TWM613666U - Decorative strip combined structure - Google Patents

Abstract

A decorative strip combination structure includes a frame body with a positioning portion, one side of the positioning portion is provided with a plurality of inserts, a plurality of buckle members, and a plurality of first positioning holes; and a decorative strip body is provided with a plurality of insertion holes , The second positioning hole and the hook. The installation and integration of the decorative strip body to the first positioning hole is achieved by the synchronous assembly operation of the molding strip body with the insert hole corresponding to the positioning part, the second positioning hole corresponding to the buckle member, and the hook corresponding to the first positioning hole. On the positioning part; through the buckle member and the hook end of the hook, separate from the second positioning hole and the first positioning hole, and pull away from the molding body in the reverse direction, even if the insertion hole leaves the insertion part, to achieve the purpose of disassembly . Accordingly, there is no need to use tools, no screws and no heat, and can be disassembled and assembled and fixed with bare hands. The overall operation is convenient, and the installation flexibility and replacement convenience of the decorative strip body are improved.

Description

Decorative strip combined structure

This creation is related to a technical field of structural assembly, especially a decorative strip combined structure.

In recent years, the rapid development of science and technology, the high frequency, high speed, density and miniaturization of electronic devices, the power of the equipment increases with the improvement of performance. Electronic equipment such as computers (desktops, all-in-ones, etc.), televisions, or monitors are all equipped with display modules, and the frame design has become narrower and narrower. Therefore, the traditional front shell has gradually been Cancel, one is to directly assemble the decorative strip from the front of the whole machine to the middle frame or rear shell; the other is to only fix the decorative strip directly to the middle frame or rear shell, and function keys can be installed on the decorative strip. Or design of trademarks, LOGO, etc. Among them, the all-in-one computer is a new form of computer that integrates the host part and the display part. The innovation of this product lies in the high integration of internal components. Due to the continuous improvement and maturity of liquid crystal displays in recent years, the new generation of LCD all-in-one computers have been developed in the direction of lightness, thinness, shortness and smallness. On the whole, the traditional method of assembling the relevant front trim and the middle frame in a frame is as shown in Figures 1 and 2. The middle frame is provided with a plurality of hot melts on one side of a display positioning member 11 The pillars 12 and a plurality of inserts 13 protruding from the side edge of the display positioning member 11, the inserts 13 are arranged in a staggered arrangement corresponding to the hot-melt pillars 12, and include a decorative strip 21, and are respectively arranged on the decorative strip The plurality of hot-melt holes 22 and the plurality of perforations 23 on the 21, the hot-melt holes 22 and the through-holes 23 are alternately arranged, and the hot-melt holes 22 correspond to the hot-melt pillars 12 and are located on the decorative strip 21 Above, the perforations 23 are located on the decorative strip 21 corresponding to the inserts 13. Through the combination of the foregoing structures, the decorative strip 21 is inserted into the insert 13 of the display positioning member 11 with the perforation 23, and then the decorative strip 21 is inserted into the hot-melt column 12 of the display positioning member 11 with the hot melt hole 22 Finally, the display positioning member 11 and the decorative strip 21 are retained by an auxiliary jig, and the hot-melt columns 12 are heat-melted with a hot-melt machine to achieve the purpose of fixed assembly. However, although the assembly is achieved by hot melting, the decorative strip 21 and the display positioning member 11 cannot be disassembled after assembly. Therefore, when the assembly is poor or needs to replace the accessories on the display positioning member 11 or replace the logo on the decorative strip 21, it is often necessary to use the machine to break the disassembly, which will affect the product quality to a certain extent and make it difficult to implement. Even in the process of transportation of the whole machine, the whole machine must be picked up when moving, which results in poor mobility and consumes manpower and costs.

In order to improve the above-mentioned problems, one purpose of this creation is to provide a decorative strip combination structure that can be disassembled and fixed without tools, screws, and heat. Another purpose of this creation is to propose a combination structure of the decoration strip which reduces the difficulty of installation of the decoration strip body under the prerequisite of quick disassembly and assembly without tools, thereby facilitating the replacement of the decoration strip. Another purpose of this creation is to provide a decorative strip combined structure that can be transported separately during transportation, effectively protecting the quality of its painted surface. In order to achieve the above purpose, this creation provides a decorative strip combination structure, which includes a frame body with a positioning portion, and one side of the positioning portion is provided with a plurality of inserts, a plurality of buckles and a plurality of first positioning holes; and a decoration The strip body has a plurality of insertion holes, a plurality of second positioning holes and a plurality of hooks. The strip body is provided with the insertion holes corresponding to the inserts, and the strip body is provided with the buckle parts corresponding to the aforementioned frame. There are the second positioning holes, the hooks are arranged on the molding body and have a hook end corresponding to the first positioning holes, and the inserts and the inserts are inserted through the insertion holes. The second positioning hole is sleeved into the buckling parts and the hooks are hooked on the first positioning hole, so that the decorative strip structure is detachably mounted on the positioning portion. The aforementioned retaining members have a first side corresponding to one side of the second positioning hole and a second side opposite to the first side. The first side gradually slopes and protrudes toward the second side, so that the abutment The upper surface of the fastener is an inclined guide surface. Each of the aforementioned hooks has a connecting end connected to one side of the molding body, and the hook end is formed by extending the connecting end outward, so that the hook end has an elastic effect. The aforementioned inserts are protruded at intervals on the edge of the side of the positioning portion, and the buckling pieces are arranged corresponding to each buckling piece and adjacent to each of the inserts On the side of the positioning portion, the first positioning holes are arranged in a staggered manner corresponding to the inserts and the retaining members. The aforementioned decorative strip body is provided with at least a first surface and a second surface perpendicularly connected to the first surface, and the hook end is connected to the side edge of the second surface of the decorative strip body from the hook Convex structure. The aforementioned positioning portion has a main surface and a drop positioning surface located at the side edge of the main surface, the side corresponding to and located at one end of the drop positioning surface, and the horizontal plane of the drop positioning surface and the horizontal plane of the main surface are not at the same level. The aforementioned insert is in the shape of a sheet and protrudes from the end edge of the side of the positioning portion. The insertion hole is provided on a first surface of the decorative strip body, and the second positioning hole is provided with a portion of the decorative strip body. On the second surface, the hook end of the hook is facing upwards, the second surface of the decorative strip body is attached to the bottom surface of the positioning portion, and the insertion hole is inserted into the insert and the second positioning hole sleeve The buckle member and the hook are hooked on the first positioning hole with the hook end. A plurality of limit slot holes are provided on the aforementioned positioning portion, and each of the limit slot holes corresponds to the first positioning hole. The hook is inserted into the limit slot first, and then the hook end is hooked. In the first positioning hole. The distance between the hook end of the hook and the second positioning hole is equal to the distance between the first positioning hole and the buckle member. The shape of the aforementioned second positioning hole corresponds to the shape of the buckle member, so that the second locating hole is sleeved and positioned to the buckle member. With the above technical solutions, the present creation provides for inserting the molding body into the inserting pieces through the inserting holes, inserting the second positioning holes into the buckling pieces, and buckling the hooks on the first The synchronous assembly operation of the positioning hole realizes the installation and combination of the decorative strip body on the positioning portion; by pressing the buckle member and the hook end of the hook, the second positioning hole and the first positioning hole are separated from each other, and The decorative strip body is pulled away in the reverse direction even if the insertion hole leaves the insertion part, the purpose of disassembly is realized. No need to use tools, no screws and no heat, it can be disassembled and assembled and fixed with bare hands, the overall operation is convenient, and the installation flexibility and replacement convenience of the decorative strip body are improved.

The above-mentioned purpose of this creation and its structural and functional characteristics will be described based on the preferred and specific embodiments of the accompanying drawings. Figure 3 is the combined structure of the creative decorative strips; Figure 4 is the exploded view of the combined structure of creative decorative strips; Figure 5 is a partial enlarged schematic diagram of the combined structure of creative decorative strips; Figures 6A and 6B are of this A schematic diagram of the assembling process of the creative decorative strip combined structure; Figure 7 is an enlarged view of the combined part of the creative decorative strip combined structure. As shown in the figure, the creative decorative strip combining structure 100 includes a frame body with a positioning portion 3 and a decorative strip body 40. The decorative strip body 40 is detachably assembled on the positioning portion 3, and can be specifically assembled. It is installed at the lower end, upper end, side end, or bottom of the positioning part 3, and in this embodiment, the molding strip body 40 is installed on the side end of the positioning part 3 as an example in detail as follows. The positioning portion 3 is arranged in the frame. The positioning portion 3 has a main surface 3a and a drop positioning surface 3b. The drop positioning surface 3b is connected to the side edge of the main surface 3a and appropriately extends outward to form a side 301 (For the convenience of the following description, it is called a left side 301 in Figure 4 as an example), so that the left side 301 corresponds to and is located at a free side end of the drop positioning surface 3b. Examples are the drop positioning surface in Figures 4 and 5 The horizontal plane of 3b and the horizontal plane of the main surface 3a are not at the same level, so that a drop bending section 3c is formed between the drop positioning surface 3b and the main surface 3a, and the main surface 3a is adjacent to the drop bending segment 3c. A plurality of limit slot holes 30 are provided. In addition, the positioning portion 3 corresponds to the left side 301 and is provided with a plurality of inserts 31, a plurality of buckles 32 and a plurality of first positioning holes 33. Specifically, the aforementioned plural inserts 31 are protrudingly provided at the end edge of the side 301 of the drop positioning surface 3b of the positioning portion 3 at intervals (as shown in Figs. 4 and 5). Each of the inserts 31 is not limited to its shape, it can be a sheet shape, but the inclusion is not limited to this, that is, in this embodiment, it can also be a rectangular column, a cylinder, a rod, etc., and the The horizontal plane of the insert 31 and the horizontal plane of the drop positioning surface 3b of the positioning portion 3 are at the same level with each other. The aforementioned plural buckle members 32, each of the buckle members 32 corresponds to and is adjacent to each of the aforementioned plural insert members 31, and is disposed on the drop positioning surface 3b of the positioning portion 3 (as shown in Figs. 4 and 5) Show). The buckle member 32 has a first side 321 and a second side 322 opposite to the first side 321. The buckle member 32 is gradually inclined and protruded from the first side 321 toward the second side 322. It is an inclined body and its upper surface is a guiding surface 323 which is inclined. The plurality of first positioning holes 33 are arranged on the main surface 3a of the positioning portion 3 at intervals and adjacent to the drop positioning surface 3b. Each of the first positioning holes 33 penetrates the main surface 3a and may be a through hole or a through hole. In this embodiment, each of the first positioning holes 33 of the first positioning holes 33 is a pair of each of the limiting slots 30 of the limiting slot 30; furthermore, the first positioning holes 33 and the position-limiting slots 30 correspond to the inserts 31 and the buckling members 32 arranged in a staggered arrangement on the main surface 3a of the positioning plate 3 (as shown in Figs. 4 and 5). The molding main body 40 is provided with a plurality of insertion holes 41, a plurality of second positioning holes 42, and a plurality of hooks 43 arranged on the molding main body 40. Specifically, the aforementioned decorative strip body 40 is in the shape of an elongated body, and it is provided with a first surface 401 and a second surface 402 perpendicularly connected to the first surface 401, and may also include a third surface 403 perpendicularly connected to the first surface 401. On the other side of the two surfaces 402, an accommodating space P is formed between the first, second, and third surfaces 401, 402, and 403. Furthermore, the volume depth and size of the accommodating space P are convenient for accommodating the positioning portion Part of the area of the drop positioning surface 3b and the main surface 3a of 3 is designed so that the size of the second surface 402 of the molding body 40 can correspond to the size of the drop positioning surface 3b of the positioning portion 3. The aforementioned plurality of insertion holes 41 are arranged on the first surface 401 of the decorative strip body 40 to correspond to the insertion pieces 31 at intervals. That is, in this embodiment, the hole shape of the insertion hole 41 corresponds to the shape of the insert 31. Preferably, the hole size of the insertion hole 41 corresponds to the size of the insert 31, so that the insertion hole 41 It is convenient to insert the assembly to the insert 31 without shaking. The aforementioned plurality of second positioning holes 42 are arranged on the second surface 402 of the molding body 40 so that each of the second positioning holes 42 corresponds to the buckle member 32 and is adjacent to the insertion hole 41. That is, in this embodiment, the hole shape of the second positioning hole 42 corresponds to the shape of the buckle member 32. Preferably, the hole size of the second locating hole 42 corresponds to the size of the buckle member 32. In this way, the second positioning hole 42 can be easily inserted into the buckle member 32 without shaking (see Figures 6A and 6B). The aforementioned plurality of hooks 43 are arranged on the free side end of the second surface 402 of the decorative strip body 40 to correspond to the first positioning holes 33 at intervals; that is, each of the hooks 43 has A connecting end 431 connected to the side of the second surface 402 of the molding body 40, and a hook end 432 protruding outward from the connecting end 431 to extend a proper length, so that the hook end 432 Slightly has the elastic effect of downward and rebound. In more detail, in this embodiment, the hook end 432 of the hook 43 is facing upward, and the outer surface of the hook end 432 forms an arc-guiding surface 433. The shape of the hook end 432 of the hook 43 corresponds to the hole shape of the first positioning hole 33. Preferably, the size of the hook end 432 corresponds to the hole size of the first positioning hole 33, and is elastic The function and the arc guiding surface 433 enable the hook end 432 to be conveniently inserted into the first positioning hole 33 and be restricted. Furthermore, the horizontal distance between the hook end 432 and the second positioning hole 42 is equal to the horizontal distance between the first positioning hole 33 and the buckle member 32. Accordingly, by implementing the combination of the above-mentioned structures, referring to Fig. 6A, Fig. 6B, Fig. 7 and in conjunction with Fig. 1 to Fig. 5, during installation, the decorative strip body 41 is pasted on the second side 402. The top surface of the drop positioning surface 3b of the positioning portion 3, at the same time, the insertion hole 41 is inserted into the insert 31, and the hook 43 is smoothly inserted into the limiting slots 30 through the arc guide surface 433. The second positioning hole 42 is smoothly inserted into and positioned on the buckling member 32 by the guide surface 323, and the hook 43 is hooked into the first positioning hole 33 with the hook end 432. Based on the aforementioned synchronous assembly operation, through the insertion hole 41 and the insertion member 31, the second positioning hole 42 and the buckle member 32, and the hook 43 and the hook end 432 respectively and the limiting slot 30, the first positioning The combination configuration of the holes 33 achieves the purpose of mounting and combining the molding body 40 on the positioning portion 3. In addition, when disassembling, the buckle member 32 and the hook end 432 of the hook 43 are separated from the second positioning hole 42 and the first positioning hole 33, respectively, and at the same time, the molding body 40 is reversely pulled away to make The second surface 402 is separated from the drop positioning surface 3b of the positioning portion 3, and simultaneously the insertion hole 41 is separated from the insert 31 and the hook 43 is separated from the limiting slot 30 to realize the disassembly of the decorative strip body 40. From the purpose of the positioning part 3. Therefore, this creation requires no tools, no screws and no heat, and can be disassembled and assembled and fixed with bare hands. The overall operation is convenient, and the installation flexibility, accuracy and replacement convenience of the decorative strip body are improved. Further, in this embodiment, the number and arrangement position of the insert 31, the retaining member 32, the limiting slot 30, and the first positioning hole 33 on the aforementioned positioning portion 3 are the same as those on the aforementioned decorative strip body 40 The number and arrangement position of the insertion holes 41, the second positioning holes 42, and the hooks 43 can be specifically designed according to actual needs. The most important point is the limiting slot 30, the insert 31, and the abutment on the positioning portion 3 mentioned above. The fastener 32, the limiting slot 30, the first positioning hole 33, and the insertion hole 41, the second positioning hole 42, and the hook 43 on the molding body 40 must be arranged corresponding to each other. Therefore, through the insertion holes 41 is inserted into the inserts 31, the second positioning holes 42 are inserted into the buckling members 32, and the hooks 43 are first inserted into the limiting slots 30 and then the hook ends 432 are hooked on The first positioning hole 33 enables the decorative strip body 40 to be detachably mounted on the positioning portion 3. Furthermore, in this embodiment, the thickness of the aforementioned insert 31 in the shape of a sheet is preferably the same as the thickness of the drop positioning surface 3b. This structural design can eliminate the need for the second surface 402 of the molding body 40 to adhere to the positioning portion. The assembly gap between the drop positioning surfaces 3b of 3, and the top surface of the second surface 402 after the second surface 402 is attached to the drop positioning surface 3b is at least horizontal to the main surface 3a of the positioning portion 3 (ie, the second surface 402 does not protrude from the main surface 3a), so that the decorative strip main body 40 and the positioning portion 3 are combined with the decorative strip coupling structure 100 at least a flat and thin visual effect, and when the decorative strip coupling structure 100 is installed on The frame does not occupy the space inside the frame. That is, the frame body in the above embodiment may be a middle frame, including but not limited to this, in this way, the assembly space for the middle frame to be assembled in, for example, a display or an electronic product can be reduced. It should be noted that the display or electronic product described in the above embodiment includes but is not limited to a TV, a desktop computer monitor, or an all-in-one computer. As mentioned above, the structural design of the decorative strip combined structure 100 of the present invention facilitates the replacement of the decorative strip body, thereby enhancing the installation flexibility, accuracy and convenience of replacement of the decorative strip combining structure 100, and can also improve displays or electronic products. The beauty of appearance. This creation has been described in detail above, but what is described above is only a preferred embodiment of this creation, and should not limit the scope of implementation of this creation. That is to say, all equal changes and modifications made in accordance with the scope of the application for this creation shall still fall within the scope of the patent for this creation.

[Learning] 11: Display positioning parts 12: Hot melt column 13: Insert 21: Trim 22: hot melt column 23: Piercing [This Creation] 100: decorative strip combined structure 3: Positioning part 3a: main side 3b: Drop positioning surface 3c: Drop bending section 30: Limit slot 301: One side (left side) 31: Insert 32: Deductions 321: first side 322: second side 323: guide surface 33: The first positioning hole 40: Decorative strip body 401: first side 402: second side 403: The Third Side 41: Insert hole 42: second positioning hole 43: card hook 431: connection end 432: hook end 433: Guide Curved Surface P: accommodating space

Figures 1 and 2 are schematic diagrams of the decomposition and combination of existing decorative strips and display positioning parts; Picture 3 is a combination diagram of the combined structure of the decorative strips; Figure 4 is an exploded view of the combined structure of the decorative strip; Figure 5 is a partial enlarged schematic diagram of the combined structure of the creative decorative strip; Figures 6A and 6B are schematic diagrams of the assembling process of the combined structure of the creative decorative strip; Figure 7 is an enlarged view of the combined part of the creative decorative strip combined structure;

100: decorative strip combined structure

3: Positioning part

40: Decorative strip body

Claims (10)

A decorative strip combination structure, including: A frame body with a positioning portion, one side of the positioning portion is provided with a plurality of inserts, a plurality of buckle members and a plurality of first positioning holes; and A molding body has a plurality of insertion holes, a plurality of second positioning holes and a plurality of hooks, wherein the molding body is provided with the insertion holes corresponding to the inserts, and the molding body corresponds to the aforementioned frame bodies. There are the second positioning holes at the buckle, and the hooks are arranged on the main body of the decorative strip and have a hook end corresponding to the first positioning holes. The insertion holes are used to insert the hooks. The insert, the second positioning holes are sleeved into the buckling parts, and the hooks are hooked on the first positioning hole, so that the decorative strip body is detachably mounted on the positioning part. For example, the decorative strip combination structure according to claim 1, wherein each of the buckle members has a first side corresponding to one side of the second positioning hole and a side opposite to the first side The first side is gradually inclined and protruding toward the second side, so that the upper surface of the buckle member is an inclined guide surface. For example, the decorative strip combination structure described in claim 1 of the scope of patent application, wherein each of the hooks has a connecting end connected to one side of the decorative strip body, and the hook end faces from the connecting end. Extend the structure. For example, the decorative strip combination structure described in claim 1 of the scope of patent application, wherein the inserts are protruded at intervals on the edge of the side of the positioning portion, and the buckle members are each buckle member Each of the inserts corresponding to and adjacent to the inserts is arranged on the side of the positioning portion, and the first positioning holes are arranged alternately with respect to the inserts and the retaining members. For example, the decorative strip combination structure according to claim 1, wherein the decorative strip body is provided with at least one first surface and a second surface perpendicularly connected to the first surface, and the hook end is connected by the card The connecting part of the hook and the side edge of the second surface of the decorative strip body protrudes and extends. For example, the decorative strip combination structure according to claim 1, wherein the positioning portion has a main surface and a drop positioning surface located at the side edge of the main surface, the side corresponding to and located at one end of the drop positioning surface, and The horizontal plane of the drop positioning surface and the horizontal plane of the main surface are not at the same level. For example, the decorative strip combination structure described in claim 1 of the scope of patent application, wherein the insert is in the shape of a sheet and protrudes from the end edge of the side of the positioning portion, and the insertion hole is provided with a part of the decorative strip body On the first surface, the second positioning hole is provided on a second surface of the decorative strip body, the hook end of the hook is in an upward state, and the second surface of the decorative strip body is attached to the positioning On the top surface of the part, the insertion hole is inserted into the insertion piece, the second positioning hole is sleeved into the buckle piece, and the hook is hooked to the first positioning hole with the hook end. For example, the decorative strip combination structure described in claim 7 of the scope of patent application, wherein a plurality of limiting slots are provided on the positioning portion, and each of the limiting slots corresponds to the first positioning hole. The hook is inserted into the limiting slot first, and then the hook end is hooked to the first positioning hole. For example, in the decorative strip combination structure described in claim 1, wherein the distance between the hook end of the hook and the second positioning hole is equal to the distance between the first positioning hole and the buckle member distance. For example, in the decorative strip combination structure described in claim 7 of the scope of patent application, the shape of the second positioning hole corresponds to the shape of the buckle member, so that the second locating hole is sleeved to locate the buckle member.

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