JP6884397B2 - Assembled mount and parts - Google Patents

Description

The present invention relates to a processing table or a mounting table on which a top plate or the like is widely placed, and more particularly to an assembling type processing table or a mounting table.

Conventionally, a processing table or a platform for mounting a top plate, a stepping stone, or the like has been used at a work site, a work site, or the like.

FIG. 7 shows a typical structure thereof. FIG. 7A shows a plate 700a (for example, about 700 mm in length and 900 mm in width) cut out from a flat plate such as a 900 × 1800 mm veneer plate, and is shown in the upper center portion of the plate 700a. A slit 713 having a length of about half the vertical length is provided.

Then, when another such plate is prepared (plate 700b) and combined so that the slit portions of each other face each other and fit each other, the intersection angle is approximately 90 depending on the thickness of each plate (about 12 mm to 30 mm). It is regulated every time, and the loading platform 700 as shown in FIG. 7 (B) is completed. A top plate, a footrest, etc. are placed on the upper part of the platform 700, and various works and operations are performed.

In addition to this, an assembly table or the like has been proposed in which the leg plate and the top plate can be assembled in a stable state so that the assembly work can be easily performed, and when the assembly is removed, the table can be stored compactly. (Patent Document 1).

That is, Patent Document 1 is composed of two leg plates and a square top plate, and notches are formed in the direction directly above the center of one leg plate and directly below the center of the other leg plate according to the thickness of the leg plate. A portion is formed, and horizontally long protrusions are formed on the left and right upper ends of each leg plate, and each leg plate is assembled in a square view from the notch direction, and the protrusions of the leg plate are the four corners of the top plate. An assembly table is disclosed in which a leg plate and a top plate are integrally combined by being inserted into an opening formed diagonally to connect the two.

In addition, an inexpensive corrugated cardboard mount that is easy to assemble, can be formed firmly, is flat before assembly, and is excellent in storage and transportation has also been proposed (Patent Document 2).

That is, in Patent Document 2, a standing piece 14 having an engaging groove 141 is provided on the back plate portion 12 of the top plate 1 formed by adhering the front plate portion 11 and the back plate portion 12 to the fold base portion 140. A plurality of engaging grooves 21 and 31 that engage with the engaging groove 141 are cut out at the upper end, and the engaging grooves 21 and 31 that engage with the engaging groove 141 are cut out at the upper end and are arranged so as to be able to stand up by bending. Two reinforcing plates 2 and 3 having support pieces 23 and 33 projecting downward via 32 are provided, and a difference is opened at the central upper end of one reinforcing plate 2 so that the respective reinforcing plates 2 and 3 can be assembled. The insertion groove 24 is provided, and the insertion groove 34 that opens at the lower center of the other reinforcing plate 3 is provided, and the locking groove that engages with the locking grooves 22 and 32 of the support pieces 23 and 33 of the reinforcing plates 2 and 3 is provided. It is composed of a cylinder body plate 4 having an opening formed at the upper end of 41, and the engaging grooves 21 and 31 of the reinforcing plates 2 and 3 are engaged with the engaging groove 141 of the raised standing piece 14 to assemble the reinforcing plates 2 and 3. It is characterized in that it is partitioned, adhered to the reinforcing plates 2 and 3, and the locking groove 41 of the cylinder body plate 4 is engaged with the locking grooves 22 and 32 of the support pieces 23 and 33 of the reinforcing plates 2 and 3 to be assembled. The cardboard mount is disclosed.

In addition, when assembled by fitting members made of hollow plates, it is possible to prevent the fitting from coming off, ensure the stability of the shape, and propose an assembly-type pedestal with excellent water resistance and durability. (Patent Document 3).

That is, Patent Document 3 is made of a hollow plate material made of synthetic resin in which a flat plate-shaped exterior material is laminated on both the front and back surfaces of a core material that has been three-dimensionally processed to form a hollow structure, and is erected on an installation surface. A possible assembly-type pedestal, the leg portion formed by bending the hollow plate material so as to be self-supporting, and the top plate portion that is detachably fitted to the upper surface of the leg portion and whose upper surface serves as a mounting surface. The top plate portion has hanging pieces hanging toward the leg portions at both ends thereof, and the leg portions have protruding pieces formed at both end portions in the horizontal direction and the both end portions inside, respectively. It has an engaging hole that engages with the protruding piece by bending, and the leg portion is reshaped so as to be self-supporting by engaging the protruding piece with the engaging hole, and the protruding piece and the above. An assembly type that is a space formed by engagement with an engagement hole and is assembled by fitting the hanging piece into a fitting space surrounded by a wall surface extending in a direction perpendicular to the installation surface. The pedestal is disclosed.

Jikkenhei 5-48727 Japanese Unexamined Patent Publication No. 11-128061 Japanese Unexamined Patent Publication No. 2013-52050

However, the tables, mounts or pedestals disclosed in Patent Documents 1 to 3 have room for improvement in terms of both portability and robustness.

Therefore, an object of the present invention is to provide an assembling type mounting table which is easy to carry and has improved robustness when combined as compared with the conventional case, and parts constituting the assembling type mounting table.

The assembly-type mount according to the embodiment of the present invention is an assembly-type mount part composed of a first half plate and a second half plate connected by a hinge portion, and is attached to the first half plate. Is provided with a first upper slit extending by a first length from the upper edge of the first half plate at a position separated by a first distance from the side connected by the hinge portion. The second upper half plate has a second upper portion extending by a second length from the upper edge portion of the second half plate at a position separated by a second distance from the side connected by the hinge portion. A slit is provided, and the first upper slit and the second upper slit are formed by folding the prefabricated mounting part by approximately 90 degrees, and the half plates of the other parts having the same configuration as the part. It is characterized in that the assembling type mounting part and the other parts form a pair to form the assembling type mounting base by fitting the assembled type mounting base parts so as to face each other.

According to the assembly-type mount according to the embodiment of the present invention, excellent weight reduction is realized, assembly is easy, portability is easy, and robustness is improved as compared with the conventional case in spite of being assembly-type. It is possible to provide a prefabricated stand.

It is explanatory drawing explaining the appearance structure of the assembly type mounting table which concerns on one Embodiment of this invention. It is an external perspective view explaining the state of the external perspective when the assembling type mounting table which concerns on one Embodiment of this invention is assembled. It is a top view explaining the state of the upper surface of the assembly type mounting table which concerns on one Embodiment of this invention. It is explanatory drawing explaining the use state of the assembly type mounting table which concerns on one Embodiment of this invention. It is explanatory drawing explaining another structural example of the assembly type mounting table which concerns on one Embodiment of this invention. It is explanatory drawing explaining the structural example of the assembly type mounting table which concerns on other embodiment of this invention. It is explanatory drawing explaining the configuration example (the figure (A)) of the conventional mount and the state of assembling (the figure (B)). It is explanatory drawing explaining the structural example of the assembly type mount part which concerns on other Embodiment of this invention. It is explanatory drawing explaining the structural example of the assembly type mounting table which concerns on other embodiment of this invention.

An embodiment of an assembly-type mount and parts according to an embodiment of the present invention will be described with reference to the drawings.

FIG. 1 shows an external configuration of an assembly-type mount according to an embodiment of the present invention. The assembly-type mount 100 according to the embodiment of the present invention includes the assembly-type mount part 100a provided with the upper slit portions 113 and 123 shown in FIG. It is composed of an assembly-type mounting part 100b provided with portions 133 and 143.

The assembly-type mounting part 100a shown in FIG. 1 (A) includes half plates 111 and 121, and a hinge portion 151 that connects the half plates to each other. The half plates 111 and 121 are pivotally connected by a hinge portion 151, and have a symmetrical relationship with the hinge member 151 interposed therebetween. Therefore, since 112 and 122, 113 and 123, and 114 and 124 are in a corresponding relationship, only each part of the half plate 111 will be described below.

The half plate 111 has a shape in which a hollow plate 112, an upper slit portion 113, and a notch portion 114 are provided on a rectangular plate having a vertical length H1 and a horizontal length W1. The hollow portion 112 is a rectangular region provided in the central portion of the rectangular plate. The upper slit portion 113 is provided at a position separated from the left end, which is the end on the side where the hinge portion 151 of the rectangular plate is attached, by a predetermined distance, and is parallel to the left end and has a length h0 from the upper edge of the rectangular plate. It is an extended slit-shaped area. The cutout portion 114 is a substantially fan-shaped region including the lower left apex of the rectangular plate, and the length of the left end of the cutout portion 114 in the vertical direction is h2. Here, assuming that the vertical distance between the lower end portion of the upper slit portion 113 and the upper end portion of the notch portion 114 is h1, the following relational expression holds.
H1 = h0 + h1 + h2

The assembly-type mounting part 100b shown in FIG. 1B includes half plates 131 and 141 and a hinge portion 152 that connects the half plates to each other. The half plates 131 and 141 are pivotally connected by a hinge portion 152, and have a symmetrical relationship with the hinge member 152 interposed therebetween. Therefore, since 132 and 142, 133 and 143, and 134 and 144 are in a corresponding relationship, respectively, only each part of the half plate 131 will be described below.

The half plate 131 has a shape in which a hollow plate 132, a lower slit portion 133, and a notch portion 134 are provided on a rectangular plate having a vertical length H2 and a horizontal length W2. The positions, shapes, and sizes of the cutout portion 132 and the cutout portion 134 are the same as those of the cutout portion 112 and the cutout portion 114 of the half plate 111 shown in FIG. 1 (A). On the other hand, the arrangement of the lower slit portion 133 is different from that of the upper slit portion 113 of the half plate 111 shown in FIG. 1 (A). The lower slit portion 133 is provided at a position separated from the left end, which is the end on the side where the hinge portion 152 of the rectangular plate is attached, by a predetermined distance, and extends parallel to the left end by a length h4 from the notch 134. It is a slit-shaped area. Here, assuming that the distance between the upper end portion of the lower slit portion 133 and the upper edge portion of the rectangular plate is h3 and the length of the left end of the notch portion 134 in the vertical direction is h5, the following relational expression holds. ..
H2 = h3 + h4 + h5

Note that FIG. 1A shows a state in which the hinge portion 151 connecting the half plates 111 and 121 is opened at 180 degrees. At this time, the half plates 111 and 121 are located in the same plane, and the assembly-type mounting part 100a is in an open state. On the other hand, when the hinge portion 151 is closed, the half plates 111 and 121 are overlapped with each other, and the assembly-type mounting part 100a is in a folded state. Similarly, FIG. 1B shows a state in which the hinge portion 152 is opened at 180 degrees, and the half plates 131 and 141 are located in the same plane, but the hinge portion 152 is in a closed state. At that time, the half plates 131 and 141 are overlapped, and the assembly-type mounting part 100b is in a folded state. By making the assembly-type mount parts 100a and 100b foldable in this way, it is possible to carry the assembly-type mount parts 100a and 100b in a folded state, and the portability is improved as compared with the conventional assembly-type mount.

FIG. 2 shows an external perspective view of an assembly-type mount according to an embodiment of the present invention. The assembly-type mount 100 according to the embodiment of the present invention is an assembly-type mount with the hinge portion 151 of the assembly-type mount part 100a and the hinge portion 152 of the assembly-type mount part 100b opened approximately 90 degrees, respectively. It is assembled by fitting the upper slits 113 and 123 of the part 100a and the lower slits 133 and 143 of the assembly-type mounting part 100b. In this way, each pair of assembly-type mount parts has two slits, and the corresponding slits are fitted together at two locations, so the structural strength is improved compared to the conventional assembly-type mount. doing.

Further, in order to ensure that the upper edges of the assembly-type mounting parts 100a and 100b are located in the same plane when the upper slit and the lower slit are fitted together, the upper slit of the assembly-type mounting part 100a is required. It is desirable to design the dimensions of the lower slits 133 and 143 of 113 and 123 and the assembly type mounting part 100b so that h0 and h3 described above are substantially equal to each other. Also, H1 and H2 need to be substantially equal. Here, when the vertical length h2 of the notch 114 of the assembly-type mounting part 100a and the vertical length h5 of the notch 134 of the assembly-type mounting part 100b are designed to be equal to each other. The following relational expression holds for the lengths h0 + h1 and h3 + h4 into which the upper slits 113 and 123 and the lower slits 133 and 143 are fitted.
h0 + h1 = H1-h2 = H2-h5 = h3 + h4
That is, as compared with the case where there is no notch portion, the length at which the upper slit and the lower slit are fitted is shortened by the length in the vertical direction of the notch portion. As a result, the weight of the prefabricated mount can be reduced as compared with the case where there is no notch, and the prefabricated mount parts can be assembled more easily, while the assembled prefabricated mount can be assembled. Structural strength is hardly impaired.

FIG. 3 shows a top view of an assembly-type mount according to an embodiment of the present invention. By fitting the prefabricated mounting part 100a and the prefabricated mounting part 100b in a state of being opened by approximately 90 degrees, a space having a quadrangular cross section with each internal angle of approximately 90 degrees is formed in the central portion. .. Due to this space, the prefabricated mount does not easily collapse even when a heavy object is placed on it. As described above, the assembly-type mount according to the embodiment of the present invention has a stronger structure than the conventional assembly-type mount.

FIG. 4 shows a usage state of the assembly-type mount according to the embodiment of the present invention. In FIG. 4, the top plate 403 is placed on the assembly-type mounting bases 401 and 402. The user can perform work on the top plate 403. Alternatively, a scaffolding at the work site can be built by placing a floor plate (not shown) on a large number of prefabricated mounts instead of the top plate 403.

FIG. 5 shows another configuration example of the assembly-type mount according to the embodiment of the present invention. In FIG. 1A, the half plates 111 and 121 are located in the same plane when the hinge portion 151 is opened at 180 degrees, and the half plates 111 and 121 are overlapped when the hinge portion 151 is closed. , Assembled mount part 100a shows a configuration example in which it is in a folded state. On the other hand, as shown in FIG. 5, when the hinge 551 is opened at 180 degrees, the half plates 531 and 541 are overlapped with each other, and the hinge is folded so that the assembly-type mounting part 500 is folded. The 551 can also be attached to the half plate 531 (side contact surface 5311) and 541 (side contact surface 5411). In the case of such a configuration, when the hinge portion 551 is closed, the half plate side contact surfaces 5311 and 5411 are in contact with each other and the half plates 531 and 541 are located in the same plane. The base part 500 is in the open state.

FIG. 6 shows a configuration example of an assembly-type mount according to another embodiment of the present invention. The assembly-type mount according to another embodiment of the present invention is different from the assembly-type mount shown in FIG. 1A in the shape and position of the hollow portion 642 and the notch portion 644 of the half plate 641. In this way, the shape and position of the hollowed out portion and the notched portion of the half plate can be freely changed as long as the structural strength is secured, and the assembly is performed by increasing the area of the hollowed out portion and the notched portion. It is possible to reduce the weight of the formula mount and obtain excellent design.

In particular, in one embodiment of the present invention, a flat plate such as a veneer plate is processed to form an assembly-type mount according to the present invention, but the present invention is not limited to this, and a lightweight metal plate such as aluminum is used. It may be processed to form the assembly type mounting table according to the present invention. In this case, as a result of improving the strength of the material itself, it is possible to provide a bolder cutout portion and a notch portion, and it is possible to exhibit more excellent design.

Further, if the position of the slit portion is such that the upper slit portion of one half plate and the lower slit portion of the other half plate are fitted to each other, the lower slit portion is matched to the shape and position of the notch portion 644. It can be arranged in a position such as 643.

In the embodiment described above, the pair of half plates connected by the hinge portion are symmetrical with respect to the hinge portion, but the configuration example does not necessarily have to be symmetrical, and the hollow portion and the cut portion are cut. The shape and position of the notch may be different for each half plate. Further, the pair of assembly-type mount parts constituting the assembly-type mount do not necessarily have the same shape as each other. Further, although a configuration example in which the top plate is placed on two assembly-type mounts is shown, it may be placed on one or more assembly-type mounts depending on the size and purpose of the top plate. ..

(Examples of variations in the position and shape of the slit)
Those skilled in the art will easily understand that in other embodiments of the present invention, the following invention concepts can be extracted based on the above-mentioned specific configuration examples.

(Configuration Example 1)
It is a part for an assembly type mount consisting of two half plates connected by a hinge part.
The two half plates are each provided with an upper slit having a length of about half the vertical length of the half plate at a position substantially the same distance from the end portion on the side connected by the hinge portion.
A part characterized in that each of the parts is folded approximately 90 degrees, and the upper slits are faced to each other and fitted to each other to form a pair of the parts as a mounting base.

(Configuration Example 2)
It is an assembly-type mount consisting of a pair of assembly-type mount parts consisting of two half plates connected by a hinge.
Each of the pair of assembly-type mount parts is provided with a notch at the bottom.
One of the pair of assembly-type mounting parts is provided with an upper slit having a predetermined length at a position substantially the same distance from the end on the side connected by the hinge portion.
Of the pair of assembly-type mounting parts, the other part has a lower slit of a predetermined length cut from the notch at a position substantially the same distance from the end on the side connected by the hinge. Each is provided,
By folding each of the parts approximately 90 degrees and fitting the upper slit of the one part and the lower slit of the other part facing each other, the one part and the other part are paired. An assembly-type mount that is characterized by being a mount.

(Configuration Example 3)
It is an assembly-type mounting part consisting of a first half plate and a second half plate connected by a hinge part.
The first half plate extends at a position separated by a first distance from the side connected by the hinge portion by a first length from the upper edge portion of the first half plate. An upper slit is provided,
The second half plate extends at a position separated by a second distance from the side connected by the hinge portion by a second length from the upper edge portion of the second half plate. An upper slit is provided,
The first upper slit and the second upper slit are provided in the half plates of other parts having the same configuration as the part in a state where the assembly type mounting part is folded by about 90 degrees. A prefabricated mount part, characterized in that the prefabricated mount part and the other parts form a pair to form a prefabricated mount by mating them facing each other.

(Configuration Example 4)
The first half plate is provided with a first notch below the first half plate.
The second half plate is provided with a second notch below the second half plate.
As a result of providing a third notch and a fourth notch below the half plates of the other parts, the slits provided in the respective half plates of the other parts are the first. It becomes the first lower slit and the second lower slit extending from the upper end of the third notch and the upper end of the fourth notch toward the upper edge of each of the half plates.
The assembly according to the third configuration, wherein the fitting is a fitting of the first upper slit and the second upper slit of the part and the first lower slit and the second lower slit of the other part. Ceremony stand parts.

(Configuration Example 5)
The first distance and the second distance are equal,
The first length is about half the length from the upper edge portion of the first half plate to the first notch portion.
The second length is about half the length from the upper edge portion of the second half plate to the second notch portion.
Assembled mount parts according to configuration example 4.

(Configuration Example 6)
The first half plate is provided with a first hollow portion at a position that does not interfere with the first upper slit and the first notch portion.
The second half plate is provided with a second hollow portion at a position that does not interfere with the second upper slit and the second notch portion.
Assembled mount parts according to configuration example 3.

(Configuration Example 7)
It is an assembly-type mount consisting of a first assembly-type mount part and a second assembly-type mount part.
The first assembly-type mounting part is composed of a first half plate and a second half plate connected by a first hinge portion.
The first half plate is provided with a first notch below the first half plate, and the first half plate is located at a position separated by a first distance from the side connected by the first hinge portion. A first upper slit extending by the first length from the upper edge is provided.
The second half plate is provided with a second notch below the second half plate, and the second half plate is located at a position separated by a second distance from the side connected by the first hinge portion. A second upper slit extending by a second length from the upper edge is provided.
The second assembly-type mounting part is composed of a third half plate and a fourth half plate connected by a second hinge portion.
The third half plate is provided with a third notch below the third half plate, and the third half plate is located at a position separated by a third distance from the side connected by the second hinge portion. A first lower slit extending from a position separated by a third length from the upper edge to the third notch is provided.
The fourth half plate is provided with a fourth notch below the fourth half plate, and the fourth half plate is located at a position separated by a fourth distance from the side connected by the second hinge portion. A second lower slit extending from a position four lengths away from the upper edge to the fourth notch is provided.
The first distance and the third distance are approximately equal,
The second distance and the fourth distance are approximately equal,
The first length and the fourth length are approximately equal,
The second length and the third length are approximately equal,
The first upper slit and the second lower slit are fitted so as to face each other in a state where the first assembling mount part and the second assembling mount part are each folded by approximately 90 degrees. At the same time, by fitting the second upper slit and the first lower slit so as to face each other, the first assembling mount part and the second assembling mount part become 1 Assembled mounts, characterized in that they form a pair of the assembled mounts.

(And other variations)
With reference to FIGS. 8 and 9, a prefabricated mount according to another embodiment of the present invention, characterized in that a part of the hinge portion is integrally formed with the half plate, is shown. FIG. 8A shows half plates 811 and 821 made of a hard material such as aluminum. The shaft tubes 851a and 851c, which are part of the hinge portions (connecting portions), are integrally formed with the half plate 811, and the shaft tubes 851b and 851d are integrally formed with the half plate 821.

FIG. 8B shows how the cavities in the shaft tubes 851a to 851d of these shaft tubes 851a to 851d are engaged with each other so as to be connected and matched. In this state, a core rod 851e made of a metal such as aluminum, iron, or stainless steel (as shown, for example, a giboshi is formed at one end and a spiral groove is formed at the other end. As an example of the above, instead of the spiral groove, a spill may be provided to prevent the core rod from rising.) The shaft tube 851d is passed through the cavity in the shaft tubes 851a to 851d that are meshed so as to be connected and matched. A screw cap 851f having a screw groove inside is screw-fastened to the spiral groove portion at the end of the core rod 851e protruding from the core rod (when the above-mentioned spill is provided, this screw-fastening structure can be omitted. ).
In this way, the assembly-type mounting part 800a according to another embodiment of the present invention is configured.

9 (A) and 9 (B) show assembly-type mounting parts 900a and 900b having the same configurations as those illustrated in FIG. 8, respectively. The configuration of the hinge portions 951 and 952 is the same as that of the hinge portion 851. The difference between the assembly-type mount parts 900a and 900b is that, as shown in the figure, the assembly-type mount part 900a is provided with an upper slit, whereas the assembly-type mount part 900b is provided with a lower slit. It is a point that is being done.
It will be easily understood that in one embodiment, these parts 900a and 900b are combined in the manner already described to form the prefabricated mount according to one embodiment of the present invention.

The structure of the hinge portion is not limited to that described in the above-described embodiment, and the hinge is a insertion / removal hinge that is easier to assemble in the field, and a flag hinge that is rotatably configured 360 degrees. Various hinges can be adopted, such as high welded hinges.

[combination]
The components described herein (including claims, abstracts, and drawings) can be combined in any combination, except for combinations in which these features are mutually exclusive.

[Examples of features and elements]
Each of the features and elements described herein (including claims, abstracts, and drawings) (dimensions, materials, shapes, relative positions of components, etc.) is unless expressly denied. It can be replaced with an alternative element that acts for the same, equivalent, or similar purpose. Therefore, unless explicitly denied, each of the disclosed elements is merely an example of a comprehensive set of identical or equal features.

100, 401, 402 Assembled mount 100a Assembled mount parts (with upper slit)
100b, 500 Assembled mount parts (with lower slit)
111, 121 half plate (with upper slit)
131, 141, 531, 541, 641 Half plate (with lower slit)
112, 122, 132, 142, 642 Hollowed out 113, 123 Upper slits 133, 143, 543, 643 Lower slits 114, 124, 134, 144, 644 Notches 151, 152, 551 Hinge (for example, hinge) )
403 Top plate (1 sheet ~)
5311, 5411 Half-plate side contact surface 700 mounting base (conventional)
700a, 700b mount parts (conventional)
713 slit (conventional)

Claims (5)

It is an assembly-type mounting part consisting of a first half plate and a second half plate connected by a hinge part.
The first half plate extends at a position separated by a first distance from the side connected by the hinge portion by a first length from the upper edge portion of the first half plate. An upper slit is provided,
The second half plate extends at a position separated by a second distance from the side connected by the hinge portion by a second length from the upper edge portion of the second half plate. An upper slit is provided,
The first upper slit and the second upper slit are provided in the half plates of other parts having the same configuration as the part in a state where the assembly type mounting part is folded by about 90 degrees. A prefabricated mount part, characterized in that the prefabricated mount part and the other parts form a pair to form a prefabricated mount by mating them facing each other. The first half plate is provided with a first notch below the first half plate.
The second half plate is provided with a second notch below the second half plate.
As a result of providing a third notch and a fourth notch below the half plates of the other parts, the slits provided in the respective half plates of the other parts are the first. It becomes the first lower slit and the second lower slit extending from the upper end of the third notch and the upper end of the fourth notch toward the upper edge of each of the half plates.
The assembly according to claim 1, wherein the fitting is a fitting of the first upper slit and the second upper slit of the part and the first lower slit and the second lower slit of the other part. Ceremony stand parts. The first distance and the second distance are equal,
The first length is about half the length from the upper edge portion of the first half plate to the first notch portion.
The second length is about half the length from the upper edge portion of the second half plate to the second notch portion.
The assembly-type mounting part according to claim 2. The first half plate is provided with a first hollow portion at a position that does not interfere with the first upper slit and the first notch portion.
The second half plate is provided with a second hollow portion at a position that does not interfere with the second upper slit and the second notch portion.
The assembly-type mounting part according to claim 1. It is an assembly-type mount consisting of a first assembly-type mount part and a second assembly-type mount part.
The first assembly-type mounting part is composed of a first half plate and a second half plate connected by a first hinge portion.
The first half plate is provided with a first notch below the first half plate, and the first half plate is located at a position separated by a first distance from the side connected by the first hinge portion. A first upper slit extending by the first length from the upper edge is provided.
The second half plate is provided with a second notch below the second half plate, and the second half plate is located at a position separated by a second distance from the side connected by the first hinge portion. A second upper slit extending by a second length from the upper edge is provided.
The second assembly-type mounting part is composed of a third half plate and a fourth half plate connected by a second hinge portion.
The third half plate is provided with a third notch below the third half plate, and the third half plate is located at a position separated by a third distance from the side connected by the second hinge portion. A first lower slit extending from a position separated by a third length from the upper edge to the third notch is provided.
The fourth half plate is provided with a fourth notch below the fourth half plate, and the fourth half plate is located at a position separated by a fourth distance from the side connected by the second hinge portion. A second lower slit extending from a position four lengths away from the upper edge to the fourth notch is provided.
The first distance and the third distance are approximately equal,
The second distance and the fourth distance are approximately equal,
The first length and the fourth length are approximately equal,
The second length and the third length are approximately equal,
The first upper slit and the second lower slit are fitted so as to face each other in a state where the first assembling mount part and the second assembling mount part are each folded by approximately 90 degrees. At the same time, by fitting the second upper slit and the first lower slit so as to face each other, the first assembling mount part and the second assembling mount part become 1 Assembled mounts, characterized in that they form a pair of the assembled mounts.

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