TWI728519B - Quick release module for shoes and snowboard device with quick release module for shoes - Google Patents

Abstract

A snowboard device includes a snowboard, a quick release module for shoes fixed on the snowboard, and a fixer fixed on the quick release module for shoes. The quick release module for shoes includes a base, a connecting piece, and an insertion unit. The base defines a combining slot. The connecting piece is detachably arranged in the connecting slot. The insertion unit includes an insertion part penetrating through the base and an elastic part. The inserting piece can be moved and inserted into the base, so that the coupling piece remains fixed relative to the base. The elastic member keeps the inserting member in a tendency to be inserted into the base. In the present invention, the movement of the inserting member enables the coupling member to be quickly installed on the base or detached from the base, thereby improving convenience.

Description

Quick release module for shoes and snowboard device with quick release module for shoes

The invention relates to a ski product, in particular to a quick-release module for shoes and a snowboard device with the quick-release module for shoes.

Referring to FIG. 1, when a snowboard 91 is used for skiing activities, two fixing devices 92 are used to fix the snowboard 91. Each holder has a strap 921 suitable for binding the boots worn by the user. If you want to walk away from the snowboard 91, you must loosen or pull off the straps 921 on the anchors 92 to separate the worn boots from the anchors. However, when skiing, it is often necessary to put on and take off the boots, and the strap 921 must be loosened or tightened whenever the boots are to be put on and taken off. As a result, the user experience will be poor and cause inconvenience.

Therefore, the object of the present invention is to provide a quick-release module for shoes that can be quickly removed and installed and a snowboard device with the quick-release module for shoes.

Therefore, the quick release module for shoes of the present invention includes a base, a connecting piece, and an insertion unit.

The base includes a first vertical wall, a second vertical wall spaced apart from the first vertical wall along a first axial direction, and a first connecting wall connected between the first vertical wall and the second vertical wall. The first vertical wall, the second vertical wall and the first connecting wall jointly define a combining slot. The first vertical wall has a through hole penetrating along the first axial direction. The coupling member is detachably arranged in the coupling slot, and includes a perforated insertion portion adjacent to the first vertical wall.

The insertion unit includes an insertion member extending along the first axial direction and penetrating through the first vertical wall, and an elastic member. The inserting piece can move relative to the inserting part between a combined position inserted into the inserting part and a removal position away from the inserting part. The elastic member keeps the inserting member constantly moving toward the coupling position, thereby keeping the coupling member fixed relative to the base.

The snowboard device of the present invention includes at least one quick release module for shoes as described above. The snowboard device also includes at least one fixer fixed to the coupling member of the at least one shoe quick-release module, and a snowboard for fixing the base of the at least one shoe quick-release module.

The effect of the present invention is that by the movement of the inserting piece, the coupling piece can be quickly installed on the base or detached from the base, thereby improving convenience.

1: Snowboard

2: Quick release module for shoes

3: Fixer

4: pedestal

41: The first wall

411: piercing

42: The second vertical wall

43: The Third Vertical Wall

431: Perforation

44: The first connecting wall

45: second connecting wall

46: positioning bump

47: Support

48: positioning hole

5: Combination

51: Board body

52: Insertion part

521: Insert hole

53: Positioning Department

531: first positioning segment

532: second positioning segment

54: Extension bump

6: Insert the unit

61: Insert

611: head

612: Shaft

613: pull ring

614: limit segment

615: Insert segment

616: Conflict

617: slant

62: Elastic

D1: first axis

D2: second axis

S1: Combine slots

S2: Flexible slot

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a schematic diagram of two existing fixtures fixed on a snowboard; 2 is a schematic diagram of an assembly of an embodiment of the snowboard device of the present invention; FIG. 3 is a three-dimensional assembly view of a quick release module for shoes of this embodiment; FIG. 4 is a quick release mold for shoes of this embodiment A three-dimensional exploded view of the group; Figure 5 is a top view of a base of this embodiment; Figure 6 is a bottom view of a coupling member of this embodiment; Figure 7 is a right side view of an insert of this embodiment Figure 8 is a right side view of the embodiment, illustrating an insert in a combined position; and Figure 9 is another right side view of the embodiment, illustrating the insert in a removal position.

Referring to Figures 2, 3 and 4, an embodiment of the snowboard device of the present invention includes a snowboard 1, a shoe quick release module 2 fixed on the snowboard 1, and a quick release module 2 fixed on the shoe Remove the holder 3 of the module 2. The shoe quick release module 2 includes a base 4, a coupling member 5, and an insertion unit 6.

It should be noted that in this embodiment, "one" shoe quick release module 2 and "one" fixed to the shoe quick release module 2 are installed on the "one" snowboard 1. The quantity combination of, but in fact the quantity combination can be changed according to demand, for example: install two shoe quick release modules 2 on a snowboard 1 and two fixed to these shoe quick release modules respectively 2, or install a shoe quick release module 2 and a shoe fast release module 2 on the two snowboards 1. 3. Therefore, the combination of numbers here is only for convenience of description and should not be regarded as a limitation of the present invention.

4, 5 and 8, the base 4 includes a first vertical wall 41, a second vertical wall 42 spaced apart from the first vertical wall 41 along a first axial direction D1, and a second vertical wall 42 spaced apart from the first vertical wall 41 A third vertical wall 43 spaced apart along the first axial direction D1 and disposed on a side opposite to the second vertical wall 42, a first connecting wall 44 connected between the first vertical wall 41 and the second vertical wall 42 , A second connecting wall 45 connected between the first vertical wall 41 and the third vertical wall 43, a plurality of positioning protrusions 46, a supporting member 47, and a positioning hole 48. The first vertical wall 41, the second vertical wall 42 and the first connecting wall 44 jointly define a coupling slot S1 with an upward opening. The first vertical wall 41, the third vertical wall 43 and the second connecting wall 45 jointly define an elastic slot S2 with an opening facing downward. The first vertical wall 41 has a through hole 411 penetrating along the first axial direction D1. The third vertical wall 43 has a through hole 431 penetrating along the first axial direction D1. The positioning protrusions 46 extend upward from the first connecting wall 44. The supporting member 47 is fixed to the first connecting wall 44 and extends upward from the first connecting wall 44 and has elasticity. The positioning hole 48 is disposed at the junction of the second vertical wall 42 and the first connecting wall 44.

4, 6 and 8, the coupling member 5 is detachably disposed in the coupling slot S1, and includes a plate body 51 extending along the first axial direction D1, and a plate body 51 connected to the plate body 51 adjacent to An insertion portion 52 extending downwards at one end of the first vertical wall 41, a positioning portion 53 connected to an end of the board 51 adjacent to the second vertical wall 42 and extending downwards, and A plurality of extension bumps 54. The insertion portion 52 is adjacent to the through hole 411 of the first vertical wall 41 and has an insertion hole 521 penetrating along the first axial direction D1. The positioning portion 53 has a first positioning section 531 extending downward from the plate body 51, and an end connected to the first positioning section 531 opposite to the plate body 51 and passing through the first axial direction D1. The positioning hole 48 abuts against the second positioning section 532 of the second vertical wall 42. The extending protrusions 54 are respectively connected to both sides of the plate body 51 along a second axial direction D2 perpendicular to the first axial direction D1 and extend downward to support the first connecting wall 44. The positions of the positioning protrusions 46 respectively correspond to the extension protrusions 54 and the side surfaces are for the extension protrusions 54 to abut. The supporting member 47 abuts against the board 51 upwardly.

Referring to FIGS. 7 and 8, the insertion unit 6 includes an insertion member 61 extending along the first axial direction D1 and an elastic member 62. The insert 61 has a head portion 611, a shaft portion 612 connected to the head portion 611 along the first axial direction D1, and a pull ring disposed on an end of the shaft portion 612 opposite to the head portion 611 613. The shaft portion 612 passes through the through hole 431 of the third vertical wall 43 from the outside and extends into the elastic slot S2. The head 611 has a limiting section 614 connected to the shaft portion 612 and capable of pressing against the first vertical wall 41 to be limited in the elastic slot S2, and a limiting section 614 connected to the limiting section 614 opposite to the One side of the shaft portion 612 can pass through the insertion section 615 of the through hole 411 of the first vertical wall 41 through the elastic slot S2. The limiting section 615 has an abutting surface 616 facing the third vertical wall 43. The insertion section 615 has an inclined surface 617 disposed on a side adjacent to the connecting member 5. The inclined surface 617 faces upward and toward the coupling member 5. The elastic member 62 is essentially a bullet The spring is sleeved on the shaft portion 612 and both ends along the first axial direction D1 respectively abut against the third vertical wall 43 and the abutting surface 616, so that the head 611 is constantly maintained by the elastic slot S2 A tendency to move toward the coupling slot S1 and insert the insertion portion 52.

Referring to FIGS. 8 and 9, the insert 61 can move relative to the insert portion 52 between a combined position and a disassembled position. When the insert 61 is in the coupling position, the coupling 5 is installed in the coupling slot S1 of the base 4 and the insert 61 is inserted into the insertion portion 52. Furthermore, the limiting section 614 of the head 611 is pressed against the first vertical wall 41 by the elastic member 62 and is limited in the elastic slot S2, and the insertion section 615 passes through the first vertical wall 41. A hole 411 of the vertical wall 41 is inserted into the insertion hole 521 of the insertion portion 52. In this way, the coupling member 5 is limited to the coupling slot S1 and remains fixed relative to the base 4. In addition, since the extension protrusions 54 abut against the side surfaces of the positioning protrusions 56, and the second positioning section 532 of the positioning portion 53 abuts against the second vertical wall 42, the coupling member 5 is less likely to It is loose relative to the base 4 and produces a better positioning effect.

When it is desired to remove the coupling member 5 from the coupling slot S1, the user can apply force along the first axial direction D1 to pull the pull ring 613 of the insert 61 so that the insert 61 reaches the removal In addition to location. When the insert 61 is in the removal position, the insert 61 is away from the insert 52. More specifically, the limiting section 614 of the head 611 will move toward the third vertical wall 43 to compress the elastic member 62 that abuts against the third vertical wall 43 and the abutting surface 616, the The insertion section 615 is separated from the insertion part 52. 入孔521。 Into the hole 521. In this way, the coupling member 5 is no longer limited to the coupling slot S1 and can be removed (as shown by the imaginary line in FIG. 9).

It should also be noted that when wanting to install the coupling member 5 on the base 4 again, the user can first insert the positioning portion 53 of the coupling member 5 into the positioning hole 48, so that the coupling member 5 is substantially generated After positioning, the insertion portion 52 is pressed into the coupling slot S1 from above. At this time, the insertion portion 52 pushes the inclined surface 617, so that the insertion member 61 moves toward the removal position. After the insertion portion 52 is pressed into the coupling slot S1, the coupling member 5 will be further positioned in the coupling slot S1 by the extension protrusions 54 abutting against the side surfaces of the positioning protrusions 46. After the connecting member 5 is positioned, the head 611 of the inserting member 61 will be pushed by an elastic force provided by the elastic member 62 and move toward the connecting position to be inserted into the inserting hole 521 to reach the connecting position. In this way, the coupling member 5 can be fixed to the base 4 again.

According to the action method described in the aforementioned paragraphs [0015]~[0017], the user only needs to pull the tab 613 to easily separate the anchor 3 worn on the foot from the snowboard 1 It is very convenient to move away from the snowboard 1 without having to adjust the holder 3 with great effort. To re-combine the holder 3 with the snowboard 1, it is only necessary to directly press the coupling member 5 fixed to the holder 3 into the coupling slot S1 by pedaling, and the coupling can be quickly completed. process.

In addition, it should be noted that when the user separates the holder 3 from the snowboard 1 and walks on the connecting member 51, the extension bumps 54 can also extend into the snow. In order to increase the grip, produce an effect similar to spikes, so as to avoid slipping in the snow. That is to say, in addition to the function of quick release, this embodiment also has the function of improving the grip to prevent slipping after disassembly.

In addition, when the user pulls the pull ring 613 so that the insert 61 reaches the removal position, since the support 47 of the base 4 abuts the plate 51 and has elasticity, the coupling 5 will be affected by the The supporting member 47 comes out of the coupling slot S1 upward under the influence of the top force, so that the removal process is easier and faster.

In summary, the quick release module for shoes of the present invention and the snowboard device with the quick release module for shoes of the present invention, through the movement of the insert 61 enables the coupling member 5 to be quickly installed on the base 4 or The base 4 can be disassembled to improve the convenience, so the purpose of the invention can indeed be achieved.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to This invention patent covers the scope.

2: Quick release module for shoes

4: pedestal

41: The first wall

411: piercing

42: The second vertical wall

43: The Third Vertical Wall

431: Perforation

44: The first connecting wall

45: second connecting wall

46: positioning bump

47: Support

48: positioning hole

5: Combination

51: Board body

52: Insertion part

521: Insert hole

54: Extension bump

6: Insert the unit

61: Insert

611: head

612: Shaft

613: pull ring

62: Elastic

D1: first axis

D2: second axis

S1: Combine slots

S2: Flexible slot

Claims (11)

A quick release module for shoes includes: a base, including a first vertical wall, a second vertical wall spaced apart from the first vertical wall along a first axial direction, and a second vertical wall connected to the first vertical wall and the first vertical wall. A first connecting wall between two vertical walls, the first vertical wall, the second vertical wall, and the first connecting wall jointly define a coupling slot with an opening facing upwards, and the first vertical wall has a through-through along the first axial direction The perforation; a coupling piece, detachably disposed in the coupling slot, and includes an insertion portion adjacent to the perforation of the first vertical wall; and an insertion unit, including an extending along the first axial direction and passing through The perforated insert of the first vertical wall and an elastic member. The insert has an inclined surface disposed on a side adjacent to the connecting member. The inclined surface faces upward and faces the connecting member. The insert can be opposite to the connecting member. The insertion part moves between a joint position inserted in the insertion part and a removal position away from the insertion part. The elastic member keeps the insertion part constantly moving toward the joint position, thereby making the joint part relatively The base is kept fixed, and when the coupling member is put into the coupling slot from above, the inclined surface can be pushed to move the inserting member toward the removal position. The quick release module for shoes according to claim 1, wherein the base further includes a third wall spaced apart from the first vertical wall along the first axial direction and arranged on a side opposite to the second vertical wall. A vertical wall, and a second connecting wall connected between the first vertical wall and the third vertical wall, the first vertical wall, the third vertical wall and the second connecting wall jointly define an elastic slot, the third vertical wall Has a through hole penetrating along the first axial direction, and the insert of the insert unit has a head Part, and a shaft part connected to the head along the first axial direction. The shaft part penetrates the through hole of the third vertical wall from the outside and extends into the elastic slot, so that the head can pass through the The elastic slot passes through the perforation of the first vertical wall, the head has an abutting surface facing the third vertical wall, and the elastic member is substantially a spring and sleeved on the shaft and along the first axial direction The two ends of the head are respectively abutted against the third vertical wall and the abutting surface, so that the head always maintains the tendency of moving from the elastic slot to the coupling slot and inserting into the inserting part. The shoe quick release module according to claim 2, wherein the head of the insert has a limiter connected to the shaft and can abut against the first vertical wall to be confined in the elastic slot Section, and an insertion section connected to the side of the limiting section opposite to the shaft and capable of passing through the through hole of the first vertical wall by the elastic slot, and the limiting section has the abutting surface. The shoe quick release module according to claim 2, wherein the opening of the coupling slot of the base faces upwards, and the head of the insert has a shaft connected to the shaft and can abut against the first vertical wall. A limit section constrained in the elastic slot, and an insertion section connected to the side of the limit section opposite to the shaft and capable of passing through the perforation of the first vertical wall by the elastic slot, the The limiting section has the abutting surface, and the insertion section has an inclined surface disposed on a side adjacent to the coupling member, and the inclined surface faces upward and toward the coupling member, so that when the coupling member is put into the coupling slot from above The head can be pushed to move the insert toward the removal position. The quick release module for shoes according to claim 2, 3, or 4, wherein the insert further has a pull ring provided on an end of the shaft portion opposite to the head. The shoe quick release module according to claim 1, wherein the opening of the coupling slot of the base faces upward, and the coupling member includes a plate body extending along the first axial direction, the insertion portion, and a plurality of extensions A protrusion, the insertion portion is connected to an end of the plate body adjacent to the first vertical wall and extends downward, and the extension protrusions are respectively connected to the plate body along a second axis perpendicular to the first axis The two sides of the two sides extend downward to support the first connecting wall, and the insertion portion has an insertion hole penetrating along the first axial direction and for inserting the insertion piece. The quick release module for shoes according to claim 6, wherein the base further includes a positioning hole provided at the junction of the second vertical wall and the first connecting wall, and the coupling member further includes a connecting member connected to the plate The body is adjacent to an end of the second vertical wall and extends downwards with a positioning portion, and the positioning portion penetrates the positioning hole. The shoe quick release module according to claim 7, wherein the positioning portion of the coupling member has a first positioning section extending downward from the plate body, and a first positioning section connected to the first positioning section opposite to the plate One end of the body passes through the positioning hole along the first axial direction to abut against the second positioning section of the second vertical wall. The shoe quick release module according to claim 6, wherein the base further includes a plurality of positioning protrusions extending upward from the first connecting wall, and the positions of the positioning protrusions respectively correspond to the The extension bumps have side surfaces for the extension bumps to abut against. The shoe quick release module according to claim 6, wherein the base further includes a support member fixed to the first connecting wall and extending upward from the first connecting wall to abut against the board. A snowboard device, comprising at least one quick release module for shoes according to claim 1, and the snowboard device further comprising: At least one fixer is fixed to the coupling member of the at least one shoe quick-release module; and a snowboard is fixed to the base of the at least one shoe quick-release module.

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