KR102073364B1 - fastener, glove and shoes having fastener - Google Patents

Abstract

The present invention relates to a glove, and to a reusable glove that is attached directly or indirectly to a glove that tightens or loosens the glove using a wire. To this end, the back portion of the user's hand is provided with a gap formed in the horizontal direction in the horizontal direction along the longitudinal direction, the back portion divided into the first and second hand back portion, the first and second hand portion by the spacing portion The pad portion provided to be reusable in the longitudinal direction in the central region of the back of the hand to restrain the wire, the wire restraint portion is formed so as to escape the restraining wire when the pad portion is reused, and the pad portion is sewn on the dial, Gloves characterized in that the wire tension or tension of the wire is adjusted according to the rotation to adjust the spacing of the first or second hand or the gap portion, and the wire, pad, and fasteners, characterized in that the glove is reusable This is disclosed.

Description

Fasteners, glove and shoes having fasteners

The present invention relates to a tightening device, gloves and shoes provided with a tightening device, and more particularly, reusable tightening device of the tightening unit attached to the tightening object directly or indirectly to tighten or loosen the attachment object using a wire And gloves and shoes provided with a fastening device.

The tightening device using the wire disclosed in the prior art reference (see the patent document of the prior art document described later) to adjust the tension of the wire using a wire and a fastener so that the glove is worn to fit the user's hand. At this time, the glove is the fastest consumed parts by use, and the fasteners (wires, fasteners, etc.) other than the glove is made of expensive parts that can be used much longer than the glove.

Therefore, this conventional technique has a problem in that when the glove is to be replaced by use, a tightening device made of an expensive part attached to the glove must be replaced at the same time.

KR 20-0480235 KR 10-1690294 US 8,458,816 US 2017/0165557 US 8,516,662 US 9,138,030

Accordingly, an object of the present invention is to provide an invention capable of reusing a fastening device (fastener part, wire, pad part) attached to a glove or shoe, which has been created to solve the problems as described above.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

The object of the present invention described above is that the pad part provided in the interspace along the longitudinal direction so as to cover the gap formed in the interspace between the both side feather portions, the fastener portion coupled to the pad portion, and the dial of the fastener portion by being fastened to the fastener portion. The wire is tensioned by winding or unwinding in accordance with the rotation of the wire, the wire is restrained by the wire restraint provided in the collar portion when attached, and when detached, the wire restrained by the wire restraint portion, the pad portion, fastener portion and It can be achieved by providing a reusable tightening device, characterized in that the wire is reusable as it is detached. At this time, the collar portion may be embodied as the first or second hand or the first and second instep.

In addition, one side of the pad portion is detachably attached to the detachable object by having a detachable portion. In this case, the detachable object may be shoes or gloves.

In addition, the wire restraint portion has an open face on which one side is opened and a restraint surface on which the wire is restrained, and when the wire is inserted, a wire is inserted through the open face to constrain the wire at the restraint surface, and the wire is open on reuse. Unbound by exiting through

On the other hand, an object of the present invention, the back portion of the user's hand having a gap formed in the horizontal direction in the horizontal direction along the longitudinal direction, the back portion divided into the first hand and the second hand by the gap portion, the first, 2 the pad portion provided to be reusable in the longitudinal direction in the central region of the back of the hand to cover the back of the hand and the gap, restrains the wire, the wire restraining portion is formed so that the wire is out of restraint when the pad portion is reused, and the pad portion And a fastener portion for adjusting the tension of the wire by adjusting the tension of the wire by winding or releasing the wire according to the rotation of the dial, and allowing reuse of the wire, the pad portion, and the fastener portion. By providing a glove characterized as possible.

In addition, the pad portion is relatively wider in the direction from the finger portion to the back of the hand portion, and the fastener portion is sewn in the rear center region of the pad portion.

In addition, as a first reuse method, one side of the pad portion is sewn and restrained in the horizontal direction of the glove in the region between the finger portion and the back of the hand, and the sewing portion is cut off when the pad portion is reused.

In addition, as the second reuse method, the pad portion is not restrained by engagement with the back of the hand and floats relatively to the back of the hand, and the pad is reused by being restrained by the wire restraint.

In addition, as a third reuse method, a detachable portion is formed on the front lower surface of the pad portion, a detachable portion is formed on the front upper surface of the back of the hand, and the pad portion is reused by combining or releasing the detachable portion of the pad portion and the detachable portion of the back of the hand.

Further, the detachable part of the back of the hand is provided to cover the first and second back parts of the hand and the gap, and the detachable part is Velcro tape.

In addition, the wire restraints are sewn to correspond to each other in the longitudinal direction of the first and second hand back parts, and are sewn in front of the pad part in the region between the finger part and the back of the hand part.

In addition, the wire restraint portion has an open surface with one side open, the wire is inserted through the open surface when the wire is inserted, and the wire is restrained by the wire exiting through the open surface when the pad portion is reused.

The wire restraint part may include a base part that is sewn and fixed to the back of the hand, and a plurality of wire fixing parts extending from the base part and restraining the wire, wherein the plurality of wire fixing parts are located at the center of the plurality of wire fixing parts. Fixing portion, and includes a left and right fixing portion located on both sides with respect to the center fixing portion, and constrains the wire to the central fixing portion first, and then insert the wire into the open surface of the left and right fixing portion.

In addition, the base portion is formed with a step of guiding the back of the hand during sewing from one end to the other end.

In addition, the left and right fixing portions are formed in a symmetrical shape with respect to the center fixing portion, and the left and right fixing portions are formed as upper and lower portions so as to form an open surface in the wire insertion direction, respectively.

In addition, at least one of the upper end and the lower end is formed to be inclined so that the opening width of the inlet part into which the wire is inserted is higher than the opening width of the inner part so that the wire is well inserted when inserted and is not easily removed after being inserted.

In addition, the upper surface of the lower end portion is formed to be inclined toward the upper direction toward the inner portion from the inlet portion.

In addition, the width of the upper end portion is formed so that the width becomes thicker toward the inner portion from the inlet portion, it is formed to be inclined downward toward the inner portion from the inlet portion.

In addition, the central fixing portion is formed extending in the other direction in the wire opening surface direction formed on the left and right fixing portion, and includes a wire support wall bent downward from one end of the extension surface.

In addition, the wire restraint portion is formed to extend from the base portion sewn to the back of the hand, the base portion, a plurality of wire fixing portion having an open surface and the restraining surface, respectively, and the upward direction from the plurality of wire fixing portions to form an open surface It includes a cover portion formed to extend.

In addition, the plurality of wire fixing portions are formed to be inclined from the inlet portion toward the inner portion so that the opening width of the inlet portion into which the wire is inserted is larger than the opening width of the inner portion so that the wire is well inserted when inserted and is not easily removed after being inserted. Do not do it.

On the other hand, an object of the present invention has a spaced portion formed in the horizontal direction along the longitudinal direction in the area, such as the foot of the user, the instep portion, wire, spaced portion divided into the first and second instep by the gap portion Pad portion provided in the longitudinal direction in the center area of the foot portion, the pad portion is constrained to the pad portion and the tension of the wire is adjusted by winding or loosening the wire in accordance with the rotation of the dial so that the interval between the first and second instep portion or the gap portion is adjusted. Detachable tightening portion having a fastener portion, and restraining the wire, and the wire restraint portion is formed so that the wire is out of restraint when the tightening portion is reused, and the shoe characterized in that it is possible to reuse the tightening portion in accordance with the detachable By providing.

In addition, one side of the pad portion is sewn restrained in the horizontal direction of the glove, the sewing portion of the pad portion is cut at the time of reuse of the tightening portion. Accordingly, the reuse of the tightening unit can be reused by being floated relative to the instep when the reuse of the tightening portion is restrained by the wire restraint.

In addition, the pad portion is not restrained by engagement with the instep and is relatively floated with respect to the instep, and the fastener is reused by being restrained by the wire restraint.

In addition, a detachable portion is formed on the front lower surface of the pad portion, a detachable portion is formed on the front upper surface of the foot portion, and the fastening portion is reused by combining or releasing the detachable portion of the pad portion and the detachable portion of the instep portion, and the detachable portion is Velcro tape or It may be a corresponding female clip and a male clip.

According to the present invention as described above by providing a glove or shoes that can reuse the fastening device (fastener, wire, pad) there is an effect that can be lowered and reused.

The following drawings, which are attached to this specification, illustrate one preferred embodiment of the present invention, and together with the detailed description thereof, serve to further understand the technical idea of the present invention. It should not be construed as limited.
1 to 8 is a first embodiment of the wire restraint, Figures 1 and 3 is a perspective view of the wire restraint according to an embodiment of the present invention,
2 is a view in which the upper of the glove is placed on the upper surface of the base part according to an embodiment of the present invention, and the wire restraint part is sewn into the glove.
4 and 5 are views showing the right fixing part according to an embodiment of the present invention,
6 is a view showing a plurality of wire seating grooves and wire insertion grooves according to an embodiment of the present invention,
7 and 8 are a view showing the inclined surface to form a wall wire guide portion by forming the central fixing portion and the left and right fixing portions extending from each other according to an embodiment of the present invention.
9 is a view showing a reusable glove provided with a reuse part (fastener part, wire, pad part), the pad part is sewn into the glove,
10 is a view showing that the pad portion is floated without sewing to the glove,
11 and 12 are views showing that the pad portion and the back of the hand of the glove are detached from each other by Velcro tape,
13 is a view showing that the reuse portion (fastener portion, wire, pad portion) is separated from the glove,
14 is a view showing a second embodiment of the wire restraint portion,
15 and 16 show a third embodiment of the wire restraint,
17 and 18 are views showing that the reuse unit or tightening unit 640, 660, 670 is detached and reused in the shoe.

Hereinafter, with reference to the drawings will be described a preferred embodiment of the present invention. In addition, one Example described below does not unduly limit the content of this invention described in the Claim, and the whole structure described in this Embodiment is not necessarily required as a solution of this invention. In addition, the matters obvious to those skilled in the art and the art may be omitted, and description of the omitted elements (methods) and functions may be sufficiently referred to without departing from the technical spirit of the present invention.

<Configuration and Function of Wire Guide or Wire Restraint>

The device for guiding the wires 20 and 670 while being sewn to the upper 30 of the glove as shown in FIGS. 1, 2 and 10 is a wire restraint part 10 or wire guide part according to an embodiment of the present invention. to be. Wire restraints 10 are provided in plural in the longitudinal direction on both sides of the armor upper 30. At this time, the wire 20 is tightened to restrain the user's hand inserted in the glove by being fastened by being constrained to each other in the cross direction or the horizontal direction to the wire restraint portion 10 provided on both sides of the upper. Hereinafter, with reference to the accompanying drawings for the wire restraint 10 according to an embodiment of the present invention will be described in detail.

As shown in FIG. 1, the wire restraint part 10 guides the wire when the wire 20 is inserted and restrains the wire from being pulled out. "Guide the wire 20" means that the wire is inserted well along the insertion direction when the wire 20 is inserted into the wire restraint 10, and "constrains the wire 20" The meaning is that the inserted wire is constrained without exiting the wire restraint 10. The insertion direction of the wire may be inserted along the longitudinal direction of the wire restraint 10 as shown by the arrow shown in FIG. 1 (first method) or may be inserted along the arrow direction as shown in FIG. 3 ( Second method). In the second method, the wire 20 is first constrained to the central fixing part 300 to be described later, and then the wire 20 is inserted into the open surfaces of the left and right fixing parts. In the second method, when the wire 20 is first constrained to the central fixing part 300, the wire 20 is constrained to the central fixing part 300 through the wire insertion groove 530. However, when the wire restraint 650 is sewn to the glove 600 as shown in FIG. 10, it is preferable to insert the wire in the direction of the arrow of FIG. 3.

The wire restraint 10 includes a base 100 as shown in FIGS. 1 and 2. The base part 100 is a bottom plate of the wire restraint part 10, and the upper part of the base part 100 is placed on the upper part of the glove upper 30, and as the upper part of the glove upper 30 is sewn, the base part 100 is the upper part of the glove upper. It is fixed to 30. In order to fix the wire restraint 10 to the glove upper 30, a wire recess may be formed in the glove upper region in order to seat the base 100 in the glove upper region. Base portion 100 is formed on one side is a surface on which the armor upper 30 is placed, the other side is divided into a surface in which a plurality of fixing portions, seating grooves, insertion grooves, etc., which will be described later. The upper guide lines 110 formed on the base 100 may distinguish the regions from each other. That is, the right side (the first region of the base portion) of the upper guide line portion 110 is the surface on which the armor upper 30 is placed, and the left side (the second region of the base portion) has a plurality of the upper guide line portion 110 based on the drawing shown in FIG. 1. It is a surface on which the fixing part is formed. As shown in FIG. 2, the upper guide line part 110 is for guiding the upper when the upper 30 is placed on the upper surface of the base part. That is, the upper guide line unit 110 may be embodied as a step. If there is no upper guide line 110, the upper 30 may be sewn in a curved line rather than sewn in a straight line.

3 illustrates a plurality of fixing parts 200, 300, and 400. The plurality of fixing parts are referred to as first, second, and third fixing parts, which are sequentially called a left fixing part 200, a central fixing part 300, and a right fixing part 400. The plurality of fixing parts 200, 300, and 400 are formed in the second area of the base part 100 based on the upper guide line part 110 (hereinafter, referred to as the stepped part). The central fixing part 300 or the middle fixing part is formed to be inclined upwardly in the upper right area of the second area of the base part, and to support the wire bent downward from the upper end of the extension part (or the body part 310). Wall 320. The inner side surfaces of the wire support wall 320 and the extension part 310 have a predetermined distance so that the wire 20 passes when the wire 20 is inserted in the first method and the wire is inserted and fixed when the wire 20 is inserted in the second method. The wire support wall 320 is preferably bent so as not to contact the bottom (or top) surface of the base part 100. Because, in order to insert the wire 20 into the central fixing part 300 by the second method described above, the lower surface of the wire support wall 320 and the bottom surface of the base part 100 should be separated as shown in FIG. 3 ( That is, not touching each other). The wire support wall 320 allows the wire 20 inserted into the center fixing part 300 to be restrained without exiting.

The left fixing part 200 and the right fixing part 400 are symmetrically formed with respect to the center fixing part 300 as shown in FIG. 3. The left fixing part 200 is provided on the left side with respect to the center fixing part 300 of FIG. 3, and the right fixing part 400 is provided on the right side. However, it is preferable that the left fixing part 200 and the right fixing part 400 are integrally formed as shown in FIG.

The left fixing part 200 and the right fixing part 400 have an upper end and a lower end, respectively. The upper end portion 210 of the left fixing portion and the upper end portion 410 of the right fixing portion are integrally formed with each other, and the shape resembles the shape of the telephone receiver. That is, the upper end portion 210 of the left fixing portion and the upper end portion 410 of the right fixing portion are formed to have a wider width than an extension portion (opposed to the central fixing portion) connecting to each other. The reason why the width of the extension portion is small is that the wire insertion groove 530 is formed in a semicircular shape as described later. The upper end part 210 of the left fixing part and the upper end part 410 of the right fixing part are bent downward and extended to the base part 100.

The lower end portion 220 of the left fixing portion and the lower end portion 420 of the right fixing portion protrude from the base portion 100 to a predetermined height h at a position corresponding to each of the upper end portions 210 and 410. However, at this time, the upper end and the lower end are formed so as not to touch each other, so that an open surface (or an open area) is formed on the wire insertion direction surfaces of the left and right fixing parts 200 and 400 (in the direction of the arrow in FIG. Inserted by). The wire 20 is inserted into this open surface by the second method.

The lower end 220 of the left fixing part and the lower end 420 of the right fixing part protrude from the base part 100 in the upward direction by a height h, as shown in FIG. 4. The lower end protrudes while having a certain height because the upper 30 shown in FIG. 2 has a predetermined thickness, so that the wire 20 is opened in a second manner by the upper 30 seated on the base 100. This is to make it easy to enter into. That is, when the protruding height of the lower end portions 220 and 420 is lower than the thickness of the upper 30, since the wire 20 is hard to be easily inserted into the open surface, it must protrude at least equal to or greater than the thickness of the upper 30.

Meanwhile, as shown in FIG. 4, one cross section of the right fixing part 400 is formed to be approximately "c". The upper end of the letter "c" is the upper end 410 and the lower end is the lower end 420. However, the lower end portion 420 is protruded upward from some surface of the lower end of the "c" character, the lower end of the "c" character is the second wire seating groove 520 is formed. When the wire 20 is inserted inward through the open surface, the wire 20 is easily inserted at the time of insertion, and after the wire 20 is inserted inward, the lower surface 411 of the upper part and the upper surface of the lower part ( The cross section of 421 is preferably formed to be approximately "V". That is, the width (or separation distance) of the lower surface 411 of the upper end and the upper surface 421 of the lower end is gradually narrowed from the inlet region (or inlet) of the open surface to the inner region (or inner portion). It is preferred that (W ₁ > W ₂ ). The upper surface 421 of the lower portion is formed to be inclined upwardly from the entrance area to the inner region so that the width becomes narrower, or the lower surface 411 of the upper portion is inclined downward toward the inner region. The upper surface 421 of the lower end may be formed in a horizontal plane or formed to be gradually inclined toward the upper direction toward the inner region.

As shown in FIG. 5, the thickness of the upper end 410 of the right fixing part 400 is formed to become thicker from the inlet region to the inner region (that is, the width becomes W ₃ thicker than before), and furthermore. It is preferably formed to be gradually inclined downward toward the inner region. As shown in FIG. 5, when the width of the upper end portion 410 is not formed to be gradually inclined while being constant, a force F is received in the direction of the arrow when the wire 20 is tightened by the wire tightening device. There was a problem that the upper end portion 410 is lifted upward by (F). Therefore, by forming the lower surface 411 of the upper portion to be gradually inclined downward while gradually increasing the thickness of the upper portion 410, the upper portion 410 is lifted by the force F received when the wire 20 is tightened. Losing problems can be solved. That is, by doing so, it is possible to change the direction of the force applied by the wire 20 (that is, the direction of the force is changed in the longitudinal direction of the wire in the approximately upward direction).

The same principle applies to the left fixing part 200 as described above, and thus, the description of the left fixing part 200 will be replaced with the description of the right fixing part 400.

As shown in FIG. 6, below the upper ends of the left and right fixing parts, wire seating grooves 510 and 520 in which the inserted wire 20 is seated are formed. The wire seating grooves 510 and 520 are seated with the inserted wire 20 while guiding the wire 20 inserted in the first method. The wire seating grooves 510 and 520 are formed at a predetermined depth on the bottom surface of the "-" shape. However, it is formed deeper than the wire insertion groove 530 to be described later. The wire insertion groove 530 is grooved in a substantially "semi-circular shape" on the left side of the wire support wall 320. Therefore, in the case of inserting the wire in the second method, the user first folds the wire 20 into a semicircular shape and then inserts the wire into the wire insertion groove 530 and pushes the wire into the inner side of the central fixing part 300 to support the wire support wall ( The wire 20 is constrained by 320. The mounting grooves 510 and 520 have grooves formed along the insertion direction of the wire 20 inserted in the first method.

At this time, when the wire 20 is inserted in the direction of the arrow by the first method, the wire 20 is caught in the "three dotted circle regions" as shown in FIG. The two dotted circle display areas have the center fixing part 300 when the wire 20 is inserted in the longitudinal direction because both sides of the center fixing part 300 and one side of the left and right fixing parts 200 and 400 do not extend to each other. ) Is shown on both sides of the wall, and the rest of the dotted circle display area is the side of the insertion groove 530 when the wire 20 is inserted because the stepped grooves 520 and the insertion groove 530 are stepped with each other. The wire 20 is caught on the wall surface.

 To solve this problem, as shown in FIGS. 7 and 8, both sides of the central fixing part 300 and one side of the left and right fixing parts 200 and 400 are extended to each other to form a wire guide 20. ) Do not get caught on the sidewalls that are disconnected from each other. In addition, according to the depth difference between the insertion groove 530 and the seating groove 520 (a stepped portion is formed), a wire leading from the seating groove 520 to the insertion groove 530 is formed to trap the inclined surface 540 to be inserted. 20 is not caught on the side wall surface of the insertion groove (530).

1 to 8 described above are the first embodiment of the wire restraint 650, and FIG. 14 is a second embodiment of the wire restraint 650. One surface of the wire restraint includes an open surface 658, and the wire 670 is inserted through the open surface 658 along the insertion direction, and when reused, the wire 670 escapes through the open surface 658 to release the restriction. do. The wire restraint 650 according to the second embodiment preferably has elasticity to easily insert or release the wire.

15 through 16 illustrate a third embodiment of the wire restraint 700. The wire restraint 700 includes a base part 710 and an upper guide line part 711 in which the upper of the glove is placed on the upper surface and the wire restraint 700 is sewn into the glove. The base portion 710 and the upper guide line portion 711 will be replaced with the description of the first embodiment of the wire restraint portion.

The wire restraint part 700 is formed to extend from one side of the base part 710 to the fixing part 730 to fix the wires 20 and 670 and the fixing part 730 to be open to one side to be fixed to the fixing part 730. It includes a cover portion 720 which is located on the upper side. The cover portion 720 inserts and constrains the wires so that the wires 20 and 670 do not escape together with the fixing portion 730.

The first and second fixing parts 731 and 732 are formed to protrude upward from the base surface of the fixing part 730, and the top surfaces of the first and second fixing parts 731 and 732 are uniform with the lower surface of the cover part 720. Opening is formed to be spaced apart so that the wire is inserted. As illustrated in FIG. 15, the first and second fixing parts 731 and 732 are spaced apart from each other by a predetermined distance. Referring to FIG. 16, the second fixing part 732 protrudes a predetermined height from the base surface of the fixing part 730 (protrusion surface, 732c) to form an inclined surface 732a. The lower surface of the cover portion 720 and the inclined surface 732a of the second fixing portion 732 in the insertion direction in which the wire is inserted have an approximately "V" shape so that the wire is easily inserted. The uppermost surface of the second fixing part 732 is formed to be spaced apart from the lower surface of the cover part 720 by a predetermined distance. The opposite surface of the projecting surface 732c of the second fixing part 732 is a wire restraining surface 732b on which the wire is restrained and supported. That is, the wire is inserted along the "V" opening surface, and is constrained and supported by the wire restraint surface 732b as the wire is tightened. Upon reuse, the wire again exits along the “V” shaped opening so that the wire, pad portion, and fastener portion can be reused. Since the same principle applies to the first fixing part 731, the description of the first fixing part 731 will be omitted.

<Configuration and Function of Gloves Reusable or Fastener Reused or Detachable>

The reusable glove 600 according to an embodiment of the present invention allows the glove to be appropriately restrained on the user's wrist by tightening or squeezing the wire 670, and when the glove is worn out and the glove needs to be replaced, the pad part 640. ), The fastener portion 660, and the wire 670 is attached to a new glove to reuse. At this time, by using the above-described wire restraints 10 and 650, the wires 20 and 670 are easily reusable from the wire restraints 10 and 650 upon reuse. Hereinafter, the pad part 640, the fastener part 660, and the wire 670 are referred to as a reuse part or a tightening part.

Glove 600 according to an embodiment of the present invention may be divided into a finger portion 610 and the back of the hand 620 for convenience. Finger portion 610 is located in front of the glove, the back of the hand 620 is located behind the glove. In the middle region of the glove 60 where the finger portion 610 and the back of the hand 620 meet each other, a pad portion 640 described later is sewn as shown in FIG. 9 (first embodiment). As a second embodiment, FIG. 10 shows that the pad portion 640 is supported by the wire restraint portion 650 and the wire 670 in a state in which the pad portion 640 is not sewn into the glove and is floated (not bound). Indicates that there is. As a third embodiment, as shown in Figs. 11 and 12, the pad portion detachable portion 643 and the back portion detachable portion 623 are made of Velcro tape so as to be detached from each other. According to the first, second, and third embodiments, the pad part 640, the fastener part 660, and the wire 670 may be attached to a new glove and reused. At this time, in the first embodiment, the sewing portion of the pad portion 640 should be cut with scissors or a knife.

The back of the hand 620 is divided into first and second backs 621 and 622 by the spacer 630. That is, the spacer 630 is spaced apart at a predetermined interval in the horizontal direction along the longitudinal direction of the back of the hand 620. As the wire 670 is tightened or loosened by the fastener 660 (depending on the tension control of the wire), the distance between the first and second back portions 621 and 622 is narrowed or moved away from each other, and thus the gloves 600 are worn by the user. Bound to his hand. That is, when the user wears the gloves 600 and takes off the wires, the wires are in a loose state, and thus the distance between the first and second hand parts 621 and 622 is further increased so that the gloves can be easily worn and taken off, and after the wires are worn ( 670 may be worn to fit the user's hand by adjusting the tension of the wire. At this time, as the wires 670 are tightened, the distance between the boundary surfaces 621a and 622a of the first and second back parts 621 and 622 is relatively narrower than when the gloves are worn and taken off. Accordingly, the spacer 630 may be a gap between the boundary surfaces 621a and 622a. However, at this time, the gap between the wire restraint portions 652,... 654 of the first back part and the wire restraint portions 655, ... 657 of the second back part, which face each other according to the tightening of the wire 670. This may be narrowed. This is because the wire restraints 652, ..., 654 of the first back of the hand and the wire restraints 655, ... 657 of the second of the back of the second hand are sewn on the upper of the glove. This is because the sewn area of the constraint can be pulled out. The back of the hand 620 is provided with a detachable portion 623, as shown in FIG. The detachable part 623 may be embodied by Velcro tape, and the front center of the back of the hand 620 may cover the area of the boundary 621a of the first back of the hand, the gap 630, and the area of the boundary 622a of the second of the back of the second hand. The area is provided in the horizontal direction. However, if necessary, the detachable part 623 may be provided to cover the boundary surface 621a area of the first back of the hand and the boundary surface 622a of the second back of the hand (in this case, the detachable part 623 of the back of the hand). The detachable portion 643 may be formed to correspond to the pad portion). The detachable part 623 of the back of the hand is detachably attached to the detachable part 643 of the pad part made of the Velcro tape shown in FIG. 12. That is, they are separated from each other upon reuse.

The first and second back parts 621 and 622 are positioned at the left and right sides of the spacer 630 as illustrated in FIG. 11. The gap 630 decreases or increases in width as the wire 670 is tightened. That is, when the user wears or takes off the gloves, the interval width of the spacer 630 increases, so that the user can easily wear or take off the gloves. When the user tightens the wire 670 after wearing the gloves, the interval width of the spacer 630 is increased. The glove is tightened to fit the user's hand. The spacing part 630 is formed in the central area of the back of the hand 620 with a predetermined interval in the horizontal direction along the longitudinal direction. The interval width of the spacer 630 may be constant as shown in FIG. 11, and the width may vary along the longitudinal direction. In other words, the width of the back of the back of the hand toward the front may be reduced, or vice versa.

As illustrated in FIG. 9, the pad part 640 extends in a longitudinal direction in a central region of the back of the hand 620 to cover a part of the first and second hand parts 621 and 622 and at least part or all of the spacing part 630. It is provided. The front end of the pad portion 640 is sewn in the horizontal direction of the glove as shown in FIG. 9 and coupled to the glove, and the fastener portion 660 is sewn to the pad portion at the rear central region of the pad portion 640. Are bound and bound. At this time, when the pad 640 is reused, the pad part may be sewn with scissors or a knife, or the sewn thread may be cut from the glove. As shown in FIGS. 9 and 12, first and second wire through holes 641 and 642 are formed at the left and right sides of the pad part, respectively, to allow the wire 670 to be inserted therethrough. However, the first and second wire through grooves 641 and 642 may be restraining penetrating wires. Further, a detachable portion 643 is formed in the front end region of the lower surface of the pad portion, and the detachable portion 643 may be embodied by Velcro tape. The detachable portion 623 of the back of the hand is formed of male velcro tape (or female velcro tape), and the detachable portion 643 of the pad portion is formed of female velcro tape (or male velcro tape) to be separated from each other when the pad portion is reused. . Of course, as shown in FIG. 10, the pad part 640 may be floated without sewing restraint on the glove, and the pad part 640 is supported by the wire 670 and the wire restraint part 650. When the pad part 640 is reused, the wire 670 is pulled out of the wire restraint part 650 to reuse the pad part 640. When the pad part 640 is released from the glove and the wire 670 is not restrained from the wire restraint part 650, the pad part 640, the fastener part 660, and the wire 670 as shown in FIG. Can be attached to other gloves and reused.

The pad portion 640 has a relatively wider width (or width) from the front side to the rear side, and the fastener portion 660 is sewn to the rear central region of the pad portion. The wire 670 is inserted into and constrained to the wire restraint part 650, and is coupled to the fastener part 660 through the first and second wire through holes 641 and 642. One end and the other end of the wire 670 is coupled to each other in the interior of the fastener 660, respectively. Accordingly, the tension of the wire is adjusted by winding or releasing the wire 670 to the reel portion of the fastener portion in accordance with the rotation of the dial of the fastener portion 660. The wire is tightened by the rotation of the dial in one direction, and the wire is released by the rotation in the other direction. However, the detailed configuration of the fastener 660 may be employed in the present invention with reference to various methods previously filed by the present applicant, and may be adopted within the scope without departing from the spirit of the present invention. However, the fastener part 660 may be coupled or restrained by sewing when it is restrained or coupled to the pad part 640, or may be restrained by bonding, and may be paired with each other (for example, a male coupling member and a female coupling member). The coupling member and the pad portion 640 may be coupled through a hole formed in the coupling.

The wire restraint part 650 inserts and restrains the wire 670 when the wire 670 is inserted, and one side of the wire restraint part 650 is reusable from the wire restraint part 650 when the pad part 640 is reused. Is formed open. That is, the wire restraint part 650 is formed to be opened in the wire insertion direction when the wire 670 is inserted, and the wire 670 is restrained in the insertion direction when the pad part 640 is reused. The detailed description will be replaced with the description of the wire restrainer 10 described above.

The wire restraint part 650 is sewn restrained in the longitudinal direction of the first wire restraint part 652,..., 654 and the second back part 622 which are sewn restrained in the longitudinal direction of the first back part 621. The second wire restraint part 655,..., 657 and the third wire restraint part 651 provided in the front center area of the pad part 640. The first and second wire restraints are disposed to face each other.

<How to reuse>

Glove 600 described in the present invention can be used for both gloves that need tightening. As an example, by attaching a fastener 660, which is a fastening device, to a glove for golf, tightens and squeezes the wire so as to be appropriately tightened to the user's hand. At this time, since the golf glove itself is worn out by use, there is a need for a method of reusing the pad part 640, the fastener part 660, and the wire 670. Accordingly, in the present invention, the pad portion 640 is sewn into gloves (cutting the sewing portion when reused), floated, or configured to be detachable with Velcro tape to enable reuse.

First, when the glove is worn down by use, the pad portion 640 is separated from the glove. At this time, if the pad portion 640 is sewn on the glove, the sewing portion is cut and separated, and if the pad portion 640 is restrained by the Velcro tape, the pad portion 640 is released and separated from the glove. Of course, if the pad portion 640 is in a floating state, the state is maintained.

Next, after the pad portion 640 is released from the glove, the wire 670 is released from the wire restraint 650. At this time, the wire 670 in the insertion direction of the wire 670 is released. That is, when the wire 670 is inserted, the wire 670 is inserted in the insertion direction of FIG. 3, and when the wire 670 is restrained, the wire 670 is pulled out in the opposite direction to the insertion direction to release the restraint.

Next, when the wire 670 is released from the wire restraint part 650, the pad part 640, the fastener part 660, and the wire 670 are separated from the glove as shown in FIG. 13. The pad part 640, the fastener part 660 and the wire 670 are hereinafter referred to as a reuse part or a tightening part. Therefore, the reuse unit 640, 660, 670 is attached to the new glove to reuse.

If the detachable part 623 is provided at the back of the hand of the new glove, the detachable parts 623 and 643 are restrained to each other, and can be reused by inserting the wire 670 into the wire restraint 650. If the floating state, it can be reused by inserting only the wire 670 into the wire restraint 650 as it is. If the pad part of the existing glove is cut, the reuse of the new glove may be reused in a floating state or by sewing the pad part.

When the wire restraint part 650 illustrated in FIGS. 1 to 9 is provided in the glove, the user first folds the wires 20 and 670 into a semicircular shape, and then inserts the wires into the wire insertion groove 530. The wire 20 is pushed inward to constrain the wire 20 by the wire support wall 320. The wire is then inserted into the open side of the left and right fasteners. When the wire restraint 650 shown in FIG. 14 is provided in the glove, the wire 670 is inserted through the open surface 658 and the wire is restrained through the open surface 658.

<Configuration and function of the shoes in which the reuse part or the tightening part is detachable or reused>

9 is a view illustrating that the fasteners 640, 660 and 670 are detached and reused in gloves, and FIGS. 17 and 18 are views illustrating the fasteners 640, 660 and 670 are detached and reused in shoes. Reuse according to the detachment of the fasteners 640, 660, 670 is the same principle can be applied to gloves or shoes will be replaced with a brief description of the above-described gloves.

The wire restraints 10, 650 and 700 are disposed in the first and second instep portions 810 and 820, and are disposed in front of the pad part 640. 17 and 18 illustrate a state in which the wire 670 is not coupled to the wire restraints 10, 650, and 700. With regard to the arrangement of the pad portion 640 of the tightening portion, as shown in FIG. 17 as the first embodiment, the pad portion 640 of the tightening portion is disposed below or below the first and second instep portions 810 and 820. Alternatively, as a second embodiment, as shown in FIG. 18, the first and second instep portions 810 and 820 may be disposed above or on the upper surface. The pad part 640 of the tightening part is disposed to be detachable while covering the gap formed between the first and second instep parts 810 and 820. Here, the detachable parts of the fasteners 640, 660, and 670 may be attached or detached by the Velcro tape as described above in the glove or detached by the wire restraint while floating.

In the following description of the present invention, those skilled in the art and those skilled in the art may omit descriptions, and descriptions of such omitted components (methods) and functions may be sufficiently referred to without departing from the technical spirit of the present invention. Could be.

Description of the configuration and functions of the above-described parts have been described separately for convenience of description, any one configuration and function may be implemented by integrating into other components, or may be further subdivided as necessary.

As mentioned above, although demonstrated with reference to one Embodiment of this invention, this invention is not limited to this, A various deformation | transformation and an application are possible. That is, those skilled in the art will readily appreciate that many modifications are possible without departing from the spirit of the invention. In addition, when it is determined that the detailed description of the known function and its configuration or the coupling relationship for each configuration of the present invention may unnecessarily obscure the subject matter of the present invention, it should be noted that the detailed description is omitted. something to do.

10: wire restraint (or wire guide device)
20: wire (or string)
30: Glove Upper
40: Shoes Upper
50: cover part (or pad part, tongue part)
100: base part
110: upper guide part (or stepped part)
200: first fixing part (left fixing part or first guide part)
210: upper part
220: lower part
300: second fixing part (intermediate fixing part or second guide part)
310: body (or extension)
320: wire support wall
400: third fixing part (right fixing part or third guide part)
410: upper part
411: lower surface
420: lower part
421: upper surface
510: first wire seating groove
520: second wire seating groove
530: Wire Insertion Groove
540: slope
600: Gloves
610: finger portion
620: back of hand
621: back of the first hand
621a: boundary surface
622: second back of the hand
622a: boundary surface
623: detachable part (or male velcro tape)
630: spacing
640: pad portion
641: first wire through groove
642: second wire through groove
643: removable part (or female velcro tape)
650: wire restraint (or wire guide)
651, ... 657: first to seventh wire restraints
658 open face
660: fastener portion
670: wire
700: wire restraint
710: base portion
711: upper guide part (or stepped part)
720:? Open
730 wire fixing part
731: first fixing part
732: second fixing part
732a: slope
732b: wire support surface (or wire restraint surface)
732c: protruding surface
800: shoes
810: first instep
820: second instep

Claims (19)

A pad part provided in the interspace along the longitudinal direction to cover a gap formed in the interspace between both sides of the detachable object;
Detachable parts of the detachable object provided in the horizontal direction on the detachable object so as to cover the first and second interface regions and the gap portion of both sides of the detachable object,
Detachable portion of the pad portion provided in the horizontal direction in the front region of the lower surface of the pad portion,
A fastener part coupled and restrained by the pad part;
A wire which is tensioned by being wound or unrolled in accordance with the rotation of the dial of the fastener by being fastened to the fastener, and
Constraining the wire, the wire constraining portion being formed to relieve the wire upon reuse;
The wire restraint part,
Protruding surface protruding upward from the base surface, inclined surface extending in the upper region of the protruding surface, and the other side of the protruding surface, the wire constraining surface to which the wire is restrained by tightening the wire, respectively, in the horizontal direction First and second fixing parts which are formed to be inclined in the insertion direction in which the wire is inserted by being spaced apart by a predetermined distance, and
A cover part extending from the first and second fixing parts and positioned above the first and second fixing parts;
At the time of attachment, the detachable part of the detachable object and the detachable part of the pad part are horizontally coupled to each other so that the wire is constrained to the wire restraint provided on the collar while restraining the pad part to the detachable object.
In the case of detachment, the detachable part of the detachable object and the detachable part of the pad part are released from each other and the wire is restrained from the wire restraint part so that the pad part, the fastener part and the wire can be reused as the detachable part. Possible tightening device.
delete The method of claim 1,
The wire restraint part has an open face on which one side is opened and a restraint face on which the wire is restrained, and when the wire is inserted, a wire is inserted through the open face to restrain the wire at the restraint surface, And the wire is released by exiting through the open surface.
A back portion having a gap formed in a horizontal direction along a longitudinal direction in a region of the back of the user's hand, the back portion being divided into a first hand portion and a second hand portion by the gap portion;
The pad portion provided in the longitudinal direction in the central region of the back of the hand to cover the gap portion, the pad portion is constrained to the pad portion and the tension of the wire is adjusted by winding or loosening the wire in accordance with the rotation of the dial to the first, second Detachable fastener having a fastener for adjusting the spacing of the back of the hand or the gap,
A wire restrainer configured to restrain the wire, the wire restraining the wire from being restrained when the tightening part is reused;
A detachable part of the back of the hand portion provided in the horizontal direction to cover the first and second boundary regions of the first and second hand parts and the gap;
It includes a detachable portion of the pad portion provided in the horizontal direction in the front region of the lower surface of the pad portion,
The wire restraint part,
Protruding surface protruding upward from the base surface, inclined surface extending in the upper region of the protruding surface, and the other side of the protruding surface, the wire constraining surface to which the wire is restrained by tightening the wire, respectively, in the horizontal direction First and second fixing parts which are formed to be inclined in the insertion direction in which the wire is inserted by being spaced apart by a predetermined distance, and
A cover part extending from the first and second fixing parts and positioned above the first and second fixing parts;
At the time of attachment, the detachable portion of the back of the hand and the detachable portion of the pad are horizontally coupled to each other to constrain the wire to the wire restraint while constraining the pad to the back of the hand.
Glove according to claim 1, wherein the detachable part of the back of the hand and the detachable part of the pad part are released from each other while the wire is restrained from the wire restraint part.
delete delete The method of claim 4, wherein
The pad portion is provided with a detachable portion on the front lower surface of the pad portion,
The detachable part of the back of the hand is formed on the front upper surface of the back of the hand,
Gloves, characterized in that the fastening portion is reused by the detachable portion of the pad portion and the detachable portion of the back of the hand is coupled or released.
The method of claim 7, wherein
The detachable portion of the glove, characterized in that the Velcro tape.
The method of claim 4, wherein
The wire restraint part,
Gloves are sewn so as to correspond to each other along the longitudinal direction of the first and second hand, and is sewn in front of the pad in the area between the finger and the back of the hand.
The method of claim 9,
The wire restraint part has an open face on which one side is opened and a restraining face on which the wire is restrained,
And a wire is inserted through the open surface when the wire is inserted, and the wire is released by retracting through the open surface upon reuse of the tightening part.
The method of claim 10,
The wire restraint part,
Base part sewn to the back of the hand,
A plurality of wire fixing portions extending from the base portion, the wire fixing portions each having the open surface and the restraining surface;
And a cover part extending upwardly from the plurality of wire fixing parts to form the opening surface.
The method of claim 10,
The wire restraint part,
Base part sewn to the back of the hand,
Is formed extending from the base portion, comprising a plurality of wire fixing portion for restraining the wire,
The plurality of wire fixing portion,
A central fixing part located at the center of the plurality of wire fixing parts,
It includes left and right fixing parts located on both sides with respect to the central fixing part,
And first constraining the wire to the central fixing portion and then inserting the wire into the open surfaces of the left and right fixing portions.
The method of claim 12,
The left and right fixing parts are formed in a symmetrical shape with respect to the center fixing part,
The left and right fixing parts, respectively
Gloves characterized in that formed in the upper end and the lower end so that the open surface in the wire insertion direction.
The method of claim 11 or 12,
The plurality of wire fixing parts are formed to be inclined from the inlet to the inner part so that the opening width of the inlet part into which the wire is inserted is greater than the opening width of the inner part so that the wire is well inserted when the wire is inserted. Gloves characterized by not falling out.
The method of claim 13,
At least one of the upper end and the lower end is formed to be inclined toward the inner part from the inlet part so that the opening width of the inlet part into which the wire is inserted is larger than the opening width of the inner part so that the wire is inserted well and inserted. Gloves characterized in that it does not fall well after.
An instep part having a gap formed in a horizontal direction along a length direction in a back area of a user, the instep part partitioned into a first instep part and a second instep part by the gap part;
The pad portion provided in the longitudinal direction in the central region of the instep portion to cover the gap portion, the wire portion is constrained to the pad portion and the tension of the wire is adjusted by winding or loosening the wire according to the rotation of the dial so as to adjust the first and second portions. Detachable fastener having a fastener for adjusting the spacing of the instep or spacing,
A wire restrainer configured to restrain the wire, the wire restraining the wire from being restrained when the tightening part is reused;
A detachable part of the instep part provided in the horizontal direction to cover the first and second boundary regions of the first and second instep part and the gap part; and
It includes a detachable portion of the pad portion provided in the horizontal direction in the front region of the lower surface of the pad portion,
The wire restraint part,
Protruding surface protruding upward from the base surface, inclined surface extending in the upper region of the protruding surface, and the other side of the protruding surface, the wire constraining surface to which the wire is restrained by tightening the wire, respectively, in the horizontal direction First and second fixing parts which are formed to be inclined in the insertion direction in which the wire is inserted by being spaced apart by a predetermined distance, and
A cover part extending from the first and second fixing parts and positioned above the first and second fixing parts;
At the time of attachment, the detachable portion of the instep portion and the detachable portion of the pad portion are horizontally coupled to each other to constrain the wire to the wire restraint portion while constraining the pad portion to the instep portion.
The shoe is characterized in that when the detachable portion of the instep and the detachable portion of the pad portion is detached from each other while the wire is released from the restraining portion restrained by the detachable tightening unit can be reused.
delete delete The method of claim 16,
The pad portion is provided with a detachable portion on the front lower surface of the pad portion,
The detachable part of the instep is formed on the front upper surface of the instep,
Footwear, characterized in that the fastening portion is reused by the detachable portion of the pad portion and the detachable portion of the foot portion is coupled or released from each other.

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