CN110664611A - Full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bathing - Google Patents

Abstract

The invention aims at solving the problems of single function, high price, serious energy waste and the like of the massage device on the market at present, and improves and innovates the massage device on the basis of the problems. The body massager and the foot bath basin are combined together, and the automatic hair washing device is additionally arranged on the basis, so that the hands of a customer are liberated, brand new experience is brought to the customer, and the whole body and mind relaxation and cleaning of the customer are realized. In addition, the energy-saving system and the vacuum cleaning system are arranged, so that the waste of energy and water resources can be reduced, and the secondary utilization of energy can be realized.

Description

Full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bathing

Technical Field

The invention relates to the field of leisure massage machines, in particular to a full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath.

Background

Many massage devices are available in the market at present, mainly aiming at body massage, the functions are single, and pleasant and comfortable enjoyment cannot be brought to customers, and the traditional massage devices have many problems, such as: the hand-held small massager cannot massage and relax the whole body and mind; the large lying type massage chair has the problems of large occupied area, high purchase price and high energy consumption. Hand-held small-size massager and large-scale formula of lying massage armchair all have the massage mode rigid, and the function is single, can't effectually alleviate the tired problem of customer's health.

Aiming at the problems, the invention specially invents an integrated massage device integrating hair washing, body massage and foot bath.

Disclosure of Invention

The invention aims to make up the defects of the prior art, provides a full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath, and realizes technical innovation in the aspect of vacancy in the current market. Can be used in the fields of leisure, bath, massage and other industries.

In order to achieve the purpose, the technical scheme of the invention is to provide a full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath. Wherein: the foot bath basin, the body massager and the automatic shampoo basin mutually form main parts of a machine body, and the whole energy-saving system supplies hot water for the machine body.

The compressor is sequentially connected with a gas-liquid separation device, a throttle valve, an evaporator and a condenser through pipelines, a preparation heating water tank connected with a tap water pipe is arranged at one end in the heating water tank, a rapid heating water tank is arranged at the other end of the heating water tank, a partition plate lower than the top of the heating water tank is arranged between the preparation heating water tank and the rapid heating water tank of the heating water tank, the condenser is arranged in the preparation heating water tank of the heating water tank, the electric heating device is arranged in the rapid heating water tank of the heating water tank, the filtering device is connected with a water outlet of an energy-saving system, the filtering device is arranged at the top or the middle upper part of the heating water tank, the evaporator is arranged in.

The foot bath basin, the body massager and the automatic hair washing basin are connected with each other, so that the appearance of a customer is cleaned and arranged under the condition that the customer massages and relaxes the whole body and mind, and the customer is refreshed from inside to outside.

The invention has the effects that the energy-saving system absorbs the heat of the waste hot water generated by the whole full-automatic integrated energy-saving massage chair for washing the hair, massaging and bathing, and converts the heat into clean cold water for customers to use through the heat exchange device, thereby realizing the secondary cyclic utilization of the heat. The purposes of energy conservation and emission reduction are achieved under the condition that the experience feeling of a client is not influenced.

Drawings

Fig. 1 is a schematic structural diagram of a heat pump energy-saving system for recycling sewage heat according to the present invention.

Fig. 2 is a plan view of the heat pump economizer system for recycling sewage heat according to the present invention.

Fig. 3 is a structural view of the decontamination system of the heat pump energy-saving system for recycling sewage heat in the invention.

Fig. 4 is a schematic view of the overall structure of the present invention.

Fig. 5 is a schematic view of the arrangement of the machine body of the present invention.

Fig. 6 is a schematic view of an external layout according to the present invention.

Fig. 7 is a schematic structural view of the automatic hair washer of the present invention.

In the figure: 1 heating water tank, 2 high-temperature water inlet, 3 electric heating device, 4 condenser, 5 throttle valve, 6 detachable filter valve, 7 water tank, 8 evaporator, 9 energy-saving module, 10 filter device, 11 gas-liquid separation device, 12 compressor, 13 low-temperature water inlet, 14 clapboard, 15 low-temperature water valve, 16 thermocouple temperature sensing device, 17 electric heating switch, 18 compressor switch, 19 polyurethane heat preservation layer, 20 tap water purifier, 21 integral protection box, 22 grounding wire 23 temperature regulator, 24 temperature dial, 25 temperature regulator, 26 decontamination system, 27 electromagnetic seal valve A, 28 electric vacuum pump, 29 electromagnetic seal valve B, 30 electric power pump, 31 electromagnetic open-close valve, 32 high-pressure gas storage tank, 33 control unit, 34 high-pressure gas outlet, 35 vacuum dirt suction port, 36 gas outlet, 37 body massage fan, 38 hair washing basin, 39 hair washing basin, 40 sewer interface, 41 back massage chair, 42 cushion, 43 electric control system, 44 sundries storage box, 45 foot bath basin, 46 energy-saving system, 47 blow-off pipe, 48 control panel, 49 automatic hair washing device, 50 hot water interface, 51 shampoo storage box, 52 stirrer, 53 shampoo storage tank, 54 shampoo outlet pipe, 55 stepping motor, 56 spray head bracket, 57 liquid outlet, 58 rotary spray head, 59 rotary motor, 60 body massager, 61 foot bath massager, 62 foot bath basin cleaning port, 63 shampoo basin cleaning port, 64 damp-proof electromagnetic valve, 65 water supply pipe, 66 cleaning liquid mixing tank, 67 water supply valve, 67 cold compress pipeline, 68 electric heating compress piece, 69 music player and 70 purified water outlet.

Detailed description of the preferred embodiments

The structure of the heat pump energy-saving system for recycling the heat of the sewage is further explained by combining the attached drawings.

The design idea of the heat pump energy-saving system for recycling the heat of the sewage is to utilize the high-temperature sewage waste heat discharged by various places to introduce the drained water of the energy-saving system into the heat pump water heating device after being filtered, utilize the characteristic that the higher evaporation temperature of the heat pump can cause a higher application range, can be used for replacing an electric water heating device or other heating modes to heat hot water, simultaneously reduce the environmental problem caused by the discharge of the high-temperature sewage, and avoid or reduce the generation of inflammable and explosive gases such as methane, and the like, thereby being the energy-saving system of the leisure massager.

The heat pump energy-saving system structure capable of recycling sewage heat comprises an evaporator 8, a condenser 4, a compressor 12, a gas-liquid separation device 11, a throttle valve 5, a water tank 7, a filtering device 10, an energy-saving system 9, a heating water tank 1 and an electric heating device 3, wherein the compressor 12 is sequentially connected with the condenser 4, the throttle valve 5, the evaporator 8 and the gas-liquid separation device 11 through pipelines, the gas-liquid separation device 11 is connected with the compressor 12 through a pipeline, a water inlet 13 of the heating water tank 1 is connected with a tap water pipe, the condenser 4 is arranged in a prepared heating water tank of the heating water tank 1, and the prepared heating water tank of the heating water tank 1 connected with the tap water pipe is provided with a low-temperature water inlet. The electric heating device 3 is arranged in the rapid heating water tank of the heating water tank 1, and the rapid heating water tank of the heating water tank 1 is provided with a high-temperature water outlet. The starting switch of the rapid electric heating device is connected with a thermocouple type temperature sensing device, and the top of the heating water tank is provided with a ventilation exhaust port. And a starting switch of the electric heating device 3 is connected with the thermocouple type temperature sensing device and the control instrument.

The preparation heating water tank of the heating water tank 1 is separated from the rapid heating water tank by a partition plate 14 lower than the heating water tank 1, the filtering device 10 is connected with a water outlet of the energy-saving system 9, the filtering device 10 is arranged at the top or the middle upper part of the water tank 7, the evaporator 8 is arranged in the water tank 7, and the bottom of the water tank 7 is provided with a detachable filter valve 7.

The rapid electric heating device 3 is a ceramic heating device, and the heating device is used for preventing the electric heating device from generating electric leakage accidents due to corrosion and corrosion in water. The heating water tank 1 is lined with a heat insulation material, and the heat insulation material is polyurethane foam.

The evaporator is made of stainless steel or titanium alloy, and the selected material has the advantages of chemical corrosion resistance and good heat transfer performance.

A tap water purifier is additionally arranged in front of a water inlet of the heating water tank, so that the corrosion of an electric heater and a condenser in the heating water tank caused by unpurified tap water is prevented.

The high-pressure gas storage tank 32 is filled with high-pressure gas, dirt in the water tank is cleaned by using the high-pressure gas, and compared with the high-pressure liquid, the possibility that the high-pressure liquid generates cavitation erosion on components in the flowing process is reduced.

The evaporator 8 and the condenser 4 are spiral tube condensers.

The refrigerant in the evaporator 8 is freon.

The water tank 7 is made of stainless steel.

The high-pressure gas in the high-pressure gas storage tank 32 is high-pressure air of 500 kpa.

The implementation process of the machine body of the invention is as follows: the customer downloads the attached APP wireless control program of the product through scanning out the two-dimensional code of the control panel, and the control of the machine body is achieved. Customer passes through APP online selection oneself required service, after paying through APP online, and the organism starts, and customer lies on the massage armchair, and automatic hair-washing machine begins for customer's clean head, and music player can be favorable to the music of relaxing in mind and body according to the automatic broadcast of customer's selection at the APP end, and foot bath basin washs and massages the foot for customer simultaneously, and the massager massages the health for customer. The customer can get full physical and mental relaxation. Meanwhile, the cold compress pipeline and the electric heat compress piece on the massager can automatically adjust the temperature according to the selection of the customer at the APP end, so that the body of the customer is cool in hot days and warm in cold days.

After the massage and cleaning of the customer are finished, the purified water outlet can prepare purified warm water for the customer.

The implementation process of the cold compress pipeline comprises the following steps: the water supply valve automatically adjusts cold water supply according to the current, so that the water flow of the cold compress pipeline can be automatically adjusted according to the temperature requirement of a customer.

The implementation process of the massager of the invention is as follows: the body massage fans on the two sides are opened, a customer sits on the massage cushion, the back of the customer lies on the massage chair, the body massage fans are gradually put down, the size of the body massage fans is automatically adjusted according to the body shape of the customer, the body massage fans are attached to the body of the customer, and the customer can massage the upper body without dead angles.

The automatic hair washer of the invention is implemented as follows: the customer lies on the massage armchair, the head of the customer is positioned in the hair washing basin, and the automatic hair washing device is gradually adjusted to be suitable for the specification of the customer according to the head size of the customer from the expansion state. After the adjustment is completed, the shampoo storage box extrudes the shampoo into the shampoo storage tank, hot water is connected into the shampoo storage tank through a hot water interface, the hot water is mixed with the shampoo through the stirrer, then the shampoo is conveyed into and out of the shampoo port through the shampoo outlet pipe and the pipe orifice at the tail end of the shampoo outlet pipe, the rotating motor drives the rotating spray head to rotate, the liquid outlet on the rotating spray head rotates to clean the head of a client, and the stepping motor drives the spray head support to rotate around a semicircle, so that the head of the client can be cleaned without dead angles.

The implementation process of the foot tub and hair washing tub cleaning system is as follows: the electromagnetic valve is opened, hot water enters the cleaning liquid mixing tank through the water pipe, is mixed with detergent in the tank to form cleaning liquid, and the cleaning liquid uniformly flows into the cleaning opening through the pipeline to clean stains in the basin.

The refrigerant circulation process of the equipment of the invention is as follows: the gaseous refrigerant is condensed into a liquid refrigerant after releasing heat to tap water in the condenser 4, the liquid refrigerant enters the evaporator 8 after being throttled and pressurized by the throttle valve 5, and high-temperature sewage discharged by the energy-saving system 9 exchanges heat with the refrigerant on the surface of the outer wall of the evaporator 8, so that the refrigerant in the evaporator 8 forms the gaseous refrigerant. After the generated gaseous refrigerant and the liquid refrigerant are separated in the gas-liquid separation device, the gaseous refrigerant enters the compressor 12, is pressurized by the compressor 12 and then is sent to the condenser 4, the gaseous refrigerant generates the liquid refrigerant in the condenser 4, and then the liquid refrigerant in the gas-liquid separation device and the pressurized refrigerant are combined together and flow into the condenser again, and new circulation is started.

The running of tap water comprises the following processes: tap water is sent to the heating water tank 1 via the water inlet of the heating water tank 1 for preheating, and the part of liquid is heated after heat exchange with the gaseous refrigerant on the surface of the condenser 4 of the preheating water tank, and then is sent to the rapid heating water tank, and then is kept warm or is continuously heated to high-temperature hot water in the rapid heating water tank, and the high-temperature hot water is pumped out of the heating water tank by the hot water pump for customers to use.

The operation process of the high-temperature sewage discharged from various places is as follows: sewage enters the filtering device 10 from the sewage inlet, is filtered by the filtering device 10 and then enters the water tank 7, the surface of the evaporator 8 in the water tank 7 exchanges heat with the liquid refrigerant, so that the liquid refrigerant absorbs heat to be gaseous refrigerant, the temperature of the sewage after heat exchange is reduced, and the low-temperature sewage after temperature reduction is discharged by the detachable filtering valve 7 at the bottom of the water tank 7.

The implementation process of the heat pump energy-saving system comprises the following steps:

a customer turns on a compressor switch, an electric heating switch is arranged, then sewage flows into an energy-saving system after being filtered, and the sewage is changed into low-temperature sewage after exchanging heat with a liquid refrigerant in an evaporator and then is discharged through a detachable sewage valve. The liquid refrigerant after heat exchange can be changed into high-temperature low-pressure gaseous refrigerant from low-temperature high-pressure refrigerant, the gaseous refrigerant flows back to the condenser, low-temperature tap water passing through the heating water tank can exchange heat with the gaseous refrigerant in the condenser, the low-temperature tap water can be preheated, meanwhile, the high-temperature low-pressure refrigerant can be cooled into the low-temperature low-pressure gaseous refrigerant, the refrigerant at the moment can continuously flow and can be changed into low-temperature medium-pressure gas-liquid mixed refrigerant through the throttling device, the gas-liquid mixed refrigerant can continuously flow and flows into the gas-liquid separation device, the gas refrigerant is changed into the gas refrigerant and the liquid refrigerant through gas-liquid separation, the gas refrigerant continuously flows to the compressor, and the low-temperature medium. The low temperature and high pressure liquid refrigerant continues to flow to the evaporator and begins a new cycle.

In the process, the low-temperature tap water can be preheated by the condenser in the preheating tank in the heating tank, then flows into the quick heating tank to be heated by the electric heater, and is stored in the heating tank or pumped out by the hot water pump for customers to use.

In the process, the sewage flows into the energy-saving system after being filtered by the filter, is changed into low-temperature sewage after the energy-saving system exchanges heat with the liquid refrigerant in the evaporator, and is discharged through the detachable sewage valve.

The implementation process of the decontamination system comprises the following steps:

after the heat pump energy-saving system main machine stops operating, the auxiliary machine starts operating, the control unit controls the electromagnetic sealing valve to close, then the electric vacuum pump starts to pump out air in the heating water tank, and at the moment, the heating water tank is in a vacuum state. And then the electric air suction pump starts to suck air into the high-pressure air storage tank, when the air pressure in the high-pressure air storage tank is close to 500kpa, the electric air suction pump stops running, the opening and closing valve is opened, 500kpa of high-pressure air rushes into the water tank through the pipeline, the high-pressure air flushes dirt in the water tank, and the dirt is discharged out of the water tank. Thereby achieving the purpose of cleaning the water tank.

After the water tank is cleaned, the electromagnetic sealing valve A is opened, the electromagnetic valve B is closed, and the host can operate again.

Claims (10)

1. The utility model provides a full-automatic energy-conserving massage armchair of integration of massage lavipeditum of washing hair which characterized in that economizer system is an independent whole, and the maintenance of being convenient for is used, and can be used in other fields that need be energy-conserving alone after the massage armchair is scrapped, reduces the waste of resource.

2. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that a washing opening is formed in the edge of a hair washing basin and the edge of a foot bath basin, and the washing of the hair washing basin and the foot bath basin is facilitated.

3. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that a fan-shaped massager is used as a body massage fan, the fan-shaped massager can be freely expanded, and the fan-shaped massager is attached to the body of a customer to bring better experience for the customer.

4. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that a nozzle support of an automatic hair washer can automatically rotate, a rotating nozzle automatically rotates, shampoo can be sprayed out from the nozzle, the head of a customer can be automatically cleaned, and the hands of the customer are liberated.

5. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that shampoo and hot water are uniformly mixed in a shampoo storage tank, so that the chair is convenient for washing the heads of customers in the later period.

6. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that an energy-saving system using a sewage source heat pump is used, the system can filter sewage and then recycle heat of the sewage, the pollution to the environment caused by sewage discharged after the sewage is not treated is reduced, and meanwhile, the secondary utilization of energy is realized.

7. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that an evaporator made of stainless steel or titanium alloy is used, and the evaporator has the advantages of chemical corrosion resistance and good heat transfer performance.

8. The full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that the size of the energy-saving system can be designed according to the purpose of use, the energy-saving system is small enough to be suitable for saving water and electricity of a family, and the energy-saving system is large enough to be used for recycling energy of a thermal power station, so that the sewage pollution degree of a chemical plant is reduced.

9. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that a decontamination function in a decontamination system uses high-pressure gas for decontamination.

10. A full-automatic integrated energy-saving massage chair for washing hair, massaging and foot bath is characterized in that a water tank is vacuumized in a decontamination process, and then the water tank and the outside generate huge pressure difference by matching with high-pressure gas, so that the aim of cleaning the water tank is fulfilled.

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