CN202531209U - Mining high-low pressure water energy exchange system capable of adjusting pressure - Google Patents
Mining high-low pressure water energy exchange system capable of adjusting pressure Download PDFInfo
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- CN202531209U CN202531209U CN 201220153494 CN201220153494U CN202531209U CN 202531209 U CN202531209 U CN 202531209U CN 201220153494 CN201220153494 CN 201220153494 CN 201220153494 U CN201220153494 U CN 201220153494U CN 202531209 U CN202531209 U CN 202531209U
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Abstract
The utility model discloses a mining high-low pressure water energy exchange system capable of adjusting pressure, which comprises an underground centralized control centre system of a monitoring system, wherein the underground centralized control centre system of the monitoring system is connected with a hydraulic station and a three-chamber water energy exchange device and is formed through an industrial control computer, in the event of relieving pressure of high-pressure chilled water, hot water is conveyed onto the ground through a water energy conversion pipe from underground, so that potential energy exchange between cold water and the hot water is achieved; the opening degree of an electric flow adjusting valve is controlled according to signals of temperature and flow, wherein the signals are collected through a temperature sensor and a flow sensor; the flow of the cold water is adjusted so that the flow of the cold water is matched with a terminal load; an underground circulating water processing unit is capable of ensuring the return water quality of the hot water, ensuring the quality of water flowing through the valve and prolonging the service life of the valve; the steady operation of the system is ensured through a frequency-conversion water charging system; and the hydraulic station is used for opening and closing the valve through instructions of the industrial control computer according to a certain logic order, so as to ensure the continuous and steady operation of the system and monitor the state of system equipment.
Description
Technical field
The utility model relates to a kind of mine hot water or cold water exchange system, particularly a kind of mine hot water or cold water exchange system that adopts high-pressure cold water the hot water of low pressure to be pushed to ground.
Background technology
Along with the pit mining degree of depth strengthens; When causing the cold water of grass central refrigerating unit to be transported to the down-hole; The static pressure of water is just considerably beyond the pressure-bearing scope of terminal air cooler; This high-low pressure switch can make high-pressure cold water pressure be reduced to can satisfy the air cooler instructions for use, and refrigerating loss is minimum.This device utilizes U type pipe principle, and inlet channel, U type pipe of water return pipeline formation are realized that high-pressure cold water pushes the hot water of low pressure on the ground, thereby realized energy exchange, just need directly delivery not arrived ground with pump, reduce operating cost.But, how to overcome the cooling load of unit and the problem that terminal load can't be complementary to whole cooling system; How to improve the circulation efficiency of threeway water dispenser and how to improve the pipeline water attack and the phenomenon of surging that occurs owing to pressure oscillation in the pipeline; Moreover, owing to contain some impurity in the water quality, make water quality not reach requirement, thereby worsened the working environment of various valves in the process of hot and cold water circulation, shortened the application life of valve; Make pipe-line system that the perhaps loss phenomenon of recirculated water of leaking to a certain degree take place; If the pressure in the water return pipeline can change in the process of hot and cold water circulation; Equating of the cold water that can't guarantee to import in the whole system and the hot water flow of output, can't guarantee the operation of the continous-stable of system like this.
Therefore need a kind ofly can monitor the cooling system operation conditions, refrigeration unit output and terminal load are complementary; The threeway water dispenser of circulation efficiency can be provided; Improve the pipeline water attack and surge; Improve the application life of backwater quality, prolongation valve; To guarantee the mine water pressure exchanger of the big drop of system's continous-stable operation simultaneously.
The utility model content
In view of this, the utility model technical problem to be solved provide can be to downhole cooling system Centralized Monitoring, improve the backwater quality, prolong the application life of valve, will guarantee the mine water pressure exchanger of the big drop of system's continous-stable operation simultaneously.
The utility model is realized through following technical scheme:
The mining height setting-out ability exchange system of the adjustable pressure that the utility model provides; Comprise ground chiller plant, three chamber water ability switch, electric control valve, terminal air cooler water flow regulating device, air cooler, backwater overpressure relief unit, circulating water treatment unit, frequency conversion moisturizing unit, unit for treating water; Said ground chiller plant can be connected with terminal air cooler water flow regulating device by switch through three chamber water; After said terminal air cooler water flow regulating device passes through backwater overpressure relief unit, circulating water treatment unit and frequency conversion moisturizing unit successively through the water behind the air cooler, flow into unit for treating water through the circulation of three chamber water ability switch and be input to the ground chiller plant;
Also comprise Hydraulic Station, electric control valve and system of down-hole collection control centre; Said Hydraulic Station can be connected by switch with three chamber water; Said electric control valve is connected with terminal air cooler water flow regulating device, and said down-hole system of collection control centre respectively can switch with ground chiller plant, Hydraulic Station, three chamber water, terminal air cooler water flow regulating device, frequency conversion moisturizing unit are connected; Said down-hole system of collection control centre is used for monitoring duty and the environment on coalface situation that three chamber water can exchange system; Control centre carries out real-time exchanges data with the ground chiller plant; Control the operating mode of ground chiller plant according to the down-hole cooling load; According to the total refrigerating capacity of each work plane load the motorized adjustment valve opening of the chilled water inlet channel of terminal air cooler water flow regulating device is controlled, said down-hole system of collection control centre is used for controlling according to the state of frequency conversion moisturizing unit and flow into the streamflow that three chamber water can switch.
Further, said down-hole system of collection control centre comprises monitoring and warning system, pump variable frequency control system, PLC control module, terminal flow regulating unit and signal gathering unit;
Said monitoring and warning system are used for the analysis judgment system status signal and control corresponding system mode, report to the police to surpassing preset value simultaneously;
Said pump variable frequency is controlled system, the operating frequency that is used to regulate frequency converter, and the difference in flow of the operating frequency of said frequency converter and circling water flow rate and flow of inlet water is complementary;
Said PLC control module is used to control the opening and closing of the electromagnetic valve of Hydraulic Station;
Said terminal flow regulating unit is used for the discharge of terminal air cooler is regulated;
Said data acquisition control unit is used for the state parameter of acquisition control system.
Further, said down-hole system of collection control centre also comprises pressure piping flow transmitter, low pressure pipeline flow transmitter, chamber pressure sensor, hydraulic control valve and chamber pressure compensation flap; The cold water side that said pressure piping flow transmitter is arranged at the cycle of higher pressure pipeline is used for gathering the flow signal of cycle of higher pressure pipeline liquid; The hot water side that said low pressure pipeline flow transmitter is arranged at the low pressure recycle pipeline is used for gathering the flow signal of low pressure recycle pipeline liquid; The threeway water dispenser place that said chamber pressure sensor is arranged at water ability crossover connection is used to gather the pressure signal in the water ability crossover connection; Said flow signal and pressure signal are input to the input of the data acquisition module of industrial control computer respectively, and the output of said industrial control computer and hydraulic control valve are connected and control the switch motion of hydraulic control valve.
Further, said circulating water treatment unit comprises prefilter and automatic filter, and said prefilter is arranged at low pressure recycle pipeline water side and is used for filtering from low pressure recycle pipeline entering water ability crossover connection liquid; Said automatic filter is arranged between the water side and back water pump of prefilter.
Further; Also comprise the threeway water dispenser that is arranged at three chamber water ability switch water inlet pipe end; From the ground chiller plant reach three chamber water can switch the high pressure chilled water of water inlet pipe end flow into three chamber water through the threeway water dispenser and can form low pressure cold water in the cavity of switch, said low pressure cold water is sent to air cooler through the threeway water dispenser.
Further, said threeway water dispenser comprises triple-valve body, and said triple-valve body is provided with low-pressure water pipeline connecting hole, high-pressure water pipeline connecting hole, cavity interface tube; Said low-pressure water pipeline connecting hole is a through hole, and said low-pressure water pipeline connecting hole and high-pressure water pipeline connecting hole form T font three through holes, and said cavity interface tube is connected with cavity through welding.
Further, also comprise the hydraulic control valve, said hydraulic control valve is arranged at the high-pressure water pipeline connecting hole and the low-pressure water pipeline connection hole of threeway water dispenser; Said hydraulic control valve comprises valve seat, valve body, spool rectification body, valve rod, pipe outlet, hydraulic cylinder and liquid inlet; Said spool rectification body is streamlined; Said valve rod one end is connected with hydraulic cylinder, and the other end is connected with the spool rectification body, and said valve rod and spool rectification body form spool and be arranged at valve inner; Said valve seat is arranged at the place, liquid inlet, also is provided with pipe outlet on the said valve body.
The beneficial effect of the utility model is: the utility model is monitored cooling system through centralized monitoring system, realizes control and equipment working state and the environment on coalface situation of each control object of high-low pressure converting system are monitored through PROFIBUSDP/MPI industrial bus mode; And; Can realize that centralized-control center and ground chiller plant control centre carry out real-time exchanges data; Control the operating mode of ground chiller plant according to the down-hole cooling load, the operating mode of ground chiller plant and actual cooling load are complementary, reduce the operation energy consumption of chiller plant; Refrigerating capacity load according to each work plane is total is controlled chilled water water inlet motorized adjustment valve opening through terminal air cooler cold water flow regulator; Chilled water and work plane refrigeration demand are complementary; Realized the energy-conservation of refrigeration link; And reduced the operating cost of system water circulation, the opening and closing of hydraulic valve have dynamically been controlled; Realize simultaneously system core equipment is carried out malfunction monitoring;
The utility model is controlled the aperture of electric control valve through the temperature of temperature pick up, flow transmitter collection, the signal of flow; The cold water flow regulated make it to be complementary with terminal load; Circulating water treatment unit, down-hole has guaranteed the backwater quality of hot water; Guarantee the to flow through water quality of valve, the application life of having improved valve; Frequency conversion moisturizing and backwater overpressure relief unit have guaranteed the stable operation of system, guarantee the operation of the continous-stable of system, and through centralized-control center the state of system equipment are monitored.
The inner employing of hydraulic valve streamlined structure form has reduced the resistance that valve opening is closed in the utility model, and minimizing water under high pressure when breaking off and open reduces surging and water attack of in cavity, producing in the mobile process of water under high pressure to the impact of valve.
Pipeline in the utility model connects employing threeway water dispenser, has saved flange, and is convenient for installation and maintenance, and can obtain bigger circulation area, reduced the resistance of ducting, reduced the power consumption of water pump.
Other advantages, target and the characteristic of the utility model will be set forth in manual subsequently to a certain extent; And to a certain extent; Based on being conspicuous to those skilled in the art, perhaps can from the practice of the utility model, obtain instruction to investigating of hereinafter.The target of the utility model and other advantages can realize and obtain through following manual and claims.
Description of drawings
For the purpose, technical scheme and the advantage that make the utility model is clearer, will combine accompanying drawing that the utility model is done further to describe in detail below, wherein:
Fig. 1 is a height setting-out ability exchange system schematic diagram;
Fig. 2 is for being the cooling system figure of core with the high-low pressure conversion equipment;
Fig. 3 is the connection layout of being connected of cavity pipeline and threeway water dispenser and hydraulic valve and threeway water dispenser;
Fig. 4 is a height setting-out ability exchange system theory diagram;
Fig. 5 is that the height setting-out can connect block diagram by exchange system;
Fig. 6 is hydraulic control valve mechanism figure;
Fig. 7 is the hydraulic valve cut-away view;
Fig. 8 is a threeway water dispenser structure chart.
Among Fig. 3,31-threeway water dispenser, 32-hydraulic valve, 33-hydraulic cylinder, 34-cavity pipeline, cold water inlet road, 35-high-pressure side, 36-low-pressure side cold water inlet road, 37-hot water backwater high-pressure side one way valve, 38-hot water backwater low-pressure side one way valve;
Among Fig. 6,7,61-valve body 62-valve rod 63-valve seat 64-spool, 65-spool rectification body, 66-pipe outlet, 67-hydraulic cylinder, 68-liquid inlet;
Among Fig. 8, the 81st, cavity pipe, the 82nd, screwed hole; The 83rd, the high-pressure water pipeline connecting hole, the 84th, connect the cavity equilibrated valve and use interface, the 85th, low-pressure water pipeline connecting hole; The 86th, the hydraulic cylinder joint through hole of high-pressure water pipeline hydraulic control valve; The 87th, gravity vent, the 88th, threeway water dispenser module, the 89th, cavity and threeway dispenser module welded seam.
The specific embodiment
Below will be with reference to accompanying drawing, the preferred embodiment of the utility model is carried out detailed description.Should be appreciated that preferred embodiment has been merely explanation the utility model, rather than in order to limit the protection domain of the utility model.
Fig. 1 is a height setting-out ability exchange system schematic diagram; Fig. 2 is for being the cooling system figure of core with the high-low pressure conversion equipment; Fig. 3 is the connection layout of being connected of cavity pipeline and threeway water dispenser and hydraulic valve and threeway water dispenser; Fig. 4 is a height setting-out ability exchange system theory diagram; Fig. 5 is that the height setting-out can connect block diagram by exchange system; Fig. 6 is hydraulic control valve mechanism figure; Fig. 7 is the hydraulic valve cut-away view; Fig. 8 is a threeway water dispenser structure chart.As shown in the figure; The mining height setting-out ability exchange system of the adjustable pressure that the utility model provides; Comprise ground chiller plant, three chamber water ability switch, electric control valve, terminal air cooler water flow regulating device, air cooler, backwater overpressure relief unit, circulating water treatment unit, frequency conversion moisturizing unit, unit for treating water; Said ground chiller plant can be connected with terminal air cooler water flow regulating device by switch through three chamber water; After said terminal air cooler water flow regulating device passes through backwater overpressure relief unit, circulating water treatment unit and frequency conversion moisturizing unit successively through the water behind the air cooler, flow into unit for treating water through the circulation of three chamber water ability switch and be input to the ground chiller plant; Also comprise Hydraulic Station, electric control valve and system of down-hole collection control centre; Said Hydraulic Station can be connected by switch with three chamber water; Said electric control valve is connected with terminal air cooler water flow regulating device, and said down-hole system of collection control centre respectively can switch with ground chiller plant, Hydraulic Station, three chamber water, terminal air cooler water flow regulating device, frequency conversion moisturizing unit are connected; Said down-hole system of collection control centre is used for monitoring duty and the environment on coalface situation that three chamber water can exchange system; Control centre carries out real-time exchanges data with the ground chiller plant; Control the operating mode of ground chiller plant according to the down-hole cooling load; According to the total refrigerating capacity of each work plane load the motorized adjustment valve opening of the chilled water inlet channel of terminal air cooler water flow regulating device is controlled, said down-hole system of collection control centre is used for controlling according to the state of frequency conversion moisturizing unit and flow into the streamflow that three chamber water can switch.
Said down-hole system of collection control centre comprises monitoring and warning system, pump variable frequency control system, PLC control module, terminal flow regulating unit and signal gathering unit;
Said monitoring and warning system are used for to the hydraulic valve open and close back water pump bearing temperature; The operation of frequency conversion small pump; Terminal flow regulating unit, air cooler out temperature, water supply tank water level; Parameters such as water inlet return water temperature, pressure and flow are carried out data acquisition, and send corresponding control instruction; To warnings such as back water pump bearing overtemperature, the low low level of water tank, water inlet return water temperature transfinite;
Said pump variable frequency is controlled system; Be used for when circling water flow rate is lower than flow of inlet water; Industrial Personal Computer (IPC) calculates the operating frequency of moisturizing pump variable frequency device according to difference in flow; And send control corresponding commands for controlling frequency converter and under the frequency of correspondence, move, thereby circling water flow rate is replenished, make that into circling water flow rate equates;
Said PLC control module is used to control the opening and closing of the electromagnetic valve of Hydraulic Station, and then the unlatching of control electromagnetic valve or close;
Said terminal flow regulating unit is used for the discharge of terminal air cooler is regulated, and it is made up of air cooler water inlet and return water temperature sensor, flow transmitter, electric control valve and segment length's straight pipeline.The host computer of control centre is controlled the aperture of electric control valve according to advancing return water temperature difference and flow signal, the cold water flow is regulated making it to be complementary with terminal load.
Said data acquisition control unit is used for the collection of the various parameters of control system, comprises into water return water temperature, pressure and flow; Hydraulic valve open and close state, back water pump bearing temperature, the running status of frequency conversion small pump; The air cooler out temperature, signals such as water supply tank water level.
Said down-hole system of collection control centre also comprises pressure piping flow transmitter, low pressure pipeline flow transmitter, chamber pressure sensor, hydraulic control valve and chamber pressure compensation flap; The cold water side that said pressure piping flow transmitter is arranged at the cycle of higher pressure pipeline is used for gathering the flow signal of cycle of higher pressure pipeline liquid; The hot water side that said low pressure pipeline flow transmitter is arranged at the low pressure recycle pipeline is used for gathering the flow signal of low pressure recycle pipeline liquid; The threeway water dispenser place that said chamber pressure sensor is arranged at water ability crossover connection is used to gather the pressure signal in the water ability crossover connection; Said flow signal and pressure signal are input to the input of the data acquisition module of industrial control computer respectively, and the output of said industrial control computer and hydraulic control valve are connected and control the switch motion of hydraulic control valve.
Said circulating water treatment unit comprises prefilter and automatic filter, and said prefilter is arranged at low pressure recycle pipeline water side and is used for filtering from low pressure recycle pipeline entering water ability crossover connection liquid; Said automatic filter is arranged between the water side and back water pump of prefilter.
Also comprise the threeway water dispenser 31 that is arranged at three chamber water ability switch water inlet pipe end; From the ground chiller plant reach three chamber water can switch the high pressure chilled water of water inlet pipe end flow into three chamber water through the threeway water dispenser and can form low pressure cold water in the cavity of switch, said low pressure cold water is sent to air cooler through the threeway water dispenser.
Among Fig. 3; Threeway water dispenser 31 is arranged on an end of said cavity pipeline 34; The threeway water dispenser 31 at this place is connected through the hydraulic control valve 32 in cold water inlet road, high-pressure side 35 and low-pressure side cold water inlet road 36; Each hydraulic control valve 32 is provided with hydraulic cylinder 33, and the other end of said cavity pipeline 34 also is provided with threeway water dispenser 31, and the threeway water dispenser 31 at this place is connected with hot water backwater's low-pressure side one way valve 38 with hot water backwater high-pressure side one way valve 37.
Said threeway water dispenser 31 comprises valve body, and said valve body is provided with cavity interface tube, screwed hole, high-pressure water pipeline connecting hole, equalizing valve interface, low-pressure water pipeline connecting hole, hydraulic cylinder joint through hole, gravity vent;
Threeway water dispenser internal construction: form T font hole by a through hole with a hole vertical, being provided with some bolts hole, with fixed valve and hydraulic cylinder with the valve link with through hole; The low-pressure side valve is arranged on the through hole direction, and the high-pressure side waterpipe is vertical with the through hole direction.
Also comprise hydraulic control valve 32, said hydraulic control valve is arranged at the high-pressure water pipeline connecting hole and the low-pressure water pipeline connection hole of threeway water dispenser;
Said hydraulic control valve comprises valve seat 63, spool 64, valve body 61, spool rectification body 65, valve rod 62, pipe outlet 66, hydraulic cylinder 67 and liquid inlet 68; Said spool rectification body is streamlined; Said valve rod one end is connected with hydraulic cylinder, and the other end is connected with the spool rectification body, and said valve rod and spool rectification body form spool and be arranged at valve inner; Said valve seat is arranged at the place, liquid inlet, also is provided with pipe outlet on the said valve body.
The executing agency of hydraulic control valve (valve rod of driver's valve door switch and hydraulic cylinder) is consistent with the hydraulic pressure circulating direction, and the module of flow-guiding structure has been adopted at the valve body center, and inner flow passage adopts airflow design; The pressure loss is minimum; The shutoff stroke of flap is short, improves the circulation stability of fluid, and closing velocity is fast; Significantly reduced the appearance of water hammer, pipeline has been had fine protective effect with the phenomenon of surging.
Described hydraulic control valve employing special structure form has reduced the resistance that valve opening is closed, and minimizing water under high pressure when breaking off and open reduces surging and water attack of in cavity, producing in the mobile process of water under high pressure to the impact of valve;
In the threeway water dispenser structure chart, the 81st, cavity pipe, the 82nd, screwed hole; The 83rd, the high-pressure water pipeline connecting hole, the 84th, connect the cavity equilibrated valve and use interface, the 85th, low-pressure water pipeline connecting hole; The 86th, the hydraulic cylinder joint through hole of high-pressure water pipeline hydraulic control valve; The 87th, gravity vent, the 88th, threeway water dispenser module, the 89th, cavity and threeway dispenser module welded seam.Problems such as complex structure, the labor content that this structure has overcome general threeway distributor existence is big, difficult installation; Its advantage that has is following: easier for installation with respect to traditional tee junction, greatly reduce installation workload, and improved the operability and the maintainability of system; Threeway water dispenser module effectively raises the circulation area of water, has reduced the joint circulating resistance, has improved the circulation efficiency of pipeline, and then reduces the energy consumption of systemic circulation water pump.
The modular converter of described threeway water dispenser is optimized design, and the actual conditions to pipeline connects have designed more optimal threeway water dispenser; Its advantage is: saved flange, and convenient for installation and maintenance, and can obtain bigger circulation area, and reduced the resistance of ducting, reduced the power consumption of water pump.
This threeway water dispenser adopts the external form of rectangle to be easier to processing, the end that can be fastened on the pipeline cavity through the mode rather than the flange of welding, so can simplify the task amount of installation.
With respect to traditional tee junction, easier for installation, greatly reduce installation workload, improved the operability and the maintainability of system; Threeway water dispenser module effectively raises the circulation area of water, has reduced the joint circulating resistance, has improved the circulation efficiency of pipeline, and then reduces the energy consumption of systemic circulation water pump.
Industrial Personal Computer (IPC) is the centralized-control center and the hydraulic control station of core; Said input end of industrial control machine receives the signal of temperature pick up, flow transmitter collection, and the output of said Industrial Personal Computer (IPC) is connected with the water inlet electric control valve that is arranged at low pressure recycle pipeline cold water side; Described centralized-control center; With the industrial control computer is core; Cooling system is monitored, realized each control object and the equipment working state and the environment on coalface situation of high-low pressure converting system are monitored through PROFIBUSDP/MPI industrial bus mode, simultaneously; Centralized-control center can carry out real-time exchanges data with ground chiller plant control centre, controls the operating mode of ground chiller plant according to the down-hole cooling load; Refrigerating capacity load according to each work plane is total is controlled the motorized adjustment valve opening of chilled water inlet channel; Chilled water and work plane refrigeration demand are complementary; Realized the energy-conservation of refrigerating environment; And reduced the operating cost of system water circulation, the opening and closing of hydraulic valve have dynamically been controlled; Realize simultaneously system core equipment is carried out malfunction monitoring.
Also comprise frequency conversion moisturizing and backwater overpressure relief unit in the system that present embodiment provides; Said frequency conversion moisturizing and backwater overpressure relief unit comprise reservoir, small pump, release moisturizing electric gate valve, release moisturizing reducing valve, safety-valve, outlet valve, release refill flow sensor; Said release moisturizing reducing valve is controlled the water yield of injecting reservoir through release moisturizing electric gate valve; Said small pump is used for the liquid of reservoir is mended in the low pressure recycle pipeline; Said safety-valve is arranged between the water side and reservoir of back water pump; Said outlet valve is arranged at the pipeline higher position, prevents can't discharge the line clogging that causes because of gas in the pipeline, and said release refill flow sensor is arranged between small pump water side and the low pressure recycle pipeline;
Also comprise circulating water treatment unit, down-hole in the system that present embodiment provides; Circulating water treatment unit, said down-hole comprises prefilter and automatic filter; Said prefilter is arranged at low pressure recycle pipeline water side and is used for filtering from low pressure recycle pipeline entering water ability crossover connection liquid, and said automatic filter is arranged between the water side and back water pump of prefilter;
Prefilter in the system that present embodiment provides is a y-type filter; The mesh of prefilter is 8mm, so that the thick pollutant only in the filtering water, said automatic filter is full-automatic self-cleaning filter; The mesh of automatic filter is 300 μ, with the suspended particulate substance in the filtering water;
Centralized monitoring system also comprises pressure piping flow transmitter, low pressure pipeline flow transmitter, chamber pressure sensor, hydraulic control valve and chamber pressure compensation flap; And terminal air cooler cold water flow regulating unit; The cold water side that said pressure piping flow transmitter is arranged at the cycle of higher pressure pipeline is used for gathering the flow signal of cycle of higher pressure pipeline liquid; The hot water side that said low pressure pipeline flow transmitter is arranged at the low pressure recycle pipeline is used for gathering the flow signal of low pressure recycle pipeline liquid; The threeway water dispenser place that said chamber pressure sensor is arranged at water ability crossover connection is used to gather the pressure signal in the water ability crossover connection; Said flow signal and pressure signal are input to input end of industrial control machine respectively, and the output of said Industrial Personal Computer (IPC) and hydraulic control valve are connected and control the switch motion of hydraulic control valve;
Frequency conversion moisturizing and backwater overpressure relief unit also comprise the safety valve that is used to keep hot water side pressure of return water value, said being arranged between chilled water circulating pump and the reservoir;
Centralized monitoring system also comprises Hydraulic Station and industrial control computer, and the monitoring system that said Industry Control is calculated adopts bus connecting mode to realize communication, and the electromagnetic valve of said Hydraulic Station is through the opening and closing of Industrial Personal Computer (IPC) control hydraulic valve;
Described outlet valve, height setting-out ability exchange system high-pressure side and the suitable position of low-pressure side pipeline highest point are provided with outlet valve in the down-hole, make the timely emptying of gas in the pipeline, guarantee that ducted current are unobstructed;
The elastic telescopic expansion loop is set, to absorb pipeline, container etc. between described pumping plant and the strainer by the change in size of expanding with heat and contract with cold and producing.
Explanation is at last; Above embodiment is only unrestricted in order to the technical scheme of explanation the utility model; Although the preferred embodiment through with reference to the utility model is described the utility model; But those of ordinary skill in the art should be appreciated that and can make various changes to it in form with on the details, and the spirit and the scope of the utility model that does not depart from appended claims and limited.
Claims (7)
1. the mining height setting-out of adjustable pressure can exchange system; Comprise ground chiller plant, three chamber water ability switch, electric control valve, terminal air cooler water flow regulating device, air cooler, backwater overpressure relief unit, circulating water treatment unit, frequency conversion moisturizing unit, unit for treating water; Said ground chiller plant can be connected with terminal air cooler water flow regulating device by switch through three chamber water; After said terminal air cooler water flow regulating device passes through backwater overpressure relief unit, circulating water treatment unit and frequency conversion moisturizing unit successively through the water behind the air cooler; Flow into unit for treating water through the circulation of three chamber water ability switch and be input to the ground chiller plant; It is characterized in that: also comprise Hydraulic Station, electric control valve and system of down-hole collection control centre; Said Hydraulic Station can be connected by switch with three chamber water; Said electric control valve is connected with terminal air cooler water flow regulating device, and said down-hole system of collection control centre respectively can switch with ground chiller plant, Hydraulic Station, three chamber water, terminal air cooler water flow regulating device, frequency conversion moisturizing unit are connected; Said down-hole system of collection control centre is used for monitoring duty and the environment on coalface situation that three chamber water can exchange system; Control centre carries out real-time exchanges data with the ground chiller plant; Control the operating mode of ground chiller plant according to the down-hole cooling load; According to the total refrigerating capacity of each work plane load the motorized adjustment valve opening of the chilled water inlet channel of terminal air cooler water flow regulating device is controlled, said down-hole system of collection control centre is used for controlling according to the state of frequency conversion moisturizing unit and flow into the streamflow that three chamber water can switch.
2. the mining height setting-out of adjustable pressure according to claim 1 can exchange system, it is characterized in that: said down-hole system of collection control centre comprises that monitoring and warning system, pump variable frequency control system, PLC control module, terminal flow regulating unit and signal gathering unit;
Said monitoring and warning system are used for the analysis judgment system status signal and control corresponding system mode, report to the police to surpassing preset value simultaneously;
Said pump variable frequency is controlled system, the operating frequency that is used to regulate frequency converter, and the difference in flow of the operating frequency of said frequency converter and circling water flow rate and flow of inlet water is complementary;
Said PLC control module is used to control the opening and closing of the electromagnetic valve of Hydraulic Station;
Said terminal flow regulating unit is used for the discharge of terminal air cooler is regulated;
Said data acquisition control unit is used for the state parameter of acquisition control system.
3. the mining height setting-out of adjustable pressure according to claim 2 can exchange system, it is characterized in that: said down-hole system of collection control centre also comprises pressure piping flow transmitter, low pressure pipeline flow transmitter, chamber pressure sensor, hydraulic control valve and chamber pressure compensation flap; The cold water side that said pressure piping flow transmitter is arranged at the cycle of higher pressure pipeline is used for gathering the flow signal of cycle of higher pressure pipeline liquid; The hot water side that said low pressure pipeline flow transmitter is arranged at the low pressure recycle pipeline is used for gathering the flow signal of low pressure recycle pipeline liquid; The threeway water dispenser place that said chamber pressure sensor is arranged at water ability crossover connection is used to gather the pressure signal in the water ability crossover connection; Said flow signal and pressure signal are input to the input of the data acquisition module of industrial control computer respectively, and the output of said industrial control computer and hydraulic control valve are connected and control the switch motion of hydraulic control valve.
4. the mining height setting-out of adjustable pressure according to claim 3 can exchange system; It is characterized in that: said circulating water treatment unit comprises prefilter and automatic filter, and said prefilter is arranged at low pressure recycle pipeline water side and is used for filtering from low pressure recycle pipeline entering water ability crossover connection liquid; Said automatic filter is arranged between the water side and back water pump of prefilter.
5. the mining height setting-out of adjustable pressure according to claim 4 can exchange system; It is characterized in that: also comprise the threeway water dispenser that is arranged at three chamber water ability switch water inlet pipe end; From the ground chiller plant reach three chamber water can switch the high pressure chilled water of water inlet pipe end flow into three chamber water through the threeway water dispenser and can form low pressure cold water in the cavity of switch, said low pressure cold water is sent to air cooler through the threeway water dispenser.
6. the mining height setting-out of adjustable pressure according to claim 5 can exchange system; It is characterized in that: said threeway water dispenser; Comprise triple-valve body, said triple-valve body is provided with low-pressure water pipeline connecting hole, high-pressure water pipeline connecting hole, cavity interface tube; Said low-pressure water pipeline connecting hole is a through hole, and said low-pressure water pipeline connecting hole and high-pressure water pipeline connecting hole form T font three through holes, and said cavity interface tube is connected with cavity through welding.
7. the mining height setting-out of adjustable pressure according to claim 6 can exchange system; It is characterized in that: also comprise the hydraulic control valve, said hydraulic control valve is arranged at the high-pressure water pipeline connecting hole and the low-pressure water pipeline connection hole of threeway water dispenser; Said hydraulic control valve comprises valve seat, valve body, spool rectification body, valve rod, pipe outlet, hydraulic cylinder and liquid inlet; Said spool rectification body is streamlined; Said valve rod one end is connected with hydraulic cylinder, and the other end is connected with the spool rectification body, and said valve rod and spool rectification body form spool and be arranged at valve inner; Said valve seat is arranged at the place, liquid inlet, also is provided with pipe outlet on the said valve body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN 201220153494 CN202531209U (en) | 2012-04-12 | 2012-04-12 | Mining high-low pressure water energy exchange system capable of adjusting pressure |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220153494 CN202531209U (en) | 2012-04-12 | 2012-04-12 | Mining high-low pressure water energy exchange system capable of adjusting pressure |
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| CN202531209U true CN202531209U (en) | 2012-11-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220153494 Expired - Lifetime CN202531209U (en) | 2012-04-12 | 2012-04-12 | Mining high-low pressure water energy exchange system capable of adjusting pressure |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102619549A (en) * | 2012-04-12 | 2012-08-01 | 中煤科工集团重庆研究院 | Pressure-adjustable mine high- and low-pressure water energy exchange system |
| CN104121032A (en) * | 2014-08-13 | 2014-10-29 | 中煤科工集团重庆研究院有限公司 | Mining membrane type high-low pressure conversion device |
| CN108915755A (en) * | 2018-08-28 | 2018-11-30 | 平顶山天安煤业股份有限公司 | A kind of double water storage room high-low pressure water converting systems and method for mine cooling |
-
2012
- 2012-04-12 CN CN 201220153494 patent/CN202531209U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102619549A (en) * | 2012-04-12 | 2012-08-01 | 中煤科工集团重庆研究院 | Pressure-adjustable mine high- and low-pressure water energy exchange system |
| CN104121032A (en) * | 2014-08-13 | 2014-10-29 | 中煤科工集团重庆研究院有限公司 | Mining membrane type high-low pressure conversion device |
| CN104121032B (en) * | 2014-08-13 | 2016-03-02 | 中煤科工集团重庆研究院有限公司 | Mining diaphragm type high/low pressure conversion device |
| CN108915755A (en) * | 2018-08-28 | 2018-11-30 | 平顶山天安煤业股份有限公司 | A kind of double water storage room high-low pressure water converting systems and method for mine cooling |
| CN108915755B (en) * | 2018-08-28 | 2019-11-22 | 平顶山天安煤业股份有限公司 | A kind of double water storage room high-low pressure water converting systems and method for mine cooling |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20121114 Effective date of abandoning: 20140409 |
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| RGAV | Abandon patent right to avoid regrant |