KR20140065088A

KR20140065088A - A cold-blood-ed box machine

Info

Publication number: KR20140065088A
Application number: KR1020120132164A
Authority: KR
Inventors: 김경복
Original assignee: 김경복
Priority date: 2012-11-21
Filing date: 2012-11-21
Publication date: 2014-05-29

Abstract

The present invention may be applied to a storage room 110 for storing objects and objects or an indoor unit and an outdoor unit to be installed in a person or an animal living room, More particularly, the present invention relates to a conventional refrigerator, a freezer, an air conditioner, and a transformer having a sensor and a control unit for operating the input / output unit 120 for rotating and inputting the inside of the transforming medium And a sensor for sensing the temperature of the storage room or the indoor space. The control unit 110 controls the indoor unit 110 to shut off the inflow of the temperature to the outside of the room, The temperature of the storage room or the room is more maintained because the temperature of the storage room or the indoor is connected to the storage room 110 or the indoor unit or the indoor room due to the target temperature and thus the storage of the storage is more advantageous and the frequency of use of the compressor, Since there is a dramatic savings of electricity

Description

A cold-blood-ed box machine}

The present invention relates to food products, stuff. Use a thermostat such as a refrigerator (freezer), a freezer (freezer), an air conditioner, or a boiler (hereinafter referred to as "thermostat") to store and store objects and objects at low temperatures. A cooling medium or a temperature medium (hereinafter referred to as " transforming medium ") in an inlet / outlet pipe connected to an indoor unit and an outdoor unit of a residence room of a residential room such as a person, Or as a sense and control unit for operating the input / output unit 120 which is a motor.

Generally, food. stuff. Use a thermostat such as a refrigerator (freezer), a freezer (freezer), an air conditioner, or a boiler to store and store objects and objects at low temperatures. (Hereinafter, referred to as " indoor side pipes ") are collectively referred to as " indoor side pipes " , A thermocouple medium such as a gas such as a common freon gas or gas, a liquid such as a liquid such as a gas, a liquid such as an oily substance, a vacuum or the like, an object, etc., And a sense and control unit for operating an input / output unit such as a compressor, a motor, and the like.

Such a thermo-thermonitoring device senses senses such as indoor tube temperature or senses the temperature of a room in which a person lives, and the control unit operates a compressor, a cooling fan, or a motor-like input / output device.

This configuration can be conveniently used without any explanation of the cold storage box, air conditioner, boiler, etc., which are present in the restaurant or ordinary households and contacted at least three times a day, The difference in electricity consumption is known to be better known than the application.

However, even with such convenience, the temperature of the storage room or indoor unit, or the indoor temperature (in the case of refrigeration, in the case of the freezer air conditioner, or in the case of the boiler) is transferred to the inner and outer pipes depending on the thermo- And the temperature changes. The temperature of the storage room, the indoor unit, and the indoor space is increased or decreased, and the compressor and the motor that consume electricity by the operation of the temperature sense due to the increase and decrease of the temperature are operated.

SUMMARY OF THE INVENTION The present invention has been proposed in order to solve the above problems,

It senses the storage room, the indoor unit, the indoor or the outside and outside pipes according to the thermo-thermo device, and intercepts the tube inside the tube as usual, or cuts the tube inside or outside, A refrigerator, a freezer, an air conditioner, and a boiler, which are connected to the inside and outside of a storage tank after the temperature of the inside of the operation storage room or indoor and outdoor is controlled by a control unit. .

(50) located inside the indoor or outdoor (indoor or outdoor) tube, which is located in a room or a room (indoor or outdoor) in which a living room or a living organism stores foods, objects, A refrigerator (refrigerator), a freezer, an air conditioner, and a boiler, which are equipped with at least one sense and control unit for sensing the inside of a storage room for operating an inlet /

At least one sensed sense or sensing senses at least one sensed temperature of the inside of the room-side pipe according to the temperature-changing device or an external pipe connected to the indoor-side pipe The control unit

And at least one valve having at least one pipe connecting at least one of the indoor pipes to the outdoor side and connecting the outdoor side pipe to the outdoor side to shut off the connection.

A valve having at least one or more holes and pipes (or grooves) for connecting the interior side pipes to each other or one side connection, one side side interconnection, internal interconnection, and external interconnection is connected to an internal device or an indoor unit or a storage room, And can be provided at a boundary position in the room.

The present invention further includes a pipe 151 and 152 and a pipe 155 according to a thermo-regulating device with a signal of a usual sense and control unit and further includes holes 151 and 152 and pipes 154 and a valve 150 with an actuator 158 which is a coil or actuating device for actuating the tube 155.

The temperature detecting device of the present invention normally senses the temperature of the room side in the normal standby state and the control part can operate the usual compressor or motor in the sense connection operation of the outer tube in the sense operation (a) have.

The storage device of the present invention can sense the temperature of the outer tube and operate the sensor (b) in the state of the outer tube mutual connection and the state of the outer tube in the ordinary com- pressor or motor.

The storage device of the present invention senses the temperature of the outer tube in the interconnection state of the outer tube and the normal compressor or motor in the inlet / outlet operation state, and connects the inner and outer tubes of the ordinary reservoir to the sense operation (c) Return of the valve and compressor or motor in and out.

According to the present invention, there is provided a thermo-sensitive apparatus comprising at least one sensor having at least one sensed temperature that normally senses a temperature of a storage room, an indoor unit, and an interior of the room, And a valve having at least one or more tubes for mutually connecting at least one or more inner and outer tubes of the inner tube to each other and connecting the inner tubes to each other when the tube is normally closed, And a control unit for controlling the input / output unit based on the detection of the input / output unit.

In the conventional thermo-thermostats, the temperature is shifted to the reservoir or the indoor / outdoor connection pipe when the compressor, the motor, In other words, the temperature of the low temperature tube rises to high temperature. This is the opposite of high temperature. This causes the temperature of the storage room and the room to rise or fall more quickly. Many of the compressor, motor, etc. that consume electricity due to the operation of the temperature sense due to this cause a lot of electricity consumption

According to the present invention, when the compressor, motor, or the like is in a stand-by standby state, the storage room, indoor / outdoor connection pipes are shut off, or indoor / outdoor pipes are connected to each other, The temperature of the storage room or the room is further maintained by providing the valve for preventing the temperature of the storage room or the outside pipe and achieving the desired temperature and interconnecting or interrupting and interconnection with the storage room or the indoor pipe. The advantage of the advantage of the present invention is that the operation of the temperature sensor, the compressor, the motor and the like caused by the temperature increase, the extension of the life of the device, the electricity saving, the protection of the earth resource and the generation of the greenhouse gas are saved.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a power diagram of a thermo-optic device of a disguise device according to an embodiment of the present invention,
FIG. 2 is a partial cross-sectional view showing a state of a pipe and a hole of a schematic valve connecting a pipe inside and outside of a normal storage room of a refrigerator according to an exemplary embodiment of the present invention,
FIG. 3 is a partial cross-sectional view showing the state of the tube position of the valve connecting the outer mutual pipe at this time in FIG. 2,
FIG. 4 is a partial cross-sectional view schematically showing a state of a pipe and a hole of a valve in a state in which pipes on the outside of the storage chamber are connected to each other,
FIG. 5 is a partial cross-sectional view schematically illustrating a state of a pipe and a hole of a valve connected to a pipe connecting the inside and the outside of a conventional storage room of a thermoelectric device according to another embodiment of the present invention,
Fig. 6 is a partial cross-sectional view schematically showing the hole of the valve connecting the outer mutual pipe at this time and the state of the pipe.

The present invention relates to a refrigerator, a freezer, an air conditioner, and a boiler transformer, which are used for maintaining a predetermined temperature of foods, processed goods, objects, Is connected to a conventional external compres- sor or motor, and senses the temperature of the room or the room, and operates the compressor or the motor as a motor. In this case, The purpose of the room is to change the temperature.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings and embodiments.

2 is a partial schematic sectional view showing a state of a valve connected to a tube in a conventional storage chamber of a thermo-optic apparatus according to an embodiment of the present invention, and Fig. 2 3 is a partial cross-sectional view schematically showing the position of the valve connecting the outer mutual pipes at this time in FIG. 2, and FIG. 4 is a cross-sectional view of the pipe connecting the inner and outer portions of the reservoir of FIG. FIG. 5 is a partial cross-sectional view schematically showing a valve state of a pipe connected to the inside and the outside of a conventional storage chamber of a thermoelectric device according to an embodiment of the present invention. FIG. 6 is a partial cross- Sectional view showing a schematic valve position state connecting pipes.

Referring to FIG. 1, pipes 130, 131, and 132 having therein a coolant medium 50, which is a type of ordinary temperature and humidity medium inside and outside normal at least one storage compartment 110, (140), (141) inside the storage compartment and a tube (130) outside the storage compartment, (120) which are at least one conventional compressor or motor, 131 and at least one or more ⊂ mutual turns of the tube 154, at least one or more ω-turn tubes (not shown) (not shown) and holes (not shown) And at least one valve 150 having an actuator 158 for actuating the valve 154 and 152 and the valve 152 and 152 for activating the temperature of the interior of the storage chamber 110, At least one sensor 134 for detecting the temperature of one pipe outside the storage compartment and a sense 111 and 134 for sensing the temperature of the pipe outside the storage compartment, And a control unit for controlling the valve 150, the compressor 120, and a conventional cooling fan (not shown).

A valve having at least one or more holes and pipes (or grooves) connecting the inner and outer tubes of the storage compartment to each other for interconnection or connection of one side and one side interconnection or inner interconnection and outer interconnection, Or at a boundary position between the storage room, the indoor unit, and the room.

The present invention comprises a valve 150 with a coil or actuating device actuator 158 that actuates the holes 151 and 152 and the tube 154 with a signal of a conventional sense conventional control.

The present invention has holes 151 and 152 and a pipe 154 in accordance with a signal of a conventional sense and control unit and an additional pipe 155 in accordance with a temperature-changing device, 154 and a valve 150 with an actuator 158 which is a coil or actuating device for actuating the tube 155.

The storage device of the present invention is able to sense the temperature inside the reservoir normally and to operate a conventional compressor or motor in the interconnected state of the outer tube to the sense operation (2).

The storage device of the present invention can sense and sense operation (3) of the outer tube's interconnected state and the temperature of the outer tube in the normal com- pressor or motor operating state.

The storage device of the present invention senses the interconnected state of the outer tubes and the temperature of the outer tube in the operating state of the input / output device 120, which is a general compressor or motor, The return of the connected valve and the compressor or motor can be activated.

According to an embodiment of the present invention, there is provided a thermo-optic apparatus including at least one sensor for sensing a temperature of an outside pipe and at least one sensor for sensing a temperature of the inside of the room, Or more. Normal connection and disconnection. In this case, there is a valve that interrupts the inner pipe when it is interrupted or interconnects at least one pipe outside the mutual connection, and controls the sensing of the senses by the control unit, and a compressor, (120).

2 and 6 illustrate a valve 150 which is connected to one of the inlet and outlet tubes 140 and 130 of the storage chamber 110 through an opening 152 of the valve 150 and an inlet and outlet pipe 141 inside the storage chamber 110. [ And one external tube (131) communicating with the hole (151) of the valve (150). 3 and 7, the pipe 154 of the valve 150 is moved to be independent of the inner and outer pipes. The controller 114 activates the actuator 158 of the valve 150 and the external input / output device 120 by sensing the sense 111 of the external 110 to operate the conventional external power device 120. [ 150 are moved to be independent of the inner and outer pipes. The hole 152 and the hole 151 of the valve 150 connecting the pipe 140 and the pipe 130 and the pipe 131 to the pipe 131 are moved and normally cut off. At this time, the pipe 154 of the valve 150 connects the pipes 130 and 131 outside the storage chamber 110. At this time, the valve 150 may be provided with a pipe 155 for connecting the pipes 140 and 141 to each other. And includes an actuator 158 which is a coil device such as a solenoid, motor, or the like, which normally connects to and disconnects (opens and closes) holes 151, 152, 154,

The valve 150 of the present invention may include a hole 152 connecting the pipe 130 and the pipe 140 and a pipe 155 not shown. And has an opening 151 for connecting the pipes 131 and 141, and operatively disconnects (opens and closes) the signal by a signal of a usual normal sense and control unit. Solenoid. And an actuator 158 which is a coil device or an operating device such as a motor,

According to the present invention, there is provided a transformer according to the present invention. The transformer includes a tube 152 inside the storage chamber or a tube 152 inside the tube, a hole 152 for connecting the tube 140 to the tube 140, And a tube 151 for connecting a pipe 151 and an outer pipe 131 to each other and a pipe 154 for connecting the pipe 140 to the outer pipe 130 and the pipe 131, And a valve 151 having a tube 154 connecting one tube 140 and the tube 141. And an actuator 158 that is a coil device such as a solenoid or a motor and is connected to a common external power generator 120 (not shown) during use, The control section 114 activates the actuator 158 of the valve 150 and the external external power device 120 by detecting the sense 111 of the storage room 110, 5 and Fig.

The thermoelectric device of the present invention senses the temperature of the outer tube (above or below the specified temperature) in the interconnection or interconnection of the inner tube and the interconnected state of the outer tube and the normal com- pressor or motor, 3) can be done.

The thermostat of the present invention senses the temperature of the outer tube in the operating state of the intercom or interconnection of the inner tube and the interconnection state of the outer tube and the normal compressor, The return of the valve connected to the pipe and the compressor or motor.

1, 2, 3, 4, 5, and 6, at least one normal sense 111 is provided in the storage room 110 and at least one normal inlet / outlet pipe 140, 141, At least one hole 152 or 151 connecting the ordinary pipes 130 and 131 connected to the ordinary input and output unit 120 outside the storage room 110 and at least one A valve 150 with an actuator 158 such as a coil device for actuating the pipes 154 and 155 and the holes 152 and 151 and the pipes 154 and 155, And a control unit 114 for controlling the normal control by the sensing unit 111 and the sensing of the sensing unit 134 for sensing the external pipe 130.

2, the sensor 111 of the storage compartment 110 is detected by the normal temperature during the use of the console connected to the inner and outer tubes of the normal storage room of FIG. 3 and FIG. Actuation of the actuator 158 causes the holes 152,151 of the valve 150 and the tube 154 to move in the direction of the arrows 152,151 of the valve 150, And the tube 154 is connected to the moving tube 130 and the tube 131. In this state, In this state, the normal standby state is established. That is, the inner and outer tubes of the storage chamber 110 are shut off, and the temperature of the inside of the tube is also cut off and the temperature at which the tube moves to the thermoforming medium is also blocked. Then, the control unit 114 operates the input / output unit 120 to detect the temperature change of the normal storage room. When the control unit actuates the actuator 158 by sensing the sensor 134 sensing the pipe outside the storage room, the pipe 154 connecting the pipe 130 and the pipe 131 is moved to the pipe 154 and hole 151 are moved so that a hole 152 is formed between the pipe 130 and the pipe 140 and the pipe 131 between the pipe 130 and the pipe 140, The hole 151 is connected to the pipe 131 and the pipe 141 by a normal hole so that the temperature of the ordinary storage chamber 110 is lowered and then returned to the normal standby state,

Advantages of the present invention include a valve 150 for shutting off the inside and outside of the storage chamber 110, a sensor 155 for detecting the outside pipe of the storage chamber 110 and a control unit 114 for controlling them further Shutting the inside and the outside of the storage chamber 110 to block the temperature transition outside and connecting the inside of the storage chamber 110 to the inside of the storage chamber 110 to change the life of the outside of the storage chamber 110,

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined by the appended claims. Will be apparent to those of ordinary skill in the art.

100: low temperature apparatus 110: storage room
111, 134: sense 114:
120: Compressor 130.131.140, 141: tube
150: Valve 151, 152: Hole
154, 155: tube 158: actuator

Claims

The compartment is connected to the compressor 120 or the inlet and outlet of the motor and the inside of the tubes 130, 131, 140, and 140, A freezer, an air conditioner, a boiler, etc., having a sense and a control unit for operating the inlet / outlet unit 120 which rotates in and out,
According to the temperature changing device, at least one normal sense 111 for sensing the temperature of the storage room 110 or the room,
At least one sensor 134 for detecting the temperature of the outdoor pipe 130 connected to the storage room 110 or the indoor unit or the indoor space,
At least one hole 151 for connecting the at least one pipe 140, 141 and the at least one pipe 130, 131 outside the storage room 110 or the indoor unit or the inside of the room, At least one ⊂ pipe 154, a ⊃ pipe 155, and a 관 pipe 155,
A valve 150 with a conventional actuator 158 for moving the holes 151 and 152 and the tubes 154 and 155,
And a controller (114) for controlling the cooling fan in accordance with the valve (150), the compressor (20) or the motor by sensing the sense (111) and the sense (134) , A transformer (100) which is a boiler.