CN206648364U - A kind of energy-saving cooler group frequency-converting control device - Google Patents
A kind of energy-saving cooler group frequency-converting control device Download PDFInfo
- Publication number
- CN206648364U CN206648364U CN201720355725.1U CN201720355725U CN206648364U CN 206648364 U CN206648364 U CN 206648364U CN 201720355725 U CN201720355725 U CN 201720355725U CN 206648364 U CN206648364 U CN 206648364U
- Authority
- CN
- China
- Prior art keywords
- water
- outlet pipe
- cooling
- tank
- water tank
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
It the utility model is related to a kind of control device, more particularly to a kind of energy-saving cooler group frequency-converting control device.The technical problems to be solved in the utility model is to provide a kind of cooling effect for strengthening water, goes back the fast energy-saving cooler group frequency-converting control device of energy-saving frequency conversion, cooling velocity.In order to solve the above-mentioned technical problem, the utility model provides such a energy-saving cooler group frequency-converting control device, includes bottom plate, pole, big casing, the first water tank, fan, cooling tube, the second water tank, the first water inlet pipe, tuyere, cooler bin, sponge block, water supply connector etc.；Pole is installed at the top of bottom plate, pole top is provided with big casing by bolted connection, and bottom plate crown center is provided with the first water tank by bolted connection.By water cooling, air-cooled multiple cooling, to the faster cooling of water, its cooling effect has been lifted the utility model, has been reached and has been strengthened the cooling effect of water, goes back the fast effect of energy-saving frequency conversion, cooling velocity.
Description
Technical field
It the utility model is related to a kind of control device, more particularly to a kind of energy-saving cooler group frequency-converting control device.
Background technology
Cooling unit is divided into two kinds of air-cooled liquid chillers and water-cooled cold water unit in refrigeration industry, according to compressor
It is divided into screw-type water chiller and vortex handpiece Water Chilling Units again, low-temperature industrial cooling-water machine and normal temperature cold water is divided into temperature control
Machine, normal temperature unit temperature general control is in the range of 0 degree of -35 degree.Low temperature unit temperature control is typically left to -100 degree at 0 degree
It is right.
At present, existing cooling unit is not in place to water cooling, in cooling procedure, after, cooling slow to water cooling speed
Coolant-temperature gage be not very low, it is impossible to frequency conversion, do not save also, and then bad to the cooling effect of water, thus need badly research and development it is a kind of plus
The cooling effect of strong water, go back the fast energy-saving cooler group frequency-converting control device of energy-saving frequency conversion, cooling velocity.
Utility model content
（1）Technical problems to be solved
The utility model is not in place to water cooling in order to overcome existing cooling unit, slow to water cooling speed, it is impossible to become
Frequently, do not save also, so to the cooling effect of water it is bad the shortcomings that, the technical problems to be solved in the utility model is to provide one kind
Strengthen the cooling effect of water, go back the fast energy-saving cooler group frequency-converting control device of energy-saving frequency conversion, cooling velocity.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a energy-saving cooler group and filled with VFC
Put, include bottom plate, pole, big casing, the first water tank, fan, cooling tube, the second water tank, the first water inlet pipe, tuyere, cooling
Case, sponge block, water supply connector, water out adapter, three-tank, incubator, torsionspring, cover plate, the first outlet pipe, the first electromagnetism
Valve and antipriming pipe, bottom plate top are provided with pole, and pole top is provided with big casing, bottom plate top by bolted connection
Centre is provided with the first water tank by bolted connection, and centre is provided with wind by bolted connection in the first water tank
Fan, big bottom half right side are provided with tuyere, are bolted on the right side of big casing outer bottom by bolted connection
Mode is provided with three-tank, and three-tank is located at the first water tank upper right side, and big casing inner bottom part passes on left bolted
Mode is provided with the second water tank, is connected with the first water inlet pipe on the left of the second tank top, the first water inlet pipe in the second water tank with connecting
Logical, the first water inlet pipe tail end runs through big casing left side top, is provided with by bolted connection on the right side of big casing inner bottom part
Cooler bin, cooler bin is interior to be provided with sponge block, and hole is all provided with the right side of cooler bin bottom and big bottom half, and hole is positioned at three-tank
Top, big casing upper right side are provided with incubator, and incubator top left side is provided with torsionspring, cover plate is provided with the top of incubator,
Be connected with torsionspring on the left of cover plate, incubator bottom is connected with the first outlet pipe, the first outlet pipe with incubator is interior connects, the
One outlet pipe is provided with the first magnetic valve, and the first outlet pipe tail end is provided with more on the right side of big casing top, directly over cooler bin
Kong Guan, antipriming pipe crown center are connected with the first outlet pipe tail end, and antipriming pipe connects with the first outlet pipe, the outer left surface of big casing
Centre is provided with water supply connector, and water supply connector is provided with cooling tube, and cooling tube right-hand member is right through the second water tank, cooler bin and big casing
Middle side part, cooling tube contact with sponge block in cooler bin, and cooling tube right-hand member is connected with water out adapter.
Preferably, the first motor, bearing block, agitating shaft and stirring vane are also included, the outer left surface of incubator passes through spiral shell
Tether the mode connect and the first motor be installed, in incubator among left surface among right flank by bolted connection
Bearing block is installed, agitating shaft is installed between two bearings seat, agitating shaft is connected by way of interference with the bearing of bearing block,
The output shaft of first motor is connected by shaft coupling with agitating shaft left end, and stirring vane is provided with agitating shaft.
Preferably, also including guide duct, guide duct is connected between tuyere and big casing, guide duct runs through cooling tube,
Guide duct wherein one end is connected with tuyere by bolted connection, and the guide duct other end runs through big casing top.
Preferably, the 4th water tank, the second outlet pipe, the 3rd outlet pipe, second solenoid valve, shower nozzle, the first water are also included
Pump, the second water pump and the 4th outlet pipe, big casing top pass on left bolted mode and are provided with the 4th water tank, the 4th water
Case is located at the first water inlet pipe right, and the 4th water tank lower right side is connected with the 3rd outlet pipe, is provided with shower nozzle in guide duct, the 3rd goes out
Water pipe tail end penetrates guide duct and is connected with shower nozzle crown center, and the 3rd outlet pipe is set with being connected in shower nozzle on the 3rd outlet pipe
There is second solenoid valve, the second water pump is installed by bolted connection on the right side of three-tank inner bottom part, connected on the second water pump
The second outlet pipe is connected to, the second outlet pipe tail end is connected on the right side of three-tank with the 4th tank top right side, the second water outlet
Connected in the water tanks of Guan Yu tetra-, the first water pump, the first water are installed by bolted connection on the right side of the first water tank inner bottom part
The 4th outlet pipe is connected with pump, the 4th outlet pipe tail end is connected on the right side of the first water tank with incubator right upper portion, and the 4th
Outlet pipe in incubator with connecting.
Preferably, it is evenly spaced on agitating shaft that stirring vane is installed, stirring vane by bolted connection with
Stir axis connection.
Preferably, four angles are fitted with pole at the top of bottom plate, and pole at the top of bottom plate by bolted connection with connecting
Connect.
Preferably, controller, water temperature detection case and cooling-water temperature sensor are also included, the left side top of bottom plate is provided with control
Device, water temperature detection case is installed on left side wall in big casing, cooling tube connects with water temperature detection case, water temperature detection case inner top peace
Equipped with cooling-water temperature sensor, cooling-water temperature sensor, fan, the first magnetic valve and second solenoid valve are electrically connected with the controller.
Preferably, the first liquid level sensor and the second liquid level sensor, the first liquid level sensor, the second liquid level are also included
Sensor, the first water pump and the second water pump are electrically connected with the controller.
Operation principle：Operating personnel open cover plate first, torsionspring stretching, you can ice cube is poured into incubator,
Then cover plate is unclamped, because of the effect of torsionspring, cover plate recovers to original position, ice cube slowly to melt in incubator, then by cold water
Poured into by the first water inlet pipe in the second water tank, cooling tube left end external water pipe, water is flowed into cooling tube, and water passes through the second water tank
During interior cooling tube, the cold water in the second water tank is tentatively cooled down to the water of process, meanwhile, start fan, fan blowout
Wind is air-cooled by water progress of the tuyere to cooling down Bottomhole pressure, opens the first magnetic valve, frozen water is left to more by the first outlet pipe
In the pipe of hole, and then the frozen water in antipriming pipe drops into cooler bin, and the sponge block in cooler bin absorbs to frozen water, with ice
The thawing of block, frozen water are fallen on sponge block always, and the frozen water that sponge block does not absorb is dropped into three-tank by hole, is entered
And sponge block cools down to the cooling tube in cooler bin, so as to which water during cooling tube in cooler bin by being further cooled,
The water cooled down is flowed out by water out adapter, it is not necessary to when cooling down, is closed the first magnetic valve and second solenoid valve, is turned off wind
Fan, in this way, making coolant-temperature gage lower by triple coolings.
Because also including the first motor, bearing block, agitating shaft and stirring vane, the outer left surface of incubator is connected by bolt
The mode connect is provided with the first motor, and left surface centre with being provided with by bolted connection among right flank in incubator
Bearing block, is provided with agitating shaft between two bearings seat, and agitating shaft is connected by way of interference with the bearing of bearing block, the first electricity
The output shaft of machine is connected by shaft coupling with agitating shaft left end, and stirring vane is provided with agitating shaft.It is located at incubator in ice cube
When interior, operating personnel start the first motor and rotated, and the first motor, which rotates, drives agitating shaft to rotate, and then drives stirring vane to turn
Dynamic, stirring vane impacts to ice cube, so that ice cube crushes, in this way, accelerating the thawing of ice cube, makes cold in cooler bin
But pipe is cooled faster, has further speeded up the cooling of water.
Because also including guide duct, guide duct is connected between tuyere and big casing, guide duct runs through cooling tube, wind-guiding
Pipe wherein one end is connected with tuyere by bolted connection, and the guide duct other end runs through big casing top.Fan blowout
Wind is entered in guide duct by tuyere, and wind is air-cooled to the cooling tube progress in guide duct, and then the water in cooling tube is carried out
Cooling, in this way, guide duct concentrates wind to the water cooling in the cooling tube in guide duct, so as to strengthen air cooling effect.
Because also include the 4th water tank, the second outlet pipe, the 3rd outlet pipe, second solenoid valve, shower nozzle, the first water pump,
Second water pump and the 4th outlet pipe, big casing top pass on left bolted mode and are provided with the 4th water tank, the 4th water tank
Positioned at the first water inlet pipe right, the 4th water tank lower right side is connected with the 3rd outlet pipe, and shower nozzle, the 3rd water outlet are provided with guide duct
Pipe tail end penetrates guide duct and is connected with shower nozzle crown center, and with being connected in shower nozzle, the 3rd outlet pipe is provided with the 3rd outlet pipe
Second solenoid valve, three-tank inner bottom part right side are provided with the second water pump, connected on the second water pump by bolted connection
There is the second outlet pipe, the second outlet pipe tail end is connected on the right side of three-tank with the 4th tank top right side, the second outlet pipe
Connected with the 4th water tank, the first water pump, the first water pump are installed by bolted connection on the right side of the first water tank inner bottom part
On be connected with the 4th outlet pipe, the 4th outlet pipe tail end is connected on the right side of the first water tank with incubator right upper portion, and the 4th goes out
Water pipe in incubator with connecting.When initial, operating personnel open second solenoid valve, and then water is during cooling, sponge block
The water of upper drippage constantly drops in three-tank, and when water is full in three-tank, operating personnel start the second water pump, and the second water pump will
Water in three-tank is pumped into the 4th water tank by the second outlet pipe, and then water is flowed into shower nozzle by the 3rd outlet pipe,
Shower nozzle sprays water and carries out further water cooling to the water in the cold water pipe in guide duct, so as to which water finally drops into the first water tank,
It can so frozen water is further utilized, avoid wasting.Meanwhile starting the first water pump, the first water pump is by the water in the first water tank
It is pumped into incubator, the water in incubator continues through antipriming pipe and flowed into sponge block, in this way, water can be recycled, and then
Saving water resource.
Because also including controller, water temperature detection case and cooling-water temperature sensor, the left side top of bottom plate is provided with controller,
Water temperature detection case is installed on left side wall in big casing, cooling tube connects with water temperature detection case, the installation of water temperature detection case inner top
There is cooling-water temperature sensor, cooling-water temperature sensor, fan, the first magnetic valve and second solenoid valve are electrically connected with the controller.In cooling tube
Water flow into water temperature detection case in, when cooling-water temperature sensor sensing temperature reach between 37 degrees Celsius to 45 degrees Celsius when, control
Device controls the first magnetic valve to open, and the frozen water in incubator is flowed into cooler bin by the first outlet pipe, and penetrates into sponge block, sea
Continuous block absorbs frozen water and the liquid passed through in cooling tube is cooled down, when the temperature of cooling-water temperature sensor sensing is less than 37 degrees Celsius
When, controller controls the first closed electromagnetic valve.When the temperature of cooling-water temperature sensor sensing reaches at or above 45 degrees Celsius, controller
Control the first magnetic valve and second solenoid valve while open, after second solenoid valve is opened, the water of the 4th water tank energy is through the 3rd water outlet
Pipe and shower nozzle are sprayed, and the liquid in cooling tube is further cooled down, and can accelerate the efficiency that cools, when cooling-water temperature sensor senses
Temperature less than 45 degrees Celsius and higher than 37 degrees Celsius when, controller control second solenoid valve close.When cooling-water temperature sensor senses
Temperature less than 37 degrees Celsius and higher than 30 degrees Celsius when, controller control starting fan, sector-style is entered to the liquid in cooling tube
It is cold.When the temperature of cooling-water temperature sensor sensing is less than 30 degrees Celsius, controller control fan stops, so can be according to cooling tube
The temperature of interior liquid is controlled, and has reached the effect of energy-conservation.
Because also including the first liquid level sensor and the second liquid level sensor, the first liquid level sensor, the second liquid level pass
Sensor, the first water pump and the second water pump are electrically connected with the controller.When the first quantity of water in water tank is relatively expired, the first liquid level sensor
Signal is fed back into controller, controller controls the first starting mode of pump, when the first quantity of water in water tank deficiency, the first level sensing
Signal is fed back to controller by device, and controller controls the first water pump to close.When water relatively expires in three-tank, the second liquid level passes
Signal is fed back to controller by sensor, and controller controls the second starting mode of pump, when water shortage in three-tank, the first liquid level
Signal is fed back to controller by sensor, and controller controls the first water pump to close.
Controller selection Xiamen sea is S32S0T type PLCs for the sea that Science and Technology Ltd. produces, outside main frame
24VDC powers, the input of 16 tunnels, the output of 16 tunnels.
SunYuan SY LED6 digital display meters are accessed in transmitter measuring circuit with plug line, and the function of the table is by 0-
The pick-up signals such as 5V, 0-10V, 1-5V, 0- ± 200mV, 0-20mA, 4-20mA are by the scope set, linearly, accordingly with ten
Binary digits amount is shown.The physical quantitys such as temperature, pressure, flow, liquid level are converted into standard by various related sensors
After voltage and current signal, then the digital display meter is accessed, the physical quantity real-time display such as temperature, pressure, flow, liquid level is come out, side
Just user is monitored control.Meanwhile digital display meter possesses warning function, the band isolated output switch parameter of two-way, by setting in advance
The numerical value of correlation is set, such as：Higher than a certain numerical value or less than a certain numerical value, it is possible to achieve display, control and alarm.
Cooling-water temperature sensor connection model SY LED6 the first digital display meter, sets its four output switch parameters, first is
Higher than 45 degrees Celsius, second is 37 degrees Celsius to 45 degrees Celsius, and the 3rd is 30 degrees Celsius to 36 degrees Celsius, and the 4th is low
In 30 degrees Celsius.First liquid level sensor connection model SY LED6 the second digital display meter, sets two output switch parameter,
First is higher than a certain preset value, and second when being less than a certain preset value.Second liquid level sensor connection model SY LED6
The 3rd digital display meter, two output switch parameter is set, and first is that second is less than a certain preset value higher than a certain preset value
When, output signal.
The definition of input/output port is：X0 is starting switch, and X1 is shutdown switch, and X2 is emergency stop switch, and X3 is connection
First digital display meter first switch amount of cooling-water temperature sensor, X4 be connection cooling-water temperature sensor the first digital display meter second switch amount, X5
To connect the switching value of the first digital display meter the 3rd of cooling-water temperature sensor, X6 is the first digital display meter the 4th switch of connection cooling-water temperature sensor
Amount, X6 are the switching value of the first digital display meter the 4th of connection cooling-water temperature sensor, and X7 is the second digital display of the first liquid level sensor of connection
Table first switch amount, X8 are the second digital display meter second switch amount of the first liquid level sensor of connection, and X9 passes for the second liquid level of connection
3rd digital display meter first switch amount of sensor, X10 are the 3rd digital display meter second switch amount of the second liquid level sensor of connection；
Y0 is that contactor KM0, Y1 for opening the first magnetic valve, second solenoid valve and fan simultaneously are for opening simultaneously
Open fan and the first magnetic valve and close the contactor KM1 of second solenoid valve, Y2 is simultaneously closes off the first magnetic valve and the second electricity
The magnet valve and contactor KM2, Y3 that open fan are the contactor KM3 for closing fan, the first magnetic valve and second solenoid valve,
Y4 is for starting for the contactor KM5, Y6 for the first water pump of closing for the contactor KM4, Y5 for the first water pump of startup
The contactor KM6, Y7 of second water pump are the contactor KM7 for closing the second water pump.Electric control theory according to Fig. 6
Figure, those skilled in the art do not need performing creative labour, you can by trapezoidal pattern programming language, intuitively write out
The PLC program that PLC is acted by each part of above-mentioned operation principle control, realizes the intellectuality of present apparatus operation, compiles
The dependent instruction of journey is all prior art, be will not be repeated here.
（3）Beneficial effect
The utility model is by water cooling, air-cooled multiple cooling, and to the faster cooling of water, its cooling effect has been lifted, reached
To strengthening the cooling effect of water, go back the fast effect of energy-saving frequency conversion, cooling velocity.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is second of main structure diagram of the present utility model.
Fig. 3 is the third main structure diagram of the present utility model.
Fig. 4 is the 4th kind of main structure diagram of the present utility model.
Fig. 5 is the 5th kind of main structure diagram of the present utility model.
Fig. 6 is electric control theory figure of the present utility model.
Mark in accompanying drawing for：1- bottom plates, 2- poles, the big casings of 3-, the water tanks of 4- first, 5- fans, 6- water supply connectors, 7-
Cooling tube, the water tanks of 8- second, 9- water out adapters, the water inlet pipes of 10- first, 11- tuyeres, 12- cooler bins, 13- sponge blocks, 14-
Three-tank, 15- incubators, 16- torsionsprings, 17- cover plates, the outlet pipes of 18- first, the magnetic valves of 19- first, 20- antipriming pipes,
The motors of 21- first, 22- bearing blocks, 23- agitating shafts, 24- stirring vanes, 25- guide ducts, the water tanks of 26- the 4th, the water outlets of 27- second
Pipe, the outlet pipes of 28- the 3rd, 29- second solenoid valves, 30- shower nozzles, the water pumps of 31- first, the water pumps of 32- second, the outlet pipes of 33- the 4th,
34- controllers, 35- water temperature detection cases, 36- cooling-water temperature sensors, the liquid level sensors of 37- first, the liquid level sensors of 38- second.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of energy-saving cooler group frequency-converting control device, as shown in figures 1 to 6, include bottom plate 1, pole 2, big casing 3,
First water tank 4, fan 5, cooling tube 7, the second water tank 8, the first water inlet pipe 10, tuyere 11, cooler bin 12, sponge block 13, water inlet
Joint 6, water out adapter 9, three-tank 14, incubator 15, torsionspring 16, cover plate 17, the first outlet pipe 18, the first magnetic valve
19 and antipriming pipe 20, the top of bottom plate 1 is provided with pole 2, and the top of pole 2 is provided with big casing 3, bottom by bolted connection
The crown center of plate 1 is provided with the first water tank 4 by bolted connection, in the first water tank 4 among the side that is bolted
Formula is provided with fan 5, and the big bottom right of casing 3 is provided with tuyere 11, the big outer bottom of casing 3 right side by bolted connection
Three-tank 14 is installed by bolted connection, three-tank 14 is located at the upper right side of the first water tank 4, bottom in big casing 3
Portion passes on left bolted mode and is provided with the second water tank 8, and the top left side of the second water tank 8 is connected with the first water inlet pipe 10,
For first water inlet pipe 10 with being connected in the second water tank 8, the tail end of the first water inlet pipe 10 runs through the big left side top of casing 3, bottom in big casing 3
Cooler bin 12 is installed on the right side of portion by bolted connection, is provided with sponge block 13 in cooler bin 12, the bottom of cooler bin 12 and
The big bottom right of casing 3 is all provided with hole, and hole is that the big upper right side of casing 3 is provided with incubator 15 above three-tank 14, insulation
The top left side of case 15 is provided with torsionspring 16, and the top of incubator 15 is provided with cover plate 17, and the left side of cover plate 17 connects with torsionspring 16
Connect, the bottom of incubator 15 is connected with the first outlet pipe 18, and the first outlet pipe 18 in incubator 15 with connecting, on the first outlet pipe 18
Provided with the first magnetic valve 19, the tail end of the first outlet pipe 18 runs through the big top right side of casing 3, and antipriming pipe is provided with directly over cooler bin 12
20, the crown center of antipriming pipe 20 is connected with the tail end of the first outlet pipe 18, and antipriming pipe 20 connects with the first outlet pipe 18, big casing 3
Be provided with water supply connector 6 among outer left surface, water supply connector 6 is provided with cooling tube 7, and the right-hand member of cooling tube 7 runs through the second water tank 8, cold
But case 12 and the right side central of big casing 3, cooling tube 7 contact with sponge block 13 in cooler bin 12, and the right-hand member of cooling tube 7 is connected with water outlet
Joint 9.
Embodiment 2
A kind of energy-saving cooler group frequency-converting control device, as shown in figures 1 to 6, include bottom plate 1, pole 2, big casing 3,
First water tank 4, fan 5, cooling tube 7, the second water tank 8, the first water inlet pipe 10, tuyere 11, cooler bin 12, sponge block 13, water inlet
Joint 6, water out adapter 9, three-tank 14, incubator 15, torsionspring 16, cover plate 17, the first outlet pipe 18, the first magnetic valve
19 and antipriming pipe 20, the top of bottom plate 1 is provided with pole 2, and the top of pole 2 is provided with big casing 3, bottom by bolted connection
The crown center of plate 1 is provided with the first water tank 4 by bolted connection, in the first water tank 4 among the side that is bolted
Formula is provided with fan 5, and the big bottom right of casing 3 is provided with tuyere 11, the big outer bottom of casing 3 right side by bolted connection
Three-tank 14 is installed by bolted connection, three-tank 14 is located at the upper right side of the first water tank 4, bottom in big casing 3
Portion passes on left bolted mode and is provided with the second water tank 8, and the top left side of the second water tank 8 is connected with the first water inlet pipe 10,
For first water inlet pipe 10 with being connected in the second water tank 8, the tail end of the first water inlet pipe 10 runs through the big left side top of casing 3, bottom in big casing 3
Cooler bin 12 is installed on the right side of portion by bolted connection, is provided with sponge block 13 in cooler bin 12, the bottom of cooler bin 12 and
The big bottom right of casing 3 is all provided with hole, and hole is that the big upper right side of casing 3 is provided with incubator 15 above three-tank 14, insulation
The top left side of case 15 is provided with torsionspring 16, and the top of incubator 15 is provided with cover plate 17, and the left side of cover plate 17 connects with torsionspring 16
Connect, the bottom of incubator 15 is connected with the first outlet pipe 18, and the first outlet pipe 18 in incubator 15 with connecting, on the first outlet pipe 18
Provided with the first magnetic valve 19, the tail end of the first outlet pipe 18 runs through the big top right side of casing 3, and antipriming pipe is provided with directly over cooler bin 12
20, the crown center of antipriming pipe 20 is connected with the tail end of the first outlet pipe 18, and antipriming pipe 20 connects with the first outlet pipe 18, big casing 3
Be provided with water supply connector 6 among outer left surface, water supply connector 6 is provided with cooling tube 7, and the right-hand member of cooling tube 7 runs through the second water tank 8, cold
But case 12 and the right side central of big casing 3, cooling tube 7 contact with sponge block 13 in cooler bin 12, and the right-hand member of cooling tube 7 is connected with water outlet
Joint 9.
Also include the first motor 21, bearing block 22, agitating shaft 23 and stirring vane 24,15 outer left surface of incubator passes through
Bolted mode is provided with the first motor 21, and left surface centre among right flank with being bolted in incubator 15
Mode bearing block 22 is installed, agitating shaft 23 is installed, agitating shaft 23 is by way of interference and axle between two bearings seat 22
The bearing connection of bearing 22, the output shaft of the first motor 21 are connected with the left end of agitating shaft 23 by shaft coupling, pacified on agitating shaft 23
Equipped with stirring vane 24.
Embodiment 3
A kind of energy-saving cooler group frequency-converting control device, as shown in figures 1 to 6, include bottom plate 1, pole 2, big casing 3,
First water tank 4, fan 5, cooling tube 7, the second water tank 8, the first water inlet pipe 10, tuyere 11, cooler bin 12, sponge block 13, water inlet
Joint 6, water out adapter 9, three-tank 14, incubator 15, torsionspring 16, cover plate 17, the first outlet pipe 18, the first magnetic valve
19 and antipriming pipe 20, the top of bottom plate 1 is provided with pole 2, and the top of pole 2 is provided with big casing 3, bottom by bolted connection
The crown center of plate 1 is provided with the first water tank 4 by bolted connection, in the first water tank 4 among the side that is bolted
Formula is provided with fan 5, and the big bottom right of casing 3 is provided with tuyere 11, the big outer bottom of casing 3 right side by bolted connection
Three-tank 14 is installed by bolted connection, three-tank 14 is located at the upper right side of the first water tank 4, bottom in big casing 3
Portion passes on left bolted mode and is provided with the second water tank 8, and the top left side of the second water tank 8 is connected with the first water inlet pipe 10,
For first water inlet pipe 10 with being connected in the second water tank 8, the tail end of the first water inlet pipe 10 runs through the big left side top of casing 3, bottom in big casing 3
Cooler bin 12 is installed on the right side of portion by bolted connection, is provided with sponge block 13 in cooler bin 12, the bottom of cooler bin 12 and
The big bottom right of casing 3 is all provided with hole, and hole is that the big upper right side of casing 3 is provided with incubator 15 above three-tank 14, insulation
The top left side of case 15 is provided with torsionspring 16, and the top of incubator 15 is provided with cover plate 17, and the left side of cover plate 17 connects with torsionspring 16
Connect, the bottom of incubator 15 is connected with the first outlet pipe 18, and the first outlet pipe 18 in incubator 15 with connecting, on the first outlet pipe 18
Provided with the first magnetic valve 19, the tail end of the first outlet pipe 18 runs through the big top right side of casing 3, and antipriming pipe is provided with directly over cooler bin 12
20, the crown center of antipriming pipe 20 is connected with the tail end of the first outlet pipe 18, and antipriming pipe 20 connects with the first outlet pipe 18, big casing 3
Be provided with water supply connector 6 among outer left surface, water supply connector 6 is provided with cooling tube 7, and the right-hand member of cooling tube 7 runs through the second water tank 8, cold
But case 12 and the right side central of big casing 3, cooling tube 7 contact with sponge block 13 in cooler bin 12, and the right-hand member of cooling tube 7 is connected with water outlet
Joint 9.
Also include the first motor 21, bearing block 22, agitating shaft 23 and stirring vane 24,15 outer left surface of incubator passes through
Bolted mode is provided with the first motor 21, and left surface centre among right flank with being bolted in incubator 15
Mode bearing block 22 is installed, agitating shaft 23 is installed, agitating shaft 23 is by way of interference and axle between two bearings seat 22
The bearing connection of bearing 22, the output shaft of the first motor 21 are connected with the left end of agitating shaft 23 by shaft coupling, pacified on agitating shaft 23
Equipped with stirring vane 24.
Also include guide duct 25, be connected with guide duct 25 between tuyere 11 and big casing 3, guide duct 25 runs through cooling tube
7, the wherein one end of guide duct 25 is connected with tuyere 11 by bolted connection, and the other end of guide duct 25 pushes up through big casing 3
Portion.
Embodiment 4
A kind of energy-saving cooler group frequency-converting control device, as shown in figures 1 to 6, include bottom plate 1, pole 2, big casing 3,
First water tank 4, fan 5, cooling tube 7, the second water tank 8, the first water inlet pipe 10, tuyere 11, cooler bin 12, sponge block 13, water inlet
Joint 6, water out adapter 9, three-tank 14, incubator 15, torsionspring 16, cover plate 17, the first outlet pipe 18, the first magnetic valve
19 and antipriming pipe 20, the top of bottom plate 1 is provided with pole 2, and the top of pole 2 is provided with big casing 3, bottom by bolted connection
The crown center of plate 1 is provided with the first water tank 4 by bolted connection, in the first water tank 4 among the side that is bolted
Formula is provided with fan 5, and the big bottom right of casing 3 is provided with tuyere 11, the big outer bottom of casing 3 right side by bolted connection
Three-tank 14 is installed by bolted connection, three-tank 14 is located at the upper right side of the first water tank 4, bottom in big casing 3
Portion passes on left bolted mode and is provided with the second water tank 8, and the top left side of the second water tank 8 is connected with the first water inlet pipe 10,
For first water inlet pipe 10 with being connected in the second water tank 8, the tail end of the first water inlet pipe 10 runs through the big left side top of casing 3, bottom in big casing 3
Cooler bin 12 is installed on the right side of portion by bolted connection, is provided with sponge block 13 in cooler bin 12, the bottom of cooler bin 12 and
The big bottom right of casing 3 is all provided with hole, and hole is that the big upper right side of casing 3 is provided with incubator 15 above three-tank 14, insulation
The top left side of case 15 is provided with torsionspring 16, and the top of incubator 15 is provided with cover plate 17, and the left side of cover plate 17 connects with torsionspring 16
Connect, the bottom of incubator 15 is connected with the first outlet pipe 18, and the first outlet pipe 18 in incubator 15 with connecting, on the first outlet pipe 18
Provided with the first magnetic valve 19, the tail end of the first outlet pipe 18 runs through the big top right side of casing 3, and antipriming pipe is provided with directly over cooler bin 12
20, the crown center of antipriming pipe 20 is connected with the tail end of the first outlet pipe 18, and antipriming pipe 20 connects with the first outlet pipe 18, big casing 3
Be provided with water supply connector 6 among outer left surface, water supply connector 6 is provided with cooling tube 7, and the right-hand member of cooling tube 7 runs through the second water tank 8, cold
But case 12 and the right side central of big casing 3, cooling tube 7 contact with sponge block 13 in cooler bin 12, and the right-hand member of cooling tube 7 is connected with water outlet
Joint 9.
Also include the first motor 21, bearing block 22, agitating shaft 23 and stirring vane 24,15 outer left surface of incubator passes through
Bolted mode is provided with the first motor 21, and left surface centre among right flank with being bolted in incubator 15
Mode bearing block 22 is installed, agitating shaft 23 is installed, agitating shaft 23 is by way of interference and axle between two bearings seat 22
The bearing connection of bearing 22, the output shaft of the first motor 21 are connected with the left end of agitating shaft 23 by shaft coupling, pacified on agitating shaft 23
Equipped with stirring vane 24.
Also include guide duct 25, be connected with guide duct 25 between tuyere 11 and big casing 3, guide duct 25 runs through cooling tube
7, the wherein one end of guide duct 25 is connected with tuyere 11 by bolted connection, and the other end of guide duct 25 pushes up through big casing 3
Portion.
Also include the 4th water tank 26, the second outlet pipe 27, the 3rd outlet pipe 28, second solenoid valve 29, shower nozzle 30, first
Water pump 31, the second water pump 32 and the 4th outlet pipe 33, the big top left side of casing 3 are provided with the 4th water by bolted connection
Case 26, the 4th water tank 26 are located at the right of the first water inlet pipe 10, and the lower right side of the 4th water tank 26 is connected with the 3rd outlet pipe 28, wind-guiding
Shower nozzle 30 is provided with pipe 25, the tail end of the 3rd outlet pipe 28 penetrates guide duct 25 and is connected with the crown center of shower nozzle 30, the 3rd water outlet
For pipe 28 with being connected in shower nozzle 30, the 3rd outlet pipe 28 is provided with second solenoid valve 29, passes through spiral shell on the right side of the inner bottom part of three-tank 14
Tether the mode connect and the second water pump 32 is installed, the second outlet pipe 27, the tail end of the second outlet pipe 27 are connected with the second water pump 32
Be connected through the right side of three-tank 14 with the top right side of the 4th water tank 26, the second outlet pipe 27 with the 4th water tank 26 is interior connects, the
First water pump 31 is installed by bolted connection on the right side of the inner bottom part of one water tank 4, being connected with the 4th on the first water pump 31 goes out
Water pipe 33, the tail end of the 4th outlet pipe 33 are connected through the right side of the first water tank 4 with the right upper portion of incubator 15, the 4th outlet pipe 33 and
Connected in incubator 15.
Evenly spaced on agitating shaft 23 to be provided with stirring vane 24, stirring vane 24 is by bolted connection with stirring
Axle 23 is mixed to connect.
Four angles in the top of bottom plate 1 are fitted with pole 2, and pole 2 is connected with the top of bottom plate 1 by bolted connection.
Also include controller 34, water temperature detection case 35 and cooling-water temperature sensor 36, the left side top of bottom plate 1 is provided with control
Device 34, water temperature detection case 35 is installed on left side wall in big casing 3, cooling tube 7 connects with water temperature detection case 35, water temperature detection case
35 inner tops are provided with cooling-water temperature sensor 36, cooling-water temperature sensor 36, fan 5, the first magnetic valve 19 and second solenoid valve 29 with
Controller 34 electrically connects.
Also include the first liquid level sensor 37 and the second liquid level sensor 38, the first liquid level sensor 37, the second liquid level
Sensor 38, the first water pump 31 and the second water pump 32 electrically connect with controller 34.
Operation principle：Operating personnel open cover plate 17 first, and torsionspring 16 stretches, you can ice cube is poured into incubator
In 15, then unclamp cover plate 17, because of the effect of torsionspring 16, cover plate 17 recovers to original position, ice cube in incubator 15 slowly
Melt, then cold water is poured into the second water tank 8 by the first water inlet pipe 10, the left end external water pipe of cooling tube 7, water flows into cooling tube
In 7, when water is by cooling tube 7 in the second water tank 8, the cold water in the second water tank 8 is tentatively cooled down to the water of process, together
When, start fan 5, the wind that fan 5 is blown out is air-cooled to the water progress of flowing in cooling tube 7 by tuyere 11, opens the first electromagnetism
Valve 19, frozen water is left in antipriming pipe 20 by the first outlet pipe 18, and then the frozen water in antipriming pipe 20 drops into cooler bin 12,
Sponge block 13 in cooler bin 12 is absorbed to frozen water, and with the thawing of ice cube, frozen water is fallen on sponge block 13 always, sea
The frozen water that continuous block 13 does not absorb is dropped into three-tank 14 by hole, and then sponge block 13 is to the cooling tube in cooler bin 12
7 are cooled down, and so as to which water during cooling tube 7 in cooler bin 12 by being further cooled, the water cooled down passes through water out adapter 9
Outflow, it is not necessary to when cooling down, close the first magnetic valve 19 and second solenoid valve 29, fan 5 is turned off, in this way, by triple cold
But make coolant-temperature gage lower.
Because also including the first motor 21, bearing block 22, agitating shaft 23 and stirring vane 24,15 outer left surface of incubator
First motor 21 is installed by bolted connection, left surface centre among right flank by bolt with connecting in incubator 15
The mode connect is provided with bearing block 22, is provided with agitating shaft 23 between two bearings seat 22, agitating shaft 23 by way of interference with
The bearing connection of bearing block 22, the output shaft of the first motor 21 is connected by shaft coupling with the left end of agitating shaft 23, on agitating shaft 23
Stirring vane 24 is installed.When ice cube is located in incubator 15, operating personnel start the first motor 21 and rotated, the first motor 21
Rotate and drive agitating shaft 23 to rotate, and then drive stirring vane 24 to rotate, stirring vane 24 impacts to ice cube, so that ice
Block crushes, in this way, accelerating the thawing of ice cube, the cooling tube 7 in cooler bin 12 is cooled faster, has further speeded up water
Cooling.
Because also including guide duct 25, guide duct 25 is connected between tuyere 11 and big casing 3, guide duct 25 is through cold
But pipe 7, the wherein one end of guide duct 25 are connected with tuyere 11 by bolted connection, and the other end of guide duct 25 runs through big casing
3 tops.The wind that fan 5 is blown out is entered in guide duct 25 by tuyere 11, and wind enters sector-style to the cooling tube 7 in guide duct 25
It is cold, and then the water in cooling tube 7 is cooled down, in this way, guide duct 25 concentrates wind in the cooling tube 7 in guide duct 25
Water cooling, so as to strengthen air cooling effect.
Because also include the 4th water tank 26, the second outlet pipe 27, the 3rd outlet pipe 28, second solenoid valve 29, shower nozzle 30,
First water pump 31, the second water pump 32 and the 4th outlet pipe 33, the big top left side of casing 3 are provided with by bolted connection
Four water tanks 26, the 4th water tank 26 are located at the right of the first water inlet pipe 10, and the lower right side of the 4th water tank 26 is connected with the 3rd outlet pipe 28,
Shower nozzle 30 is provided with guide duct 25, the tail end of the 3rd outlet pipe 28 penetrates guide duct 25 and is connected with the crown center of shower nozzle 30, the 3rd
For outlet pipe 28 with being connected in shower nozzle 30, the 3rd outlet pipe 28 is provided with second solenoid valve 29, leads on the right side of the inner bottom part of three-tank 14
Cross bolted mode and the second water pump 32 is installed, the second outlet pipe 27, the second outlet pipe 27 are connected with the second water pump 32
Tail end is connected through the right side of three-tank 14 with the top right side of the 4th water tank 26, and the second outlet pipe 27 in the 4th water tank 26 with connecting
It is logical, first water pump 31 is installed by bolted connection on the right side of the inner bottom part of the first water tank 4, the is connected with the first water pump 31
Four outlet pipes 33, the tail end of the 4th outlet pipe 33 are connected through the right side of the first water tank 4 with the right upper portion of incubator 15, the 4th outlet pipe
33 in incubator 15 with connecting.When initial, operating personnel open second solenoid valve 29, and then water is during cooling, sponge
The water dripped on block 13 constantly drops in three-tank 14, and when water is full in three-tank 14, operating personnel start the second water pump 32,
Water in three-tank 14 is pumped into the 4th water tank 26 by the second water pump 32 by the second outlet pipe 27, and then water goes out by the 3rd
Water pipe 28 is flowed into shower nozzle 30, and shower nozzle 30 sprays water and carries out further water cooling to the water in the cold water pipe in guide duct 25, from
It and water finally drops into the first water tank 4, can so frozen water is further utilized, avoid wasting.Meanwhile start the first water pump
31, the water in the first water tank 4 is pumped into incubator 15 by the first water pump 31, and the water in incubator 15 continues through antipriming pipe 20 and flowed
Enter to sponge block 13, in this way, water can be recycled, and then saving water resource.
Because also including controller 34, water temperature detection case 35 and cooling-water temperature sensor 36, the left side top of bottom plate 1 is provided with
Controller 34, water temperature detection case 35 is installed on left side wall in big casing 3, cooling tube 7 connects with water temperature detection case 35, water temperature inspection
The inner top of measuring tank 35 is provided with cooling-water temperature sensor 36, cooling-water temperature sensor 36, fan 5, the first magnetic valve 19 and second solenoid valve 29
Electrically connected with controller 34.Water in cooling tube 7 is flowed into water temperature detection case 35, when the temperature that cooling-water temperature sensor 36 senses reaches
When between to 37 degrees Celsius to 45 degrees Celsius, controller 34 controls the first magnetic valve 19 to open, and the frozen water in incubator 15 passes through
First outlet pipe 18 is flowed into cooler bin 12, and penetrates into sponge block 13, and sponge block 13 absorbs liquid of the frozen water to process in cooling tube 7
Body is cooled down, and when the temperature that cooling-water temperature sensor 36 senses is less than 37 degrees Celsius, controller 34 controls the first magnetic valve 19 to close
Close.When the temperature that cooling-water temperature sensor 36 senses reaches at or above 45 degrees Celsius, controller 34 controls the first magnetic valve 19 and the
Two magnetic valves 29 are opened simultaneously, and after second solenoid valve 29 is opened, the water of the energy of the 4th water tank 26 is through the 3rd outlet pipe 28 and shower nozzle 30
Spray, the liquid in cooling tube 7 is further cooled down, the efficiency that cools can be accelerated, when the temperature that cooling-water temperature sensor 36 senses
When degree is less than 45 degrees Celsius and is higher than 37 degrees Celsius, controller 34 controls second solenoid valve 29 to close.When cooling-water temperature sensor 36 is felt
When the temperature answered is less than 37 degrees Celsius and is higher than 30 degrees Celsius, controller 34 controls fan 5 to start, to the liquid in cooling tube 7
Carry out air-cooled.When the temperature that cooling-water temperature sensor 36 senses is less than 30 degrees Celsius, controller 34 controls fan 5 to stop, such energy
It is enough to be controlled according to the temperature of liquid in cooling tube 7, reach the effect of energy-conservation.
Because also including the first liquid level sensor 37 and the second liquid level sensor 38, the first liquid level sensor 37, second
Liquid level sensor 38, the first water pump 31 and the second water pump 32 electrically connect with controller 34.When water is fuller in the first water tank 4
When, signal is fed back to controller 34 by the first liquid level sensor 37, and controller 34 controls the first water pump 31 to start, when the first water tank
In 4 during water shortage, signal is fed back to controller 34 by the first liquid level sensor 37, and controller 34 controls the first water pump 31 to close
Close.When water relatively expires in three-tank 14, signal is fed back to controller 34 by the second liquid level sensor 38, and controller 34 controls
Second water pump 32 starts, and when water shortage in three-tank 14, signal is fed back to controller 34 by the first liquid level sensor 37,
Controller 34 controls the first water pump 31 to close.
It for the sea that Science and Technology Ltd. produces is S32S0T types PLC 34 that controller 34, which selects Xiamen sea, outside main frame
Portion 24VDC powers, the input of 16 tunnels, the output of 16 tunnels.
SunYuan SY LED6 digital display meters are accessed in transmitter measuring circuit with plug line, and the function of the table is by 0-
The pick-up signals such as 5V, 0-10V, 1-5V, 0- ± 200mV, 0-20mA, 4-20mA are by the scope set, linearly, accordingly with ten
Binary digits amount is shown.The physical quantitys such as temperature, pressure, flow, liquid level are converted into standard by various related sensors
After voltage and current signal, then the digital display meter is accessed, the physical quantity real-time display such as temperature, pressure, flow, liquid level is come out, side
Just user is monitored control.Meanwhile digital display meter possesses warning function, the band isolated output switch parameter of two-way, by setting in advance
The numerical value of correlation is set, such as：Higher than a certain numerical value or less than a certain numerical value, it is possible to achieve display, control and alarm.
Cooling-water temperature sensor 36 connects model SY LED6 the first digital display meter, sets its four output switch parameters, first
For higher than 45 degrees Celsius, second is 37 degrees Celsius to 45 degrees Celsius, the 3rd be 30 degrees Celsius to 36 degrees Celsius, the 4th is
Less than 30 degrees Celsius.First liquid level sensor 37 connection model SY LED6 the second digital display meter, sets two switching value defeated
Go out, first is higher than a certain preset value, and second when being less than a certain preset value.Second liquid level sensor 38 connection model SY
LED6 the 3rd digital display meter, two output switch parameter is set, first is that second less than a certain pre- higher than a certain preset value
If during value, output signal.
The definition of input/output port is：X0 is starting switch, and X1 is shutdown switch, and X2 is emergency stop switch, and X3 is connection
First digital display meter first switch amount of cooling-water temperature sensor 36, X4 are the first digital display meter second switch of connection cooling-water temperature sensor 36
Amount, X5 are the switching value of the first digital display meter the 3rd of connection cooling-water temperature sensor 36, and X6 is the first digital display of connection cooling-water temperature sensor 36
The switching value of table the 4th, X6 are the switching value of the first digital display meter the 4th of connection cooling-water temperature sensor 36, and X7 is the first level sensing of connection
Second digital display meter first switch amount of device 37, X8 be connection the first liquid level sensor 37 the second digital display meter second switch amount, X9
To connect the 3rd digital display meter first switch amount of the second liquid level sensor 38, X10 is the 3 of the second liquid level sensor 38 of connection
Digital display meter second switch amount；
Y0 be for opening the first magnetic valve 19 simultaneously, the contactor KM0, Y1 of second solenoid valve 29 and fan 5 be for
The magnetic valve 19 of fan 5 and first is opened simultaneously and closes the contactor KM1 of second solenoid valve 29, and Y2 is simultaneously closes off the first electromagnetism
Valve 19 and second solenoid valve 29 simultaneously open the contactor KM2, Y3 of fan 5 as closing fan 5, the first magnetic valve 19 and second
The contactor KM3, Y4 of magnetic valve 29 are that contactor KM4, Y5 for starting the first water pump 31 are for closing the first water pump 31
Contactor KM5, Y6 is that contactor KM6, Y7 for starting the second water pump 32 are the contactor for closing the second water pump 32
KM7.Electric control theory figure according to Fig. 6, those skilled in the art do not need performing creative labour, you can pass through
Trapezoidal pattern programming language, intuitively write out the PLC journeys that PLC 34 controls each part to be acted by above-mentioned operation principle
Sequence, the intellectuality of present apparatus operation is realized, the dependent instruction of programming is all prior art, be will not be repeated here.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (8)
1. a kind of energy-saving cooler group frequency-converting control device, it is characterised in that include bottom plate（1）, pole（2）, big casing
（3）, the first water tank（4）, fan（5）, cooling tube（7）, the second water tank（8）, the first water inlet pipe（10）, tuyere（11）, cooler bin
（12）, sponge block（13）, water supply connector（6）, water out adapter（9）, three-tank（14）, incubator（15）, torsionspring（16）、
Cover plate（17）, the first outlet pipe（18）, the first magnetic valve（19）And antipriming pipe（20）, bottom plate（1）Top is provided with pole（2）,
Pole（2）Top is provided with big casing by bolted connection（3）, bottom plate（1）The side that crown center is bolted
Formula is provided with the first water tank（4）, the first water tank（4）Interior centre is provided with fan by bolted connection（5）, big casing
（3）Bottom right is provided with tuyere by bolted connection（11）, big casing（3）It is bolted on the right side of outer bottom
Mode is provided with three-tank（14）, three-tank（14）Positioned at the first water tank（4）Upper right side, big casing（3）On the left of inner bottom part
Second water tank is installed by bolted connection（8）, the second water tank（8）Top left side is connected with the first water inlet pipe（10）,
First water inlet pipe（10）With the second water tank（8）Interior connection, the first water inlet pipe（10）Tail end runs through big casing（3）Left side top, greatly
Casing（3）Cooler bin is installed by bolted connection on the right side of inner bottom part（12）, cooler bin（12）It is interior to be provided with sponge block
（13）, cooler bin（12）Bottom and big casing（3）Bottom right is all provided with hole, and hole is positioned at three-tank（14）Top, big case
Body（3）Upper right side is provided with incubator（15）, incubator（15）Top left side is provided with torsionspring（16）, incubator（15）Top
Provided with cover plate（17）, cover plate（17）Left side and torsionspring（16）Connection, incubator（15）Bottom is connected with the first outlet pipe
（18）, the first outlet pipe（18）With incubator（15）Interior connection, the first outlet pipe（18）It is provided with the first magnetic valve（19）, first
Outlet pipe（18）Tail end runs through big casing（3）Top right side, cooler bin（12）Surface is provided with antipriming pipe（20）, antipriming pipe（20）
Crown center and the first outlet pipe（18）Tail end connects, antipriming pipe（20）With the first outlet pipe（18）Connection, big casing（3）An outer left side
Water supply connector is provided among side（6）, water supply connector（6）It is provided with cooling tube（7）, cooling tube（7）Right-hand member runs through the second water tank
（8）, cooler bin（12）With big casing（3）Right side central, cooling tube（7）With cooler bin（12）Interior sponge block（13）Contact, cooling
Pipe（7）Right-hand member is connected with water out adapter（9）.
2. a kind of energy-saving cooler group frequency-converting control device according to claim 1, it is characterised in that also include
One motor（21）, bearing block（22）, agitating shaft（23）And stirring vane（24）, incubator（15）Outer left surface is bolted
Mode the first motor is installed（21）, incubator（15）Side among interior left surface with being bolted among right flank
Formula is provided with bearing block（22）, two bearings seat（22）Between agitating shaft is installed（23）, agitating shaft（23）By way of interference
With bearing block（22）Bearing connection, the first motor（21）Output shaft pass through shaft coupling and agitating shaft（23）Left end connects, and stirs
Mix axle（23）On stirring vane is installed（24）.
3. a kind of energy-saving cooler group frequency-converting control device according to claim 2, it is characterised in that also include and lead
Airduct（25）, tuyere（11）With big casing（3）Between be connected with guide duct（25）, guide duct（25）Through cooling tube（7）, wind-guiding
Pipe（25）Wherein one end by bolted connection with tuyere（11）Connection, guide duct（25）The other end runs through big casing（3）
Top.
4. a kind of energy-saving cooler group frequency-converting control device according to claim 3, it is characterised in that also include
Four water tanks（26）, the second outlet pipe（27）, the 3rd outlet pipe（28）, second solenoid valve（29）, shower nozzle（30）, the first water pump
（31）, the second water pump（32）With the 4th outlet pipe（33）, big casing（3）Top left side is provided with by bolted connection
Four water tanks（26）, the 4th water tank（26）Positioned at the first water inlet pipe（10）Right, the 4th water tank（26）Lower right side is connected with the 3rd
Outlet pipe（28）, guide duct（25）It is interior to be provided with shower nozzle（30）, the 3rd outlet pipe（28）Tail end penetrates guide duct（25）And and shower nozzle
（30）Crown center connects, the 3rd outlet pipe（28）With shower nozzle（30）Interior connection, the 3rd outlet pipe（28）It is provided with the second electromagnetism
Valve（29）, three-tank（14）The second water pump is installed by bolted connection on the right side of inner bottom part（32）, the second water pump
（32）On be connected with the second outlet pipe（27）, the second outlet pipe（27）Tail end runs through three-tank（14）Right side and the 4th water tank
（26）Top right side connects, the second outlet pipe（27）With the 4th water tank（26）Interior connection, the first water tank（4）Pass through on the right side of inner bottom part
Bolted mode is provided with the first water pump（31）, the first water pump（31）On be connected with the 4th outlet pipe（33）, the 4th water outlet
Pipe（33）Tail end runs through the first water tank（4）Right side and incubator（15）Right upper portion connects, the 4th outlet pipe（33）With incubator
（15）Interior connection.
A kind of 5. energy-saving cooler group frequency-converting control device according to claim 4, it is characterised in that agitating shaft（23）
It is above evenly spaced that stirring vane is installed（24）, stirring vane（24）By bolted connection with agitating shaft（23）Even
Connect.
A kind of 6. energy-saving cooler group frequency-converting control device according to claim 5, it is characterised in that bottom plate（1）Top
Four, portion angle is fitted with pole（2）, pole（2）By bolted connection with bottom plate（1）Top connects.
7. a kind of energy-saving cooler group frequency-converting control device according to claim 6, it is characterised in that also include control
Device processed（34）, water temperature detection case（35）And cooling-water temperature sensor（36）, bottom plate（1）Left side top controller is installed（34）, greatly
Casing（3）Water temperature detection case is installed on interior left side wall（35）, cooling tube（7）With water temperature detection case（35）Connection, water temperature detection
Case（35）Inner top is provided with cooling-water temperature sensor（36）, cooling-water temperature sensor（36）, fan（5）, the first magnetic valve（19）With second
Magnetic valve（29）And controller（34）Electrical connection.
8. a kind of energy-saving cooler group frequency-converting control device according to claim 7, it is characterised in that also include
One liquid level sensor（37）With the second liquid level sensor（38）, the first liquid level sensor（37）, the second liquid level sensor（38）,
One water pump（31）With the second water pump（32）And controller（34）Electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720355725.1U CN206648364U (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving cooler group frequency-converting control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720355725.1U CN206648364U (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving cooler group frequency-converting control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206648364U true CN206648364U (en) | 2017-11-17 |
Family
ID=60274895
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720355725.1U Expired - Fee Related CN206648364U (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving cooler group frequency-converting control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206648364U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115242022A (en) * | 2022-06-23 | 2022-10-25 | 北京博威能源科技股份有限公司 | Generating set system suitable for kitchen waste |
-
2017
- 2017-04-07 CN CN201720355725.1U patent/CN206648364U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115242022A (en) * | 2022-06-23 | 2022-10-25 | 北京博威能源科技股份有限公司 | Generating set system suitable for kitchen waste |
| CN115242022B (en) * | 2022-06-23 | 2023-02-28 | 北京博威能源科技股份有限公司 | Generating set system suitable for kitchen waste |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206648364U (en) | A kind of energy-saving cooler group frequency-converting control device | |
| CN206094390U (en) | Wet film formula computer lab humidification air conditioner | |
| CN209065735U (en) | High-efficiency insulated silica crucible molding machine | |
| CN204107397U (en) | A kind of constant speed constant temperature stirred tank with device for recycling exhaust gas | |
| CN206519134U (en) | A kind of novel reaction kettle | |
| CN207818825U (en) | Full-automatic acid preparing device | |
| CN206014414U (en) | Horizontl tank type ozonator cell | |
| CN207224429U (en) | A kind of rotating disc type constant temperature foaming machine | |
| CN205978128U (en) | Bearing cooling device of flash drying machine | |
| CN206463945U (en) | A kind of lubricating oil intelligence mediation system | |
| CN205949843U (en) | Aluminum product casting machine that possesses accuse temperature function | |
| CN107192185A (en) | Hydraulic agitation device and ice machine in Ice Storage Tank | |
| CN206226922U (en) | Power subsystem energizing test tank cooling device | |
| CN207450211U (en) | A kind of miniature water cabin device peculiar to vessel with cooling coil | |
| CN207035598U (en) | Hydraulic agitation device and ice machine in Ice Storage Tank | |
| CN206582096U (en) | A kind of energy-conserving cooling device of solar components laminating machine vavuum pump | |
| CN206622100U (en) | A kind of naphthalene sulfonic salt water reducer lab scale synthesis device | |
| CN206492430U (en) | A kind of oily equipment of new tune | |
| CN206366382U (en) | A kind of reactor automatic temp controller | |
| CN208859792U (en) | A kind of central air conditioning of ground energy automatic water-replenishing device | |
| CN208212942U (en) | A kind of cooling type mixing machine | |
| CN219589165U (en) | Novel energy-saving carbon dioxide heating device | |
| CN207716711U (en) | A kind of bottle blowing machine bottleneck heat sink | |
| CN221505326U (en) | Device for recovering cold energy from residual liquid of nitrogen making machine | |
| CN207385291U (en) | One kind is in hand basin processing stock stirring device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171117 Termination date: 20180407 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |