CN210399485U - Thick film induction quick-heating water heating device - Google Patents

Abstract

The utility model discloses a fast hot water heating device of thick film response, including shell, induction heating body, water supply connector and water connectors, inside induction heating body located the shell, be equipped with on the shell with the through-hole that water supply connector, water connectors correspond, water supply connector, water connectors respectively with the inside cavity intercommunication of induction heating body, be equipped with first temperature sensor on the water supply connector, be equipped with second temperature sensor on the water supply connector, be equipped with the temperature controller group of being connected with the power on the shell, temperature controller group is connected with first temperature sensor, second temperature sensor respectively, just temperature controller group, induction heating body are connected with the main control panel respectively. The utility model discloses rational in infrastructure, production simple process can carry out rapid heating to water through induction heating body, can be according to the use needs temperature regulation at any time, and not only safety, health need not to maintain moreover, be difficult for producing waste water waste gas, have very high practical value.

Description

Thick film induction quick-heating water heating device

Technical Field

The utility model relates to a heating field, concretely relates to fast hot water heating device of thick film response.

Background

At present, hot water and heating can bring convenience to hospitals, beauty parlors, hotels, bathing spots and families, but also bring danger and waste, and steam is a necessary tool in chemical engineering and factories. At present, the market widely uses gas, fuel, coal, particle, air energy heat pump, electric heating pipe, electromagnetic heating and PTC-R thick film induction heating. The equipment using gas, oil, coal and particles as fuel has low efficiency, is easy to cause fire, seriously wastes resources and also seriously pollutes the environment. Air-source heat pumps (which have high requirements on the environment and climate) also have an impact on the atmosphere. The electric heating tube has low cost and strong stability, and is heated in a steam boiler and a chemical pipeline, and a heater and a water heater have great market demands, scale is the biggest threat of the electric heating tube, and the heat efficiency of the electric heating tube with the scale is seriously reduced, and the danger is easily caused by tube explosion. Electromagnetic heating is heating equipment for converting electric energy into heat energy, electricity is secondary energy and is one of the most recognized clean energy in the world, electromagnetic heating is a modern emerging good product and appears as a new energy source for replacing other heating modes, electromagnetic heating is applied to civil use, traditional industry, heavy industry and military industry, and the biggest defects of electromagnetic heating are high cost, large size, difficulty in controlling stability, noise, extremely high requirement on a wound coil and the fact that a coil and a rectification inverter circuit control main board must dissipate heat. Therefore, improvements in the prior art are needed.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, a thick film induction quick heating water heating device is provided, which can be customized and actually adjusted according to various requirements, power, volume and capacity for water heating.

For realizing the above-mentioned purpose, the utility model provides a fast hot water heating device of thick film response, including shell, induction heating body, water supply connector and water connectors, induction heating body locates inside the shell, be equipped with on the shell with the through-hole that water supply connector, water connectors correspond, water supply connector, water connectors respectively with the inside cavity intercommunication of induction heating body, be equipped with first temperature sensor on the water supply connector, be equipped with second temperature sensor on the water connectors, be equipped with the temperature controller group of being connected with the power on the shell, temperature controller group is connected with first temperature sensor, second temperature sensor respectively, just temperature controller group, induction heating body are connected with the main control panel respectively.

Compared with the prior art, the utility model discloses regard as the cavity of water storage with induction heating body, water connection and water connection are connected to the cavity, the temperature of two joints is through two temperature sensor responses, and adjust the temperature through the temperature controller group, can carry out fast to water, effectual heating, can also adjust required temperature, the device is with low costs, small in size, stability is strong, the control unit is simple, production simple process, clean health, it is super durable, there is very strong security, need not the heat dissipation, need not to maintain, noiselessness, the incrustation scale is difficult for producing, waste water steam, adaptable all parts of the world district and weather, no matter what adverse circumstances all can use, be fairly safe new forms of energy heating technology.

In the thick film induction quick-heating water heating device, the induction heating body is connected with the thermal fuse and the thermistor, and the thermal fuse and the thermistor are respectively connected with the temperature controller group and the power supply. The thermistor and the thermal fuse wire are arranged, so that the thermal fuse wire can be cut off when the temperature of the induction heating body exceeds the preset temperature, a power supply is disconnected, and the induction heating body is prevented from being burnt out due to overhigh temperature.

The thick film induction quick heating water device is characterized in that the temperature controller group comprises a first temperature controller and a second temperature controller, the first temperature controller is connected with the first temperature sensor, and the second temperature controller is connected with the second temperature sensor. The first temperature controller controls the water inlet temperature at the water inlet joint, and the second temperature controller controls the water outlet temperature at the water outlet joint, so that the temperature can be adjusted at any time.

According to the thick film induction quick heating water device, the induction heating body comprises the stainless steel pipe inner layer, the insulating material middle layer and the heating film outer layer, the stainless steel pipe inner layer is connected with the insulating material middle layer in a sintering mode, and the insulating material middle layer is connected with the heating film outer layer in a bonding mode. The heating body has stronger heating function.

According to the thick film induction quick heating water device, the guide column is arranged in the cavity of the induction heating body and is made of the polycarbonate material, and the polycarbonate material can have good insulativity.

In the thick film induction quick heating water device, the shell is made of nylon material. Nylon has good heat resistance and abrasion resistance.

Drawings

Fig. 1 is a sectional view of the internal structure of the thick film induction quick heating water device of the present invention.

Detailed Description

In order to make the technical means, the inventive features, the objectives and the functions of the present invention easy to understand, the present invention will be further described with reference to the following specific drawings.

The embodiment of the utility model discloses a thick film response quick hot water heating device, as shown in fig. 1, which comprises a housing 1, induction heating body 2, water supply connector 3 and water connectors 4 pass through laser welding on shell 1, induction heating body 2 is located inside shell 1, be equipped with on shell 1 with water supply connector 3, the through-hole that water connectors 4 correspond, water supply connector 3, water connectors 4 respectively with the inside cavity intercommunication of induction heating body 2, be equipped with first temperature sensor 5 on the water supply connector 3, be equipped with second temperature sensor 6 on the water connectors 4, be equipped with the temperature controller group of being connected with power 7 on shell 1, temperature controller group includes first temperature controller 8 and second temperature controller 9, first temperature controller 8 is connected with first temperature sensor 5, second temperature controller 9 is connected with second temperature sensor 6. The first temperature controller 8 controls the water inlet temperature at the water inlet joint 3, the second temperature controller 9 controls the water outlet temperature at the water outlet joint 4, so that the temperature can be adjusted at any time, and the temperature controller group and the induction heating body 2 are respectively connected with the main control panel.

Specifically, the induction heating body 2 comprises a stainless steel pipe inner layer 21, an insulating material middle layer 22 and a heating film outer layer 23, wherein the stainless steel pipe inner layer 21 and the insulating material middle layer 22 are sintered for multiple times at high temperature, and the insulating material middle layer 22 and the heating film outer layer 23 are connected through high-temperature bonding, so that the heating body has a strong heating function; the shell 1 is arranged outside the induction heating body 2, and the shell 1 is made of nylon materials and has good heat resistance and wear resistance.

In addition, the thermal fuse wire 10 and the thermistor 11 of 100K are soldered on the induction heating body 2, the thermal fuse wire 10 and the thermistor 11 penetrate through the shell 1 and are respectively connected with the temperature controller group and the power supply 7, and the thermal fuse wire 11 and the thermal fuse wire 10 are arranged, so that the thermal fuse wire 10 can be cut off when the temperature of the induction heating body 2 is sensed to exceed the preset temperature, the power supply 7 is disconnected, and the phenomenon that the induction heating body 2 is burnt out due to overhigh temperature is avoided.

It should be further noted that a flow guiding column 12 is disposed in the cavity of the induction heating body 2, and the flow guiding column 12 is made of polycarbonate material, which can have better insulation property.

In the concrete use, at first set for the temperature value with the temperature controller group, then turn on power 7, put through the water source, water flows into in the cavity from water supply connector 3, make induction heating body 2 generate heat through the master control board, hot water is left from water outlet connector 4 after water is heated by induction heating body 2, when the temperature that first temperature sensor 5 sensed water supply connector 3 department was too high or low, send control signal to the master control board through first temperature controller 8 and adjust induction heating body 2 at the temperature of end of intaking, the same thing, second temperature controller 9 can send signal to the master control board and adjust induction heating body 2 at the temperature of end of water outlet, if when the temperature exceeded thermistor 11's preset temperature value in the heating process, hot fuse 10 can automatic disconnection cut off power 7, in order to avoid producing harm, when not needing hot water, it can to close power 7.

The utility model discloses a fast hot water heating device of thick film response, rational in infrastructure, production simple process can carry out rapid heating to water through induction heating body 2, can be according to the use needs temperature regulation at any time, not only safety, health need not to maintain moreover, be difficult for producing waste water waste gas, have very high practical value.

The above description has been made of specific embodiments of the present invention. It is to be understood that the invention is not limited to the particular embodiments described above, and that devices and structures not described in detail are understood to be implemented in a manner common in the art; various changes or modifications may be made by those skilled in the art within the scope of the appended claims without departing from the spirit of the invention.

Claims (6)

1. The utility model provides a fast hot water heating device of thick film response which characterized in that: including shell, induction heating body, water supply connector and water connectors, induction heating body locates inside the shell, be equipped with on the shell with water supply connector, the through-hole that water connectors corresponds, water supply connector, water connectors respectively with the inside cavity intercommunication of induction heating body, be equipped with first temperature sensor on the water supply connector, be equipped with second temperature sensor on the water connectors, be equipped with the temperature controller group of being connected with the power on the shell, temperature controller group is connected with first temperature sensor, second temperature sensor respectively, just temperature controller group, induction heating body are connected with the main control board respectively.

2. The thick film induction rapid thermal water heating apparatus according to claim 1, wherein: the induction heating body is connected with a thermal fuse wire and a thermistor, and the thermal fuse wire and the thermistor are respectively connected with the temperature controller group and the power supply.

3. The thick film induction rapid thermal water heating apparatus according to claim 2, wherein: the temperature controller group comprises a first temperature controller and a second temperature controller, the first temperature controller is connected with a first temperature sensor, and the second temperature controller is connected with a second temperature sensor.

4. The thick film induction rapid thermal water heating apparatus according to claim 1, wherein: the induction heating body comprises a stainless steel pipe inner layer, an insulating material middle layer and a heating film outer layer, the stainless steel pipe inner layer is connected with the insulating material middle layer in a sintering mode, and the insulating material middle layer is connected with the heating film outer layer in a bonding mode.

5. The thick film induction rapid thermal water heating apparatus according to claim 1, wherein: a flow guide column is arranged in a cavity of the induction heating body and is made of polycarbonate materials.

6. The thick film induction rapid thermal water heating apparatus according to claim 1, wherein: the housing is made of a nylon material.

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