TWM455145U - Building environment temperature regulation device - Google Patents

Description

Building environment temperature regulating device

The present invention relates to an air conditioner having an internal temperature sensor disposed in a building member, and a ventilation device having an external temperature sensor disposed outside the building member, in particular, providing a cooling air that is smaller than the indoor temperature and fresh air. Input into the room, and synchronously monitored by the internal space temperature sensor of the air conditioner. When the indoor temperature is set, the ventilation device runs at a low speed or the variable frequency drive technology is applied to change the outdoor air intake to achieve the air conditioning, ventilation and energy saving effects of the building environment. Temperature regulating device.

The indoor and outdoor air circulation air conditioning system is used in the case of China Patent No. M416055 (hereinafter referred to as the citation case). Its main components are: an air introduction device that can introduce outdoor air from one of the air intakes on the building. Indoor; a heat exchange device is disposed at the bottom of the building, and is connected to the air inlet by a pipeline to exchange heat with the outdoor air flowing in; a pipeline device includes at least one connected to the heat exchange device. a gas line, and an exhaust line connected to the outside of the building; and a plurality of circulating air conditioners, each of which includes an air inlet unit and an exhaust unit to be respectively disposed in each floor of the building. And the air intakes are connected by the intake line, and the exhaust machines are The exhaust line is connected, and each circulating air conditioner has a temperature controller for controlling the air circulation between the air inlet and the exhaust machine, thereby achieving the purpose of adjusting the room temperature of each floor; and the composition thereof The main disadvantages are: in order to make the floors reach the adjustment of the room temperature, too many pipelines are arranged, which affects the space and appearance of the house.

In the range of human activities, three-quarters of the time will be active in the building. Therefore, the comfortable temperature of the human body in summer is about 25 to 28 degrees on average. The buildings are most often constructed of reinforced concrete. The earth-built buildings will be directly or indirectly exposed to the radiant heat of the sun during the day and will be transmitted to the interior space of the building. The reinforced concrete will absorb the heat during the day and wait until the evening to release the heat, and now the body is comfortable to maintain the temperature. The use of air conditioning devices to adjust the temperature of the interior space, so that the human body achieves the purpose of comfortable activities; however, today's living space has become increasingly crowded, forming a large number of buildings densely built, so the temperature of the building in summer, whether it is day or In the evening, the temperature exceeds the comfortable temperature of the human body for a long time, which leads to the high probability of using the air conditioner and the long time. The operating temperature of the air conditioner itself and the ambient temperature are also high, and the energy is prolonged to be fully loaded in the summer. Therefore, the creator of this case deals with carbon dioxide and air in the interior and exterior of the building. The convection of the air, together with the outdoor temperature in the early morning, is less than the indoor temperature, and the outdoor low-temperature air is sent into the room by the ventilation device, thereby processing the closed space-limited air, and controlling the temperature, humidity, and cleanness thereof. Airflow and noise make it meet the requirements of space users and local energy saving.

Therefore, how to make the indoor and outdoor buildings have sufficient gas flow, and at the same time reduce the time of using the air conditioning system and the power consumed, it is the problem solved by the current building environmental temperature regulating device.

The purpose of this creation is to provide a building environment temperature regulating device, which can effectively reduce indoor air pollution substances. When using an air conditioning system, sufficient adjustment of indoor air quality and reduction of air conditioning energy loss due to indoor and outdoor air exchange can be reduced. The amount of carbon dioxide emissions and the reduction of the power lost and the expenses required.

The second objective of the present invention is to provide a building environment temperature regulating device that allows the outdoor gas and the indoor gas to maintain a sufficient flow and filter the gas.

The building environment temperature adjusting device capable of achieving the above-mentioned creation purpose comprises: an internal temperature sensor disposed in the internal space of the building, generating an indoor temperature output to the controller according to the internal temperature sensor; an external temperature The sensor is disposed in an external space of the building, and generates an outdoor temperature output to the controller according to the external temperature sensor; a ventilation device is disposed in the internal space of the building and communicates with the external space by a pipeline. The inner diameter of the pipe is set to the same shape as the pipe The sound insulation filter, the ventilation device receives the cycle task control signal of the controller to control the direction or the air volume of the ventilation device; a controller provides a user setting temperature for mutually comparing the reference temperature according to the set temperature A periodic task control signal for outputting the direction of the intake or exhaust of the ventilation device or the amount of wind is calculated by the parameter size input between the indoor temperature or the outdoor temperature.

11‧‧‧Internal temperature sensor

12‧‧‧External temperature sensor

2‧‧‧Ventilator

3‧‧‧ Controller

31‧‧‧ Humidity Sensor

4‧‧‧Air conditioner

4'‧‧‧Hidden duct type indoor unit

41‧‧‧Internal controller

42‧‧‧External compressor

43‧‧‧Outlet section

44‧‧‧Internal suction section

45‧‧‧External suction section

451‧‧‧Air supply valve

51‧‧‧Internal space

52‧‧‧External space

53‧‧‧ pipeline

54‧‧‧A sound filter

55‧‧‧ ventilation pipe

T‧‧‧Set temperature

Tin‧‧‧ indoor temperature

Tout‧‧‧Outdoor temperature

1 is a schematic view showing the setting of the first embodiment of the building environment temperature adjusting device by wireless control; FIG. 2 is a schematic view showing the setting of the first embodiment of the building environment temperature adjusting device by wired control; FIG. FIG. 4 is a schematic diagram of a control flow of a building ambient temperature adjusting device according to a first embodiment; FIG. 4 is a schematic diagram of a setting of an internal temperature sensor of the building ambient temperature adjusting device adjacent to an air conditioner; FIG. 5 is a cycle task control signal of the controller. The control flow diagram of the external compressor is turned on or off; FIG. 6 shows that the internal controller controls the frequency and amplitude of the inverter operation and the opening of the electronic expansion valve to accept the controller to change the operation time or the running frequency by the periodic task control signal. Or a schematic diagram of the control flow of the shutdown and refrigerant flow; 7 is a schematic diagram showing the setting of the controller of the building ambient temperature adjusting device in the air conditioner; FIG. 8 is a schematic diagram of the control flow of the controller including the internal temperature sensor and the controller; FIG. 9 is the ambient temperature adjustment of the building. The device uses a schematic diagram of a hidden duct type indoor unit.

Referring to FIG. 1 to FIG. 3 , the first embodiment of the building ambient temperature adjusting device provided by the present invention mainly includes: an internal temperature sensor 11 , an external temperature sensor 12 , a ventilation device 2 , and a control unit. The device 3 is composed.

The internal temperature sensor 11 is disposed in the internal space 51 of the building, and generates an indoor temperature Tin output to the controller 3 according to the internal temperature sensor 11; secondly, the external temperature sensor 12 is disposed outside the building. In the space 52, an outdoor temperature Tout is generated according to the external temperature sensor 12 to be output to the controller 3; further, the ventilation device 2 is disposed in the internal space 51 of the building and communicates with the external space 52 by a conduit 53. The inner diameter of the pipeline 53 is provided with an acoustic filter core 54 of the same shape as the pipeline 53, and the ventilation device 2 receives the periodic task control signal of the controller 3 to control the direction or air volume of the ventilation device 2; 3 can be connected to control the internal temperature sensor 11, the external temperature sensor 12, the ventilation device 2 by wireless technology (as shown in FIG. 1) or wired technology (as shown in FIG. 2), and the controller 3 is a user. Setting the temperature T for comparing the reference indoor temperature Tin or the outdoor temperature Tout according to the set temperature T A periodic task control signal for outputting the direction of intake and exhaust or the amount of wind of the ventilation device 2 is calculated between the input parameter sizes. The controller 3 can perform a logical AND operation on each parameter value (the indoor temperature Tin or the outdoor temperature Tout), and output a corresponding periodic task control signal according to the result obtained by the logic operation, and the ventilation device 2 according to the The periodic task control signal outputted by the controller 3 provides a corresponding indication operation of the intake and exhaust direction or the air volume to control the operation time of the ventilation device 2 or change the operating frequency of the ventilation device 2, thereby adjusting the temperature of the internal space 51 and Increase the oxygen concentration of the air. The controller 3 can also be configured to automatically or manually set the ventilation time and the number of times according to the size of the internal space 51 or the user's demand, so as to adjust the number of times the outside air is exchanged in the hour, thereby completely circulating the air in the internal space 51. And provide users with a long and comfortable space.

As shown in FIG. 4 and FIG. 5, the second embodiment of the present invention is an internal temperature sensor 11, an air conditioner 4 including an internal controller 41, a ventilation device 2 including an external temperature sensor 12, and a controller. 3 components.

The internal temperature sensor 11 is disposed in the internal space 51 of the building, and generates an indoor temperature Tin output to the controller 3 according to the internal temperature sensor 11, and provides the controller 3 to perform a logical AND operation on the indoor temperature Tin; As shown in FIG. 5, the air conditioner 4 including the internal controller 41 is disposed in the internal space 51 of the building, and the internal controller 41 can receive the periodic task control signal of the controller 3 to turn the external compressor 42 on or off, or Adjust the air volume of the wind section 43 (to accept the periodic mission control signal in multiple segments or more The stage frequency operates the air outlet section 43); or as shown in FIG. 6, the internal controller 41 receives the periodic task control signal of the controller 3 and converts the variable frequency drive external compressor 42 (in order to accept the periodic task control signal to change the operating frequency) To control the frequency and amplitude of the inverter operation, the opening or closing of the electronic expansion valve and the refrigerant flow), or to adjust the air volume of the wind section 43 (to receive the periodic mission control signal to run the wind section 43 in multiple stages or multiple stages of frequency).

For another embodiment of the air conditioner 4 including an internal temperature sensor 11 and a controller 3, please refer to FIG. 7 and FIG. 8 for setting the internal temperature sensor 11 to the air return port of the air conditioner 4, when the interior After the temperature sensor 11 outputs an indoor temperature Tin generated by the internal space 51 to the controller 3, the controller 3 can perform a logical AND operation on each of the parameter values (the indoor temperature Tin or the outdoor temperature Tout), and according to the logic The result obtained by the operation outputs a corresponding periodic task control signal; thereafter, when the internal controller 41 receives the periodic task control signal of the controller 3, the external compressor 42 is turned on or off; or the internal controller 41 converts the variable frequency drive The external compressor 42 (which controls the frequency and amplitude of the inverter operation, the opening or closing of the electronic expansion valve and the refrigerant flow rate in order to change the operating frequency by the periodic task control signal), or adjusts the air volume of the wind section 43 (for receiving the cycle task) The control signal operates the wind segment 43) at multiple or multiple stages of frequency.

The ventilation device 2 including the external temperature sensor 12 is disposed in the outer space 52 of the building and communicates with the external space 52 by a conduit 53 having an inner diameter of the same shape as the conduit 53. 54 (or as shown in FIG. 4, the sound insulation filter core 54 is disposed at the outlet of the ventilation device 2), the exterior The temperature sensor 12 is configured to generate an outdoor temperature Tout output to the controller 3; thereafter, when the ventilation device 2 receives the periodic task control signal of the controller 3, the ventilation device 2 is turned on or off, or the variable frequency transmission ventilation device 2 is switched. (Controlling the speed of the ventilation device 2 in such a manner that the cycle control signal is changed in accordance with the cycle control signal), or changing the direction of the intake and exhaust or the amount of air to adjust the temperature of the internal space 51 and the oxygen concentration in the air.

The controller 3 is configured to provide a user set temperature T, and is respectively associated with the internal controller 41 (or the air conditioner 4) of the air conditioner 4, the internal temperature sensor 11, the ventilation device 2, and the external temperature sensor 12 The electrical connection is used to output a periodic task control signal to the internal controller 41 of the air conditioner 4 (or the air conditioner 4) according to the parameter temperature input between the reference indoor temperature Tin or the outdoor temperature Tout according to the set temperature T. Or the ventilation device 2, for operating or stopping the air-conditioning output of the air conditioner 4, or directly or indirectly controlling the air-conditioning output of the external compressor 42 or controlling the air volume output of the air outlet section 43 or controlling the ventilation by the air conditioner 4 The direction of the intake and exhaust of the device 2 or the air volume is output. The controller 3 can perform a logical AND operation on each parameter value (the indoor temperature Tin or the outdoor temperature Tout), and output a corresponding periodic task control signal according to the result obtained by the logic operation, for the air conditioner 4 The internal controller 41 (or the air conditioner 4) provides the frequency and amplitude of the corresponding inverter operation, the opening or closing of the electronic expansion valve, and the indication of the refrigerant flow according to the periodic task control signal output by the controller 3; or The periodic task control signal outputted by the controller 3 provides an indication of the corresponding direction of intake and exhaust or the amount of airflow of the ventilation device 2 The temperature of the internal space 51 is adjusted or the oxygen concentration in the air of the internal space 51 is increased.

In order to explain the creation of the present invention in more detail, please refer to FIG. 1 and FIG. 3 again. The pipeline 53 has the effect of reducing noise. The sound insulation filter core 54 is disposed on the pipeline 53 respectively, and the sound insulation filter core 54 is mainly separated into the creation. a suspended particle in the gas of the pipeline 53 which is a filter medium using a porous material to prevent the passage of suspended particles in the fresh air of the outer space 52; and then, a gas mesh may be added to the pipeline 53 The cover, the vent cover is composed of a plurality of fine apertures and closely covers the inlet of the conduit 53 to prevent foreign matter from entering.

For a more detailed description of the creation, please refer to FIG. 7 and FIG. 8. When the user turns on the air conditioner 4 in the interior space 51 of the building, and the controller 3 is disposed in the air conditioner 4, if the air conditioner of the internal space 51 The machine 4 sets the temperature T to 25 degrees. When the indoor temperature Tin of the internal space 51 drops to the set temperature T (25 degrees), the internal temperature sensor 11 also measures the indoor temperature Tin to 25 degrees, at which time the controller 3 When it is determined that the indoor temperature Tin is equal to the set temperature T, the controller 3 outputs a one-cycle task control signal to control the external compressor 42 of the air conditioner 4 to stop running or the frequency conversion low frequency operation while maintaining the air volume of the wind segment 43 so that the indoor temperature Tin is not It is larger than the set temperature T of the indoor air conditioner 4.

When the controller 3 of the present invention satisfies any of the following conditions, the controller 3 outputs a periodic task control signal to the external compressor 42, or the air outlet section 43, or the ventilation device 2; Condition 1: If the controller 3 determines the indoor temperature Tin The condition is greater than or equal to the set temperature T; or the condition 2: the controller 3 determines that the outdoor temperature Tout is greater than or equal to the set temperature T; or the condition 3: the controller 3 satisfies the condition 1 and the condition 2, and simultaneously determines the outdoor temperature Tout The controller 3 controls the external compressor 42 and the air outlet section 43 with a one-cycle task control signal, and is operated by the external compressor 42 and the air outlet section 43 at high and medium frequencies to achieve the setting. Temperature T, the controller 3 synchronously monitors the internal temperature sensor and the external temperature sensor; first, when the controller 3 determines that the indoor temperature Tin reaches the set temperature T; and second, an external temperature sensor 12 of the external space 52 detects When it is determined that the outdoor temperature Tout is less than the indoor temperature Tin, when the controller 3 determines that the outdoor temperature Tout is less than the set temperature T, the controller 3 outputs a one-cycle task control signal to control the external compressor 42 to stop running or control the external compressor 42 to convert the frequency. The low frequency operation, and the air outlet section 43 of the air conditioner 4 is changed to the low frequency operation mode, because the temperature of the external space 52 is low, the low temperature fresh air can be directly sent by the ventilation device 2. Thereby increasing the interior space 51 of the oxygen concentration in air, while reducing the cooling capacity of the compressor 42 is output outside.

Moreover, when the controller 3 satisfies any of the following conditions, the controller 3 outputs a periodic task control signal to the external compressor 42, or the air outlet section 43, or the ventilation device 2; Condition 1: If the controller 3 determines the indoor temperature Tin is equal to or less than the set temperature T; or condition 2: the controller 3 determines that the outdoor temperature Tout is equal to or less than the set temperature T; or the condition 3: the controller 3 satisfies the condition 1 and the condition 2, and simultaneously determines the outdoor temperature Tout is less than The indoor temperature Tin is a condition; the controller 3 controls the ventilation device 2 with a one-cycle task control signal, and is operated by the ventilation device 2 at a medium and low frequency to input the fresh air of the external space 52 and less than the indoor temperature Tin to the fresh air. The internal space 51 is synchronously monitored by the internal temperature sensor of the air conditioner 4. When the indoor temperature Tin reaches the set temperature T, the ventilation device 2 operates at a low frequency in a deceleration or frequency conversion with a periodic task mode to reduce the intake air volume of the external space 52. Achieve air conditioning, ventilation and energy saving effects.

Further, when the controller 3 satisfies any of the following conditions, the controller 3 outputs only one cycle of the task control signal to the ventilation device 2, and causes the ventilation device 2 to discharge the air of the internal space 51 to the external space 52; Condition 1: Control The device 3 determines that the indoor temperature Tin is less than the set temperature T; or, the condition 2: the controller 3 determines that the outdoor temperature Tout is less than the set temperature T; or the condition 3: the controller 3 satisfies the condition 1 and the condition 2, and simultaneously determines The outdoor temperature Tout is less than the indoor temperature Tin; the controller 3 controls the ventilation device 2 with a one-cycle task control signal, so that the ventilation device 2 reduces the exhaust air volume of the internal space 51 to the external space 52 by deceleration or frequency conversion, when ventilation When the device 2 discharges the dirty air of the internal space 51 to the external space 52, the fresh air that can make the external space 52 and smaller than the indoor temperature Tin is gradually replenished and transferred to the internal space 51 by the other internal space or the external space 52 to lower the temperature and increase. Oxygen concentration, the controller 3 is synchronously monitored by the internal temperature sensor of the air conditioner 4, so that the controller 3 is decelerated or frequency-converted with a periodic task mode. Ventilation means to achieve automatic control of the ventilation effect 2.

According to the principle of thermodynamics, the building absorbs heat during the day and radiates heat at night. After the user activates the ambient temperature adjustment device of the building, the controller 3 compares the indoor temperature Tin or the outdoor temperature Tout according to the set temperature T. The size of the parameter between the control to operate or stop the cold air output of the external compressor 42, or to control the variable frequency drive external compressor 42 to regulate the cool air output, or to control the air volume output of the wind section 43, or to control the intake and exhaust of the ventilation device 2. Direction or volume output.

Please refer to Table 1. The condition of item 1 is as follows: set temperature T is 25 ° C, indoor temperature Tin is 27 ° C, outdoor temperature Tout is 26 ° C, the logical calculation of the controller 3 determines: (1) indoor temperature Tin is greater than the set temperature T; (2) outdoor temperature Tout is greater than the set temperature T; (3 When the indoor temperature Tin is greater than the outdoor temperature Tout, the controller 3 turns on the external compressor 42 to operate, and the variable frequency drives the air volume of the air outlet section 43 of the air conditioner 4, and simultaneously turns off the ventilation device 2 (or the variable frequency transmission ventilation device 2 exhausts) Air to the external space 52 or the introduction of the external space 52 enters the internal space 51) to lower the temperature of the internal space 51.

Please refer to Table 1. The condition of item 2 is as follows: set temperature T is 25 °C, indoor temperature Tin is 30 °C, outdoor temperature Tout is 33 °C, logic calculation of controller 3 determines: (1) indoor temperature Tin is greater than setting The temperature T is (2) the outdoor temperature Tout is greater than the set temperature T; (3) the indoor temperature Tin is smaller than the outdoor temperature Tout, the controller 3 turns on the external compressor 42 to operate, and the variable frequency drive operates the air volume of the air outlet 43 of the air conditioner 4 At the same time, the ventilation device 2 is turned off (or the variable frequency transmission ventilation device 2 is exhausted to the external space 52) to lower the temperature of the internal space 51.

Please refer to Table 1, item 3, the conditions are as follows: set temperature T is 25 ° C, indoor temperature Tin is 24 ° C, outdoor temperature Tout is 23 ° C, the logical calculation of the controller 3 determines: (1) indoor temperature Tin is less than the setting Temperature T; (2) The outdoor temperature Tout is less than the set temperature T; (3) When the indoor temperature Tin is greater than the outdoor temperature Tout, the controller 3 turns off the operation of the external compressor 42 and stops the operation of the air outlet 43 of the air conditioner 4, Or low speed and cycle variable frequency drive The compressor 42 and the air outlet section 43 simultaneously turn on the ventilation device 2 to drive the low-speed operation air intake to adjust the air exchange amount and temperature of the internal space 51, and increase the oxygen concentration in the air of the internal space 51.

Please refer to Table 1. The condition of item 4 is as follows: when the set temperature T is 25 ° C, the indoor temperature Tin is 23 ° C, and the outdoor temperature Tout is 23 ° C, the logic calculation of the controller 3 determines: (1) the indoor temperature Tin is greater than The temperature T is set; (2) the outdoor temperature Tout is greater than the set temperature T; (3) the indoor temperature Tin is equal to the outdoor temperature Tout, and the controller 3 turns off the operation of the external compressor 42 and stops the operation of the air outlet 43 of the air conditioner 4 The low-speed and periodic variable-frequency transmission external compressor 42 and the air outlet section 43 simultaneously turn on the ventilation device 2 to drive the low-speed running exhaust gas to adjust the air volume and temperature of the internal space 51, and increase the internal space 51 in the air. Oxygen concentration.

Please refer to Table 1. The conditions of item 5 are as follows: set temperature T is 25 °C, indoor temperature Tin is 25 °C, outdoor temperature Tout is 24 °C, logic calculation of controller 3 determines: (1) indoor temperature Tin is equal to setting Temperature T; (2) The outdoor temperature Tout is less than the set temperature T; (3) When the indoor temperature Tin is greater than the outdoor temperature Tout, the controller 3 turns off the operation of the external compressor 42 and stops the operation of the air outlet 43 of the air conditioner 4, Or the low-speed and periodic variable-frequency drive external compressor 42 and the air outlet section 43 simultaneously turn on the ventilation device 2 to drive the inverter or operate the intake air at a medium-high speed to increase the ventilation amount and temperature of the internal space 51, while increasing the internal space 51 in the air. The oxygen concentration reduces the load on the external compressor 42 and achieves an energy saving effect.

Please refer to Table 1. The condition of item 6 is as follows: set temperature T is 25 °C, indoor temperature Tin is 25 °C, outdoor temperature Tout is 25 °C, logic calculation of controller 3 determines: (1) indoor temperature Tin is equal to setting The temperature T is (2) the outdoor temperature Tout is equal to the set temperature T; (3) the indoor temperature Tin is equal to the outdoor temperature Tout, and the controller 3 turns off the operation of the external compressor 42 and stops the operation of the air outlet 43 of the air conditioner 4, Or the low-speed and periodic variable-frequency drive external compressor 42 and the air outlet section 43 simultaneously open the ventilation device 2 to drive the inverter or to increase the air volume of the internal space 51 and maintain the temperature of the internal space 51 at the medium and low speed operation, while increasing the internal space 51 air. The oxygen concentration in the tank is reduced and the external compressor 42 is reduced.

Secondly, when the fresh air of the outer space 52 enters the inner space 51, the fresh air outside thereof contains moist air, and therefore, the humidity of the inner space 51 is increased. To reduce the humidity of the inner space 51, the controller can be used in the creation. The internal humidity sensor 31 detects the humidity of the internal space 51. When the humidity of the internal space 51 reaches the set upper value, the controller 3 outputs a cycle task control signal of an operation time to operate the external compressor 42 for a time. The moisture in the humid air is separated, and the dry air is discharged from the air outlet section 43 to achieve the function of drying air and dehumidification; when the humidity of the internal space 51 reaches the set lower value, the controller 3 outputs a cycle task of a running time. The control signal is given to the ventilation device 2 for a period of time to bring fresh air containing humid air to the internal space 51, precisely because the humidity of the air affects the internal space 51, and the humidity of the internal space 51 indirectly affects human health, so The controller 3 of the present invention adjusts the air humidity of the internal space 51 as the room temperature changes, so that the humidity of the internal space 51 is maintained within a suitable range of the human body.

Please refer to FIG. 9 , which is another embodiment of the air conditioner 4 , which may be a type of a hidden duct type indoor unit 4 ′ including an internal temperature sensor 11 and a humidity sensor 31 . The hidden duct type indoor unit 4' is connected to the external compressor 42 and has an air outlet section 43, an inner suction section 44 and an outer suction section 45. The inner temperature sensor 11 and the humidity sensor 31 are disposed near the inner suction section 44. The internal suction section 44 is configured to suck in the dirty air of the internal space 51. The external suction section 45 is provided with a blow valve 451 and is connected to the ventilation device 2 by a ventilation pipe 55 for introducing fresh air into the external space 52 and via The air outlet section 43 is further introduced into the internal space 51, so that the internal space 51 continues to have the effect of introducing fresh air; the opening and closing of the air supply valve 451 is controlled by the controller 3 in synchronization with the ventilation device 2, and when the ventilation device 2 accepts the controller 3 When the output cycle task control signal controls the corresponding air intake direction or air volume indication operation of the ventilation device 2, the controller 3 opens the air supply valve 451; when the hidden air duct type indoor unit 4' is used, the control is described later. Type, (1) outdoor temperature If the degree Tout is less than or equal to the indoor temperature Tin and less than the set temperature T, the controller 3 turns on the air intake and air supply valve 451 of the ventilation device 2 to increase the oxygen concentration of the air in the internal space 51; (2) the outdoor temperature Tout is smaller than the indoor temperature When the Tin is less than or equal to the set temperature T, the controller 3 turns on the exhaust and air supply valve 451 of the ventilation device 2, so that the air of the other internal space or the external space 52 is slowly replenished to the internal space 51 to increase the oxygen concentration of the space; (3) The outdoor temperature Tout is greater than indoor When the temperature Tin is greater than the set temperature T, the controller 3 closes the ventilation device 2 and the air supply valve 451, and operates the hidden air duct type indoor unit 4' and the external compressor 42 to adjust the temperature and humidity of the internal space 51, thereby achieving the foregoing. The control implementation of Figures 5, 6, and 8.

To sum up, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with customary articles. It should fully comply with the statutory new patent requirements of novelty and progressiveness, and apply in accordance with the law. This new type of patent application, to encourage creation, to the sense of virtue.

11‧‧‧Internal temperature sensor

12‧‧‧External temperature sensor

2‧‧‧Ventilator

3‧‧‧ Controller

T‧‧‧Set temperature

Tin‧‧‧ indoor temperature

Tout‧‧‧Outdoor temperature

Claims (8)

A building ambient temperature adjusting device comprises: an internal temperature sensor disposed in an internal space of a building, generating an indoor temperature output to the controller according to the internal temperature sensor; and an external temperature sensor disposed on the In the external space of the building, an outdoor temperature is generated according to an external temperature sensor to the controller; a ventilation device is disposed in the internal space of the building and communicates with the external space by a pipeline, the inner diameter of the pipeline is set The soundproof filter core of the same shape as the pipeline, the ventilation device receives the periodic task control signal of the controller to control the direction of the intake and exhaust of the ventilation device or the air volume; a controller provides a temperature for the user to use Performing a logical AND operation on the parameter values of the reference indoor temperature or the outdoor temperature, and outputting a corresponding periodic task control signal according to the result obtained by the logic operation, and the ventilation device is controlled according to the periodic task output by the controller. The signal provides a corresponding indication of the direction of intake and exhaust or the amount of air. The building ambient temperature adjusting device according to claim 1, further comprising an air conditioner, the air conditioner further comprising an internal controller and an external compressor disposed in an internal space of the building, the interior The controller can receive the periodic task control signal of the controller to turn the external compressor on or off, or accept the periodic task control signal to operate the wind segment at multiple or multiple stages of frequency. As for the building ambient temperature adjustment device described in item 1 of the patent application scope The air conditioner further includes an internal controller and an external compressor. The internal controller controls the frequency converter to change the operating frequency by receiving the periodic task control signal of the controller. Frequency and amplitude, opening or closing of the electronic expansion valve and refrigerant flow, or receiving periodic mission control signals to operate the wind section at multiple or multiple stages of frequency. The building ambient temperature adjusting device according to claim 1, wherein the controller is disposed in an air conditioner, the air conditioner is disposed in an inner space of the building, and the air conditioner further includes an internal control And an external compressor, the internal temperature sensor is disposed at the air return port of the air conditioner, and when the internal temperature sensor is output to the controller in an indoor temperature generated by the internal space, the controller can be used for indoor temperature or outdoor The temperature performs a logical AND operation, and outputs a corresponding periodic task control signal according to the result obtained by the logic operation, and then, when the internal controller receives the periodic task control signal of the controller, is used to turn the external compressor on or off, or The internal controller converts the external compressor of the variable frequency drive or adjusts the air volume of the wind section. The building ambient temperature adjusting device according to claim 1, wherein the controller outputs a one-cycle task control signal to the external compressor, or the air outlet section, or the ventilation device, when the controller satisfies any of the following conditions: Condition 1: If the controller determines that the indoor temperature is greater than or equal to the set temperature; or condition 2: the controller determines that the outdoor temperature is greater than or equal to the set temperature; the controller controls the external compression with a periodic task control signal Machine and outlet section, and high and medium by external compressor and outlet section The frequency is operated to reach the set temperature, and the controller synchronously monitors the internal temperature sensor and the external temperature sensor; when the indoor temperature reaches the set temperature, the controller operates the external compressor and the outlet section at a low frequency while controlling the ventilation device at a low frequency. Or frequency conversion with cycle time mode operation time and operation cycle. The building ambient temperature adjusting device according to claim 1, wherein the controller outputs a periodic task control signal to an external compressor, or an air outlet section, or a ventilation device; Condition 1: the controller determines the indoor temperature A condition equal to or less than the set temperature; or condition 2: the controller determines that the outdoor temperature is equal to or less than the set temperature; the controller controls the ventilation device with a one-cycle task control signal, and the ventilation device has medium and low frequencies The fresh air that is operated to cool the external space and is less than the indoor temperature is input into the internal space, and is simultaneously monitored by the internal temperature sensor of the air conditioner. When the indoor temperature reaches the set temperature, the ventilation device is decelerated or frequency-converted with a periodic task mode and low frequency. Running. The building ambient temperature adjusting device according to claim 1, wherein the controller only outputs one cycle of the task control signal to the ventilation device, and the ventilation device transmits the air in the internal space. Discharge to the external space; Condition 1: If the controller determines that the indoor temperature is lower than the set temperature; or, Condition 2: The controller determines that the outdoor temperature is lower than the set temperature. The controller controls the ventilation with a one-cycle task control signal. Device to reduce the ventilation device by deceleration or frequency conversion The internal space exhausts air volume to the outside space. The building ambient temperature adjusting device according to claim 1, wherein the controller further comprises a humidity sensor, wherein the humidity sensor detects the humidity of the internal space, and when the humidity of the internal space reaches the setting Value, the controller outputs a cycle task control signal of an operation time, so that the external compressor is operated for a time to separate the moisture in the humid air, and the dry air is discharged from the air outlet section, thereby achieving the functions of drying air and dehumidification; When the humidity of the internal space reaches the set lower value, the controller outputs a cycle operation control signal of a running time to the ventilation device to operate for a time to bring fresh air containing humid air into the internal space, so that the humidity of the internal space is maintained in the human body. Appropriate range.