JP3095157U - Apparatus for holding shoes on sports equipment - Google Patents

Abstract

(57) Abstract: The present invention provides an apparatus for holding shoes on sports equipment. The device includes an outer flange (5), a middle flange (6), and at least one coupling member (10, 11) connecting the two flanges (5, 6).
At least one of the flanges (5, 6) is flexible or semi-rigid.

Description

[Detailed description of the device]

[0001]   The present invention relates to a device for holding shoes on sports equipment. This shoe retention is low At least by binding one transverse part of the shoe.

[0002]   Such devices include snow surf (i.e., snowboards) and snow skis. Iwamizu skiing, walking while wearing a "Kanjiki", and running a roller skate Used for.

[0003]   Prior art devices generally include first and second flanges as well as these. It includes at least one coupling member connecting the flanges to each other.

[0004]   Each flange may be either directly on the sporting tool or, alternatively, for the sporting tool. The pedestal itself is integrally connected to the tool. 1 flange holds the shoe transversely It

[0005]   Each coupling member connects the transverse portion of the shoe to the sports equipment or pedestal between the flanges. Be able to bond. During the binding process, the connecting member deforms between the flanges. Holds the torso of the shoe.

[0006]   In this way, the shoe is held directly on the sports equipment or through the pedestal. .

[0007]   This holding device can transmit the shock generated when the sports equipment is operated to the user. Wear.

[0008]   Especially in the case of sports events where the legs tilt sideways, eg snowboard Corresponds to this. Inclination of the legs to the side causes lateral deformation of the shoe upper. . Therefore, a portion of the body leans towards the flange (s), The other part leans towards the coupling member (s).

[0009]   Due to the rigid flange and the flexible coupling member, the space between the shoe retainer and the shoe upper is Rigid discontinuities appear on the contact surface. This surface is rigid to flexible To the flange, where the flange is stretched by the connecting member. In other words And while the lower part of the torso presses the hard surface embodied by the flange , The higher part in the immediate vicinity presses on the flexible surface embodied by the joining member It

[0010]   As a result, when the torso is tilted to the side, the flanges get stuck in the material to be cut. Like mugs, it tries to slip into the body. This causes lateral deformation of the body. However, the transmission of sensory information may be hindered.

[0011]   Moreover, the holding device can accommodate shoes of different sizes, especially with regard to width and length. Must be done. Each shoe is, in fact, only within the area where the coupling member acts, Its width is retained.

[0012]   The present invention, inter alia, does not cause lateral deformation of the boot torso, or at least Aiming at a holding device that hardly occurs.

[0013]   The present invention is also directed to a retaining device that improves shoe retention.

[0014]   To this end, the present invention uses an outer (lateral) flange and an inner (media) flange. A) flange and at least one connecting these outer flange and inner flange And a coupling member for securing shoes to a sports equipment.

[0015]   The retaining device according to the invention is such that at least one flange is flexible or semi-rigid. It is characterized by Due to such a structure, the contact between the holding device and the boot upper part Almost the entire surface is continuous and becomes soft or semi-rigid.

[0016]   The holding device according to the invention also comprises at least one outer and inner flange. It is characterized by being partially flexible or semi-rigid even if not at all. Such a structure According to at least one flange is at least partially flexible or semi-rigid And at least a portion of the contact surface between the retainer and the upper of the shoe. The whole is continuously flexible or semi-rigid.

[0017]   As a result, when the shoe torso leans to the side, the obstacles that try to get into the torso are There will be nothing.

[0018]   The resulting advantage is that there is some freedom in lateral deformation of the shoe torso. is there.

[0019]   Another advantage is that sensory information can be transmitted with better confidence.

[0020]   Yet another advantage is that the holding device is better adapted to the volume of the torso. This means that the shoe can be held better.

[0021]   Other features and advantages of the present invention are not limited to how the present invention can be realized. By reading the following description with reference to the accompanying drawings, which are given by way of example, You can understand it well.

[0022]   The embodiments described below relate to a device for holding shoes on a snowboard. However, it is understood that it can be applied to other sports fields as described above. I want to be done.

[0023]   A first embodiment will be described with reference to FIGS.

[0024]   As can be seen from FIG. 1, the shoe holding device 1 removes a shoe (not shown) on the plate member 2. It can be held as much as possible.

[0025]   In a known manner, the holding device 1 extends longitudinally from the rear end 3 to the front end 4. The device 1 includes an outer (lateral) flange 5 and an inner (medial) flange 6. Each of these two flanges bears the shoe substantially along the transverse direction of the holding device. .

[0026]   The device also comprises two connections between the flanges 5, 6 for releasably retaining the shoe. It has a member. According to one aspect of the invention as described below, the flange Each of 5 and 6 is flexible or semi-rigid.

[0027]   When holding the foot, the first connecting member 10 is positioned at a position near the instep and substantially at the rear part. Place. The second connecting member 11 holds the foot at the position of the metatarsal / phalangeal joint, Located in the front part.

[0028]   Of course, other than this, a large number of different coupling members may be provided.

[0029]   For example, as shown in FIG. 3, the first coupling member 10 includes a mooring portion 12 and a covering portion 12. 13 and the adjusting portion 14 are included.

[0030]   Referring to FIG. 1, the mooring portion 12 has a mooring end 15 and a free end 16. Mooring The end 15 is connected to the outer flange 5 by a first lateral mooring member. This mooring The ends are represented, for example, in the form of hinges realized with screws 17.

[0031]   A first connecting means is provided for detachably connecting the covering portion 13 to the mooring portion 12. To be This coupling means may be covered using some suitable means, for example screws. A ratchet type tightening mechanism 20 fixed to the free end side of the portion 13 is included. This first The connecting means of the housing are also suitable for the mooring part 12, from the covering part 13 to the mooring part 12. It has a series of interdigitated teeth 22. This tooth 22 extends from the free end 16 to the hinge 17. It can be distributed to near.

[0032]   By moving the lever 23 of the tightening mechanism 20, the lever 23 is moved toward the inner side flange 6. The free ends 16 can be brought closer together and the coupling member 10 can be tightened. Also, the tightening By acting on the button 24 of the mechanism 20, the coupling member 10 is loosened, Alternatively, the tightening mechanism can be opened. In the latter case, the covering part 13 and the mooring part 12 is separated.

[0033]   Of course, devise other means for connecting the covering part 13 to the mooring part 12. Good.

[0034]   Then, as can be seen in FIG. 2, the covering part 13 is represented by a hinge 25 in the form of a hand. It is integrally connected to the adjusting portion 14 by a step.

[0035]   Finally, as can be seen in FIG. 3, the adjusting part 14 is a hand represented in the form of a hinge 26. It is integrally connected to the inner side flange 6 by a step.

[0036]   For example, referring to FIG. 1, the second coupling member 11 itself has a mooring portion 30 and a cover portion. Minutes 31 and.

[0037]   The mooring portion 30 is connected to the outer flange by an integral connecting means represented in the form of a hinge 32. 5 is integrally connected.

Similar to the first coupling member, the mooring portion 30 through the cover portion Removable coupling means up to 31 are provided. This connecting means further comprises the cover Suitable for ratchet type tightening mechanism 33 fixed to the part 31 and the mooring part 30 It has a series of tooth portions 34.

[0039]   The ratchet type tightening mechanism 33 also has a tightening lever 35 and a loosening (or opening) lever. ) Button 36).

[0040]   Of course, other structures may be provided for the connecting means. Similarly, each The coupling members 10 and 11 may have another structure.

[0041]   According to another aspect of the present invention, the cover portion 31 of the second coupling member 11 includes the inner flap. A single member is formed with the flange 6. The cover member 31 extends in the transverse direction of the inner flange 6. It is also a department.

[0042]   Therefore, from the covering portion 31 to the inner side flange 6, the conventional terminology is used. There is no mooring part in the meaning.

[0043]   Similarly, the cover portion 13 of the first coupling member 10 forms a single member with the inner flange 6. May be formed.

According to another aspect of the invention, the inner flange 6 is flexible or Is semi-rigid. The outer flange 5 is also flexible or semi-rigid. this thing Means that when the flange itself is folded, it can be folded in a mutually invertible manner It

[0045]   The inner flange 6 and the outer flange 5 are also almost inextensible. Both francs The jig hardly stretches even if it receives tensile stress while manipulating the plate member. Also both Even if a person receives a compressive stress while manipulating the plate member, it is hardly compressed.

[0046]   Therefore, the flanges 5 and 6 do not interfere with the shoe torso when it leans to the side. Relatedly, it deforms in the transverse direction.

[0047]   Of course, these coupling members 10 and 11 are also relatively flexible or semi-rigid. It

[0048]   As a result, the holding device 1 has transverse flexibility, which flexibility To ensure proper shoe retention and good shoe retention become. The lateral retention of the shoe during steering of the plate members is also good.

[0049]   Each of the flanges 5 and 6 is, for example, a pedestal (a pedestal or a base) as will be described later. Reversibly connected to the plate member 2 using a base plate 40.

[0050]   The outer flange 5 is lengthened via a lateral extension 4 which is directed towards the inner flange 6. Growing fast. Similarly, the inner flange 6 is oriented toward the outer flange 5, It extends long through the side extension 42.

[0051]   Each of the extensions 41, 42 and its respective flange 5, 6 is a single member (monobloc). Form a lock). Each extension when it is held by the holding device 1 , At least partially extending below the pedestal and shoes. The extensions 41 and 42 are respectively , Preferably in the same plane, and compared with each other on the plate member using the pedestal 40 Held in a fixed position.

[0052]   To do this, the pedestal 40 includes an outer longitudinal groove 43 and an inner longitudinal groove 44. And these grooves respectively receive an outer extension 41 and a middle extension 42. It Each of the groove portions 43, 44 extends in the transverse direction when the pedestal is held by the plate member. Communication toward the plate member 2. However, these grooves 43, 44 cross It may be possible to communicate only with the direction.

[0053]   The outer extension part 41 and the middle extension part 42 are glued and / or glued into the respective groove parts 43 and 44. It can be removed using a holding means such as a set of rivets or rivets, a clamp, Or it is held irremovably.

[0054]   Then, the legs protruding from the core portion 45 of the pedestal 40 hold the pedestal on the plate member. Be held.

[0055]   For example, the outer front leg portion 50, the middle front leg portion 51, the middle rear leg portion 52, and the outer rear leg portion The part 53 may be provided.

[0056]   As can be seen from FIG. 2, the outer front leg part 50 and the middle front leg part 51 are respectively The outer front slit 54 and the inner front slit 5 of the outer flange 5 and the inner flange 6 Go through 5.

[0057]   Similarly, as can be seen from FIG. 3, the middle rear leg portion 52 and the outer rear leg portion 53 are The middle rear slit 56 and the outer rear slit 5 of the middle flange 6 and the outer flange 5, respectively. Go through the lit 57.

[0058]   In this way, each of the legs 50, 51, 52, 53 is And project in the transverse direction.

[0059]   Each of the legs 50, 51, 52, 53 is an integral connecting means represented in the form of a screw 60. Is integrally connected to the plate member 2. Therefore, the holding device 1 is held on the plate member 2. Be held.

[0060]   Of course, any other means for mooring the flanges 5, 6 may be devised. Karou. For example, screw each outer extension or inner extension, glue, rivet Alternatively, the plate member may be directly connected to the plate member by a means such as a fastening. The extensions face each other The directions may be intimate or opposite to each other.

[0061]   As can be seen clearly in FIG. 1, the first coupling member 10 has a rear leg portion 52 and a rear leg portion 53. In place.

[0062]   Referring to FIG. 3, the hinge 17 of the mooring portion 12 is near the outer hind legs 53. . The hinge 26 of the adjustment portion 14 is near the medial hind leg 52.

[0063]   Similarly, as best seen in FIG. 1, the second coupling member 11 is substantially a front leg 50, It is in place 51.

[0064]   Referring to FIG. 2, the hinge 32 of the mooring portion 30 is near the outer front leg 50. . The covering portion 31 is joined to the middle flange 6 at a position of the middle front leg portion 51.

[0065]   For each of the coupling members 10 and 11, the connection to the legs 50, 51, 52 and 53 is performed. These positions are set so that the steering stress between the connecting members 10 and 11 and the plate member 2 is more linear. Enables a direct transition. As a result, more accurate control of the plate members can be performed, and sensory information Better transmission of is possible.

[0066]   As can be seen from FIG. 3, as a supplementary method, the holding device 1 is provided on the lower leg of the user. A rear bearing element 61 for receiving the.

[0067]   The rear bearing element 61 comprises two hinges (one outer hinge 62, the other middle hinge). Connected to the outer flange 5 and the inner flange 6 by means of the form 63). . Each hinge 62, 63 is oriented transversely to the holding device 1, whereby The rear bearing element 61 can be tilted towards the pedestal 40 for storage.

[0068]   A stop means for limiting the clearance behind the bearing element 61. Is provided.

[0069]   As best shown in FIG. 1, this stop means may be, for example, an outer tie beam 65 and a middle tie beam 65. It includes a central cable 64 connected to two tie beams of the side tie beam 66. During ~ The central cable 64 orbits the rear bearing element 61.

[0070]   These tie beams 65, 66 are, for example, outer end pieces 70 and / or Is connected to the cable 64 using the middle end piece 71. Each end The screws 70 and 71 are relative to one end of the cable 64 and the fixed ends of the tie beams 65 and 66. Means for adjusting the position may be provided.

[0071]   Each tie beam 65, 66 is connected between the coupling members 10, 11, respectively. It is integrally connected to the outer flange 5 or the inner flange 6 by means.

[0072]   Of course, even if the connecting point of the tie beams 65 and 66 is other than this, Good. For example, it may be provided on the flanges 5, 6 in front of the second coupling member 11. It may be provided on the chair or the pedestal 40, and also on the plate member.

[0073]   As shown in FIG. 3, the guide member 72 includes a cable 64 around the rear bearing element 61. Define a passage for.

[0074]   When the user leans the lower part of the leg backward, the cable 64 and the tie beam 65 are placed. , 66 are in tension, which limits the rearward tilting of the bearing element 61. It

[0075]   The hinges 62, 63 of the rear bearing element 61 are near the rear legs 52, 53, and Since the mooring points of Thai beams 65 and 66 are near the front legs 50 and 51, sensory information Are transmitted directly from the rear bearing element 61 to the plate member 2.

[0076]   The present invention is a general procedure for a variety of materials and implementations known to those skilled in the art. It is realized by

[0077]   In particular, the flanges 5, 6 and the covering portion 31 of the second coupling member 11 are flexible or semi-finished. Hard plastic material, or woven or leather layers, or of these materials Made in combination.

[0078]   The pedestal 40 can be made of a rigid, semi-rigid or flexible material. But Naga Et al., These materials are nearly non-extendable in tension and compression.

[0079]   The second embodiment will be described below with reference to FIGS.

[0080]   The holding device 80 can detachably hold the shoe 81.

[0081]   As shown in FIG. 4, the holding device 80 is formed by a known method from the rear end portion 83 to the front end portion. Includes a pedestal 82 extending longitudinally up to 84.

[0082]   The pedestal 82 is provided on an upper surface 85 provided below the shoe sole and on a sliding board 87. A lower surface 86.

[0083]   The pedestal 82 is a plate member 8 formed by means of a disk 88 and screws 89. 7 detachably retained. The disc 88 is a holding device for the plate member 87. Be able to adjust the position of 80.

[0084]   Of course, other means may be devised for holding the pedestal.

[0085]   The retaining device 80 also includes an outer flange 90 and a middle flange 91, each of The flange extends the pedestal 82 upward. The inner flange 91 has the foot portion of the device. It is where the thumb is located immediately adjacent to it when it is retained inside. For example, The holding device is provided to receive the right foot.

[0086]   Each of the flanges extends from the rear end portion 83 to the front end portion 84 over substantially the entire length of the pedestal 82. It is preferable to extend to.

[0087]   As better shown in FIGS. 5 and 6, the pedestal 82 and flanges 90, 91 It constitutes a base, whose U-shaped cross section enables the outer retention of the shoe.

[0088]   Outer inner surface 92 and inner inner surface 93 (outer flange 90 and inner flange 91, respectively) Corresponds to the distance between the flanges 90 and 91.

[0089]   The outer flange 90 and the inner flange 91 each serve to determine the heel position of the shoe. Outer side connected to each other toward the rear of the assembly 81 by a conspicuous arcuate portion 96 An outer portion 94 and a middle outer portion 95 are included.

[0090]   The pedestal 82, the outer outer portion 94, the inner outer portion 95, and the arcuate portion 96 are, for example, For example, it is represented by the shape of a single molded member (monoblock) made of a hard material. This pedestal Is a plastic material, metal material, or Or made of other materials.

[0091]   However, the outer portions 94, 95 and / or the arcuate portion may be screwed, glued It may be a fitting member by some means such as a bracket or a clip.

[0092]   Also, the position of the arcuate portion with respect to the pedestal may be adjustable.

[0093]   The retaining device 80 also includes an outer flange 90 and a middle flange above the pedestal 82. There is provided a means for holding shoes between 91 and 91.

[0094]   The retaining means each connect the outer flange 90 and the inner flange 91 to each other. It is represented in the form of two coupling members 100, 101.

[0095]   Each of the coupling members 100, 101 is capable of passing or holding shoes. To do so, they can be opened and closed alternately. Furthermore, each conclusion The mating members 100, 101 can be pulled to some extent to adjust the tightness of the shoe. You can

[0096]   Of course, many different coupling members could be devised.

[0097]   Furthermore, for the retaining means, a separate locking mechanism, for example of a shoe connected to the pedestal, is used. May I devise the structure of. In this case, this other mechanism is shared with the shoe hook means. Established to work.

[0098]   As a complementary measure, the posterior bearing element 102 allows posterior bearing of the lower leg. This rear bearing element 102 is provided with a flange, for example by a hinge of the transverse axis 103. It is connected to the pedestal 82 via 90 and 91. The hinge is forward of the rear bearing element. Allows tilting. This facilitates storage of the holding assembly 1.

[0099]   According to the present invention, at least one of the outer flange 90 and the inner flange 91 is One is at least partially flexible or semi-rigid.

[0100]   According to the second embodiment, at least the outer flange 90 and the inner flange 91 are The other one is defined by the outer cushion member or the inner cushion member. .

[0101]   In such a case, the outer cushion member 110 is located inside the outer flange 90. Defining the surface 92, and the inner cushion member 111 is the inner surface of the inner flange 91. Define 93. This allows the shoe 81 to have a good lateral direction between the flanges 90 and 91. Can be fixed. The outer cushion member 110 and the inner cushion member 111 are It can be deformed to correct irregularities in the surface or width of the shoe 81.

[0102]   Each of the cushion members 110 and 111 moves upward in the direction away from the pedestal 82. Extending outwardly beyond the outer outer portion 94 and the inner outer portion 95 of the flanges 90, 91. Preferably. As a result, the contact state between the shoe 81 and the holding device 80 is to some extent. Ensure continuity of. The shoe 81 is still supported on a flexible surface and has a holding device 80. Is open or closed. The coupling members 100, 101 are tightened And the outer cushion member 110 and the inner cushion member 111 respectively push the shoe 81. Guessed. The advantage of this is that the transverse deformation of the shoe 81 is better. It is to proceed.

[0103]   One of the outer cushion member 110 and the inner cushion member 111 is higher than the other. It may be in a position. Of these two cushion members, The cushion member that covers the upper part of the shoe more. The cushion member is combined with the shoe 81. It is sandwiched between the members 100 and 101, so that the shoe body for the cushion member. The friction of the parts is reduced and even disappears. The shoe body is held by the cushion member 110. , 111 is improved on the higher side. According to the type suitable for operating the plate member 87 The cushion member may also be higher on the outside, or on the inside. .

[0104]   Each of the cushion members 110, 111 is alternatively considered to be a single elongated member Or juxtaposed along the flanges 90, 91 or spaced apart. It must be considered as a multi-member assembly that can be worn. Which structure Whatever it is, the cushioning member has a cushioning effect.

[0105]   Each cushion member 110, 111 preferably has a generally rectangular cross section. Yes. This simplifies mass production of the cushion member. However, other The cross-section has a surface shape, in particular, a protrusion and / or a depression on the side that contacts the shoe 81. May be.

[0106]   According to the second embodiment of the present invention, a central cushion member 112 may be provided. It is possible. The central cushion member extends from the outer flange 90 to the middle flan. Crosswise to the end 91 and from approximately the rear end 83 to the front end 84 of the holding device 8 It extends in the longitudinal direction of 0. The central cushion member 112 may be the entire pedestal 82 or A part of the shoe is covered to receive the sole 81. The central cushion member 112 is , It works to loosen the bearing between the shoe 81 and the pedestal 82.

[0107]   As shown, an outer cushion member 110, a central cushion member 112, The inner cushion member 111 is a single molded body (monobub) called a “jacket”. Rock) 113. However, using a few members You may make it.

[0108]   The outer cushion member 110, the central cushion member 112, and the middle cushion. It is preferable that each of the connecting members 111 has a substantially constant thickness. Will be easier.

[0109]   As shown more clearly in FIG. 4, the opening 114 in the central cushion member 112 is Allow access to disk 88. As a result, the central cushion member 112 The holding device 8 for the plate member 87 does not move the ruby or the jacket 113. Make the 0 position adjustable.

[0110]   Of course, the opening may not be provided.

[0111]   Jacket 113 on pedestal 82 and outer outer portion 94 of flanges 90, 91. And to hold onto the inner outer part 95, fitting, sizing, screwing, riveting. It may be carried out by various means such as for example or a combination of these various means.

[0112]   The jacket 113 is made of a flexible material such as rubber, silicone or polyamide. preferable.

[0113]   Also, the jacket 113 is preferably made as a single molded member, but different materials are used. It may be composed of a plurality of layers of materials.

[0114]   Of course, the flexibility of the jacket 113 is relative. Flexible here The sex means that the support of the shoe upper part with respect to the flanges 90 and 91 is controlled while the plate member is being operated. , Which induces reversible deformation in the jacket 113, whereas the flange 90, It is necessary to understand that the outer parts 94 and 95 of 91 indicate properties that hardly deform. There is.

[0115]   The deformation of the jacket 113 allows the shoe torso to be supported on the surface of the plate member, It has more regular mechanical properties, especially with regard to flexibility. Therefore, The pressing force exerted on the body of the shoe is distributed over a larger area of the body of the shoe. . This reduces stress.

[0116]   As a result, wear on the torso is minimal if not at all.

[0117]   Of course, this is related to the retention of shoes and the unique features of the jacket 113. The outer cushions that are valid and The cushion member 110, the middle cushion member 111, or the central cushion member. It is still effective.

[0118]   A third embodiment of the present invention will be described with reference to FIGS. 7 and 8.

[0119]   For convenience, the differences from the first embodiment will be clarified.

[0120]   According to a third known embodiment, the holding device 120 comprises a rear end 122. And the front end 123 in the longitudinal direction, and the outer (lateral) flange 124 and the middle. It extends transversely to the side (medial) flange 125.

According to the present invention, the outer cushion member 130 includes an outer flange. The outer inner surface 131 of the gage 124, and the inner cushion member 132 defines the inner flap. The inner surface 133 of the flange 125 is fixed.

[0122]   The central cushion member 134 includes an outer cushion member 130 as well as an inner cushion member. A single molded member (monoblock) is formed together with the support member 132.

[0123]   The features of the third embodiment of the present invention are as follows.

[0124]   At least one of the outer cushion member 130 and the inner cushion member 132 is acceptable. It has a variable height h, which is equal to the height of the central cushion member 134 and both cushion members. Measured along the vertical direction to the pedestal 121 between the tops of 130 and 132. It In this case, the height h is more toward the rear end 122 than toward the front end 123. Is high. This provides better relief of transverse bondage just above the lower leg. You can

[0125]   The central cushion member 134 has a variable thickness. Rear end 135 and front end 136 Is thicker than the central portion 137. In this case, the rear end 135 and the front end The portion 136 projects in a direction away from the pedestal 121, as compared with the central portion 137.

[0126]   Of course, it is also possible to project only the both end portions 135 and 136. I Even in the case of deviation, the central cushion member 134 is held by the plate member due to the protrusion. The ends of the shoes are spaced apart. This on the one hand avoids the friction of the shoes in the snow and the other On the other hand, since the transmission of impact is more direct, the impact increases when manipulating the plate member. To do.

[0127]   A fourth embodiment of the present invention will be described with reference to FIG.

[0128]   Again, only the differences from the other embodiments will be clarified.

[0129]   According to a fourth embodiment of the known method, the holding device 140 is arranged outside (later). Extending in the transverse direction between the flange 142 and the inner (medial) flange 143. It has a pedestal 141 that does.

[0130]   According to the present invention, the outer cushion member 150 includes the outer inner surface of the outer flange 142. At least partially, and the inner cushion member 152 includes the inner flange 1 An inner medial surface 153 of 43 is at least partially defined.

[0131]   Each cushion member 150, 152 has an outer flange 142 or an inner flange 1. 43. This means that, for example, each cushion member 150, 152 Outer notch 15 in outer outer portion 155 of outer flange 142 at least partially 4 inside, or the inside cut of the inside outer portion 157 of the inside flange 143. It means to be accommodated in the recess 156.

[0132]   Of course, the cushion members 150 and 152 are incorporated into the flanges 142 and 143. Other methods for removing may be devised.

[0133]   In either case, a central cushion member is provided between the flanges 142 and 143. The central cushion member may include an outer cushion 150 as well as an inner cushion. May or may not be formed into a single molded body with the assembly 152. Good.

[0134]   In all cases, the invention is realized according to materials and practiced techniques known to those skilled in the art. To be done.

[0135]   Of course, the present invention is not limited to the embodiments described above. , Including all equivalent technologies within the scope stated in the initial utility model registration claim Of.

[0136]   Particularly in the first embodiment, the outer extension 41 of the flanges 5 and 6 and the inner side Extensions 42 are joined to form a single member.

[0137]   The first coupling member 10, like the second coupling member 11, is united with the flange. You may have the part which forms the member of.

[0138]   On the contrary, the second coupling member 11 is connected to the flange by some means such as a hinge. It may have a bound covering part.

[0139]   The mooring parts of these coupling members may be connected to the inner flange 6, and the cover part The minute or adjusting part may be connected to the outer flange 5.

[0140]   The holding device 1 may also be transversely separated between the coupling members 10, 11. Yes. In this case, the holding device is formed of a front part and a rear part. The front part is the front leg A front coupling member, two half flanges, and in some cases a front half pedestal and a rear And a mooring point of a stop means of the support element. The rear part is the rear leg and the rear connecting member Two half-flange and possibly rear half-pedestal and rear bearing element integral And the connection point.

The flanges 5, 6 and / or the extension parts 41, 42 are examples For example, gluing, seaming, or riveting at least partially 1 Alternatively, it may be covered with a layer composed of a plurality of fibrous materials.

[0142]   Another example of the retaining device is, again, an intermediate cushion member or a lateral cushion. Or a combination of an intermediate cushion member and a side cushion member You may.

[0143]   The holding device does not include a pedestal. In this case, each flange is fixed directly to the plate member. It

[0144]   For each of the retaining devices in the above-described embodiments, the outer flange and the inner side At least one of the flanges is made of multiple materials. However, the outer flan At least one of the flange and inner flange may be made of a single material Yes.

[Brief description of drawings]

FIG. 1 is a perspective view of a holding device according to a first embodiment of the present invention.

2 is a front view of the device of FIG. 1. FIG.

FIG. 3 is a rear view of the device of FIG.

FIG. 4 is a perspective view of a holding device according to a second embodiment of the present invention.

FIG. 5 is a view when the connecting member of the holding means is in an open state,
FIG. 5 is a sectional view taken along the line VV in FIG. 4.

FIG. 6 shows the case where the connecting member of the holding means is in the closed state,
FIG. 6 is a sectional view similar to FIG. 5.

FIG. 7 is a perspective view of a holding device according to a third embodiment of the present invention.

FIG. 8 is a sectional view taken along line VIII-VIII in FIG.

9 shows a holding device according to a fourth embodiment of the invention, FIG.
It is a sectional view similar to FIG.

[Explanation of symbols]

1, 80, 120, 140 ... Shoe holding device 2, 81 ..... Sports equipment 5, 90, 124, 142 ... Outer flange 6, 91, 125, 143 ... Middle side (or center) flange 10, 11, 100, 101 ... Coupling member 12, 30 ... mooring portion 13, 31 ... Member 40, 82, 121, 141 ·· Pedestal (base or base plate) 41, 42 ··· Extension member 43, 44 ··· Groove portion 45・ ・ ・ ・ ・ ・ ・ ・ Core 50, 51, 52, 53 ・ ・ ・ ・ Leg 61 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Rear support element 81 ・ ・ ・ ・······················· Discs 91, 93, 131, 151 ··· Inner surface 9 Outer outer portion 95 ... Middle outer portion 110, 130, 150 ... Outer inner surface 111, 132, 152 .... Middle side (or center) cushion members 112, 134 ..... central cushion member 135 ..... rear end portion 136.・ ・ ・ ・ ・ ・ Front end 137 ・ ・ ・ ・ ・ ・ ・ ・ ・ Central part

Claims (32)

[Scope of utility model registration request] 1. An outer flange (5), a middle flange (6) and at least one coupling member (10, 1) connecting said outer flange (5) to said middle flange (6).
A shoe holding device (1) for a sports equipment (2) including 1), characterized in that at least one of said flanges (5, 6) is flexible or semi-rigid. 2. The shoe holding device according to claim 1, wherein the outer flange (5) and the inner flange (6) are flexible or semi-rigid. 3. The flanges (5, 6) are connected to the spokes.
Shoe holding device according to claim 1 or 2, characterized in that it comprises a pedestal (40) for an integral connection to the tool (2). 4. The flanges (5, 6) are extended by extension members (41, 42) housed in longitudinal grooves (43, 44) of the pedestal (40). The shoe holding device described in 1. 5. The groove (43, 44) of claim 4, wherein when the pedestal (40) is held by a sports tool, the grooves (43, 44) communicate laterally with the tool. Shoe holding device. 6. The shoe holding device according to claim 4, wherein each of the extending members (41, 42) is held in the groove (43, 44) by a holding means. 7. Holding legs (50, 51, 52, 53)
From the core of the pedestal (40), the coupling member (10, 11) is substantially the holding leg (50, 51,
52, 53), The shoe holding device according to any one of claims 3 to 6, wherein 8. The flange (5, 6) is extended by a stretch member (41, 42), the stretch members being joined together to form a single member. 2. The shoe holding device according to item 2. 9. The flanges (5, 6) are connected to the spokes.
Shoe holding device according to claim 1 or 2, characterized in that it comprises means for a direct integral connection to the tool (2). 10. The shoe holding device according to claim 1, wherein each of the flanges (5, 6) is substantially inextensible. 11. The flanges (5, 6) and / or the stretching members (41, 42) are at least partially covered with one or more layers of fibrous material. The shoe holding device according to any one of 1. 12. At least one of the coupling members (10, 11) has a covering part (31) forming a unitary part with the flanges (5, 6), according to one of the preceding claims. The shoe holding device according to item 1. 13. The coupling member (10, 11) has a cover part (13) integrally connected to the adjusting part (14), said adjusting part (14) being integrally connected to the flange (6). The shoe holding device according to any one of claims 1 to 12, which is characterized. 14. At least one coupling member (10, 1)
1) from the covering portion (13, 31) to the mooring portion (1
2, 30) including removable connecting means, said mooring part (12, 30) being integrally connected to one of said flanges (5, 6) and said covering part being another flange (5,
The shoe holding device according to any one of claims 1 to 13, which is integrally connected to 6). 15. Shoe holding device according to any one of the preceding claims, characterized in that it comprises a rear support member (61) and a stop means for limiting the rear clearance of the support member. 16. Outer flanges (90, 124, 14)
2), the inner flange (91, 125, 143) and at least one coupling member (100, 101) connecting the outer flange (90, 124, 142) to the inner flange (91, 125, 143). Holding device for holding the shoe (81) on the sports equipment (87), including at least the outer flange (90, 124, 142) and the inner flange (91, 125, 143). Device for holding shoes (81), characterized in that one is at least partially flexible or semi-rigid. 17. The outer flange (90, 124, 1)
42) and the inner flange (91, 125, 143) at least one of which is made of a single material.
0). 18. The outer flanges (90, 124, 1)
42) and the inner flange (91, 125, 143) at least one of which is made of a plurality of materials.
0). 19. The outer flanges (90, 124, 1)
42) and at least one inner surface (92, 93, 131, 133, 1 of the inner flange (91, 125, 143).
51, 153) are the outer cushion members (110, 13).
0, 150) or the inner cushion member (111, 1)
Shoe retention device (80,80) according to claim 16,17 or 18, characterized in that it is defined by 32,152).
120, 140). 20. Outer cushion members (110, 13)
0, 150) is the outer flange (90, 124, 14)
2) defining the outer inner surface (92, 131, 152) and the inner cushion member (111, 132, 15).
Shoe retention device (80, 12) according to claim 19, characterized in that 2) defines an inner medial surface (93, 133, 153) of the inner flange (91, 125, 143).
0). 21. Outer cushion member (110, 13)
0) and / or the inner cushion member (111, 13)
2) at least one of the flanges (90, 91,
Shoe retention device (8) according to claim 19 or 20, characterized in that it extends upwards beyond the outer outer part (94) and / or the inner outer part (95) of the 124, 125).
0, 120). 22. Outer cushion member (110, 13)
0, 150) and the inner cushion member (111, 13)
Shoe retention device (8) according to claim 19, 20 or 21, characterized in that one of the two (152, 152) is higher than the other.
0, 120, 140). 23. Outer cushion member (110, 13)
0, 150) and the inner cushion member (111, 13)
Shoe holding device (80, 120, 140) according to any one of claims 19 to 22, characterized in that one of the two (152, 152) has a variable height (h). 24. The outer cushion member (110, 1)
30 and 150) and / or the height (h) of the inner cushion member (111, 132, 152) is higher towards the rear.
Shoe holding device (80, 120, 1) according to any one of 3
40). 25. The outer cushion member (110, 1)
30 and 150) and / or at least one of the inner cushion members (111, 132, 152) has a substantially constant thickness.
Shoe holding device (80, 120, 14) according to any one of
0). 26. A pedestal (82, 121, 141) is included, wherein the outer flange (90, 124, 141) and the inner flange (91, 125, 143) are above the pedestal (82, 121, 141). Shoe retention device (80, 120, 140) according to any one of claims 16 to 25, characterized in that it extends towards. 27. A central cushion member (11) covering at least a portion of the pedestal (82, 121, 141).
2,134) according to any one of claims 19-26.
140). 28. The outer cushion member (110, 1)
30, 150), the central cushion member (112,
134), and the inner cushion members (111, 1)
Shoe holding device (80, 120, 14) according to claim 27, characterized in that 32, 152) form a single piece.
0). 29. The central cushion member (112,
An opening (114) that allows 134) to reach the holding disc (88) of the pedestal (82, 121, 141).
Shoe holding device (80, 120, 140) according to claim 27 or 28, characterized in that it comprises: 30. The central cushion member (112,
At least one of a rear end (135) and a front end (136) of said (134) is thicker than its central portion (137) and said rear end (135) and / or front end (136) is said pedestal (82). , 121) protruding in a direction away from the shoe holding device (80, 120, 140) according to claim 27, 28 or 29. 31. The outer flanges (90, 124, 1)
42) and the inner flanges (91, 125, 14
Shoe holding device (80, 120, 140) according to any one of claims 16 to 30, characterized in that the 3) are connected to each other by an arcuate member (96). 32. The outer cushion member (150) and the middle cushion member (152) are integrally incorporated into the outer flange (142) or the middle flange (143). Item 23. The shoe holding device (80, 120,
140).