CN207006541U - A kind of intelligent electric magnetic inductive shower - Google Patents
A kind of intelligent electric magnetic inductive shower Download PDFInfo
- Publication number
- CN207006541U CN207006541U CN201720745076.6U CN201720745076U CN207006541U CN 207006541 U CN207006541 U CN 207006541U CN 201720745076 U CN201720745076 U CN 201720745076U CN 207006541 U CN207006541 U CN 207006541U
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- resistance
- storage tank
- conductivity cell
- intelligent electric
- master controller
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Abstract
It the utility model is related to the fluid heater apparatus field with heat-generating device, specially a kind of intelligent electric magnetic inductive shower, it is to provide a kind of intelligent electric magnetic inductive shower, heating element heater is connected using conductivity cell, heating element heater is Electromagnetic Heating piece, power supply is set in control box, it is powered in practical application to device, conductivity cell causes Electromagnetic Heating piece to generate heat, Electromagnetic Heating piece utilizes the water in energy heats water tank, successively by storage tank 1, base 2, electromagnetic heater 3, conductivity cell 5, control box 6, heating element heater 7 forms, its advantage is：Regulated and controled with water temperature circuit for regulating and controlling, water temperature is controlled at 40~42 DEG C or so, prevents that its is too high or too low for temperature and brings discomfort to human body, efficient energy-saving, provided conveniently to people.
Description
Technical field
It the utility model is related to the fluid heater apparatus field with heat-generating device, specially a kind of intelligent electromagnetism
Induction type shower.
Background technology
In daily life, normal person will have a bath at regular intervals, and utensil used in bathing typically selects shower.
The working method of domestic shower is typically that gondola water faucet is fixedly installed on the fixed support of certain altitude, and water is conveyed by conduit
To at gondola water faucet, discharged from the shower nozzle of gondola water faucet, to complete to rinse.
But in China, also at least 30% population lives are in rural area, with the continuous progress of society, the life of people
Level has also obtained very big improvement, in terms of health, although a lot of areas have led to electricity, has also led to running water, but defending
In place of many shortcomings in terms of carded sliver part being also present, especially shower, a lot of rural households do not have a shower, and people are pungent in the ground
Credit for hard work make one day, be stained with dust and sweat with it, after going back home, winter day it is cold when, at will cleaned with burned hot water,
During summer day heat, just carelessly at will to be rinsed with cold water, sanitary condition is very poor, if things go on like this, also can produce harm to body,
Health is influenceed, a kind of intelligent electric magnetic inductive shower special suitable for rural area of the application design, utilizes electricity for this
Conduit connects heating element heater, and heating element heater is Electromagnetic Heating piece, and power supply is set in control box, is powered in practical application to device,
Conductivity cell causes Electromagnetic Heating piece to generate heat, and Electromagnetic Heating piece utilizes the water in energy heats water tank, while is arranged in water tank
Temperature detector is detected to the water temperature in water tank in real time so that water temperature is controlled at 40~42 DEG C or so, when temperature is less than
During this numerical value, regulated and controled using water temperature circuit for regulating and controlling, prevent that its is too high or too low for temperature and brings discomfort to human body, used
When put it into water tank water heated, not the used time taken out, efficient energy-saving, provided conveniently to people.
Utility model content
The purpose of this utility model is to provide a kind of intelligent electric magnetic inductive shower, is connected and heated using conductivity cell
Element, heating element heater are Electromagnetic Heating piece, and power supply is set in control box, are powered in practical application to device, and conductivity cell causes electricity
Magnetic heating plate generates heat, and Electromagnetic Heating piece utilizes the water in energy heats water tank, while is arranged on the temperature detector in water tank
The water temperature in water tank is detected in real time so that water temperature is controlled at 40~42 DEG C or so, when temperature is less than this numerical value, profit
Regulated and controled with water temperature circuit for regulating and controlling, prevent that its is too high or too low for temperature and brings discomfort to human body, efficient energy-saving, carried to people
Convenience is supplied.
To achieve these goals, the utility model is achieved using following technical scheme：
A kind of intelligent electric magnetic inductive shower, including storage tank 1, it is characterised in that：The inner bottom part of storage tank 1 is set
Have base 2, removed and installed electromagnetic heater 3 inside base 2, the electromagnetic heater 3 by conductivity cell 5, be arranged at electricity
The control box 6 of the head end of conduit 5 and it is fixedly mounted on the heating element heater 7 of the end of conductivity cell 5 and forms, integrates and be provided with control box 6
Power supply 601, master controller 602, electrically connected with the signal input part of master controller 602 the water temperature of storage tank 1 detection circuit 603, with
The water temperature controling circuit 604 of storage tank 1 of the signal output part of master controller 602 electrical connection, the outside of control box 6 are provided with power knob
605, power supply 601 electrically connects with master controller 602, and power knob 605 electrically connects with power supply 601.
The inwall of storage tank 1 is provided with heat insulation layer structure 101, and the heat insulation layer structure 101 specifically uses rubber and plastic thermal insulating material
Material is made.
The base 3 is post shapes, and the inside of base 3 is in hollow.
The heating element heater 7 include housing 701, be arranged on inside housing 701 ferromagnetic heating tube 702, be coiled in it is ferromagnetic
Electromagnetic heating coil 703 in heating tube 702, the end of conductivity cell 5 electrically connect with the first section of electromagnetic heating coil 703, Electromagnetic Heating
Coil 703 is electrically connected with ferromagnetic heating tube 702, and the outside of housing 701 is provided with and the symmetrical external screw thread of the internal female of base 3.
The left side middle and upper part of storage tank 1 is provided with outlet pipe 8, and outlet pipe 8 connects shower nozzle by water flow switch valve 9
10, water flow switch valve 9 electrically connects with the signal output part of master controller 602.
The water temperature of the storage tank 1 detection circuit 601 connects voltage stabilizing two by the temperature sensor 6011 for being arranged on water tank side wall
Pole pipe 6012, amplifier 6013, the first slide rheostat 6014, the second slide rheostat 6015 and first resistor 6016, second
Resistance 6017,3rd resistor 6018, the 4th resistance 6019 form, after a wherein termination power end VCC of temperature sensor 6011
It is connected with first resistor 6016, another termination voltage-regulator diode 6012 of first resistor 6016,6012 another termination of voltage-regulator diode
Second resistance 6017, the jointing temp sensor 6011 of second resistance 6017 are followed by the positive terminal end of amplifier 6013, and first slides variable resistance
Device 6014 connects the second slide rheostat 6015, and the second slide rheostat 6015 connects 3rd resistor 6018, and 3rd resistor 6018, which connects, puts
The big negative pole end end of device 6013, between the negative pole end and output end of amplifier 6013 and connecting resistance 6020, the output of amplifier 6013
Terminate the 4th resistance 6019, the signal input part P1.4 mouths of 6019 another termination master controller 602 of the 4th resistance.
The water temperature controling circuit 604 of storage tank 1 is by being arranged on the relay control that driving conductivity cell 5 acts in control box 6
The 5th resistance 6042 of connection of system switch 6041, the 6th resistance 6043, triode 6044 form, wherein the signal of master controller 602
Output end P2.5 mouths connect the 5th resistance 6042, the base stage of 6042 another termination triode 6044 of the 5th resistance, triode 6044
Emitter stage is grounded after connecing the 6th resistance 6043, the collector connecting relay controlling switch 6041 of triode 6044, Control
Switch 6041 connects conductivity cell 5, and the another way of relay control switch 6041 simultaneously connects diode 6045, realizes the switch to conductivity cell 5
Control.
The type selecting of master controller 602 is AT89C51, and the type selecting of temperature sensor 6011 is AD590, the type selecting of amplifier 6013
For OP07.
The beneficial effects of the utility model are：A kind of intelligent electric magnetic inductive shower is provided, connected using conductivity cell
Heating element heater is connect, heating element heater is Electromagnetic Heating piece, and power supply is set in control box, is powered in practical application to device, conductivity cell
So that Electromagnetic Heating piece generates heat, Electromagnetic Heating piece utilizes the water in energy heats water tank, while is arranged on the inspection of the water temperature in water tank
Survey device in real time to detect the water temperature in water tank so that water temperature is controlled at 40~42 DEG C or so, when temperature is less than this number
During value, regulated and controled using water temperature circuit for regulating and controlling, prevent that its is too high or too low for temperature and brings discomfort to human body, efficient energy-saving,
Provided conveniently to people.
Brief description of the drawings
Fig. 1 is the utility model electric control system circuit interconnect pattern；
Fig. 2 is the utility model device electric part operation principle block diagram；
Fig. 3 is the utility model apparatus structure schematic diagram.
Shown in figure：Storage tank 1, base 2, electromagnetic heater 3, conductivity cell 5, control box 6, heating element heater 7, outlet pipe
8th, shower nozzle 10, power supply 601, master controller 602, the water temperature of storage tank 1 detection circuit 603, the water temperature controling circuit of storage tank 1
604th, power knob 605, heat insulation layer structure 101, housing 701, ferromagnetic heating tube 702, electromagnetic heating coil 703.
Embodiment
Structure of the present utility model and its advantage are further illustrated below in conjunction with accompanying drawing 1, accompanying drawing 2, accompanying drawing 3.
Embodiment 1
A kind of intelligent electric magnetic inductive shower, its structural representation are as shown in Figure 3：Including storage tank 1, the water storage
The inner bottom part of case 1 is provided with base 3, electromagnetic heater 4 has been removed and installed inside base 3, the electromagnetic heater 4 is by conductivity cell
5th, positioned at the head end of conductivity cell 5 control box 6 and be fixedly mounted on the heating element heater 7 of the end of conductivity cell 5 and form, in control box 6
It is integrated to be provided with power supply 601, master controller 602, the water temperature of the storage tank 1 detection electricity electrically connected with the signal input part of master controller 602
Road 603, the water temperature controling circuit 604 of storage tank 1 electrically connected with the signal output part of master controller 602, the outside of control box 6 are provided with electricity
Source button 605, power supply 601 electrically connect with master controller 602, and power knob 605 electrically connects with power supply 601, wherein each circuit with
The control principle drawing of master controller 602 is as shown in Figure 2.
The inwall of storage tank 1 is provided with heat insulation layer structure 101, and the heat insulation layer structure 101 specifically uses rubber and plastic thermal insulating material
Material is made.
The base 3 is post shapes, and the inside of base 3 is in hollow.
The heating element heater 7 include housing 701, be arranged on inside housing 701 ferromagnetic heating tube 702, be coiled in it is ferromagnetic
Electromagnetic heating coil 703 in heating tube 702, the end of conductivity cell 5 electrically connect with the first section of electromagnetic heating coil 703, Electromagnetic Heating
Coil 703 is electrically connected with ferromagnetic heating tube 702, and the outside of housing 701 is provided with and the symmetrical external screw thread of the internal female of base 3.
The left side middle and upper part of storage tank 1 is provided with outlet pipe 8, and outlet pipe 8 connects shower nozzle by water flow switch valve 9
10, water flow switch valve 9 electrically connects with the signal output part of master controller 602.
As shown in Figure 3：The water temperature of storage tank 1 detection circuit 601 is by being arranged on the temperature sensor of the side wall of storage tank 1
6011 connection voltage-regulator diodes 6012, amplifier 6013, the first slide rheostat 6014, the second slide rheostat 6015 and first
Resistance 6016, second resistance 6017,3rd resistor 6018, the 4th resistance 6019 form, wherein one end of temperature sensor 6011
It is connected after meeting power end VCC with first resistor 6016, another termination voltage-regulator diode 6012 of first resistor 6016, voltage-regulator diode
6012 another termination second resistances 6017, the jointing temp sensor 6011 of second resistance 6017 are followed by the positive terminal end of amplifier 6013,
First slide rheostat 6014 connects the second slide rheostat 6015, and the second slide rheostat 6015 connects 3rd resistor 6018, and the 3rd
Resistance 6018 connects the negative pole end end of amplifier 6013, between the negative pole end and output end of amplifier 6013 and connecting resistance 6020, amplification
The output of device 6013 terminates the 4th resistance 6019, the signal input part P1.4 of 6019 another termination master controller 602 of the 4th resistance
Mouthful.
The water temperature controling circuit 604 of storage tank 1 is by being arranged on the relay control that driving conductivity cell 5 acts in control box 6
The 5th resistance 6042 of connection of system switch 6041, the 6th resistance 6043, triode 6044 form, wherein the signal of master controller 602
Output end P2.5 mouths connect the 5th resistance 6042, the base stage of 6042 another termination triode 6044 of the 5th resistance, triode 6044
Emitter stage is grounded after connecing the 6th resistance 6043, the collector connecting relay controlling switch 6041 of triode 6044, Control
Switch 6041 connects conductivity cell 5, and the another way of relay control switch 6041 simultaneously connects diode 6045, realizes the switch to conductivity cell 5
Control.
The type selecting of master controller 602 is AT89C51, and the type selecting of temperature sensor 6011 is AD590, and amplifier 6013 selects
Type is OP07.
Operation principle：Device is carried out in use, be first full of water to storage tank 1, and electromagnetic heater 4 is put into storage tank 1
In the base 3 of bottom, pass through the internal thread Motionless electromagnetic heater inside the external screw thread and base 3 of the setting of the outside of shell 701
4, press be arranged on the power knob 605 that the outside of control box 6 is set switch on power 601 be powered to device after, be electrically connected with power supply 601
The main control 602 connect obtains electric, the signal output part P2.5 mouths output high level of main control 602, and driving is defeated with the signal of main control 602
The water temperature controling circuit 604 of storage tank 1 for going out to hold P2.5 mouths to electrically connect works so that conductivity cell 5 turns on electric, with the end of conductivity cell 5
The electromagnetic heating coil 703 in the heating element heater 7 of electrical connection is held to produce electromagnetic induction, electromagnetic heating coil 703 produces magnetic field, made
The generation heat of ferromagnetic heating tube 702 electrically connected must be mutually coiled with electromagnetic heating coil 703 to add the water in storage tank 1
Heat.
The temperature sensor 6011 for being arranged on the side wall of storage tank 1 simultaneously combines the water temperature of storage tank 1 detection circuit 601 to water storage
Water temperature is detected in real time in case 1, and testing result is sent to main control by the signal input part P1.4 mouths of master controller 602
Device 602, master controller 602 after processing compared with the temperature value of the inner setting of master controller 602, in master controller 602
The temperature value that portion is set is 42 DEG C, and when the detection temperature value that controller receives is less than 42 DEG C, master controller 602 drives water storage
The water temperature controling circuit 604 of case 1 continues to heat, main when the detection temperature value that master controller 602 receives is equal to or higher than 42 DEG C
Controller 602 drives the water temperature controling circuit 604 of storage tank 1 to act, and is arranged on the relay that driving conductivity cell 5 acts in control box 6
Device controlling switch 6041 is closed, the stopping of conductivity cell 5 action, while electromagnetic heater 4 is also stopped, by being arranged on water storage
The heat insulation layer structure 101 being equipped with the inwall of case 1 is incubated to the water in storage tank 1, opens the electromagnetism being arranged on outlet pipe 8
Switch valve 9, the water in storage tank 1 is sprayed through outlet pipe 8 by shower nozzle 10 to take a shower for people, by heater after having used
4 take out from storage tank 1 so that rural area shower convenient and energy-saving, it is convenient that the life to people provides.
Above example is only the utility model some of which embodiment, and its description is more specific, but can not be because
This and be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the person of ordinary skill of the art,
On the premise of not departing from the utility model, various modifications and improvements can be made, these belong to protection of the present utility model
Scope.
Claims (7)
1. a kind of intelligent electric magnetic inductive shower, including storage tank (1), it is characterised in that：Storage tank (1) inner bottom part
Provided with base (2), electromagnetic heater (3) is removed and installed inside base (2), the electromagnetic heater (3) is by conductivity cell
(5), it is arranged at the control box (6) of conductivity cell (5) head end and is fixedly mounted on heating element heater (7) group of conductivity cell (5) end
Into integrating in control box (6) provided with power supply (601), master controller (602), electrically connect with master controller (602) signal input part
Storage tank (1) water temperature detection circuit (603), storage tank (1) the water temperature control electrically connected with master controller (602) signal output part
Circuit (604) processed, control box (6) is outside to be provided with power knob (605), and power supply (601) electrically connects with master controller (602), electricity
Source button (605) electrically connects with power supply (601).
A kind of 2. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：In the storage tank (1)
Wall is provided with heat insulation layer structure (101), and the heat insulation layer structure (101) is specifically made of insulating rubber plastic.
A kind of 3. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：The base (2) is post
Shape, and in hollow inside base (2).
A kind of 4. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：The heating element heater (7)
Including housing (701), it is arranged on the ferromagnetic heating tube (702) of housing (701) inside, is coiled in ferromagnetic heating tube (702)
Electromagnetic heating coil (703), conductivity cell (5) end electrically connect with electromagnetic heating coil (703) first section, electromagnetic heating coil
(703) electrically connect, be provided with outside housing (701) and the symmetrical outer spiral shell of base (2) internal female with ferromagnetic heating tube (702)
Line.
A kind of 5. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：The storage tank (1) is left
Side middle and upper part is provided with outlet pipe (8), and outlet pipe (8) connects shower nozzle (10), water flow switch valve by water flow switch valve (9)
(9) electrically connected with master controller (602) signal output part.
A kind of 6. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：Storage tank (1) water
Temperature detector slowdown monitoring circuit (603) connects voltage-regulator diode (6012), amplifier by the temperature sensor (6011) for being arranged on water tank side wall
(6013), the first slide rheostat (6014), the second slide rheostat (6015) and first resistor (6016), second resistance
(6017) a termination power end of, 3rd resistor (6018), the 4th resistance (6019) composition, wherein temperature sensor (6011)
It is connected after VCC with first resistor (6016), another termination voltage-regulator diode (6012) of first resistor (6016), voltage-regulator diode
(6012) another termination second resistance (6017), second resistance (6017) jointing temp sensor (6011) are followed by amplifier (6013)
Positive terminal end, the first slide rheostat (6014) connect the second slide rheostat (6015), and the second slide rheostat (6015) connects
Three resistance (6018), 3rd resistor (6018) connect amplifier (6013) negative pole end end, the negative pole end of amplifier (6013) and output
Between end and connecting resistance (6020), the output of amplifier (6013) terminate the 4th resistance (6019), and the 4th resistance (6019) is another
Terminate the signal input part P1.4 mouths of master controller (602).
A kind of 7. intelligent electric magnetic inductive shower as claimed in claim 1, it is characterised in that：Storage tank (1) water
Temperature control circuit (604) is connected by the relay control switch (6041) for being arranged on driving conductivity cell (5) action in control box (6)
5th resistance (6042), the 6th resistance (6043), wherein triode (6044) composition, the signal output part of master controller (602)
P2.5 mouths connect the 5th resistance (6042), the base stage of another termination triode (6044) of the 5th resistance (6042), triode (6044)
Emitter stage connect the 6th resistance (6043) and be grounded afterwards, the collector connecting relay controlling switch (6041) of triode (6044), after
Electric control switch (6041) connects conductivity cell (5), and relay control switch (6041) another way simultaneously connects diode (6045), realizes
The switch of conductivity cell (5) is controlled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720745076.6U CN207006541U (en) | 2017-06-24 | 2017-06-24 | A kind of intelligent electric magnetic inductive shower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720745076.6U CN207006541U (en) | 2017-06-24 | 2017-06-24 | A kind of intelligent electric magnetic inductive shower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207006541U true CN207006541U (en) | 2018-02-13 |
Family
ID=61448307
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720745076.6U Expired - Fee Related CN207006541U (en) | 2017-06-24 | 2017-06-24 | A kind of intelligent electric magnetic inductive shower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207006541U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108680834A (en) * | 2018-04-12 | 2018-10-19 | 福建工程学院 | A kind of detection method of the transformer insulation state based on PDC |
-
2017
- 2017-06-24 CN CN201720745076.6U patent/CN207006541U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108680834A (en) * | 2018-04-12 | 2018-10-19 | 福建工程学院 | A kind of detection method of the transformer insulation state based on PDC |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180213 Termination date: 20180624 |