CN216950896U - Square cabin type self-getting-on and getting-off drainage pump station - Google Patents

Abstract

The utility model relates to a shelter type self-loading and unloading drainage pump station, and belongs to the field of emergency rescue. The utility model comprises a frame beam, a frame upright post and a pump station mounting rack, wherein the frame beam and the frame upright post form an equipment frame, the pump station mounting rack is mounted at the bottom of the equipment frame, and the structure is characterized in that: the utility model discloses a telescopic support, including telescopic support, fixed support pole and bracing piece, telescopic support, including telescopic support, fixed support pole and bracing piece all set up on outer telescopic tube, telescopic support is on the telescopic loop pole including the setting of loop pole supporting seat, the one end and the frame stand of upset bracing piece are connected, the other end and the bracing piece of upset bracing piece are connected, fixed support pole and upset bracing piece are connected, the one end setting of interior telescopic loop pole is at outer telescopic tube, the other end of telescopic loop pole including the setting of push rod supporting legs, electric putter's both ends respectively with telescopic support and loop pole supporting seat connection, electric putter passes through push rod motor drive.

Description

Square cabin type self-getting-on and getting-off drainage pump station

Technical Field

The utility model relates to a shelter type self-loading and unloading drainage pump station, and belongs to the field of emergency rescue.

Background

With the acceleration of the urbanization process, the urban appearance is greatly changed, but part of urban drainage systems are not perfect; in addition, extreme natural climate disasters are frequent, and flood disasters can endanger the safety of people's lives and properties at the moment; various drainage devices are main rescue tools, meanwhile, emergency operation site conditions have the characteristics of sudden randomness, various landforms, unsmooth traffic and the like, the existing mobile pump station is a pulling type device, needs to carry a motor vehicle to pull and pull to walk under power, cannot adapt to the environments that an operation site is narrow and small, a large vehicle cannot enter a road smoothly and the like, and cannot well play the due role of the device.

Meanwhile, the existing method for dealing with the environment is that the motor vehicle carrying the cargo carries a drainage pump, a generator, a water belt, a cable and the like, the simple random stacking and carrying are easy to neglect, miss accessories and delay work, meanwhile, each operation needs to be carried out by people to get on or off the vehicle, and professional personnel are needed to carry out assembly, wiring and other work, so that precious rescue operation time is wasted, the labor cost is high, and the workload is large.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects in the prior art, and provides a square cabin type self-getting-on/off drainage pump station which is reasonable in structural design, integrates the functions of power generation, drainage operation, illumination, self-loading and self-unloading of vehicles without hoisting and the like, and can get on or off the vehicles by self in the transportation process.

The square cabin type self-getting on and off water drainage pump station is simple in structure, high in integration degree, convenient to operate, free of repeated assembly for many times, capable of carrying existing small-sized trucks for transportation, high in maneuverability, capable of achieving getting on and off of the vehicles without hoisting, and capable of well solving the problem; the effective combination of the motorized vehicle and the mobile pump station is really realized, so that the vehicle has the capability of all-weather and motorized response to various complex operation drainage.

The technical scheme adopted by the utility model for solving the problems is as follows: this square cabin formula is from getting on or off bus drainage pump station, including frame crossbeam, frame stand and pump station mounting bracket, the equipment frame is constituteed with the frame stand to the frame crossbeam, the pump station mounting bracket is installed in the bottom of equipment frame, and its structural feature lies in: still include elevating system, elevating system includes sleeve pipe supporting seat, fixed support bar, upset bracing piece, joint support pole, loop bar supporting seat, push rod supporting legs, interior telescopic sleeve, outer telescopic sleeve and electric putter, sleeve pipe supporting seat, fixed support bar and joint support pole all set up on outer telescopic sleeve, on telescopic sleeve including the loop bar supporting seat sets up, the one end and the frame stand of upset bracing piece are connected, the other end and the joint support pole of upset bracing piece are connected, fixed support bar is connected with the upset bracing piece, the one end setting of interior telescopic sleeve is intraductal at outer telescopic sleeve, the other end of telescopic sleeve including the push rod supporting legs sets up, electric putter's both ends respectively with sleeve pipe supporting seat and loop bar supporting seat connection, electric putter passes through push rod motor drive.

Further, still include tilting mechanism, tilting mechanism includes universal wheel, upset rubber seat and spacing bolt, the cooperation of upset rubber seat and spacing bolt, and upset rubber seat and spacing bolt are all installed in the bottom of pump station mounting bracket, the universal wheel is installed on the upset rubber seat.

Further, still include immersible pump, the oil tank cabin body, water pump control box, hosepipe reel, water pump power drum, petrol generator, equipment box, power delivery box, electrical apparatus control box and water pump power case, the oil tank cabin body, equipment box, power delivery box, electrical apparatus control box and water pump power case all install on the equipment frame, hosepipe reel and petrol generator all install on the pump station mounting bracket, immersible pump, water pump control box and water pump power drum all install in the equipment box.

Furthermore, a lighting lamp holder is arranged on the water pump power supply box, and a lighting lamp is arranged on the lighting lamp holder.

Furthermore, a water pump power supply output interface is arranged on the water pump power supply box.

Further, an operation panel is arranged on the electric appliance control box.

Furthermore, a 220V domestic power supply output interface and a 380V industrial power supply output interface are arranged on the power supply output box.

Furthermore, the submersible pump and the water pump control box are both arranged on an electric cabinet tray, the electric cabinet tray is installed in the equipment box through a telescopic sliding rail, and a water pump floating ring is arranged at the top of the equipment box.

Further, be provided with oil tank oil filler hole and oil pump on the oil tank cabin body, be provided with the batch oil tank in the oil tank cabin body.

Further, the batch oil tank is connected with the oil pump, the oil pump is connected with the petrol generator, petrol generator and water pump power output interface, operating panel, 220V domestic power supply output interface and 380V industrial power supply output interface, water pump power output interface is connected with the water pump control box, the water pump control box is connected with the immersible pump.

Compared with the prior art, the utility model has the following advantages:

1. each function professional equipment integrated form integrated design, whole pleasing to the eye, it is high to integrate the degree, has overcome traditional mode and has piled in disorder, and the accessory is easily lost, shortcomings such as construction equipment preparation time is long.

2. The drainage pump station main structure is designed according to the structure customization of the bearing vehicle body of the motor vehicle, so that the road transportation can be carried out by loading the drainage pump station main structure from top to bottom, the quick response is convenient, the drainage pump station main structure is put into use, the maneuverability is strong, and the working efficiency is greatly improved.

3. The drainage pump station is furnished with four sets of electric support rod and need not extra crane hoist and mount, can accomplish motor vehicles from top to bottom by oneself, compares traditional mode in the past and saves the activity duration, has reduced artifical intensity of labour.

4. The pump station bottom is furnished with four universal wheels, alone can freely move, and the on-the-spot short distance of being convenient for removes the adjustment operation, easy operation, and it is convenient to get on or off the bus, save time and labour cost.

Drawings

Fig. 1 is a schematic perspective view of a shelter type self-loading and unloading drainage pump station according to an embodiment of the utility model.

Fig. 2 is a schematic perspective view of a shelter type self-loading and unloading drainage pump station according to an embodiment of the utility model.

Fig. 3 is an explosion structure diagram of the shelter type self-loading and unloading drainage pump station according to the embodiment of the utility model.

Fig. 4 is an exploded structural schematic diagram of a shelter type self-loading and unloading drainage pump station according to an embodiment of the utility model.

Fig. 5 is a schematic perspective view of an equipment box according to an embodiment of the present invention.

Fig. 6 is a schematic perspective view of an equipment box according to an embodiment of the present invention.

In the figure: the device comprises a submersible pump 0, a frame beam 1, an oil tank cabin 2, a water pump control box 3, an illuminating lamp 4, a push rod motor 5, a sleeve supporting seat 6, a fixed supporting rod 7, a turnover supporting rod 8, a connecting supporting rod 9, an illuminating lamp holder 10, a water pump power supply output interface 11, an operating panel 12, a water hose reel 13, a 220V domestic power supply output interface 14, a 380V industrial power supply output interface 15, a water pump power supply wire coil 16, a sleeve supporting seat 17, push rod supporting feet 18, an inner telescopic sleeve rod 19, an outer telescopic sleeve 20, a telescopic sliding rail 21, an electric control box tray 22, an electric push rod 23, a universal wheel 24, a turnover rubber seat 25, a limit bolt 26, a gasoline generator 27, a pump station mounting frame 28, an oil tank oil filling port 29, an oil pump 30, an equipment box 31, a power supply output box 32, an electric appliance control box 33, a water pump floating ring 34, a water pump power supply box 35 and a frame upright post 36.

Detailed Description

The present invention will be described in further detail below by way of examples with reference to the accompanying drawings, which are illustrative of the present invention and are not to be construed as limiting the present invention.

Examples are given.

Referring to fig. 1 to 6, it should be understood that the structures, ratios, sizes, and the like shown in the drawings attached to the present specification are only used for matching the disclosure of the present specification, so as to be understood and read by those skilled in the art, and are not used to limit the conditions that the present invention can be implemented, so that the present invention has no technical significance, and any structural modification, ratio relationship change, or size adjustment should still fall within the scope of the present invention without affecting the function and the achievable purpose of the present invention. In addition, in the present specification, if there are words such as "upper", "lower", "left", "right", "middle", and "one", they are used for clarity of description only, and are not intended to limit the scope of the present invention, and changes or modifications in their relative relationship may be made without substantial technical changes.

The shelter formula is from getting on or off bus drainage pump station in this embodiment, including elevating system, tilting mechanism, immersible pump 0, frame crossbeam 1, the oil tank cabin body 2, water pump control box 3, hosepipe reel 13, water pump power drum 16, gasoline engine generator 27, equipment box 31, power output box 32, electrical apparatus control box 33, water pump power case 35, frame stand 36 and pump station mounting bracket 28, frame crossbeam 1 constitutes the equipment frame with frame stand 36, tilting mechanism installs on pump station mounting bracket 28, pump station mounting bracket 28 installs the bottom at the equipment frame, the equipment frame is installed on elevating system.

The lifting mechanism in the embodiment comprises a sleeve supporting seat 6, a fixed supporting rod 7, a turning supporting rod 8, a connecting supporting rod 9, a sleeve rod supporting seat 17, a push rod supporting foot 18, an inner telescopic sleeve rod 19, an outer telescopic sleeve 20 and an electric push rod 23, sleeve pipe supporting seat 6, fixed support rod 7 and joint support pole 9 all set up on outer telescopic tube 20, telescopic sleeve 19 including loop bar supporting seat 17 sets up, the one end and the frame stand 36 of upset bracing piece 8 are connected, the other end and the joint support pole 9 of upset bracing piece 8 are connected, fixed support rod 7 is connected with upset bracing piece 8, the one end setting of interior telescopic sleeve 19 is in outer telescopic tube 20, telescopic sleeve 19's the other end including push rod supporting legs 18 set up, electric putter 23's both ends are connected with sleeve pipe supporting seat 6 and loop bar supporting seat 17 respectively, electric putter 23 passes through push rod motor 5 drive.

Tilting mechanism in this embodiment includes universal wheel 24, upset rubber seat 25 and spacing bolt 26, and upset rubber seat 25 cooperates with spacing bolt 26, and just upset rubber seat 25 and spacing bolt 26 all install the bottom at pump station mounting bracket 28, and universal wheel 24 installs on upset rubber seat 25.

The oil tank cabin body 2 in this embodiment, the equipment box 31, the power output case 32, electrical apparatus control box 33 and water pump power supply box 35 all install on the equipment frame, hosepipe reel 13 and gasoline engine generator 27 are all installed on pump station mounting bracket 28, immersible pump 0, water pump control box 3 and water pump power supply drum 16 are all installed in equipment box 31, immersible pump 0 and water pump control box 3 all arrange electric cabinet tray 22 in under the prevailing circumstances on, electric cabinet tray 22 installs in equipment box 31 through flexible slide rail 21, the top of equipment box 31 is provided with water pump floating collar 34.

In this embodiment, the water pump power supply box 35 is provided with an illumination lamp holder 10 and a water pump power supply output interface 11, the illumination lamp holder 10 is provided with an illumination lamp 4, the electrical appliance control box 33 is provided with an operation panel 12, the power supply output box 32 is provided with a 220V domestic power supply output interface 14 and a 380V industrial power supply output interface 15, the oil tank cabin body 2 is provided with an oil tank filler 29 and an oil pump 30, and the oil tank cabin body 2 is provided with an oil storage tank.

The oil storage tank in this embodiment is connected with the oil pump 30, the oil pump 30 is connected with the gasoline generator 27, the gasoline generator 27 is connected with the water pump power output interface 11, the operation panel 12, the 220V domestic power output interface 14 and the 380V industrial power output interface 15, the water pump power output interface 11 is connected with the water pump control box 3, and the water pump control box 3 is connected with the submersible pump 0.

Wherein, the structure is positioned on the pump station mounting frame 28 according to the service condition and the size of the gasoline generator 27; each submersible pump 0 is provided with two coil water hose reels 13, so that more expansion operations in different working condition distances can be met, and each coil water hose reel 13 is provided with a set of manual reels for conveniently storing, reeling and unreeling the water hose; the water pump floating ring 34 is stored at the top of the equipment box 31; the power line cable is provided with a water pump power wire coil 16 for conveniently storing, retracting and releasing the cable; the illuminating lamp 4 is provided with 2 high-brightness LED illuminating lamps and a telescopic lifting handle, and can be adjusted through a knob on the handle, so that the requirements of different working conditions on illumination are met.

The lifting mechanism is matched with the drainage pump station to realize that the drainage pump station can automatically complete up-and-down lifting without hoisting and is separated from the vehicle; four corners of each set of pump station are respectively provided with 1 set of large-stroke electric push rods 23, the extending end of each electric push rod 23 is provided with a push rod supporting leg 18, the stroke and the supporting force of each electric push rod 23 meet the supporting and using requirements of the pump station, so that the pump station can be separated from a motor vehicle, 4 sets of electric push rods 23 can be simultaneously and respectively moved, and the leveling of the whole vehicle on an uneven road can be realized.

Each set of electric push rod 23 controls a lifting mechanism, the lifting mechanism consists of an inner telescopic sleeve rod 19 and an outer telescopic sleeve 20, two ends of the electric push rod 23 are respectively arranged on the outer telescopic sleeve 20 and the inner telescopic sleeve rod 19 through a sleeve supporting seat 6 and a sleeve rod supporting seat 17, and the electric push rod 23 drives the lifting mechanism to act when working; the outer telescopic tube 20 is welded with a fixed support rod 7 which can be stretched out to be connected and fixed with the frame upright 36 when the electric push rod 23 works; the stroboscopic warning lamps are arranged on the peripheral frame cross beams 1, and warning effects are achieved for pedestrians and vehicles.

Specifically, the frame cross beam 1 and the frame upright post 36 form an equipment frame, the equipment frame and the pump station mounting rack 28 form a main body frame for bearing the drainage pump station, and the mutual connection mode is welding; pump station mounting bracket 28 is made for the welded tube, installs 4 sets of upset rubber mounts 25, divide into two from top to bottom, and every piece has circular recess according to pump station mounting bracket 28 welded tube diameter division, connects through bolt clamp type, can accomplish 360 upsets in a flexible way.

The universal wheel 24 is fixedly connected with one surface of the turnover rubber seat 25 through a bolt through a screw, and can turn over 360 degrees along with the turnover rubber seat 25; when the drainage pump station is loaded by a vehicle for transportation, the universal wheels 24 are in an upturning state, and when the drainage pump station is in a ground working state, the universal wheels 24 are in a downturning state, so that the drainage pump station is convenient to move on a working site; each set of overturning rubber seat 25 is provided with a set of limiting bolt 26 for limiting according to different overturning states, wherein the limiting bolts 26 are welded on a pump station mounting frame 28.

The connection mode that each frame upright post 36 is provided with 2 sets of turning support rods 8 is that a rotating shaft is connected by a bolt, so that the turning support rods 8 can be turned up and down by the bolt; the other end of the turning support rod 8 is connected with the connecting support rod 9 in a manner of rotating shaft bolt connection, and the connecting support rod 9 is welded with the side surface of the outer telescopic tube 20, so that the outer telescopic tube 20 and the lifting mechanism are retracted up and down; the inner telescopic loop bar 19 and the outer telescopic tube 20 are installed in a nested manner and are both square or rectangular steel tubes, wherein an iron U-shaped loop bar supporting seat 17 is welded at the bottom of the inner telescopic loop bar 19, and the loop bar supporting seat 17 is provided with a bolt through hole and is connected with the bottom of the electric push rod 23 through a bolt; an iron U-shaped sleeve supporting seat 6 is welded at the top of the outer telescopic sleeve 20, the push rod motor 5 is an electric push rod 23 power mechanism and can drive the electric push rod 23 to stretch and retract, and the iron U-shaped sleeve supporting seat 17 drives the inner telescopic sleeve 19 and the push rod supporting foot 18 to synchronously stretch and retract; each outer telescopic sleeve 20 is fixedly welded with a fixed support rod 7, and a through hole with the same diameter as the turning support rod 8 is formed in the outer telescopic sleeve, so that the turning support rod 8 can be concentric when being lowered and is fixedly connected with the turning support rod through a bolt; when the electric push rod 23 stretches and retracts to drive the push rod supporting foot 18 to the ground, the fixed supporting rod 7 welded and fixed on the outer telescopic tube 20 is reversely stressed to integrally support and lift the drainage pump station after the ground is stressed.

The main box body structure of the drainage pump station consists of an iron oil tank cabin body 2, an equipment box 31, a power output box 32, an electrical appliance control box 33 and a water pump power box 35.

The equipment box 31 is positioned in the middle of the integral structure of the drainage pump station, the oil tank cabin body 2 is positioned at the rear part of the integral structure of the drainage pump station, the power output box 32, the electrical appliance control box 33 and the water pump power box 35 are in a row-connected design and positioned at the front part of the integral structure of the drainage pump station, and meanwhile, the connection mode among the box bodies is bolt connection; the equipment box 31 is of a special-shaped structure, a water pump power supply wire coil 16 is installed inside the left high box body through a bolt, and a sliding tray is installed inside the right low box body through a bolt and is mainly used for placing the submersible pump 0 and the water pump control box 3; the sliding tray is fixedly connected with an iron electric cabinet tray 22 through a bolt by a telescopic slide rail 21, and the whole sliding tray is fixedly connected with an equipment box 31 through a bolt; the equipment box 31 is of a special-shaped structure, the upper part of the right low box body is used for storing the water pump floating ring 34, and the water pump floating ring 34 is matched with equipment used when the submersible pump is operated 0.

The oil tank cabin body 2 is an iron sheet metal box body, an oil storage tank of the gasoline generator 27 is installed inside the oil tank cabin body through bolts, and the oil storage tank is made of stainless steel and welded in a sealing mode; the oil tank cabin body 2 is provided with an oil tank oil filling port 29 and an oil tank residual liquid level meter for displaying real-time oil mass; the oil tank body 2 is provided with an oil pump storage wall box for storing an oil pump 30, the oil pump 30 is a bidirectional dual-purpose oil pump, gasoline can be filled into an oil storage tank of the gasoline generator 27, and meanwhile, the gasoline in the oil storage tank of the gasoline generator 27 can be pumped out.

The power output box 32 is formed by welding an iron sheet metal structure, two groups of 220V domestic power supply output interfaces 14 are installed on the upper layer, the form of the power output box is a household five-hole socket, and a group of 380V industrial power supply output interfaces 15 are installed on the lower layer, and the form of the power output box is a three-phase four-wire binding post.

The electric appliance control box 33 is formed by welding an iron sheet metal structure, an integrated and customized operation panel 12 is arranged in the electric appliance control box, and the power switch and control of the whole electric appliance of the drainage pump station can be operated in a centralized manner.

The water pump power box 35 is formed by welding iron sheet metal structures, and a power supply cable for the gasoline generator 27 is arranged inside the water pump power box to provide a working power supply for the submersible pump 0; the water pump power supply output interface 11 is installed outside the water pump power supply box 35, and the water pump power supply wire coil 16 provides a cable for connecting the water pump power supply output interface 11 with the water pump control box 3.

The working mode of the drainage pump station is that the gasoline engine generator 27 supplies power to the water pump power output interface 11, the water pump power wire coil 16 provides a cable, the water pump power output interface 11 and the water pump control box 3 are connected, and the submersible pump 0 is connected with the water pump control box 3 through a cable to form a power supply loop, so that the submersible pump can work normally.

The illuminating lamp 4 is arranged outside the water pump power supply box 35 and is fixed through an illuminating lamp holder 10, wherein the illuminating lamp holder 10 is fixedly connected with the outside of the water pump power supply box 35 through a bolt; the height of the illuminating lamp 4 can be adjusted by manual rotation to adapt to a proper illumination distance, so that operation illumination is provided for night or poor operation in a light environment.

The power supply required by the drainage pump station during working is provided by the gasoline generator 27; the gasoline generator 27 is fixedly connected with the pump station mounting frame 28 through bolts, and the gasoline generator is controlled, transferred and concentrated to the operation panel 12 for operation, so that the operation is simple, convenient and quick.

Two groups of water hose reels 13 are mounted on the pump station mounting frame 28 to provide water hoses required by the operation of the submersible pump 0; two sets of hosepipe reels 13 are for manually rotating through the bearing, and hosepipe reel 13 is respectively opened has concentric through-hole, and hosepipe reel 13 installs spacing bolt, and the hosepipe is receive and release in the single roll of or two rolls of simultaneous rotation of needs during the operation of being convenient for.

In addition, it should be noted that the specific embodiments described in the present specification may be different in the components, the shapes of the components, the names of the components, and the like, and the above described contents are merely illustrative of the structures of the present invention. Equivalent or simple changes in the structure, characteristics and principles of the utility model are included in the protection scope of the patent. Various modifications, additions and substitutions for the specific embodiments described may be made by those skilled in the art without departing from the scope of the utility model as defined in the accompanying claims.

Claims (10)

1. The utility model provides a shelter formula is from getting on or off bus drainage pump station, includes frame crossbeam (1), frame stand (36) and pump station mounting bracket (28), equipment frame is constituteed with frame stand (36) in frame crossbeam (1), install in equipment frame's bottom, its characterized in that in pump station mounting bracket (28): the lifting mechanism comprises a sleeve supporting seat (6), a fixed supporting rod (7), a turnover supporting rod (8), a connecting supporting rod (9), a loop bar supporting seat (17), a push rod supporting foot (18), an inner telescopic loop bar (19), an outer telescopic loop bar (20) and an electric push rod (23), wherein the sleeve supporting seat (6), the fixed supporting rod (7) and the connecting supporting rod (9) are all arranged on the outer telescopic loop bar (20), the loop bar supporting seat (17) is arranged on the inner telescopic loop bar (19), one end of the turnover supporting rod (8) is connected with a frame upright post (36), the other end of the turnover supporting rod (8) is connected with the connecting supporting rod (9), the fixed supporting rod (7) is connected with the turnover supporting rod (8), one end of the inner telescopic loop bar (19) is arranged in the outer telescopic loop bar (20), the other end of flexible loop bar (19) including push rod supporting legs (18) set up, electric putter (23)'s both ends are connected with sleeve pipe supporting seat (6) and loop bar supporting seat (17) respectively, electric putter (23) are through push rod motor (5) drive.

2. The shelter type self-loading and unloading drainage pump station according to claim 1, which is characterized in that: still include tilting mechanism, tilting mechanism includes universal wheel (24), upset rubber seat (25) and spacing bolt (26) cooperation, and upset rubber seat (25) and spacing bolt (26) are all installed in the bottom of pump station mounting bracket (28), universal wheel (24) are installed on upset rubber seat (25).

3. The shelter type self-loading and unloading drainage pump station according to claim 1, which is characterized in that: still include immersible pump (0), the oil tank cabin body (2), water pump control box (3), hosepipe reel (13), water pump power drum (16), gasoline engine generator (27), equipment box (31), power output box (32), electrical apparatus control box (33) and water pump power case (35), the oil tank cabin body (2), equipment box (31), power output box (32), electrical apparatus control box (33) and water pump power case (35) all install on equipment frame, hosepipe reel (13) and gasoline engine generator (27) all install on pump station mounting bracket (28), immersible pump (0), water pump control box (3) and water pump power drum (16) all install in equipment box (31).

4. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: and an illuminating lamp holder (10) is arranged on the water pump power supply box (35), and an illuminating lamp (4) is arranged on the illuminating lamp holder (10).

5. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: and a water pump power supply output interface (11) is arranged on the water pump power supply box (35).

6. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: an operation panel (12) is arranged on the electric appliance control box (33).

7. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: the power output box (32) is provided with a 220V domestic power output interface (14) and a 380V industrial power output interface (15).

8. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: the submersible pump (0) and the water pump control box (3) are both arranged on an electric cabinet tray (22), the electric cabinet tray (22) is installed in an equipment box (31) through a telescopic sliding rail (21), and a water pump floating ring (34) is arranged at the top of the equipment box (31).

9. The shelter type self-loading and unloading drainage pump station according to claim 3, which is characterized in that: the oil tank is characterized in that an oil tank filler hole (29) and an oil pump (30) are arranged on the oil tank body (2), and an oil storage tank is arranged in the oil tank body (2).

10. The shelter type self-loading and unloading drainage pump station according to claim 9, characterized in that: the oil storage tank is connected with oil pump (30), oil pump (30) are connected with petrol generator (27), petrol generator (27) and water pump power output interface (11), operating panel (12), 220V life power output interface (14) and 380V industrial power output interface (15), water pump power output interface (11) is connected with water pump control box (3), water pump control box (3) is connected with immersible pump (0).

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