TWM618133U - Sample book making device - Google Patents

Abstract

A sample book device includes: a workbench and a pneumatic device. The workbench is sequentially provided with an embedded plane, an adjustment board, and a buffer board from top to bottom, wherein the embedded plane can provide adhesiveness The sample page is used for placement and positioning. The adjustment plate is provided with a plurality of equally spaced perforations, and the perforation can be fixed by a plurality of positioning posts, and the bottom of the buffer plate is evenly provided with a plurality of elastic elements. The aforementioned positioning The top end of the column abuts against the bottom of the embedded plane, and the bottom end of the positioning column is carried by the buffer plate layer, and the positioning column can form a rectangle with at least four fabric grooves for placing at least one fabric. The device is actuated to apply pressure to the embedded plane, and the elasticity of the elastic element allows the positioning column to move smoothly, so that the adhesive sample page can be bonded to the fabric at one time, simplifying processing steps and improving production efficiency.

Description

Sample book device

The new model relates to sample book making, especially a sample book device.

According to the sample book or called the sample book, it is used for the display of various materials such as paper, color cards, fabrics, wallpapers or tiles. In order to facilitate users to quickly browse and select various materials, a collection of various fabrics or materials is installed in one In the book, the user can look through multiple samples at once; the production process of the aforementioned various material sample books is carried out manually, so the original page space of the sample book is typeset, and the parts after cutting, gluing, and filling are cut. Samples, and the many steps until the final binding into a book, can finally produce a sample book that can be viewed and compared with various sample displays; due to the advancement of machinery and equipment, the layout and cutting of sample pages can be machined through computers and machines. The gluing can also be carried out with the gluing machine, but the subsequent filling of partial samples and adhesion operations still need to be done manually, because the size of each sample may be affected by the pattern or material that wants to highlight each sample Characteristics, different size designs, or different thickness of the layout caused by the sample material, therefore, it also requires more manpower to check during the adhesion operation, so as to ensure that the production quality of the sample book is consistent.

Therefore, in order to ensure the consistency of the production quality of the sample book and maintain the speed of production, there is an urgent need to efficiently improve the sample adhesion operation time in order to effectively solve the aforementioned problems.

The main purpose of the present invention is to provide a sample book device with a workbench, which is sequentially arranged with an embedded plane, an adjustment layer, and a buffer layer from top to bottom, and the embedded platform can be used for placing adhesive sample pages. For positioning, the adjustment plate is provided with a plurality of equally spaced perforations, and the perforation can be used for a plurality of positioning posts to pass through and fix, and the bottom of the buffer plate is evenly provided with a plurality of elastic elements, and a pneumatic device is provided Above the embedding plane, the top end of the positioning pillar abuts against the bottom of the embedding plane, and the bottom end of the positioning pillar is carried by the buffer plate layer, and the positioning pillar can be formed by at least four rectangles for at least one The plurality of fabric grooves placed on the fabric above the fabric are pressed by the pneumatic device on the embedding plane, and the elasticity of the elastic element allows the positioning column to move smoothly, so that the adhesive sample page can bond the fabric at one time, thereby achieving Paste samples automatically, so as to solve the problem of time-consuming learning and quality.

Another object of the present invention is to provide a plurality of fixed posts to pass through, which can provide stable operation when pasting samples.

Yet another object of the present invention is to provide the fixed column at any one of the corners of the adjusting plate and between the sides and the corners, which can more evenly distribute the pressure exerted by the pneumatic equipment, so as to ensure the cushioning of the plate. The elasticity can recover evenly.

Another object of the present invention is to provide at least one hollow part on the surface of the adhesive sample page, and the position of the hollow part and the position of the fabric groove are symmetrical to each other.

Another purpose of the present invention is to set up the adhesive at the bottom of the adhesive sample page, and with each pressing and bonding, a fabric located on the uppermost side of the fabric groove can be smoothly adhered to make it sticky. The sample page was produced smoothly and smoothly.

In this way, the new sample book device, through the multi-layer structure of pressure, typesetting, buffering, etc., combined with the fabric embedding method, can greatly reduce manual use, and can ensure that the manufactured sample book can maintain a certain standard.

(10): Workbench

(11): Embedded plane

(12): Adjust the layer

(121): Piercing

(122): Positioning column

(13): Fabric slot

(14): Buffer layer

(141): Elastic element

(15): fixed column

(20): Adhesive sample page

(21): Hollowed part

(22): Adhesive

(30): Fabric

(40): Pneumatic equipment

[Figure 1] is a perspective view of the new model.

[Figure 2] is an assembly drawing of this new model.

[Figure 3] is a schematic diagram of the new positioning column and fabric.

[Figure 4] is a partial enlarged schematic diagram of the new model.

[Figure 5] is a schematic diagram of the new type of pneumatic equipment in the A-A section of Figure 4 without depressing.

[Figure 6] is a schematic diagram of the new model in Figure 5 after being pressed down by the pneumatic equipment.

Usually according to this creation, the best feasible embodiment, combined with the detailed description of Figures 1 to 6 of the drawings, adds to the understanding of the new model. The new model is a sample book device that includes: a workbench (10), It is a semi-enclosed structure. The sides of each layer can be extracted and modified at any time. For the sake of beauty or long-term use, the side can also be closed and closed through the corresponding panel, and the workbench (10) can follow It needs to be deployed on tables or planes of different heights for use, so it is no longer limited The workbench (10) is sequentially arranged from top to bottom with an embedded plane (11), an adjustment board (12), and a buffer board (14); the embedded plane (11) can mainly provide A sticky sample page (20) is used for placement and positioning. The sticky sample page (20) is usually coated with adhesive (22) on one side (see Figure 3, which is partially enlarged as a schematic diagram of the reverse side). The surface of the viscous sample page (20) is usually provided with at least one hollow part (21), the hollow part (21) can be designed according to the user's layout and is not limited to this; the surface of the adjustment plate (12) A plurality of equidistantly arranged perforations (121) are provided, and the perforations (121) can be used for a plurality of positioning posts (122) to pass through and fix; and the buffer layer (14) is evenly provided with a plurality of elastic elements ( 141); and a pneumatic device (40) arranged above the embedding plane (11), the pneumatic device (40) is also electrically connected with a controller for operation; wherein, the top of the positioning column (122) Abuts against the bottom of the embedding plane (11), and the bottom end of the positioning column (122) is carried by the buffer layer (14), and the positioning column (122) can be formed by at least four rectangles for at least The multiple fabric slots (13) where more than one piece of fabric (30) are placed, using four systems to allow the fabric (30) to be placed squarely, and a positioning column (122) marked with a dotted line in the figure 4 can also be added to make the fabric (30) The placement position is more precise, and the positions of the fabric groove (13) and the hollow portion (21) are symmetrical to each other; the buffer plate layer (14) is further provided with a plurality of fixed posts (15), wherein The top end of the fixed column (15) abuts against the bottom of the adjustment plate (12) without penetrating, so that when the elastic element (141) is buffered, the buffer plate (14) can move smoothly and linearly back and forth , And the fixed column (15) adopts a plurality of roots respectively arranged on the corners of the adjustment plate (12), or any one between the sides and the corners, in more detail: when the adjustment plate (12) When it is rectangular, the fixed post (15) can be arranged at the four corners and between the four corners, so as to increase the contact area of the load, which can contribute to the stable function during displacement.

The pneumatic device (40) is actuated to apply pressure to the embedding plane (11), because the top end of the positioning column (122) receives the amount of downward pressure, which will drive the buffer layer (14) downward to cooperate with the elastic element The elasticity of (141) provides cushioning to make the positioning column (122) move smoothly until the pneumatic device (40) presses the viscous sample page (20) so that the side with the adhesive (22) touches the The uppermost layer of the fabric (30) in the fabric groove (13) can achieve the purpose of bonding. The material of the fabric (30) can be any of paper, color card, cloth, wallpaper, or tile, as long as the aforementioned material The thickness and area can be set in the viscous sample page (20), and can be put in, and is not limited to the aforementioned materials; subsequently, when the pneumatic device (40) moves upward, the embedding at this time Suppose that the plane (11) is resiliently restored by the elastic element (141), and the positioning column (122) is pushed back to the initial position via the buffer layer (14). At this time, the adhesive sample page (20) is All the fabrics (30) are glued to the corresponding hollow parts (21).

The following is a further description of the use process of the embodiment of the present invention. Please refer to Figure 5 of the drawings, taking sample book making as an example. The main steps include an adjustment step and a fabric embedding step. In the adjustment step, the perforation (121) provided by the adjustment plate (12) is used to pass the positioning column (122) into the perforation (121) to form the fabric groove (13), so that The fabric groove (13) can correspond to the hollow part (21) of the adhesive sample page (20), and the fabric groove (13) can provide for the fabric (30) to be placed stably.

Please continue to refer to Figure 6 of the drawings, and the fabric embedding step: the pneumatic device (40) is driven to actuate the embedding plane (11), and the elastic element (141) is used to make the buffer plate The layer (14) cooperates with the positioning column (122) to achieve a stable displacement, so that the adhesive sample page (20) can be bonded to the fabric (30) at one time.

In summary, the new sample book device of the present invention forms a fabric slot (13) by the positioning column (122) and the adjustment plate (12), so that it can change the shape and position of the hollow part (21) at any time, and Utilizing the evenly arranged elastic elements (141) at the bottom of the buffer layer (14) and several fixed posts (15) to strengthen the stability, the pressure exerted by the pneumatic equipment (40) can be released evenly every time it is actuated, so that The adhesive sample page (20) can be stably bonded to the fabric (30) at one time, and the adhesive sample page (20) for different layouts and specifications can also be easily produced, thereby simplifying the processing steps and Improve production efficiency.

(10): Workbench

(11): Embedded plane

(12): Adjust the layer

(121): Piercing

(122): Positioning column

(14): Buffer layer

(141): Elastic element

(15): fixed column

(20): Adhesive sample page

(21): Hollowed part

(30): Fabric

(40): Pneumatic equipment

Claims (5)

A sample book device comprising: a workbench (10), an embedded plane (11), an adjustment board (12), and a buffer board (14) are sequentially arranged from top to bottom; wherein, the The embedding plane (11) can be used for placing and positioning a sticky sample page (20); the adjustment plate (12) is provided with a plurality of equally spaced perforations (121), and the perforation (121) can provide multiple The root positioning column (122) is fixed through and fixed; and the bottom of the buffer layer (14) is evenly provided with a plurality of elastic elements (141); and a pneumatic device (40) is arranged above the embedded plane (11) It is characterized in that: the top end of the positioning column (122) abuts against the bottom of the embedded plane (11), and the bottom end of the positioning column (122) is carried by the buffer plate layer (14), and the positioning column (122) A plurality of fabric grooves (13) that can form at least four rectangles for placing at least one piece of fabric (30); the pneumatic device (40) is actuated to press the embedded plane (11) to match the elasticity The elasticity of the element (141) allows the positioning column (122) to move smoothly, so that the adhesive sample page (20) can be bonded to the fabric (30) at one time. The sample book device according to claim 1, further comprising: a plurality of fixed posts (15) through which the buffer plate layer (14) is penetrated, wherein the top end of the fixed column (15) abuts against the adjustment plate layer ( At the bottom of 12), when the elastic element (141) is buffered, the buffer plate layer (14) can smoothly perform linear reciprocating motion. According to the sample book device described in claim 2, the fixing pillars (15) are arranged on the corners of the adjusting plate (12) or any one between the sides. According to the sample book device of claim 1, the sticky sample page (20) further includes: at least one hollow portion (21) arranged on the surface of the sticky sample page (20), and The position of the hollow part (21) and the position of the fabric groove (13) are symmetrical to each other. As for the sample book device described in claim 1, the material of the fabric (30) can be any of paper, color card, cloth, wallpaper, or tile.

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