JP2000051598A - Outdoor washing vehicle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To stably and completely hold a washing rotary tank by providing a vibration proof device for preventing the vibration of the washing rotary tank of a washing machine at the time of moving a car body on the lower part of the washing rotary tank. SOLUTION: The vibration proof device 60 is attached to a trailer truck 1 at the lower part of the washing rotary tank 6b and the vibration proof device 60 is composed of a bracket 60b to which a bearing 60bb is integrally fixed, a screw shaft rod 60d a fixing tool 60b like a stopper nut. In the movement of the trailer truck 1, when a handle 60f is turned and the screw shaft rod 60d is elevated, the washing rotary tank suppression member 60e of the screw shaft rod 60d pushes up the bottom part 6bb of the washing rotary tank 6b and suppresses the movement of a vibration body 60a. Thus, the washing rotary tank 6b is suppressed. Then, by moving the fixing tool 60g to the lower end part of the bearing 60bb and locking it, a suppression state is held.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vehicle for washing and drying a large amount of clothes in a disaster area such as an earthquake or any other appropriate outdoor place without using human labor in one place. The present invention relates to an outdoor washing car that can be performed on time.

[0002]

2. Description of the Related Art In a conventional outdoor washing car, a washing machine, a dehydrator and a generator are mounted on a trailer truck to perform washing and dehydration, and a tent is provided with a wide stretch of dry laundry. There was one that was allowed to dry.

[0003]

Therefore, conventionally, washing, dehydration and drying are not performed in one place but in separate places, so that a large place and a large number of people are required, especially in the case of rainy weather. However, there is a problem that a large amount of clothes cannot be washed and dried in one place in a short time. INDUSTRIAL APPLICABILITY The present invention requires a large amount of clothes to be washed and dried in one place, even in the event of an emergency in a disaster area such as an earthquake or other required places, even when the gas or electricity is stopped or even in the outdoors due to a generator and kerosene. SUMMARY OF THE INVENTION An object of the present invention is to provide an outdoor washing car which is made simple, quick and safe without using any washing machine.

[0004]

SUMMARY OF THE INVENTION An outdoor washing car according to the present invention has an object to solve the above-mentioned problems.
A washing machine having at least a washing tub, a hot air generator,
A dryer, a hot air input duct connecting the lower portion of the dryer and the hot air generator, a generator and a control panel are fixedly mounted, respectively, and furthermore, a washing rotary tub of the washing machine when the body moves. A vibration isolator for preventing vibration is provided below the washing rotary tub.

[0005] The anti-vibration device in the outdoor washing car includes a bracket integrally fixed with a bearing having a threaded portion threaded on an inner surface fixed to a vehicle body with a fixture such as a bolt, and a washing tub at an upper end. A screw shaft punch in which a screw member to be screwed to the bearing is screwed on an outer surface where a restraining member is attached and a handle is attached to a lower end, and a stopper such as a stopper nut screwed into the screw shaft punch. It is characterized by comprising.

Still further, in the above-mentioned outdoor washing car, a trailer bogie is provided in which the vehicle body is provided with two wheels of one shaft at substantially the center and four level jacks are mounted at four lower corners so as to be stowable when moving. Features.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a specific embodiment of an outdoor washing car according to the present invention will be described with reference to the drawings. FIGS. 1 to 7 are views showing a preferred embodiment of an outdoor washing car according to the present invention. FIG. 1 is a perspective view showing the appearance of an outdoor washing car according to the present invention, FIG. 2 is a front view thereof, FIG. 3 is a plan view thereof, and FIG. 4 is a side view thereof. FIG. 5 is an electrical diagram of the outdoor washing car according to the present invention. FIG. 6 is a schematic configuration diagram for explaining a main part of the automatic washing and dewatering machine used in the outdoor washing car according to the present invention. FIG. 7 is a front view showing the vibration isolator of the washing tub of the automatic washing and dehydrating machine used in the outdoor washing car according to the present invention.

1 to 4, reference numeral 1 denotes a vehicle body. In this embodiment, two wheels 2 each having a single shaft are mounted substantially at the center, and four level jacks 3 are stored in four lower corners when moving. Although a trailer truck freely attached is shown, the present invention is not limited to this, and any traction type or self-propelled type may be used as long as it is movable. The level jacks 3 are mounted such that two front jacks can be folded back and accommodated and two rear jacks can be slid and housed upward when the trailer truck 1 is moved. Moreover, each of these level jacks 3 has a structure that can be adjusted up and down so that the trailer truck 1 can be held horizontally with respect to the ground when the trailer truck 1 is parked.

The trailer truck 1 is provided with a towing portion 4 at the front, which is used when being towed by a large truck. A landing wheel 5 is attached below the traction unit 4. The trailer truck 1 is, of course, provided with an appropriate brake.

In the upper rear portion of the trailer truck 1, four fully automatic washing and dehydrating machines 6, for example, are fixedly mounted with two belts 7 with respect to one truck. The washing rotating tub 6b in the fully automatic washing and dewatering machine 6 is made of a stainless steel material that is strong against vibration, and is operably supported by a plurality of vibrating bodies 60a during the operation of washing and dewatering. In order to prevent the washing rotary tub 6b and the like from being damaged during the movement of 1, the washing rotary tub 6b is prevented from being vibrated by a vibration isolator 60 described later.

FIG. 7 shows the vibration isolator 60, which is attached to the trailer truck 1 below the washing tub 6b. In FIG. 7, reference numeral 60b denotes a bracket in which a bearing 60bb having a threaded portion threaded on the inner surface is integrally fixed, and is fixed to the trailer truck 1 by a fixture 60c such as a bolt. Reference numeral 60d denotes a screw shaft punch whose upper end is provided with a washing rotary tub deterrent member 60e and whose lower end is provided with a handle 60f. The outer surface of the screw shaft punch 60d has a screw portion screwed to the bearing 60bb. Is threaded. A stopper 60g such as a stopper nut is screwed into an appropriate position on the screw shaft punch 60d. When the trailer truck 1 is moved, the handle 60f is turned to raise the screw shaft punch 60d.
The washing rotating tub suppressing member 60e of 0d pushes up the bottom 6bb of the washing rotating tub 6b to suppress the movement of the vibrating body 60a, and as a result, the washing rotating tub 6b can be suppressed. And
The restrained state is maintained by moving the stopper 60g to the lower end of the bearing 60bb and locking it.

Each of the fully automatic washing and dehydrating machines 6 is capable of performing drainage, washing, rinsing and dehydrating fully automatically, and each of the fully automatic washing and dehydrating machines 6 has a level (not shown). When the trailer truck 1 is parked, the level is used as a guide and the trailer truck 1 is parked so as to be as horizontal as possible. The fully automatic washing and dewatering machine 6 has a washing capacity of, for example, a maximum of about 8 kg / time, and the washing time is about 30 minutes per time as a standard.

As shown in FIGS. 5 and 6, each of the automatic washing and dehydrating machines 6 is provided with a switch 6a for forcibly opening a drain valve.
N, the drain valve 6c is forcibly opened, and the water remaining after the completion of the automatic drain is forcibly drained.
This can prevent freezing trouble in cold regions. The drain valve forced open switch 6a is
At the time of N, an electric circuit is constructed in which washing cannot be started for safety. 6d is an automatic washing controller, 6e is a water amount sensor, and 6f is a drain port.

Numeral 8 denotes a water supply hose, which is connected to a separately prepared water pump to supply water from a water truck or a water tank to the fully automatic washing and dewatering machine 6, for example. 9 is a fluorescent lamp disposed above the fully automatic washing and dehydrating machine 6,
The fluorescent light enables safe washing even in dark places or at night.

Further, in the upper center of the trailer truck 1, one dryer 10 is fixedly mounted. As a heat source for drying, heat from a hot air generator composed of a jet heater described later is used. The standard drying time is about 30 to about 45 minutes with about 20 kg of work clothes. The dryer 10 is provided with an exhaust fan 12 for hot air rotated by a motor 11 in an upper exhaust duct 10a provided above the dryer 10 in order to reduce the influence of external wind and improve exhaust efficiency. . The air volume is increased by the exhaust fan 12.

Reference numeral 13 denotes a hot air generator comprising a single jet heater using kerosene as fuel. 13a is a kerosene tank provided at the lower part. This hot air generator 13
Is mounted adjacent to the dryer 10, and the lower portion of the dryer 10 and the hot air generator 13 are connected by a hot air input duct 14. Thereby, the hot air introduced from the lower part of the dryer 10 passes through the internal drying drum and is discharged from the upper discharge duct via the discharge fan 12. The hot air generator 13 is provided with an exhaust damper (not shown), and an appropriate drying (intake) temperature can be obtained by adjusting the damper. Reference numeral 15 denotes a generator that is activated by the DC power supply 16 and is mounted on the upper front of the trailer truck 1.

Reference numeral 17 denotes a control panel, which is attached to a required portion of the space above the hot air generator 13. The control panel 17 includes a power lamp 18, an emission indicator 19, and an ammeter 2 with a current transformer 20a, as shown in the electrical diagram of FIG.
0, the temperature sensor 21 for the dryer 10 and the discharge fan 12.
, A discharge temperature controller 25 to which an overheating warning display lamp 23 and an alarm 24 are connected, a discharge fan volume 26, a discharge fan 12, and a discharge fan switch 27. Is connected to the exhaust fan inverter 28, the dryer non-contact relay 29 and the thermal relay 3 connected to the dryer 10.
0 and a switch 34 for the jet heater and a switch 34 for the jet heater connected to the hot air generator 13 via the circuit fuse 33 to the hot air generator 13 composed of the jet heater. An indicator lamp 35, a switch 37 for an antifreeze heater connected to a heater 36 for a water supply pipe via a circuit fuse 33, and an indicator lamp 38 for an antifreeze heater.
And a water pump switch 44 connected to a water pump contactless relay 42 and a thermal relay 43 connected to a water pump 40 having a built-in water pump heater 39 via a water pump outlet 41, and a display for the water pump. A lamp 45 and a fluorescent lamp switch 46 connected to the fluorescent lamp 9 via a circuit fuse 33 are mounted.

Further, each of the washing machines 6 is connected to a washing machine outlet box 47. The DC power supply 16 is connected to a washing machine outlet box 47 by a power line.
To the generator 15 via the no-phase breaker 48 and the current transformer 20a.
8, the input temperature controller 22, the discharge temperature controller 25,
A control circuit fuse 49 connects to the exhaust fan inverter 28, a dryer non-contact relay 29, a water pump non-contact relay 42, a jet heater switch 34.
The switch 37 is connected to the switch 37 for freezing prevention heater and the switch 46 for the fluorescent lamp.

Reference numeral 50 denotes a bamboo tee made of, for example, a rolled steel material for general structure, which covers the washing machine 6, the dryer 10, the hot air generator 13, the generator 15, the control panel 17, and required pipes. Square frame 50a surrounding
And a top plate 50 attached to an upper portion of the square frame 50a.
b, a door plate 5 attached to the front, rear, left and right parts so that they can be opened upward and opened to be used as a roof when working.
0c. The van body 5
As a material of No. 0, other than the above-mentioned rolled steel material for general structure, for example, a hard synthetic resin material or aluminum, a strong lightweight metal plate similar thereto, or an awning as required can be used. is there.

As described above, when the outdoor washing car according to the present invention is used to wash and dry a large amount of clothes in a disaster area such as an earthquake or any other appropriate outdoor place, first, The operator parks in a horizontal position while watching the level of each fully automatic washing and dehydrating machine 6. Next, drainage, washing, rinsing, and spinning are automatically performed by the automatic washing and dehydrating machine 6. The clothes that have been washed and dehydrated are put into a dryer 10 and dried in the dryer 10. In the dryer 10, the hot air introduced from the lower part passes through the internal drying drum and is discharged from the upper discharge duct through the discharge fan 12, so that the hot air can pass through the drum and the convection of heat is good. Because the balance becomes uniform and the drying efficiency becomes good,
A large amount of clothes can be processed in a short time.

Further, when the outdoor washing car according to the present invention is moved to a required appropriate outdoor place, the outdoor washing car is provided with a vibration isolator for preventing vibration of the washing rotating tub of the washing machine.
Since the washing tub is provided at the lower part of the washing tub, the washing tub can be stably and safely held without damaging the washing tub at all. The anti-vibration device is not limited to the present embodiment, but may be modified as appropriate without departing from the scope of the claims.

[0022]

As described above, the outdoor washing car according to the present invention has a washing machine, a hot-air generator, and a dryer provided with at least a washing rotating tub on the vehicle body. And a vibration isolator for preventing vibration of the washing tub of the washing machine during the movement of the vehicle body. Provided at the lower part of the washing tub, the washing tub can be stably and safely held when the vehicle body is moved, and there is an effect that the washing tub is not damaged.

Further, the vibration isolator in the outdoor washing car includes a bracket integrally fixed with a bearing in which a screw portion is threaded on an inner surface fixed to a vehicle body with an attachment such as a bolt, and a washing rotary tub at an upper end. A screw shaft punch in which a screw member to be screwed to the bearing is screwed on an outer surface where a restraining member is attached and a handle is attached to a lower end, and a stopper such as a stopper nut screwed into the screw shaft punch. When the trailer truck is moved, the handle is turned to raise the screw shaft punch, and the washing rotating tub restraining member of the screw shaft punch pushes up the bottom of the washing rotating tub to move the vibrating body. The movement of the washing tub can be suppressed as a result, and the stopped state can be maintained by moving the stopper to the lower end of the bearing.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an appearance of a preferred embodiment of an outdoor washing car according to the present invention.

FIG. 2 is a front view of the same.

FIG. 3 is a plan view of the same.

FIG. 4 is a side view of the same.

FIG. 5 is an electric thread diagram of the outdoor washing car according to the present invention.

FIG. 6 is a schematic configuration diagram for explaining a main part of a washing machine used for an outdoor washing car according to the present invention.

FIG. 7 is a front view showing a vibration isolator of a washing rotary tub of an automatic washing and dehydrating machine used for an outdoor washing car according to the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Body (trailer truck) 2 Wheels 3 Level jack 4 Traction part 5 Landing wheel 6 Fully automatic washing and dehydrating machine 6a Drain valve forcible opening switch 6b Washing rotating tub 6bb Bottom 6c Drain valve 6d Automatic washing controller 6e Water level sensor 6f Drain port 7 Belt 8 Water supply hose 9 Fluorescent lamp 10 Dryer 10a Upper discharge duct 11 Motor 12 Discharge fan 13 Hot air generator composed of jet heater 13a Kerosene tank 14 Hot air injection dant 15 Generator 16 DC power supply 17 Control panel 18 Power lamp 19 Emission amount Indicator 20 Ammeter 20a Current transformer 21 Temperature sensor 22 Input temperature controller 23 Indicator lamp for overheating alarm 24 Alarm alarm 25 Discharge temperature controller 26 Discharge fan volume 27 Discharge fan switch 28 Discharge fan switch Inverter 29 Dry contactless relay 30 Thermal relay 31 Dryer switch 32 Dryer display lamp 33 Circuit fuse 34 Jet heater switch 35 Jet heater display lamp 36 Water supply pipe heater 37 Freeze prevention heater switch 38 Freeze prevention heater Indicator lamp 39 Water pump heater 40 Water pump 41 Water pump outlet 42 Non-contact relay for water pump 43 Thermal relay 44 Switch for water pump 45 Indicator lamp for water pump 46 Switch for fluorescent lamp 47 Washing machine outlet box 48 No phase breaker 49 Control circuit fuse 50 Van body 50a Square frame 50b Top plate 50c Door plate 60 Anti-vibration device 60a Vibrator 60b Bracket 60bb Bearing 60c Mounting fixture 60d Screw shaft punch 60e Washing tub restraining member 60f Handle 60g Stopper such as stopper nut

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 3B155 AA10 BA18 BA22 BB06 CB05 CB06 CB21 CB32 CB41 CB49 CB51 CB55 DD05 JB22 KA27 LC02 LC26 MA01 MA02 MA03

Claims (3)

[Claims] 1. A washing machine provided with at least a washing tub, a hot air generator, a dryer, a hot air inlet duct connecting a lower portion of the dryer and the hot air generator, a generator, and a control panel on a vehicle body. An outdoor washing car characterized in that a vibration isolator for preventing vibration of the washing tub of the washing machine when the vehicle body is moved is provided at a lower portion of the washing tub. . 2. An anti-vibration device for an outdoor washing car according to claim 1, wherein: a bracket integrally fixed with a bearing having a threaded portion threaded on an inner surface fixed to a vehicle body by a fixture such as a bolt; A screw shaft punch with a threaded portion screwed to the bearing on the outer surface where the washing rotating tub deterrent member is attached to the upper end, and a handle attached to the lower end, and a stopper nut screwed to the screw shaft punch An outdoor washing car characterized by comprising a stopper and the like. 3. The outdoor washing car according to claim 1, wherein one wheel and two wheels are mounted substantially at the center of the vehicle body, and four level jacks can be stored in the lower four corners when moving. An outdoor washing car with a trailer truck attached.