KR20100042956A - Concentrating heat apparatus with an human sensing function - Google Patents

Abstract

PURPOSE: A concentrating heat apparatus is provided to prevent unnecessary energy consumption by supplying a current to an electro-thermal pad receiving a code signal of a human detection sensor. CONSTITUTION: A concentrating heat apparatus with a human sensing function includes an electro-electro-electro-thermal pad(4), a human body sensor, a first distribution code(14), a second distribution code(16), and a control panel(10). The electro-electro-thermal pad comprises individual electro-thermal pad having a heating wire therein. A human detection sensor is included inside the electro-electro-thermal pad. The first distribution code electrically interlinks the discrete electro-electro-thermal pad. The second distribution code connects the first distribution code and is protruded from the wall corner. A control panel selectively supplies current trough only the heating wire on which the human body is sensed.

Description

Intensive heating device with human body detection function {CONCENTRATING HEAT APPARATUS WITH AN HUMAN SENSING FUNCTION}

The present invention relates to a central heating device with a human body sensing function, and more specifically, having a human body sensing sensor and a heating wire for each individual heating pad, so that a current can be input only to the heating pad on which the code signal of the human body sensing sensor is received. By preventing unnecessary energy consumption and improving the waterproof structure of the connection port between each heating pad relates to a central heating device equipped with a human body detection function that prevents a safety accident even when water is introduced into the gap between the heating pad.

As is well known, Korean home heating consists of an ondol system. Such an ondol system was called the lower neck because the area where the warm air is introduced is the warmest.

However, such ondol systems use fossil fuels as fuel, but in recent years, a heating system for homes, which can achieve the same effect as an ondol system by operating a boiler without using the fuel any more, is generally spread.

However, in the case of such a boiler heating system, when the house is built, the heating line must be installed in advance on the floor of the room, and the boiler pipe must be connected to the heating line, so the cost is very high. There was a problem that the position can not be removed separately to move.

Therefore, restaurants, karaoke, or other rental shops can be expensive and collect the heating system in the future and move it to another building. The situation is constructing a film-type heating system.

However, such a heating pad or a heating film type heating system has a problem in that heating is performed by inputting an electric current to an unnecessary area where the human body is not located, and a plurality of heating pads are individually driven on one floor of an indoor floor. In the case of installing the heat transfer film, there was a problem that the owner or employee must turn on the switch of the heat transfer pad on which the customer sits, very uncomfortable.

In addition, even after the customer goes out, it is cumbersome because the current input must be cut off by operating the switch of the heating pad to which the current was applied, and in particular, it is often unnecessary to forget the switch operation after the customer exits. There was a problem that energy was wasted.

The present invention has been made in view of the above-described state of the art, and includes a human body detecting sensor and a heating wire for each individual heating pad, so that a current can be supplied only to the heating pad on which the code signal of the human body sensor is received, thereby consuming unnecessary energy. The purpose of the present invention is to provide a centralized heating device with a human body sensing function to prevent a safety accident even when moisture is introduced into the gap between the heating pads by improving the waterproof structure of the connection pads between the heating pads.

In order to achieve the above object, according to a preferred embodiment of the present invention, the heating pads (4) having individual heating pads (6) provided with heating wires 12 therein are mutually assembled to occupy the floor of the room and perform heating. )Wow; It is provided with a plurality of inside the heat pad 4, the human body sensor 5 for detecting the presence of the human body; A first wiring cord (14) for electrically connecting the individual heating pads (6) to electrically conduct the interface, and for interfacing a detection signal of the human body detecting sensor (5); A second wiring cord (16) for connecting a plurality of said first wiring cords (14) and disposed at a wall edge portion; Connected to the heating wires 12 of the individual heating pads 6 connected to the second wiring cord 16 and the cable 8 through the human body sensing signal transmitted from the individual heating pads 6. Provided is a central heating device with a human body sensing function, characterized in that it comprises a control panel 10 for controlling the heating is made by selectively inputting a current only.

Preferably, the heat transfer pad (4) and the lower waterproof layer (18) which is a synthetic resin made of a waterproof material in the lowermost layer; An insulating support layer 20 applied to the upper surface of the lower waterproof layer 18 to perform insulation and heat resistance; A heating wire layer 12 disposed in a zigzag pattern on the heat insulating support layer 20 and generating heat by receiving a current; A human body detecting sensor (5) layer disposed on the upper surface of the heating wire (12) at a predetermined interval to detect a human body; A data line 22 disposed in a straight line on the upper surface of the heating line 12; A cushion layer 24 applied to a gap between the human body sensor 5 and an upper surface of the data line 22 to generate a cushion force; The central heating device is provided with a human body sensing function, characterized in that the coating layer 26 is applied to the upper surface of the cushion layer 24 to perform a waterproof and envelope function.

Preferably, the human body sensor 5 is provided with a central heating device having a human body detection function, characterized in that the piezoelectric sensor.

Preferably, each unique code is given to each of the heating wires 12 and the human body sensor 5, and the unique codes of the heating wires 12 and the human body detection sensor 5 are respectively matched. Provided is a central heating device with a human body detection function characterized in that the unique code is stored.

Preferably, the first wiring cord 14 is configured to protrude from a predetermined outer surface thereof, and has a connection terminal 30 for transmitting current and data. The predetermined wiring portion of the individual heating pads 6 A connecting slot 44 coupled to the connecting terminal 30 is configured, and a slot receiving groove 40 for accommodating the connecting slot 44 is formed in a predetermined portion of the individual heat transfer pad 6. Provided is a central heating device with a human body sensing function, characterized in that the slot housing 42 for protecting the outside of the 44 is configured around the connecting slot 44.

Preferably, the connection terminal 30 has a power terminal 36 and a data terminal 38 therein, and a terminal housing 34 integrally formed on an outer surface of the first wiring cord 14; There is provided a central heating device with a human body sensing function, characterized in that consisting of a waterproof rubber 32 covered on the outside of the terminal housing (34).

Preferably, the connection terminal 30 is formed at a predetermined interval on the side or the upper surface of the first wiring cord 14, the connection slot 44 is connected to the connection terminal 30 is the individual heating pad (6) Provided is a central heating device with a human body sensing function, characterized in that formed on the side or bottom surface.

Preferably, the control panel 10 includes a display window 50 for screen output of the button operation information and heating state information; An initial setting unit 52 for setting a target area for detecting a human body; A mode selector 54 for selecting a normal mode and a human body sensing mode; A temperature setting unit 60 for setting a basic indoor temperature and a temperature of the human body sensing region; A switching unit (82) for switching a current input to the heating wire (12); A current adjusting unit 80 for adjusting a current value input to the heating wire 12; The unique code of the heating wire 12 and the unique code of the human body sensor 5 is stored in a match, and the unique code of the human body sensor 5 for generating a detection signal due to the operation of the initial setting unit 52. A data storage unit 84 for storing the data to be excluded from the heating target area; When the operation signal of the initial setting unit 52 is generated, the heating target region is set through the detection signal received from the human body sensor 5, and the detection signal from the human body sensor 5 is received to detect the corresponding sensor. Provided is a central heating device with a human body sensing function, characterized in that the control unit 86 for switching the current to the heating wire 12 matching the unique code.

Preferably, the control unit 86, when a detection signal is applied from the human sensor 5 of the area outside the predetermined heating target area, the heating wire 12 matching the human body detection sensor 5 of the corresponding area. There is provided a central heating device with a human body sensing function, characterized in that not set to switch the current.

Intensive heating device equipped with a human body detection function according to the present invention by heating the heating pad only in the area where the human body is detected from the plurality of heating pads installed on the floor of the interior can prevent unnecessary energy consumption, each Improved waterproof structure of the connection port between heating pads prevents accidents from occurring even when water enters the gap between the heating pads, and removes objects and legs of the table from the heating targets. The advantage is that only the area where the human body is located can be heated.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

1 is a perspective view showing the appearance of a centralized heating apparatus with a human body detection function according to an embodiment of the present invention, Figure 2 is a separate heat transfer in the centralized heating apparatus with a human body detection function according to an embodiment of the present invention It is a perspective view which shows the state in which a pad was removed.

Referring to this, the central heating device 2 equipped with a human body sensing function according to an embodiment of the present invention includes a human body sensing sensor and a heating wire for each individual heating pad, and only a heating pad on which a code signal of the human body sensing sensor is received. It is a device that prevents unnecessary energy consumption by inputting electric current, and improves the waterproof structure of the connection port between each heating pad so that safety accident does not occur even if water flows into the gap between heating pads.

To this end, the central heating device (2) equipped with a human body detection function according to an embodiment of the present invention occupies the bottom surface of the room by assembling individual heating pads (6) provided with heating wires 12 therein. A heating pad 4 for heating is provided. The individual heat pads 6 are pads having a plurality of standard sizes, but since the area of the room is different for each building, the individual heat pads 6 to be installed at the edge of the room are preferably prepared separately in various sizes. .

The individual heating pads 6 are provided with a heating wire 12 therein to generate heat when the current is input to perform heating.

In addition, each of the individual heating pads 6 is provided with a plurality of human body detection sensors 5 therein, the human body sensor 5 is a piezoelectric sensor, when a certain amount of weight is detected on the upper surface generates a constant voltage It is a sensor.

Each individual heating pad 6 is interconnected via a first wiring cord 14, the first wiring cord 14 is installed on the floor of the room spaced apart at regular intervals, the individual heating pads on both sides thereof (6) is combined to cover the entire floor of the room.

The first wiring cord 14 electrically connects the individual heating pads 6 to each other, and interfaces the detection signal of the human body sensor 5 to the control panel 10.

In addition, it is connected to the first wiring cord 14 installed in the plurality of floors indoors to maintain the electrical connection state with the first wiring cord 14, and to sense the detection signal transmitted from the first wiring cord 14 In order to interface with the control panel 10, the second wiring cord 16 is connected to the first wiring cord 14 and connected to the control panel 10 via a cable 8 at an end thereof. The second wiring cord 16 is provided along the wall edge portion.

On the other hand, the central heating device (2) with a human body sensing function according to an embodiment of the present invention is connected via the second wiring cord 16 and the cable (8), and transmitted from the individual heating pad (6) Through the human body detection signal, the control panel 10 is configured to control the heating to be made by selectively inputting the current only to the heating wire 12 of the individual heating pad (6) in which the human body is detected.

Figure 3 is a side cross-sectional view showing the configuration of the heating pad included in the central heating device with a human body detection function according to an embodiment of the present invention.

Referring to this, the heating pad 4 included in the central heating device with a human body sensing function according to an embodiment of the present invention is composed of a lower waterproof layer 18, which is a synthetic resin made of a waterproof material at the bottom layer, the lower waterproof layer The heat insulation support layer 20 which is apply | coated to the upper surface of 18 and performs heat insulation and heat resistance is comprised.

The lower waterproof layer 18 is in close contact with the indoor floor, and is a waterproof layer for preventing moisture and water, which are easily exposed to the floor, from being absorbed into the heat transfer pad 4, and the heat insulating support layer 20 is disposed on the upper surface. Since the heat of the configured heating wire 12 is transmitted to the bottom bottom surface to prevent the heating efficiency from being reduced, the heating pad 4 is burned when the abnormal current such as overcurrent and inrush current flows into the upper heating wire 12. It is preferable that the heat insulating support layer 20 for prevention, the heat insulating support layer 20 is composed of a material having excellent flame resistance and excellent heat insulating properties.

In addition, by installing a heating wire 12 in a zigzag form, the heat insulation support layer 20 to generate heat by inputting a current, it is installed on the upper surface of the heating wire 12 layer spaced at regular intervals to detect the human body A sensor 5 layer is constituted. At this time, the data line 22 is further configured to be arranged in a straight line on the upper surface of the heating wire 12, a separate protective layer between the heating wire 12, the human body sensor 5 and the data line 22. It may be further configured (not shown).

On the other hand, the human body sensor 5 is installed in the inner heating pad 4 spaced apart at regular intervals, the separation gap of each human body sensor 5, the data line 22 and the other layers of separation A cushion layer 24 is provided to fill the space, and the cushion layer 24 fills the space between the layers to absorb the downward pressure of the heating pad 4 to provide comfort to the hip area of the user. It is a layer for.

In addition, the coating layer 26 is applied to the upper surface of the cushion layer 24, the coating layer 26 is to perform the waterproof and shell function.

At this time, all the layers that are configured inside the heat transfer pad 4 are made of a flexible material so that, for example, bend like a jangpan.

Figure 4 is an enlarged perspective view of the main portion showing a coupling configuration of the heating pad and the wiring cord included in the centralized heating device having a human body detection function according to an embodiment of the present invention, Figure 5 is a human body according to an embodiment of the present invention Main part enlarged perspective view showing another coupling example of the heating pad and the wiring cord included in the centralized heating device having a sensing function, Figure 6 is a front enlarged sectional view of the main part as shown in FIG.

1, 2 and 3, the first wiring cords 14 are pre-installed on the floor surface of the room at predetermined intervals, and both sides of each of the first wiring cords 14 are provided. Individual heating pads 6 are repeatedly connected to each other to form a heating pad 4 that can cover the entire indoor floor.

In this case, the first wiring cord 14 may also repeatedly connect each individual heating pads 6 to each other to form a heating pad 4 capable of covering the floor of the room. 6) makes an electrical connection for inputting a current, and performs a connection function for externally interfacing a human body sensing signal transmitted from each individual heating pad 6.

To this end, the first wiring cord 14 is configured to protrude to a predetermined portion of the outer surface thereof to form a connection terminal 30 for transmitting current and data, and to the predetermined portion of the individual heat pad 6. A connection slot 44 coupled with the connection terminal 30 is configured.

The slot accommodating groove 40 for accommodating the connection slot 44 is formed in a predetermined portion of the individual heating pads 6, and the slot housing 42 for protecting the outside of the connection slot 44 is the connection slot. It is comprised in the periphery of 44.

In addition, the connection terminal 30 has a power terminal 36 and a data terminal 38 therein, and a terminal housing 34 formed integrally with an outer surface of the first wiring cord 14; It is composed of a waterproof rubber 32 which is covered on the outside of the terminal housing (34).

At this time, the connection structure between the first wiring cord 14 and the individual heating pads 6 may be configured to have different structures through the examples of FIGS. 4 and 5, but ultimately FIGS. 4 and 5. In addition, the first wiring cord 14 is pre-installed on the floor surface of the room spaced apart at regular intervals, the respective heating pads 6 are repeatedly connected to both sides of each of the first wiring cord 14, It should be seen that the same structure in that it constitutes a heat transfer pad (4) that can cover the entire interior floor surface.

However, in the case of the connection structure shown in Figs. 5 and 6, after the first wiring cord 14 'and the individual heating pads 6' are installed on the bottom surface, the respective heating pads 6 'and the above-mentioned elements are installed. Even if water flows into the connecting gap 46 between the first wiring cords 14 ', the waterproof rubber 32 is formed on the upper surface of the first wiring cord 14', as shown in FIG. Since the waterproof rubber 32 serves as a brace so that the power supply terminal 36 and the data terminal 38 configured therein are not exposed to water, the waterproof rubber 32 can perform a more excellent waterproof function.

In addition, as shown in Figure 6, the connection slot 44 formed on the lower surface of the individual heat transfer pad 6 'is also configured at a position moved inwards a predetermined distance from the edge of the individual heat transfer pad 6' Even if water is introduced through the connection gap 46, the water does not flow into the connection slot 44.

In addition, in the connection structure of FIG. 6, when the heating wire 12 or the data line 22 of any one of the individual heating pads 6 'is cut off and the failure occurs, the first wiring cord 14 installed on the indoor floor surface is broken. It is possible to easily replace the individual heat pads 6 'by lifting and removing only the individual heat transfer pads 6' having a failure for ') and combining the other heat transfer pads 6'.

7 is a front view showing the external appearance of the control panel included in the central heating device with a human body detection function according to an embodiment of the present invention.

Referring to this, the control panel 10 included in the central heating device equipped with a human body detection function according to an embodiment of the present invention is a display window for outputting the button operation information, heating status information, power input state information on the front screen 50 is provided, and the lower portion is configured with an initial setting unit 52 for setting the target area of the human body detection.

The initial setting unit 52 is a button for generating a command signal for setting the human body detection target region. In addition, the front of the control panel 10 is provided with a mode selector 54 for selecting the normal mode and the human body sensing mode, the mode selector 54 is a general mode selection button 56 and the human body The sensing mode selection button 58 is configured.

When the normal mode selection button 56 is operated, it is switched to the normal heating mode, and it is a button for ignoring even if a human body detection signal is applied and maintaining the temperature of the entire heating pad 4 at the set temperature.

In addition, the front of the control panel 10 is provided with a temperature setting unit 60 for setting the basic indoor temperature and the temperature of the human body detection area, the temperature setting unit 60 is a basic for setting the indoor temperature The indoor temperature setting button 62 is divided into a human body temperature setting button 64 for setting the temperature of the human body detection area.

In addition, the front panel of the control panel 10 is provided with a temperature control key 66, the power key 68 for generating a power-on command signal is provided.

8 is a view showing an initial setting state of the central heating device with a human body detection function according to an embodiment of the present invention.

Referring to this, the heating wire 12 and the human body sensor 5 included in the centralized heating device 2 having a human body detection function according to an embodiment of the present invention are each given a unique code.

In addition, the unique code given to the heating wire 12 and the unique code given to the human body sensor 5 are stored in the control panel 10 in a state in which each pair is matched.

Accordingly, the controller (see FIG. 9) included in the control panel 10 may determine which heating wire 12 is to be supplied with a current when a detection signal is received from any one of the human body sensors 5. .

On the other hand, the central heating device (2) equipped with a human body detection function according to an embodiment of the present invention can initially set the human body detection target area, so that only the area where the presence of the human body is detected is heated.

For example, assuming that the heat transfer pad 4 included in the present invention is installed on the floor surface of the room and configured as shown in FIG. 8, the location area 70 for positioning the storage table or the location area for positioning the table That is, in the case of a table, the human body sensor 5 located below the area 74 occupied by the legs will generate a detection signal by the upper weight.

However, since such a detection signal is not a detection signal generated by the presence of a human body, the centralized heating device 2 equipped with a human body detection function according to an embodiment of the present invention executes an initial setting of setting a human body detection target area. do.

Initial setting is carried out through the initial setting button 52 configured in the control panel 10 after the heating pad 4 is installed on the floor, and then the heating pad 4 is installed on the floor. When the storage table or the table are all placed and the initial setting button 52 is pressed, the unique code of the sensor where the detection signal is generated from the human body sensor (for example, 5a, 5b, 5c, ... 5i) is stored. Subsequently, the human body detection signal generated from the corresponding human body sensor (eg, 5a, 5b, 5c, ... 5i) may be ignored.

Accordingly, in the central heating device 2 equipped with a human body sensing function according to an embodiment of the present invention, a sensing signal may be applied from a plurality of human body sensing sensors (eg, 5a, 5b, 5c, ... 5i, 5j). In this case, a detection signal received from a human body sensor (for example, 5a, 5b, 5c, ... 5i) registered in advance so as not to be included in the human body detection area is ignored, and the human body detection sensor included in the human body detection area ( For example, in the case of the detection signal received from 5j), a current is input to the heating wire 12 matching the code of the human body sensor so that heating is performed only in the corresponding area.

To this end, the unique codes of the heating wire 12 and the human body sensor 5 are stored so that the unique codes are matched for each individual heating pad 5.

9 is a block diagram showing a circuit configuration of a centralized heating apparatus with a human body detection function according to an embodiment of the present invention.

Referring to this, the central heating unit 2 is provided with a human body sensing function according to an embodiment of the present invention, the key operation unit 51 is configured therein, the key operation unit 51 is the target of human detection An initial setting unit 52 for setting an area; A mode selector 54 for selecting a normal mode and a human body sensing mode; It is composed of a temperature setting unit 60 for setting the basic indoor temperature and the temperature of the human body detection area.

In addition, in the central heating device 2 equipped with a human body sensing function according to an embodiment of the present invention, the switching unit 82 for switching the current input to the heating wire 12 is applied to each heating wire (12). Is installed to control the, and the current control unit 80 for adjusting the current value injected into the heating wire 12 is configured.

At this time, the current adjusting unit 80 is matched with the set value of the temperature setting unit 60 is to control the amount of current by the current control signal of the controller 86.

In addition, the central heating device (2) equipped with a human body detection function according to an embodiment of the present invention stores the unique code of the heating wire 12 and the unique code of the human body sensor 5 to match, the initial The data storage unit 84 is configured to store the unique code of the human body sensor 5 that generates a detection signal due to the manipulation of the setting unit 52 to be excluded from the heating target area, and the initial setting unit 52. When generating an operation signal of), the heating target area is set by the detection signal received from the human body sensor 5, and the heating wire that matches the unique code of the sensor by receiving the detection signal from the human body sensor 5 The control part 86 which controls switching of an electric current is comprised by the 12th.

In this case, when the detection signal is applied from the human body sensor 5 of the region outside the preset heating target region, the control unit 86 has a current applied to the heating wire 12 matching the human body sensor 5 of the corresponding region. Is not set to switch.

Reference numeral 86a is a timer.

With reference to the accompanying drawings, the function and operation of the central heating device with a human body sensing function according to an embodiment of the present invention of the above configuration will be described in detail.

10 is a flowchart illustrating a signal flow of the centralized heating apparatus with a human body sensing function according to an embodiment of the present invention.

First, when a current input signal is applied to the control panel 10 of the central heating device 2 equipped with a human body sensing function according to an embodiment of the present invention, the control panel 10 is operably driven.

In this state, the control unit 86 provided in the control panel 10 determines whether the initial setting signal is received, and if the initial setting signal is received, receives a detection signal from the plurality of human body sensor 5. The human body sensor 5 generating the corresponding detection signal is registered to be excluded from the human body detection target area, and the unique code of the remaining human body sensor 5 is set as the human body detection target area.

That is, the area excluded from the human body detection target area is a part in which an object is placed and a detection signal is generated. Therefore, even if a detection signal is applied from the human body sensor 5, a current is not applied to the heating wire 12 of the corresponding area.

In this state, the controller 86 determines whether the selection signal of the human body sensing mode is received from the mode selection unit 64, and if the human body sensing mode is not selected, switches to the normal mode to perform general heating. General heating is a heating mode in which a constant current is input to all heating wires 12 in accordance with a temperature set value.

If the human body sensing mode is selected, the controller 86 receives and registers a heating temperature value (room temperature value) for the entire control panel 4 and a set temperature value of the human body sensing region. In this state, the control unit 86 controls to maintain a basic room temperature by inputting a constant current to the control panel 4 irrespective of the human body detection signal.

In this state, the controller 86 determines whether a human body detection signal is received from a specific human body sensor 5, and if a human body signal is received, checks the unique code of the human body sensor 5. It is determined whether the human body sensor 5 is a heating target area.

If the human body detection signal is received from the area excluded from the heating target area because the object is placed, the control unit 86 does not input current to the heating wire 12 of the corresponding area. On the other hand, if a human body detection signal is received from the human body sensor 5 existing in the area registered as a heating target, the controller 86 supplies a current to the heating wire 12 matching the code of the human body sensor. To be heated.

When the human body detection signal is removed from the heating region 12 by heating the heating wire 12, the controller 86 interrupts the heating of the corresponding region by cutting off the current input to the heating wire 12.

In addition, the centralized heating device 2 equipped with a human body detecting function according to an embodiment of the present invention does not execute the initial setting for setting the heating target area every time, but arranges a new table or arranges a new object indoors. Only run the initial setup again in one case.

On the other hand, the central heating device equipped with a human body sensing function according to an embodiment of the present invention is not limited to the above embodiments, but various modifications can be made within the scope without departing from the technical gist.

1 is a perspective view showing the appearance of a centralized heating apparatus with a human body sensing function according to an embodiment of the present invention,

Figure 2 is a perspective view showing a state in which the individual heating pad is separated in the central heating device with a human body detection function according to an embodiment of the present invention,

Figure 3 is a side cross-sectional view showing the configuration of the heating pad included in the central heating device with a human body detection function according to an embodiment of the present invention,

4 is an enlarged perspective view illustrating main parts of the heating pad and the wiring cord included in the centralized heating apparatus equipped with a human body sensing function according to an embodiment of the present invention;

FIG. 5 is an enlarged perspective view illustrating main parts of another embodiment of the heating pad and the wiring cord included in the centralized heating apparatus equipped with a human body sensing function according to an embodiment of the present invention; FIG.

FIG. 6 is an enlarged front sectional view of the main part as viewed from the front of FIG. 5; FIG.

Figure 7 is a front view showing the appearance of the control panel included in the central heating device with a human body detection function according to an embodiment of the present invention,

8 is a view showing an initial setting state of the central heating device with a human body detection function according to an embodiment of the present invention,

9 is a block diagram showing a circuit configuration of the central heating device with a human body sensing function according to an embodiment of the present invention,

10 is a flowchart illustrating a signal flow of the centralized heating apparatus with a human body sensing function according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

4: heating pad, 5: human body sensor,

6: individual heating pad, 10: control panel,

12: heating wire, 14: the first wiring cord,

16; second wiring cord, 30: connection terminal,

32; waterproof rubber, 34: terminal housing,

36; power supply terminal, 38: data terminal,

44: Connection slot.

Claims (9)

Individual heating pads 6 having internal heating wires 12 therein are assembled to each other to occupy a floor of the room and perform heating; It is provided with a plurality of inside the heat pad 4, the human body sensor 5 for detecting the presence of the human body; A first wiring cord (14) for electrically connecting the individual heating pads (6) to electrically conduct the interface, and for interfacing a detection signal of the human body detecting sensor (5); A second wiring cord (16) for connecting a plurality of said first wiring cords (14) and disposed at a wall edge portion; Connected to the heating wires 12 of the individual heating pads 6 connected to the second wiring cord 16 and the cable 8 through the human body sensing signal transmitted from the individual heating pads 6. Intensive heating device with a human body detection function, characterized in that it comprises a control panel 10 for controlling the heating is made by selectively inputting a current only. The lower heat-resistant layer (18) of claim 1, wherein the heat transfer pad (4) is a synthetic resin made of a waterproof material at a lowermost layer; An insulating support layer 20 applied to the upper surface of the lower waterproof layer 18 to perform insulation and heat resistance; A heating wire layer 12 disposed in a zigzag pattern on the heat insulating support layer 20 and generating heat by receiving a current; A human body detection sensor (5) layer disposed on the upper surface of the heating wire layer 12 at a predetermined interval to detect a human body; A data line 22 disposed in a straight line on the upper surface of the heating line 12; A cushion layer 24 applied to a gap between the human body sensor 5 and an upper surface of the data line 22 to generate a cushion force; Intensive heating device with a human body detection function, characterized in that the coating layer 26 is applied to the upper surface of the cushion layer 24 to perform a waterproof and envelope function. The central heating device with a human body detection function according to claim 1, wherein the human body sensor (5) is a piezoelectric sensor. The heating wire 12 and the human body sensor (1) according to claim 1, wherein a unique code is provided for each of the heating wire (12) and the human body sensor (5), and the unique code is matched for each individual heating pad (5). 5) Intensive heating device with a human body detection function characterized in that the unique code is stored. 2. The first wiring cord (14) according to claim 1, wherein the first wiring cord (14) is configured to protrude to a predetermined portion of the outer surface thereof, and has a connection terminal (30) for transmitting current and data. The government is provided with a connection slot 44 coupled to the connection terminal 30, the slot receiving groove 40 for receiving the connection slot 44 is formed in a predetermined portion of the individual heat transfer pad (6), Concentrated heating device with a human body detection function, characterized in that the slot housing 42 for protecting the outside of the connection slot 44 is configured around the connection slot (44). The terminal housing (34) of claim 5, wherein the connection terminal (30) has a power terminal (36) and a data terminal (38) therein, and is integrally formed on an outer surface of the first wiring cord (14). and; Central heating device with a human body detection function, characterized in that consisting of a waterproof rubber (32) covered on the outside of the terminal housing (34). According to claim 5 to 6, wherein the connection terminal 30 is formed on the side or the upper surface of the first wiring cord 14 at regular intervals, the connection slot 44 is connected to the connection terminal 30 The central heating device with a human body detection function, characterized in that formed on the side or bottom of the individual heating pad (6). The method of claim 1, wherein the control panel 10 A display window 50 for screen outputting button operation information and heating state information; An initial setting unit 52 for setting a target area for detecting a human body; A mode selector 54 for selecting a normal mode and a human body sensing mode; A temperature setting unit 60 for setting a basic indoor temperature and a temperature of the human body sensing region; A switching unit (82) for switching a current input to the heating wire (12); A current adjusting unit 80 for adjusting a current value input to the heating wire 12; The unique code of the heating wire 12 and the unique code of the human body sensor 5 is stored in a match, and the unique code of the human body sensor 5 for generating a detection signal due to the operation of the initial setting unit 52. A data storage unit 84 for storing the data to be excluded from the heating target area; When the operation signal of the initial setting unit 52 is generated, the heating target region is set through the detection signal received from the human body sensor 5, and the detection signal from the human body sensor 5 is received to detect the corresponding sensor. Intensive heating device with a human body detection function, characterized in that consisting of a control unit 86 for switching the current to the heating wire (12) matching the unique code. The heating element of claim 8, wherein the control unit 86 matches the human body sensor 5 of the region when a detection signal is applied from the human body sensor 5 of the region outside the preset heating target region. 12) Intensive heating device with a human body detection function, characterized in that not set to switch the current.

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