JP3350621B2 - Disaster prevention receiver - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disaster prevention receiver, and more particularly, to a door which is structurally strong and can be manufactured at a low cost, and which greatly simplifies the process of attaching an inner unit to an exposure box. Has been engaged (butterfly) so that it can be opened and closed,
Related to disaster prevention receiver.

[0002]

[Prior Art] Large and high-rise buildings and complicated technologies
With the sophistication and the like, the need for a disaster prevention system for managing the safety of a building has been increasing recently. In order to meet such needs, it is necessary to construct a disaster prevention system according to the purpose, scale, structure, etc. of the building.

FIG. 12 schematically shows an example of a disaster prevention receiver of a conventional disaster prevention system used for such a disaster prevention system. 12A is an external perspective view schematically showing a conventional disaster prevention receiver, and FIG.
12B is a plan view schematically showing a state where the door of the disaster prevention receiver shown in FIG. 12A is open.

[0004] The disaster prevention receiver 101 includes an exposure box 1
02 and the inner unit 103 accommodated in the exposure box 102
And a door 104 provided so as to cover the surface of the inner unit 103 and to be openable and closable. In the conventional disaster prevention receiver 101, an exposure box 102, an inner unit 103, and a door 104
Is made of a metal sheet metal.

[0005] As shown in FIG.
02 and the door 104 are hinged from the hinge 106.
Next, a process of attaching the conventional disaster prevention receiver 101 to a wall (not shown) of a building will be described below with reference to FIG. First, in the step of FIG. 13A, the exposure box 102 with the door 104 engaged (hinged) by the hinge 106 is attached to a wall (not shown) or the like.

Next, with the door 104 hinged to the exposure box 102 opened, the inner unit 103 is mounted in the hollow portion H102 of the exposure box 102 (FIG. 13B).
See). In addition, an embedding box (not shown)
For the purpose of reducing the manufacturing cost of the disaster prevention receiver having the structure in which the inner unit 103 is attached to the inner unit 103 and the disaster prevention receiver, a plastic molded body is used as the inner unit (not shown) or the door (not shown). The ones used have also been proposed.

However, in a disaster prevention receiver in which an inner unit (not shown) and a door (not shown) are formed of a plastic molded body, the exposed box and the door are hinged by a hinge due to a problem of mechanical strength. The door is not attached, and the door is attached to or removed from the exposure box. In addition, as an interesting technique related to the present invention, a disaster prevention receiver including an embedded box, an exposure box, and an inner unit has recently been proposed.

FIG. 14 and FIG. 15 show an inner unit which can be applied to a disaster prevention receiver provided with an embedding box and an exposure box, which is conventionally proposed. An example of an inner unit that can be applied to a disaster prevention receiver in which the inner unit is directly attached to the exposure box is shown below. FIG. 14 is a process diagram illustrating an example of mounting a disaster prevention receiver including an embedding box, an exposure box, and an inner unit.

In this type of disaster prevention receiver, FIG.
As shown in FIG. 14A, for some reason, the exposed box 107 is exposed so that it can cope with the case where the embedding box 107 is inclined with respect to the ground (the inclination θ shown in FIG. 14A). Box 102 has a slot h at each of its four corners.
4, h4, h4, h4 are provided, and the exposure box 102 is made substantially horizontal to the ground with a level or the like, and a screw hole (dharma hole) h of the embedding box 107 is provided.
3, h3, h3, h3, the exposure box 102 is attached substantially horizontally to the ground using the elongated holes h4, h4, h4, h4 provided in the exposure box 102 (FIG. 14B). See).

Next, screw holes (dharma holes) h5, h5, h5, h5 provided in the exposure box 102 mounted substantially horizontally to the ground, and screw holes (dharma holes) h5 in the inner unit 103, The inner unit 103 is attached to the exposure box 102 with fixing members such as screws using screw holes (dharma holes) h9, h9, h9, h9 provided corresponding to h5, h5, h5 (FIG. 14 (c)).

When the embedding box 107 is not used, as shown in FIG. 15A and FIG.
However, in the case where the inner unit 103 is inclined with respect to the ground (inclination θ shown in FIG. 15A), the inner unit 103 is generally moved with respect to the ground using a level (not shown) or the like. Slots h6, h6, h provided in the inner unit 103 so as to be horizontal.
6, the inner unit 103 is attached to the exposure box 102 by using h6.

As described above, the conventional inner unit 103 is used not only for the disaster prevention receiver having the embedded box 107 and the exposure box 102 but also for the disaster prevention receiver in which the exposure box 102 can be directly mounted on a wall. In order to be able to do this, a total of 8 holes (long holes h6, h
6, h6, h6 and screw holes (Dharma holes) h9, h9, h
9, h9) are provided.

In addition, a disaster prevention receiver having a structure in which the inner unit 103 is directly attached to an embedded box (not shown) has been proposed. However, as an inner unit of this kind of disaster prevention receiver, there has been proposed. Also, as described above, the eight holes (elongated hole h6,
h6, h6, h6 and screw holes (dharma holes) h9, h9,
h9, h9) are exclusively used.

[0014]

By the way, in the conventional disaster prevention receiver 101 as shown in FIG.
If 3 is made of metal, there is an advantage that the inner unit 103 is not easily broken due to the excellent toughness and mechanical strength of the metal, but the manufacturing cost of the inner unit 103 is higher than that of the plastic inner unit 103. There is a problem.

On the other hand, if the inner unit 103 is made of plastic, the manufacturing cost of the inner unit 103 can be reduced as compared with the metal inner unit 103, but when an external force is applied to the inner unit 103, There is a problem that the inner unit 103 is destroyed. In addition, a disaster prevention receiver 101 in which a door 104 is hinged to an exposure box 102 by a hinge 106 so that the door 104 can be opened and closed.
Then, when attaching the inner unit 103 to the exposure box 102, the door 104 must be opened as shown in FIG. 13B, and there is also a problem that the door 104 becomes an obstacle.

A first object of the present invention is to solve the above-mentioned problems, and has a structure in which the inner unit 103 is hardly broken even when the inner unit 103 is formed of a plastic molded product. The inner unit 103 can be easily attached to the inner unit 103, and the inner unit 103 has a door 10 by a hinge structure.
It is an object of the present invention to provide a disaster prevention receiver which is hinged so that it can be opened and closed and can be manufactured at low cost.

In the disaster prevention receiver as shown in FIGS. 14 and 15, the inner unit 103 is provided with the long holes h6, h6, h6, and h.
It is necessary to provide a total of eight holes 6 and screw holes (drum holes) h9, h9, h9, h9. A second object of the present invention is to
An object of the present invention is to provide a disaster prevention receiver which has been made to solve the above-described problems and has a simpler configuration and can easily mount the inner unit substantially horizontally with respect to the ground.

[0018]

According to a first aspect of the present invention, there is provided a disaster prevention receiver that covers a box, an inner unit housed in the box and having a display operation panel provided on a surface thereof, and a display operation panel on a surface of the inner unit. And an openable and closable door, so that the inner unit and the door are engaged with each other by using engagement means.

Here, the box may be a so-called exposure box or an embedded box. In the disaster prevention receiver according to claim 1, a door is provided between the inner unit and the door instead of providing an openable and closable door on the surface of the inner unit using engagement means between a box such as an exposed box and the door. A door is provided on the surface of the inner unit such that the door can be opened and closed using an engaging means.

Therefore, the inner unit can be attached to the box with the door closed, so that the door does not hinder the inner unit when the inner unit is attached to the box. Therefore, the disaster prevention receiver according to claim 1 can easily mount the internal unit in the box. In the disaster prevention receiver according to claim 2, the engagement means of the disaster prevention receiver according to claim 1 is provided for engaging a door with the inner unit, and is provided at a predetermined interval in the inner unit. A pair of integrally formed support means and a pair of support means integrally formed on the inner unit are provided on the surface of the door facing the display operation panel provided on the surface of the inner unit. A pair of hinges and a pair of hinge pins are provided, each of the pair of support means integrally formed in the inner unit has at least two support shafts, and at least two of the support means are provided on each of the pair of support means. Each of the support shafts of
Each of the pair of hinge pins has a hinge hole for inserting each of the pair of hinge pins, and each of the pair of hinge pins has a hinge hole for inserting each of the pair of hinge pins. Each of the pair of hinges is disposed such that each of the pair of hinges is sandwiched between at least two support shafts of the pair of support means, and each of the pair of hinge pins is Each of the at least two support shafts is engaged by passing through a shaft hole provided in each of the at least two support shafts and a hinge hole of each of the pair of hinges.

In the disaster prevention receiver according to the second aspect, each of a pair of hinges provided on a surface of the door facing the display operation panel provided on the surface of the inner unit of the door is connected to at least two support shafts. Since the engagement is performed, even if one or more of the support shafts are broken by some external force, the engagement is maintained by the remaining support shafts. For this reason, an accident that the door comes off from the inner unit hardly occurs.

Therefore, the disaster prevention receiver according to claim 2 is strong and hard to break. The disaster prevention receiver according to claim 3,
The inner unit of the disaster prevention receiver according to claim 1 or 2, further comprising, on a surface thereof, an eaves provided between a pair of support means integrally formed with the inner unit at a predetermined interval from the inner unit. Have and
When the door is opened, the side of the door on which the pair of hinges is provided abuts on the eaves provided on the inner unit.

In the disaster prevention receiver according to the third aspect, when the door is opened, the side surface of the door on which the pair of hinges are provided abuts on the eaves provided on the inner unit. As a result, even if excessive force is applied when opening the door,
Since the force is absorbed by the eaves, the support means (support shaft)
It is difficult to apply excessive force. For this reason, it is difficult for the support means (support shaft) to be broken and for the accident that the door comes off from the inner unit to occur.

Therefore, the disaster prevention receiver according to claim 3 is robust and hard to break. The disaster prevention receiver according to claim 4,
A door reinforcing member is provided on a surface of the door of the disaster prevention receiver according to claim 3 facing a display operation panel provided on a surface of the inner unit of the door, and the inner unit of the door is opened when the door is opened. The inner unit is provided with a surface in the vicinity of the area provided with the door reinforcing member provided on the surface facing the display operation panel provided on the surface of the door and facing the surface provided with the door reinforcing member. So that it comes into contact with the eaves.

In the disaster prevention receiver according to the fourth aspect, when the door is opened, the door abuts on the eaves in the vicinity of the area of the surface of the door which abuts on the eaves where the deformation of the door is likely to occur. Since the reinforcing member is provided on the surface opposing the surface of the door, the door is not easily deformed. In the disaster prevention receiver according to claim 5, each of at least two support shafts of each of a pair of support means integrally formed on the inner unit of the disaster prevention receiver according to any one of claims 2 to 4,
It has a generally tapered shape in which the thickness gradually increases from the tip toward the inner unit.

[0026] In the disaster prevention receiver according to the fifth aspect, each of the support shafts has a generally tapered shape whose thickness gradually increases in the direction of the internal unit from the tip thereof. hard. Therefore, the disaster prevention receiver according to claim 5 is durable and hard to break. In the disaster prevention receiver according to claim 6, each of a pair of support shafts of each of a pair of support means integrally formed on the inner unit of the disaster prevention receiver according to any one of claims 2 to 5, has a pair of support shafts. There is further provided an eaves body which is provided to connect the shafts, stands upright in the direction of the support shaft, and bends along the bending surface of the support shaft in the middle.

In the disaster prevention receiver according to the sixth aspect, the pair of support shafts is erected in the support shaft direction so as to connect the pair of support shafts, and along the bending surface of the support shaft in the middle. Even if a large force is applied to the door, it is erected in the support axis direction so as to connect the pair of support shafts, and along the bending surface of the support shaft in the middle Since the bending eaves absorbs the force, the support means (support shaft) is hard to break.

[0028] The disaster prevention receiver according to the seventh aspect is the first aspect.
The internal unit of the disaster prevention receiver according to any one of Items 1 to 6, is a plastic molded body. The disaster prevention receiver according to claim 7 has a structure in which the support means (support shaft) of the inner unit is hardly broken, so that the inner unit can be made of a plastic molded body. Therefore, the disaster prevention receiver according to claim 6 is
Compared to the case where the inner unit is made of metal, the inner unit can be manufactured at lower cost and more easily, so that the manufacturing cost of the disaster prevention receiver can be reduced.

[0029] The disaster prevention receiver according to claim 8 comprises an exposure box, an inner unit mounted on the surface of the exposure box, and provided with a display operation unit on the surface, and a quadrangular corner of the surface of the exposure box. Is provided with a screw hole for attaching the inner unit, and a predetermined positioning mark on a bottom surface thereof is provided with a first positioning mark for defining a mounting position of the inner unit. Has a frame material having a hollow portion on the surface thereof, and the display operation unit provided on the surface of the inner unit is provided so that a gap is formed in the hollow portion formed by the frame material. Also, a second positioning mark that defines an attachment position of the inner unit is provided on a side wall of the display operation unit on the side that forms the gap, and the exposure box is substantially horizontal with respect to the ground. If it is attached to the By aligning the first positioning mark provided on the bottom surface of the box and the second positioning mark provided on the side wall of the inner unit on the side forming the clearance, the first positioning mark is formed on the surface of the exposure box. The inner unit can be positioned substantially horizontally with respect to the ground.

[0030] In the disaster prevention receiver according to the eighth aspect, the first positioning that defines the mounting position of the inner unit at a predetermined position on the bottom surface of the exposure box mounted substantially horizontally to the ground. A mark is provided, a display operation unit is provided on the surface of the inner unit so that a gap is formed in a hollow portion formed by the frame material, and a predetermined side wall of the side constituting the gap of the display operation unit is provided. Is provided with a second positioning mark for defining the mounting position of the internal unit at the position of (1).

By aligning the first positioning mark provided on the bottom surface of the exposure box with the second positioning mark provided on the side wall of the inner unit on the side forming the gap, the exposure box is provided. The inner unit can be positioned substantially horizontally with respect to the ground. Therefore, it is not necessary to use a level or the like when positioning the inner unit in the exposure box substantially horizontally with respect to the ground.

Therefore, in the disaster prevention receiver according to the eighth aspect, the internal unit can be easily mounted in the exposure box. The disaster prevention receiver according to claim 9 includes an exposure box, and an inner unit mounted on a surface of the exposure box and provided with a display operation unit on the surface. Each is provided with a screw hole for mounting the inner unit, and at a predetermined position on the bottom surface thereof, a first positioning mark that defines the mounting position of the inner unit,
Each of the four corners of the frame material provided on the surface has a hole for attaching an inner unit, and the inner device has a frame member having a hollow portion provided on the surface thereof; A display operation unit provided on the surface of the frame material so as to form a gap in a hollow portion formed by the frame material, and a frame provided on the surface of the exposure box on each of four corners of the surface of the frame material A long hole provided in correspondence with each of the holes provided in each of the four corners of the material, and a side wall of the display operation unit on the side forming the gap portion has a mounting position of the internal unit. A first positioning mark provided on the bottom surface of the exposure box when the exposure box is mounted substantially horizontally with respect to the ground; And a second positioning mark provided on a side wall of the container that constitutes the gap. By, on the surface of the exposed box,
After the inner unit is positioned substantially horizontally with respect to the ground, each of the holes provided at each of the four corners of the frame material provided on the surface of the exposure box and each of the four corners of the inner unit are provided. By fixing each of the long holes provided corresponding to each of the four corners of the frame material provided on the surface of the exposure box,
The inner unit is mounted on the surface of the exposure box substantially horizontally with respect to the ground, and when the exposure box is mounted at an angle to the ground, the inner unit is mounted with a level or the like. After using and positioning substantially horizontally with respect to the ground, each of the holes provided in each of the four corners of the frame material provided on the surface of the exposure box, and each of the four corners of the inner unit Then, by fixing each of the long holes provided corresponding to each of the four corners of the frame material provided on the surface of the exposure box, the inner unit on the surface of the exposure box with respect to the ground It could be mounted substantially horizontally.

[0033] In the disaster prevention receiver according to the ninth aspect, when the exposure box is mounted substantially horizontally with respect to the ground, the first positioning mark and the second positioning mark are attached when the inner unit is mounted. Alignment of the inner unit with the positioning mark of the inner box allows the inner unit to be fixedly mounted substantially horizontally on the surface of the exposure box without using a level.

When the exposure box is installed at an angle to the ground, the inner unit is positioned substantially horizontally with respect to the ground using a level, and then the exposure box is mounted on the surface of the exposure box. Each of the holes provided in each of the four corners of the provided frame material, and in each of the four corners of the inner unit, corresponding to each of the four corners of the frame material provided on the surface of the exposed box By fixing each of the long holes provided, the inner unit can be mounted on the surface of the exposure box substantially horizontally with respect to the ground.

In this disaster prevention receiver, since four long holes may be provided in the inner unit, the number of holes provided in the inner unit can be reduced by half as compared with the internal unit of the conventional disaster prevention receiver. The disaster prevention receiver according to claim 10, wherein the embedding box, an exposure box mounted on the surface of the embedding box substantially horizontally with respect to the ground, and mounted on the surface of the exposure box and displayed on the surface. An inner unit provided with an operation unit, a frame material having a hollow portion is provided on the surface of the exposure box,
First fitting means for mounting the inner unit is provided on the surface of the upper frame of the frame material, and the inner unit is exposed to the exposed box near each of both ends of the surface of the lower frame of the exposed box. A hole for fixing on the surface of the inner box is provided, and the surface of the inner unit facing the surface of the exposed box corresponds to the first fitting means provided on the surface of the upper frame of the exposed box. And a second fitting means capable of fitting with the first fitting means is provided, and has a long hole corresponding to a hole provided in the exposure box below the inner unit. Fitting the first fitting means provided on the surface of the upper frame of the exposure box with the second fitting means provided on the surface of the inner unit facing the surface of the exposure box; By fixing the long hole provided below the hole and the hole provided in the exposure box, Was to be substantially mounted horizontally with respect to the ground.

[0036] In the disaster prevention receiver according to the tenth aspect, a frame member having a hollow portion is provided on the surface of the exposure box attached substantially horizontally to the ground, and the surface of the upper frame of the frame member is provided. A first fitting means for mounting the inner unit, and a hole for fixing the inner unit on the surface of the exposed box is formed in each of the vicinity of both ends of the surface of the lower frame of the frame of the exposed box. Provided.

[0037] Further, on the surface of the inner unit on the side facing the surface of the exposure box, a first fitting means provided on the surface of the upper frame of the exposure box is provided. A second fitting means capable of fitting with the fitting means is provided. In this disaster prevention receiver, the first fitting means provided on the surface of the upper frame of the exposure box and the second fitting means provided on the surface of the inner unit on the side facing the surface of the exposure box. Is fitted on the surface of the exposure box so that the inner unit can be mounted substantially horizontally to the ground.

Therefore, when the inner unit is attached to the exposure box substantially horizontally with respect to the ground, it is not necessary to use a level or the like. Therefore, in the disaster prevention receiver according to the tenth aspect, the internal unit can be easily mounted in the exposure box.

[0039]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described below with reference to the drawings. (Embodiment 1) FIG. 1 is an exploded plan view schematically showing an inner unit and a door of a disaster prevention receiver according to the present invention, and FIG. FIG. 1B is a schematic plan view of the internal unit of the disaster prevention receiver as viewed from the surface, and FIG. 1B is a schematic plan view of the door of the disaster prevention receiver as viewed from the inner surface.

FIG. 2 is a view mainly showing the inner unit of the disaster prevention receiver according to the present invention, and FIG. 2A is a schematic view of the inner unit of the disaster prevention receiver according to the present invention viewed from the surface. Fig. 2
(B) has shown the schematic plan view which looked at the inner unit of the disaster prevention receiver shown in FIG.2 (a) from the back surface, respectively. FIG. 3 is a plan view mainly showing a door of the disaster prevention receiver according to the present invention, and FIG. 3A is a schematic plan view of the door of the disaster prevention receiver according to the present invention as viewed from the outside. FIG.
FIG. 3C is a schematic plan view of the door of the disaster prevention receiver shown in FIG. 3A as viewed from the inside, and FIG. 3C is a side view of the door of the disaster prevention receiver shown in FIG. And FIG. 3D shows FIG.
A side view of the door of the disaster prevention receiver shown in FIG.
Each is shown.

FIG. 4 is an enlarged view of a portion A in FIG. 1. FIG. 4A is a plan view showing the engagement means 10 in an exploded state, and FIG. FIG. 4C is a plan view in which the engaging means 10 shown in FIG. 4A is assembled.
FIG. 4D is a sectional view taken along the line II shown in FIG.
Sectional views along the line II-II shown in FIG.

Referring to FIG. 1 to FIG. 4, the disaster prevention receiver 1 is configured such that the inner unit 3 and the door 4 are engaged with each other using the engagement means 10. In this example, the inner unit 3
It is a plastic molded product. The door 4 is made of metal and is made by sheet metal processing. The inner unit 3 is accommodated in an exposure box (not shown), and a display operation panel 31 is provided on a front surface S3a.

The door 4 is provided so as to cover the display operation panel 31 on the surface S3a of the inner unit 3 and to be openable and closable. The engagement means 10 is provided for engaging the door 4 with the inner unit 3, and a pair of support means 32 integrally formed with the inner unit 3 at a predetermined interval D1 in the inner unit 3, 32
And a pair of support means 32 integrally formed on the inner unit 3 on a front surface (rear surface) S4b of the door 4 facing the display operation panel 31 provided on the front surface S3a of the inner unit 3. And a pair of hinge pins 51, 51 provided with a pair of hinge pins. In this example, a pair of hinges 41, 41 are welded on the front surface (back surface) S4b of the door 4.

In FIG. 1, 52 is a nut, and 53 is a nut.
An O-ring is shown. Each of the pair of support means 32, 32 integrally formed with the inner unit 3 is provided with a pair of support shafts (32a,
32b) and (32a, 32b). As shown in FIG. 4, each of the support shafts (32a, 32b) has a shaft hole h1, h1 through which the hinge pin 51 is inserted.

The hinge 41 has a hinge hole h2 through which the hinge pin 51 is inserted. The support means 32 and the hinge 41 are disposed so that the hinge 41 is sandwiched between a pair of support shafts (32a, 32b) of the support means 32. Support shaft (32a,
The shaft holes h1, h1 provided in each of the hinge holes 32b) and the hinge holes h2 of the hinge 41 are engaged with each other.

As shown in FIG. 4D, each of the support shafts (32a, 32b) is interposed between the support shafts 32a and 32b.
And a support shaft 32b.
a, 32b, and the support shafts 32a, 32b
Has an eaves body 34 that bends along the curved surface of Next, FIG.
Based on the above, the structure of the inner unit 3 will be described in more detail.

The inner unit 2 is provided on the surface S3a thereof between the pair of support means 32, 32, and is integrally formed with the inner unit 3 at a predetermined interval D2.
3 and 33. When the door 4 is opened, each of the eaves 33, 33, 33 first has a front surface (back surface) S on the side of the door 4 on which the pair of hinges 41, 41 are provided.
The surface S4a facing the surface 4b is in contact with the surface 4b.

The position of the eaves 33, 33, 33 is
When the door 4 is opened, first, the surface S4a of the door 4 comes into contact with the eaves 33, 33, 33, so that a large force is applied to the door 4. Works, and the eaves 33, 33, 33 are greatly deformed,
In an extreme case, when the eaves 33, 33, 33 are destroyed, the surface S4a of the door 4 is in contact with the eaves 34, 34.

The reference numeral 35 indicates a projection provided for convenience when the inner unit 3 is mounted on the surface of an exposure box (not shown). In addition, door 4 has door 4
Display operation panel 31 provided on the surface S3a of the inner unit 3
Door reinforcing members 42, 4 on the front surface (back surface) S4b
2 are provided. In this example, the door reinforcing member 4
A metal member (reinforcing bracket) is used as 2, 42, and is welded to a predetermined position on the front surface (back surface) S4b of the door 4. In this example, the door reinforcing members 42, 4
Reference numeral 2 denotes an eaves body 3 between the eaves 33 so that the door 4 can be opened and closed smoothly and the door 4 is hard to bend.
3 and between the eaves 33.

More specifically, when the door 4 is opened, the door 4 is provided on a front surface (back surface) S4b facing the display operation panel 31 provided on the front surface S3a of the inner unit 3 of the door 4. The front surface S4a facing the front (back surface) S4b of the door 4 near the region where the door reinforcing members 42, 42 are provided, and the door 4
Are provided so as to abut the eaves 33, 33, 33 provided on the upper surface.

FIG. 5 shows a pair of support means 32, 32.
, A pair of support shafts (32a, 32b), (32a,
32b) is a view showing a further preferable example of the pair of support shafts (32a, 32b) in a further enlarged view. In this example, the pair of support shafts (32a, 32b), (32a,
32b) has a generally tapered shape in which the thickness gradually increases in the direction of the inner unit from the tip.

In FIG. 3, reference numeral 43 denotes a window body. The display operation unit 31 can be seen from the outside through the window body 43 when the door 4 is closed. FIG. 6 is a process diagram schematically showing a process of attaching the disaster prevention receiver 1 shown in FIGS. 1 to 4 to a wall (not shown) of a building. First, FIG.
In the step (a), the embedding box 7 is attached to a wall (not shown) or the like. Next, the exposure box 2 is placed on the surface of the embedding box 7 so that the exposure box 2 is substantially horizontal to the ground. Attach.

Next, the door 4 is inserted into the hollow portion H of the exposure box 2.
Is attached with the door 4 closed (the door 4 indicated by an imaginary line) (see FIG. 5B). In this disaster prevention receiver 1, the door 4 is not opened and closed on the surface S <b> 3 a of the inner unit 3 using the engagement means between the exposure box 2 and the door 4. The door 4 is provided on the surface S3a of the inner unit 3 so as to be openable and closable using the engaging means 10.

Therefore, the inner unit 3 can be attached to the exposure box 2 with the door 4 closed, so that the door 4 does not hinder the attachment of the inner unit 3 to the exposure box 2. Therefore, this disaster prevention receiver 1 can easily mount the inner unit 3 in the exposure box 2.

Further, in the disaster prevention receiver 1, a pair of hinges 4 provided on a front surface (back surface) S4b opposed to the display operation panel 31 provided on the front surface S3a of the inner unit 3 of the door 4 is provided.
1, 41, each with two support shafts (32a, 32b),
(32a, 32b), so that even if one or more of the support shafts (32a, 32b) and (32a, 32b) are broken by some external force, the remaining Since the engagement (butterfly) relationship is maintained by the support shaft, it is unlikely that the door will come off the inner unit.

Further, in the disaster prevention receiver 1, when the door 4 is opened, a front surface S4a facing the front surface (back surface) S4b of the door 4 provided with the pair of hinges 41, 41 is provided.
However, even if an excessive force is applied when opening the door 4, first, the force is applied to the eaves 33, 33, 33 Since it is absorbed by 33, it is difficult for excessive force to be applied to the support means 32, 32, more specifically, to the support shafts 32a, 32b.

Therefore, it is difficult for the support means 32, 32, more specifically, the support shafts 32a, 32b to be broken and the door 4 to be detached from the inner unit. Further, in this disaster prevention receiver 1, when the door 4 is opened, the eaves 33 near the surface S4a of the door 4 that abuts on the eaves 33, 33, 33 where the door 4 is easily deformed. 33, 33, the front surface (back surface) S4 facing the front surface S4a of the door 4 abutting on the 33
Since the reinforcing members 42, 42 are provided in b, the door 4 is not easily deformed.

Also, in the unlikely event that a large force acts on the door 4,
When the eaves 33, 33, 33 are greatly deformed, or in extreme cases, when the eaves 33, 33, 33 are broken, the surface S4a of the door 4 is brought into contact with the eaves 34, 34. Therefore, the support shaft (32a,
32b) and (32a, 32b) are reinforced, and at the same time, the force applied to the door 4 is dispersed and absorbed by the eaves 34, 34, so that the support shafts (32a, 32b), (3
2a, 32b) are hard to break.

Further, as shown in FIG. 5, the support shaft (32
a, 32b) and (32a, 32b) each have a generally tapered shape whose thickness gradually increases in the direction of the inner unit 3 from the tip e of the support shafts (32a, 32b),
Each of (32a, 32b) is hard to break. In addition, in the disaster prevention receiver 1, since the inner unit 3 can be a plastic molded product, the manufacturing cost of the inner unit 3 can be reduced as compared with the case where the inner unit 3 is made of metal manufactured by sheet metal processing. Therefore, the manufacturing cost of the disaster prevention receiver 1 can be reduced.

Also, in this disaster prevention receiver 1, the hinges 41, 41 are welded to the front surface (back surface) S4b of the door 4 facing the front surface S3b of the inner unit 3, so that the surface S4a of the door 4 is beautifully displayed. There is also an effect of being excellent. In this example, an example is shown in which the exposure box 2 is attached to the embedding box 7 and the inner unit 3 with the door 4 engaged (hinted) is attached to the exposure box 2. The exposure box 2 is directly attached to a wall (not shown), and the disaster prevention receiver in which the inner unit 3 in which the door 4 is engaged (buttered) is attached to the exposure box 2 or a wall (not shown) The present invention also includes a disaster prevention receiver in which an embedding box 7 is attached to an inner box 3 (not shown), and an inner unit 3 in which a door 4 is engaged (hinted) is attached to the embedding box 7.

In this example, each of the support means 32, 32 is a pair of support shafts (32a, 32b), (32a,
Although description has been made by taking as an example the case having 32b), it should be noted that it is more preferable that each of the support means 32 has at least two or more support shafts. (Embodiment 2) FIG. 7 is a diagram showing another preferred example of a disaster prevention receiver according to the present invention, focusing on an internal unit.
FIG. 7A is a perspective view schematically showing an inner unit of the disaster prevention receiver according to the present invention, and FIG. 7B is a plan view schematically showing the inner unit shown in FIG. It is.

FIG. 8 is a process diagram schematically showing a process of mounting the disaster prevention receiver according to the present invention. For ease of explanation, each of FIGS. 8 (a) and 8 (b) is used. Is a perspective view on the left side, and a front view on the right side. In this example, first, an embedding box 7 is embedded in a wall (not shown) or the like.
In some cases, the exposure box 2 is provided with a slot h at each of its four corners so as to be able to cope with a case where the construction is performed with an inclination to the ground (the inclination θ shown in FIG. 8A).
4, h4, h4, h4 are provided, and the exposure box 2 is made substantially horizontal with respect to the ground with a level or the like,
Screw holes (dharma holes) h3, h3 of the embedding box 7
Using the long holes h4, h4, h4, h4 in h3, h3,
The exposure box 2 can be attached substantially horizontally to the ground (see FIG. 8A).

The exposure box 2 has a slot h
4, h4, h4, h4, the surface S of the exposure box 2
Each of the four corners of 2 is provided with 4
Screw holes (drum holes) h5, h5, h5, h5 are provided. Further, at a predetermined position on the bottom surface B2 of the exposure box 2, a first positioning mark M1 for defining a mounting position of the inner unit 3 is provided.

The inner unit 3 has a frame member F3 having a hollow portion H3 on its surface S3, and the display operation unit 31 provided on the surface S3 of the inner unit 3 is formed by the frame member F3. A second portion defining an attachment position of the inner unit 3 is provided on the side wall W1 of the display operation section 31 on the side forming the gap portion G1.
Is provided.

Each of the four corners of the inner unit 3 is provided with a long hole h6, h6, h6, h6. When the inner unit 3 is attached to the exposure box 2 substantially horizontally with respect to the ground, the first positioning mark M1 provided on the bottom surface B2 of the exposure box 2 and the gap G1 of the inner unit 3 are formed. Positioning mark M provided on side wall W1
2, the inner unit 3 is positioned on the surface S2 of the exposure box 2 substantially horizontally with respect to the ground. More specifically, only by making the upper surface L1 of the first positioning mark M1 and the upper surface L2 of the second positioning mark M2 overlap, the inner unit 3 is positioned above the surface S2 of the exposure box 2 with respect to the ground. So that it can be positioned substantially horizontally.

Therefore, the first positioning mark M1
And after aligning the second positioning mark M2 with each of the four long holes h6, h6, h6, and h6 provided in the inner unit 3, and the four screw holes provided in the exposure box 2. (Dharma hole) Each of h5, h5, h5, h5
Just by fixing with fixing members such as 61, 61, 61, etc.,
The inner unit 3 can be mounted on the surface S2 of the exposure box 2 substantially horizontally with respect to the ground.

The inner unit 3 is mounted on a wall (not shown) or the like.
When directly and for some reason, the inner unit 3 is attached to the exposure box 2 which is constructed to be inclined with respect to the ground, using a level (not shown), and the inner unit 3 is set to be substantially horizontal with respect to the ground. After that, four long holes h6, h6, provided in the inner unit 3
Each of h6, h6 and each of the four screw holes (dharma holes) h5, h5, h5, h5 provided in the exposure box 2 are fixed by fixing members such as screws 61, 61, 61, 61. I just need.

The inner unit 3 has four long holes h6,
h6, h6, and h6, the embedded box 7
In addition to the disaster prevention receiver including the exposure box 2 and the exposure box 2, the exposure box 2 can also be used as a disaster prevention receiver that can be directly attached to a wall. Note that the first positioning mark M1
Needless to say, there are various modifications of the second positioning mark M2.

FIG. 9 shows an example of the first positioning mark M1. FIG. 9A shows an example in which a concave marking M1a for positioning is provided on the bottom surface B2 of the exposure box 2, and FIG.
9B illustrates an example in which a convex protrusion M1b for positioning is provided on the bottom surface B2 of the exposure box 2, and FIG. 9C illustrates a mark M1c attached to the bottom surface B2 of the exposure box 2 with a seal or paint. An example is shown.

FIG. 10 is a diagram showing another embodiment of the present invention. In this example, an exposure box 2 is mounted on a surface of an embedding box (not shown) mounted on a wall (not shown) or the like so as to be substantially horizontal to the ground. A hollow portion H2 is provided on the surface S2 of the exposure box 2.
Is provided on the surface SF2u of the upper frame F2u of the frame member F2 as a first fitting means 71 for mounting the inner unit 3, and the inner unit 3 is exposed. Surface (rear surface) S3 on the side opposite to surface S2 of box 2
c, a second fitting provided corresponding to the first fitting means 71 provided on the surface SF2u of the upper frame F2u of the exposure box 2 and capable of fitting with the first fitting means 71. Means 7
2, a fitting recess is provided.

In this disaster prevention receiver, the first fitting means 7 provided on the surface SF2u of the upper frame F2u of the exposure box 2
1 and the second fitting means 72 provided on the surface (rear surface) S3c of the inner unit 3 on the side opposite to the surface S2 of the exposure box 2, the surface S2 of the exposure box 2
The inner unit 3 can be positioned substantially horizontally with respect to the ground.

Further, the lower frame F of the frame material F2 of the exposure box 2
Two screw holes (dharma holes) h7 and h7 for fixing the inner unit 3 on the surface of the exposure box 2 are provided in the vicinity of both ends of the 2l surface SF2l. In addition, the inner unit 3 has two long holes (long holes h8, h8 shown in FIG. 11) below the inner box 3 so as to correspond to the screw holes (dharma holes) h7, h7 provided in the exposure box 2, respectively. ) Is provided.

When assembling the disaster prevention receiver, first, the exposure box 2 is mounted on a wall (not shown) or the like substantially horizontally with respect to the ground, and then the first box provided on the exposure box 2 is mounted. The fitting means 71 is fitted to the second fitting means 72 provided on the front surface (back surface) S3b on the side facing the front surface S2 of the exposed box 2 of the inner unit 3. As a result, the inner unit 3 is positioned on the exposure box 2 substantially horizontally with respect to the ground (see FIG. 10B).

Next, each of the two long holes (long holes h8 and h8 shown in FIG. 11) provided in the inner unit 3 and the exposure box 2
Are fixed to each of the screw holes (dharma holes) h7, h7 provided by the fixing members such as screws (not shown). In this disaster prevention receiver, the exposure box 2 can be attached substantially horizontally to the ground, and the frame material F having the hollow portion H2 on the surface S2 of the exposure box 2 is provided.
The first fitting means 71 for attaching the inner unit 3 is provided on the surface SF2u of the upper frame F2u of the frame material F2, and both ends of the surface SF2l of the lower frame F2l of the frame material F2 of the exposure box 2 are provided. Slots h7, h7 for fixing the inner unit 3 on the surface S2 of the exposure box 2 are provided in each of the neighborhoods.
The surface (rear surface) S3c on the side opposite to the surface S2 of the exposure box 2 has the surface S
A second fitting means 72 is provided corresponding to the first fitting means 71 provided on F2u and can be fitted with the first fitting means 71.

The first fitting means 71 provided on the surface SF2u of the upper frame F2u of the exposure box 2 and the surface (rear surface) of the inner unit 3 facing the surface S2 of the exposure box 2
By fitting the second fitting means 72 provided at S3c, the inner unit 3 can be mounted on the surface S2 of the exposure box 2 substantially horizontally with respect to the ground.

Therefore, when the inner unit 3 is mounted on the exposure box 2 substantially horizontally with respect to the ground, there is no need to use a level or the like. Therefore, in this disaster prevention receiver, the inner unit 3 can be easily mounted in the exposure box 2. The two long holes h8 and h8 provided in the inner unit 3 are shown in FIG.
As shown in FIG. 1 (a), even if the slots h8 are provided so as to be inclined so that the interval between the slots h8 becomes gradually wider, FIG.
As shown in FIG. 1 (b), the slots h8 may be provided so as to be inclined such that the interval between the slots h8 gradually becomes smaller.

In the second embodiment of the present invention, the inner unit 3 is mainly described. However, as shown in the first embodiment of the present invention, the door 4 is attached to the inner unit 3 by using the engaging means 10. It goes without saying that they may be engaged (or hinged).

[0078]

In the disaster prevention receiver according to the first aspect, a door is provided between the inner box and the door, instead of using an engaging means between the exposure box and the door to provide an openable and closable door on the surface of the inner unit. A door is provided on the surface of the inner unit such that the door can be opened and closed using an engaging means. For this reason, since the inner unit can be attached to the exposure box with the door closed, the door does not hinder the attachment of the inner unit to the exposure box.

Therefore, in the disaster prevention receiver according to the first aspect, the inner unit can be easily mounted in the exposure box. In the disaster prevention receiver according to the second aspect, each of a pair of hinges provided on a surface facing a display operation panel provided on a surface of the inner unit of the door is engaged with at least two support shafts. As a result, even if one or more of the support shafts are broken by some external force, the engagement is maintained by the remaining support shafts, so that the door comes off from the inner unit. It is unlikely that the accident will occur.

Therefore, the disaster prevention receiver according to claim 2 is strong and hard to break. In the disaster prevention receiver according to claim 3, when the door is opened, the side surface of the door on which the pair of hinges is provided abuts on the eaves provided on the inner unit. Therefore, even if an excessive force is applied when the door is opened, the force is first absorbed by the eaves, so that an excessive force is hardly applied to the support means (support shaft).

For this reason, it is difficult for the supporting means (supporting shaft) to be broken and for the door to be detached from the inner unit. Therefore, the disaster prevention receiver according to claim 3 is durable and hard to break. In the disaster prevention receiver according to claim 4, when the door is opened, the surface of the door contacting the eaves near the region of the surface of the door that abuts on the eaves easily deforms the door. Since the reinforcing member is provided on the facing surface, the door is not easily deformed.

[0082] In the disaster prevention receiver according to the fifth aspect, each of the support shafts has a generally tapered shape whose thickness gradually increases in the direction of the inner unit from the tip thereof. hard. Therefore, the disaster prevention receiver according to claim 5 is durable and hard to break. The disaster prevention receiver according to claim 6, wherein the eaves are erected in the direction of the support shaft so as to connect the pair of support shafts to each of the pair of support shafts, and bend along the bending surface of the support shaft in the middle. Since the body is provided, even if a large force is applied to the door, the eaves stand upright in the direction of the support shaft so as to connect the pair of support shafts, and bend along the bending surface of the support shaft in the middle However, since the force is absorbed, the support means (support shaft) is not easily broken.

In the disaster prevention receiver according to the seventh aspect, since the support means (support shaft) of the inner unit has a structure that is hard to break, the inner unit can be made of a plastic molded body. Therefore,
In the disaster prevention receiver according to the seventh aspect, since the inner unit can be manufactured at lower cost and easily than when the inner unit is made of metal, the manufacturing cost of the disaster prevention receiver can be reduced.

[0084] In the disaster prevention receiver according to the eighth aspect, the first positioning that defines the mounting position of the inner unit at a predetermined position on the bottom surface of the exposure box mounted substantially horizontally to the ground. A mark is provided, on the surface of the inner unit, there is a frame material having a hollow portion, the display operation unit provided on the surface of the inner unit is such that a gap is formed in the hollow portion formed by the frame material. A second positioning mark that defines the mounting position of the inner unit is provided at a predetermined position on the side wall that forms the gap of the display operation unit.

Then, by aligning the first positioning mark provided on the bottom surface of the exposure box with the second positioning mark provided on the side wall constituting the gap of the inner unit, the exposure box is aligned. The inner unit is mounted substantially horizontally with respect to the ground. Therefore, when the inner unit is attached to the exposure box substantially horizontally with respect to the ground, it is not necessary to use a level or the like.

Therefore, in the disaster prevention receiver according to the eighth aspect, the inner unit can be easily mounted in the exposure box. In the disaster prevention receiver according to claim 9, when the inner unit is attached, by aligning the first positioning mark and the second positioning mark, a level is not used on the surface of the exposure box. The inner unit was fixedly mounted substantially horizontally to the ground.

Further, since it is sufficient to provide four long holes in the inner unit, the number of holes provided in the exposure box can be reduced by half as compared with the conventional inner unit 103. In the disaster prevention receiver according to claim 10,
First fitting means for providing a frame material having a hollow portion on a surface of an exposure box mounted substantially horizontally to the ground, and mounting an inner unit on a surface of an upper frame of the frame material. Are provided in each of the vicinity of both ends of the surface of the lower frame of the frame material of the exposure box, and holes for fixing the inner unit on the surface of the exposure box are provided, and face the surface of the exposure box of the inner unit. A second fitting means provided on the side surface of the exposure box corresponding to the first fitting means provided on the surface of the upper frame of the exposure box and capable of fitting with the first fitting means; ing.

Then, the first fitting means provided on the surface of the upper frame of the exposure box is fitted with the second fitting means provided on the surface of the inner unit facing the surface of the exposure box. After that, by fixing the hole provided in the exposure box and the long hole provided in the inner unit using fixing means such as screws, the inner unit is placed on the surface of the exposure box with respect to the ground. It is designed to be mounted substantially horizontally.

Therefore, when the inner unit is attached to the exposure box substantially horizontally with respect to the ground, it is not necessary to use a level or the like. Therefore, in the disaster prevention receiver according to the tenth aspect, the internal unit can be easily mounted in the exposure box.

[Brief description of the drawings]

FIG. 1 is an exploded plan view schematically showing an inner unit and a door of a disaster prevention receiver according to the present invention, and FIG. 1 (a) shows an inner unit of the disaster prevention receiver according to the present invention. FIG. 1B shows a schematic plan view of the door of the disaster prevention receiver viewed from the inner surface, respectively.

FIG. 2 is a diagram mainly showing an inner unit of the disaster prevention receiver according to the present invention, and FIG. 2 (a) is a schematic plan view of the inner unit of the disaster prevention receiver according to the present invention as viewed from the surface. , And FIG.
The schematic plan views which looked at the inner unit of the disaster prevention receiver shown in FIG.

FIG. 3 is a plan view mainly showing a door of the disaster prevention receiver according to the present invention, and FIG. 3A is a schematic plan view of the door of the disaster prevention receiver according to the present invention as viewed from the outside. FIG.
FIG. 3C is a schematic plan view of the door of the disaster prevention receiver shown in FIG. 3A as viewed from the inside, and FIG. 3C is a side view of the door of the disaster prevention receiver shown in FIG. And FIG. 3D shows FIG.
A side view of the door of the disaster prevention receiver shown in FIG.
Each is shown.

FIG. 4 is an enlarged view of a portion A in FIG. 1;
FIG. 4A is an exploded plan view showing the engagement means 10, and FIG.
4 (b) is a plan view of the assembled engaging means 10 shown in FIG. 4 (a), FIG. 4 (c) is a sectional view taken along line II of FIG. 4 (a), and FIG. ) Is II- shown in FIG.
The sectional views according to the line II are respectively shown.

FIG. 5 is an enlarged view showing a pair of support shafts (32a, 32b) and (32a, 32b) of each of the pair of support means 32;

FIG. 6 is a process diagram schematically showing a process of attaching the disaster prevention receiver according to the present invention to a wall (not shown) of a building.

FIG. 7 is a diagram mainly showing an inner unit of another preferred example of the disaster prevention receiver according to the present invention, and FIG. 7 (a) schematically shows the inner unit of the disaster prevention receiver according to the present invention. FIG. 7B is a perspective view, and FIG. 7B is a plan view schematically showing the inner unit shown in FIG. 7A.

FIG. 8 is a process diagram schematically showing a mounting process of the disaster prevention receiver according to the present invention.
8A and 8B, a perspective view is shown on the left side and a front view is shown on the right side.

FIG. 9 is a view showing a modification of the first positioning mark M1.

FIG. 10 is a view schematically showing another embodiment of the present invention centering on an inner unit, FIG. 10 (a) is a perspective view schematically showing an exposure box, and FIG. It is a schematic sectional view mainly showing the fitting state of the exposure box and the inner unit of the disaster prevention receiver according to the present invention.

FIG. 11 is a schematic plan view mainly showing a long hole provided in the inner unit.

FIG. 12 is a diagram schematically showing an example of a disaster prevention receiver of a conventional disaster prevention system, and FIG. 12 (a) is an external perspective view schematically showing a conventional disaster prevention receiver, and FIG. )
It is a top view which shows roughly the state which the door of the disaster prevention receiver shown in FIG.12 (a) opened.

FIG. 13 shows a conventional disaster prevention receiver on a building wall (not shown).
FIG. 4 is a process diagram schematically showing a process of attaching to the device.

FIG. 14 is a process diagram schematically illustrating an example of mounting a disaster prevention receiver including an embedding box, an exposure box, and an inner unit.

FIG. 15 is a process diagram schematically illustrating an example of mounting a disaster prevention receiver including an exposure box and an inner unit.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Disaster prevention receiver 2 Exposure box 3 Inner unit 4 Door 10 Engagement means 31 Display operation part 32 Support means 32a, 32b Support shaft 33, 34 Eaves 41 Hinge 42 Door reinforcing member 71 First fitting means 72 Second Fitting means h1 Shaft hole h2 Hinge hole h3, h5, h7 Screw hole h4, h6, h8 Elongated hole B2 Bottom surface F2, F3 Frame material F2u Upper frame F21 Lower frame G1 Gap H2, H3 Hollow portion L1 Upper surface M1 First Positioning mark M2 Second positioning mark W1 Side wall S2, S3a, S4a, SF2u, SF21 Surface S3b, S4b Surface (back surface) S3c Surface (back surface)

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-4-48399 (JP, A) JP-A-7-274318 (JP, A) JP-A-4-355546 (JP, A) 357739 (JP, A) JP-A-7-241018 (JP, A) JP-A 62-175394 (JP, U) JP-A 62-81198 (JP, U) JP-A 58-133892 (JP, U) Japanese Utility Model Application Sho 54-108683 (JP, U) Japanese Utility Model Application Hei 4-24191 (JP, U) (58) Fields investigated (Int. Cl. ⁷ , DB name) G08B 17/00 G08B 25/14 H05K 5/03

Claims (10)

(57) [Claims] 1. A box, an inner unit housed in the box and having a display operation panel provided on a surface thereof, and a display operation panel on a surface of the inner unit, and
A disaster prevention receiver, comprising: a door provided to be openable and closable, wherein the inner unit and the door are engaged by using an engagement means. 2. A pair of support means provided for engaging the door with the inner unit, and a pair of support means formed integrally with the inner unit at a predetermined interval in the inner unit; A pair of hinges provided on a surface of the door facing a display operation panel provided on a surface of the inner unit, corresponding to each of a pair of support means integrally formed with the inner unit; and a pair of hinges A pair of support means integrally formed with the inner unit, each of the support means having a pair of support shafts, and each of the pair of support shafts of each of the pair of support means is provided with the pair of hinge pins. Each of the pair of hinges has a hinge hole through which each of the pair of hinge pins is inserted, and each of the pair of support means and the pair of hinges are provided. Each of the pair of hinges is a pair of support shafts of each of the pair of support means. Each of the pair of hinge pins is disposed so as to be sandwiched therebetween, and each of the pair of hinge pins has a shaft hole provided in each of the pair of support shafts of each of the pair of support means and a hinge hole of each of the pair of hinges. The disaster prevention receiver according to claim 1, wherein the disaster prevention receiver is engaged by being inserted. 3. The inner unit has, on a surface thereof, an eaves provided between a pair of supporting means integrally formed with the inner unit at a predetermined interval from the inner unit, and Wherein, when the door is opened, a surface of the door facing a surface on which the pair of hinges is provided comes into contact with an eaves provided on the inner unit. 3. The disaster prevention receiver according to 1 or 2. 4. A door reinforcing member is provided on a surface of the door facing a display operation panel provided on a surface of the inner unit, and the inner unit of the door is opened when the door is opened. Near the area where the door reinforcing member provided on the surface facing the display operation panel provided on the surface of
4. The disaster prevention receiver according to claim 3, wherein a surface of the door facing the surface on which the reinforcing member is provided is in contact with an eaves provided on the inner unit. 5. A pair of support shafts of each of a pair of support means formed integrally with the inner unit, each of the pair of support shafts has a generally tapered shape whose thickness gradually increases from the tip end toward the inner unit.
A disaster prevention receiver according to any one of claims 2 to 4. 6. A pair of support shafts of each of a pair of support means integrally formed with said inner unit are provided so as to connect the pair of support shafts, and are erected in the direction of the support shafts, and are provided on the way. The disaster prevention receiver according to any one of claims 2 to 5, further comprising an eaves body bent along a bending surface of the support shaft. 7. The disaster prevention receiver according to claim 1, wherein the inner unit is a plastic molded body. 8. An exposure box, and an inner unit mounted on a surface of the exposure box and provided with a display operation unit on the surface thereof. A screw hole for attaching the inner unit is provided, and a first positioning mark that defines an attachment position of the inner unit is provided at a predetermined position on the bottom surface, and the inner unit is provided on a surface thereof. A frame having a hollow portion, a display operation unit provided on the surface of the inner unit, a hollow portion formed by the frame material is provided so as to form a gap, and On the side wall of the display operation unit on the side forming the gap,
A second positioning mark is provided for defining a mounting position of the inner unit. When the exposure box is mounted substantially horizontally with respect to the ground, the second positioning mark is provided on a bottom surface of the exposure box. By aligning the first positioning mark and the second positioning mark provided on the side wall of the inner unit on the side forming the gap, the inner unit is placed on the surface of the exposure box and on the ground. Disaster prevention receiver that can be positioned substantially horizontally with respect to. 9. An exposure box, comprising: an inner unit mounted on a surface of the exposure box and provided with a display operation unit on the surface, wherein the exposure box is provided at each of four corners of the surface. A screw hole for attaching the inner unit is provided, and at a predetermined position on the bottom surface, a first positioning mark that defines an attachment position of the inner unit, and a four-circle corner portion of a frame material provided on the surface. Each having a hole for attaching the inner unit, wherein the inner unit is provided on a surface thereof, a frame member having a hollow portion, and formed on the surface of the frame member by the frame member In the hollow part to be formed, a display operation unit provided so as to form a gap, and in each of the four corners of the surface of the frame material, each of the four corners of the frame material provided on the surface of the exposure box Slots provided corresponding to each of the holes provided in the , The side walls of the side constituting the gap portion of the display operation unit,
A second positioning mark that defines a mounting position of the inner unit is provided; and the exposure box is provided on a bottom surface of the exposure box when the exposure box is mounted substantially horizontally with respect to the ground. And aligning the first positioning mark with the second positioning mark provided on the side wall of the inner unit on the side forming the gap, and placing the inner unit on the surface of the exposure box on the ground. After being positioned substantially horizontally with respect to each other, each of the holes provided in each of the four corners of the frame material provided on the surface of the exposure box, and each of the four corners of the inner unit, By fixing each of the long holes provided corresponding to each of the four corners of the frame material provided on the surface of the box, the inner unit is substantially positioned on the surface of the exposed box with respect to the ground. So that it can be mounted horizontally on If the exposure box is mounted at an angle to the ground, the inner box is positioned substantially horizontally with respect to the ground using a level or the like, and then the exposure box is Each of the holes provided in each of the four corners of the frame material provided on the surface, and in each of the four corners of the inner unit, each of the four corners of the frame material provided on the surface of the exposure box A disaster prevention receiver, wherein the inner unit is mounted on the surface of the exposure box substantially horizontally with respect to the ground by fixing each of the long holes provided correspondingly to the above. 10. An embedding box, an exposure box mounted on the surface of the embedding box substantially horizontally with respect to the ground, and a display operation unit mounted on the surface of the exposure box and provided on the surface thereof. A frame member having a hollow portion is provided on a surface of the exposure box, and a first fitting means for attaching the inner unit is provided on a surface of an upper frame of the frame member. In each of the vicinity of both ends of the surface of the lower frame of the frame material of the exposure box, a hole for fixing the inner unit on the surface of the exposure box is provided, A first surface provided on the surface of the upper frame of the exposure box is provided on the surface facing the surface of the exposure box.
A second fitting means is provided corresponding to the fitting means, and is fitted to the first fitting means, and is provided in the exposure box below the inner unit. A first fitting means provided on a surface of the upper frame of the exposure box, and a second fitting provided on a surface of the inner unit facing the surface of the exposure box; By fixing the long hole provided below the inner unit and the hole provided in the exposure box, the inner unit is ground on the surface of the exposure box. A disaster prevention receiver that can be mounted substantially horizontally with respect to.