TWM623657U - Structure of cord lock - Google Patents

Abstract

The present invention is a structure of a rope buckle, which includes a joint piece combined with a predetermined object, the joint piece includes at least two base parts and a spacer part is connected between adjacent base parts, and one side of the two base parts is Each extends with a set body, and each of the two sets of bodies has a passing channel for passing a preset rope and forming a tight positioning.

Description

The structure of the rope buckle

This creation is related to the structure of a rope buckle, especially a bending and forming state of a rope buckle between the spacer part and the two base parts of the joint piece in the preset mold, so as to achieve the function of saving the volume of the preset mold, so as to facilitate the simultaneous Production of more rope buckles, and after the joint piece in the bent state is flattened, the joint piece can be combined into the preset object, because the rope buckle includes more than two sets of bodies, it can reduce shoemaking During the process, the number of times of rope buckle alignment can be achieved, thereby achieving the purpose of saving processing time.

According to the current trend of sports, regardless of gender, age, and age, normal and regular exercise can improve cardiopulmonary capacity, muscle endurance, promote metabolism, improve immunity, relieve stress, and improve the quality of life. , and whether it is running, ball games, hiking outings, mountaineering cross-country and other sports, all need to use your feet to achieve, but because there are foreign objects such as gravel, stones, glass or nails on the ground, in order to avoid foot injuries, so Wear shoes to isolate foreign objects and protect your feet.

In order to match the shoes with different protection functions for different sports types, various types of jogging shoes, outdoor hiking shoes, trail running shoes, and hiking shoes suitable for wearing during exercise are introduced, and the shoelaces on the shoe body are used to match the shoes. Adjust the volume of the foot so that the shoe body and the foot can be firmly combined and not easy to loosen, so as to facilitate the user to exercise, so as to prevent falls or cause accidents. The function of protecting the feet from moving injuries.

Generally, sports shoes are provided with opposite shoelace holes on both sides of the upper, and the shoelaces are in a long strip-like structure. The shoelaces are inserted into the shoelace holes of the upper and the two sides of the upper are pressed against the center. , and then tighten the shoelaces so that the shoes can be tightly wrapped around the feet without loosening, and finally tie the shoelaces tightly to complete the wearing of the shoes. In addition, some shoe styles use the joint pieces on one side of multiple rope buckles to be combined with the two sides of the upper of the shoe body by sewing, and the rope buckles are used to form a structure for shoelaces to penetrate and fasten the shoe body, but Since a single rope buckle only has a single slot for the rope to wear, the shoe factory must adjust the alignment of each rope buckle before sewing, resulting in a long processing time. How to design A fastener that can save processing time has become an urgent goal for those engaged in this industry.

Therefore, in view of the above problems and deficiencies, the creator collected relevant information, and after multiple evaluations and considerations, the creation of the structure of this kind of rope buckle was born.

The present invention is mainly a structure of a rope buckle, which includes a joint piece combined with a predetermined object, the joint piece includes at least two base parts and a spacer part is connected between adjacent base parts, and one side of the two base parts is Each extends with a set body, and each of the two sets of bodies has a passing channel for passing a preset rope and forming a tight positioning. The aforementioned rope buckle is in the bending and forming state between the spacer part of the joint piece and the two base parts in the preset mold, so as to achieve the function of saving the volume of the preset mold, so as to facilitate the production of more rope buckles at the same time. After the joint piece is flattened, the joint piece can be combined into the preset object (for example: the bottom side of the second sports shoe opposite the assembly surface), because the rope buckle includes more than two cover bodies, it can reduce shoemaking During the process, the number of times the rope buckle is aligned, thereby achieving the purpose of saving processing time.

The secondary purpose of the present creation is that the joints between the two bases and the spacer are each provided with a bending groove that can be bent and is an arc-shaped groove, so that the two bases after bending are perpendicular to the spacer the second side.

Another purpose of the present invention is that the rope buckle is made of plastic material with elastic deformation and elastic reset.

Another object of the present invention is that the appearance of the sleeve body is similar to an ellipsoid, and the sleeve body in the shape of an ellipsoid is formed with the passage channel, which is also an elliptical space, and the sleeve body is away from the joint piece. A narrow and widened structure is formed toward the adjacent joint piece.

Another object of the present invention is that the joint sheet is combined into the preset object by sewing, riveting, chemical adhesive or high-frequency heat welding.

Another object of the present invention is that the top surface of the base is protruded with an identification frame which can be recognized as the front side of the rope buckle during the assembly operation.

Another object of the present invention is that an alignment bar for alignment with an assembly surface of the predetermined object is protruded from the joint between the sleeve body and the joint piece.

1: rope buckle

11: Splice tab

111: Base

112: Spacer

113: Bending groove

114: Recognition box

115: Alignment bar

12: Body

120: through the channel

2: Object

21: Assembly surface

3: rope belt

[Picture 1] is the three-dimensional appearance view of the rope buckle of this creation.

[Picture 2] is another perspective three-dimensional appearance view of the rope buckle of this creation.

[Picture 3] is a side view of the rope buckle of this creation.

[Picture 4] is a three-dimensional view of the rope buckle of this creation in a flattened state.

[Fig. 5] is a three-dimensional external view of another embodiment of the rope buckle of the present creation.

[Fig. 6] is a three-dimensional view of another embodiment of the rope buckle of the present invention in a flattened state.

[Fig. 7] is a structural diagram of the implementation of the rope buckle combined with the preset object in this creation.

In order to achieve the above purpose and effect, the technical means and structure used in this creation, the preferred embodiment of this creation is described in detail as follows, and its structure and function are as follows, so as to be fully understood.

Please refer to Figures 1 to 4 and 7, which are the three-dimensional appearance view of the rope buckle of the creation, the three-dimensional appearance view from another perspective, the side view, the three-dimensional view in the flattened state, and the implementation structure of the rope buckle combined with the preset object. As can be clearly seen from the figure, the rope buckle 1 of the present invention includes an integrally formed joint piece 11 and a sleeve body 12, and the rope buckle 1 is made of a plastic material with elastic deformation and elastic reset, and The detailed configuration of the foregoing is as follows:

The rope buckle 1 includes a joint piece 11 combined with a predetermined object 2 (for example, the bottom side of two opposite assembly surfaces 21 of a sports shoe), and the joint piece 11 includes at least two base portions 111 between adjacent base portions 111 . A spacer 112 is connected, and a body 12 extends from one side of the two bases 111 . Each of the two bodies 12 has a penetration channel 120 for a predetermined rope 3 to pass through and form a tight positioning.

A bending groove 113 which can be bent and is an arc-shaped groove is provided at the junction of the two base portions 111 and the spacer portion 112, so that the two base portions 111 after bending are perpendicular to the spacer portion 112. Through the structure of the aforementioned bending grooves 113, the rope buckle 1 can be more easily deformed from the bent state shown in Fig. 1 to the flat state shown in Fig. 4 without rebound phenomenon, and the top surface of the base portion 111 is convex There is an identification frame 114 which is seen as the front side of the rope buckle 1 during the assembly operation.

The outer appearance of the above-mentioned casing 12 is similar to an ellipsoid, and the elliptical casing 12 has the penetrating channel 120 formed in the elliptical space, and the casing 12 is far away from the connection. The joint piece 11 is formed with a narrow and widened structure toward the position adjacent to the joint piece 11 , and the joint of the sleeve body 12 and the joint piece 11 is protrudingly provided with the assembly surface 21 of the preset object 2 for alignment. One of the alignment bars 115.

The above-mentioned bonding sheet 11 is combined into the predetermined object 2 by sewing, riveting, chemical adhesive or high-frequency heat fusion.

Please refer to Figures 5 and 6, each of which is a three-dimensional appearance view and a three-dimensional view in a flattened state of another embodiment of the rope buckle of the creation, which are very similar to the structure of the rope buckle 1 disclosed in the above-mentioned Figures 1 and 4, The only difference is that the two sets of rope buckles 1 shown in Figures 5 and 6 are the parallel structure shown in Figures 1 and 4. The advantage is that the rope buckle 1 includes four sleeves 12, which are used in sports shoes such as sports shoes. When presetting the object 2, because the number of applications of the rope buckle 1 is reduced, the number of alignments of the rope buckle 1 during the shoemaking process can be greatly reduced, so as to quickly connect the joint piece 11 of the rope buckle 1 to the sports shoes (preset object). 2) The second is combined relative to the bottom side of the assembly surface 21, thereby achieving the purpose of saving processing time. Of course, the plural sets of bodies 12 of the rope buckle 1 are not necessarily set in an even number, and can also be set according to the sports shoes (preset object 2) 2 Relative to the length and spacing of the assembly surface 21 , the sleeve body 12 is designed to be an odd number such as three or five, and then an elongated rope buckle 1 is formed by matching the appropriate length of the joint piece 11 , and this simple change design should be used in this creation. included.

The rope buckle 1 of the present creation can be applied to preset objects 2 such as footwear (for example: jogging shoes, outdoor hiking shoes, trail running shoes, mountaineering shoes), clothes or other items that need to be fixed on the rope belt 3. The flat engaging pieces 11 of each rope buckle 1 are aligned first, and the alignment process, for example, can be determined through the identification frame 114 on the top surface of the rope buckle 1 to determine whether the rope buckle 1 is facing upward, and then use the sleeve body 12 to The alignment strip 115 at the joint of the joint piece 11 is used as a reference for the two opposite assembly surfaces 21, and can be combined with the two phases of the sports shoes (preset object 2) using a sewing method such as sewing thread. Align the assembly surface 21 and make the edge of the assembly surface 21 completely cover the alignment bar 115 to ensure the accuracy of the combination. When strapping 3, thread the cords 3 into the passages 120 inside the plurality of casings 12 one by one. After the ropes 3 are firmly positioned in the passages 120 inside the casings 12, the creation can be completed. Overall assembly.

The main technical content of the present invention is to provide a structure of a rope buckle, which includes a joint piece combined with a predetermined object, the joint piece includes at least two bases and a spacer is connected between adjacent bases, and the two One side of the base is extended with a set of bodies, and each of the two sets of bodies has a passing channel for passing a preset rope and forming a tight positioning. The aforementioned rope buckle is in the bending and forming state between the spacer part of the joint piece and the two base parts in the preset mold, so as to achieve the function of saving the volume of the preset mold, so as to facilitate the production of more rope buckles at the same time. After the joint piece is flattened, the joint piece can be combined into the preset object (for example: the bottom side of the second sports shoe opposite the assembly surface), because the rope buckle includes more than two cover bodies, it can reduce shoemaking During the process, the number of times the rope buckle is aligned, thereby achieving the purpose of saving processing time.

The above is only the preferred embodiment of this creation, and therefore it limits the scope of the patent of this creation. Therefore, any simple modifications and equivalent structural changes made by using the contents of the description and drawings of this creation should be included in the same description. Within the scope of the patent of this creation, I agree to Chen Ming.

To sum up, in order to achieve the effect and purpose of the above-mentioned rope buckle structure of this creation, it is a creation with excellent practicability. I hope that the review committee will approve this case as soon as possible to protect the hard work of the creators. If the review committee of the Jun Bureau has any doubts, please do not hesitate to send a letter for instructions. The creators will do their best to cooperate.

1: rope buckle

11: Splice tab

111: Base

112: Spacer

113: Bending groove

114: Recognition box

115: Alignment bar

12: Body

120: through the channel

Claims (7)

A structure of a rope buckle, which includes a joint piece combined with a predetermined object, the joint piece includes at least two bases and a spacer is connected between the adjacent bases, and one side of the two bases each extends with a set Each of the two sets of bodies has a perforating channel for a preset rope to pass through and form a tight positioning. The structure of the rope buckle according to claim 1, wherein each of the joints of the two base parts and the spacer part is provided with a bending groove which can be bent and is an arc-shaped groove, and the two after bending The base is perpendicular to both sides of the spacer. The structure of the rope buckle according to claim 1, wherein the rope buckle is made of a plastic material with elastic deformation and elastic reset. The structure of the rope buckle according to claim 1, wherein the top surface of the base is protruded with an identification frame which is recognized as an identification frame on the front side of the rope buckle during the assembly operation. The structure of the rope buckle according to claim 1, wherein the appearance of the sleeve body is similar to an ellipsoid, and the ellipsoid-shaped sleeve body is formed with the passage channel which is also an elliptical space, and the sleeve body is formed with an elliptical space. A narrow and widened structure is formed from a position away from the joint piece toward a position adjacent to the joint piece. The structure of the rope buckle according to claim 1, wherein an alignment bar for alignment with an assembly surface of the predetermined object is protruded from the joint between the sleeve body and the joint piece. The structure of the rope buckle as claimed in claim 1, wherein the joining piece is integrated into the predetermined object by sewing, riveting, chemical adhesive or high-frequency heat fusion.

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