KR200388961Y1 - function warm water bed heating water circulates by nothing power - Google Patents

Abstract

The present invention relates to a functional hot bed which is improved to be circulated with no power in allowing the heating water to be circulated to a hot water pipe piped inside the mat member in the functional hot bed, and the hot plate member (2) embedded inside the mat (1). Heating pipe 10 is connected to the hot water supply pipe 11 and the return pipe 12 is connected to the hot water (HW) circulated to the heating pipe 10 is heated by the electric energy installed in the mat (1) A hot water bed configured to be controlled to maintain a set temperature by receiving a temperature sensed by the temperature sensor 3 from the controller 4; The waiting portion 21 to wait before the water (W) returned by the return pipe 12 is supplied to the water supply pipe 28 and the replenishment portion 22 in which the replenishment water W stays are partitioned members ( 23 is provided in the upper and lower portions, respectively, and the replenishment hole 24 through which the replenishment water W is replenished is formed in the partition member 23, and detects that the low water level is below the replenishing portion 22. The control unit 4 is provided with a level sensor 25 for applying a detection signal, one side is provided with a level gauge combined supplementary water inlet pipe 26 is formed of a transparent material so that the water level can be visually identified inside the inner space portion Water holding and replenishing means (20) provided with an air vent valve (27) for allowing air to be vented to (22a); The water (W) supplied from the atmospheric portion 21 is heated to a high temperature by the electric band heater 31 to become hot water (HW) at the same time steam is generated to increase the internal pressure and the water temperature is raised above the set temperature A hot water tank 33 having a built-in bimetal sensor 32 for detecting a detection signal to the controller 4 and an input portion 33a of the hot water tank 33 to which the water supply pipe 22 is connected. The opening and closing member 34 is closed by the elasticity of the elastic member 35 so that the water injection hole 36 is closed so that the inside of the hot water tank 33 becomes high pressure and the hot water (HW) is heated by the high pressure. The opening and closing member 34 opens the water injection hole 36 by the difference in the atmospheric pressure between the hot water tank 33 and the atmospheric pressure of the water atmosphere and the replenishing means 20 which are supplied to 11 and are vacuum after the hot water supply. Increasing the pressure resistance and water supply unit 37 for introducing water (H) to the tank 33 It is configured to include the return means 30, since the hot water is circulated from the harmful waves such as electromagnetic waves without harm to the human body without a circulation pump, so that it can be heated with no vibration and no noise, so that a pleasant surface can be achieved and there is almost no failure rate. Since the circulating pump is excluded, it provides a reliable product without inconvenience and hassle due to cost reduction and troubleshooting.

Description

Function warm water bed heating water circulates by nothing power}

The present invention relates to an improved hot water bed that can be circulated in a non-powered manner in which the heating water is circulated to the hot water pipe piped inside the mat member in the functional hot bed.

In general, the functional hot bed induces sleep and sleep by promoting circulating blood circulation by wavelengths beneficial to the human body such as far-infrared rays generated from jade by attaching jade to the mat member and providing heat to the jade. It has the function of promoting metabolism and promoting health.

Therefore, the functional hot bed is provided with a heating means for applying heat to the jade attached to the mat member.

The main means of the heating means is to embed the heating wire inside the mat member so that the heat energy generated from the heating wire is transferred to the jade.

However, the heating wire emits harmful wavelengths such as a large amount of electromagnetic waves and magnetic fields. When exposed to these harmful waves for a long time or long term, it causes harmful health. There are many economic problems.

As another heating means, a method of forcibly circulating hot water that does not generate harmful waves is known to the inside of the mat member.As a prior art, Korean Utility Model Registration No.0202824, Patent Publication No. 2003-0036467, Patent No. 10-255544 and registered utility model No. 0370738, pre-registered by the inventor of the present application.

However, in the prior art including the registered utility model No. 0368738, which was pre-registered by the inventor of the present application, the hot water is forced to be circulated by the circulation pump, so noise and vibration are generated due to the circulation pump driving. Over-vibration is a problem that is absolutely disturbing and fatal defects in the bed to sleep and sleep.

In addition, the motor life of the circulation pump short and frequent failures cause inconvenience and hassle to troubleshoot and there is an uneconomical problem due to a lot of power consumption.

The present invention aims to provide a healthy and comfortable sound sleep by providing a functional hot bed with a heating means that does not generate harmful waves harmful to the human body and does not generate vibration and noise.

Another object of the present invention is to ensure that the hot water is circulated without compulsory hot water circulation means to reduce the cost of parts reduction and to minimize the power consumption while maximizing the thermal efficiency to achieve a good night's sleep and optimal bed environment At the same time, the safety of the heating means is improved, and the occurrence rate of the failure is minimized, thereby providing a functional hot bed that can be used semi-permanently without any inconvenience and troublesome trouble.

The present invention for achieving the above object is a heating pipe connected to the hot water supply pipe and the return pipe is connected to the hot plate member embedded in the mat and the hot water circulated to the heating tube is heated by electric energy and installed in the mat A hot bed configured to be controlled to maintain a set temperature by receiving a temperature sensed by a detection sensor from a controller; The reserving part to be waited before the water returned by the return pipe is supplied to the water supply pipe and the replenishing part where the replenishing water stays are provided at the upper and lower portions by the partition member, and the replenishing water is passed through the partition member to make up the replenishing water. A ball is formed, and a level sensor for detecting a low water level is installed at the lower part of the replenishing part so that a detection signal is applied to the control part. And at the same time the air and the air vent valve for replenishing means for installing the air to the air in the inner space portion; Bimetal that senses that the water supplied from the atmospheric portion is heated to a high temperature by an electric band heater to become hot water and at the same time steam is generated to increase the internal pressure and the water temperature rises above the set temperature to apply a detection signal to the controller. It is installed in the hot water tank with a built-in sensor and the hot water tank to which the water supply pipe is connected, and the opening and closing member is closed by the resilience of the elastic member so that the water inlet is closed so that the inside of the hot water tank becomes high pressure and at the same time by the high pressure. Increasing the pressure and water to open and close the water input hole by opening and closing the water input hole by the difference in the atmospheric pressure between the hot water tank supplied with hot water to the hot water supply pipe and the vacuum after the hot water supply and the atmospheric air pressure and replenishment means It characterized in that it comprises a non-powered hot water circulation means having a supply.

The partition member of the air holding and the replenishing means is installed in the longitudinal direction so that the atmospheric portion and the replenishing portion are formed on both sides thereof, and the air hole through which the air passes through the refilling hole 24 of the partition member is further formed. It features.

When the present invention is described in more detail based on the accompanying preferred embodiments as follows.

1 shows a heating system diagram of a functional hot bed according to the present invention, and a mat 1 is installed in a bed frame (not shown).

The hot plate member 2 is installed inside the mat 1, and the heating tube 10 is piped to the hot plate member 2.

Hot plate member (2) is made of a urethane foam that can be used to maintain a high corrosion resistance galvanized steel sheet or copper plate is sufficient to maintain the warmth of heating and weight pressure of the upper portion.

Heating tube 10 is to be wrapped in aluminum foil or copper foil to maximize the thermal conductivity and is configured to have a water vein blocking effect.

Between the hot plate member (2) embedded in the mat (1) and the jade gemstone (not shown) attached to the upper surface of the mat (1) to have a charcoal and ocher layer to provide a functional hot bed that maximizes far infrared emission with jade gemstone In addition to the configuration, the heat plate member 2 is provided with a temperature sensor 3 capable of sensing the heat to detect the heating temperature and to apply the detection signal to the control unit 4 in the control unit 4 By allowing the heating temperature to be controllable, the sleeper is configured to maintain the desired heating temperature.

The heating tube 10 is a hot water supply pipe 11 and the return pipe 12 is extended at both ends, the hot water (HW) returned through the return pipe 12 is the atmospheric portion of the water holding and replenishment means ( 21).

The water holding and replenishing means 20 are largely divided into the standby part 21 and the replenishing part 22 to maintain the state where the returned water W waits in the waiting part 21, and when necessary, the water supply pipe. Water 28 is supplied to the non-powered hot water circulating means 30 through 28.

The standby part 21 and the replenishment part 22 are divided into partition members 23 and provided at upper and lower portions thereof, and the partition member 23 has water W in the replenishment part 22. A supplementary hole 24 in the form of a small hole is drilled to allow replenishment with 21).

The replenishment unit 22 has a level sensor 25 for detecting a low water level.

The level sensor 25 is not replenished even though there is no water (W) inside the replenishing part 22, and when the level becomes lower than the level sensor 25, the level sensor 25 sends the detection signal to the controller 4. As a result, the control unit 4 automatically cuts off the power while sounding a warning sound (melody) to promote the safety of the system.

Therefore, when the water W of the atmospheric portion 21 disappears by natural evaporation or the like, water W is naturally replenished from the supplementary portion 22 to the atmospheric portion 21 through the supplementary hole 24.

The water W is filled in the replenishment portion 22 to have an internal space portion 22a in which air is present by filling only a part of the space.

In addition, by providing an air vent valve 26 through which the internal space portion 22a and air (atmosphere) communicate, the atmospheric portion 21 including the replenishment portion 22 is always at atmospheric pressure. You have a state.

The air vent valve 27 is an air vent valve 26 capable of automatically discharging unnecessary air and preventing a rise in pressure due to temperature overheating due to long-term operation. .

The lower one side of the water holding and replenishing means 20 is a level gauge combined refilling water inlet pipe 26 is installed.

The level gauge combined refilling water inlet pipe 26 is a transparent tube in the form of "b", so that the level (water level) can be checked with the naked eye and can be replenished by injecting water (W) through the inlet. It is.

Therefore, since the water level (level) of the replenishing part 22 and the level gauge combined supplementary water inlet pipe 27 are all the same height, when the level of the level gauge combined supplementary water inlet pipe 27 is lowered, the water (W) To be replenished.

The non-powered hot water circulation means 30 is supplied with water (W) from the atmospheric portion 21, and after receiving the water (W) to the electric band heater 31 installed in close contact with the outer surface of the hot water tank (33). It is heated by the hot water (HW) and then supplied to the heating tube 10 through the hot water supply pipe (11).

The bimetal sensor 32 is built in the hot water tank 33, and the bimetal sensor 32 detects the overheating state when the inside of the hot water tank 33 is overheated by a system failure, etc., and then controls the controller 4. This is to send a signal, which causes the control unit 4 to cut off the power to ensure safety.

Referring to FIG. 2A, the water W supplied from the atmospheric portion 21 is configured to be supplied through the internal pressure rise and the water supply part 37 installed in the hot water tank 33 input part 33a.

The internal pressure rise and the water supply unit 37 has a water inlet hole 36 and the water inlet hole 36 is opened or closed by the opening and closing member 34 which receives the elasticity of the elastic member 35 at all times.

Therefore, when the atmospheric portion 21 is at atmospheric pressure and the inside of the hot water tank 33 is in a vacuum or a low pressure state close to the vacuum, the water W is elastic because the elastic member 35 has a low air pressure. Received by pushing the opening and closing member 34 blocking the water injection hole 36 is to be injected.

When the air pressure of the hot water tank 33 is higher than the atmospheric pressure of the atmospheric part 21, the internal pressure of the hot water tank 33 pressurizes the opening / closing member 34 together with the elasticity of the elastic member 35 and the water injection hole ( It is closed by blocking 36).

Therefore, when water (W) is supplied to the hot water tank 33, the opening and closing member 34 is closed by the elastic member 35, the water injection hole 36 is closed and heated by the electric band heater 31 (HW).

In addition, the hot water (W) is gradually heated as the temperature is raised to be more than 80 ℃ steam is generated, thereby increasing the steam pressure inside the hot water tank (33).

As the steam pressure rises, the internal pressure rises because the internal pressure rises and the opening / closing member 34 of the water supply part 37 blocks the water inlet hole 36. At this point of time when the pressure is high, the hot water (HW) is momentarily pushed into the hot water supply pipe (11) by the steam pressure (inner pressure) to be supplied to the heating pipe (10).

Of course, the hot water (HW) is heated by the electric band heater 31 in the hot water tank 33 is obtained by the convection phenomenon in the hot water supply pipe 11 is circulated even during the heating process.

This is because the non-powered hot water circulation means 30 and the heating tube 10 are configured to keep the bed in a horizontal state, and the circulation caused by this natural convection phenomenon is when the steam pressure (withstand pressure) is not so high and hot water (HW) When part of the steam becomes a high pressure, hot water (HW) is momentarily pushed into the hot water supply pipe (11) to be supplied to the heating pipe (10).

When hot water (HW) is pushed into the hot water supply pipe 11 instantaneously, the hot water tank 33 has a vacuum state close to the instantaneous low pressure.

Therefore, it is possible to receive the water (W) from the atmospheric portion 21 of the atmospheric pressure due to the pressure difference, in this case, the opening and closing member 34 is moved downward while pushing the elastic member 35 as shown in FIG. As the injection hole 36 is opened, the water W is introduced into the hot water tank 33.

The internal capacity ratio of the atmospheric portion 21 and the internal capacity of the hot water tank 33 is configured such that the capacity of the atmospheric portion 21 has a capacity three times larger.

Therefore, even if the water (W) is supplied to the hot water tank 33 in the atmospheric portion 21, a considerable amount of water (W) is present in the atmospheric portion 21, even if some evaporation does not cause a big problem.

In addition, even if the water (W) is supplied to the hot water tank 33 and the water (W) level of the atmospheric portion 21 is lowered, the water (W) of the replenishment portion 22 rapidly flows into the atmospheric portion 21. I do not go.

That is, the water W of the atmospheric portion 21 fills the hot water tank 33 for about 2-3 seconds, and because the size of the supplementary hole 24 is a very small hole, the water W rapidly increases. ) Is not passed.

In addition, after the water W of the atmospheric portion 21 is supplied to the hot water tank 33, the water W is returned to the atmospheric portion 21 and filled through the return pipe 12 immediately.

Since the water (W) returned to the atmospheric portion 21 is not cold water but hot water of about 40-50 ° C., the water (W) can be reduced as much as possible when it is supplied to the hot water tank 33 and heated.

Therefore, when the water (W) input to the hot water tank 33 is completed, the opening and closing member 34 is pressed again by the elasticity of the elastic member 34 to shield the water injection hole 36 and at the same time the electric band heater 31 By the hot water (HW) is heated, the steam pressure is increased to a high pressure and once again pushed into the hot water supply pipe 11 and circulated to the heating pipe (10).

That is, the present invention is that when the water in the hot water tank 33 is heated to increase the temperature, the steam pressure is generated along with the circulation action caused by the convection phenomenon and the hot water (HW) is circulated to the heating tube 10, such hot water circulation Since there is no circulation pump which is the same power source as the existing one, the hot water circulation is made with no power as a result.

Therefore, this paper has the following advantages.

When heating the mat (1) with a noiseless heating wire for comfort, as in the past, the human body is adversely affected by harmful waves such as electromagnetic waves generated from the heating wires, which leads to a deterioration of health and no harmful waves. It is possible to solve the problem of the existing hot water heating system that can not take a pleasant side due to the noise and vibration caused by.

In other words, the present invention promotes hot water heating without harmful waves, but the hot water circulation is made without power without a circulating pump as a power source. As there is no vibration or noise that causes trouble on the surface, it has the advantage of being able to take a pleasant sleep.

In addition, since the circulation pump is not employed, there is no failure and the electricity consumption is low, thereby obtaining a functional hot bed that can be used in a semi-permanent manner even with ultra-low power consumption.

Figure 3 shows another embodiment of the present invention, in this case shows a heating system when the functional hotbed for two people.

In this case, one water holding and replenishing means 20 and two non-powered hot water circulation means 30 can be employed, and the same action as in the case of a single bed as shown in FIG. Therefore, detailed description will be omitted.

4 shows another embodiment of the water holding and replenishing means 20, in which the partition member 23 is installed in the longitudinal direction so that the atmospheric portion 21 and the replenishing portion 22 are formed on both sides thereof. The air hole 29 through which air passes in the upper part of the supplementary hole 24 of the member 23 is configured to be used.

In this case, the level sensor 25 is installed in the lower part of the replenishing part 22 so that the detection signal is applied to the control unit 4 when the water W has a low water level so that an alarm sounds.

In addition, since the water W may be replenished through the replenishment hole 24 and air flows through the air hole 29, the atmospheric part 21 and the replenishment part 22 may maintain an atmospheric pressure state.

According to the above description, since the present invention is a quiet hot water circulation without noise and vibration without harmful waves, such as electromagnetic waves, it is possible to take a good night's sleep during sleep, and the charcoal and ocher layers embedded in the jewel and the lower part and When used together, the far-infrared emission is maximized to increase the blood circulation and metabolism of the human body to provide a functional hot bed that contributes significantly to health promotion and improves product reliability.

1 is a heating system of the hot bed according to the present invention,

Figure 2a and Figure 2b is an explanatory view of the operation of the hot water circulated in a non-powered by the present invention

3 is a heating system showing an example of the present invention carried out on a two-person hot bed,

Figure 4 is a block diagram showing another embodiment of the water holding and replenishing means of the present invention.

Explanation of symbols on the main parts of the drawings

1: Mat 2: Hot Plate Member

4: control unit 10: heating tube

11: hot water supply pipe 12: return pipe

20: water holding and replenishment means 21: atmospheric portion

23: partition member 24: refill

25: level sensor 28: water supply pipe

30: non-powered hot water circulation means 31: electric band heater

33: hot water tank 34: opening and closing member

35: elastic member 36: water injection hole

37: pressure rise and water supply

Claims (2)

The heating pipe 10 to which the hot water supply pipe 11 and the return pipe 12 are connected to the hot plate member 2 embedded in the mat 1 is heated and the hot water HW circulated to the heating pipe 10 is It is made to be controlled to maintain a set temperature by receiving the temperature sensed by the temperature sensor 3 installed in the mat (1) and heated by the electric energy from the control unit (4); The waiting portion 21 to wait before the water (W) returned by the return pipe 12 is supplied to the water supply pipe 28 and the replenishment portion 22 in which the replenishment water W stays are partitioned members ( 23 is provided in the upper and lower portions, respectively, and the replenishment hole 24 through which the replenishment water W is replenished is formed in the partition member 23, and detects that the low water level is below the replenishing portion 22. The control unit 4 is provided with a level sensor 25 for applying a detection signal, one side is provided with a level gauge combined supplementary water inlet pipe 26 is formed of a transparent material so that the water level can be visually identified inside the inner space portion Water holding and replenishing means (20) provided with an air vent valve (27) for allowing air to be vented to (22a); The water (W) supplied from the atmospheric portion 21 is heated to a high temperature by the electric band heater 31 to become hot water (HW) at the same time steam is generated to increase the internal pressure and the water temperature is raised above the set temperature A hot water tank 33 having a built-in bimetal sensor 32 for detecting a detection signal to the controller 4 and an input portion 33a of the hot water tank 33 to which the water supply pipe 22 is connected. The opening and closing member 34 is closed by the elasticity of the elastic member 35 so that the water injection hole 36 is closed so that the inside of the hot water tank 33 becomes high pressure and the hot water (HW) is heated by the high pressure. The opening and closing member 34 opens the water injection hole 36 by the difference in the atmospheric pressure between the hot water tank 33 and the atmospheric pressure of the water atmosphere and the replenishing means 20 which are supplied to 11 and are vacuum after the hot water supply. Increasing the pressure resistance and water supply unit 37 for introducing water (H) to the tank 33 Functional hot water bed circulated by a non-powered heating water, characterized in that it comprises a return means (30). According to claim 1, wherein the partition member 23 of the water holding and replenishing means 20 is installed in the longitudinal direction so that the atmospheric portion 21 and the replenishing portion 22 are formed on both sides thereof, and the partition member 23 Functional hot water bed is circulated in a non-powered heating water, characterized in that the air hole 29 is formed to be further formed in the upper part of the supplement hole 24).