KR200376028Y1 - hot water heating mat for hot water transfer device - Google Patents

Abstract

The present invention prevents the occurrence of electromagnetic waves and the risk of fire by heating the hot water using the proximity electrode formed by the power supplied to the heating unit and the conductive body, and the conventional pump using the AC power cycle of 60 Hz. Otherwise, the DC voltage rectified by the control unit is supplied to the first and second solenoids, respectively, so as to operate smoothly and minimize noise generated by moving the transfer member, and the first and second opening and closing members inside the transfer member and the guide piece. Since the hot water does not flow backwards to move the hot water in a single direction even if the mat is tilted, the reliability of the product is improved, and the buffer part formed of soft silicone is installed in the circulation hose to absorb the pressure due to volume expansion when the hot water is heated. It relates to a hot water transfer device of the hot water circulation mat.

Description

Hot water heating mat for hot water transfer device

The present invention relates to a mat for hot water used in a home or a business, in particular, hot water is heated using a proximity electrode formed by applying power to a heating part and a conductive body, and supply a DC voltage to the first and second solenoids, respectively. The transfer member operates smoothly and minimized the noise, and the first and second opening and closing members are installed inside the transfer member and the guide piece to safely control the hot water. It relates to a hot water transfer device of the hot water circulation mat that can absorb the pressure caused by.

In general, the heating mat is used as temporary heating during the local season or when the heating is required, and usually by heating the mat due to the heating of the heating wire by the alternating voltage by forming an electric heating wire over the entire inner surface of the mat.

However, the heating mat as described above has a problem in that the electric heating wire is broken because it is inefficient by dissipating heat locally as the electric heating wire is embedded in the mat to generate a heating effect.

In order to solve the above problems, recently, a hot water circulation mat having a built-in circulation pump filed in Korean Patent No. 14574 and registered as No. 035738 in 1998 was used.

The hot water circulation mat in which the pre-registered circulation pump is embedded includes a mat (1), and a side of the mat (1), which is disposed by arranging a circulation hose (2) at regular intervals on the inside front surface as shown in FIGS. The hot water distribution pipe (3) in the inner space is formed by combining the both ends of the circulation hose (2) with the hot water distribution pipe (3), the regulator 12 to adjust the temperature on one side of the hot water distribution pipe (3) Is configured, the power cord 13 is speeched to apply power to the regulator 12, the inlet (4) and the outlet (5) is formed on both sides of the hot water distribution pipe (3), the upper end of the inner space A partition wall 14 including a check valve 10 hinged to is formed therein, and a heater 11 is coupled to one side space of the partition wall 14, and a check valve 7 is hinged to another space. The flow pipe 8 is coalesced with a spring 9, and the flow pipe 8 flows by a solenoid 6 coupled to an outer circumferential surface of the hot water distribution pipe 3. It is combined.

However, the hot water circulation mat built in the above-described circulation pump has the advantage of solving the conventional problems, but there is a risk of fire because a heater for heating hot water through an AC voltage is mounted on one side of the hot water distribution pipe. However, a large amount of electromagnetic waves were generated to cause pain in the head when used for a long time, and since the hot water distribution pipe with the check valve formed on the inner upper side was moved by using a 60 Hz cycle of AC voltage, noise was generated during movement and at the same time when the mat was used. If the mat is inclined, the check valve does not operate smoothly, which is inefficient, and the circulation hose is directly inserted on one side of the hot water distribution pipe. There was this.

The present invention has been made in view of the above-mentioned conventional defects, and its object is to heat the hot water using a proximity electrode formed of a heating unit and a power source supplied to the conductive body, thereby preventing the occurrence of electromagnetic waves and the risk of fire. Unlike the conventional pump using the cycle of AC power 60Hz, it prevents it in advance, and since the DC voltage rectified by the controller is supplied to the first and second solenoids, respectively, the noise generated while the transfer member moves smoothly. The first and second opening and closing members are installed inside the transfer member and the guide piece so that the hot water is not flowed back even when the mat is tilted, so that the hot water is moved in a single direction, thereby improving the reliability of the product. Hot water net that can absorb pressure due to volume expansion when hot water is heated by installing in circulation hose It is the hot water feeding device to provide a mat.

The present invention for achieving the above object, in the hot water circulation mat to heat the mat by adjusting the regulator with a power supplied from the power cord is arranged at a predetermined interval inside the mat so that hot water can move,

A detection sensor which is fixed to an end of the circulation hose and detects a temperature of hot water circulated into the circulation hose;

A heating unit for heating the hot water while forming a proximity electrode with the conductive body by the supplied power when the hot water detected by the detection sensor is lower than a temperature set by the controller;

It is configured to include a conductive body constituting the heating portion and the proximity electrode, and is provided in the operating member is provided with an operating member for generating a magnetic force facing each other by separating the power supplied mounted on the outer peripheral surface of the body in both directions, A hot water transfer unit for transferring hot water heated by the proximity electrode to the circulation hose while moving the transfer member by magnetic force;

A silicon soft buffer mounted on one side of the hot water transfer unit to absorb a volume change of the hot water heated and transferred to the proximity electrode;

The control panel for separating and rectifying the AC power supplied through the power cord inside the regulator is provided to supply the supplied AC power to the heating unit and the body, the DC power rectified in the control panel to the first and second solenoids, respectively It is characterized by comprising a control unit for supplying.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 3 is a plan view of the hot water circulation mat to which the present invention is applied, and FIG. 4 is a cross-sectional view of the present invention.

The present invention, the circulation hose (2) is arranged in the interior of the mat (1) so that hot water can move to adjust the regulator 12 to the power supplied from the power cord 13 to heat the mat (1) In the hot water circulation mat to be provided, a detection sensor 100 is fixed to the end of the circulation hose 2 to detect the temperature of the hot water circulated into the circulation hose 2, the detection sensor 100 When the hot water sensed by the controller 12 is lower than the temperature set by the controller 12 is provided with a heating electrode 200 for heating the hot water while forming a proximity electrode with the conductive body 310, the heating unit 200 And a conductive body 310 constituting a proximal electrode, and provided with an operating member 340 which separates the power supplied in both directions in both directions and generates a magnetic force oppositely. Magnetic generated from the operating member 340 The hot water transfer part 300 is provided to transfer the hot water heated by the proximity electrode to the circulation hose 12 while moving the transfer member 330 by a force, and is heated and transferred to the proximity electrode on one side of the hot water transfer part 300. It is provided with a silicon soft buffer 400 is mounted to absorb the volume change of the hot water, the control panel for separating and rectifying the AC power supplied through the power cord 13 in the interior of the regulator 12 ( 510 is provided to supply the supplied AC power to the heating unit 200 and the body 310, and the DC power rectified in the control panel 510 to supply to the first and second solenoids 341 and 342, respectively. It is composed of a control unit 500, which will be described in more detail as follows.

The heating unit 200 protrudes toward the receiving space 311 so as to heat the hot water circulated into the circulation hose 12 to the conductive body 310 and the proximal electrode, one side of which is opened, and the other of which is closed. Guide tube 210 is provided, the water jet hole 220 for discharging the heated hot water in the center of the guide tube 210 is perforated.

The hot water transfer part 300 is provided with a conductive body 310 formed with an accommodating space 311 so that the hot water heated by the heating part 200 is introduced to form a heating part 200 and an electrode. In order to transfer the heated hot water to the inner surface of the 310, the left side has a magnetism of the S pole and the right side has a transfer member 320 having a through hole 321 penetrated at the center thereof. The opening and closing hole 331 is provided to open and close the hot water moving to the circulation hose 12 in the through hole 321, and a spring 332 for supporting the opening and closing hole 331 is provided at one side of the opening and closing hole 331, One side of the spring 332 is provided with a first opening and closing member 330 is fixed to the fixture 333 to prevent the separation of the spring 332, the direct current supplied from the control unit 500 to the outer peripheral surface of the body 310 A voltage is applied to the first and second solenoids 341 and 342 to mount an operating member 340 mounted to control the flow of hot water. An insulating fixing cap 350 for sealing hot water on both sides of the body 310 and preventing discharge is provided, and a guide piece 360 having guide holes 361 formed therein to move the hot water in the fixing cap 350. ) Is provided, and the opening and closing opening 371 is provided to open and close the hot water introduced into the guide hole 361 on the inner surface of the guide hole 361, and supports the opening and closing opening 371 on one side of the opening and closing opening (371) A spring 372 is provided, and a second opening / closing member 370 having a fixture 373 fixed to one side of the spring 372 to prevent the spring 372 from being separated is provided.

 The operation member 340 is provided with a first solenoid 341 having a magnetic pole of S pole on the right side and an N pole on the left side according to the DC voltage supplied from the control unit 500. A second solenoid 342 having magnetic poles is provided.

The operating member 340 is provided with a first solenoid 341 having a magnetic pole of the N pole on the right side and the S pole on the left side according to the DC voltage supplied from the control unit 500. A second solenoid 342 having magnetic poles is provided.

The circulation hose 2, the heating unit 200, the hot water transfer unit 300, the buffer unit 400 is fused by high frequency is formed integrally.

The following describes the operation process of the present invention configured as described above.

First, as shown in FIG. 4, the user plugs the power cord 13 into a plug and then operates the controller 12 to set a temperature desired by the user. When the AC power supplied through the control unit 500 is supplied to the conductive guide tube 110 of the heating unit 100, the heating unit 110 through the hot water stored in the body 210 is a conductive body ( An electrode is formed with an inner surface of the 210, which is called a proximity electrode, and heats water in the receiving part 211 adjacent to the heating part 100 and the heating part 100 through the proximity electrode.

As shown in FIG. 5A, the hot water supplied to the accommodation space 211 is provided on the inner circumferential surfaces of the first and second solenoids 341 and 342 mounted on the outer circumferential surface of the body 310. It is moved by the operation of the mounted conveying member 320, when the DC power rectified to DC through the control unit 500 is supplied to the first and second solenoids 341 and 342, respectively, of the first solenoid 341 The left side has the magnetism of the N pole and the right side has the S pole, the left side of the second solenoid 342 has the magnetism of the S pole and the right side has the magnetism of the N pole, the first first and second solenoids 341 The conveying member 320 located between the 342 is attracted to each other by the N pole of the left side of the first solenoid 341 and the S pole of the left side of the conveying member 320, and the N pole of the right side of the second solenoid 342. Since the magnets of the N poles on the right side of the transfer member 320 are pushed together, the transfer member 320 is moved to the left side of the first solenoid 341. .

At this time, the opening and closing hole 331 mounted on the inner surface of the conveying member 320 to close the through hole 321 moves the conveying member 320 in the direction of the first solenoid 341 and at the same time the spring 332 is compressed. As a result, the through hole 321 is opened, and the second opening / closing member 370 is configured to close the guide hole 361 by the pressure of the hot water to which the transfer member 320 is moved.

 In addition, as shown in FIG. 5B, when the transfer member 320 is moved in the left direction of the first solenoid 341, when the DC power is reversely supplied, the left side of the first solenoid 341 is located at the S pole. The magnet has a magnet on the right side has an N pole, the left side of the second solenoid 342 has a magnet of the N pole and the right side has a magnet of the S pole so that the conveying member 320 located in the first solenoid 341 is While the magnetic poles of the S pole on the left side of the first solenoid 341 and the S pole on the left side of the transfer member 320 are pushed together, the S pole on the right side of the second solenoid 342 and N on the right side of the transfer member 320. Since the magnets of the poles are attracted to each other, the conveying member 320 is moved in the direction of the second solenoid 342.

At this time, the opening and closing hole 331 mounted on the inner surface of the conveying member 320 to open the through hole 321 moves the conveying member 320 in the direction of the second solenoid 342 and at the same time the restoring force of the spring 332. By closing the through hole 321, the opening and closing 371, which was closing the guide hole 361 by the pressure of the hot water is moved to the guide hole 361 so as to open to the restoring force of the guide hole 361 Is introduced to move in the direction of the buffer 400.

The hot water moved as described above absorbs the pressure due to expansion in the buffer 400 formed of silicon soft material, and smoothly supplies the circulation hose 2 to the circulation hose 2 through the discharge port 5 even though the volume is expanded. Repeatedly circulated through the circulation hose (2) is to warm the mat (1).

As described above, the present invention, by heating the hot water using the proximity electrode formed by the power supplied to the heating portion and the conductive body to prevent the risk of electromagnetic waves and fire in advance, and using a cycle of AC power source 60Hz Unlike the pump of, the DC voltage rectified by the control unit is supplied to the first and second solenoids, respectively, so as to operate smoothly and minimize the noise generated by moving the transfer member, the first inside the transfer member and the guide piece The product is improved because the hot water does not flow backwards and moves the hot water in one direction even if the mat is inclined by installing two opening and closing members, and the buffer part formed of soft silicone is installed in the circulation hose to increase the volume when the hot water is heated. Due to the pressure can be absorbed there is an advantage that the safety is improved.

1 is a cutaway perspective view of a conventionally designed hot water circulation mat

2 is a cross-sectional view of a conventional pump

3 is a plan view of the present invention applied

4 is a cross-sectional view of the present invention

5 is an operating state diagram of the subject innovation hot water transfer unit

   5a shows a state in which the conveying member is moved to the first solenoid side by the controller,

   5b shows a state in which the transfer member is moved to the second solenoid side by the controller.

6 is a state diagram used in the present invention

   6a shows a state in which the first opening / closing member is opened to move the hot water to the fixed cap side.

   6b illustrates a state in which the second opening / closing member is opened to move the hot water toward the buffer part.

<Explanation of symbols for the main parts of the drawings>

100: sensor 200: heating unit

300: hot water transfer unit 400: buffer unit

500: control unit

Claims (6)

The circulation hose 2 is arranged at a predetermined interval inside the mat 1 to allow the hot water to move, and the hot water circulation mat for heating the mat 1 by adjusting the regulator 12 with the power supplied from the power cord 13. To A detection sensor 100 fixed to an end of the circulation hose 2 to sense a temperature of hot water circulated into the circulation hose 2; A heating unit 200 for heating the hot water while forming a proximity electrode with the conductive body 310 by the power supplied when the hot water sensed by the detection sensor 100 is lower than the temperature set by the controller 12; It comprises a conductive body 310 forming a heating electrode 200 and a proximity electrode, the operating member is mounted on the outer circumferential surface of the body 310 to separate the supplied power in both directions to generate a magnetic force facing ( 340 is provided, the hot water transfer unit 300 for transferring the hot water heated by the proximity electrode to the circulation hose 12 while moving the transfer member 330 by the magnetic force generated by the operation member 340; A silicon soft buffer 400 mounted on one side of the hot water transfer part 300 to absorb a volume change of the hot water heated and transferred to the proximity electrode; The control panel 510 is provided inside the controller 12 to separate and rectify the AC power supplied through the power cord 13 to supply the supplied AC power to the heating unit 200 and the body 310, The DC power rectified by the control panel 510 is a hot water transfer device of the hot water circulation mat, characterized in that consisting of a control unit 500 for supplying to the first and second solenoid (341, 342), respectively. The method of claim 1, wherein the heating unit 200, Projected to the receiving space 311 side to heat the hot water circulated into the circulation hose 12 to the conductive body 310 and the proximity electrode, one side is opened and the other side is provided with a closed conductive guide tube 210 And, the hot water conveying device of the hot water circulation mat, characterized in that the water jet hole 220 for discharging the heated hot water in the center of the guide tube 210 is perforated. According to claim 1, The hot water transfer unit 300, An accommodation space 311 is formed to allow the hot water heated by the heating unit 200 to flow therein, and a conductive body 310 is formed to form the heating unit 200 and an electrode, and is provided on an inner surface of the body 310. In order to transfer the heated hot water, a left side has a magnetic pole of S pole and a right side has a magnetic pole of N pole, and a transfer member 320 having a through hole 321 penetrated at the center thereof is circulated in the through hole 321. The opening and closing hole 331 is provided to open and close the hot water moving to the hose 12, a spring 332 for supporting the opening and closing hole 331 is provided on one side of the opening and closing hole 331, on one side of the spring 332 The first opening and closing member 330 is fixed to the fixture 333 to prevent the separation of the spring 332, the DC voltage supplied from the control unit 500 to the outer peripheral surface of the body 310 is the first, second solenoid 341 and 342 are mounted to the operating member 340 is mounted to control the flow of hot water, the amount of the body 310 An insulating fixing cap 350 is provided at the side to seal the hot water and prevent discharge, and a guide piece 360 having a guide hole 361 is provided inside the fixing cap 350 to move the hot water. An opening 371 is provided on the inner side of the guide hole 361 so as to open and close the hot water introduced into the guide hole 361, and a spring 372 supporting the opening 371 is provided at one side of the opening 371. And a second opening / closing member 370 having a fixture 373 fixed to one side of the spring 372 to prevent separation of the spring 372. According to claim 1 and 3, the operating member 340, According to the DC voltage supplied from the controller 500, a first solenoid 341 having a magnetic pole of S pole on the right side and an N pole on the left side is provided, and a second pole having magnetic pole of the N pole on the right side and the S pole on the left side. Hot water transfer apparatus of the hot water circulation mat, characterized in that the solenoid 342 is provided. According to claim 1 and 3, the operating member 340, According to the DC voltage supplied from the controller 500, a first solenoid 341 having a magnet of N pole on the right side and an S pole on the left side is provided, and a second magnet having the magnetism of the S pole on the right side and the N pole on the left side is provided. Hot water transfer apparatus of the hot water circulation mat, characterized in that the solenoid 342 is provided. The method of claim 1, The circulation hose (2), the heating unit 200, hot water transfer unit 300, the buffer unit 400 is a hot water circulation apparatus of the hot water circulation mat, characterized in that the high frequency fusion formed integrally.