WO2011147303A1

WO2011147303A1 - Shoelace tying device

Info

Publication number: WO2011147303A1
Application number: PCT/CN2011/074557
Authority: WO
Inventors: 颜朝雄
Original assignee: Yen Chao-Hsiung
Priority date: 2010-05-27
Filing date: 2011-05-24
Publication date: 2011-12-01
Also published as: US20110289742A1

Abstract

A shoelace tying device comprises two shoelace bases (20) which are arranged on two sides of a shoe tongue (13) respectively. A sliding groove (21), whose front end is a closed end while the back end is an open end, is formed on the top surface of the shoelace base (20) along its axial line. The back end of the shoelace base (20) is provided with a hook part (23). The device also comprises two shoelace fasteners (30) respectively slidably provided on the corresponding shoelace base (20). The shoelace fastener (30) is a structural body which bends continuously. The front end of the shoelace fastener (30) is arranged in the closed end of the sliding groove (21). The back end of the shoelace fastener (30) is provided with a limiting part (50). One end of the limiting part (50) is limited in the sliding groove (21) so that the back end of the shoelace fastener (30) can only move along the extending direction of the sliding groove (21). A pull element (35) is arranged at the back end of the shoelace fasteners (30).The pull element (35) can be selectively tied to the two corresponding hook parts (23) so that the shoelace (12) can be in a tensioned and fixed state. The limiting part (50) and the guiding part (60), which are partly held and stuck in the sliding groove (21), can slide relative to the shoelace base (20).

Description

Lace-up device

SUMMARY OF THE INVENTION The present invention is directed to a lace-through structure, and more particularly to a lace-through structure that can quickly relax or fasten a lace. Background technique

At present, there are many kinds of shoes sold on the market, such as: sports shoes, casual shoes or leather shoes, most of them are covered styles. These shoes are usually tied with laces on both sides of the tongue. The way, or using the devil's felt to make the shoes can be fixed on the feet while walking without falling off, and according to my opinion, in the way of fixing the shoes on the feet, The way to tighten is the strongest.

However, when the shoes are fastened with laces on the feet, the shoes must be loosened before the feet are put into the shoes, so that the tongue can be slightly turned out, so that the feet can be smoothly inserted into the shoes, when the feet are indeed After positioning in the shoe, fasten the laces (the most common is to tie the laces out of the ends of the shoe into a bow). However, although fixing with laces is the most common and strongest way, it is still tricky to tie the laces, especially when children wear shoes, they often have to do it by adults, even actions. Inconvenient adults or those whose fingers are not flexible due to injury are also quite difficult to tie the laces. Therefore, how to make the shoelaces become more convenient and faster is indeed worthy of study by footwear practitioners. Innovation. Summary of the invention

SUMMARY OF THE INVENTION A primary object of the present invention is to solve the above problems and to provide a lace-through structure which can quickly relax or fasten a shoelace.

In order to achieve the above object, the present invention mainly comprises two shoelace seats respectively mounted on the two sides of the tongue. The top surface of the shoelace seat is formed with a trough having an inverted T-shaped section along the axis thereof, and the front end thereof is set to be a closed end. And the rear end is set to an open end, the front end of the shoelace seat is convexly disposed with a positioning post, the positioning post forms a notch communicating with the sliding slot; the rear end of the shoelace seat is provided with a hook portion; Two shoelace fasteners respectively disposed on the corresponding shoelace seat, the shoelace fastener is a continuously bent structure body, and a front end is formed with a set of holes, the sleeve hole is sleeved on the positioning post, and Through one The Kaka member is penetrated through, so that it can not be detached from the self-positioning position of the post; the rear rear end of the shoe lace buckle member Forming a hole formed by the Kaka, the inner wall of the Kaka hole is radially extended to provide a plurality of pieces of the elastic piece, and the card is borrowed The clamping system defines a positioning position, and the one end end limit of the limiting position piece is located in the sliding slot, so that the shoe lace buckles The rear rear end of the piece can only be moved along the extending direction of the sliding groove; the shoe lace has the rear rear end of the fastening member and extends The tongue is provided with a tongue portion, wherein the tongue portion is formed in a middle shape to have a through hole; 55. the shoe lace buckle member is inwardly The bending and folding portions are respectively provided with a piercing portion for piercing the shoelace belt, and the outwardly and outwardly bent portion is Divided into separate shapes There is a mounting portion for mounting and guiding the guiding member, and the two two phases are respectively provided for the through-holes corresponding to the shoe buckle buckle member The device is provided with a pull-and-hold member, and the pull-hold member can be selectively selected to be positioned in a correspondingly corresponding hook portion of the two phases. , the shoe lace strip is formed into a tightly stretched state, wherein the limit position member and the guide guide member portion are separately accommodated. The card is formed in the sliding slot, and can slide relative to the shoelace with the seat. .

1100 passes through the combination of the above-mentioned knot structure, when the user wants to wear the shoes, the first shilling first makes the shoe lace buckle pieces appear shrinking In a state of tightness, this can be used to flip up the tongue of the shoe, so that the user can easily place the foot portion of the shoe into the foot. In the middle of the shoes, and then pull up and pull up the holding parts, and finally, the last holding parts will be set separately on the hooks. The department, the shoe lace fasteners are in a stretched and stretched state, as shown in Fig. 66, that is, the laces can be worn without the use of straps. In the case of the belt, the shoe and the shoe are fixedly fixed to the foot portion of the user. . However, when you want to take off your shoes, just remove the pull-up holder from the hook and hook, and then press and compress the shoe laces.

1155 Cheng Cheng did not wear the tight and tight state of the front and front of the shoes, so that you can easily take off the shoes and shoes, and completely free to tie the straps The steps of the steps, simplifying the steps and the steps of wearing the shoes, as such, one by one, that is, even if the fingers and fingers are not enough flexible enough The little child boy or the person who is injured or disabled, all of them can wear it on their own without having to help others by helping others. Take off your shoes and shoes. . Attached to the drawings

2200 Figure 11 is a reference diagram of the state of the use state of the present invention. .

Figure 22 is a perspective view of a stereoscopic external appearance of the present invention. .

Figure 33 is a partial exploded perspective view of a local portion of the present invention. .

Figure 44 is a partial cross-sectional view showing a portion of the present invention. .

Figure 55 is a schematic view of the front of the shoe according to the present invention.

2255 Figure 66 is a schematic view showing the rear view of the shoelace belt of the present invention. .

[[Main main elemental component symbol symbol description]

1100--shoes and shoes; 1111--shoe uppers;

1122--shoe lace belt;; 1133--shoes tongue;

2211--sliding slot;

3300 * 222211-- missing slot; 23-hook; 30-lace fasteners;

300-tongue; 301-perforation;

31-socket hole; 32-card hole;

321-shrap; 33-through;

341-C groove;

342-card slot; 35-handle;

40-card parts; 41-base:

42-head; 43-column:

50-limit member; 51-base;

52-head; ₅₃ - guide column;

60-guide; 61-base;

62-head; 621-ring rib;

63-guide column. detailed description

Referring to Figures 1 through 6, the structure of the preferred embodiment selected for use in the present invention is shown. These structures are for illustrative purposes only and are not to be construed as limiting.

The invention relates to a shoelace wearing structure capable of quickly relaxing/fastening a shoelace, which is fixed on an upper (11) of a shoe (10) for wearing a shoelace (12), the shoe The belt-through structure comprises two shoelaces (20), wherein each shoelace (20) is slidably provided with a shoelace fastener (30) for wearing a shoelace (12).

Referring to FIG. 1 to FIG. 4, the two shoelaces (20) have the same structure and are parallel to each other corresponding to the two sides of the tongue (13), and the two shoelaces (20) can be separately arranged. It is also possible to join a U-shaped structure on the upper (11). The top surface of the shoelace seat (20) is formed with an inclined T-shaped sliding groove (21) along its axis, and the front end is set as a closed end, and the rear end is set as an open end to facilitate the installation of the lace fastener (30). ). A positioning post (22) is protruded from the top end of the shoelace seat (20), and the positioning post (22) defines a notch (221) communicating with the chute (21). The back end of the shoelace seat (20) is provided with a hook portion (23).

The shoelace fastener (30) is a continuously bent structure body, and a front end is formed with a set of connecting holes (31), the sleeve hole (31) is sleeved on the positioning post (22), and passes through a through card Parts (40), The detachment of the lacing fastener (30) is formed with a locking hole (32), and the inner wall of the locking hole (32) is radially extended with a plurality of elastic pieces ( 321), by positioning a limiting member (50), one end of the limiting member (50) is limited to the sliding slot (21), so that the rear end of the lace fastener (30) can only follow the sliding slot ( 21) The direction of extension moves. a tongue portion (300) is formed at a rear end of the shoelace fastener (30), and a through hole (301) is formed in the tongue portion (300); the inward bending portion of the shoelace fastener member (30) respectively There is a fitting for the laces (12)

(33), and the outwardly bent portions are respectively formed with a mounting portion for mounting the guide member (60)

(34). The top surface of the mounting portion (34) is formed with an inwardly facing C-shaped groove (341), and a central portion thereof is formed with an opening-inwardly engaging groove (342). The through holes (301) of the two corresponding shoelace fasteners (30) are respectively provided with a holding member (35), and the holding member (35) is selectively sleeved and disposed at the corresponding hook portions. (23), the shoelace (12) is brought into a tightly fixed state, as shown in Fig. 6, and the shoe (10) is fixed to the user's foot.

The clamping member (40) includes a base (41) received in the sliding slot (21) and a head (42) attached to the end of the socket (31), wherein the clamping member ( 40) The base (41) and the head (42) are connected by a guide post (43) to form a structure having an H-shaped cross section; the limiting member (50) includes a sliding sleeve (21) The base (51) in the middle passes through the elastic piece (321) and forms a head (52) in the locking hole (32), wherein the base (51) and the head (52) of the limiting member (50) ) is connected by a guide post (53) to form a structure having an H-shaped cross section; the guide member (60) includes a base (61) slidably disposed in the chute (21) and a card is disposed at the installation a head (62) on the portion (34), an end rib (621) of the C-shaped groove (341) extending downwardly from the end edge of the head portion (62), wherein the guide member ( 60) The base (61) and the head (62) are connected by a guide post (63) to form a structure having an H-shaped cross section, and the guide post (63) of the guide member (60) is positioned at the phase Corresponding card slot (3 42) Medium.

Through the combination of the above structures, when the user wants to wear the shoes, the shoelace fastener (30) is first tightened, as shown in FIG. 5, so that the tongue (13) can be flipped up, so that the user can Easily put the foot into the shoe, then pull up the holding part (35), and finally hook the holding part (35) to the two hooks (23), so that the shoelace fastener (30) is presented. In the stretched state, as shown in Fig. 6, the shoe (10) can be fixed to the user's foot without tying the shoelace. To remove the shoe, simply pull the handle (35) off the hook (23) and return the shoelace fastener (30) to As shown in Figure 5, you can easily take off your shoes (10), completely eliminating the need to tie the laces, simplifying the steps and procedures for wearing the shoes, so that even children with less flexible fingers or Disabled people can wear their own shoes without the help of other people.

Claims

Rights request

A shoelace fastening structure, characterized in that it comprises:

Two shoelace seats respectively mounted on the two sides of the tongue, the top surface of the shoelace seat is formed with a trough having an inverted T-shaped section along its axis, and the front end is a closed end, and the rear end is an open end. a positioning post is protruded from the top end of the shoelace seat, and the positioning post is formed with a notch communicating with the sliding slot; the rear end of the shoelace seat is provided with a hook portion;

Two shoelace fasteners respectively disposed on the corresponding shoelace seat, the shoelace fastener is a continuously bent structure body, and a front end is formed with a set of holes, the sleeve hole is sleeved on the positioning post, and Through a penetrating member, it is unable to be detached from the positioning post; the rear end of the shoelace fastener is formed with a locking hole, and the inner wall of the locking hole is radially extended with a plurality of elastic pieces for positioning by clamping a limiting member, one end of the limiting member is limited to the sliding slot, so that the rear end of the lace fastener can only move along the extending direction of the sliding slot; a rear end of the lace fastener has a tongue portion. A through hole is formed in the tongue portion; the inwardly bent portion of the shoelace fastener is respectively provided with a through portion for wearing the shoelace, and the outwardly bent portion is respectively formed with a guiding member for mounting The mounting portion, the perforations of the two corresponding shoelace fasteners are respectively provided with a holding member, and the pulling member is selectively sleeved and disposed on the corresponding hook portions, so that the shoelace is tightly fixed. a state in which the limiting member and the guiding portion are received in the sliding slot and can be opposite to the shoelace Slide.

The shoelace piercing structure according to claim 1, wherein the top surface of the mounting portion is formed with an inwardly facing C-shaped groove, and at the center thereof is formed an opening inwardly.

The shoelace structure according to claim 1, wherein the card member comprises a base received in the sliding slot and a head attached to the end of the socket hole, wherein The base of the clamping member is connected to the head through a guide post to form a structural body having an H-shaped cross section.

The shoelace-piercing structure according to claim 1, wherein the limiting member comprises a base that is slidably disposed in the sliding slot; and a head is traversed and a card is formed in the locking hole. The base of the limiting member and the head are connected by a guide post to form a structure having an H-shaped cross section.

The shoelace wearing structure according to claim 2, wherein the guiding member comprises a base slidingly disposed in the sliding slot, and a card is formed on the mounting portion, the end of the head An annular rib is disposed in the C-shaped groove, wherein the base of the guiding member is connected with the head through a guiding column to form a structural body with an H-shaped cross section, and the guiding member The guide post card is set in the corresponding card slot.