CN206282124U - A kind of intelligent heat pump cleaning machine centralized control system - Google Patents
A kind of intelligent heat pump cleaning machine centralized control system Download PDFInfo
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- CN206282124U CN206282124U CN201621385156.7U CN201621385156U CN206282124U CN 206282124 U CN206282124 U CN 206282124U CN 201621385156 U CN201621385156 U CN 201621385156U CN 206282124 U CN206282124 U CN 206282124U
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Abstract
The utility model provides a kind of intelligent heat pump cleaning machine centralized control system, heat pump and cleaning machine system are combined by PLC module by the temperature sensor and liquid level sensor that are arranged in pond, the running status of PLC module monitor in real time source pump and cleaning machine system, the startup and stopping of different source pumps and auxiliary heater are controlled by PLC module, fully demonstrate the power savings advantages of control system, information interaction and centralized Control for two systems can be managed timely and effectively, analyze data can more facilitate management and lifting operating efficiency；By the optoelectronic switch for being arranged on cleaning machine porch, when PLC control modules do not receive the signal of optoelectronic switch transmission within a certain period of time, send control signal control source pump and cleaning machine is stopped, scientifically arrange production time and rhythm, production cost purpose is reduced to reach.
Description
Technical field
The utility model belongs to automation field, specifically a kind of intelligent heat pump cleaning machine centralized control system.
Background technology
At present, either in the manufacture of machinery equipment or in the manufacturing process of bearing, have one it is impassable
Operation, the cleaning before both being assembled to part, due to various mechanical parts it is processed after, its part produces some dirty in itself
Thing, it is necessary to which being cleaned up to use；Existing cleaning way is high-temperature-hot-water cleaning, the height that heat pump is produced
Warm water is pumped into cleaning machine by drawing water, then cleaning is carried out to part, but this method has many shortcomings,
First, during cleaning, the respective independent operating of heat pump heating system and cleaning machine system, it is impossible to enough interact is any
One system breaks down, and is required to manually be controlled, and automaticity is not high；Second, operator is for heat pump
Temperature cannot obtain real-time temperature value, if heat pump cisco unity malfunction, break down, and cause water temperature not reach technique
It is required that, influence will be produced on cleaning product quality；Third, cleaning machine cleaning output can become as economic situation is different
Change, therefore productive temp also can be accordingly different, and heat pump causes sometimes can not with the respective independent control of cleaning machine system
Meet production heat demand, cause technological temperature not up to standard, influence product quality；Fourth, user can be produced because of production
Line is adjusted, resettlement, and restructuring thus results in equipment control, and asset management a large amount of manual times counted, management；Fifth, cleaning
Production line is not high due to automaticity, and production power consumption can be different according to the profile of different operating workman, custom, therefore
Causing unnecessary use can waste.
Utility model content
In order to solve the above problems, the utility model provides a kind of intelligent heat pump cleaning machine centralized control system, by setting
The temperature sensor and liquid level sensor put in pond combine one heat pump and cleaning machine system by PLC module
Rise, the running status of PLC module monitor in real time source pump and cleaning machine system controls different source pumps by PLC module
With the startup and stopping of auxiliary heater, the power savings advantages of control system are fully demonstrated, for the information interaction of two systems
Can timely and effectively be managed with centralized Control, management and lifting operating efficiency can more be facilitated by analyze data.
The technical scheme that the utility model is used：A kind of intelligent heat pump cleaning machine centralized control system, including heat pump
System, cleaning machine and automatic control system, the automatic control system include interchanger and be connected with interchanger touch-screen,
PLC module, the interchanger is also associated with host computer；Described PLC module connects intelligent electric meter by serial ports, obtains system reality
When power consumption, accumulation power consumption, segmentation power consumption etc., and transfer data to described touch-screen；Described PLC module passes through
The liquid level sensor of liquid level interface module is connected to, the water level signal that acquisition is directly proportional to the height of water level in pond sends institute to
The touch-screen stated, described PLC module obtains heat pump hot-water system by being connected to the temperature sensor of temperature interface module
Real time temperature, sends described touch-screen to, and the temperature sensor and liquid level sensor are arranged in pond；The heat pump
System includes two groups of source pumps, pond, and small pump；Described PLC module connects acid-base concentration meter, the acid by serial ports
Alkali densimeter is connected with the acidity-basicity sensor being arranged at the hot water inlet of pond, obtains the pH value of heat pump hot-water system, and will
Signal transmission is to PLC module；Two groups of source pumps are first group of source pump and second group of source pump；The cleaning machine
It is joined directly together with the hot water outlet in pond logical, suction pump is provided with the connecting pipe of cleaning machine and pond hot water outlet；It is described
The auxiliary heater of hot water heating in independent water feeder is additionally provided with pond；Described PLC module output port is connected to
Described small pump, auxiliary heater and two groups of source pumps；Described PLC module is established by cable by being connected to the light of counting module
Close, obtain the quantity of cleaning machine cleaning workpiece, send described touch-screen to；The optoelectronic switch is arranged on cleaning machine entrance
Place, when PLC control modules do not receive the signal of optoelectronic switch transmission within a certain period of time, sends control signal control heat pump system
System and cleaning machine are stopped;
In the utility model, the cleaning machine includes purge chamber and cleaning part is sent to the conveyer belt of purge chamber, transmission
A part for band is arranged on purge chamber inside and through whole purge chamber, is provided with the cleaning chamber enclosure and is connected with interchanger
The display screen for connecing；The purge chamber top is provided with multiple cleaning sprayers, and the purge chamber is vertical with plane where conveyer belt
The inductive switch for controlling each cleaning sprayer working condition is wherein correspondingly arranged on the inwall of side；The inductive switch respectively with
PLC module input port is connected, and described PLC module output port correspondence is connected to described cleaning sprayer, when sensing is opened
When pass has detected cleaning part and passes through, PLC module is transferred signals to, PLC module sends control signal control and inductive switch
The cleaning sprayer being correspondingly arranged is started working, and cleaning showers are carried out to cleaning part；
In the utility model, purge chamber top is provided with two cleaning sprayers, and the control being correspondingly arranged each is clear
Wash the inductive switch of shower nozzle working condition, the cleaning sprayer include spraying the first shower nozzle of the hot water containing cleansing medium with
Directly spray clear water common shower nozzle, first shower nozzle include nozzle body and nozzle cap, nozzle body include Taper Pipe section and
The vertical section being connected with Taper Pipe section heavy caliber side, the small-bore side of Taper Pipe section is provided with nozzle cap, vertical section opposite side with
Inlet channel is threadedly coupled, and the nozzle body vertical section is internally provided with inner sleeve, shape between inner sleeve and nozzle body
Into the cavity for the current that circulate, the internal thread that the current to passing through form certain eddy flow is provided with nozzle body inwall, institute
State and the internal thread in opposite direction with internal thread on nozzle body inwall is provided with inner sleeve inside pipe wall；Inner sleeve is internally provided with one
Bar cleansing medium pipeline, cleansing medium entrance is connected by connecting pipe with cleansing medium, and pipe outlet is connected with one
Individual spherical sprinkling ball, is provided with multiple spray holes on the sprinkling ball sphere, cleansing medium passes through sprinkling after entering sprinkling ball
Spread to surrounding in hole；The Taper Pipe intersegmental part of the nozzle body is provided with high-pressure chamber and tapered injection loophole, and the sprinkling ball is arranged on
In high-pressure chamber, high-pressure chamber is directly connected with the less side of tapered injection loophole bore, is produced when eliminating hot water by parallel channels
Raw resistance, maximizes spraying effect；
The purge chamber bottom is provided with a cistern, and the cistern is connected with pond, the hot water in cistern
By reentering pond after physics sedimentation and physical filtering;
In the utility model, the certain hour directly can be set on touch screen operation interface, and touch-screen is again by signal
Send PLC module to；
In the utility model, temperature transmitter is provided between the temperature sensor and PLC temperature interface modules；It is described
Fluid level transmitter is provided between level sensing and PLC liquid level interface modules；The temperature transmitter and fluid level transmitter it is defeated
Exit port connection corresponding with the input port of Analog input mModule, turns analog quantity by Analog input mModule internal conversion
Chemical conversion digital quantity, then digital quantity signal is transferred to PLC module；
In the utility model, the function that exchanges set between the PLC module and touch-screen produces wireless local area, mobile phone
Touch-screen can be connected to by WLAN, can realize that the institute of local touch-screen is functional；
In the utility model, it is additionally provided between the cleaning machine and suction pump to the force (forcing) pump of hot water pressurization.
The beneficial effects of the utility model:
Heat pump and cleaning machine system are passed through by PLC by the temperature sensor and liquid level sensor that are arranged in pond
Block combiner together, the running status of PLC module monitor in real time source pump and cleaning machine system, by PLC module control
The startup and stopping of different source pumps and auxiliary heater, fully demonstrate the power savings advantages of control system, for two systems
Information interaction and centralized Control can timely and effectively manage, by analyze data can more facilitate management and lifting work
Make efficiency；
1. PLC module obtains the real-time temperature of heat pump hot-water system by being connected to the temperature sensor of temperature interface module
Degree, sends touch-screen to, and shows real time temperature on the touchscreen, and operator can in real time grasp the real-time temperature of heat pump hot-water system
Degree；
2. PLC module obtains the quantity that cleaning machine cleans part by being connected to the optoelectronic switch of counting module, transmission
To described touch-screen；The optoelectronic switch is arranged on cleaning machine porch；When PLC control modules are not received within a certain period of time
To the signal of optoelectronic switch transmission, send control signal control source pump and cleaning machine is stopped, scientifically arrange production
Time and rhythm, production cost purpose is reduced to reach；
3. temperature transmitter is provided between temperature sensor and PLC temperature interface modules, temperature detection signal is amplified
PLC module is transferred to by the conversion process of analog input and module again afterwards, detects water temperature more accurate, by this area
Technical staff tests, and water temperature error is within ± 0.5 DEG C；
4. when PLC module judges that temperature is less than minimum setting value, PLC module sends signal and controls two groups of source pumps
Work simultaneously, the hot water in pond is heated；When PLC module judges that temperature is between minimum and maximum setting value, PLC moulds
Block sends signal and controls wherein one source pump to be stopped, and another source pump works on, to the hot water in pond
Heat preservation is carried out, PLC module sends signal control cleaning machine and starts working, and starts the count module inside PLC module simultaneously
Block is counted to the workpiece for being cleaned；When PLC module judges that temperature is more than maximum set value, PLC module sends signal control
Two groups of source pumps are controlled while being stopped；PLC module passes through the heat pump machine of the real time temperature control varying number for detecting
Group and auxiliary heater are heated to hot water, while temperature hot water needed for meeting cleaning machine, can energy saving, reduction life
Produce cost；
5. when PLC module judges that source pump breaks down, send signal control cleaning machine and source pump stops work
Make, and the auxiliary heater started simultaneously in pond is heated to the hot water in pond, can not only prevent the waste at water source, more
The damage that can prevent part of the underproof hot water to being cleaned from causing；
6. the nozzle body vertical section of the first shower nozzle described in is internally provided with inner sleeve, between inner sleeve and nozzle body
The cavity for the current that circulate is formed, the internal thread that the current to passing through form certain eddy flow is provided with nozzle body inwall,
The internal thread in opposite direction with internal thread on nozzle body inwall is provided with the inner sleeve inside pipe wall；When hot water stream passes through,
Form two strands of eddy flows in opposite direction respectively in cavity and inner sleeve, and it is final in high-pressure chamber with the spray hole from sprinkling ball
The middle cleansing medium spread to surrounding is sufficiently mixed, and is sprayed eventually through the tapered injection loophole being joined directly together with high-pressure chamber, disappears
Except the resistance produced when hot water is by parallel channels, maximize spraying effect；
7. purge chamber top described in is provided with two cleaning sprayers, and the control being correspondingly arranged each cleaning sprayer work
The inductive switch of state, the cleaning sprayer includes spraying the first shower nozzle of cleansing medium and the directly common spray of sprinkling clear water
Head, after workpiece enters purge chamber, after the inductive switch being correspondingly arranged with the first shower nozzle detects signal, control the first shower nozzle spray
Spilling the hot water containing cleansing medium carries out first time cleaning to workpiece, workpiece with conveyer belt, when corresponding with common shower nozzle
After the inductive switch of setting detects signal, common shower nozzle sprinkling hot water is controlled to carry out second cleaning to workpiece, by workpiece table
The cleansing medium in face and the spot of residual are further processed, and reach best cleaning performance；
8. purge chamber bottom is provided with cistern, and the hot water in cistern directly enters by after physics sedimentation and physical filtering
Enter pool circulating utilization, increased the utilization rate of the energy, saved water source, reduce production cost；
9. the host computer in centralized control system has data storage function, for user because of production adjustment resettlement, restructuring
Production line carries out data storage, so as to reduce fixed assets labor management make an inventory difficulty, reduces cost of labor；
10. acid-base value signal is sent to acid-base concentration meter by acidity-basicity sensor, and acid-base concentration meter is passed the signal to again
PLC module, PLC module receives acid-base value detection signal, is carried out with the acid-base value signal setting value needed for the normal work of pond
Compare；If when PLC module judges acid-base value less than minimum setting value or more than maximum set value, PLC module sends letter
Number two groups of source pumps of control and cleaning machine are stopped, and the indicator lamp on acid-base concentration meter sends alarm signal, and is touching
Screen display failure alarm signal, field personnel after signal is seen, the acid-base value of hot water in balancing tank, when PLC moulds
When block judges that acid-base value is between minimum and maximum setting value, PLC module sends signal control two groups of source pumps and cleaning machine
Restart work.
Brief description of the drawings
Fig. 1 is overall structure figure of the present utility model；
Fig. 2 is the overall structure figure of cleaning machine in the utility model；
Fig. 3 is the overall structure figure of cleaning machine internal washing room in the utility model；
Fig. 4 is the overall structure figure of the first shower nozzle in the utility model；
Marked in figure：1st, interchanger, 2, touch-screen, 3, PLC module, 4, intelligent electric meter, 5, liquid level sensor, 501, liquid level
Transmitter, 6, temperature sensor, 601, temperature transmitter, 7, pond, 8, small pump, 9, first group of source pump, 10, second group
Source pump, 11, cleaning machine, 110, purge chamber, 111, conveyer belt, 112, display screen, 113, optoelectronic switch, 114, cistern,
12nd, auxiliary heater, 13, Analog input mModule, 14, inductive switch, the 15, first shower nozzle, 151, nozzle body, 152, shower nozzle
Lid, 153, inner sleeve, 154, cleansing medium pipeline, 155, sprinkling ball, 156, high-pressure chamber, 157, tapered injection loophole, 16, common spray
Head, 17, host computer, 18, acid-base concentration meter, 19, acidity-basicity sensor.
Specific embodiment
Principle of the present utility model and feature are described in detail with reference to embodiments, illustrated embodiment is only used for retouching
The utility model is stated, scope of the present utility model is not intended to limit.
A kind of intelligent heat pump cleaning machine centralized control system, the automatic control system includes interchanger 1 and and interchanger
Touch-screen 2, the PLC module 3 being connected, the interchanger are also connected with host computer 17 by netting twine, and host computer can be supervised in real time
The running status of control heat pump and cleaning machine, information interaction and centralized Control for two systems can be managed timely and effectively
Reason；Described PLC module 3 connects intelligent electric meter 4 by RS485 serial ports, obtains the real-time power consumption of system, accumulation power consumption, divides
Section power consumption etc., and transfer data to described touch-screen 2；Described PLC module is by being connected to liquid level interface module
Liquid level sensor 5, the water level signal that acquisition is directly proportional to the height of water level in pond；Described PLC module is by being connected to temperature
The temperature sensor 6 of interface module, obtains the real time temperature of heat pump hot-water system, sends described touch-screen, the temperature to
Sensor and liquid level sensor are arranged in pond；Temperature sensor is arranged in the hot water near at the hot water inlet of pond,
Liquid level sensor is arranged on the wherein side inwall of pond；The heat pump includes two groups of source pumps, pond 7, and moisturizing
Pump 8；Two groups of source pumps are first group of source pump 9 and second group of source pump 10, and those skilled in the art are specific
When implementing the utility model, the source pump and every group of heat of source pump of how many group can be needed according to the selection of specific works situation
Pump quantity；Described PLC module 3 by RS485 serial ports connect acid-base concentration meter, the acid-base concentration meter 18 be arranged on pond
Acidity-basicity sensor 19 below at hot water inlet is connected, and obtains the pH value of heat pump hot-water system, and transfers signals to PLC moulds
Block；Two groups of source pumps are first group of source pump 9 and second group of source pump 10；The cleaning machine 11 and the heat in pond
Water out is joined directly together logical, and suction pump is provided with the connecting pipe of cleaning machine 11 and pond hot water outlet；In the pond also
The auxiliary heater 12 of hot water heating in independent water feeder is provided with, when PLC module judges that source pump breaks down, hair
Go out signal control cleaning machine and source pump is stopped, and start the auxiliary heater in pond simultaneously to the hot water in pond
Heated；Described PLC module output port is connected to described small pump 8, auxiliary heater 12 and two groups of source pumps；
Described PLC module obtains the quantity of cleaning machine cleaning workpiece, by PLC by being connected to the optoelectronic switch 113 of counting module
Internal processes computing, calculates Real time Efficiency, observable index, and transfer data to described touch-screen；The optoelectronic switch sets
Put in cleaning machine porch, when PLC control modules do not receive the signal of optoelectronic switch transmission within a certain period of time, send control
Signal controls heat pump and cleaning machine to be stopped；
In the utility model, the cleaning machine 11 includes purge chamber 110 and cleaning part is sent to the conveyer belt of purge chamber
111, a part for conveyer belt is arranged on purge chamber inside and through whole purge chamber, is provided with and friendship on the cleaning chamber enclosure
Change planes the display screen 112 being connected, the quantity of the workpiece of display screen display cleaning machine cleaning；The purge chamber top is provided with many
Individual cleaning sprayer, each is clear to be correspondingly arranged on control on the purge chamber wherein side inwall vertical with plane where conveyer belt
Wash the inductive switch 14 of shower nozzle working condition；The inductive switch is connected with PLC module input port respectively, described PLC
Module output port correspondence is connected to described cleaning sprayer, when inductive switch has detected cleaning part to be passed through, signal is passed
It is defeated to PLC module, PLC module sends control signal control and is started working with the cleaning sprayer that inductive switch is correspondingly arranged, to clear
Washing part carries out cleaning showers；
Preferably, purge chamber top is provided with two cleaning sprayers, and the control being correspondingly arranged each cleaning sprayer
The inductive switch 14 of working condition, the cleaning sprayer include spray the first shower nozzle 15 of the hot water containing cleansing medium with directly
The common shower nozzle 16 of sprinkling clear water is connect, after workpiece enters purge chamber, the inductive switch being correspondingly arranged with the first shower nozzle is detected
After signal, control the first shower nozzle hot water of the sprinkling containing cleansing medium carries out first time cleaning to workpiece, and workpiece is with conveyer belt
Motion, after the inductive switch being correspondingly arranged with common shower nozzle detects signal, controls common shower nozzle sprinkling hot water to enter workpiece
Row is cleaned for second, and the spot of the cleansing medium of workpiece surface and residual is further processed, and reaches best cleaning effect
Really；
First shower nozzle 15 include nozzle body 151 and nozzle cap 152, nozzle body 151 include Taper Pipe section and with cone
The vertical section that pipeline section heavy caliber side is connected, the small-bore side of Taper Pipe section is provided with nozzle cap, vertical section opposite side and water inlet
Pipeline is threadedly coupled, and the vertical section of the nozzle body 151 is internally provided with inner sleeve 153, between inner sleeve and nozzle body
The cavity for the current that circulate is formed, the internal thread that the current to passing through form certain eddy flow is provided with nozzle body inwall,
The internal thread in opposite direction with internal thread on nozzle body inwall is provided with the inner sleeve inside pipe wall；Inner sleeve is internally provided with
One cleansing medium pipeline 154, cleansing medium entrance is connected by connecting pipe with cleansing medium, pipe outlet connection
There is a spherical sprinkling ball 155, multiple spray holes are provided with the sprinkling ball sphere, cleansing medium leads to after entering sprinkling ball
Spray hole is crossed to be spread to surrounding；The Taper Pipe intersegmental part of the nozzle body is provided with high-pressure chamber 156 and tapered injection loophole 157, described
Sprinkling ball is arranged in high-pressure chamber, and high-pressure chamber is directly connected with the less side of tapered injection loophole bore, eliminates hot water and passes through
The resistance produced during parallel channels, maximizes spraying effect；When hot water stream passes through, formed respectively in cavity and inner sleeve
Two strands of eddy flows in opposite direction, and final filled with the cleansing medium to surrounding diffusion from the spray hole of sprinkling ball in high-pressure chamber
Divide mixing, and sprayed eventually through the tapered injection loophole being joined directly together with high-pressure chamber, produced when eliminating hot water by parallel channels
Raw resistance, maximizes spraying effect；
Preferably, the purge chamber bottom is provided with a cistern 114, and the cistern is connected with pond, retaining
Hot water in pond after physics sedimentation and physical filtering by reentering pond;
Preferably, the certain hour directly can be set in the operation interface of touch-screen 2, and those skilled in the art can be with root
According to the condition of production, reasonable time value is set, the energy-saving effect that can be optimal again in the case where not influenceing cleaning machine to work,
Touch-screen transmits a signal to PLC module again；
Preferably, it is provided with temperature transmitter 601 between the temperature sensor 6 and PLC temperature interface modules；The liquid
Fluid level transmitter is provided between level sensor 5 and PLC liquid level interface modules；The temperature transmitter and fluid level transmitter it is defeated
Exit port connection corresponding with the input port of Analog input mModule 13, by Analog input mModule internal conversion by analog quantity
Digital quantity is changed into, then digital quantity signal is transferred to PLC module；
Preferably, the interchanger 1 for being set between the PLC module 3 and touch-screen 2 can produce wireless local area, and mobile phone can
Touch-screen 2 is connected to by WLAN, can realize that the institute of local touch-screen is functional；
Preferably, it is additionally provided between the cleaning machine and suction pump to the force (forcing) pump of hot water pressurization.
The utility model, operationally, scene passes through modbus agreements to a kind of intelligent heat pump cleaning machine centralized control system
Transmitted to PLC module after reading each meter parameter, by host computer can with monitor in real time heat pump and the running status of cleaning machine,
Information interaction and centralized Control for two systems can be managed timely and effectively, and simultaneity factor can be automatically according to collection
Data automatically generate and store real time history energy consumption tendency chart, fault alarm information, real-time yield form, historical data etc.,
Management and lifting operating efficiency can more be facilitated by analyze data.
Claims (8)
1. a kind of intelligent heat pump cleaning machine centralized control system, including heat pump, cleaning machine（11）And automatic control system, its
It is characterised by：The automatic control system includes interchanger（1）And the touch-screen being connected with interchanger（2）, PLC module（3）,
The interchanger is also associated with host computer（17）；Described PLC module（3）Intelligent electric meter is connected by serial ports（4）, obtain system
Power consumption, sends described touch-screen to（2）；Described PLC module is by being connected to the liquid level sensor of liquid level interface module
（5）, the water level signal that acquisition is directly proportional to the height of water level in pond；Described PLC module is by being connected to temperature interface module
Temperature sensor（6）, the real time temperature of heat pump hot-water system is obtained, send described touch-screen, the temperature sensor to
Pond is arranged at liquid level sensor（7）In；The heat pump includes two groups of source pumps, pond（7）, and small pump
（8）；Described PLC module（3）Acid-base concentration meter, the acid-base concentration meter are connected by serial ports（18）Be arranged on pond hot water
The acidity-basicity sensor of porch（19）Connection, obtains the pH value of heat pump hot-water system, and transfers signals to PLC module；Institute
Two groups of source pumps are stated for first group of source pump（9）With second group of source pump（10）；The cleaning machine（11）With pond
Hot water outlet is joined directly together logical, cleaning machine（11）Suction pump is provided with the connecting pipe of pond hot water outlet；The pond
In be additionally provided with the auxiliary heater of hot water heating in independent water feeder（12）；Described PLC module output port is connected to
Described small pump（8）, auxiliary heater（12）With two groups of source pumps；Described PLC module is by being connected to counting module
Optoelectronic switch（113）, the quantity of cleaning machine cleaning workpiece is obtained, send described touch-screen to；The optoelectronic switch is set
In cleaning machine porch, when PLC control modules do not receive the signal of optoelectronic switch transmission within a certain period of time, control letter is sent
Number control heat pump and cleaning machine be stopped.
2. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 1, it is characterised in that：The cleaning machine
（11）Including purge chamber（110）With the conveyer belt for cleaning part being sent to purge chamber（111）, a part for conveyer belt is arranged on clearly
Inside chamber wash and through whole purge chamber, the display screen being connected with interchanger is provided with the cleaning chamber enclosure（112）；Institute
State purge chamber top and be provided with multiple cleaning sprayers, on the purge chamber wherein side inwall vertical with plane where conveyer belt
It is correspondingly arranged on the inductive switch for controlling each cleaning sprayer working condition（14）；The inductive switch is defeated with PLC module respectively
Inbound port is connected, and described PLC module output port correspondence is connected to described cleaning sprayer, when inductive switch has been detected
When cleaning part passes through, PLC module is transferred signals to, PLC module sends what control signal control and inductive switch were correspondingly arranged
Cleaning sprayer is started working, and cleaning showers are carried out to cleaning part.
3. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 2, it is characterised in that：The cleaning ceiling
Portion is provided with two cleaning sprayers, and the inductive switch for controlling each cleaning sprayer working condition being correspondingly arranged（14）, it is described
Cleaning sprayer includes spraying the first shower nozzle of the hot water containing cleansing medium（15）With the common shower nozzle for directly spraying clear water
（16）, first shower nozzle（15）Including nozzle body（151）And nozzle cap（152）, nozzle body（151）Including Taper Pipe section and
The vertical section being connected with Taper Pipe section heavy caliber side, the small-bore side of Taper Pipe section is provided with nozzle cap, vertical section opposite side with
Inlet channel is threadedly coupled, the nozzle body（151）Vertical section is internally provided with inner sleeve（153）, inner sleeve and shower nozzle
The cavity for the current that circulate is formed between main body, the current to passing through is provided with nozzle body inwall and is formed certain eddy flow
Internal thread, is provided with the internal thread in opposite direction with internal thread on nozzle body inwall on the inner sleeve inside pipe wall；In inner sleeve
Portion is provided with a cleansing medium pipeline（154）, cleansing medium entrance is connected by connecting pipe with cleansing medium, is managed
Road outlet is connected with a spherical sprinkling ball（155）, multiple spray holes are provided with the sprinkling ball sphere, cleansing medium enters
Spread to surrounding by spray hole after entering to spray ball；The Taper Pipe intersegmental part of the nozzle body is provided with high-pressure chamber（156）And taper
Jet（157）, it is described sprinkling ball be arranged in high-pressure chamber, high-pressure chamber directly with the less side phase of tapered injection loophole bore
Even, maximize spraying effect.
4. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 2, it is characterised in that：The purge chamber bottom
Portion is provided with a cistern（114）, the cistern is connected with pond, and the hot water in cistern is settled and thing by physics
Pond is reentered after reason filtering.
5. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 1, it is characterised in that：The certain hour
Can be directly in touch-screen（2）Set in operation interface, touch-screen transmits a signal to PLC module again.
6. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 1, it is characterised in that：The TEMP
Device（6）Temperature transmitter is provided between PLC temperature interface modules（601）；The liquid level sensor（5）Connect with PLC liquid levels
Fluid level transmitter is provided between mouth mold block；The output port of the temperature transmitter and fluid level transmitter and analog input mould
Block（13）Input port correspondence connect, analog quantity is changed into digital quantity by Analog input mModule internal conversion, then will
Digital quantity signal is transferred to PLC module.
7. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 1, it is characterised in that：The PLC module
（3）With touch-screen（2）Between set interchanger（1）Wireless local area can be produced, mobile phone can be connected by WLAN
To touch-screen（2）, can realize that the institute of local touch-screen is functional.
8. a kind of intelligent heat pump cleaning machine centralized control system as claimed in claim 1, it is characterised in that：The cleaning machine with
It is additionally provided between suction pump to the force (forcing) pump of hot water pressurization.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621385156.7U CN206282124U (en) | 2016-12-16 | 2016-12-16 | A kind of intelligent heat pump cleaning machine centralized control system |
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| CN201621385156.7U CN206282124U (en) | 2016-12-16 | 2016-12-16 | A kind of intelligent heat pump cleaning machine centralized control system |
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| CN206282124U true CN206282124U (en) | 2017-06-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106502197A (en) * | 2016-12-16 | 2017-03-15 | 东莞市风火轮热能科技有限公司 | A kind of intelligent heat pump cleaning machine centralized control system |
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2016
- 2016-12-16 CN CN201621385156.7U patent/CN206282124U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106502197A (en) * | 2016-12-16 | 2017-03-15 | 东莞市风火轮热能科技有限公司 | A kind of intelligent heat pump cleaning machine centralized control system |
| CN106502197B (en) * | 2016-12-16 | 2023-04-28 | 东莞市风火轮热能科技有限公司 | Centralized control system of intelligent heat pump cleaning machine |
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