CN205352702U - Dangerous engine express delivery system of shifting out - Google Patents

Abstract

The utility model provides a dangerous engine express delivery system of shifting out of technical field, including the test run room, the control room, the engine, the connecting axle, the dynamometer machine, the underground equipment room, air feeder, oil supply unit, water supply installation, a controller, the conflagration watch -dog, directional sprinkling machine, the clutch, the impeller, the underground equipment room is arranged in the test run room, the below in control room, air feeder, oil supply unit, water supply installation, the controller equipartition is put underground in the equipment room, air feeder, oil supply unit, water supply installation all is connected with the engine through the pipeline. It monitors the test run room and when the conflagration breaing out, just controls the impeller and release the laboratory to the engine fast to pass through the watch -dog when the controller. The utility model relates to a rationally, simple structure is applicable to the conflagration control system's of engine testing room optimal design.

Description

A kind of dangerous electromotor express delivery removal system

Technical field

The utility model relates to the test chamber arrangement system of a kind of technical field of internal combustion engines, particularly a kind of dangerous electromotor express delivery with fire control device removes system.

Background technology

Electromotor be a kind of can the machine that can be converted into mechanical energy of other form, including such as internal combustion engine (petrol engine etc.), external-combustion engine (Stirling engine, steam engine etc.), motor etc..It is mechanical energy as internal combustion engine is usually chemical energy.Electromotor is not only suitable for power generating apparatus, it is possible to refer to include the whole machine (such as petrol engine, aero-engine) of power set.Electromotor is born the earliest in Britain, so, the concept of electromotor also comes from English, and its literal sense refers to the machinery producing power.Internal combustion engine, is a kind of dynamic power machine, and it is by making fuel in machine internal-combustion, and the heat energy of its releasing is converted directly into the Thermal Motor of power.Sensu lato internal combustion engine not only includes stroke piston combustion engine, rotary engine and free piston engine, also includes the jet engine of rotary vane type, but usually said internal combustion engine refers to internal-combustion piston engine.Internal-combustion piston engine is the most general with reciprocating-piston.Fuel and air are mixed by internal-combustion piston engine, and at its combustor inner cylinder, the heat energy discharged makes to produce in cylinder the combustion gas of High Temperature High Pressure.Combustion gas expands against piston acting, mechanical power is exported again through toggle or other mechanisms, drives follower work.Common are diesel engine and gasoline engine, by mechanical energy can be converted into by interior, be energy in changing by doing work.

In the early development process of internal combustion engine, can often do some demarcation, performance development and machinery long duration test.But our existing test chamber, the fuel feeding of electromotor, water supply, feeder are all arranged in test chamber together with dynamometer machine, once breaking out of fire, these equipment can impaired seriously, cause very big economic loss.

Summary of the invention

This utility model is for above-mentioned the deficiencies in the prior art, it is provided that a kind of dangerous electromotor express delivery removal system, it is possible to reduce the loss of the equipment in test chamber when fire occurs.

This utility model is achieved through the following technical solutions, and this utility model includes test run room, control room, body of wall, strengthening glass, electromotor, connect axle, dynamometer machine, control station, control computer, between subsurface equipment, feeder, fueller, water supply installation, controller, fire monitor, directed water jet, wire harness, clutch, Electrically operated gate, pusher, test run room, control room is surrounded by body of wall, and strengthening glass is arranged in test run room, on body of wall between control room, electromotor, dynamometer machine is arranged in test run indoor, and electromotor is connected with dynamometer machine by connecting axle, and control station is arranged in control room, controls computer and is arranged on control station, is arranged in test run room between subsurface equipment, the lower section of control room, feeder, fueller, water supply installation, controller is arranged in subsurface equipment, feeder, fueller, water supply installation is connected with electromotor each through pipeline, and fire monitor is arranged in the top of test run room, and directed water jet is arranged in outside the body of wall of test run room, and Electrically operated gate is arranged on the body of wall of rear end, and electromotor passes sequentially through connection axle, clutch is connected with dynamometer machine, and pusher is arranged in the front portion of electromotor and is connected with electromotor, controls computer, feeder, fueller, water supply installation, fire monitor, directed water jet, clutch, Electrically operated gate, pusher is connected with controller each through wire harness.

Further, in this utility model, fueller is fuel consumption meter, arranges and control valve on the pipeline that feeder, fueller, water supply installation are connected with electromotor, controls valve and is connected with controller.

Compared with prior art, this utility model have the advantages that into: this utility model is reasonable in design, simple in construction；Feeder, fueller, water supply installation are all arranged in underground, and fire is not easily damaged when occurring；Burning things which may cause a fire disaster can directed be sprayed water by directed water jet, and extinguishing effect is obvious.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model；

Wherein: 1, test run room, 2, control room, 3, body of wall, 4, strengthening glass, 5, electromotor, 6, connect axle, 7, dynamometer machine, 8, control station, 9, computer is controlled, 10, between subsurface equipment, 11, feeder, 12, fueller, 13, water supply installation, 14, controller, 15, fire monitor, 16, directed water jet, 17, wire harness, 18, clutch, 19, Electrically operated gate, 20, pusher.

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiment of the present utility model being elaborated, the present embodiment, premised on technical solutions of the utility model, gives detailed embodiment and concrete operating process, but protection domain of the present utility model is not limited to following embodiment.

Embodiment

As it is shown in figure 1, this utility model includes test run room 1, control room 2, body of wall 3, strengthening glass 4, electromotor 5, connect axle 6, dynamometer machine 7, control station 8, control computer 9, between subsurface equipment 10, feeder 11, fueller 12, water supply installation 13, controller 14, fire monitor 15, directed water jet 16, wire harness 17, clutch 18, Electrically operated gate 19, pusher 20, test run room 1, control room 2 is surrounded by body of wall 3, and strengthening glass 4 is arranged in test run room 1, on body of wall 3 between control room 2, electromotor 5, dynamometer machine 7 is arranged in test run room 1, and electromotor 5 is connected with dynamometer machine 7 by connecting axle 6, and control station 8 is arranged in control room 2, controls computer 9 and is arranged on control station 8, and between subsurface equipment, 10 are arranged in test run room 1, the lower section of control room 2, feeder 11, fueller 12, water supply installation 13, controller 14 is arranged between subsurface equipment in 10, feeder 11, fueller 12, water supply installation 13 is connected with electromotor 5 each through pipeline, and fire monitor 15 is arranged in the top of test run room 1, and directed water jet 16 is arranged in outside the body of wall of test run room 1, and Electrically operated gate 19 is arranged on rear end body of wall 3, and electromotor 5 passes sequentially through connection axle 6, clutch 18 is connected with dynamometer machine 7, and pusher 20 is arranged in the front portion of electromotor 5 and is connected with electromotor 5, controls computer 9, feeder 11, fueller 12, water supply installation 13, fire monitor 15, directed water jet 16, clutch 18, Electrically operated gate 19, pusher 20 is connected with controller 14 each through wire harness 17；Fueller 12 is fuel consumption meter, arranges and control valve on the pipeline that feeder 11, fueller 12, water supply installation 13 are connected with electromotor 5, controls valve and is connected with controller 14.

In implementation process of the present utility model, feeder 11, fueller 12, water supply installation 13 are arranged between subsurface equipment in 10, the pipeline that feeder 11, fueller 12, water supply installation 13 are connected with electromotor 5 is arranged and controls valve, control valve and be connected with controller 14.When controller 14 monitors electromotor 5 breaking out of fire by fire monitor 15, just the control valve Close All on supply, fuel feeding, supply channel；Meanwhile, controlling clutch 18 and unclamp, Electrically operated gate 19 is opened, and 20 electromotors 5 of pusher are quickly shifted onto outside test chamber, and electromotor 5 is oriented water spray by directed water jet 16.

Claims (2)

1. a dangerous electromotor express delivery removal system, including test run room (1), control room (2), body of wall (3), strengthening glass (4), electromotor (5), connect axle (6), dynamometer machine (7), control station (8), control computer (9), test run room (1), control room (2) is surrounded by body of wall (3), and strengthening glass (4) is arranged in test run room (1), on body of wall (3) between control room (2), electromotor (5), dynamometer machine (7) is arranged in test run room (1), and control station (8) is arranged in control room (2), controls computer (9) and is arranged on control station (8), it is characterised in that also includes (10) between subsurface equipment, feeder (11), fueller (12), water supply installation (13), controller (14), fire monitor (15), directed water jet (16), wire harness (17), clutch (18), Electrically operated gate (19), pusher (20), between subsurface equipment, (10) are arranged in test run room (1), the lower section of control room (2), feeder (11), fueller (12), water supply installation (13), controller (14) is arranged between subsurface equipment in (10), feeder (11), fueller (12), water supply installation (13) is connected with electromotor (5) each through pipeline, fire monitor (15) is arranged in the top of test run room (1), directed water jet (16) is arranged in outside test run room (1) body of wall, Electrically operated gate (19) is arranged on rear end body of wall (3), and electromotor (5) passes sequentially through connection axle (6), clutch (18) is connected with dynamometer machine (7), and pusher (20) is arranged in the front portion of electromotor (5) and is connected with electromotor (5), controls computer (9), feeder (11), fueller (12), water supply installation (13), fire monitor (15), directed water jet (16), clutch (18), Electrically operated gate (19), pusher (20) is connected with controller (14) each through wire harness (17).

2. dangerous electromotor express delivery removal system according to claim 1, it is characterized in that fueller (12) is fuel consumption meter, the pipeline that feeder (11), fueller (12), water supply installation (13) are connected with electromotor (5) is arranged and controls valve, control valve and be connected with controller (14).