JP5827504B2 - Drain pump car - Google Patents

Description

  The present invention is equipped with facilities (drainage pumps, drainage hoses, power supply devices (generators), operation control panels, etc.) for draining flooded parts in disaster areas, etc., and carrying them to the destination for draining. It relates to the drainage pump car used.

  The drainage pump vehicle is an emergency facility that drains natural dams and the like that are generated by earthquakes and heavy rains. When the drainage pump truck arrives at the site, the operator lowers the drainage pump, drainage hose, etc. from the loading platform of the drainage pump truck, installs it at the drainage destination, and performs drainage operation while managing the drainage condition. After the drainage is completed, the worker removes the drainage pumps from the drainage destination and loads them on the bed of the drainage pump car, and then returns the drainage pump car to the standby garage.

  In drainage work in disaster areas, lighting facilities, communication, and instruction headquarter functions are also required depending on the scale of the disaster. In such a case, it is common to deploy vehicles such as countermeasure headquarters vehicles, lighting vehicles and satellite communication vehicles separately from the drainage pump vehicle.

  The drainage pump car is an emergency temporary drainage facility installed in a disaster area such as a natural (natural) dam without houses or infrastructure facilities, and there may be restrictions on the loading path or installation location (parking location). Many. For this reason, it becomes difficult to adopt a large vehicle, and not a pump with a large capacity (discharge amount) but a large number of pumps that can carry a small amount of water are installed to perform drainage work. And, it is a facility that performs drainage operation even at night or in bad weather such as rain and snow, and once installed, it is often a continuous operation for 24 hours × several days.

  As a drainage pump vehicle, a vehicle equipped with a plurality of lightweight submersible pumps, a power generator driven by the power of a vehicle engine, a drainage hose, and the like is known (see Patent Document 1). In addition to a vehicle engine, a second engine is mounted to increase the displacement and increase the drainage capacity (see Patent Document 2), and the generator is driven by a cooling fan provided in the generator. Equipped with a drainage pump car (see Patent Document 3) that efficiently cools and prevents the generator from being heated, and a connector box that can be attached to and detached from the car body to improve ease of use and provide quick disaster countermeasures There has been proposed a drainage pump vehicle (see Patent Document 4) and the like that can perform the above.

JP 2000-108771 A Japanese Patent Laid-Open No. 2001-12201 JP 2002-234375 A JP 2010-195242 A

  As mentioned above, the drainage pump car is operated under severe conditions, but the conventional drainage pump car only considers the ease of transportation and installation of equipment for drainage, and the function during operation At present, management and safety management of workers are not considered much.

  The disaster area is generally small, depending on the disaster situation. For this reason, the drainage pump vehicle, which is a necessary device (vehicle) that transports the drainage pumps, which are the main equipment, even if the countermeasure headquarters vehicle, lighting vehicle, satellite communication vehicle, etc. are dispatched to the site together with the drainage pump vehicle. If it is installed in the immediate vicinity of the countermeasure site, it may be difficult to install the countermeasure headquarters vehicle (no space).

  The response headquarters vehicle directs and manages the entire drainage operation, and even if it enters the site, it does not provide a good environment for ordinary workers. In addition, the countermeasure headquarters vehicle is generally not equipped with equipment for repairing equipment in the event of equipment failure (including board). In disaster areas, it is necessary to complete drainage as soon as possible in order to prevent natural disasters from expanding. For this reason, if the faulty machine cannot be recovered and the drainage capacity is reduced or stopped, the disaster may expand and cause great damage.

  The drainage pump vehicles described in Patent Documents 1 to 4 consider only facilitation of installation (attachment work) of drainage pumps and functional improvements, and improve the environment for workers who perform harsh work over a long period of time, No consideration is given to equipment for recovering from the failure.

  When drainage work is carried out for a long time at an actual disaster site, the fatigue of the worker (operator) becomes considerably large, and a corresponding site environment for the worker is required. In addition, when the worker's fatigue increases, injuries and the like are likely to occur. Therefore, there is a demand for equipment that takes into account the worker's relief.

  The present invention has been made in view of the above circumstances, and an object thereof is to provide a drainage pump vehicle capable of constructing a facility that is safer and more reliable for workers.

One reference example of the present invention is a drainage pump vehicle that performs drainage work in a disaster area, and includes an operation control panel provided on the front side of the loading platform vehicle, and a vehicle engine power installed below the floor surface of the loading platform. The side and top surface of the cargo bed, which is located behind the operation control panel and has a substantially flat floor surface, are covered with a tent that can be expanded and contracted in the traveling direction of the vehicle. A drainage pump vehicle in which a drainage pump, a drainage hose, and a float are loaded in a region covered with the tent of the loading platform.

  Thus, during drainage work, the drainage pump, drainage hose, and float were unloaded from the loading platform, and the loading platform located behind the vehicle from the operation control panel was covered with a tent that had a substantially flat floor and avoided wind and rain. Equipment that can be used as a resting place for workers can be provided (a dual purpose of a draining function and a resting function for workers). Therefore, it is possible to construct a facility (equipment) that can provide a safe working environment in a narrow space in a disaster area and prevent secondary disasters (accidents due to worker fatigue, etc.). Moreover, when carrying out the unloading operation such as the drainage pump, the unloading operation is not hindered by the tent by shrinking the tent and opening the side surface of the loading platform.

A preferred embodiment of the above reference example, in the area covered by the bed of the tent, characterized in that the loading personnel break tool.
By installing a generator at the bottom of the loading platform, a sufficient space is secured on the loading platform, and this space is used to load worker resting equipment on the loading platform, further improving the working environment for workers. It becomes possible to make it.

A preferred embodiment of the above reference example, it characterized in that a communication facility in a position provided adjacent to the operation control panel of the internal or the operation control panel.
In this way, by providing communication facilities in the drainage pump vehicle, even in places where disaster countermeasure vehicles (base vehicles) and communication vehicles other than the drainage pump vehicle that is the main drainage work can not enter the disaster site, in narrow areas, Smooth drainage / disaster recovery response is possible.

A preferred embodiment of the above reference example, the operating surface of the communication equipment, characterized by facing the area covered by the bed of the tent.
As a result, the operation status (current, failure, etc.) of the drainage pump is displayed on the operation surface of the communication device, and the drainage status can be confirmed from within the tent, thereby enhancing the function as a simple base. it can.

A preferred embodiment of the above reference example, in the area covered by the bed of the tent, characterized in that a processing device and repair tool rack for equipment repair.
This makes it possible to easily manufacture on-site jigs such as drainage pumps and drainage hoses, enabling preferable installation of drainage pumps, improving the reliability of drainage operation, and drainage function This makes it possible to easily perform emergency repairs to maintain the disaster, and to perform quick disaster recovery.

Another reference example of the present invention is a drainage pump car that performs drainage work in a disaster area, an operation control panel provided on the vehicle front side of the cargo bed, and a vehicle engine installed below the floor surface of the cargo bed. The side surface and the top surface of the loading platform, which is located behind the operation control panel and has a substantially flat floor surface, are covered with an openable / closable wing panel so as to be freely opened. A drainage pump vehicle in which a drainage pump, a drainage hose, and a float are loaded in an area covered with the wing panel.

  In this way, by covering the side and upper surface of the loading platform with a wing panel made of aluminum or steel plate and protecting the inside of the wing panel from rain and rain, it becomes stronger against wind and rain than the configuration of a tent, etc. Can improve the base function and break function.

One aspect of the present invention is a drainage pump vehicle that performs drainage work in a disaster area, and includes an operation control panel provided on the vehicle front side of the loading platform, and a vehicle engine power disposed below the floor surface of the loading platform. The side surface and the upper surface of the loading platform, which is located behind the operation control panel and has a substantially flat floor surface, are covered with a wing panel that can be opened and closed freely, covered the area in the wing panel, the drainage pump, the drain hose and the float stacked on the inner surface exposed to the outside when opening the wing panels of the wing panel, characterized by providing an illuminator .

  As a result, the work place (external) can be efficiently illuminated with the illuminator provided on the wing panel located at a high place when opened. Moreover, since the wing panel is located in a low place where the illuminator can be reached when it is closed, it is easy to maintain and manage the illuminator (such as dealing with blown balls). It won't get in the way.

A preferred embodiment of the present invention, the inner surface exposed to the outside when opening the wing panels of the wing panel, characterized by providing a character display device and alarm.

  In this way, information such as emergency evacuation instructions and earthquake warnings is communicated to the operator by means of a character display provided on the wing panel located at a high place when opened, and the information is further communicated using an alarm device. By doing so, it is possible to perform an efficient recovery work while making the work safer.

A preferred embodiment of the above reference example, characterized by providing a fuel auxiliary tank in the carrier in the effective space.
As a result, the amount of fuel that can be held by a single drainage pump vehicle can be increased, and the stoppage of the drainage pump function due to running out of fuel can be prevented as much as possible.

A preferred embodiment of the above reference example, the fuel for the auxiliary tank, you characterized in that a detector for detecting the deterioration of the fuel being held in the fuel for the auxiliary tank.
Thereby, it is possible to prevent as much as possible from forgetting to replenish the fuel in the fuel auxiliary tank.

  According to the drainage pump vehicle of the present invention, it is possible to construct a facility that is safer and more reliable for the worker by making the loading platform a facility that can be used as a resting place for the worker covered with a tent. It becomes possible.

It is a front view of the state where the tent which omitted the side tilt in front of the drainage pump car of a 1st embodiment of the present invention was shrunk. It is the top view which abbreviate | omitted the tent of the drainage pump vehicle of the 1st Embodiment of this invention. It is a front view of the state which extended the tent which omitted the side tilt in front of the drainage pump car of a 1st embodiment of the present invention. It is a front view when pumps of the state which shortened the tent which abbreviate | omitted the side tilt in front of the drainage pump vehicle of the 1st Embodiment of this invention were dropped from the loading platform. It is the front view which abbreviate | omitted the tent and front side tilt of the drainage pump vehicle of the 2nd Embodiment of this invention. It is the top view which abbreviate | omitted the tent of the drainage pump vehicle of the 2nd Embodiment of this invention. It is a front view of the state where the tent which omitted the side tilt in front of the drainage pump car of the 3rd embodiment of the present invention was shrunk. It is the top view which abbreviate | omitted the tent of the drainage pump vehicle of the 3rd Embodiment of this invention. It is the front view which abbreviate | omitted the tent of the drainage pump vehicle of the 3rd Embodiment of this invention, the side tilt in front, and the float. It is a front view of the state which shortened the tent which abbreviate | omitted the side tilt before the drainage pump vehicle of the 4th Embodiment of this invention. It is the top view which abbreviate | omitted the tent of the drainage pump vehicle of the 4th Embodiment of this invention. It is the front view which abbreviate | omitted the tent of the drainage pump vehicle of the 4th Embodiment of this invention, the side tilt in front, a float, and the repair tool shelf. It is a front view when the wing panel of the drainage pump vehicle of the 5th Embodiment of this invention is closed. FIG. 14 is a plan view of FIG. 13. It is a front view when the wing panel of the drainage pump vehicle of the 5th Embodiment of this invention is opened. It is the sectional view on the AA line of FIG. 15 which abbreviate | omitted the apparatus on a carrier. It is a top view when the wing panel of the drainage pump vehicle of the 6th Embodiment of this invention is closed. It is FIG. 16 equivalent view of the drainage pump vehicle of the 7th Embodiment of this invention. It is a front view when the wing panel of the drainage pump vehicle of the 8th Embodiment of this invention is opened.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the following examples, the same or corresponding members are denoted by the same reference numerals, and redundant description is omitted. In each of the following examples, in consideration of connecting and extending six drain pumps and drain hoses, an example in which twelve drain hoses are loaded on the cargo bed is shown. Of course, the number of hoses mounted is arbitrary.

  1 to 4 show a drainage pump vehicle according to a first embodiment of the present invention. As shown in FIGS. 1 to 4, the drainage pump vehicle 10 of this example includes a cargo bed 12 having a substantially flat floor surface 12a, and is positioned in front of the cargo bed 12 in a rectangular box shape. A control panel 14 is mounted on the floor 12a. A generator 16 driven by the power of a vehicle engine (not shown) is mounted below the floor 12a of the loading platform 12. That is, the power of the vehicle engine is extracted from the vehicle engine by the power take-off device (PTO) 18 and transmitted to the generator 16, thereby driving the generator 16.

  A side surface and an upper surface of the loading platform 12 which are located behind the operation control panel 14 and are surrounded by a pair of side cavities 20 and rear cavities 22 and have a substantially flat floor surface 12a can be expanded and contracted in the traveling direction of the vehicle. In this example, the tent 24 made of a so-called accordion hood is covered freely. That is, in a state where the tent (accordion hood) 24 is contracted, as shown in FIG. 1, the tent 24 is positioned in front of the loading platform 12 and the side surface and upper surface of the loading platform 12 positioned behind the tent 24 are opened. In the extended state of the tent 24, as shown in FIG. 3, the tent 24 covers almost the entire side surface and the upper surface of the loading platform 12, and a space on the loading platform 12 that is covered with the tent 24 to avoid wind and rain is formed. It has come to be.

  On the floor surface 12a of the loading platform 12 positioned behind the operation control panel 14 and covered with the tent 24, six drainage pumps 26, twelve drainage hoses 28, and an installation jig case 30 including a basket are loaded. Has been. The installation jig case 30 is loaded with a mooring rope, a hammer, a mooring pile, and the like. Further, a total of six floats 32 are provided on the upper rear surface of the operation control panel 14, three on each side.

  According to this example, the worker (operator), after arriving the drainage pump vehicle 10 at the site such as the stricken area, removes the drainage pump 26, the drainage hose 28, the installation jig case 30 and the float 32 from the loading platform 12. Lower and install drainage pumps on site to start drainage work. For this reason, at the time of drainage work, as shown in FIG. 4, the floor surface 12 a of the loading platform 12 located behind the operation control panel 14 is in a substantially flat state with nothing.

  The drainage pump vehicle 10 of this example uses the loading platform 12 as a resting place for workers whose floor 12a is substantially flat and is surrounded by a tent 24. By providing the dual purpose of the worker's rest function, a safe work environment is established for the worker in a narrow space in the disaster area, and secondary disasters (accidents due to worker fatigue, etc.) Equipment (equipment) that can be prevented.

  In particular, drainage work in disaster areas is often continuous work for 24 hours × several days, and it is required to operate at night or in bad weather such as rain and snow, as shown in FIG. By providing the tent 24 to cover all sides and the upper surface of the loading platform 12 located behind the operation control panel 14 with the tent 24, it is possible to provide a space as a more comfortable rest area for workers. Can do.

  Moreover, when carrying out unloading work such as a drain pump, as shown in FIG. 1, the tent 24 is shrunk to open the side of the loading platform 12 located behind the operation control panel 14 and to the side of the loading platform 12. It is possible to prevent this loading / unloading operation from being hindered by the presence of the tent 24. As a result, the drainage pumps can be quickly installed, the drainage operation can be performed quickly, and the mobility and reliability can be improved.

  5 and 6 show a drainage pump vehicle 10a according to a second embodiment of the present invention. 5 and 6, the tent 24 is omitted. The drainage pump vehicle 10a of this example is different from the drainage pump vehicle 10 of the first embodiment in the area covered by the tent 24 of the loading platform 12, in this example, the float 32 positioned immediately after the operation control panel 14. A worker resting device 34 such as a bed or a chair is loaded below.

  As described above, by mounting the generator 16 on the lower portion of the floor surface 12a of the loading platform 12, it is possible to secure a sufficient space in the loading platform 12. In this example, it is possible to further improve the working environment of the worker by installing the worker resting tool 34 on the loading platform 12 using this space.

  In addition to the worker resting device 34 such as a bed or a chair, a cold protection device such as a blanket or an emergency food / emergency medicine may be added.

  7 to 9 show a drainage pump vehicle 10b according to a third embodiment of the present invention. The drain pump vehicle 10b of this example is different from the drain pump vehicle 10 of the first embodiment in a position adjacent to the operation control panel 14, in this example, in the width direction of the loading platform 12 on the rear surface side of the operation control panel 14. The communication equipment 36 is provided at a position biased along one side, and further, six floats 32 in total, three at the top and bottom, are placed at positions biased toward the other along the width direction of the loading platform 12 on the rear side of the operation control panel 14. It is in the point provided in the vertical direction.

  The communication facility 36 has a communication function for communicating with the countermeasure headquarters of a public office using a public office communication network such as a satellite telephone or radio. Thus, it is possible to use as a simple base by providing a communication function and, if necessary, a chair or a desk.

According to the drainage pump vehicle 10b of this example, by providing the communication facility 36 having a communication function, for example, a disaster countermeasure vehicle (base vehicle) or a communication vehicle other than the drainage pump vehicle that is the main drainage work in a narrow area can be provided. Even in places where boarding is not possible, smooth drainage and disaster countermeasures using the communication facility 36 are possible. Furthermore, by providing the communication facility 36 at a position adjacent to the operation control panel 14 , it is easy to secure a communication power source. Further, the communication facility 36 may be provided with lighting so as to improve the base function and environment at night.

  In this example, an operation surface is provided on the rear surface 36a of the communication equipment 36, and the operation state (current, failure, etc.) of the drainage pump is displayed on this operation surface (rear surface 36a). Thereby, since the drainage state can be confirmed from the tent 24, the function as a simple base can be further enhanced.

In this example, so that installing the communication equipment 36 and provided adjacent to the operation control panel 14 located, embedded communications equipment inside the operation control panel 14, the manipulation control panel to the rear surface of the operation control panel 14 14 In addition, an operation surface also serving as a communication device may be provided.

  As a result, even during emergency repair for an internal failure or the like of the operation control panel 14, it is possible to access the inside of the operation control panel 14 from the rear surface of the operation control panel 14 located in the tent 24. It is possible to improve the reliability of drainage work by promptly responding to failure recovery of on-board equipment.

  10 to 12 show a drainage pump vehicle 10c according to a fourth embodiment of the present invention. The drainage pump vehicle 10c of this example is different from the drainage pump vehicle 10 of the first embodiment in the area covered by the tent 24 of the cargo bed 12, in this example, the width of the cargo bed 12 on the rear surface side of the operation control panel 14. A processing device 38 for repairing equipment such as a drilling machine is provided in the center along the direction, a repair tool shelf 40 is provided on one side of the processing device 38, and three on the other side of the other side of the processing device 38. A total of six floats 32 are provided in the vertical direction.

  Since the equipment installed in the drainage pump car is a disaster area, it is not possible to specify the location and design the equipment according to the location. For this reason, it is preferable to perform on-site adjustments (pump installation, hose laying, etc.) according to the time of dispatch, and in the worst case, drainage pumps may not be installed on-site. is there.

  According to the drainage pump vehicle 10c of this example, jigs for local installation such as drainage pumps and drainage hoses can be easily manufactured and modified locally by processing equipment 38 such as a drilling machine. A preferable installation is possible, and the reliability of drainage operation can be improved.

  Since the equipment mounted on the drainage pump car is generally designed as a portable temporary equipment, it is not a heavy design compared to the stationary type, and the usage conditions during drainage are also very strict, There is a high possibility of failure. Without emergency repair facilities at the site, it will be difficult to restore the malfunctioning machine, and in the worst case, the drainage function will be stopped.

  According to the drainage pump vehicle 10c of this example, it is possible to perform emergency repair using a processing machine 38 such as a drilling machine in a working environment avoiding wind and rain on the loading platform 12, that is, in the extended tent 24. Therefore, it is possible to maintain the drainage function and perform quick disaster recovery.

  Note that the processing device 38 such as a drilling machine may be rusted when exposed to wind and rain, and may become unusable. However, as shown in this example, the processing device 38 is provided at a position covered by the shrunken tent 24. Even during transportation, wind and rain can be avoided, and the occurrence of rust during transportation of processing equipment can be prevented.

13 to 16 show a drainage pump vehicle 10d according to a fifth embodiment of the present invention. The drainage pump vehicle 10d of this example is different from the drainage pump vehicle 10 of the first embodiment in that a pair of wing panels 50 that can be opened and closed are provided in place of the tent 24, and the operation control panel 14 and drainage are provided on the floor 12a. A side surface and an upper surface of the loading platform 12 on which the pump 26, the drain hose 28 and the installation jig case 30 are mounted are covered with a pair of wing panels 50 so as to be freely opened.

  The wing panel 50 is configured by connecting a side panel 52 and a loop panel 54, both of which are made of, for example, aluminum or steel plate, at right angles to each other, and a wing beam disposed above the loading platform 12 along the traveling direction of the vehicle. It is connected through a hinge so that it can be opened and closed. Accordingly, when the wing panel 50 is closed, as shown in FIG. 13, the side surface and the upper surface of the loading platform 12 are covered with the wing panel 50, and a space for avoiding wind and rain is formed on the loading platform 12, and the wing panel 50 is opened. And as shown in FIG. 15, the side and upper part of the loading platform 12 are open | released.

  In this way, the side surface and the upper surface of the loading platform 12 are covered with the wing panel 50 made of aluminum, steel plate, or the like, and the inside of the wing panel 50 is protected from wind and rain. Thus, the base function and break function of the loading platform 12 can be further enhanced.

  An illuminator 56 that illuminates the outside when the wing panel 50 is opened is provided at the lower part of the inner surface of the side panel 52 exposed to the outside when the wing panel 50 is opened. Thereby, when the wing panel 50 is opened, the work place (outside) can be efficiently illuminated by the illuminator 56 provided at the lower part of the inner surface of the side panel 52 located at a high place. Moreover, since the lower part of the inner surface of the side panel 52 is located in a low place where the illuminator 56 can be reached when the wing panel 50 is closed, it is easy to maintain and manage the illuminator 56 (such as handling out of balls). Even at times, the illuminator 56 does not interfere with transportation.

  In the conventional general drainage pump car, it is assumed that there is no lighting car, and there is a case where it goes to the site by installing the balloon lighting. The balloon lighting is generally unstable and requires attention in transportation. According to this example, the illuminator 56 can be stably transported.

  When the wing panel 50 is opened, a character display 58 and an alarm device for transmitting a failure, work, evacuation command or information to the outside when the wing panel 50 is opened are provided on the inner surface of the roof panel 54 exposed to the outside when the wing panel 50 is opened. 60 is provided. As a result, the character display 58 provided on the inner surface of the roof panel 54 of the wing panel 50 located at a high place when the wing panel 50 is opened allows characters such as an emergency evacuation command and earthquake warning information to be sent to the operator. In addition, by making the information known by using the alarm device 60 together, it is possible to perform an efficient recovery work while making the work safer.

  A fuel auxiliary tank 62 is provided in an effective space on the cargo bed 12 surrounded by the wing panel 50 when the wing panel 50 is closed, and the fuel auxiliary tank 62 is held inside. A detector (not shown) for detecting a decrease in fuel is provided.

  In emergency facilities such as a drainage pump car, there is a problem that it is difficult to assume an operation time for continuous use. For this reason, in conventional drainage pump vehicles, it is common to repeat the replenishment of fuel while checking the remaining amount of fuel in the in-vehicle fuel tank. However, if the in-vehicle fuel tank is small, There is a risk that the drain pump will stop functioning due to running out of fuel due to frequent replenishment or forgetting to check the remaining fuel.

  According to this example, the effective space on the loading platform 12 is used to provide the fuel auxiliary tank 62 having the detector, thereby increasing the amount of fuel that can be held by one drainage pump vehicle, and running out of fuel. It is possible to prevent the drainage pump from functioning as much as possible, and to eliminate the need to forget to replenish the fuel. This makes the equipment highly workable and reliable.

  Furthermore, in this example, a ventilation window 64 is provided in the side panel 52 of the wing panel 50 for ventilation when the loading platform 12 serves as a base or a rest function. The ventilation window 64 is provided as necessary.

  FIG. 17 shows a drainage pump vehicle 10e according to a sixth embodiment of the present invention. The drainage pump vehicle 10e in this example is provided with a hydraulic outrigger 66 that protrudes outward from the vehicle and stabilizes the vehicle. As described above, by attaching the outrigger 66 to prevent the vehicle from shaking, the stability when the carrier 12 serves as a base or a resting function can be enhanced.

  FIG. 18 shows a drainage pump vehicle 10f according to a seventh embodiment of the present invention. The drainage pump vehicle 10f of this example is provided with a simple cargo handling device 68 on the loading platform 12. Instead of the cargo handling device 68, a rail for attaching the cargo handling device may be provided. Thus, by providing the simple cargo handling device 68, it becomes an effective facility for the aging of workers.

FIG. 19 shows a drainage pump vehicle 10g according to an eighth embodiment of the present invention. In the drainage pump vehicle 10g of this example, only the operation control panel 14 is installed outside the wing panel 50 in consideration of the drainage pump operation.

  Although one embodiment of the present invention has been described so far, it is needless to say that the present invention is not limited to the above-described embodiment, and may be implemented in various forms within the scope of the technical idea.

10, 10a, 10b, 10c, 10d, 10e, 10f, 10g Drainage pump vehicle 12 Cargo bed 12a Floor 14 Operation control panel 16 Generator 18 Power take-off device 20 Side tilt 22 Rear tilt 24 Tent (accordion hood)
26 draining pump 28 drain hose 32 floats 34 workers break implement 36 communication facility 38 machine 40 repair tool shelf 50 wing panel 52 side panel 54 roof panel 56 illuminators 58 character display 60 alarm 62 fuel auxiliary tank 64 ventilating Window 66 outrigger 68 cargo handling equipment

Claims (2)

A drainage pump car that performs drainage work in a disaster area,
An operation control panel provided on the vehicle front side of the loading platform;
A generator installed below the floor of the loading platform and driven by the power of the vehicle engine,
The side surface and the upper surface of the loading platform, which are located behind the operation control panel and have a substantially flat floor surface, are covered with an openable wing panel so as to be freely opened.
A drainage pump, a drainage hose and a float are loaded in an area covered with the wing panel of the loading platform,
Wherein an inner surface exposed to the outside when opening the wing panel wing panel, wastewater pump truck characterized in that a lighting device. Wherein an inner surface exposed to the outside when opening the wing panel wing panel, according to claim 1 drain pump vehicle, wherein the provision of the character display and alarm.

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