JPS61116456A - Structure of telephone set - Google Patents

Abstract

PURPOSE:To install the telephone set of the same structure on a desk and wall by forming attachably, detachably a pair of leg connecting holes in a sectional box shape on a flat bottom and a pair of booking holes connected to a hooking member in the state where they are equipped protrusively on the wall and installing peelable a pair of hooking members having the same pitch of the hooking hole. CONSTITUTION:On a flat bottom plate 12, projections 16 installed at four corners on the opening surface of a leg 14 are equipped in parallel to the leg connecting holes 20 connected attachably and detachably, and two hooking holes 21 of narrow width are horizontally spaced by the interval of a pitch P. On the interior of the leg seat plate 15 of the leg the hooking members 17 are installed by the same pitch as the pitch P of the hooking hole 12. The hooking member 17 consists of a circular head part provided with an axial core hole 17b where a rivet 18 is fitted in, and a cylindrical neck part projecting downward the head part, with its head part projecting at the inner side of the leg seat plate 15, and two edge parts and the inner surface of the leg seat plate 15 are linked by a joint 17a of narrow width. Thus, when the telephone set is installed on a desk, its operability is excellent, and when it is used as a wall-hanging type, it can be easily secured on a desired wall, whereby its cost is low with a simple constitution.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to the structure of a telephone that can be used both as a tabletop type and a wall-mounted type.

In recent years, telephones are often installed not only on desks but also on walls.

In this case, it is desirable that the wall-hanging structure is simple and that the height protruding from the wall is small.

[Conventional technology]

FIG. 4 is a perspective view of a conventional telephone (al is a perspective view of the telephone set on a tabletop, and (b) is a side view of the telephone set on a wall.

In FIG. 4, on the operation surface of the telephone body 1, a dial key 6 is arranged on the front side, a speed dial key 7 is arranged in parallel behind the dial key 6, and a handset 2 is arranged on the left side of the dial key 6 and the speed dial key 7. It is configured to set.

This operation surface is inclined at approximately 15 degrees with respect to the table surface in order to improve the operability of the speed dial keys 7 and the like.

When converting a desk phone like this to a wall-mounted phone,
□ case is as shown in Fig. 4 fbl.

That is, a box-shaped mounting base 4 having a mounting surface 5 inclined diagonally upward (approximately 30 degrees) is fixed to a wall, and this mounting surface 5 has an engaging hole 3a provided in the bottom plate 3 of the telephone main body 1. A hooking fitting 5a is provided to protrude and engage with.

The hooking fitting 5a is engaged with the engaging hole 3a, and the telephone main body 1 is hung on the wall with the back surface of the bottom plate 3 in close contact with the mounting surface 5.

In this way, since the lower part of the mounting surface 5 is inclined upward toward the front, the telephone main body I is also inclined upward toward the front. Therefore, even if the handset 2 is placed on the operation surface side of the telephone main body 1, there is no fear that the handset 2 will come off and fall.

[Problem that the invention seeks to solve]

However, in the above-mentioned conventional telephone structure, the lower part of the mounting surface of the mounting base is slanted forward. Therefore, when the telephone is converted to a wall-mounted type, the telephone protrudes higher than the wall surface by the height of the mounting base.

For this reason, not only is the structure of the mount complicated and expensive, but also there is a problem that the telephone may be damaged by people, objects being transported, etc. hitting the telephone.

[Means for solving problems]

The above conventional problem is that the bottom cover of the phone main body has a flat bottom at the top and a sloped bottom at the bottom, and the flat bottom has a pair of leg attachment holes for detachably attaching box-shaped legs to the wall. A pair of hook holes are formed that are hooked to the hook member in a protruding state,
The leg seat plate for the core is provided with a pair of removable hook members at the same pitch as the pitch of the hook holes, and when the phone is installed on a tabletop, the base plate can be attached to the bottom cover. If the inclined bottom is installed in contact with a table surface and the telephone is installed on a wall, the hook member is riveted to the wall and then separated from the core,
The problem is solved by the telephone structure of the present invention, which is configured so that the hooking hole is hooked to the hooking member for hanging.

[Effect]

1. According to the means of the present invention, when the telephone is installed on a desk, the legs are attached to the flat bottom so that the operating surface on which the dial keys etc. are arranged side by side is tilted to the rear. , has good operability.

In addition, when used as a wall hanging type, the hooking member can be removed from the leg and is provided at the same pitch as the pair of hooking holes, so after fixing the hooking member to the wall, pull the leg. By separating the hook member from the hook member, the hook member can be fixed at a desired relative position without being fixed for measurement.

Furthermore, since the flat bottom part is directly attached to the wall and the phone is hung on the wall, there is no need for a special stand, the structure is simple and low cost, and the protrusion height from the wall is low. ,Man,
Less risk of being hit by transported articles, etc. [Example] The gist of the present invention will be specifically explained below with reference to illustrated examples.

Fig. 1 is a perspective view of an embodiment of the present invention when installed on a table, Fig. 2 is a side view when it is hung on a wall, and Fig. 3 (al.
(C1 is a perspective view of the bottom cover, (BL is a perspective view of the leg, (C1 is a side sectional view of the leg, and (C1 is a side sectional view of the hook member fixed to the earthen wall.

Bottom cover 11. The structure of the legs 14 is as shown in FIG.

In FIG. 3 (al), a box-shaped bottom cover 11 made of synthetic resin has a flat bottom plate 12 formed on one side of the bottom plate, and an inclined bottom plate 13 inclined at a desired angle (for example, approximately 15 degrees) on the lower side. It has become.

The flat bottom plate I2 is provided with four leg attachment holes 20 arranged in a rectangular shape and removably engaged with respective projections 16 provided at four corners of the opening surface of the legs 14, which will be described later. Further, in the flat bottom plate 12, two hooking holes 2I each having a narrow width above the elongated hole are arranged horizontally with the corners spaced apart at a desired pitch P.

The horizontally long box-shaped legs 14 made of synthetic resin are shown in FIG.
), tc+, the surface that comes into close contact with the flat bottom plate 12 is open. At the four corners of the opening surface, protrusions 16 that are elastically engaged with each of the leg engagement holes 20 when pressed are arranged in parallel.

On the inside of the leg seat plate 15 of the leg 14, the pitch P of the hook hole 21 is
The hook members 17 are provided at a pitch equal to .

The hooking member 17 consists of a disc-shaped head provided with an axial hole 17b into which the stud 18 is inserted, and a cylindrical neck protruding downward from the head, and the head is attached to the leg seat plate 15. Two parts of the edge of the head and the inner surface of the leg seat plate 15 are connected by a narrow connecting part 17a that protrudes toward the inner side.

Note that the length of the neck is slightly larger than the thickness of the flat bottom plate 12.

Therefore, when the back side of the leg seat plate 15 is brought into contact with the wall surface with the pair of hook members 17 being horizontal, and the rivets 18 are driven into the shaft center hole 17b, each hook member 17 is horizontal and the hook hole is It is fixed to the wall with a pitch equal to the pitch P of 21.

When the leg 14 is pulled in this state, the connecting portion 17a is cut, and the hook member 17 is separated from the leg seat plate 15 and remains on the wall surface.

Therefore, as shown in FIG. 3 fd+, the hook hole 21 of the flat bottom plate 12 is inserted into the hook member 17 fixed to the wall, and the narrow part of the hook hole 21 is hooked to the neck and the phone is inserted. The main body 10 can be hung on a wall.

In FIGS. 1 and 2, the telephone main body 10 has speed dial keys, dial keys, etc. arranged side by side on the front operation surface, and the rear part of the telephone main body 10 is covered with a box-shaped bottom cover 11. . Further, a cord connected to the handset 2 is led out from the side surface of the bottom cover 11, and the handset 2 is configured to be set on the side of the operation surface.

In FIG. 1, the legs 14 are connected to the flat bottom plate 12 of the bottom cover 11.
The phone is mounted on the phone to support the upper part of the phone main body 10, and the inclined bottom plate 13 is placed close to the table surface.

Therefore, the operating surface of the telephone main body 10 is approximately 1 inch relative to the table surface.
It is tilted by 5 degrees, making it easy to see numbers, etc. on speed dial keys, dial keys, etc., and has good operability.

In FIG. 2, after the leg 14 is removed from the flat bottom plate 12 and the leg seat plate 15 of the leg 14 is brought into contact with the wall surface, the hook member 17 is
is fixed to the wall with rivets 18, and then the legs 14 are pulled to separate the hook member 17 from the leg seat plate 15. After fixing the hook member 17 to the wall in this manner, the flat bottom plate 12 is brought into close contact with the wall surface, the hook hole 21 is hooked to the hook member 17, and the telephone main body 10 is hung on the wall.

In a telephone used as a wall-mounted telephone, the flat bottom plate 12 of the bottom cover 11 is directly attached to the wall and is hung on the wall, so the height H of the telephone protruding from the wall is low, making it easy for people and transported goods to be hung. There is little risk of being hit.

Further, the structure is simple and low cost, without requiring a special mounting stand or the like.

〔Effect of the invention〕

As explained above, in the present invention, when the telephone is installed on a tabletop, the operation surface is tilted backward, resulting in good operability, and when the telephone is used as a wall-mounted type, the hook member is fixed for measurement. It can be easily fixed in position on the desired wall surface without having to be attached, the structure is simple and low cost, and the
This has excellent practical effects, such as reducing the risk of being hit by transported items.

[Brief explanation of the drawing]

Figure 1 is a perspective view of one embodiment of the present invention when installed on a tabletop, Figure 2 is a side view when it is hung on a wall, Figure 3 (al is a perspective view of the bottom cover, (b) is A perspective view of the leg, (C1 is a side sectional view of the leg, (dl is a side sectional view of the hook member fixed to the wall, FIG. 4 is a perspective view of a conventional telephone set in (a) on a tabletop, (BL is a side view of the phone installed on the wall. In the figure, 1.10 is the phone body, 2 is the handset, 4 is the mount, 11 is the bottom cover, 12 is the flat bottom plate,
13 is a sloped bottom plate, 14 is a leg, 1
5 indicates a leg seat plate; 16 indicates a protrusion; 17 indicates a hook member; 18 indicates a stud; 2o indicates a leg attachment hole; and 21 indicates a hook hole.

Claims (1)

[Claims] The bottom cover of the main body of the phone has a flat bottom at the top and a sloped bottom at the bottom, and the flat bottom has a pair of leg hooking holes with box-shaped legs that are removably attached to the flat bottom. A pair of hook holes are formed to be hooked to the member, and a pair of hook members are removably provided on the leg seat plate of the legs at equal pitches to the pitch of the hook holes, and the telephone is installed on a tabletop. If the telephone is to be installed on a wall, the legs should be attached to the bottom cover and the slanted bottom should be placed in contact with the table surface. 1. A telephone structure characterized in that the telephone structure is configured such that the telephone is separated and hung by locking the hooking hole to the hooking member.