strap portion 10 and the second hand strap portion 11th
    In the illustrated embodiment, the entire portion of the wrist strap 5, which comes into contact with the user's hand, provided with a covering of soft material or with a strip of material 7. In the area of the first hand strap section 10, this material strip 7 has a widening projecting beyond the side of the first hand strap section 10, which faces the second hand strap section 11. This widening also encloses the second hand strap section 11 which is overlapped by the first hand strap section 10 in front of the confluence with the pole grip 1 and is fastened to the first hand loop section 10 on the lower or outer side of the first hand strap section 10.
    In other words, an enveloping cushion layer is formed around the overlap region 8 of the two hand strap sections 10, 11. When using the hand strap 5, the two hand strap sections 10, 11 in the overlapping region 8 rub against each other by the movement of the stick relative to the hand of the user. The cushion layer formed by the material strip 7 and enveloping the overlapping area 8 thus prevents this friction from having a painful effect on the user's hand, or because the two hand strap sections 10, 11 scrub in the overlap area 8 on the user's hand since this overlap area 8 of the hand strap 5 comes to rest on the relatively sensitive skin area between thumb and forefinger of the user's hand when using the hand strap 5 and the stick handle 1. The material strip 7 thus has the function to increase the comfort of the hand strap 5. In other words, the covering or the insert of the soft material strip 7 in the hand strap 5 serves to cushion the hand strap 5 and to avoid pressure or chafing points on the user's hand, in particular in the overlapping area 8 of the two hand strap sections 10 opening into the pole grip. 11th
    Since such, a covering comprehensive hand loop design can not be attached particularly well in the grip head 3, nor can be used in the clamping in the adjustment, this is covered with the material strip 7, so to speak, coming in contact with the user's hand Area of the hand strap 5 at both ends in a region 19 on which is not covered by a strip of material 7. The not visible in Figure 1 due to the cover by the strip of material 7 in the overlap region 8 and projecting into a first recess 14 of the pole grip 1 end of the strap or the strap is fixed, for example, with a screw firmly on or in the pole grip 1. The projecting into a second recess 15 of the pole grip 1 free second end of the hand strap 5 is configured in the illustrated embodiment as a conventional webbing. This passes through the clamping adjusting mechanism in the interior of the pole grip 1 and then again emerges from this as a free end 12. At the outermost or second free end 12 can be provided for simplified manipulation and to prevent the slipping of the second free end into the grip head 3, a broadening, as shown in Figures 1 and 5 shown (in Fig. 2, the free end is shown incomplete ). The two opening into the stick handle 1 hand loop sections 10, 11 thus open to some extent first in a sheath of a soft layer of material before they uncovered from the strip of material, open into the stick handle.
    Figure 2 shows a perspective view in a direction from the user's hand to the stick handle, substantially in a direction perpendicular to the stick's longitudinal axis. The viewer's gaze is directed towards the inner side of the hand strap 5 coming into contact with the user's hand. In the exemplary embodiment shown in FIG. 2, the material strip 7 is sewn onto the hand strap 5, which is designed as a webbing. In the overlapping area 8 of the two hand strap sections 10, 11, the material strip 7 has a widening extending beyond the width of the first hand strap section 10 or of the strap covered by the material strip 7, which thus follows extends beyond the edge of the webbing in the first hand strap portion 10 and with the overlapping of the first hand strap portion 10 second hand strap portion 11 and in that overlap area 8, the outside of the first hand strap portion 10, which is not in contact with the user's hands, with envelops. The material strip 7 is thus attached in the present embodiment to the top of the first hand strap portion 10, then runs around the top of the first hand strap portion 10 and the top and bottom of the second hand strap portion, and is then attached to the bottom of the first hand strap portion 10 again. The material strip 7 thus forms a tunnel or channel 9, which encloses the overlap region 8 of the two hand strap sections 10, 11. The top of the first hand strap portion 10 is facing the palm of the user's hand and thus forms part of the inside of the hand strap, while the bottom of the first hand strap portion 11 is remote from the palm of the user's hand and thus forms part of the outside of the wrist strap.
    In the exemplary embodiment according to FIG. 2, in the area of the first hand strap section 10, the material strip 7 is in contact with the user's hand inside the hand strap 5 at both edges or edge regions of the first hand strap section 10 with the first hand strap section 10 or sewn to the first hand strap portion 10 forming webbing. At the outside of the hand strap 5 not coming into contact with the user's hand, the material strip 7 is sewn only by means of a seam to the first hand loop section 10 or to the webbing forming the first hand loop section 10. The lower or outer side and the upper or inner side of the second hand strap section 11 are only loosely wrapped in the overlap region 8 by the material strip 7 or the tunnel 9 formed by it. The upper side of the material strip 7 designed as a tunnel 9, which comes into contact with the user's hand, serves as a bridge on which the area of the user's hand arranged between the thumb and forefinger comes to rest when the hand strap is in use, thus offering a comfortable support surface. Thus, the strip of material 7 to a certain extent separates this area of the user's hand from the overlapping area 8 of the two hand strap sections 10, 11.
    The material strip 7 preferably comprises at least one layer of a woven and / or braided and / or foamed and / or non-woven and / or felt-like plastic material. For this purpose, preferably plastic materials such as breathable and moisture-absorbing plastic material, e.g. at least partially from polyamide, polyester, polyurethane, EVA, chloroprene rubber or combinations thereof in question, but there are also natural materials such as soft and flexible leather, or natural materials such as cotton etc. possible.
    In the embodiments shown in Figures 1-3, the hand strap 5 is adjustable in length fixed in the pole grip 1. For this purpose, the hand strap 5 has a fixing area fixed in and / or on the pole grip 1 or in the grip head 3 and an adjustable area. In this case, the fixed fastening region is defined such that it comprises an adjoining the first hand strap portion 10 end which projects into a mounted in the pole grip clamping element 13 and eccentric element and fix there, e.g. by means of a screw (not shown) is attached. The second hand strap portion 11 terminates in the adjustable region of the hand strap 5 in a guided through the adjustment of the pole handle 1 and protruding from a second recess 15 of the pole grip 1 free second end 12 of the hand strap 5. The passage through the adjustment of the pole grip 1 can, for example a transverse pin mounted below the clamping element 13 can be achieved. The recesses 14, 15 of the pole grip 1 are not shown in the figures. It would be possible under certain circumstances, depending on the design of the pole grip, that the pole grip has only one recess or that both hand strap sections open into the same recess or are guided out of it. In the present embodiment, the first, upper hand loop portion 10 opens into an upper recess of the clamping member 13, while the lower hand strap portion 11 in the below the Austrian Patent Office AT 13 394 Ul 2013-12-15
    Clamping elements 13 arranged recess 15, or in the recess 15 in which the clamping element 13 is ever taken in the pole grip 1.
    In the exemplary embodiments illustrated in FIGS. 1-3, the hand strap has both in the fixed fastening region projecting into the first recess 14 of the pole grip 1, or in the clamping element 13 mounted in the pole grip 1, and in the adjustable region of the wrist strap 5, no covering formed from the material strip 7, ie these areas 19 are each designed as a pure webbing. The uncovered by the material strip 7 adjustable range of the hand strap 5 is in the direction of the material strip 7 formed tunnel 9 in a pulling direction R or direction or direction of passage of the hand strap 5, and in the opposite direction movable or freely pulled. As a result, the length of the hand strap 5 can be adjusted or adapted to various hand sizes. In the embodiment shown in FIG. 2, the hand strap 5 or its circumference can be lengthened or its diameter can be increased when the eccentric element or clamping element 13 pivots upwards about the axis A by exerting tensile force on the hand strap 5. This means that the protruding from the second recess 15 of the handle head 3 second free end 12 of the hand strap 5 is shortened when pulling on the wrist strap 5 in favor of the wrist strap circumference. In this case, the portion 19 of the hand strap 5 uncovered by the material strip 7 is pulled further out of the overlapping area 8 or out of the tunnel 9. To reduce the circumference or diameter of the hand strap 5 must be pulled on the second free end 12, which causes an extension of the protruding from the second recess 15 second free end 12 of the webbing. The second hand strap section 11 is thereby pulled further into the overlapping region 8. The hand strap circumference is almost maximally reduced in the embodiment illustrated in FIG. 2, which can be seen at the short distance between the second hand strap section 11 covered by the material strip 7 and the user end 18 of the tunnel 9. When used by a user with an average hand size in the illustrated embodiment, the portion covered by the material strip 7 of the second hand strap portion 11 just barely in the tunnel 9, or covered by the material strip 7 portion of the second hand strap portion 11 terminates in the area in which the second hand strap section 11 enters the tunnel 9. From the tunnel 9 formed by the material strip 7, only a small section of the webbing uncovered by the material strip 7, or only a small portion of the adjustable region 19 of the hand strap 5 uncovered by the material strip 7, is shown in FIG. That is, the second free end 12 is almost maximally extended and looks in Fig. 2 from below the tunnel 9 forth.
    At the user-side end 18 of the tunnel 9 opens both adjacent to the first hand strap portion 10 fixed mounting portion in the clamping element 13 and in the first recess 14 of the pole grip 1, as well as the adjacent to the second hand strap portion 11 adjustable portion of the wrist strap. 5 In the adjustment of the pole grip 1. In the illustrated embodiment of Fig. 2 are at the junction with the grip head 3, ie at the entrance area of the two hand strap sections 10, 11 in the pole grip 1, or at the pole grip side end 17 of the tunnel 9, the respective Gurtbandabschnitte the fixed mounting portion and the adjustable portion of the wrist strap, or the two hand strap sections 10, 11 exactly above the other. Therefore, the tunnel 9 at the user-side end 18 of the tunnel 9 to a diameter which is only slightly larger than the width of the webbing in guided therein portion of the fixed mounting portion of the hand strap 5 and the adjustable portion of the hand strap 5th Fig. 3 shows seen from above substantially along the longitudinal axis S Stock the V-shaped configuration, or the conical shape of the tunnel 9. The tunnel 9 thus runs from its user-side end at an acute angle of about 10-45 degrees, preferably from about 20-30 degrees on the grip head 3 too. In other words, the tunnel 9 at its stockgriffseitigen end 17 is narrower than at its user-side end 18. Because the two hand strap sections 10, 11 at its inlet region or exit region of the grip head 3 at an acute angle (a) of about 10-45 degrees, preferably from about 20-30 degrees apart, the tunnel 9 in the entry region of the two hand strap sections 10, 11 in the pole grip 1 has a diameter d1 which essentially corresponds to the width b1 of one of the two hand strap sections 10, 11 or of the strap in the adjustable region, or is only slightly larger. This means that the diameter d1 at the stock handle-side end 17 of the tunnel 9 substantially corresponds to the entry width b1 of the first hand strap section 10 entering the pole grip on which it is fastened and preferably also the entry width b1 of the second opening below the first hand strap section 10 into the pole grip Hand strap section 11. The diameter d2 of the tunnel 9 at the user-side end 18 of the tunnel 9 corresponds substantially to at least twice the width b1 of one of the two hand strap sections 10, 11 or of the strap in the adjustable range, preferably substantially the sum of the width b2 of the hand strap 5 in the section lying between 10 and 11 16 of the hand strap 5 and the width b1 of the two hand strap sections 10, 11 and the strap in the adjustable range. In any case, both the diameter d1 of the tunnel 9 at its stock handle end 17 and the diameter d2 of the tunnel 9 at its user-side end 18 are sufficiently large that guided below the first hand strap portion 10 in the overlap region 8 and opening into the pole grip 1 second hand strap section 11th through the tunnel 9 is freely adjustable. In other words, the second hand loop portion 11 in the tunnel 9 in the direction of pull R or course direction of the hand strap 5 and in a direction opposite to the direction of pull R is displaceable thereto and displaceable in a direction transverse thereto or pivotable.
    The width of the material strip 7 lies in the lying between the first hand strap portion 10 and the second hand strap portion 11 section 16 of the wrist strap in the range of about 1.5-4 cm, preferably from about 2-3 cm. At the stock handle-side end 17 of the tunnel 9, in a plan view of the tunnel 9 from above substantially along the longitudinal axis S of the stock, the width of the material strip 7, i. the diameter d1 of the tunnel 9 in the range of about 1-2 cm. At the user-side end 18 of the tunnel 9, in a plan view of the tunnel 9 from above substantially along the pole longitudinal axis S, the width of the material strip 7, i. the diameter d2 of the tunnel 9 in the range of about 3-6 cm, preferably from about 4-5.5 cm. 3 shows a view of the wrist strap from above, essentially along the longitudinal axis of the pole. Here, too, the observer's gaze is directed towards the area 6 which comes into contact with the user's hand or onto the inside of the hand strap 5. The hand strap circumference in the exemplary embodiment depicted in FIG. 3 is smaller than that in FIG. 2 illustrated embodiment enlarged. Here, the uncovered from the material strip 7 portion 19 of the adjustable range of the hand strap 5 has a greater length than in Fig. 2. The second free end 12 is therefore shortened compared to the embodiment in Fig. 2. 9/15 Austrian Patent Office AT 13 394 Ul 2013-12-15
    REFERENCE LIST 1 stick 2 pole 3 handle head 4 handle 5 hand strap 6 area of user's hand of 5 7 strips of material 8 overlap area 9 of 7 formed tunnel 10 first hand strap section 11 second hand strap section 12 free second end of 5 13 clamping element of 3 14 first recess of 1 15 second recess of 1 16 10 to 11 lying portion of 5 17 stock handle end of 9 18 user end of 9 19 of 7 uncovered portion of 5 20a, b edge seams on top of 10 21 edge of 11, the 10th A Handle transverse axis of the clamping mechanism 'R Pulling direction of 5 S Stick longitudinal axis b1 b1 Entry width of 10, 11 in 1 b2 Width of 5 in 16 d1 Diameter of 9 at 17 d2 Diameter of 9 at 18 10/15
    权利要求:
    Claims (15)
    [1]
    Austrian Patent Office AT 13 394 Ul 2013-12-15 Claims 1. Stick handle (1), in particular for walking sticks, trekking poles, alpine skis, cross-country poles, Nordic walking poles, with a handle body (4) and a device for attaching a hand strap (5 ), comprising a strip- or band-shaped hand strap (5), wherein the hand strap (5) is adjustable in length fixed in the stick handle (1), wherein the hand strap (5) is attached at a first end in the stick handle (1), as a first hand strap portion (10) out of the stick handle (1) and forming the hand strap (5) as a relative to the stick longitudinal axis (S) below the first hand strap portion (10) guided second hand strap portion (11) below the first hand strap portion (10) again in the stick handle (1) leads in and out as a free end (12) out of the stick handle (1), wherein the hand strap (5) on at least a part of the m in use it has a covering formed by a strip of material (7) made of a layer material, the hand loop (5) coming into contact with a region of the hand lying between the thumb and forefinger Area (6) has an overlap region (8), which by overlapping the first hand strap portion (10) with the first hand strap portion (10) with respect to the circumference of the hand strap (5) opposite and underlying second hand strap portion (11) in one is formed stockgriffnahen area, characterized in that the material strip (7) in the overlap region (8) on the first hand strap portion (10) is fixed and in the overlap region (8) has a widening, which protrudes at least on one side over the first hand strap portion (10), so the material strip (7) in the overlapping region (8) at least the second The hand strap portion (11) facing edge of the first hand strap portion (10) and the first hand strap portion (10) facing edge (21) of the second hand strap portion (11) overlaps.
    [2]
    2. stick handle (1) according to claim 1, characterized in that the second hand strap portion (11) with respect to the material strip (7) is movable or displaceable.
    [3]
    3. Stick handle (1) according to one of the preceding claims, characterized in that the strip of material (7) in the overlapping region (8) is formed into a tunnel (9), in which the second hand strap portion (11) in a pulling direction (R) of Hand strap (5) and in one direction transverse to the pulling direction (R) is freely movable within certain limits, preferably formed by the material strip (7) tunnel (9) in the overlapping region (8) has a shape which the handle head (3) is formed to taper, wherein the tunnel (9) in the overlap region (8) at a stockgriffseitigen end (17) of the tunnel (9) has a smaller diameter (d1), as the diameter (d2) of the tunnel (9) on a user side End (18) of the tunnel (9).
    [4]
    4. stick handle (1) according to any one of the preceding claims, characterized in that the material strip (7) in the region of the hand between the thumb and forefinger in contact region (6) attached to an upper side of the first hand strap portion (10) is, the second hand strap portion (11) rotates and at a bottom of the first hand strap portion (10) or on a side edge of the first hand strap portion (10) is fixed again.
    [5]
    5. stick handle (1) according to any one of the preceding claims, characterized in that the material strip (7) in the overlap region (8) on the first hand strap portion (10) is sewn, preferably by means of two edge seams (20a, 20b) at the top of the first hand strap portion (10). 11/15 Austrian Patent Office AT13 394U1 2013-12-15
    [6]
    6. Stock handle (1) according to one of the preceding claims, characterized in that the material strip (7) to the pole grip (1) tapering towards and preferably from above along the floor longitudinal axis (S) is V-shaped, wherein the material strip (7) covered hand strap portions (10, 12) in the overlap region (8) at an acute angle (a) of preferably about 10-45 degrees, more preferably of about 20-30 degrees are arranged branched, so that the hand strap sections ( 10, 11) in the overlapping area covering material strip (7) is narrower at a stock handle side end of the material strip (7) than at a user-side end of the material strip (7).
    [7]
    7. Stock handle (1) according to claim 6, characterized in that the material strip (7) has at its stockgriffseitigen end a width which substantially the width of the in the entry region in the pole grip (1) from the material strip (7) covered first hand strap portion ( 10) and the width (b1) of the adjustable portion of the hand strap (5), and preferably in the range of about 1-2 cm, and that the width of the material strip (7) at its user-side end (18) substantially at least twice the width (b1) of one of the two hand strap sections (10, 11) in the adjustable range corresponds, and preferably in the range of about 3-6 cm, more preferably from about 4-5.5 cm.
    [8]
    8. Stick handle (1) according to any one of the preceding claims, characterized in that in the first recess (14) of the pole grip or in a stick handle (1) mounted clamping element (13) projecting fixed mounting portion of the wrist strap (5) and the adjustable range of the hand strap (5) without the formed from the material strip (7) are formed pad.
    [9]
    9. stick handle (1) according to any one of claims 2-8, characterized in that the covering is formed as a continuous strip of material (7), wherein the material strip (7) covered area of the second hand strap portion (11), which in the overlap region (8) terminates, in the case of use on an average sized user's hand in normal user position, in an entrance area of the second hand strap area (11) ends in the tunnel (9) and preferably just in the tunnel (9) disappears or just out of the tunnel ( 9) protrudes.
    [10]
    10. stick handle (1) according to any one of the preceding claims, characterized in that the strip of material (7) and between the first hand strap portion (10) and the second hand strap portion (11) lying portion (16) of the hand strap (5) covered, and Preferably, the entire hand-contacting area (6) of the hand strap (5) is covered, wherein the material strip (7) is preferably sewn by means of two edge seams on the hand strap (5).
    [11]
    11 stick handle (1) according to any one of the preceding claims, characterized in that the material strip (7) has an average width of about 10-40 mm, more preferably about 20-30 mm, wherein the average width is smaller than that Width of the strip of material at its user-side end and is greater than the width of the strip of material at its stock handle end, seen from above.
    [12]
    12. Stock handle (1) according to any one of the preceding claims, characterized in that the layer material of the material strip (7) is at least partially formed of a plastic material, preferably of a breathable and / or moisture-absorbing material, preferably in braided and / or woven form or formed like a felt or fleece.
    [13]
    13. Stock handle (1) according to any one of the preceding claims, characterized in that the hand strap (5) is designed as preferably low-stretch webbing, wherein the width of the material strip (7) corresponds at least to the width of the webbing covered by it, and preferably that Material strip (7) has a different color than the webbing. 12/15 Austrian Patent Office AT13 394U1 2013-12-15
    [14]
    14. Stock handle (1) according to any one of the preceding claims, characterized in that the hand strap (5) has a fixed and / or on the pole grip (1) fixing area and an adjustable range, wherein in the fixed mounting portion of the wrist strap (5) an the first hand loop portion (10) and in a first recess (14) of the pole grip (1) or in a pole grip (1) mounted clamping element (13) protruding first end of the hand strap (5) fixed to and / or in the pole grip ( 1), and wherein the second hand strap portion (11) in the adjustable region of the hand strap (5) in the guided through the adjustment of the pole handle (1) and from a second recess (15) of the pole grip (1) protruding free second end (12) of the hand strap (5) ends.
    [15]
    15. stick handle (1) according to claim 14, characterized in that the hand strap (5) in the adjustable region of the hand strap (5) and preferably also in the fixed mounting portion of the hand strap (5) at least partially a smaller width (b1) than the width (b2) the hand strap (5) in the section (16) of the hand strap (5) lying between the first hand strap section (10) and the second hand strap section (11), wherein preferably the width (b1) of the adjustable section of the hand strap (5) 5-50 mm, particularly preferably 10-30 mm, wherein preferably the width (b2) of the hand strap in the lying between the first hand strap portion (10) and the second hand strap portion (11) region (16) about 10-40 mm, more preferably about 20-30 mm. For this 2 sheets drawings 13/15
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    同族专利:
    公开号 | 公开日
    CH704813A1|2012-10-15|
    DE202012101068U1|2012-04-17|
    CH704813B1|2015-09-15|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US5758388A|1995-11-27|1998-06-02|Swix Sport As|Device for use on ski pole handles|
    DE19632718A1|1995-12-21|1997-07-03|Klaus Lenhart|Walking-stick hand-grip with adjustable loop|
    DE29906612U1|1999-04-14|2000-08-24|Lenhart Klaus|Stick handle with adjustable wrist strap|
    JP2001178862A|1999-10-13|2001-07-03|Aiwa Sangyo Kk|Mounting structure of strap|
    WO2002062434A1|2001-01-22|2002-08-15|Exel Oyj|Handgrip for a skiing, walking or skating pole and handstrap fastened to the same|
    DE20105792U1|2001-04-03|2001-05-31|Wang, Chen Lu|Grip device for a ski pole|
    WO2006084403A1|2005-02-08|2006-08-17|Lekisport Ag|Stick/pole grip|
    FR2634388B1|1988-07-21|1990-09-07|Salomon Sa|SYSTEM FOR BINDING AN ELEMENT SUCH AS A SKI STICK TO A USER'S HAND, GLOVE AND SKI STICK ACCORDING TO SUCH A SYSTEM|
    ITVI20000003U1|2000-01-18|2001-07-18|Zaltron Renato|HANDLE STRUCTURE WITH HANDRAIL PARTICOLARMENT FOR WALKING STICKS TREKKING ALPINE SKI AND BOTTOM|
    AT6848U1|2003-06-26|2004-05-25|Komperdell Sportartikel Gmbh|HANDLE FOR A STICK|
    EP1736214A1|2005-06-22|2006-12-27|One Way Sport Oy|Hand strap assembly|
    CH699566A2|2008-09-25|2010-03-31|Lekisport Ag|Stock grip.|AT519435B1|2016-12-07|2018-11-15|Atomic Austria Gmbh|Floor, in particular ski, cross-country, or hiking stick|
    CN112353447A|2020-11-03|2021-02-12|宝玛医疗科技有限公司|Handheld type of being convenient for cutting anastomat suitable for minimal access surgery|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    CH00614/11A|CH704813B1|2011-04-05|2011-04-05|Wrist strap for a pole grip.|
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