JP2002004615A - Expandable garage - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a garage for an outdoor parking lot on a flat surface for preventing damage and thereof a vehicle. SOLUTION: This expandable garage is composed of a fixed covering body having a front opening part to be disposed at a rear part of an outdoor parking lot on a flat surface, a pair of rails placed on a floor at both side surfaces of the fixed cover body to be extended forward, and a portal type movable covering body provided with plural wheels rolling on the rails at lower end parts, straddling the rails. The movable body has a shutter vertically movable to open/close a front opening part, extended from the fixed cover body forward to roughly wholly cover the surface of the outdoor parking lot on the flat surface, and be movable rearward to be contained in and overlapped with the fixed cover body.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elastic garage for covering a car stored in an open-air parking lot.

[0002]

2. Description of the Related Art As a conventional stretchable garage, a foldable garage in which both side surfaces and a ceiling surface are integrally formed is known. As shown in FIG. 13, a foldable and extendable garage C is formed by connecting a plate-like body 36 made of a strong rigid material with a sheet-like exterior material 34 and integrally forming both side surfaces and a ceiling surface. Further, a gate-shaped frame member 37 is provided at the front end and the rear end of the garage C. The garage C can use the space of the ground G to be used for other purposes, and completely protects the car 32 from wind and rain during use, thereby achieving a good-looking garage C. In the figure, reference numeral 33 denotes a U-shaped guide member which regulates a frame member 37 and a wheel 38 provided at a lower end of the plate-like body 36. (For example, Japanese Patent Application Laid-Open No. H11-270169)
No.)

[0003]

However, such a conventional garage employs an exterior material having a bellows structure for folding, and can protect the vehicle from wind and rain. There is a fear that the vehicle may be damaged by contact with another vehicle or the like, and in particular, anxiety remains when a luxury vehicle is parked in such a garage for a long time. At present, no measures against vehicle theft prevention requested have been considered.

SUMMARY OF THE INVENTION The present invention provides an open-air parking garage which is useful for preventing the conventional problem of vehicle damage and especially for preventing vehicle theft.

[0005]

SUMMARY OF THE INVENTION The present invention relates to a stretchable garage installed in an open-air parking lot, which prevents damage to the vehicle.
And to prevent the vehicle from being stolen, the vehicle is wrapped in a fixed cover and a movable cover, and the movable cover is extended and stored via the rails electrically, and furthermore, by a malicious thief, etc. Even if the external commercial power is cut off,
Electric power for extension, storage, unlocking, and the like of the cover is obtained from a battery or a solar cell stored from a commercial power supply or a solar cell.

The elastic garage according to the first aspect of the present invention,
A fixed cover having a front opening disposed at the rear of the open-surface flat parking lot, a pair of rails extending forward laid on the inner floor on both sides of the fixed cover, and a plurality of rolls rolling back and forth on the rail at the lower end. It is a gate type that has wheels and spans between rails.It has a shutter that opens and closes vertically at the front opening, extends forward from the inside of the fixed cover, covers almost the entire surface of the open-air parking lot, and moves backward. And a movable cover that is housed in a fixed cover and polymerized. The movement of the movable cover and the opening and closing of the shutter include a manual operation and an electric operation. ,

The stretchable garage according to the second aspect of the present invention
A fixed cover having a front opening disposed at the rear of the open-surface flat parking lot, a pair of rails extending forward laid on the inner floor on both sides of the fixed cover, and a plurality of rolls rolling back and forth on the rail at the lower end. It is a gate type with wheels and spans between rails, has a shutter that opens and closes the front opening vertically, extends from the inside of the fixed cover and covers almost the entire surface of the open-air parking lot, and backwards A movable cover that moves and is stored and polymerized inside the fixed cover, and a power supply that is connected to a solar cell and a commercial power source installed outside the fixed cover and connected to a storage section provided inside the fixed cover and provided on the back of the fixed cover. It comprises a device, a moving mechanism of a movable cover connected to the power supply device, and a shutter opening / closing mechanism, and a locking mechanism of the moving mechanism and the opening / closing mechanism.

According to a third aspect of the present invention, there is provided a power supply device for a stretchable garage, wherein a charge controller connected to a solar cell, a charger connected to a commercial power source, and a charge controller and a charger connected to the power supply for storing electricity when necessary. A battery that supplies power via a charge controller, an inverter connected to the charger and charge controller to convert DC power to AC power, and connected to the inverter to control the power source and supply power to the moving mechanism and opening / closing mechanism when necessary. And a sequential circuit to be supplied.

According to a fourth aspect of the present invention, a movable cover moving mechanism includes a first drive motor provided on a fixed cover, a gear group, a pinion, and a rack provided on the movable cover. .

A shutter opening / closing mechanism according to a fifth aspect of the present invention comprises a second drive motor provided on a movable cover, a gear group, a drive wheel, and a cable.

The locking device for the moving mechanism and the opening / closing mechanism according to the invention described in claim 6 is locking and unlocking with a key.

According to a seventh aspect of the present invention, the locking device for the moving mechanism and the opening / closing mechanism is locking and unlocking by non-contact key means.

The lock mechanism for the moving mechanism and the opening and closing mechanism according to the invention of claim 8 is integrated.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The covering of the present invention comprises a fixed covering divided into front and rear of a vehicle parking lot, a movable covering, and rails laid on inner floors on both sides of the fixed covering. The movable cover rolls on the rails via wheels provided at the bottom, and is stored and extended in the fixed cover. Both the movable lid and the fixed cover have a gate-shaped cross section. The movable cover is smaller than the fixed cover, and when overlapped with each other, the movable cover is stored in the fixed cover. When the movable cover is extended, the fixed cover and the movable cover partially overlap. The indoor height of the fixed cover and the movable cover is a height at which the vehicle can be stored. The entire vehicle is covered with the movable cover extended from the fixed cover.
When the movable cover is stored in the fixed cover, the front door of the vehicle can be opened and closed without interference with the movable cover. The parking garage has a size that does not exceed the parking lot (both vertically and horizontally) when the movable cover is pulled out from the fixed cover and extended.

[0014] The fixed covering is portal-shaped and has a rear surface. A storage section is provided along the rear surface. A power supply device is installed in the storage unit, and other devices are also stored. A solar panel is installed outside the fixed covering. The power supply is connected to the solar panel and the commercial power supply.

A pair of rails extending forward are laid on the inner floor on both sides of the fixed cover. The length of the rail is the range in which the movable covering moves back and forth during storage and deployment. The rail has a size such that a wheel provided at the lower end of the movable cover can roll and has an I-shaped cross section. The dimension between the pair of rails is a width that can accommodate the vehicle. A stopper is provided at the end of the rail to stop the lower wheel of the movable covering.

The movable cover is of a portal type and has openings on the front and rear surfaces. The front opening can be opened and closed by a shutter that moves up and down. The lower part of the movable cover is provided with a plurality of wheels rolling on rails. A guard plate made of steel is provided on the lower side surface of the movable cover so that the movable cover cannot be cut off from the rail. The movable cover rolls back and forth on the rail by the moving mechanism.

A power supply device housed in the housing portion on the rear surface of the fixed cover body includes a charge controller connected to a solar cell, a charger connected to a commercial power source, and a charge controller connected to the charge controller and the charger to store electricity when necessary. It comprises a battery that supplies power via a charge controller, and a sequential circuit that is connected to the charger and the charge controller, controls the power source, and supplies power to the moving mechanism or the opening and closing mechanism when necessary.

The moving mechanism of the movable covering body includes a manual type and an electric type. For the manual type, outside the fixed cover (side or rear)
, A manual handle is provided, and is moved by the transmission means of the sprocket and the chain. In the case of the electric type, a first drive motor connected to a power supply device provided at an overlapping portion of the fixed cover and the movable cover, a gear group meshing with the drive gear of the first drive motor, a gear group meshing with the gear group. It consists of a matching pinion and a rack provided on the movable cover.

The shutter opening and closing mechanism includes a manual type and an electric type. In the manual type, a manual handle is provided on the outer surface of the movable cover, provided on the movable cover, and opened and closed by a sprocket and chain transmission means. In the case of the electric type, a second driving motor connected to the power supply device, a gear group meshing with the driving gear of the second driving motor, a driving wheel meshing with the gear group, and an end of the shutter driven by the driving vehicle. And a cable connected to the fixed part shaft. The driving vehicle is a sprocket, roller, pulley, etc., and the rope is a rope, belt, chain, etc.

A locking device for preventing movement of the movable cover and a locking device for preventing opening and closing movement of the shutter;
The unlocking is performed by a manual key or a contactless key means. The manual key is mechanically locked, and the non-contact key means is electrically locked. A lock device for preventing movement of the movable cover and a lock device for preventing opening and closing of the shutter are separately provided and separately operated. Alternatively, they are integrated, and the lock of the movable cover and the shutter is simultaneously turned on / off by one operation.

In order to move the movable cover, a moving switch is operated and the moving mechanism obtains electric power from the power supply device to move the movable cover back and forth. To open and close the shutter,
By operating the open / close switch, the open / close mechanism obtains power from the power supply device to open / close. Each switch uses a switch made of conductive rubber or the like which is turned on / off by one touch. The movement switch is provided with on / off, forward, reverse, and stop switches. Open / close switch is also provided with on / off, open, close, stop switches

The non-contact key means is provided with a transmitting unit for transmitting an electromagnetic wave of a unique personal identification code to a card or tag carried by a garage user, and a card, a card,
When the electromagnetic wave of the personal identification code transmitted from the tag transmitter matches the electromagnetic wave of the personal identification code generated at the fixed station, a permission signal is output from the fixed station to close the drive circuit and supply driving power to the lock device. A relay will be provided. In the case of non-contact key means, when a garage user wearing a card or tag having a transmission unit approaches the garage, the transmission unit communicates with a fixed station provided on the garage side and a unique password matches. Then, a permission signal is output from the fixed station, the relay is closed, power is obtained, and the lock device can be locked and unlocked.

In the case of the non-contact key means, a relay is installed on each drive motor of the moving mechanism and the opening and closing mechanism in addition to the lock device, so that power can be obtained from the power supply device by a permission signal from the fixed station. Is also good. Further, a relay may be provided at the main fastening for wiring from the power supply device.

In addition, the stretchable garage is provided with a commercial power supply or provided with a solar cell to obtain power from a power supply device. In this case, the opening and closing of the garage and the opening and closing of the shutter are not always electric. It may be a manual type. The electric power in the case of the manual type is used for the interior light, the alarm, and the unlocking mechanism of the lock device in the case of the non-contact key means.

Although it is a stretchable garage provided with an anti-theft device, a stretchable garage with theft insurance can be provided so that even if the vehicle is stolen, the vehicle is guaranteed.

[0026]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A first embodiment of the present invention will be described below with reference to FIGS. The garage A of the present invention can be set in one section of the open-air flat parking lot on the ground G. Garage A
Is composed of a fixed cover 1, a movable cover 2 provided with a shutter on the front surface, and a pair of rails 5 for moving the movable cover 2. The movement of the movable cover 2 and the opening and closing of the shutter are electrically operated. The fixed cover 1 is of a gate type and is disposed behind one section of the parking lot, and comprises a ceiling 1a, both side portions 1b, and a rear portion 1c, and a front opening 1d is provided at the front. A first lock device 41 and a movement switch 28 of the movable cover 2 are provided on the front surface of the frame on one side of the front opening 1d. In this embodiment, the lock device for the fixed cover and the lock device for opening and closing the shutter are separately provided. A solar cell 25 is arranged outdoors on the ceiling 1a, and storage portions 16a and 16b are provided on a rear surface portion 1b inside the fixed cover 1 so as to be vertically divided.
Battery 18 as power supply device B and inverter 2
7 etc. are stored.

The movable cover 2 is gate-shaped and has openings on the ceiling 2a, both side portions 2b and front and rear surfaces, and a front opening 2d can be opened and closed by a shutter 5. The back is open. The ceiling 2a has a space for accommodating the shutter 5 that is closed downward. On both sides, a channel-shaped shutter guide 3 with an opening is provided on the inner side for sliding the shutter 5 smoothly. In shutter guide 4,
An open / close switch 29 for the shutter 5 is provided, and the shutter 5 is provided with a second lock device 40. A plurality of steel panels are stretched on the ceiling 2a and both side portions 2b. As shown in FIG. 10, both ends of the guard 13 provided at the lower end of the both side surface portions 2b are formed of a substantially inverted U-shaped steel material having L-shaped hooks. The L-shaped guard 13 extends from both sides so as to bite into the side surface of the rail 15, and is provided so that the movable cover 2 does not come off the rail 15. In the space of the guard 13 of the two L-shaped hooks, a plurality of wheels 8 running on the rail 15 are provided. In the figure, reference numeral 8a denotes a rotation axis of the wheel. A long rack 7, which is a part of the moving mechanism, is provided below the side surface 2b of the movable cover 2 that is in contact with the fixed cover 1.

A shutter frame 4 on which a shutter 5 slides is provided on a side end of the movable cover 2 from the lower front surface to the upper surface. The shutter frame 4 is formed by a straight member 4a on the front surface, a straight member 4c on the upper surface, and a curved member 4b connecting the straight members 4a and 4c.
Further, a shutter guide 3 is attached to the linear member 4c on the upper surface so that the shutter 5 is concealed by covering the front and back surfaces with ceiling panel materials so as to surround the linear member 4c. The lower end of the linear member 4a of the shutter frame 4 is formed short so as not to interfere with the rail 15 and the stopper 45 when the shutter 5 is closed. An opening / closing switch 29 for moving an opening / closing mechanism T of the shutter 5 is provided on the front surface of the shutter frame 4.
d is provided with a second lock device 40 for locking the opening and closing of the shutter. The shutter 5 is provided on the curved member 4b.
A plurality of guide wheels 10 for smoothly sliding the rope 9 which is a reciprocating rope to a portion not obstructing the movement of the vehicle are attached. The cross section of the shutter frame 4 is formed as a channel-shaped cross section provided on both sides so as to cover the side end of the shutter 5 and allow the guide roller 6b of the shutter shaft 6 to slide inside. Each shutter 5,
5 are connected to each other via a hinge 12 on the back side. In this case, the joints of the shutters wrap each other so that the inside cannot be seen from outside. Shutter 5
Consists of a shutter connected via a plurality of hinges for shielding the front opening 2d of the movable cover 2, the upper end is an upper end shutter 5u, and the lower end is a lower end shutter 5d.
It is. A shutter frame 5a is further connected to the lower end shutter 5d, and a handle 5b is provided on the shutter frame 5a. An upper end shutter 5u and a lower end shutter 5d of the shutter 5 are integrally formed with an end fixed shaft 6a for fixing both ends of a rope 9 which is a rope projecting laterally outward from the guide roller 6b. . The shutter driving rope 9 is composed of a single rope. The rope 9 is pulled out from the protruding end fixed shaft 6a of the upper end shutter 5u, passes through the outer periphery in the shutter frame 4, and passes through a first rope pulley 11a that is a driving vehicle. The guide frame 10 is turned up and down again, passes through the inner periphery of the shutter frame 4 again, passes through one groove of the guide wheel 10 pivotally supported in the curved portion 4b, and
The guide wheel 1 is reversed by the second rope pulley 11b arranged in the side surface portion 1b on the side, again passes through the outer periphery, and is in the curved portion 4b.
The lower shutter 5d is coupled to the end fixed shaft 6a 'via the other groove of the lower shutter 5d. The rope 9 moves inside the shutter frame 4. Incidentally, in the guide wheel 10, the two grooves may be made into one large long groove as long as the inner rope 9 and the outer rope 9 'do not interfere with each other.

The overlapping portion S at the lower front end of the fixed cover 1
Is provided with a pinion 14 that meshes with the rack 7 provided over the entire area below the side surface of the movable cover 2. The movable cover 2 travels back and forth on the rail 15 with respect to the fixed cover 1 due to the engagement between the rack 7 and the pinion 14. The pinion 14 rotates via a first drive motor 42a. The shutter frame 5a outside the lower end shutter 5d is mounted with a width that does not interfere with the rail 15, and a handle 5b for manual operation is provided on the shutter frame 5a. When the shutter 5 closes the front opening 1a, the shutter frame 5a is in contact with the ground G, then the lower shutter 5d is located below the shutter frame 4, and the end fixed shaft of the lower shutter 5d. 6a is close to the second rope pulley 11b, and the lower end shutter 5d
When moving up, it is shortened by the height of the rail 15 so as not to be pulled on the rail 4.

The movement of the movable cover and the opening and closing of the shutter
Not at the same time. When storing a vehicle in a garage,
The movable cover extends, and then the shutter is released. Conversely, to expose the vehicle from the garage, first, the shutter is lifted, and then the movable cover is stored.

Sensors (not shown) are provided at the open position of each shutter 5, the closed position of the shutter 5, the storage position of the movable cover 2, and the protruding position. , May be reversed.

A power supply B supplies power to the load.
The load is an opening / closing mechanism T for opening and closing the shutter 5, a moving mechanism M for extension and storage of the movable cover 2, a room light 43 in the garage, an alarm, and the like. As a power source of the power supply device B, a commercial power supply 20 and a solar cell 25 are used in combination. As shown in FIG. 11, the power supply device B is connected so that power from the commercial power supply 20 can be supplied to the inverter 27 via the charger 24, and power from the solar cell 25 is supplied to the inverter 27 via the charge controller 21. 27. Further, it is connected so that electric power from the commercial power supply 20 can be supplied to the battery 18 via the charger 24 and the changeover switch 23.
From the battery 18 via the charge controller 21 and the changeover switch 22. The power of the battery 18 is supplied to the inverter 27 via the charge controller. The sequential circuit selectively controls the power source by closing the changeover switches 22 and 23 and supplies power to the load. The commercial power supply 20 of the power supply device B always operates to supply power to loads such as the drive motor 42 and the interior light 43 and to charge the battery 18 via the charger 24 and the switch 23. The solar cell 25 also supplies power to the load via the charge controller 21 when necessary,
The operation is performed so as to charge the battery 18 via the changeover switch 22. The power supply to the load is mainly performed by the commercial power supply 20, but when the commercial power supply 20 is cut off by any means, the load is controlled by the sequential circuit 26, and is supplied from the solar cell 25 if possible. If supply is not possible, the battery 18 is controlled to be supplied from the stored battery 18 to each load via the inverter 17 by the charger 24 and the charge controller 21. The battery 18 of the storage section 16b on the floor is located at a position where it does not interfere with the vehicle.

The first cover provided on the front frame of the fixed cover 1
When the key is inserted into the lock device 41, the clockwise rotation is performed, and the lock is turned on, the moving device M is locked, and the operation switch 2
Pressing 8 does not move the fixed cover 1. When the key is rotated in the reverse direction to turn off the lock, the operation switch 28 reacts,
The movable cover 2 can be moved back and forth by the operation switch 28. The operation switch 28 is provided for ON / OFF, forward, reverse, and stop. The stop is for stopping during movement. When the key is inserted into the second lock device 40 of the lower end shutter and rotated forward, the locking rods are mechanically protruded from both side ends of the shutter, and are locked to the shutter frame 4 and locked. (Lock On) When the second lock device 40 is turned on, the shutter switch 29
No matter how much you press, it remains locked. When rotated in the reverse direction, the locking rod is retracted and the lock is released. By operating the shutter switch 29, the shutter can be opened and closed. The shutter switch 29 is provided for ON / OFF, opening, closing, and stopping.

The use of the elastic garage A of the first embodiment of the present invention will be described. First, as shown in FIG. 2, the interior of the garage A is in a state where the vehicle 30 can be parked at any time with an empty vehicle, that is, the movable cover 2 is stored in the fixed cover 1, and the shutter 5 is opened. The garage user puts the vehicle 30 back into the empty parking lot. As shown in FIG. 4, the vehicle 30 is brought into a position where the front door 31 can be opened and closed and stopped. If an occupant is in the rear seat, get off before entering the garage A of the parking lot. Also, when the vehicle 30 enters forward,
The front door 31 may not be able to be opened in the garage A, so it is better to put it back. In order to park the vehicle 30 and store it in the garage A, the garage user locks the door, separates from the vehicle 30, operates the movement switch 28 provided at the front of the fixed cover 1 of the garage A, and moves Activate the mechanism M, that is, drive the first drive motor 42 to move the movable cover 2 via the gear group, the pinion 14 and the rack 7 to the rail 1
Then, the shutter switch 29 provided at the front of the shutter frame 4 is operated to operate the shutter opening / closing mechanism T. That is, the second drive motor 42b is driven, and the gear group, the first pulley 11
a, the rope 9 and the end shutter shaft 6a of the upper shutter, the shutter 5 is lowered, and the front opening 2d is closed as shown in FIGS. Cover. After the vehicle 30 is stored in the garage A, the shutter 30 and the lock devices 40 and 41 provided on the movable cover 2 are locked and locked to prevent others from opening the garage 30 easily. Protect completely at parking lot G.

Next, when the garage user wants to take out the vehicle 30 from the garage A, the key is inserted into the lock devices 40 and 41, unlocked, the shutter switch 29 is operated, the drive motor 42 is operated, and the gear is operated. The shutter 5 is raised by reversing the group, the sprocket 11, the chain 9, and the shutter shaft end 6a. Subsequently, the drive motor 42 is operated by operating the movable cover switch 28 of the movable cover 2, and the movable cover 2 is moved backward through the meshing of the gear group, the pinion 14, and the rack, and the movable cover 2 is fixed. The vehicle 30 is stored in the cover 1 to expose the vehicle 30. When the vehicle 30 is ready for riding, the garage user moves the vehicle 30 from the garage A.

In the above description, the shutter switch 29 and the movement switch 28 are operated by a garage user or the like, but may be operated by a parking lot manager. For a garage user who has contracted to rent the telescopic garage A for a long time, the shutter lock device 40 and the movable covering 2
Ordinary keys for locking and unlocking the lock device 41 may be lent.

In the above embodiment, the first lock device 40 and the movement switch 28, and the second lock device 41 and the shutter switch 29 are separately provided, but the first lock device 40 and the movement switch 28, Further, the second lock device 41 and the shutter switch 29 may be provided at one place.

Further, the first locking device of the moving mechanism and the second locking device of the opening / closing mechanism are integrated, and one locking device is used.
At the same time, the moving mechanism and the opening / closing mechanism may be turned on / off.

A second embodiment of the present invention will be described with reference to FIG. The difference from the first embodiment is that in the first embodiment, the garage user operates the key by hand to operate the first lock device 41 and the second lock device 40 of the shutter 5 and the movable cover 2 by mechanical means. Although it is turned on and off, this example employs a structure for electrically turning on and off in a non-contact manner, that is, an electric lock for electrically unlocking the lock device of the non-contact key means. The rest is the same as in the first embodiment, and will not be described. The contactless key means is an IC code, ID carried by the garage user.
A tag 50, a fixed station 46 installed in the elastic garage A, a first lock device 41 of the movable cover 2, a second lock device 40 of the shutter 5, and a relay 4 connected to each lock device.
9 and a power supply B.

The non-contact IC card and the ID tag 50 include a button battery power supply 61, an input unit 51 which is a switch for turning on / off the power supply from the power supply 61, a transmission circuit unit 52, and a transmission / reception antenna 47. The transmission circuit unit 52 comprises a memory 53 for storing data, a control circuit 54 for controlling the overall operation, and an output circuit 55
Consists of The fixed station 46 includes a receiving / transmitting antenna 56 that communicates with the IC card and the ID code of the ID tag 50 from outside in a non-contact state, a power source 60 that is derived from the power source B and partially stored,
An input unit 57 serving as a power on / off switch, a memory 58, a control circuit 59, and a relay 4
And a relay drive circuit 48 for issuing a command to the relay drive circuit 9. The relay 49 is connected to the lock devices 40 and 41 to turn on and off the power, and is connected to the fixed station 46 and the power source B.

The user of the garage operates the input unit 51 of the IC card and the ID tag 50 to radiate electromagnetic waves of a preset personal identification code from the transmission / reception antenna 47, and carries the IC card and the ID tag 50 to the garage. When approaching, the transmitting section 56 of the fixed station 46 emits the electromagnetic wave of the same security code, and the fixed station 46 uses a preset IC card and ID.
PIN code of transmitting / receiving antenna 47 of tag 50 and fixed station 4
The password is compared with the security code of No.6.
A drive permission signal is output to the relay 46 via the relay drive circuit 48. The relay 46 closes the solenoid valve to supply electric power, and enters a drivable state where the lock devices 40 and 41 can be turned on and off at any time. However, when it is determined that there is a mismatch, no drive permission signal is output to the relay 49. Therefore,
The lock devices 40 and 41 cannot be turned on / off and do not operate.

When it is determined that the user is a legitimate garage user, the garage user operates the moving switch 28 of the movable cover 2 and the open / close switch 29 of the shutter 5 to open the shutter 5 and then removes the movable cover 2. The vehicle 30 is moved backward to expose the vehicle 30. If the password does not match, the lock mechanism 4
0 and 41 remain locked, the shutter 5 cannot be opened, the movable cover 2 cannot be moved, and therefore, even if someone tries maliciously with a fake non-contact IC card or ID tag, the lock mechanisms 40 and 41 are not locked. Can't unlock. The non-contact IC card and the ID tag 50 are lent out when the garage user parks the vehicle 30 in the elastic garage A. It will be returned after completion.

The non-contact type relay 49 is connected to the lock device 4
0, 41, the moving switch 28 of the movable cover 2 and the opening / closing switch 2 of the shutter 5 are also described.
9 may be provided with a relay 49. The operation is the same as above and will not be described.

The stretchable garage of the present invention has a structure that can be easily installed within the width of one section of a normal parking lot. That is, the garage is composed of an assembly of a fixed cover, a movable cover, and a pair of rails. A fixed cover is firmly fixed to the ground at the rear side of the movable parking lot, and rails for moving the movable cover from both sides inside the fixed cover to the front side are laid. Subsequently, the movable cover is placed on the rail, and the fixed cover and the movable cover are connected and integrated. Therefore, it can be easily installed later in the existing open-air parking lot upon request.

If a thief steals a vehicle housed in the stretchable garage of the present invention and tries to unlock the shutter or the locking device of the movable cover using a fake key, the vehicle cannot be unlocked.
Therefore, even if the thief tries to open the movable cover from the gap between the guard and the rail at the lower part of the side surface of the movable cover as the next means, the lower part of the guard cuts into the rail 15 and cannot be opened. Therefore, as a further measure, the thief cuts off the commercial power drawn into the garage A,
Even if an alarm or the like is stopped and the lock of the locking device is disabled, the power is automatically switched from the solar cell or from the battery to supply power. Therefore, there is no effect on the maintenance of a device that requires power in the garage, such as maintaining the lock of the lock device. The stretchable garage of the present invention completely covers the vehicle and has a structure in which the garage cannot be damaged from the outside, so that parking can be performed with security.

If the garage user is uneasy just to store the vehicle in the elastic garage, the garage may be further provided with insurance with an anti-theft device. That is, in the unlikely event that the vehicle is damaged or stolen, the garage user may be provided with a sense of security that the vehicle will be paid from the insurance.

[0047]

According to the present invention having the above configuration, the following effects can be obtained.

The vehicle stored in the elastic garage of the present invention
Because it is completely and firmly covered, it is difficult to know what kind of vehicle it is, to try to mischief, and to be stolen.

Although the garage is an open-air flat parking lot, the vehicle is not exposed to the outside air and the like as in the indoor parking lot, so that it is completely protected from wind and rain, dust, mud, and raindrops attached to the vehicle body are prevented, and Prevents high temperatures and fading of the car body.

Since the garage completely covers the vehicle, it can be parked independently of other vehicles. Also, the vehicle is not damaged without contacting an adjacent vehicle.

When manually moving the movable cover and opening and closing the shutter, it is easy to turn the manual handle. In the case of electric operation, the operation switch can be operated with one touch and the operation is simple.

Even if the thief manages to break the garage wall, it is firmly covered with panels, and no clue to destroy it is found. Even if an attempt is made to open a hole from a slight gap between the rail and the movable cover, since the cover is covered with a single guard, it cannot be destroyed and the thief will give up.

Even if the thief turns off the commercial power supply, the battery is stored and supplied from the solar battery or from the commercial power supply and the solar battery, so that there is no effect on the opening / closing of the garage or lighting.

Since the lock is released by the non-contact IC card and the ID tag, the operation is not troublesome, and the garage user can be more satisfied.

The stretchable garage can be installed in one section of the parking lot at any time and can be removed.

By further applying theft insurance to this stretchable garage, a complete guarantee of the vehicle is obtained.

[Brief description of the drawings]

FIG. 1 is an overall perspective view in which a movable cover of an elastic garage of the present invention is developed.

FIG. 2 is an overall perspective view of the elastic garage of FIG. 1 in which a movable cover is stored.

FIG. 3 is an overall side view in which a movable cover of a stretchable garage is developed.

FIG. 4 is an overall side view in which a movable covering of an elastic garage is stored.

FIG. 5 is a front view of the shrinkable garage of the present invention in which a shutter is opened.

FIG. 6 is a front view of the shrinkable garage according to the present invention with a shutter closed.

FIG. 7 is a side view of the movable cover with a shutter opened.

8 is a perspective arrow view of P in FIG. 7;

FIG. 9 is a sectional view taken along the line II of FIG. 7;

FIG. 10 is a sectional view taken along line II-II of FIG.

FIG. 11 is a block diagram of a power supply device of the present invention.

FIG. 12 is an overall side view for explanation of a second embodiment of the present invention.

FIG. 13 is an overall side view of a conventional contractible garage.

[Description of Signs] A, C Shrinkable garage B Power supply device G Ground S Overlapping section M Moving mechanism T Opening / closing mechanism 1 Fixed cover 1a Ceiling 1b Side 1c Rear 1d Front opening 2 Movable cover 2a Ceiling 2b Side Part 2d Front opening part 3 Shutter guide 4 Shutter frame 4a, 4c Straight part 4b Curved part 5 Shutter 5a Shutter frame 5b Handle 5d Lower shutter 5u Upper shutter 6 Shutter shaft 6a, 6a 'End fixed shaft 6b Guide roller 7 Rack Reference Signs List 8 wheel 9, 9 'rope (cord) 10 guide wheel 11 rope pulley (drive vehicle) 11a first rope pulley 11b second rope pulley 12 hinge 13 guard 14 pinion 15 rail 16a, 16b storage unit 18 battery 20 commercial power supply 21 charge controller 22 , 23 Switch 25 Solar cell 26 Sequential circuit 27 Inverter 28 Moving switch 29 Shutter switch 30, 32 Vehicle 31 Front door 33 Guide member 34 Exterior material 36 Plate 37 Frame member 38 Wheel 40 First lock device 41 Second lock device 42a First Drive motor 42b Second drive motor 43 Lighting 45 Stopper 46 Fixed station 47, 56 Transmission / reception antenna 48 Relay drive circuit 49 Relay 50 IC card, ID tag (non-contact key means) 51, 57 Input unit 52 Transmission circuit unit 53, 58 Memory 54, 59 control unit 55 output circuit 60, 61 power supply

Claims (8)

[Claims] 1. A fixed cover having a front opening disposed at the rear of an open-air flat parking lot, a pair of rails extending forward laid on inner floors on both side surfaces of the fixed cover, and a lower end extending back and forth on the rails. It is a gate type that has a plurality of rolling wheels and spans between rails.It has a shutter that opens and closes vertically at the front opening, extends forward from the inside of the fixed cover and covers almost the entire surface of the open-air flat parking lot. An elastic garage comprising a movable wrapper that covers and moves rearward to be accommodated and fixed in a fixed wrapper body. 2. A fixed cover having a front opening disposed at the rear of an open-air parking garage, a pair of rails extending forwardly laid on inner floors on both side surfaces of the fixed cover, and a lower end extending back and forth on the rails. It is a gate type that has a plurality of rolling wheels and is straddled between rails, has a shutter that opens and closes the front opening up and down, extends forward from the inside of the fixed cover, and covers almost the entire surface of the open-air flat parking lot. A cover, a movable cover that moves rearward to be stored and polymerized in the fixed cover, a solar cell installed outside the fixed cover, and a power supply for storage in the storage portion provided on the inner rear surface of the fixed cover. A device, a moving mechanism of a movable covering body connected to and driven by a power supply device, and a shutter opening / closing mechanism,
An elastic garage comprising a moving mechanism and a lock device for an opening and closing mechanism. 3. A power supply device includes: a charge controller connected to a solar cell; a charger connected to a commercial power supply;
A battery connected to a charge controller and a charger to store power and supply electric power when necessary through the charge controller; an inverter connected to the charge controller and the charger to convert DC power to AC power; The stretchable garage according to claim 2, comprising a sequential circuit that controls and supplies power to the moving mechanism and the opening / closing mechanism when necessary. 4. The moving mechanism of the movable cover comprises a first drive motor provided on the fixed cover, a gear group, a pinion, and a rack provided on the movable cover. Item 2. The elastic garage according to Item 2. 5. The stretchable shutter according to claim 2, wherein the shutter opening / closing mechanism includes a second drive motor provided on the movable cover, a gear group, a drive vehicle, and a cable. Garage. 6. The stretchable garage according to claim 2, wherein the locking device for the moving mechanism and the opening / closing mechanism is locked and unlocked by a key. 7. The stretchable garage according to claim 2, wherein the lock device for the moving mechanism and the opening / closing mechanism is locked and unlocked by non-contact key means. 8. The stretchable garage according to claim 2, wherein a lock mechanism for the moving mechanism and the opening / closing mechanism is integrated.