JPS6146546Y2 - - Google Patents

Description

[Detailed description of the invention] Conventionally, as shown in Figs. 1 to 6, mounting holes are prepared and stored on the necessary surfaces depending on the position where the signboard will be used, and then assembled and used according to the demand. It is something that

Therefore, if there was an order for a signboard with a different method of use, as shown in Figures 1 to 6, the company would find suitable frame members, assemble and sell them, and in order to always meet demand, a large number of frames were available. Parts must be manufactured and preserved.

This has disadvantages such as unnecessary storage costs and frame member costs.

The present application was devised in view of these drawbacks, and to describe an example thereof, mounting holes 3 (hereinafter referred to as holes 3) are provided on four sides of a rectangular frame 1 as shown in FIG. Four holes 31 are drilled in the left side panel 2a- ₁ of the frame 2 at positions corresponding to approximately the squares of a rectangle, maintaining constant intervals vertically and at constant intervals in the depth direction. In 2a-2, two holes 32 are symmetrically drilled at both ends of the joint near the right end, and the right side plate 2a- ₃ is slightly lower than the upper corner, and the left side plate 2a-1 is made with two holes 32 symmetrically. Two holes ₃₃ are bored horizontally at the same position as the hole 31 in the upper part, and two holes ₃₃ are made in the lower plate 2a-4 at both ends of the joint near the right end.
Holes 3 _{and 4} are individually drilled symmetrically, and four holes 3 _{and 5} are bored at positions corresponding to the squares of a rectangle, keeping a constant interval on the left side and at a constant interval in the depth direction of the holes 3 _and 4. be.

5 is a bracket, 4 bored into the left side plate 2a-1.
Four holes 5a are bored at positions that match the four holes ₃₁ and the four holes ₃₅ of the lower plate 2a-4.

Reference numeral 6 denotes stand legs, and the two legs 6b are fixed to the base 6a in an upright position, and the upper ends of the legs 6b are aligned with the two holes ₃₅ drilled in the depth direction in the lower plate 2a-4 of the frame 2. A receiving plate 6b having holes 6c bored therein is fixed horizontally. Reference numeral 7 denotes a hanging metal fitting having a substantially L-shape, and a hook 7a is hooked to the position corresponding to the left and right holes of the hole ₃₅ in the lower plate 2a-4 of the frame body 2.

Reference numeral 8 denotes a protector, which has two holes 8a formed at positions having the same width in the depth direction as the holes ₃₁ to ₃₅ .

Next, the pin 4 has a flat plate part 4a larger than the holes ₃₁ to ₃₅ at its upper end, and a shaft part 4b having the same diameter as the hole 3 at the lower center of the flat plate part 4a. In addition, the length of the shaft portion 4b is equal to the thickness of the frame body 1, and the shaft portion 4b is connected to the shaft portion 4b to have a diameter slightly larger than that of the hole 3 so that the shaft portion 4b does not easily come out once it is fitted into the hole 3. A groove 4 is provided in the vertical direction from the lower end of the inverted circular conical part 4c over almost the entire length of the inverted conical conical part 4c.
d is engraved on it.

Next, the method of assembling and using the structure of the present application will be described. In the case of FIG. 8, the lower plate 2a-4 of the frame 2
The hole ₃₅ of the stand leg 6 is aligned with the hole 35 of the stand leg 6, and the hole 6c of the stand leg 6 is fixed with the fastener ₁₀ such as screws or _rivets . The holes 8a of the protector 8 are aligned and fixed with the stopper 10, and the remaining holes ₃₁ to ₃₄ are fitted with pins 4.
are fitted from the inverted conical part 4c side, and the hole 3 is inserted into the flat plate part 4a.
₁ is hermetically sealed, and a face plate 9 is fitted and fixed from the front and rear surfaces of the frame body 2.

In the case of Fig. 9, holes 3 _{to 5} in the lower plate 2a-4 of the frame body 2
Align the hole 5a of the bracket 5 with the stopper 1.
0, make the frame 2 vertical with the bracket 5 facing the mounting part, and drill the rear end into the hole 31 at the top of the left side plate 2a- ₁ at the tip of the hanging bracket 11 attached to a house, pillar, etc. The bracket 5 is also fixed to a house, pillar, etc. by aligning the holes (not shown) and fixing it with a stopper 10. The holes 33 in the right side plate 2a- ₃ are left as they are for draining water, and the remaining unused holes ₃₁ are sealed by fitting pins 4 into them.

In the case of Fig. 10, the frame 2 is turned upside down, and the lower end of the hook 7a of the horizontal part 7c of the hanging bracket 7, which has the vertical plate 7b attached to the house, pillar, _etc. , is fitted into the hole 35, and the left side plate is hooked. Match the hole 5a of the bracket 5 with the hole 31 of 2a- ₁ and fix it with the stopper 10, and also fix the bracket 5 to a house etc., and fit the pin 4 into the remaining unused hole ₃₃ . It is then sealed tightly.

Furthermore, it is possible to use only one side of the hole 32 in the depth direction of the hole ₃₂ , or to use all of the hooks 7a.

In the case of FIG. 11, a hole (not shown) drilled at the tip of a hanging bracket 11 whose rear end is fixed to a house, pillar, etc. is matched to one hole 32 in the upper plate 2a- ₂ of the frame body 2. and fix it with the stopper 10, and insert it into the hole 3 of the left side plate 2a-1.
The hole _5a of the bracket 5 is aligned with the hole 5a of the bracket 5 and fixed with a stopper 10, and the bracket 5 is also fixed to a house, pillar, etc., and the pin 4 is fitted into the remaining hole ₃₃ .

In each of FIGS. 8 to 11, a face plate 9 is fitted to the front and rear surfaces of the frame 2, and an illumination lamp can be appropriately installed inside the frame 2 for illumination.

That is, in the present application, four holes 31 are bored in the left side plate 2a-1 of the rectangular frame ₂ at a constant interval vertically and at a constant interval in the depth direction at positions corresponding to the squares of the rectangle. Two holes ₃₂ are symmetrically drilled at both ends of the joint near the right side end, and the right side plate 2a-3 is slightly lower than the upper corner and the left side plate 2
Drill two horizontal holes ₃₃ at the same position as the upper hole drilled in a-1, and make two symmetrical holes in the lower plate 2a-4 at both ends of the joint near the right end. hole 3 ₄
By drilling four holes ₃₅ on the left side of the hole 3 at a constant interval in the horizontal direction and a constant interval in the depth direction at positions corresponding to approximately the squares of a rectangle, it is possible to change the method of using the frame 2. Accordingly, holes provided 3 ₁
3 to ₃₅ are aligned with the holes provided in the stand legs 6, hanging metal fittings 7, brackets 5, and hanging metal fittings 11, and fixed with fasteners 10, and other unused holes ₃₁ to 3 are fixed.
₅ is sealed by fitting the pin 4, and the holes 3 ₁ , 3 ₃ , 3 ₅ on the bottom surface of the frame 2 when not in use are used as they are for draining water, so that the frame 2 has a uniform shape. Since it can be used vertically and horizontally freely, there is no need to prepare and store many types of frames 2 depending on the directions of use and conditions of use, and since unnecessary members are not formed and stored, mass production can be achieved and costs can be reduced.

[Brief explanation of the drawing]

Figures 1 to 6 are perspective views of conventional usage conditions;
FIG. 7 is a perspective view of the embodiment of the present application, and FIGS.
FIG. 1 is a front view of the pin in use, and FIG. 12 is a side view of the pin. 1... Frame body, 2... Frame body, 3a... Multifaceted part, 3
...Mounting hole, 4...pin.

Claims (1)

[Scope of utility model registration request] Four holes 3 are formed in the left side plate 2a-1 of the rectangular frame 2.
₁ are drilled at regular intervals vertically and at constant intervals in the depth direction at positions that correspond to approximately the squares of the rectangle, and 2 holes are drilled at both ends of the joint near the right end of the upper plate 2a-2.
Holes ₃₂ are drilled symmetrically one by one, and the two holes 3 are drilled horizontally in the right side plate 2a-3 slightly downward from the upper corner and at the same position as the upper hole drilled in the left side plate 2a-1.
a, and in the lower plate 2a-4, two holes 3 to 4 are symmetrically drilled at both ends of the joint near the right side end, and on the left side of the holes 3, holes 3 _{and 4} are formed at regular intervals in the left-right direction and at constant intervals in the depth direction. At the same time, four holes ₃₅ are bored at the positions corresponding to the squares of the rectangle with a distance maintained between them, and pins 4 are formed to tightly fit into unnecessary mounting holes, and the frame body 2 and the pins 4 are combined. A frame member for a signboard characterized by: