A fastener member and a connecting member using the same

Abstract

A buckle member and a connecting member using the same, relate to the technical field of bandage connection, including inlay groove member, inlay block member, the inlay groove member includes first T-shaped groove body, inlay groove which is arranged at the back of first T-shaped groove body, the inlay block member includes second T-shaped groove body, and the inlay block of inlay groove matching is arranged at the back of second T-shaped groove body.This utility model has the advantages of high manufacturing efficiency, low cost and reliable manufacturing quality while retaining fast binding bandage compared with prior art.

Description

Technical Field

[0001] This utility model relates to the field of strap connection technology, and in particular to buckle components, buckle components and connecting components using buckle components. Background Technology

[0002] Existing connecting components for securing objects, such as beauty masks, use Velcro. This allows for quick connection and fixation of the mask, and also allows for adjustment of the straps to suit different face sizes, ensuring the mask fits snugly and effectively to maximize its beauty benefits and user comfort. However, because the connecting components are made of silicone rubber, the Velcro needs to be glued to the straps. This manufacturing process, being manual, is prone to issues like weak adhesion or excess adhesive showing, affecting bonding quality and resulting in low manufacturing efficiency. Summary of the Invention

[0003] The purpose of this invention is to provide a fastening component that overcomes one or more of the above-mentioned disadvantages, while retaining the quick-binding strap, and has high manufacturing efficiency, low cost, and reliable manufacturing quality, as well as a connecting component using the fastening component.

[0004] The fastener of this utility model is implemented as follows: it includes an inlay groove component and an inlay block component. The inlay groove component includes a first T-shaped groove and an inlay groove disposed on the back of the first T-shaped groove. The inlay block component includes a second T-shaped groove and an inlay block disposed on the back of the second T-shaped groove that matches the inlay groove.

[0005] The connecting component using this fastener is implemented as follows: it includes a connecting component body and an inlay portion disposed at the connecting end of the two connecting component bodies to be connected. The connecting component body and the inlay portion are integrally processed from silicone rubber. The two sides of the inlay portion are provided with grooves that match the two inner convex edges of the T-shaped groove opening. The inlay portions of the two connecting ends are respectively inlaid into the first T-shaped groove of the inlay groove component and the second T-shaped groove of the inlay block component. The two inner convex edges of the opening of the first T-shaped groove or the two inner convex edges of the opening of the second T-shaped groove are respectively inlaid in the grooves that match the two edges of the opening, so that the inlay portions of the two connecting ends are connected and fixed to the matching first T-shaped groove and second T-shaped groove.

[0006] During connection, the fixed part of the connecting component body is connected to the object to be connected (such as a mask). The object to be connected (such as a mask) rests against the target object (such as a human face). The two connecting ends of the connecting component body bypass the target object. The inlay block of the inlay block component is inlaid into the inlay groove of the inlay groove component, connecting the inlay groove component and the inlay block component together, thereby connecting the connecting component body, and the object to be connected rests against the target object and is fixed.

[0007] Since the inlay part of the connecting component body can be inlaid into the T-shaped groove to complete the connection and fixation of the two, and the inlay block component is inlaid into the inlay groove to connect the inlay groove component and the inlay block component, and the inlay groove component and the inlay block component can be manufactured as a whole by injection molding, the manufacturing efficiency is high, the cost is low, and the manufacturing quality is reliable while retaining the quick-connect connecting component body.

[0008] Preferably, the inlay groove of the inlay groove component includes a pair of oppositely arranged arc-shaped walls, the space between the pair of arc-shaped walls is an inlay space with a small opening and a large belly, the outer side of the pair of arc-shaped walls is conical, the inlay block of the inlay block component includes an inlay part that matches the shape of the inlay space, and a connecting part that connects the inlay part to the back of the second T-shaped groove body and matches the space between the pair of arc-shaped walls, the back of the second T-shaped groove body is a concave shape that matches the outer side of the conical pair of arc-shaped walls, the inlay block of the inlay block component is inlaid into the inlay groove of the inlay groove component, the concave back of the second T-shaped groove body brings the pair of arc-shaped walls close to each other, ensuring that the pair of arc-shaped walls clamp and fix the inlay block.

[0009] Compared with existing technologies, this invention has the advantages of high manufacturing efficiency, low cost, and reliable manufacturing quality while retaining the quick-connect components. Attached Figure Description

[0010] Figure 1 This is a structural schematic diagram of the fastener component of this utility model; Figure 2 This is a structural schematic diagram of the connecting component using the fastener in this utility model; Figure 3 This is a schematic diagram showing the connection between the inlay groove component, the inlay block component, and the connecting component body.

[0011] Explanation of reference numerals in the attached drawings: 1-Inlay groove component; 101-First T-shaped groove; 1011-First inner convex edge; 102-Inlay groove; 1021-Arc-shaped wall; 1022-Inlay space; 1023-Conical; 1024-Space; 2-Inlay block component; 201-Second T-shaped groove; 2011-Second inner convex edge; 202-Inlay block; 2021-Inlay part; 2022-Connecting part; 2023-Notch-shaped; 3-Connecting component body; 4-Connecting end; 5-Inlay part; 6-Groove; 7-Adhesive; 8-Fixing point; 9-Connected and fixed object. Detailed Implementation

[0012] The fastening component of this utility model and the connecting component using the fastening component will now be described in further detail with reference to the accompanying drawings and embodiments: like Figure 1As shown, the buckle component of this utility model includes an inlay groove component 1 and an inlay block component 2. The inlay groove component 1 includes a first T-shaped groove 101 and an inlay groove 102 disposed on the back of the first T-shaped groove 101. The inlay block component 2 includes a second T-shaped groove 201 and an inlay block 202 disposed on the back of the second T-shaped groove 201 that matches the inlay groove 102.

[0013] Preferably, the inlay groove 102 of the inlay groove component 1 includes a pair of oppositely arranged arc-shaped walls 1021, the space between the pair of arc-shaped walls 1021 is an inlay space 1022 with a small opening and a large belly, and the outer side of the pair of arc-shaped walls 1021 is conical 1023. The inlay block 202 of the inlay block component 2 includes an inlay part 2021 that matches the shape of the inlay space 1022 and a connecting part 2022 that connects the inlay part 2021 to the back of the second T-shaped groove 201 and matches the space 1024 between the pair of arc-shaped walls 1021. The back of the second T-shaped groove 201 is concave 2023 that matches the outer side of the pair of conical arc-shaped walls 1021. The inlay block 202 of the inlay block component 2 is inlaid into the inlay groove 102 of the inlay groove component 1. The concave 2023 of the back of the second T-shaped groove 201 brings the pair of arc-shaped walls 1021 closer to each other, ensuring that the pair of arc-shaped walls 1021 clamp and fix the inlay block 202.

[0014] The connecting component of this utility model using the fastener includes a connecting component body 3 and an inlay portion 5 disposed at the connecting end 4 of the two connecting component bodies 3 to be connected together. The connecting component body 3 and the inlay portion 5 are integrally processed from silicone rubber. The two sides of the inlay portion 5 are provided with grooves 6 that match the two inner convex edges 1011 of the first T-shaped groove 101 or the two inner convex edges 2011 of the groove opening of the second T-shaped groove 201. The inlay portions 5 of the two connecting ends 4 are respectively inlaid into the first T-shaped groove 101 of the inlay groove component 1 and the second T-shaped groove 201 of the inlay block component 2. The two first inner convex edges 1011 of the groove opening of the first T-shaped groove 101 or the two second inner convex edges 2011 of the groove opening of the second T-shaped groove 201 are respectively inlaid in the grooves 6 that match the two edges of the groove opening, so that the inlay portions 5 of the two connecting ends 4 are respectively connected and fixed to the matching first T-shaped groove 101 and second T-shaped groove 201.

[0015] Preferably, an adhesive 7 is provided between the two inner convex edges 1011 of the opening of the first T-shaped groove 101 or the two inner convex edges 2011 of the opening of the second T-shaped groove 201 and the groove 6, so as to firmly bond the two inner convex edges 1011 of the opening of the first T-shaped groove 101 or the two inner convex edges 2011 of the opening of the second T-shaped groove 201 to the groove 6.

[0016] like Figure 2 , 3As shown, when the connected and fixed object 9 (such as a beauty mask) is positioned against the target object (such as a human face), when the beauty mask is being connected, the fixing part 8 of the connecting component body 3 is connected to the connected and fixed object 9 (such as connecting to the mask (including the connecting component body 3 being directly and integrally processed with the connected and fixed object 9)). The connected and fixed object 9 (such as a mask) is against the target object (such as a human face). The connecting ends 4 of the two connecting component bodies 3 are bent around the target object. The inlay block 202 of the inlay block component 2 is inlaid into the inlay groove 102 of the inlay groove component 1, connecting the inlay groove component 1 and the inlay block component 2, thereby connecting the two connecting component bodies 3, and fixing the connected and fixed object 9 against the target object.

Claims

1. A fastening component, characterized in that, It includes an inlay groove component and an inlay block component. The inlay groove component includes a first T-shaped groove and an inlay groove disposed on the back of the first T-shaped groove. The inlay block component includes a second T-shaped groove and an inlay block disposed on the back of the second T-shaped groove that matches the inlay groove.

2. The fastening component according to claim 1, characterized in that, The inlay groove component includes a pair of oppositely arranged arc-shaped walls, and the space between the pair of arc-shaped walls is an inlay space with a small opening and a large belly. The outer sides of the pair of arc-shaped walls are conical. The inlay block component includes an inlay part that matches the shape of the inlay space and a connecting part that connects the inlay part to the back of the second T-shaped groove body and matches the space between the pair of arc-shaped walls. The back of the second T-shaped groove body has a concave shape that matches the outer sides of the conical pair of arc-shaped walls. The inlay block component is inlaid into the inlay groove of the inlay groove component. The concave shape of the back of the second T-shaped groove body brings the pair of arc-shaped walls close to each other, ensuring that the pair of arc-shaped walls clamp and fix the inlay block.

3. A connecting member using the fastening member as described in claim 1 or 2, characterized in that, The device includes a connecting component body and an inlay portion disposed at the connecting end of the two connecting component bodies to be connected together. The connecting component body and the inlay portion are integrally processed from silicone rubber. The two sides of the inlay portion are provided with grooves that match the two inner convex edges of the groove opening of the T-shaped groove. The inlay portions of the two connecting ends are respectively inlaid into the first T-shaped groove of the inlay groove component and the second T-shaped groove of the inlay block component. The two inner convex edges of the groove opening of the first T-shaped groove or the two inner convex edges of the groove opening of the second T-shaped groove are respectively inlaid in the grooves that match the two edges of the groove opening, so that the inlay portions of the two connecting ends are connected and fixed to the matching first T-shaped groove and second T-shaped groove.

4. The connecting member according to claim 3, characterized in that, An adhesive is provided between the two first inner convex edges of the opening of the first T-shaped groove or the two second inner convex edges of the opening of the second T-shaped groove and the groove, so as to firmly bond the two first inner convex edges of the opening of the first T-shaped groove or the two second inner convex edges of the opening of the second T-shaped groove to the groove.

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