KR102087579B1 - Auto drainge system for heating Mat with device using temperature sensor - Google Patents

Abstract

The present invention relates to an automatic water drainage system of a separation heating hot water mat, which can automatically drain water in the mat including a water container by a motor when the mat is not in use for the reason of storage or inspection. Moreover, a joint connector at first and second heating hoses is released from a check type connector at a heating boiler during the automatic water drainage to form a series of waterways between mat bodies in the heating boiler. Therefore, easy and convenient water drainage can be performed compared to the prior art, thereby significantly improving user convenience and maintainability.

Description

Auto drainge system for heating mat with device using temperature sensor}

The present invention allows the water inside the mat, including the bucket when the mat is not used for storage or inspection, to allow the air pump motor to automatically drain the water, during the automatic draining from the check type connector on the heating boiler side 2 Release the joint connector on the heating hose side to form a series of channels between the mat body in the heating boiler, which enables easy and convenient water disposal as compared to the past. The automatic draining system of the hot water mat.

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In addition, the present invention is formed to selectively control the ON / OFF operation of the motor in accordance with the mat temperature set by the user is provided with a temperature sensor, a temperature sensor and a solenoid valve on the hose line of the heating boiler, hot water generation rate or heating It is formed to improve the efficiency, when the separation heating drive bar to be able to adjust the heating while selectively partitioning all or a part of the left and right, it is characterized in that the mat usability is greatly improved.

In general, a hot water mat is a mat used to circulate water stored in a bucket through a hot water boiler, and the hot water generated after heating the water by a heater formed in the hot water boiler is supplied to the mat by a circulation hose installed inside the mat. It is called.

The hot water mat has the advantage of being able to solve the problems of the existing electric mat that is configured to embed the electric heating element, that is, the risk of fire or electric shock due to harmful electromagnetic waves and electric heating wire.

On the other hand, the conventional hot water mat is separated after the hot water boiler and the mat body when the water is stored after use or draining work in accordance with other checks, etc., respectively, and then lifted up and then dumped.

However, such a large mat is a large area structure and a heavy weight, so that consumers or workers must lift it directly to discard water through the circulation hose outlet side, which causes a great deal of inconvenience in storage.

In addition, the conventional hot water mat is a heater in accordance with the temperature setting in the case of two heating structure, the water temperature is checked by the temperature sensor provided in the water tank to continue to operate the motor until all the temperature of the water tank is raised. .

This results in a disadvantage that the driving of the motor is continued even before the water is heated up to the set temperature to continuously waste unnecessary energy.

1. Republic of Korea Registered Patent No. 10-0876939 (registered 24 December 2009)

The present invention is to solve the above problems, the technical gist of the water inside the mat including the bucket when the mat is not used for reasons such as storage or inspection to enable the air pump motor to automatically drain, the automatic draining In this case, the joint connector on the 1st and 2nd heating hose side is released from the check type connector on the boiler side to form a series of channels between mat bodies in the heating boiler. The purpose is to provide a marked improvement in sex.

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In addition, the present invention is formed to selectively control the ON / OFF operation of the motor in accordance with the mat temperature set by the user is provided with a temperature sensor, a temperature sensor and a solenoid valve on the hose line of the heating boiler, hot water generation rate or heating It is formed to improve the efficiency, when the separation heating driving bar to selectively control the whole or any part of the left and right bar, which aims to provide a greatly improved mat usability.

In order to achieve the above object, the present invention provides, as an embodiment, a separate heating 4-wire mat draining system using two motors.

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That is, the present invention in another embodiment is to form a separate heating 4-wire hot water mat (C) while the heating boiler 100 and the mat body 200 is connected, the heating boiler 100 of the bucket 110 A plurality of inlets 111 are formed on one surface such that the inlets 11 and 21 of the first circulation hose 10 and the second circulation hose 20 correspond to each other, and a plurality of inlets 111 are adjacent to the inlets 111. The outlet port 112 of the motor 120 is coupled to the discharge end 121 of the motor 120, the outlet port (31, 41) of the third circulation hose 30 and the fourth circulation hose (40) Is connected to allow the water heated by the heater (H) to be discharged, but the water discharge ports 32 and 42 of the third circulation hose 30 and the fourth circulation hose 40 are connected to the first check type connector 130. Is connected, the inlet (12, 22) of the first circulation hose 10 and the second circulation hose 20 is to be connected to the second check-type connector 140, the check valve (on the outer side of the water tank 110) Communicating tube 160 having an air pump It is connected to the rotor 170 is formed to communicate with the bucket 110, the mat body 200 is divided into 1/2 is provided with the first and second heating hoses (210, 220) so that the separate separate heating is made, The first and second heating hoses 210 and 220 are circulated while corresponding to the first and second check type connectors 130 and 140 by forming respective joint connectors 230 at the water supply end 231 and the recovery end 232 branched outward. To form a line, the separated heating 4-wire hot water mat (C) is operated by the air pump motor 170 when not in use according to the storage or inspection to push the air into the water tank 110, the water by the check valve 150 The air is exhausted without being reversed, and when the joint connector 230 of any one of the joint connectors 230 connected to the first check connector 130 and the second check connector 140 is removed, the first connector is separated from the first connector. 2, the side of the joint connector 230 is separated from the water contained in the heating hose (210, 220) It is formed to be automatically drained through the means 231 and the recovery end 232.

At this time, the first check connector 130 and the second check connector 140 are each formed so that the water is opened in both directions when the joint connector 230 is connected one by one, the joint connector 230 is the first When separated from the check connector 130 or the second check type connector 140, the water of the separated first check type connector 130 or the second check type connector 140 is blocked, and the separated side joint connector ( 230 is formed to drain the water in the bucket and the heating hose.

In addition, the joint connector 230 is connected to a heating hose (or first and second heating hoses) in the form of a nipple having a hollow inside, the first check type connector 130 or the second check type connector 140 When mounted in the first check type connector 130 or the second check type connector 140 is formed to open the water while pushing the damper formed inside.

On the other hand, the present invention in another embodiment is provided with a temperature sensor 300 on one side of the means 11, 21 of the first circulation hose and the second circulation hose, the motor 120 according to the mat temperature set by the user Is controlled to control the set temperature while the operation ON / OFF is controlled.

As described above, the present invention allows the air pump motor to automatically drain the water inside the mat including the bucket when the mat is not used for the purpose of storage or inspection, and during the automatic draining from the check type connector on the heating boiler side. Release the joint connector of the first and second heating hoses to form a series of channels between the mat body in the heating boiler, which is easy and convenient to discard the water compared to the past has the effect of significantly improving the ease of use and handling. .

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In addition, the present invention is formed to selectively control the ON / OFF operation of the motor in accordance with the mat temperature set by the user is provided with a temperature sensor, a temperature sensor and a solenoid valve on the hose line of the heating boiler, hot water generation rate or heating It is formed to improve the efficiency, and when separating heating driving bar to selectively control the whole or any part of the left or right bar, which has the effect that the mat usability is greatly improved.

5 to 11 is another exemplary embodiment of the automatic draining system according to the present invention, an exemplary view showing that it is applied to two motors and four-wire separate heating hot water mat,
12 is an exemplary view showing a check connector and a joint connector according to the present invention.

The following describes the present invention in more detail with reference to the accompanying drawings.

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5 to 11, the present invention provides a separate heating 4-wire mat draining system using two motors.

That is, the present invention in another embodiment is formed to form a separate heating 4-wire hot water mat (C) while the heating boiler 100 and the mat body 200 is connected.

Thus, the heating boiler 100 has a plurality of inlets 111 so that the inlet means (11, 21) of the first circulation hose 10 and the second circulation hose 20 correspondingly coupled to one surface of the water tank (110). And a plurality of outlets 112 are formed on a surface adjacent to the inlet 111 so that the motor 120 is coupled.

At this time, the outlets 121 and 31 of the third circulation hose 30 and the fourth circulation hose 40 are connected to the discharge end 121 of the motor 120 so that the water heated by the heater H is discharged. It is formed to be.

Thus, the water discharge ports 32 and 42 of the third circulation hose 30 and the fourth circulation hose 40 are connected to the first check type connector 130, and the first circulation hose 10 and the second circulation hose. The inlets 12 and 22 of the 20 are formed to be connected to the second check type connector 140.

At this time, the outer side of the bucket 110, the communication tube 160 having a check valve 150 is connected to the air pump motor 170 is formed to communicate with the bucket 110.

Thus, the mat main body 200 is formed so that the first and second heating hoses 210 and 220 are partitioned into 1/2 to provide separate and separate heating.

In this case, each of the first and second heating hoses 210 and 220 is formed with a joint connector 230 formed at the water supply end 231 and the recovery end 232 branched outwardly to form the first and second check type connectors 130 and 140. Correspondingly formed to form a circulation line.

In addition, the separate heating 4-wire hot water mat (C) is operated by the air pump motor 170 when not in use according to the storage or inspection, and pushes the air into the water tank 110, the water does not flow back by the check valve 150 The air is formed to be exhausted.

At this time, if one of the joint connectors 230 of the joint connector 230 connected to each of the first check connector 130 and the second check connector 140 is separated, the first and second heating hoses 210 and 220 may be separated. The received water is formed to be automatically drained through the water supply end 231 and the recovery end 232 of the separated side joint connector 230.

Thus, the first check type connector 130 and the second check type connector 140 are each formed so that the water is opened in both directions when the joint connector 230 connected to each other is inserted, and the joint connector 230 is the first When separated from the check connector 130 or the second check type connector 140, the water of the separated first check type connector 130 or the second check type connector 140 is blocked, and the separated side joint connector ( 230 is formed to drain the water in the bucket and the heating hose.

In addition, the joint connector 230 is connected to a heating hose (or first and second heating hoses) in the form of a nipple having a hollow inside, the first check type connector 130 or the second check type connector 140 When mounted in the first check type connector 130 or the second check type connector 140 is formed to open the water while pushing the damper formed inside.

This will be explained in more detail as follows. (2 Motors-4-wire separate heating hot water mat.)

First, when connecting a heating boiler equipped with a bucket and a mat in which a heating hose is buried, a check valve for opening and closing the waterway is required at a portion connected to form a channel of the circulation line.

By the way, the check valve related to the hot water mat of the present invention corresponds to a check valve, the joint connector is the same shape as the nipple, the check valve is a damper (or pocket, sleeve, plunger, disc) inside when connecting the nipple and the male and female Etc.) is formed and the nipple pushes the damper so that the through hole is opened to form a two-way water passage (see Fig. 12).

Of course, such a check valve may be configured in various forms, but the basic principle is that, when connecting male and female, the two-way water is opened, but if the check valve and the joint connector is separated, the check connector side is closed, the joint The connector side is formed so that the water flows open and the water flows to one side.

In other words, the nipple is an embodiment of the joint connector, which serves to push the damper inside the check connector, and corresponds to a channel opening pin.

Accordingly, the first check type connector and the second check type connector are each formed (connected) with the joint connector and have a water flow in both directions during normal use, and when one of them is removed, the first check connector on the separated side is separated. Alternatively, the second check connector is closed so that water is drained through the separated side joint connector.

In other words, when attempting to pump air by blowing air in the bucket, the (first or second) check connector on the side separated from the joint connector is closed so that the flow of air and water is closed while the flow of water is blocked. Water and air blocked by the joint connector connected to the other (first or second) check-type connector in the form of a nipple causes the air to push out the water while the water is open to turn off the first and second heating hoses. The joint connector on the side is drained off.

The following summarizes the flow of automatic drainage (draining) of the present invention based on the above points.

Automatic draining flow chart of the present invention-1

First, as shown in the drawings, the present invention is a heating boiler with an automatic drainage function, and once the air is pushed into the water tank 110 through the air pump motor 170, the water does not flow back by the check valve 150. Is formed.

Thereafter, when the air pushes out water, the water tank-> motor-> third circulation hose 30 and the fourth circulation hose 40-> first check type connector (in this case, the second check type connector is in a closed state. )-> Water joint 231 and recovery end of the upper joint connector 230 coupled with the first check type connector-> first and second heating hoses-> lower joint connector 230 separated from the second check type connector Drained through 232.

In other words, if one of the joint connectors is disconnected from one of the joint connectors connected to the first or second check type connector, the water of the first and second heating hoses (including the water inside the bucket) is released to the air pressure through the joint connector on the separated side. It is formed to be drained by.

In other words, the air pump motor 170 of the present invention is formed so that the air does not flow back by the check valve 150 when the air is pushed into the bucket 110 during storage or inspection, the air is exhausted, When the joint connector 230 of any one of the joint connectors 230 connected to the first check connector 130 and the second check connector 140 is removed, the water contained in the first and second heating hoses 210 and 220 is removed. this It is formed to be automatically drained through the water supply end 231 and the recovery end 232 of the separated side joint connector 230.

In detail, the separation of the joint connector 230 from the second check type connector 140 as shown in the above drawings does not flow water connected to the water tank of the heating boiler to the second check type connector, but to the second check type connector. 140 is in the form of a check valve to open the water only in the state that is connected to the joint connector 230, and when they are separated, the second check-type connector is in the form of being closed, that is, the flow path is blocked while the water is blocked.

At this time, the joint connector 2300 (upper in the drawing) connected to the first check connector 130 has a water path open, and the water is pushed by air, which is disadvantageous to the second check connector. In the figure below, the joint connector is formed to drain the water.

Accordingly, the present invention is another example of the above-described example, showing that the water is drained through the upper joint connector 230 separated from the second check type connector.

That is, when the air pushes out the water, the water tank-> the first circulation hose 10 and the second circulation hose 20-> the second check type connector (the first check type connector is closed)-> Water supply end 231 and recovery end 232 of the lower joint connector 230 coupled with the first check connector 230, the first and second heating hoses, and the upper joint connector 230 separated from the first check connector. Is drained through.

For reference, the water supply stage 231 and the recovery stage 232 with respect to the two holes formed in the joint connector are the left and right separate heating compartments where water inflow and drainage are formed, respectively. This is because the sides coming out are different.

In summary, the present invention has a structure in which water is drained by air pressure when the mating connector is connected to the first check connector or the second check connector, respectively, when the mat is not used for storage or inspection. do.

As a further explanation, the left and right separate heating mats relate to a large living room carpet type mat for two or more people to sleep (sleep or rest), which corresponds to an area of king size or larger when lit on a bed.

The large sized mat is formed to have two heating hoses built in to divide the area by 1/2 and separate the left and right sides based on the central part to heat the heating.

In other words, large mats (when not in use or checked) that do not have a conventional automatic draining function can be dragged (or folded) to a large area mat and moved to the bathroom or porch, and then the end of the separated heating hose (drainer) is removed. After going down, you should lift the back of the large mat back up and incline to let the water in the heating hose in the mat run down to the floor.

This conventional manual draining process is not easy for women, the elderly, or children, the inconvenience of the consumer has been continuously raised.

In order to solve this problem, in recent years, water was manually drawn out while pumping by inserting a piston such as a syringe into one side of a separate heating hose. to be. Accordingly, the present invention is to solve this problem.

That is, when one of the joint connectors 230 of the joint connector 230 connected to each of the first check type connector 130 and the second check type connector 140 is removed, the first and second heating hoses 210 and 220 are disposed in the first and second heating hoses 210 and 220. Housed water It is formed to be automatically drained through the water supply end 231 and the recovery end 232 of the separated side joint connector 230.

In addition, the present invention ensures the convenience of automatic drainage (draining).

The figure shows that the joint connector is mounted in a general normal form in the first and second check type connectors of the present invention.

That is, when the joint connector 230 of any one of the joint connectors 230 connected to the first check connector 130 and the second check connector 140, respectively, is removed, the first and second heating hoses 210 and 220 are disposed. Housed water By automatically draining through the water supply end 231 and the recovery end 232 of the separated side joint connector 230, there is an advantage of not having to worry about which of the plurality of joint connectors to be removed.

Therefore, such a water draining structure is characterized in that the user can easily remove the water draining process by separating any one of the joint connectors without any distinction (without recognizing).

The above figure shows that the joint connector is coupled to the first and second check type connectors of the present invention by changing up and down, and the two heating is guaranteed as it is.

As a result, the present invention has a feature that the left and right sides are not changed even when the connector is inserted opposite to each other without distinguishing between the left and the right side compared to the heating boiler.

On the other hand, the present invention in another embodiment is provided with a temperature sensor 300 on one side of the means 11, 21 of the first circulation hose and the second circulation hose, the motor 120 according to the mat temperature set by the user Is controlled to control the set temperature while the operation ON / OFF is controlled.

That is, as another embodiment of the present invention, it is possible to control the temperature of the heating zone separated by one bucket, and is a heating boiler with an automatic drainage function, which allows the temperature sensor of each motor and the inlet to be set by the user. It is formed to control the set temperature by turning the motor ON / OFF by reading the water temperature by the temperature sensor on the inlet side.

When the air is pushed into the water tank by the air pump motor, the water is not flowed back by the check valve and the first check type connector or the two check type connectors connected to the mat at the same time are separated when one of the respective joint connectors is separated. It is formed so that water in the mat can escape through one end of the heated hose.

In addition, the present invention is characterized in that the left and right of the connection hose of the mat and the heating boiler does not distinguish between the left and right, even if the consumer inserts both mat hoses opposite to each other of the connector.

In addition, the present invention is characterized in that the check valve on the motor side and the check valve for mat connection is not double, the motor noise and the life of the motor can be increased due to the resistance of the motor.

In addition, the present invention is characterized in that the check valve and drainage connector is removed, thereby simplifying the production process in operation and ensuring a reduction in manpower and a reduction in material costs.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Of course, such changes will fall within the scope of the claims.

10 ... first circulation hose 20 ... second circulation hose
30 ... 3rd circulation hose 40 ... 4th circulation hose
100 ... heating boiler 110 ... bucket
111 ... inlet 112 ... outlet
120 ... motor 130 ... first check type connector
200 ... mat body 210 ... first heating hose
220 ... second heating hose 230 ... joint connector
300 ... temperature sensor

Claims (5)

delete delete The heating boiler 100 and the mat body 200 is connected to form a separate heating 4-wire hot water mat (C), the heating boiler 100 is the first circulation hose 10 and the first surface on one surface of the bucket 110 A plurality of inlets 111 are formed such that the inlet means 11 and 21 of the two circulation hoses 20 are correspondingly coupled, and a plurality of outlets 112 are formed on a surface adjacent to the inlet 111 to form a motor 120. ) Is coupled to the outlet end 121 of the motor 120 is connected to the outlet 31, 41 of the third circulation hose 30 and the fourth circulation hose 40 is heated by the heater (H) The water is discharged, but the water discharge ports 32 and 42 of the third circulation hose 30 and the fourth circulation hose 40 are connected to the first check type connector 130, and the first circulation hose 10 and Inlet 12, 22 of the second circulation hose 20 is to be connected to the second check-type connector 140, the communication pipe 160 having a check valve 150 on the outer side of the water tank 110 is an air pump In communication with the water tank 110 is connected to the motor 170 It is formed so that, the mat body 200 is divided into 1/2 is provided with the first and second heating hoses 210 and 220 so that the separate separate heating is made, the first and second heating hoses 210 and 220 branched outwards. Each joint connector 230 is formed at the water supply end 231 and the recovery end 232 to correspond to the first and second check type connectors 130 and 140 to form a circulation line, but the separate heating 4-wire hot water mat ( C) is formed so that the air does not flow back by the check valve 150 when the air pump motor 170 when not in use according to the storage or inspection to push the air into the bucket 110, the first check, When the joint connector 230 of any one of the joint connector 230 connected to the connector 130 and the second check connector 140 is separated, water contained in the first and second heating hoses 210 and 220 is separated. Automatically through the water supply end 231 and the recovery end 232 of the side joint connector 230 In the automatic draining system of the separated heating hot water mat to be drained to,
The first check type connector 130 and the second check type connector 140 are each formed so that water flows in both directions when the joint connector 230 connected to each other is inserted, and the joint connector 230 is the first check type. When separated from the connector 130 or the second check type connector 140, the water of the separated first check type connector 130 or the second check type connector 140 is blocked, and the separated side joint connector 230 is removed. Automatic draining system of the separated heating hot water mat, characterized in that to allow the water in the bucket and the heating hose to drain. delete The method of claim 3, wherein the joint connector 230 is connected to the first and second heating hose in the form of a nipple having a hollow inside, the first check type connector 130 or the second check type connector 140 When mounting, the automatic draining system of the separated heating hot water mat, characterized in that to open the water while pushing the damper formed in the first check connector 130 or the second check connector (140).

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