CN206486900U - A kind of use air compressor machine and water pump concentrate the tube well dewatering system drawn water - Google Patents

Abstract

The utility model is a kind of use air compressor machine and water pump concentrates the tube well dewatering system drawn water, and its structure includes water plug, pumping for water pump device in gas circuit reversing arrangement, B appendixs, A appendixs, A drainpipes, air compressor machine, air inlet, gas outlet, setting pot, gutter, well；Wherein, the air inlet of air compressor machine and gas outlet connect with gas circuit reversing arrangement；Gas circuit reversing arrangement connects with B appendixs and A appendixs；B appendixs and A appendixs connect with water plug in well；Water plug connects with A drainpipes in well；A drainpipes connect with setting pot；Setting pot connects with gutter；Control pump intake valve in pumping for water pump device connects with the traversing section of A drainpipes, and the control pumping drainage mouthful valve in pumping for water pump device connects with the vertical section of A drainpipes.Advantage：1st, the problem of crossed construction is disturbed is solved；2nd, efficiency high；3rd, maintenance cost is low；4th, safety coefficient is high；5th, environmental protection, energy-conservation.

Description

A kind of use air compressor machine and water pump concentrate the tube well dewatering system drawn water

Technical field

The utility model is related to a kind of use air compressor machine and water pump concentrates the tube well dewatering system drawn water, and belongs to underground engineering Tube well dewatering field.

Background technology

Tube well dewatering in current underground engineering, is all utilized in and is put into immersible pump in every mouthful of pipe well and draws water, belong to scattered Water extraction way, when well is more, pump is also more, at this moment will produce many following unfavorable conditions：

1st, trouble point is more；

2nd, the cost of repairs is more；

3rd, electric wire problem：The electric wire length of precipitation cloth and it is many, job site is covered with as netted, it is both uncivil, it is also uneasy Entirely, how to do and be all unable to reach power supply for construction code requirement, and line loss is big；What surface electric wire was often pounded, and pressed, and being drawn, being caused Damage failure many；If electric wire secretly applies pre-buried, poling cost is big；Poling is not pre-buried, and the later stage goes wrong, and can not just repair, only Rewiring, cost can be bigger；

4th, electric cabinet problem is controlled：In order to reach using electricity wisely purpose of drawing water on demand, if every pump all fills Automated condtrol Cabinet, electric cabinet quantity will be a lot, and input cost is high；In construction, electric cabinet can occur to be broken situation；Civil engineering workman figure is convenient, Privately hang electrical phenomena occur again and again, remain incessant after repeated prohibition, this be part not only damaged the electricity charge, safety coefficient but it is low the problem of；

5th, the problem of backfill is caused：The good cable of cloth and electric cabinet, often because needing to coordinate civil engineering and backfill Soil application work, and must not few time interim Lu Yi electricity cabinets of relocating；Particularly backfill when, to surrounding end hole, circuit, pipeline and desilting Well damages very big, and some wells are difficult to repair, it has to scrapped, and a lot of end holes are because of backfill crimp, and Sediment Siltation increases in well It is many, cause water pump can not carry and deposited in silt；Result is not only expensive but also taken a lot of work that well or cisco unity malfunction cause Operating efficiency is extremely low；

6th, water pump high temperature is with burning out problem：Because the water yield in every mouthful of well is different more, it is assumed that there is no automatic water level control How much the pump of system, be unable to autobalance adjustment water yield, will be dallied because water not enough takes out, waste electrical phenomena tight between pump and pump Weight；Further, to have height to have low for WIH position caused by water yield difference, cause the water pump that has because water is few and high temperature, high temperature causes pump Leaf increases with calcium scale in water pipe, and stifled pump leaf happens occasionally with water pipe phenomenon, has a strong impact on efficiency of drawing water；Because of water pump dehydration Burnout phenomenon also often occurs；

7th, trip problem：Usually cause how trip phenomenon also avoids not because being burnt out the electric leakage of certain electric wire or a certain pump , it has to frequency is maked an inspection tour in increase, and management cost is high and safety coefficient is low；

8th, because well is more, pump is more, electric cabinet is more, and electric wire networking, unit in charge of construction is more, workmen is more, the factor that interferes with each other Many, therefore, fault rate remains high, it has to put into substantial amounts of artificial, frequently checks working site, although paid a large amount of Artificial and onerous toil, still can not be fully up to expectations, it is impossible to meet the standard of zero tolerance；

9th, surrounding end hole, after time soil terminates, because well head is maintained on ground, so the construction one with top Directly there is cross jamming, it is impossible to avoid；

10th, because well head wears a bottom plate, pump-out can not increase with the weight of superstructure and suitably reduce, not reach Energy-conservation and environmental requirement；

11st, shut-in well problem：At the end of precipitation, the well head sealed through bottom plate is also unavoidable, and some well heads are because going out Water is fast and many, is not easy very much to seal, if shut-in well mouth is of low quality, can also leave hidden danger；

12nd, after shut-in well terminates, it is impossible to which realization restarts again original precipitation system, if now due to certain Reason needs to restart original precipitation system, will be unable to realize.

Utility model content

The tube well dewatering system drawn water, its purpose purport are concentrated the utility model proposes a kind of use air compressor machine and water pump Overcoming the deficiencies in the prior art, there is provided a kind of pipe concentrated and drawn water using air compressor machine and water pump when using multiple tube well dewaterings Well precipitation system.

Technical solution of the present utility model：A kind of use air compressor machine and water pump concentrate the tube well dewatering system drawn water, Its structure includes gas circuit reversing arrangement 1, B appendixs 2, A appendixs 3, A drainpipes 5, air compressor machine 6, air inlet 8, gas outlet 9, heavy Water plug 26, pumping for water pump device 39 in sand pond 11, gutter 12, well；Wherein, the air inlet 8 of air compressor machine 6 commutates with gas circuit A pneumatic control valves door 43, D autocontrol valves 36, E autocontrol valves 37 in device 1 connect；The gas outlet 9 of air compressor machine 6 Connect with B pneumatic control valves door 44, A autocontrol valves 33, the B autocontrol valves 34 in gas circuit reversing arrangement 1；Gas circuit is changed Connect to device 1 with B appendixs 2 and A appendixs 3；B appendixs 2 and A appendixs 3 connect with water plug in well 26；Taken out in well Water installations 26 connect with the water inlet of A drainpipes 5；The delivery port of A drainpipes 5 connects with setting pot 11；Setting pot 11 and draining Ditch 12 connects；Control pump intake valve 29 in pumping for water pump device 39 connects with the traversing section of A drainpipes 5, and water pump is taken out Control pumping drainage mouthful valve 30 in water installations 39 connects with the vertical section of A drainpipes 5.

The beneficial effects of the utility model：

1st, the system is realized by traditional scattered transformation for being drawn water to concentration of drawing water, and is solved in Precipitation Process, is built Build the problem of team disturbs with precipitation group crossed construction；

2nd, the system both effectively raises device efficiency, and the excessive extraction of underground water is efficiently avoid again, was both protected Underground water wave environment, and substantial amounts of electric energy has been saved to greatest extent；

3rd, the system is after foundation ditch bed course is completed, into the maintenance state of very comfortable, as long as one artificial, it is possible to very Dewatering projects more than 200 mouthfuls of wells is safeguarded well, and maintenance cost is extremely low；

4th, the system has thoroughly prevented the hidden danger that electric wire is run in the whole field in scattered pipe well dewatering process；

5th, the system solves the problems, such as leakage tripping, realizes the defencive function for the pump that never reburns, and makes system work non- Often reliable and stable, simple to operate, safety coefficient is high；

6th, the system eliminates the shut-in well link in traditional pipe well dewatering process, and shut-in well expense is used for offset laying gas transmission The expense of pipeline, makes the system be compared with scattered pumping system, and input cost will not increase too much, but drastically increases this and be The popularization competitive advantage of system；

7th, the system is after precipitation terminates, and leaves permanent collection groundwater founction passage, if there is dangerous situation, can be with Easily recover original precipitation system function again；

8th, the system makes more civilized, environmentally friendly tube well dewatering construction, energy-conservation, safety.

Brief description of the drawings

Accompanying drawing 1 is the structural representation of tube well dewatering system.

Tube well dewatering horizontal layout design sketch when accompanying drawing 2 is excavation of foundation pit.

Accompanying drawing 3 is the tube well dewatering horizontal layout design sketch after the completion of bottom slab concreting.

1 it is gas circuit reversing arrangement in accompanying drawing, 2 is B appendixs, 3 is A appendixs, 4 is A water plugs, 5 is A drainpipes, 6 It is air compressor machine, 7 be the electronic suction pumps of A, 8 be air inlet, 9 be gas outlet, 10 be B water plugs, 11 be setting pot, 12 is draining Ditch, 13 be WIH level detecting apparatus, 14 be air compressor air intake mouthful pressure test device, 15 be the detection of drainpipe delivery port hydraulic pressure Device, 16 be by water level control air valve, 17 be pneumatic control water intaking valve, 18 be exhaust check valve, 19 be pipe well cylinder, 20 be A- 1 drainpipe, 21 be exhaust check valve, 22 be gas port size regulating valve, 23 be check valve of water drainage, 24 be A-1 appendixs, 25 be nothing Water close draining valve, 26 be water plug in well, 27 be check valve, 28 be valve, 29 be control pump intake valve, 30 be Control pumping drainage mouthful valve, 31 be bottom plate after the completion of pouring, 32 be foundation ditch periphery cement road, 33 be A autocontrol valves, 34 it is B autocontrol valves, 35 be C autocontrol valves, 36 be D autocontrol valves, 37 be E autocontrol valves, 38 is Air compressor machine gas outlet pressure test device, 39 be pumping for water pump device, 40 be the electronic suction pumps of B, 41 be B-1 appendixs, 42 be B-1 drainpipes, 43 be A pneumatic control valves door, and 44 be B pneumatic control valves door, and 45 be F autocontrol valves.

Embodiment

Accompanying drawing is compareed, a kind of use air compressor machine and water pump concentrate the tube well dewatering system drawn water, and its structure is changed including gas circuit To device 1, B appendixs 2, A appendixs 3, A drainpipes 5, air compressor machine 6, air inlet 8, gas outlet 9, setting pot 11, gutter 12, Water plug 26, pumping for water pump device 39 in well；Wherein, the air inlet 8 of air compressor machine 6 and the A air pressure controls in gas circuit reversing arrangement 1 Valve 43 processed, D autocontrol valves 36, E autocontrol valves 37 connect；The gas outlet 9 of air compressor machine 6 and gas circuit reversing arrangement 1 In B pneumatic control valves door 44, A autocontrol valves 33, B autocontrol valves 34 connect；Gas circuit reversing arrangement 1 and B gas transmissions Pipe 2 and A appendixs 3 connect；B appendixs 2 and A appendixs 3 connect with water plug in well 26；Water plug 26 and A is arranged in well The water inlet of water pipe 5 connects；The delivery port of A drainpipes 5 connects with setting pot 11；Setting pot 11 connects with gutter 12；Water pump Control pump intake valve 29 in water plug 39 with pour after the completion of the following A drainpipes 5 of bottom plate 31 traversing section phase Connect, the control pumping drainage mouthful valve 30 in pumping for water pump device 39 connects with the vertical section of foundation ditch periphery A drainpipes 5, water level Detection means（13）Come round with pipe well, the water outlet of A drainpipes 5 is equipped with drainpipe delivery port device for detecting water pressure 15.

The setting pot 11 can select appropriate position along gutter 12, set up an appropriate number of setting pot 11, often Individual setting pot 11 is all connected with A drainpipes 5, effective increase discharge outlet quantity, improves drainage efficiency and energy-saving effect.

Described gas circuit reversing arrangement（1）Including A autocontrol valves（33）, B autocontrol valves（34）, C controls automatically Valve processed（35）, D autocontrol valves（36）, E autocontrol valves（37）, air compressor machine gas outlet pressure test device（38）、F Autocontrol valve（45）, A pneumatic control valves door（43）, B pneumatic control valves door（44）, air compressor air intake mouthful pressure test device （14）, drainpipe delivery port device for detecting water pressure（15）With programmable plc controllers；Wherein, F autocontrol valves（45）With A Pneumatic control valve door（43）Connect, A pneumatic control valves door（43）With D autocontrol valves（36）, E autocontrol valves（37）Phase Connect；B pneumatic control valves door（44）With A autocontrol valves（33）, B autocontrol valves（34）Connect；In air compressor machine（6）'s Air inlet（8）With D autocontrol valves（36）, E autocontrol valves（37）Between have air compressor machine air inlet pressure test device （14）；Air compressor machine（6）Gas outlet（9）With A autocontrol valves（33）, B autocontrol valves（34）Between there is air compressor machine to go out Gas port pressure test device（38）；Drainpipe delivery port device for detecting water pressure（15）It is in A drainpipes（5）Water outlet；D is automatic Control valve（36）, B autocontrol valves（34）, C autocontrol valves（35）Left end and A appendixs（3）Connect；E is automatic Control valve（37）, A autocontrol valves（33）, C autocontrol valves（35）Right-hand member and B appendixs（2）Connect.

During described gas circuit 1 specific works of reversing arrangement：By may be programmed the program in plc controllers according to air compressor air intake The work of the detection signal control gas circuit reversing arrangement 1 of mouth pressure test device 14 and drainpipe delivery port device for detecting water pressure 15 State, realizes commutation function when being selected with inflation B appendixs 2 and the exhaust of A appendixs 3；

The working condition one of gas circuit reversing arrangement 1：F autocontrol valves 45, A autocontrol valves 33, D autocontrol valves Door 36 is opened, and E autocontrol valves 37, B autocontrol valves 34, C autocontrol valves 35 are closed, and A appendixs 3 are vented, to B Appendix 2 is inflated；When the air pressure that air compressor air intake mouthful pressure test device 14 is detected is less than setting value, it is determined that exhaust is complete Into, after the delay adjustmentses time, D autocontrol valves 36 and E autocontrol valves 37 are closed, and remain off, work as draining When the hydraulic pressure that pipe delivery port device for detecting water pressure 15 is detected is less than setting value, determine that draining terminates, close A autocontrol valves 33 and B autocontrol valves 34, terminate gas injection, and remain off, when D autocontrol valves 36, E autocontrol valves 37th, A autocontrol valves 33 and and B autocontrol valves 34 when being all closed mode, open C autocontrol valves 35, make B defeated Tracheae 2, the air pressure inside Automatic Levelling of A appendixs 3 weighing apparatus, function is to reduce gas temperature by pipeline falling temperature method, realizes appendix The interior recycling and the energy-conservation purpose that have body of calming the anger, simultaneously closes off F autocontrol valves 45, air compressor machine is in unloaded shape State improves energy-saving effect, after the delay adjustmentses time, closes C autocontrol valves 35, opens F autocontrol valves 45, starts to hold Row commutation, opens E autocontrol valves 37, B autocontrol valves 34, and keeps, into the working condition of gas circuit reversing arrangement 1 Two.

The working condition two of gas circuit reversing arrangement 1：F autocontrol valves 45, E autocontrol valves 37, B autocontrol valves Door 34 is opened, and A autocontrol valves 33, D autocontrol valves 36, C autocontrol valves 35 are closed, and B appendixs 2 are vented, to A Appendix 3 is inflated；When the air pressure that air compressor air intake mouthful pressure test device 14 is detected is less than setting value, it is determined that exhaust is complete Into, after the delay adjustmentses time, D autocontrol valves 36 and E autocontrol valves 37 are closed, and remain off, work as draining When the hydraulic pressure that pipe delivery port device for detecting water pressure 15 is detected is less than setting value, determine that draining terminates, close A autocontrol valves 33 and B autocontrol valves 34, terminate gas injection, and remain off, when D autocontrol valves 36, E autocontrol valves 37th, A autocontrol valves 33 and and B autocontrol valves 34 when being all closed mode, open C autocontrol valves 35, make B defeated Tracheae 2, the air pressure inside Automatic Levelling of A appendixs 3 weighing apparatus, simultaneously close off F autocontrol valves 45, after the delay adjustmentses time, close C Autocontrol valve 35, opens F autocontrol valves 45, starts to perform commutation, opens A autocontrol valves 33, D and automatically controls Valve 36, and keep, into the working condition one of gas circuit reversing arrangement 1.

So go round and begin again, gas circuit reversing arrangement 1 realizes continuous commutation function.A pneumatic control valves door 43 is adjustable unidirectional Valve, when the air inlet 8 of air compressor machine reaches the negative pressure of setting, automatically opens up air inlet；B pneumatic control valves door 44 is adjustable unidirectional Valve, when air compressor machine gas outlet 9 reaches the pressure of setting, automatically opens up deflation.

Water plug 26 includes the same two device A water plugs 4 and B water plugs 10, A-1 in described well Appendix 24, A-1 drainpipes 20, by the air valve 16 of water level control, pneumatic control water intaking valve 17, A exhaust check valves 18, pipe well cylinder 19th, B exhaust check valves 21, gas port size regulating valve 22, check valve of water drainage 23, it is anhydrous closing draining valve 25, B-1 appendixs 41, B-1 drainpipes 42；Wherein, A-1 appendixs 24 and the air valve 16 of water level control, A exhaust check valves 18, the phase of B exhaust check valves 21 Connect, air valve 16 and the pneumatic control water intaking valve 17, gas port size regulating valve 22 by water level control are connected, anhydrous closing draining valve 25 Connected with check valve of water drainage 23, check valve of water drainage 23 is connected with A-1 drainpipes 20, B exhaust check valves 21, gas port size regulating valve 22nd, pneumatic control water intaking valve 17, anhydrous closing draining valve 25 and check valve of water drainage 23 are arranged in the tank body of A water plugs 4, by The air valve 16 of water level control is arranged on outside the tank body of A water plugs 4；The B-1 appendixs 41 are communicated with B appendixs 2, the B- 1 drainpipe 42 is communicated with A drainpipes 5, and the A-1 appendixs 24 are communicated with A appendixs 3, the A-1 drainpipes 20 and A drainings Pipe 5 is communicated.

In described well during 26 specific works of water plug：

First, a small amount of negative pressure of vacuum that the A water plugs 4 in well are provided using air compressor machine 6, completes water absorption course；

Secondly, changed by gas circuit reversing arrangement 1, gases at high pressure are injected to A water plugs 4, it is first during injection gases at high pressure First close pneumatic control water intaking valve 17；

Again, it is pressurized, the water sucked in emptying A water plugs 4 is anhydrous to close after the reclaimed water of A water plugs 4 is emptied Draining valve 25 is closed automatically, effectively prevents gas from entering in A-1 drainpipes 20；B water plugs 10 and the work shape of A water plugs 4 State is just on the contrary, when A water plugs 4 are in water suction, B water plugs 10 are in draining, and when A water plugs 4 are in draining, B draws water Device 10 is in water suction；

In this way, being repeated continuously above procedure, every mouthful of well realizes intermittence continuous pumpage；

The function of the air valve 16 of water level control is：When water level reaches the upper water level of setting, open, when water level drops to setting Lower water level when, close, realize that water level such as automatically controls, saved, increasing the service life at the function；The work(of pneumatic control water intaking valve 17 Can be：It is that pneumatic control water intaking valve 17 provides suitable operating air pressure by setting the openings of sizes of gas port size regulating valve 22, when Gas port size regulating valve 22 has high-pressure gas flow out-of-date, and pneumatic control water intaking valve 17 is opened because obtaining operating air pressure and quick closedown Beginning enters hull-borne, and drainage speed quickly, after water is emptied, is converted into outwards being vented by B exhaust check valves 21, when A takes out The internal work air pressure of water installations 4 is less than the water above the valve element deadweight of pneumatic control water intaking valve 17+valve element of pneumatic control water intaking valve 17 During the summation of the water surface air pressure above pressure+valve element of pneumatic control water intaking valve 17, pneumatic control water intaking valve 17 is quickly opened, into entering Water state, because the valve port footpath of pneumatic control water intaking valve 17 and aperture are big, water intake velocity also quickly, is intake and the basic phase of drainage speed Deng；A exhaust check valves 18 provide the passage of air pressure in reduction well, obstructed during gas injection, lead to during exhaust；It is anhydrous closing draining valve 25 by Water level control, when water level is raised in A water plugs 4, is automatically opened up, after water emptying, and anhydrous closing draining valve 25 is closed automatically, Effectively gas is prevented to enter in A-1 drainpipes 20；Check valve of water drainage 23 provides drainage channel, when the gas injection into A water plugs 4 It is logical, it is obstructed during exhaust.

Described pumping for water pump device 39 include the electronic suction pumps 7 of A, frequency-variable controller, control pump intake valve 29, Control pumping drainage mouthful valve 30, check valve 27, valve 28, condensate tank of dehumidifier 13, pour after the completion of bottom plate 31, B it is electronic Suction pump 40；Wherein, the electronic suction pumps 7 of A and the electronic suction pumps 40 of B are fixed on the bottom plate 31 after the completion of pouring, and A is electronic to be taken out Water pump（7）With the electronic suction pumps of B（40）With A drainpipes（5）Parallel connection, the bottom after the completion of controlling pump intake valve 29 and pouring The transverse pipe of A drainpipes 5 under plate 31 is connected, the vertical section of control pumping drainage mouthful valve 30 and the A drainpipes 5 on foundation ditch periphery It is connected, condensate tank of dehumidifier（13）Communicated with pipe well；

The electronic suction pumps 7 of A and the electronic suction pumps 40 of B are identical devices；

The electronic suction pumps 7 of A according to designed displacement how much, appropriate number of units is set；

The functional character of pumping for water pump device 39 is：1st, when air compressor machine 6 and the electronic suction pumps 7 of A work simultaneously, increase Drainage effect, the well increasing number for enabling air compressor machine 6 to drive；2nd, air compressor machine 6 can also be according to reality with the electronic suction pumps 7 of A Draw water situation, selectivity is independently worked, each other stand-by state；3rd, as top-out weight is increasingly weighed, it can offset Ground water pressure it is also increasing, it requires that groundwater abstraction amount is also fewer and fewer, therefore, using the electronic suction pumps 7 of A plus The SEA LEVEL VARIATION that condensate tank of dehumidifier 13 is detected under frequency converter controller, base area, can easily set the electronic suction pumps of A 7 working condition, when water level reaches upper water level, the electronic suction pumps 7 of A start to draw water, and when water level reaches lower water level, A is electronic Suction pump 7 stops, and by frequency converter controller, 80% position that pump rotary speed is set in rated speed is run, it is therefore an objective to improved The energy-saving effect of the electronic suction pumps 7 of A, so, does not prevent the excessive extraction of underground water only effectively, protects underground environment, and And electric energy can be saved.

When this use air compressor machine and water pump concentrate the tube well dewatering system specific works drawn water：Whole gang of wells according to number Measure approximately equivalent, position and be divided into water plug 26 in part A and part B, the well well of part A from the middle method being divided into two On A water plugs 4, its tracheae is connected on A appendixs 3, the B water plugs 10 in the well well of part B on water plug 26, Its tracheae is connected on B appendixs 2, and the drainpipe of whole gang of wells is all connected on A drainpipes 5, thus to realize part A and B Working gas is exchanged with each other offer necessary condition between the gang of wells of part, and the system is before base plate of foundation pit pours completion, precipitation master It is defeated butt hole to want task, worked with air compressor machine based on, after bottom slab concreting is completed, precipitation main task is to reduce underground water pair The buoyancy of bottom plate, can close air compressor machine, and based on the electronic pump work that draws water, all pipe wells are all sealed when foundation ditch beats bed course Well head.Implement the present invention, effect is fine.

Claims (5)

1. a kind of use air compressor machine and water pump concentrate the tube well dewatering system drawn water, it is characterized in that including gas circuit reversing arrangement（1）、 B appendixs（2）, A appendixs（3）, A drainpipes（5）, air compressor machine（6）, air inlet（8）, gas outlet（9）, setting pot（11）, row Ditch（12）, water plug in well（26）, pumping for water pump device（39）；Wherein, air compressor machine（6）Air inlet（8）Changed with gas circuit To device（1）In A pneumatic control valves door（43）, D autocontrol valves（36）, E autocontrol valves（37）Connect；Air compressor machine （6）Gas outlet（9）With gas circuit reversing arrangement（1）In B pneumatic control valves door（44）, A autocontrol valves（33）, B it is automatic Control valve（34）Connect；Gas circuit reversing arrangement（1）With B appendixs（2）With A appendixs（3）Connect；B appendixs（2）It is defeated with A Tracheae（3）With water plug in well（26）Connect；Water plug in well（26）With A drainpipes（5）Water inlet connect；A drainings Pipe（5）Delivery port and setting pot（11）Connect；Setting pot（11）With gutter（12）Connect；Pumping for water pump device（39）In Control pump intake valve（29）With A drainpipes（5）Traversing section connect, pumping for water pump device（39）In control water pump row Mouth of a river valve（30）With A drainpipes（5）Vertical section connect.

2. a kind of use air compressor machine according to claim 1 and water pump concentrate the tube well dewatering system drawn water, it is characterized in that Described gas circuit reversing arrangement（1）Including A autocontrol valves（33）, B autocontrol valves（34）, C autocontrol valves （35）, D autocontrol valves（36）, E autocontrol valves（37）, air compressor machine gas outlet pressure test device（38）, F controls automatically Valve processed（45）, A pneumatic control valves door（43）, B pneumatic control valves door（44）, air compressor air intake mouthful pressure test device（14）、 Drainpipe delivery port device for detecting water pressure（15）With programmable plc controllers；Wherein, F autocontrol valves（45）With A air pressure controls Valve processed（43）Connect, A pneumatic control valves door（43）With D autocontrol valves（36）, E autocontrol valves（37）Connect； B Pneumatic control valve door（44）With A autocontrol valves（33）, B autocontrol valves（34）Connect；In air compressor machine（6）Air inlet （8）With D autocontrol valves（36）, E autocontrol valves（37）Between have air compressor machine air inlet pressure test device（14）；It is empty Press（6）Gas outlet（9）With A autocontrol valves（33）, B autocontrol valves（34）Between have air compressor machine gas outlet air pressure Detection means（38）；Drainpipe delivery port device for detecting water pressure（15）It is in A drainpipes（5）Water outlet；D autocontrol valves （36）, B autocontrol valves（34）, C autocontrol valves（35）Left end and A appendixs（3）Connect；E autocontrol valves （37）, A autocontrol valves（33）, C autocontrol valves（35）Right-hand member and B appendixs（2）Connect.

3. a kind of use air compressor machine according to claim 1 and water pump concentrate the tube well dewatering system drawn water, described well Middle water plug（26）It is characterized in that including A water plugs（4）, B water plugs（10）, A-1 appendixs（24）, A-1 drainpipes （20）, by the air valve of water level control（16）, pneumatic control water intaking valve（17）, A exhaust check valves（18）, pipe well cylinder（19）, B exhaust Check valve（21）, gas port size regulating valve（22）, check valve of water drainage（23）, anhydrous closing draining valve（25）, B-1 appendixs （41）, B-1 drainpipes（42）；Wherein, A-1 appendixs（24）With the air valve of water level control（16）, A exhaust check valves（18）, B row Gas check valve（21）Connect, by the air valve of water level control（16）With pneumatic control water intaking valve（17）, gas port size regulating valve（22） It is connected, anhydrous closing draining valve（25）With check valve of water drainage（23）Series connection, check valve of water drainage（23）With A-1 drainpipes（20）String Connection, B exhaust check valves（21）, gas port size regulating valve（22）, pneumatic control water intaking valve（17）, anhydrous closing draining valve（25）With Check valve of water drainage（23）Installed in A water plugs（4）Tank body in, by the air valve of water level control（16）Installed in A water plugs （4）Tank body outside；The B-1 appendixs（41）With B appendixs（2）Communicate, the B-1 drainpipes（42）With A drainpipes（5）Phase It is logical, the A-1 appendixs（24）With A appendixs（3）Communicate, the A-1 drainpipes（20）With A drainpipes（5）Communicate.

4. a kind of use air compressor machine according to claim 1 and water pump concentrate the tube well dewatering system drawn water, it is characterized in that Described pumping for water pump device（39）Including the electronic suction pumps of A（7）, frequency-variable controller, control pump intake valve（29）, control Pumping drainage mouthful valve processed（30）, check valve（27）, valve（28）, condensate tank of dehumidifier（13）, pour after the completion of bottom plate （31）, the electronic suction pumps of B（40）；Wherein, the electronic suction pumps of A（7）With the electronic suction pumps of B（40）It is fixed on the bottom after the completion of pouring Plate（31）On, the electronic suction pumps of A（7）With the electronic suction pumps of B（40）With A drainpipes（5）Parallel connection, controls pump intake valve （29）With pour after the completion of bottom plate（31）Under A drainpipes（5）Traversing section be connected, control pumping drainage mouthful valve（30）With The A drainpipes on foundation ditch periphery（5）Vertical section be connected, condensate tank of dehumidifier（13）Communicated with pipe well.

5. a kind of use air compressor machine according to claim 2 and water pump concentrate the tube well dewatering system drawn water, it is characterized in that The A pneumatic control valves door（43）, B pneumatic control valves door（44）It is adjustable one-way valve.