TWI444180B - Hot spring water generator - Google Patents

Description

Hot spring generator

The present invention relates to a spa generator that produces approximately natural hot spring water.

Modern people are busy with work, and their pace of life is compact. In addition to work stress, leisure and sightseeing has become a way to relieve physical and mental stress. Especially in the trend of leisure and sightseeing, hot spring bathing is the first leisure industry for many hoteliers. After the concept of physiotherapy in the hot springs was accepted, the traditional concept of health and health can only be injected into the tradition of winter bathing. From the spa, the hot spring swimming pool, the hot springs, the hot spring massage pool, the hot spring health center, etc., in addition to enjoying the traditional bathing fun, it also enhances the health effect. However, the hot spring resources have not increased with the hot springs that have been sprung up, but in the case of limited hot spring resources, the hot spring clubs cannot provide good hot spring health resources. Moreover, for different hot spring resources such as bicarbonate springs, sulphur springs, etc., there are only a few places where there is a large supply of hot spring water. In order to cope with the vigorous development of the mass leisure industry and consider the convenience of protecting natural resources and use, the use of artificial hot spring machines to produce similar natural hot spring water has its necessity and production.

SUMMARY OF THE INVENTION The object of the present invention is to provide an environment in which the elution conditions of minerals or other substances can be adjusted, and to enable the dissolution of mineral components in a relatively short time and in a small space to produce hot spring water generating machines.

A hot spring generator for achieving the above object, comprising at least one spring generator, generating a spring liquid; at least one solvent tank for generating a solvent liquid; and a water supply source connecting the spring generator and the solvent tank respectively And mixing the cosolvent liquid with the spring liquid to produce a hot spring water.

The first embodiment of the water supply source of the present invention is a hot water source, and the hot water source is entering the Before the solvent tank, it is necessary to first cool the hot water to a cooling water through a cooler to provide the solvent tank. The hot water source is provided by a heater. The heater is a water heater. The cooler includes a fan and a heat sink.

The second embodiment of the water supply source of the present invention is a cold water source, and the cold water source is required to pass through a heater to heat the cold water to hot water before entering the spring generator to provide the spring generator.

The water supply source is connected to a solenoid valve, and the solenoid valve is connected to the cooler.

A first tank is disposed between the cooler and the solvent tank, and the first tank is provided with a liquid level switch.

The invention further includes at least one pump that is coupled to the inlet end of the co-solvent tank, respectively.

The invention further includes a second tank that connects the co-solvent tank to the inlet end of the spring generator, respectively. A first inhaler is disposed between the second tank and the spring generator.

The invention further includes a third tank connected to the outlet end of the co-solvent tank and the outlet end of the spring generator, respectively. A second inhaler is disposed between the third tank and the outlet end of the spring generator. The inlet end of the first inhaler is provided with a temperature switch, and the second inhaler is provided with a pressure switch at the outlet end.

The invention further includes a controller for controlling the solenoid valve, the liquid level switch, the pressure switch and the temperature switch.

The water supply source is respectively connected to a water heater and a solenoid valve, and the water heater heats a water liquid to supply a hot water. The water supply source is connected to a solenoid valve, and the solenoid valve is connected to a first slot.

Another embodiment of the hot spring generator of the present invention comprises a spring generator for producing a spring liquid; a first cosolvent tank for generating a cosolvent liquid; and a second cosolvent tank for producing a cosolvent liquid; a third co-solvent tank, generating a co-solvent liquid; a fourth co-solvent tank to generate a cosolvent liquid; a water supply source connecting the spring generator to the first co-solvent tank, the second co-solvent tank, and the first a third solvent tank, a fourth solvent tank; and mixing the solvent liquid with the spring liquid to produce A hot spring water.

The first embodiment of the water supply source of the present invention is a hot water source, and the hot water source needs to pass through a cooler to cool the hot water into cooling water before entering the auxiliary solvent tank to provide the auxiliary solvent tank. The hot water source is provided by a heater. The heater is a water heater. The cooler includes a fan and a heat sink.

The second embodiment of the water supply source of the present invention is a cold water source, and the cold water source is required to pass through a heater to heat the cold water to hot water before entering the spring generator to provide the spring generator. Other structures are as in the above embodiment.

1 is a schematic view of a first embodiment of a spa generator according to the present invention. The spa generator of the present invention includes at least one spring generator 10, at least one solvent tank 21, 22, 23, 24, and a water supply source 30. The spring generator 10 is used to generate a spring liquid. The spring liquid system is mixed with the natural ore filled inside the spring generator 10 to generate a fluidized state, and is introduced into the auxiliary solvent solution and the spring at the inlet end 11 of the spring generator 10. The natural ore in the generator 10, such as hot spring flower ore, is mixed and reacted to produce hot spring water, which is discharged from the outlet end 12 of the spring generator 10. The spring generator 10 includes an inlet end 11 and an outlet end 12 that is coupled to the water supply source 30. The water supply source 30 can be a hot water source provided by a heater or an instant heater. If used in conjunction with a home or other place, such as a hotel, the heater is a water heater. The water supply source 30 is connected to the spring generator 10 and the auxiliary solvent tanks 21, 22, 23, and 24, respectively.

The cosolvent tanks 21, 22, 23, 24 produce a cosolvent liquid. The cosolvent solution system is a natural substance filled in the co-solvent tanks 21, 22, 23, and 24. For example, the natural sea salt is mixed with cooling water to dissolve the natural cosolvent saturated solution produced by the solution. The solvent tanks 21, 22, 23, 24 may be one to many, depending on the spring quality requirements of the spring water. In this embodiment, four solvent buffer tanks 21, 22, 23, and 24 are provided as an example, and each of the solvent tanks 21, 22, 23, and 24 can generate a solvent liquid, including the first solvent tank 21, the second aid. Solvent tank 22, third auxiliary solvent tank 23, fourth auxiliary solvent tank 24 and so on. The water supply source 30 is connected to a solenoid valve 31, and the solenoid valve 31 is connected to a cooler 41. The solenoid valve 31 provides a switch for conveying cooling water.

When a cosolvent tank 21 is used, the water source 30 is a hot water source, the hot water source provides a hot water, wherein the cooler 41 is disposed in front of the inlet end of the auxiliary solvent tank 21, so that the hot water is cooled to balance Solubility of the solvent. The cooler 41 includes a fan 411 and a heat sink 412, and the heat sink 412 can be disposed on the pipeline for cooling purposes. As shown in the figure, when four solvent tanks 21, 22, 23, 24 are used, the water source 30 is connected to the spring generator 10, the first solvent tank 21, the second solvent tank 22, and the second The third auxiliary solvent tank 23 and the inlet end of the fourth auxiliary solvent tank 24 are disposed at the inlet end of the first auxiliary solvent tank 21, the second auxiliary solvent tank 22, the third auxiliary solvent tank 23, and the fourth auxiliary solvent tank 24. There is a cooler 41 to cool the hot water. In order to facilitate the cooling of the hot water, before entering the auxiliary solvent tanks 21, 22, 23, 24, a first tank 40 is disposed between the hot water source 30 and the auxiliary solvent tanks 21, 22, 23, 24, the first tank 40 is provided with a level switch 42. The first tank 40 provides cooling water buffering and ensures the use of cooling water. The liquid level switch 42 detects the liquid level inside the first tank 40. The first tank 40 is connected to the inlet ends of the first auxiliary solvent tank 21, the second auxiliary solvent tank 22, the third auxiliary solvent tank 23, and the fourth auxiliary solvent tank 24, and supplies cooling water into the auxiliary solvent tank 21, 22, 23, 24, etc.

The invention includes at least one pump 51, for example a pump 51 connected to the inlet ends of the co-solvent tanks 21, 22, 23, 24, respectively. Or, as in this embodiment, four pumps 51 are used, and a pump 51 is provided in front of each of the solvent tanks 21, 22, 23, and 24 to supply liquid for each of the solvent tanks 21, 22, 23, and 24.

The invention further includes a second tank 61 that connects the co-solvent tanks 21, 22 and the inlet end 11 of the spring generator 10, respectively. This is not the scope of protection limited by the invention. The present invention can also connect each of the solvent tanks 21, 22, 23, 24 to the second tank 61. At this time, when it is necessary to adjust the water quality before the hot water enters the spring generator 10, a plurality of different natural minerals are added. The design required. Therefore, buffering and mixing from the co-solvent tanks 21, 22 or the co-solvent tanks 21, 22, 23, 24 via the second tank 61 ensures that the necessary spring water formulation is provided. The second groove 61 and the spring are produced A first inhaler 71 is disposed between the devices 10. In order to facilitate the flow of the liquid, the first inhaler 71 facilitates inhalation of the cosolvent liquid and is mixed with the hot water and enters the spring generator 10.

The invention further includes a third slot 62 that connects the outlet end of the co-solvent tanks 23, 24 and the outlet end 12 of the spring generator 10, respectively. This is not the scope of protection limited by the invention. The present invention can also connect each of the solvent tanks 21, 22, 23, 24 to the third tank 62. At this time, when the outlet end 12 of the spring generator 10 needs to adjust the water quality, a plurality of different natural minerals are added. The design needed. Thus, buffering and mixing from the co-solvent tanks 23, 24 or co-solvent tanks 21, 22, 23, 24 via the third tank 62 ensures that the necessary spring water formulation is provided. That is, the third tank 62 is connected to the outlet end 12 of the spring generator 10 to provide a spring liquid of other different solubilizing liquids mixed into the outlet end 12 of the spring generator 10 to produce a hot spring water. A second inhaler 72 is disposed between the third tank 62 and the outlet end 12 of the spring generator 10. To facilitate the flow of liquid, the second inhaler 72 facilitates inhalation of the cosolvent liquid and is mixed into the spring liquid produced by the spring generator 10 to provide the desired hot spring water quality. The operation of this process is completely matched with the need for different spring hot spring water.

A temperature switch 711 is disposed in front of the inlet end of the first inhaler 71, and a pressure switch 721 is disposed at the outlet end of the second inhaler 72. That is, before the hot water enters the spring generator 10, in order to keep the hot water in a certain temperature range, for example, a temperature range of 40-60 degrees Celsius, the temperature switch 711 is provided at the inlet end of the first inhaler 71, thereby The temperature of the hot water entering the first inhaler 71 is not excessively high or too low. When the hot spring water flows out of the faucet, the pressure needs to be controlled, and the pressure switch 721 is provided at the outlet end of the second inhaler 72.

The invention further includes a controller 80 for controlling the pressure switch 721 and the temperature switch 711. The controller 80 of the present invention can detect and control each component, including the pressure switch 721, the temperature protection switch 711, the liquid level switch 42, the electromagnetic valve 31, and the pump 51, so that the hot spring water manufacturing process can be smoothly performed. Produce hot spring water.

In this embodiment, the hot water heated by the heater of the water supply source 30 is divided into two, one heat Water enters the spring generator 10 to bring the natural ore into a fluidized state. After the other hot water is cooled by the cooler 41, the first auxiliary solvent tank 21, the second auxiliary solvent tank 22, the third auxiliary solvent tank 23, the fourth auxiliary solvent tank 24, and the first auxiliary solvent are respectively introduced at different flow rate ratios. The saturated cosolvent solution generated by the tank 21, the second auxiliary solvent tank 22, the third auxiliary solvent tank 23, and the fourth auxiliary solvent tank 24 is oozing through the filter, and the first auxiliary solvent tank 21 and the second auxiliary solvent tank are used. The saturated solution of 22 is inhaled by the first inhaler 71 and mixed with the hot water, and then enters the spring generator 10 to react. The saturated auxiliary solvent solution generated by the third auxiliary solvent tank 23 and the fourth auxiliary solvent tank 24 passes through the first The inhaler 72 is inhaled and mixed with the effluent of the spring generator 10 to form hot spring water.

2 is a schematic diagram of a second embodiment of a hot spring generator according to the present invention. In this embodiment, the water supply source 30 is connected to a water heater 32 and a solenoid valve 31, respectively. The water heater 32 heats a liquid water to supply one. Hot water. In this embodiment, since the water supply source 30 supplies cold water, it is not necessary to perform cooling before entering the first tank 40. The water supply source 30 is connected to the solenoid valve 31, and the solenoid valve 31 is connected to the first groove 40.

The second embodiment differs from the first embodiment in that when the water supply source 30 supplies tap water, the pipeline must be divided into a cold water pipe and a hot water pipe, and a solenoid valve 31 is provided on the cold water pipe to provide cold water to the first One slot 40. A heater or an instant heater 32 is disposed on the hot water line. Other system structures and processes are the same as those of the first embodiment, and are not described herein.

In the present embodiment, the tap water is divided into two, and one of the heaters 32 is heated to the hot water to enter the spring generator 10 to make the natural ore into a fluidized state. The other tap water enters the first auxiliary solvent tank 21, the second auxiliary solvent tank 22, the third auxiliary solvent tank 23, the fourth auxiliary solvent tank 24, the first auxiliary solvent tank 21, and the second auxiliary solvent tank at different flow rate ratios. 22. The saturated solution of the third co-solvent tank 23 and the fourth auxiliary solvent tank 24 is oozing through the filter, and the saturated solution of the first and second auxiliary solvent tanks 21 and 22 is firstly inhaled. The device 71 is inhaled and mixed with the hot water and simultaneously enters the spring generator 10 to react. The saturated solution of the auxiliary solvent generated by the third and second auxiliary solvent tanks 23 and 24 is sucked into the spring by the second inhaler 72. The mass generator 10 is mixed with water to form hot spring water.

Please also refer to FIGS. 3 and 4 for a schematic diagram of the system of the hot spring generator of the present invention and a system operation diagram. As shown in FIG. 3, four pumps 51 are respectively connected to the first tank 40 and the auxiliary solvent tanks 21, 22, and 23 24, the first tank 40 is located below the pump group, so that the pump 51 can draw the water in the first tank 40.

As shown in FIG. 4, the first tank 40 is filled with water, and the pump 51 pumps water to the first solvent tank 21 via the pumping station 511 and the path 52, and then passes through the first auxiliary tank 21 After the internal cosolvent liquid is mixed to form a saturated solution, it is sent to the second tank 61 via the path 53 and the water outlet point 54 and the water inlet point 55, and then sent to the inlet of the spring generator 10 by the first inhaler 71. The end 11 enters the spring generator 10.

At the same time, the pump 51 pumps water to the second co-solvent tank 22 via the pumping station 512 and the path 56, and then mixes with the co-solvent liquid inside the second auxiliary tank 22 to form a saturated solution, and then sends it through the path 57. The second tank 61 is mixed, and the first inhaler 71 is fed into the inlet end 11 of the spring generator 10 to enter the spring generator 10.

When the interior of the spring generator 10 is mixed, the outlet 12 is sent out. Similarly, the solvent solution of the third and fourth auxiliary solvent tanks 23 and 24 is sucked to the outlet end via the pump 51. After 12 mixing, the hot spring water is sent out.

5 is a schematic structural view of a spa generator according to the present invention. The spa generator of the present invention includes a casing 90. The casing 90 is provided with a spring generator 10 and four solvent tanks 21, 22, 23, respectively. 24. Here, the number of the co-solvent tanks 21, 22, 23, 24 may be increased or decreased depending on the situation. The spring generator 10 and the four auxiliary solvent tanks 21, 22, 23, 24 are connected to the pump 51, respectively, and are connected to each other by a hose or a water distribution tray. Finally, the system structure can be installed inside a cover (not shown) to make the overall appearance more beautiful.

In summary, the hot spring generating machine of the present invention provides an environment in which the mineral or other substances can adjust the dissolution conditions, so that the mineral components can be dissolved in a relatively short time and in a small space, so that the hot spring water is produced, which meets the patent requirements.提出 Apply in accordance with the law.

Spring Generator ‧‧10

Entrance ‧‧11

Export end ‧‧12

First solvent tank ‧‧‧21

Second solvent tank ‧‧22

Third solvent tank ‧‧23

Fourth solvent tank ‧‧24

Water supply ‧ ‧ 30

Solenoid valve ‧‧31

Heater ‧‧32

First trough ‧‧40

Cooler ‧‧41

Fan ‧‧411

Radiator ‧‧‧412

Level switch ‧‧42

Pump ‧ ‧ 51

Second trough ‧‧61

Third trough ‧‧62

First inhaler ‧‧71

Temperature switch ‧‧‧711

Second inhaler ‧‧72

Pressure switch ‧‧‧721

Controller ‧‧80

Housing ‧‧90

1 is a schematic view of a system of a first embodiment of a spa generator according to the present invention; FIG. 2 is a schematic view of a second embodiment of a spa generator according to the present invention; and FIG. 3 is a schematic view of a system of a spa generator of the present invention; The schematic diagram of the system operation of the hot spring generator of the present invention; and FIG. 5 is a schematic structural view of the hot spring generator of the present invention.

Spring Generator ‧‧10

Entrance ‧‧11

Export end ‧‧12

First solvent tank ‧‧‧21

Second solvent tank ‧‧22

Third solvent tank ‧‧23

Fourth solvent tank ‧‧24

Water supply ‧ ‧ 30

Solenoid valve ‧‧31

First trough ‧‧40

Cooler ‧‧41

Fan ‧‧411

Radiator ‧‧‧412

Level switch ‧‧42

Pump ‧ ‧ 51

Second trough ‧‧61

Third trough ‧‧62

First inhaler ‧‧71

Temperature switch ‧‧‧711

Second inhaler ‧‧72

Pressure switch ‧‧‧721

Controller ‧‧80

Claims (15)

A hot spring generator includes: at least one spring generator for generating a spring liquid; at least one solvent tank for generating a solvent liquid; and a water supply source connecting the spring generator and the solvent tank, wherein the The water supply source is a hot water source, and the hot water source is provided by a heater; and the auxiliary solvent liquid is mixed with the spring liquid to generate a hot spring water; wherein a buffer is arranged in front of the inlet end of the auxiliary solvent tank, so that Cooling the hot water generated by the water supply source; wherein the first tank is provided with a first tank, the first tank is provided with a liquid level switch, and the liquid level switch detects the liquid level in the first tank; Further comprising a controller for controlling the liquid level switch; further comprising a second slot respectively connecting the auxiliary solvent tank and the inlet end of the spring generator, wherein the second tank and the spring generator Between the first inhaler; further comprising at least one pump, the pump is respectively connected to the inlet end of the solvent tank; further comprising a third tank, the third tank is respectively connected to the outlet end of the solvent tank With the spring An outlet end of the generator; wherein a second inhaler is disposed between the third slot and the outlet end of the spring generator; and wherein the inlet end of the first inhaler is provided with a temperature switch, the second inhaler outlet end There is a pressure switch. The hot spring generator of claim 1, wherein the heater is a water heater. The hot spring generator of claim 2, wherein the cooler comprises a fan and a heat sink. The hot spring generator of claim 2, wherein the water supply source is connected to a solenoid valve, and the solenoid valve is connected to the cooler, the solenoid valve being controlled by a controller. The hot spring generator of claim 1, further comprising a controller for controlling the pressure switch and the temperature switch. The hot spring generator according to claim 1, wherein the water supply source is respectively connected to the water heater and a solenoid valve, and the water heater heats a water liquid to supply a hot water. The hot spring generator of claim 6, wherein the water supply source is connected to a solenoid valve, and the solenoid valve is connected to a first groove. A hot spring generator includes: a spring generator to generate a spring liquid; a first solvent tank to produce a solvent liquid; a second solvent tank to produce a solvent liquid; and a third solvent tank, a helper liquid is generated; a fourth solvent tank generates a solvent liquid; a water supply source is connected to the spring generator and the first solvent tank, the second solvent tank, the third solvent tank, and the first a four-solvent tank, wherein a first tank is disposed between the water source and the first solvent tank, the second solvent tank, the third solvent tank, and the fourth solvent tank, and the first tank is provided with a liquid level switch And mixing the cosolvent liquid with the spring liquid to produce a hot spring water; wherein the water supply source is a hot water source, the hot water source is a heater to provide a hot water; and further comprising a controller control The liquid level switch; further comprising at least one pump, the pump respectively connecting the first auxiliary solvent tank, the second auxiliary solvent tank, the third auxiliary solvent tank, the inlet end of the fourth auxiliary solvent tank and the first tank; Which includes a second slot, a second tank is respectively connected to the first co-solvent tank, the outlet end of the second co-solvent tank and the inlet end of the spring generator; wherein the second tank and the spring generator are provided with a first inhaler; Further including a third tank connected to the outlet end of the third solvent tank, the fourth solvent tank and the outlet end of the spring generator; wherein the third tank and the spring generator A second inhaler is disposed between the outlet ends; and a temperature switch is disposed at an inlet end of the first inhaler, and a pressure switch is disposed at an outlet end of the second inhaler. The hot spring generator of claim 8, wherein the heater is a water heater. The hot spring generator of claim 9, wherein a first cooler is disposed in front of the inlet end of the first auxiliary solvent tank, the second auxiliary solvent tank, the third auxiliary solvent tank, and the fourth auxiliary solvent tank. Allow the hot water to cool. The hot spring generator of claim 10, wherein the cooler comprises a fan and a heat sink. The hot spring generator of claim 10, wherein the water supply source is connected to a solenoid valve, and the solenoid valve is connected to the cooler, the solenoid valve being controlled by a controller. The hot spring generator of claim 8, further comprising a controller for controlling the pressure switch and the temperature switch. The hot spring generator according to claim 8, wherein the water supply source is respectively connected to a water heater and a solenoid valve, and the water heater heats a water liquid to supply a hot water. The hot spring generator of claim 14, wherein the water supply source is connected to a solenoid valve, and the solenoid valve is connected to a first groove.