JPS63252101A - Interior replacing equipment in building - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to interior replacement equipment installed in residential buildings.

[Conventional technology]

Traditionally, when replacing the interior of a residential building, such as a table or sofa, with another one, the existing interior must be transported to another location and stored, or if there is no storage space, it must be discarded. It is common to have nine.

[Problem that the invention seeks to solve]

With the recent diversification of living environments, there is a growing demand for the effective use of limited living space for multiple purposes.

That is, in some cases, there are requests to use the room as a conference room, in some cases to use it as a dining room, and in other cases, to use the room without any interior, or to change the interior depending on the season.

However, with conventional countermeasures, a separate room is required to store each interior item, and if such a room is not available, it is necessary to dispose of each interior item each time, trade it in, or use source items from a leasing company from the beginning. There was a problem that students with problems were unsatisfied with the product, which required a lot of effort and wasted money.

In addition, one of the conventional modifications is so-called knit furniture such as beds and tables that can be stored in the wall, but this can only be used in two ways: with or without furniture.
), there are problems such as not being able to accommodate the versatility of 2-Z.

[Means for solving problems]

In-building interior replacement equipment will be installed, which will consist of a moving device on which a plurality of interiors are placed, a storage space equipped with a lifting device to raise and lower the interior, and a control device to control the moving device and the lifting device.

In this way, the interior pedestal can be put in and taken out in a short time without requiring a force depending on the purpose.

, [Function] By controlling the moving device and the elevating device using the operation panel of the control device, an arbitrary interior item is taken out from the storage space and stored in the storage space.

Since it has a plurality of interior storage spaces, various combinations can be selected in advance depending on the purpose.

〔Example〕

1 to 7, 1 is an interior pedestal, 2 is a moving base, 3 is a moving roller, 4 is a connecting chain, 4a is a fixing metal fitting, 5 is a rail, 5a is a cutout hole, 6 is a drive motor,
7 is a tin rocket, 8 is a support member, 9 is a guide tin rocket, IO is a moving device, 11 is an elevating member, 12 is a screw rod, 13 is a guide rod, 14 is a tin rocket, 15 is a bearing, 16 is a bearing, 17 is a drive motor, 18 is a tin rocket, 19 is a chain, 20 is a lifting device, 21
is the storage space, η is the interior, 23 is the floor, 24 is the opening, 5 is the bottom, ga is the power button, n is the safety unlock push button, ah is the interior designation push button, rooster is the transmitting antenna, 3
0 is an operation pendant, 31 is a receiving antenna, 32 is a receiving circuit, 33 is a microcomputer, 34 is a movement command circuit, 35 is a lift command circuit, 36 is a display circuit, 37 is an expense display nameplate, 39 is an indicator light, and 39 is a Public display panel, 40 is a control panel,
Seki is a control device.

In this embodiment, as shown in the plan view of FIG. 1, a maximum of eight interiors can be stored and replaced with arbitrary interiors one after another.

As shown in FIGS. 2 and 5, the moving device 10 includes an interior pedestal 1, a moving table 2, moving rollers 3, a connecting chain 4, a rail 5, a drive motor 6, and a sprocket 7.
, a support member 8, and a guide tin rocket.

The interior pedestal 1 is for placing an interior 22 on its upper surface, and is removably installed on the movable table 2. The movable table 2 is provided with a movable row 23 on the lower surface, and is connected at regular intervals by a connecting chain 4 that can go around on a rail 5 laid on the bottom surface 5.

The connection is to fix the chain 4 to the movable platform by tightening the fixing metal fitting 4al with bolts.

The connecting chain 4 is guided by a guide sprocket 9 at a part of the corner and is also driven by a sprocket 7 of a drive motor 6. The support member 8 is provided on the opposite side of the tin rocket 7 with the chain 4 in between.
This is to smoothen the engagement between the tin rocket 7 and the tin rocket 7.

As shown in FIGS. 2, 3, and 4, the lifting device 20 includes a lifting member 11, a screw rod 12, and a guide rod 1.
3, a sprocket 14, bearings 15 and 16, a drive motor 17, a sprocket 18, and a chain 19. The elevating member 11 is F-guided by a guide rod 13, and has a threaded connection structure with the screw rod 12, so that the elevating member 11 is moved up and down by rotation of the screw rod. The screw rod 12 has bearings 15 and 16 at both ends.
and are fixed to the sprocket 14 so as to rotate together with the sprocket 14. Each tin rocket 14 is connected to a tin rocket 18 of a drive motor 17 by a chain 19, and rotates synchronously. Chain 19 is rail 5
Cutout hole 5a in rail 5 to intersect with a? installed to avoid interference.

The elevating member 11 is arranged so that the lower surface of the interior pedestal 1 is in the lower limit state, and the upper surface of the interior pedestal 1 is flush with the floor wing in the upper limit state, and the opening 24 is closed. It has a lifting stroke.

The control device I controls the moving device 10 and the elevating device 2Off, and consists of a control panel 40 and an operation pendant as shown in FIG. The operation pendant 30 is a wireless remote control system consisting of a power button 26, a safety lock release button valley, an interior designation push button, and four transmitting antennas. The control panel 40 includes a receiving antenna 31, a receiving circuit 32, a microcomputer, a movement command circuit, and
It consists of a lift command circuit, a display circuit, and a light display panel 39, and the display panel 39 has each push button 26 of the operation indent 30.
, 27.28 and a display breakthrough are provided.

Next, the operation of the above configuration will be explained.

The case where the interior gold specified plate 1 protruding from the current floor surface is changed to the specified height 2 will be explained according to the operation and control flowchart of FIG. 7.

First, when you press the power button 26 of the control panel 30, the signal from the transmitting antenna is sent to the receiving antenna 3 of the control panel 40.
1, passes through the receiving circuit 32, and then goes to the micro combinator 3.
3, and the related indicator light 38 of the display panel 39 lights up via the light indicator circuit 36. The microcomputer has a memory circuit (not shown) for the state before the power supply φN is turned on, and the current interior designation height 1 and power supply display breakthrough are lit.

Next, when the safety lock release push button 27 is pressed, an input is made to the micro combiator 33 in the same manner as described above, and the safety lock release display is illuminated, making it possible to issue an operation command for the next process.

Even if the next interior designation push button 28 is pressed without pressing the safety lock release push button 27, the micro combiator is stored so that the moving device 10 and the elevating device will not be activated.

Next, when the push button 28 of the interior designation height 2 is pressed, input is made to the micro comviator in the same way as above, and according to the processing flow stored in the micro comviator 33 in advance, the elevating device is activated via the elevating command circuit 35. A descending command signal is input, and the drive motor 17 is driven in the direction in which the elevating member 11 descends, and the tin rocket 18 and the chain 1
9, transmitted to sprocket 14, screw rod 12
t-rotation, and the elevating member 11, interior pedestal 1, and interior n are lowered together. At the same time, the lifting device display breakthrough lights up via the foot circuit 36.

The bottom of the interior pedestal 1 is movable! Even after being placed on the moving table 2 of 20, the elevating member 11 continues to descend and reaches a position where there is a slight gap (not shown) with the interior cradle 1 (to the extent that there is no interference even if the moving device passes). A detector (for example, LS or proximity switch) is used to stop the F drive motor 17. At the same time, the lifting device display light is turned off.

Next, a movement command signal is input from the microcomputer 33 to the movement device [10] via the movement command circuit, the drive motor 6 is driven, the connecting chain 4 is moved by the sprocket 7, and the movement stage 2 fixed with the fixing bracket 4a is moves.

At the same time, the mobile device indicator light is lit via the display circuit 36. When each movable platform 2 reaches a predetermined position in relation to the lifting device, it is detected by a detector (for example, LS or proximity switch), not shown, corresponding to each movable platform 2 installed on the bottom surface 5. In this case, when the movable table 2 of the interior designator 2 reaches a predetermined position, it is detected by the detector and the drive motor 6t is stopped. At the same time, the mobile device indicator light turns off and the interior designator 2 indicator light turns on.

Next, the microcomputer 33 sends the lift command circuit 3
After step 5, a lift command signal is input to the lifting gear 20, and the drive motor 17 is driven in the direction in which the lifting member 11 is raised, and the signal is transmitted to the sprocket 18, chain 19, and sprocket 14, and the screw rod 12 is moved. When rotated, the elevating member 11 rises, and the interior also rises together with the interior pedestal 1. At the same time, the elevator device indicator light is turned on via the light indicator circuit 36.

When the interior continues to rise and the upper surface of the interior pedestal 1 becomes flush with the floor surface n, a detector (not shown, for example, LS or proximity switch) stops the drive motor 17.

At the same time, the elevating device i indicator light turns off. Furthermore, the safety lock automatically becomes φN and the safety lock release indicator light goes out.

Finally, press the power button 26 to set the power to φFF.

The display and J channel 39 indicator lights all go out. This completes a series of driving operations.

In this example, a series of operations are stored in the micro combinator in advance, all conditions are determined, and the movement and elevation are automatically performed. It is also possible to have it done. Moreover, instead of wireless remote control operation, wired operation may be used.

Furthermore, the number of interior parts can be increased or decreased as appropriate depending on the space of the room, and the moving device can also be selected as appropriate, such as a linear reciprocating type rather than a rotating type.

〔Effect of the invention〕

(1) Multiple interiors can be selected and incorporated in advance according to the purpose.

(2) It is possible to change the interior decoration according to the purpose in a short time without requiring any effort and to redecorate the room.

(3) Since it can be installed under the floor of a new building, above the floor of an existing building, or raised in the middle, it is possible to make the most of the limited space and store and replace various interior items.

[Brief explanation of drawings]

Fig. 1 is a plan view of interior replacement equipment in a building as an embodiment of the present invention, Fig. 2 is a sectional view taken along line A-A in Fig. 1, and Fig.
The figure is a sectional view taken along line B-B in FIG. 2, FIG. 4 is a view taken along arrow C in FIG. 2, FIG. 5 is a plan view showing the connection state of the moving device 10, and FIG. The block diagram, FIG. 7, shows a flow diagram of operation and control.

Claims (1)

[Claims] A moving device comprising a plurality of pedestals on which a plurality of interior items are placed, the pedestals being at the same height as the floor surface when raised, and orbiting on a rail provided at the bottom; and the pedestals. 1. A building interior replacement facility comprising: a storage space equipped with an elevating device for elevating and lowering; and a control device for controlling the moving device and the elevating device.