Board for acrylic stand

Abstract

Provided is a board for an acrylic stand that reduces the trouble and cost of obtaining a showcase. 【Solution means】 A board 1 for an acrylic stand, which is cut out from a single rectangular plate-shaped acrylic resin material by laser cutting and has a plurality of printed parts that can be fitted back into the cut-out holes in a detachable manner. The plurality of parts include at least one object part 11, 12 and six box parts for assembling a six-sided display box capable of storing the object part. The six box parts are composed of a rectangular front part 21, a rear part 22, a left side part 23, a right side part 24 for forming a quadrangular prism wall with a trapezoidal horizontal cross-section and a shorter front width than the rear width, and a top part 25 and a bottom part 26 that close the top and bottom of the quadrangular prism wall.

Description

Technical Field

[0001] The present invention relates to a decorative acrylic stand, and particularly to an acrylic stand board on which an object with a box can be assembled.

Background Art

[0002] An acrylic stand is a decorative item made by printing an image of a person, character, etc. on an acrylic resin material, cutting it out by laser cutting, and fitting the cut-out object into a pedestal also made of acrylic resin material so that it stands independently. If the standing acrylic stand is left exposed, it will get dusty and dirty over time. As a countermeasure against dust, a showcase for decorating the acrylic stand can be prepared, but searching for and purchasing a showcase separately from the acrylic stand is time-consuming and costly.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] The present invention has been made in view of the above-described conventional drawbacks, and an object thereof is to provide an acrylic stand board that can reduce the trouble and cost of obtaining a showcase for decorating the acrylic stand.

Means for Solving the Problems

[0005] In the invention according to claim 1, An acrylic stand board comprising a plurality of printed parts cut out by laser cutting from a single square plate-shaped acrylic resin material and removably fitted back into the cut-out holes. The plurality of part portions includes at least one object part portion and six box part portions for assembling a six-sided display box capable of accommodating the object part portion. The six box part portions are Each rectangular front part portion, rear part portion, left side part portion, and right side part portion for forming a quadrangular prism wall with a trapezoidal horizontal cross-section and a shorter front width than the rear width, It consists of a top surface part portion and a bottom surface part portion that close the top and bottom surfaces of the quadrangular prism wall, Fitting protrusions are respectively provided at the lower end of the object part portion, the upper and lower ends of the front part portion, the upper and lower ends of the rear part portion, the upper and lower ends of the left side part portion, and the upper and lower ends of the right side part portion. The top surface part portion is provided with fitting holes or fitting grooves into which the fitting protrusions respectively provided at the upper ends of the front part portion, rear part portion, left side part portion, and right side part portion can be detachably fitted. The bottom surface part portion is provided with fitting holes or fitting grooves into which the fitting protrusions respectively provided at the lower end of the object part portion, the lower ends of the front part portion, rear part portion, left side part portion, and right side part portion can be detachably fitted. It is characterized by this. In the invention according to claim 2, The top surface part portion is provided with a fitting hole into which the fitting protrusion provided at the upper end of the front part portion can be detachably fitted, and fitting grooves into which the fitting protrusions respectively provided at the upper ends of the rear part portion, left side part portion, and right side part portion can be detachably fitted. The bottom surface part portion is provided with fitting holes into which the fitting protrusions respectively provided at the lower end of the object part portion, the lower ends of the front part portion, rear part portion, left side part portion, and right side part portion can be detachably fitted. It is characterized by this. In the invention according to claim 3, The square plate-shaped acrylic resin material has a size of approximately 210 mm in length and approximately 123 mm in width. It is characterized by this. In the invention according to claim 4, The six-sided display box has a height of about 8 cm, a back width of about 7 cm, and a depth of about 3 cm from front to back. On one of the vertical directions, either on the left or right side, of the vertically long rectangular plate-shaped acrylic resin material, the back part, the left side part, the front part, the right side part, and one of the bottom part or the top part are arranged in an arbitrary order. On the other vertical direction, either on the left or right side, of the vertically long rectangular plate-shaped acrylic resin material, the object part and the other of the bottom part or the top part are arranged in an arbitrary order. The back part is vertically long, and one of the left side part, the front part, the right side part, and the bottom part or the top part is horizontally long. The object part and the other of the bottom part or the top part are arranged in a vertically long configuration. It is characterized by the above.

Effect of the Invention

[0006] According to the invention of claim 1, since the parts of an object such as a person or a character and the parts for a six-sided display box for storing the object are incorporated in a single acrylic stand board, an acrylic stand with a six-sided display box can be assembled only by obtaining a single acrylic stand board, saving the trouble of separately preparing a showcase for dust removal of the object. According to the invention of claim 2, on the bottom side of the six-sided display box, the box parts are assembled by the fitting protrusions and the fitting holes, while on the top side, by using both the assembly of parts by the fitting protrusions and the fitting holes and the assembly by the fitting protrusions and the fitting grooves, the display box can be surely assembled regardless of the variation in the laser cutting dimension accuracy of the contours of the respective box parts constituting the display box. According to the invention of claim 3, the rectangular plate-shaped acrylic resin material has a size of approximately 210 mm × approximately 123 mm in length and width, so that the mainstream acrylic resin material in the market can be used, and the material cost can be suppressed at a low level. According to the invention of claim 4, the six-sided display box has a height of approximately 8 cm, a back width of approximately 7 cm, and a depth of approximately 3 cm from front to back, and is vertically oriented. On one of the vertical directions, either the left or the right, of the rectangular plate-shaped acrylic resin material, the back part, the left side part, the front part, the right side part, and one of the bottom part or the top part are arranged in an arbitrary order. On the other vertical direction, either the left or the right, of the rectangular plate-shaped acrylic resin material, the object part and the other of the bottom part or the top part are arranged in an arbitrary order. The back part is vertically oriented, one of the left side part, the front part, the right side part, and the bottom part or the top part is horizontally oriented, and the object part and the other of the bottom part or the top part are vertically oriented. By such an arrangement, it becomes possible to assemble a display box with a sense of size together with the object using a single rectangular plate-shaped acrylic resin material having a size of approximately 210 mm × approximately 123 mm, which is currently mainstream.

Brief Description of the Drawings

[0007]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Mode for Carrying Out the Invention

[0008] Next, the embodiments for implementing the invention will be described with reference to examples.

Embodiment

[0009] An embodiment of the board for an acrylic stand according to the present invention will be described with reference to FIGS. 1 to 6. FIG. 1 is a front view showing the board for an acrylic stand according to an embodiment of the present invention, FIG. 2 is a rear view of FIG. 1, FIG. 3 is an explanatory view of the contour lines (laser cut lines) of each part with respect to the acrylic resin material, FIG. 4 is an explanatory view of the punched holes after laser cutting of the acrylic resin material, FIG. 5 is a front view of each part incorporated in the board for an acrylic stand, and FIG. 6 is an external perspective view showing the acrylic stand with a display box after assembly. In FIGS. 1 and 2, reference numeral 1 denotes a single board for an acrylic stand that can assemble an acrylic stand with a 6-sided display box. The acrylic resin material 2 having a rectangular plate shape with a size of approximately 210 mm in length and approximately 123 mm in width is cut out by laser cutting along the contour, and includes a plurality of printed parts that are removably fitted back into the cut-out holes. The plurality of parts include two object parts 11 and 12, namely a character object part and a clock object part, and six box parts for assembling a symmetric 6-sided display box (see reference numeral 100 in FIG. 6) that can store the object parts 11 and 12.

[0010] The six box parts are a front part 21, a rear part 22, a left side part 23, a right side part 24, each having a rectangular shape for forming a quadrangular prism wall with a trapezoidal horizontal cross-section and a shorter front width than the rear width, and a top part 25 and a bottom part 26 for closing the top and bottom of the quadrangular prism wall.

[0011] The object parts 11 and 12 have a height of about 40 mm to about 60 mm, and rectangular fitting protrusions 11a and 12a are provided at the lower ends. Rectangular fitting protrusions 21a and 21b are provided at the center of the upper end and the center of the lower end of the front part 21. A rectangular fitting protrusion 22a is provided at the center of the upper end of the rear part 22, and rectangular fitting protrusions 22b and 22c are symmetrically provided on the left and right sides of the lower end. The front part 21 and the rear part 22 are rectangular with the same height, but the width of the front part 21 is shorter than the width of the rear part 22. Rectangular fitting protrusions 23a and 23b are provided near the front side of the upper end and the lower end of the left side part 23. Rectangular fitting protrusions 24a and 24b are provided near the front side of the upper end and the lower end of the right side part 24. The left side part 23 and the right side part 24 are symmetrical, and are rectangular with the same height as the front part 21.

[0012] Rectangular fitting holes 26A, 26B, and 26C corresponding to the fitting protrusions 21b at the lower end of the front part 21, the fitting protrusions 22b and 22c at the lower end of the rear part 22 are provided at the center of the front edge and on the left and right of the rear edge of the bottom part 26. The fitting protrusions 21b, 22b, and 22c can be vertically and detachably fitted into the fitting holes 26A, 26B, and 26C respectively. Rectangular fitting holes 26D and 26E corresponding to the fitting protrusion 23b at the lower end of the left side part 23 and the fitting protrusion 24b at the lower end of the right side part 24 are provided symmetrically in the left and right diagonal directions on the left and right edges of the bottom part 26. The fitting protrusions 23b and 24b can be vertically and detachably fitted into the fitting holes 26D and 26E respectively.

[0013] Near the center of the bottom part 26, a rectangular fitting hole 26F corresponding to the fitting protrusion 11a at the lower end of the object part 11 is provided on the rear side of the fitting hole 26A. On the left side of the bottom part 26, a fitting hole 26G corresponding to the fitting protrusion 12a of the object part 12 is provided on the front side of the fitting hole 26B. The fitting protrusion 11a and the fitting protrusion 12a can be vertically and removably fitted into the fitting hole 26F and the fitting hole 26G respectively.

[0014] At the center of the front edge of the upper part 25, a rectangular fitting hole 25A corresponding to the fitting protrusion 21a at the upper end of the front part 21 is provided. The fitting protrusion 21a can be vertically and removably fitted into the fitting hole 25A. At the center of the rear edge of the upper part 25, a U-shaped fitting groove 25B corresponding to the fitting protrusion 22a at the upper end of the rear part 22 is provided. U-shaped fitting grooves 25C and 25D corresponding to the fitting protrusions 23a at the upper end of the left side part 23 and the fitting protrusions 24a at the upper end of the right side part 24 are provided symmetrically in the diagonal direction on the left and right edges of the upper part 25. The fitting protrusions 22a, 23a, and 24a can be vertically and removably fitted into the fitting grooves 25B, 25C, and 25D respectively.

[0015] Vertically insert the fitting projection 26b at the lower end of the front part 21 into the fitting hole 26A of the bottom part 26 for fitting. Vertically insert the fitting projections 22a and 22b at the lower end of the rear part 22 into the fitting projections 25B and 25C for fitting. Vertically insert the fitting projection 23b at the lower end of the left side part 23 and the fitting projection 24b at the lower end of the right side part 24 into the fitting projections 25D and 25E for fitting, so that a quadrangular prism wall with a trapezoidal horizontal cross-section and left-right symmetry can be formed. Further, vertically insert the fitting projection 21a at the upper end of the front part 21 into the fitting hole 25A of the upper part 25 for fitting. Vertically insert the fitting projection 22a at the upper end of the rear part 22 into the fitting groove 25B for fitting. Vertically insert the fitting projections 23a at the upper end of the left side part 23 and 24a at the upper end of the right side part 24 into the fitting grooves 25C and 25D for fitting, so that the 6-sided display box 100 can be assembled.

[0016] Even if there are variations in the laser cutting accuracy of the contours of the object parts 11 and 12, the front part 21, the rear part 22, the left side part 23, the right side part 24, and the top part 25 and the bottom part 26 that close the upper and lower surfaces of the quadrangular prism wall, by adopting groove fitting for the fitting of the upper part 25, the rear part 22, the left side part 23, and the right side part 24, the allowable range of laser processing accuracy is increased, and reliable assembly becomes possible.

[0017] The shapes and sizes of the front part 21, the back part 22, the left side part 23, the right side part 24, the top part 25 that closes the upper and lower surfaces of the quadrangular prism wall, and the bottom part 26 are such that the assembled six-sided display box 100 has a height of about 8 cm, a back width of about 7 cm, and a depth between the front and back of about 3 cm. For a rectangular acrylic resin material 2 with a vertical orientation, as shown in FIG. 1 for example, the back part 22, the right side part 24, the front part 21, the left side part 2, and the bottom part 26 are arranged in the vertical direction on the left (or right), and the object parts 11 and 12 and the top part 26 are arranged in the vertical direction on the right (or left). The back part 22 is in the vertical orientation, the left side part 23, the front part 21, the right side part 24, and the bottom part 26 (or the top part 25) are in the horizontal orientation, and the object parts 11, 12 and the top part 25 (or the bottom part 26) are arranged in the vertical orientation. By doing so, it becomes possible to assemble a display box with a sense of size together with the object using a single square plate-shaped acrylic resin material with a size of about 210 mm × about 123 mm, which is currently mainstream.

[0018] Next, the manufacturing method of the above-mentioned acrylic stand board 1 will be described. Prepare a single square plate-shaped and transparent acrylic resin material 2 with a size of about 210 mm × about 123 mm, and perform printing on the front and back for the two object parts 11 and 12 and the six front parts 21, back parts 22, left side parts 23, right side parts 24, top parts 25, and bottom parts 26 as shown in FIGS. 1 and 2. In the vertical direction on the left of the vertically oriented square plate-shaped acrylic resin material 2, the back part 22 is in the vertical orientation, the left side part 23, the front part 21, the right side part 24, and the bottom part 26 are in the horizontal orientation and are arranged in order. In the vertical direction on the right of the left side of the acrylic resin material 2, the object parts 11 and 12 and the top part are in the vertical orientation and are arranged in order.

[0019] Next, perform laser cutting along the contour lines of each part section (refer to 110, 120, 210 to 260 in Fig. 3) and cut out, and separate into individual part sections, namely object part sections 11, 12, front part section 21, back part section 22, left side part section 23, right side part section 24, top part section 25, and bottom part section 26 as shown in Fig. 4 (refer to Fig. 5). Then, fit them back into the cut-out holes of each part section opened in the acrylic resin material 2 (refer to 110a, 120a, 210a to 260a in Fig. 4). Thereby, a single printed acrylic stand board 1 for assembling an acrylic stand with a display box is completed.

[0020] Next, explain the assembling method of an acrylic stand in which a six-sided display box and an object are integrated by the acrylic stand board 1. First, remove all part sections from the acrylic stand board 1. Then, vertically insert and fit the fitting projection 11a at the lower end of the object part section 11 into the fitting hole 26F of the bottom part section 26 to stand up the character object, and vertically insert and fit the fitting projection 12a at the lower end of the object part section 12 to stand up the clock object.

[0021] Next, vertically insert and fit the fitting projection 26b at the lower end of the front part section 21 into the fitting hole 26A of the bottom part section 26 for fitting, and vertically fit the fitting projections 22a and 22b at the lower end of the back part section 22 into the fitting grooves 25B and 25C, and vertically fit the fitting projections 23b at the lower end of the left side part section 23 and the fitting projection 24b at the lower end of the right side part section 24 into the fitting grooves 25D and E, whereby a quadrangular prism wall with a trapezoidal horizontal cross-section can be formed. Furthermore, vertically fit the fitting projection 21a at the upper end of the front part section 21 into the fitting hole 25A of the upper part section 25 for fitting, vertically fit the fitting projection 22a at the upper end of the back part section 22 into the fitting groove 25B, and vertically fit the fitting projections 23a at the upper end of the left side part section 23 and the fitting projection 24a at the upper end of the right side part section 24 into the fitting grooves 25C and D to assemble the six-sided display box 100. As a result, an acrylic stand 110 with a six-sided display box 100 for dust removal surrounding the object is completed (see Fig. 6).

[0022] According to this embodiment, since the parts of the object such as a person or a character and the parts for the six-sided display box for storing the object are incorporated in one acrylic stand board 1, an acrylic stand with the six-sided display box 100 can be assembled only by obtaining one acrylic stand board 1, and the trouble of separately preparing a showcase for dust removal of the object can be saved. On the bottom surface side of the six-sided display box 100, the parts for the box are incorporated by the fitting protrusions and fitting holes, while on the top surface side, the incorporation of the parts for the box by the fitting protrusions and fitting holes and the incorporation by the fitting protrusions and fitting grooves are used in combination. As a result, the display box 100 can be surely assembled regardless of the variation in the laser cutting dimension accuracy of the contour of each part for the box constituting the six-sided display box 100. In addition, since the square plate-shaped acrylic resin material 2 has a size of about 210 mm × about 123 mm in length and width, the mainstream acrylic resin material in the market can be used, and the material cost can be suppressed at a low price. In addition, the six-sided display box 100 has a height of about 8 cm, a back width of about 7 cm, and a depth of about 3 cm front and back. In the vertical direction on the left side of the square plate-shaped acrylic resin material 2 in the vertically long direction, the back part, the left side part, the front part, the right side part, and the bottom part 26 are arranged in order. In the vertical direction on the right side of the acrylic resin material 2, the two object parts 11 and 12 and the top part 25 are arranged in an arbitrary order. The back part 22 is in the vertically long direction, the left side part 23, the front part 21, the right side part 24, and the bottom part 26 are in the horizontally long direction, and the object parts 11 and 12 and the top part 25 are arranged in the vertically long direction. As a result, a display box with a sense of size can be assembled together with the object by one square plate-shaped acrylic resin material 2 having a current mainstream size of about 210 mm × about 123 mm in length and width.

[0023] Note that the object can be easily changed by changing the object parts in FIG. 1 to other people, characters, etc. In addition, the order of arranging the back part, left side part, front part, right side part, and bottom part (which can also be the top part) arranged vertically on the left of the vertically long acrylic stand board can be changed in any order, and the order of arranging the two object parts arranged vertically on the right and the top part (which can also be the bottom part) can be changed in any order. In addition, the back part, left side part, front part, right side part, and bottom part (which can also be the top part) of the acrylic stand board on the right side can be arranged in any order, and the two object parts and the top part (which can also be the bottom part) arranged vertically on the left side can be arranged in any order.

Explanation of Signs

[0024] 1 Acrylic stand board 21 Front part 22 Back part 23 Left side part 24 Right side part 25 Top part 26 Bottom part 100 6-sided display box

Claims

1. An acrylic stand board comprising a plurality of printed parts cut out from a single rectangular plate-shaped acrylic resin material by laser cutting and removably fitted back into the cut-out holes, The plurality of parts includes at least one object part and six box parts for assembling a six-sided display box capable of accommodating the object part, The six box parts are, Each of the rectangular front part, rear part, left side part, and right side part for forming a quadrangular prism wall with a trapezoidal horizontal cross-section and a shorter front width than the rear width, Consisting of a top part and a bottom part that close the top and bottom of the quadrangular prism wall, Fitting protrusions are provided at the lower end of the object part, and the upper and lower ends of the front part, rear part, left side part, right side part, respectively, The top part is provided with fitting holes or fitting grooves into which the fitting protrusions provided at the upper ends of the front part, rear part, left side part, and right side part can be removably fitted, The bottom part is provided with fitting holes or fitting grooves into which the fitting protrusions provided at the lower end of the object part, and the lower ends of the front part, rear part, left side part, right side part can be removably fitted, Characterized by the above.

2. The top part is provided with a fitting hole into which the fitting protrusion provided at the upper end of the front part can be removably fitted, and fitting grooves into which the fitting protrusions provided at the upper ends of the rear part, left side part, and right side part can be removably fitted, The bottom part is provided with fitting holes into which the fitting protrusions provided at the lower end of the object part, and the lower ends of the front part, rear part, left side part, right side part can be removably fitted, The acrylic stand board according to Claim 1, characterized by the above.

3. The rectangular plate-shaped acrylic resin material has dimensions of approximately 210 mm in length and approximately 123 mm in width, The acrylic stand board according to Claim 1 or 2, characterized by the above.

4. The six-sided display box has a height of approximately 8 cm, a rear width of approximately 7 cm, and a front-to-back depth of approximately 3 cm, On one of the left or right vertical directions of a vertically long rectangular acrylic resin material, a back part, a left side part, a front part, a right side part, and one of a bottom part or a top part are arranged in an arbitrary order. On the other vertical direction of the left or right side of the vertically long rectangular acrylic resin material, an object part and the other of the bottom part or the top part are arranged in an arbitrary order. The back part is vertically long, and one of the left side part, the front part, the right side part, and the bottom part or the top part is horizontally long. The object part and the other of the bottom part or the top part are arranged in a vertically long configuration. The acrylic stand board according to claim 3, characterized in that.

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