CN203040896U

CN203040896U - Shoelace adjusting buckle

Info

Publication number: CN203040896U
Application number: CN 201320024274
Authority: CN
Inventors: 温茂丽
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-16
Filing date: 2013-01-16
Publication date: 2013-07-10
Anticipated expiration: 2023-01-16

Abstract

The utility model discloses a shoelace adjusting buckle. The shoelace adjusting buckle comprises a fixed surface layer with a radian and a decorative layer, wherein the decorative layer is arranged on the surface of the fixed surface layer; an elastic lining layer is arranged on the back surface of the fixed surface layer; a locking surface layer is arranged on the back surface of the lining layer; a locking bracket is arranged on the center in the fixed surface layer; a plurality of locking belt penetrating holes are formed in the locking bracket; shoelace brackets are arranged at the two ends of the fixed surface layer; shoelace penetrating holes are formed in the shoelace brackets; surface layer belt penetrating holes in the fixed surface layer are formed between the locking bracket and the shoelace brackets; and lining belt penetrating holes are formed in the two ends of the lining layer. While being tied, a shoelace upwards penetrates out through the surface layer belt penetrating holes in the fixed surface layer from the lining belt penetrating hole in one side of the lining layer, winds in the locking bracket, enters the shoelace penetrating holes in the shoelace brackets and penetrates out from the shoelace brackets; and moreover, the shoelace is automatically clamped under self-tension and the actions of the locking bracket and the shoelace brackets.

Description

A kind of shoestring adjusting button

Technical field

The utility model relates to the footwear spare and accessory parts, is specifically related to a kind of shoestring adjusting button.

Background technology

Shoestring is a kind of upper of a shoe elasticity that is used for regulating, and ensures the comfortable rope tool of foot.Common frenulum class shoes are by the shoestring two ends being tied a knot to regulate shoelace tightness and fixing shoestring fully, the mode of this intersection knotting is very loaded down with trivial details, and the tag after the knotting all exposes in the footwear outside, if and exposed easy the becoming flexible that knot that in the process of motion, is subjected to reasons such as outer active force outside by the shoestring of knotting, cause the shoes of wearing to get loose easily, traditional frenulum knotting can not make the shoestring of direct bearing keep the fastening of knotting position, and tag exposes also not attractive in appearance.

The utility model content

The purpose of this utility model provides a kind ofly can finish the shoestring adjusting button of tying the shoelace fast.

The technical scheme that its technical problem that solves the utility model adopts is: a kind of shoestring adjusting button, comprise that one has the fixedly surface layer of radian and the decorative layer of being located at the stationary plane laminar surface, fixedly the surface layer back side is provided with the rubber-like inner liner, the inner liner back side is provided with the locking surface layer, described fixedly surface layer central authorities are provided with lock bracket, lock bracket is provided with a plurality of locking eyelets, fixedly the surface layer two ends are provided with the shoestring support, the shoestring support is provided with the shoestring perforation, be provided with the surface layer eyelet that is positioned on the fixing surface layer between described lock bracket and the shoestring support, described inner liner two ends are provided with the liner eyelet.

Further, a limit of described fixedly surface layer and architectural surface is fastenedly connected by suture, other three bonding connections in limit.

Further, described lock bracket is rectangle, and described locking eyelet has four, is symmetrically distributed on the lock bracket.

Further, described shoestring perforation is for laterally being located at the waist-shaped hole on the shoestring support.

Further, described surface layer eyelet vertically is arranged in fixedly on the surface layer.

Further, three limits of described fixedly surface layer and architectural surface are bonding by VELCRO.

Further, described surface layer eyelet has two, and described liner eyelet has three and wherein two to overlap with the surface layer eyelet.

The beneficial effects of the utility model are: when tying the shoelace, shoestring is upwards passed via the surface layer eyelet on the fixing surface layer from the liner eyelet of inner liner one side, move into lock bracket then, enter the shoestring perforation on the shoestring support again, pass from shoestring support top and can fasten shoestring, shoestring chucking automatically under the effect of self tension force and lock bracket and shoestring support, this technology is under the prerequisite that does not change vamp and shoestring, can make shoestring not loosening after being installed on the vamp, and the design of whole arc can be close to vamp more, thereby and shoestring can be wrapped up fully shoestring is stashed fully, play certain beautiful decoration effect.

Description of drawings

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the three-dimensional exploded view at visual angle, the utility model bottom;

Fig. 3 is the three-dimensional exploded view at visual angle, the utility model top;

Fig. 4 is the schematic diagram of wearing shoestring in the utility model second.

Wherein: 1, decorative layer; 2, fixing surface layer; 3, inner liner; 4, locking surface layer; 5, lock bracket; 6, shoestring support; 7, shoestring perforation; 8, VELCRO; 9, locking eyelet; 10, surface layer eyelet; 11, liner eyelet; 12, shoestring.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described in further detail.

With reference to Fig. 1, Fig. 2 and shown in Figure 3, the utility model discloses a kind of shoestring adjusting button, comprise that one has the fixedly surface layer 2 of radian and is located at the fixedly decorative layer 1 on surface layer 2 surfaces, fixedly surface layer 2 back sides are provided with rubber-like inner liner 3, inner liner 3 back sides are provided with locking surface layer 4, described fixedly surface layer 2 central authorities are provided with lock bracket 5, lock bracket 5 is provided with a plurality of locking eyelets 9, wherein said lock bracket 5 is rectangle, described locking eyelet 9 has four, be symmetrically distributed on the lock bracket 5, fixedly surface layer 2 two ends are provided with shoestring support 6, shoestring support 6 is provided with shoestring perforation 7, described shoestring perforation 7 is for laterally being located at a waist-shaped hole on the shoestring support 6, be provided with the surface layer eyelet 10 that is positioned on the fixing surface layer 2 between described lock bracket 5 and the shoestring support 6, described surface layer eyelet 10 has two, vertically be arranged in fixedly on the surface layer 2, described inner liner 3 two ends are provided with liner eyelet 11, described liner eyelet 11 has three and wherein two to overlap with surface layer eyelet 10, described fixedly surface layer 2 is fastenedly connected by suture with a limit of architectural surface 1, other three bonding connections in limit, wherein fixedly surface layer 2 is bonding by VELCRO 8 with 1 three limits of architectural surface.

During use this adjusting button is placed vamp, shoestring 12 is upwards passed via the surface layer eyelet 10 on the fixing surface layer 2 from the liner eyelet 11 of inner liner 3 one sides, move into lock bracket 5 then, two locking eyelets 9 that pass successively on the diagonal pass from lock bracket 5 bottoms then, enter the shoestring perforation 7 on the shoestring support 6 again, pass from shoestring support 6 tops and can fasten shoestring 12, shoestring 12 chucking automatically under the effect of self tension force and lock bracket 5 and shoestring support 6.

In addition, as shown in Figure 4, shoestring 12 can also be worn as follows: shoestring 12 is upwards passed via the surface layer eyelet 10 on the fixing surface layer 2 from the liner eyelet 11 in inner liner 3 left sides, penetrate lock bracket 5 bottoms then passes from upper left side locking eyelet 9 then and enters upper right side locking eyelet 9 again from the left side, pass from lock bracket 5 bottoms via upper left side locking eyelet 9 again, penetrate the shoestring support 6 in left side, pass from shoestring perforation 7 and get final product.

Above-described only is preferred embodiment of the present utility model; should be pointed out that for the person of ordinary skill of the art, under the prerequisite that does not break away from the utility model creation design; can also make some distortion and improvement, these all belong to protection domain of the present utility model.

Claims

1. shoestring adjusting button, it is characterized in that: comprise that one has the fixedly surface layer (2) of radian and is located at the fixedly decorative layer (1) on surface layer (2) surface, fixedly surface layer (2) back side is provided with rubber-like inner liner (3), inner liner (3) back side is provided with locking surface layer (4), described fixedly surface layer (2) central authorities are provided with lock bracket (5), lock bracket (5) is provided with a plurality of locking eyelets (9), fixedly surface layer (2) two ends are provided with shoestring support (6), shoestring support (6) is provided with shoestring perforation (7), be provided with the surface layer eyelet (10) that is positioned on the fixing surface layer (2) between described lock bracket (5) and the shoestring support (6), described inner liner (3) two ends are provided with liner eyelet (11).

2. shoestring adjusting button according to claim 1 is characterized in that, described fixedly surface layer (2) is fastenedly connected other three bonding connections in limit with a limit of architectural surface (1) by suture.

3. shoestring adjusting button according to claim 1 and 2 is characterized in that, described lock bracket (5) is rectangle, and described locking eyelet (9) has four, is symmetrically distributed on the lock bracket (5).

4. shoestring adjusting button according to claim 3 is characterized in that, described shoestring perforation (7) is for laterally being located at the waist-shaped hole on the shoestring support (6).

5. shoestring adjusting button according to claim 4 is characterized in that, described surface layer eyelet (10) vertically is arranged in fixedly on the surface layer (2).

6. shoestring adjusting button according to claim 5 is characterized in that, described fixedly surface layer (2) is bonding by VELCRO (8) with (1) three limit of architectural surface.

7. shoestring adjusting button according to claim 6 is characterized in that, described surface layer eyelet (10) has two, and described liner eyelet (11) has three and wherein two to overlap with surface layer eyelet (10).