TW200417713A - Intelligent air-condition system - Google Patents

Abstract

An intelligent air-condition system that detects the signals of the temperature distribution among the environment by using the infrared radiation, especially detects the location of the human-body temperature signals. Hence, according to the detected signals, the gas(es) for air-conditions can be firstly transmitted into the location where the human-bogy temperature signals exist, or be firstly transmitted into where the local temperature is urgent to be adjusted. Besides, the transitions of the gas(es) can be paused or stopped while there is no human-bogy temperature.

Description

200417713 V. invention is described in (1) First, the invention belongs [Technical Field] A smart air-conditioning system, in particular a signal by receiving the infrared analysis to determine the ambient temperature conditions are, in turn, can be targeted to the location of the body temperature signal An intelligent air-conditioning system that prioritizes the transmission of air-conditioning gases. Second, the [prior art] Ο various types of air conditioning systems such as air conditioners, radiators and fans, etc., are commonly applied in modern life. With the advancement of technology, whether it is to enhance the efficiency of air-conditioning air-conditioning system to produce gas (such as air-conditioning, heating, etc.), reducing pollution generated by the air conditioning system or the development of wireless remote control to enhance ease of use and so on, the air conditioning system improvement has always been a popular area. For example, the air-conditioning system is used to spread the gas to the air conditioner. For example, the air-conditioning system must be adjusted. The air-conditioning system is also based on the air-conditioning system. After the air-conditioning gas is formed, the way in which the air-conditioning gas is used can be roughly divided. There are three types: (1) electric fans that periodically transmit large angles and large azimuths in the surrounding environment of the air conditioner; (2) fixedly transmit the object to a certain direction and angle, and then let the air conditioner gas diffuse through the heat. It spreads evenly in the surrounding environment, such as common air-conditioner operation; (3) Use the manual method to pick the direction of the deflector, etc. or manually move the air-conditioning air to a specific location, such as mobile Cooling air deflectors or moving conventional electric fans. In addition, is the temperature of the surrounding environment within a predetermined range, or according to the use

200417713 V. Description of the invention (2) The condition set by the user in advance, the way of automatic air conditioning.

II However, all these conventional technologies have a common disadvantage: the transmission of air-conditioning gas does not change with the condition of the user who needs the air-conditioning most, not with the presence or absence of use, location and number, etc. It adjusts, but just repeatedly transmits the air-conditioning gas in a predetermined way. Thus, rather than 11 lines are repeatedly transmitted conditioning system 12 is in the range of 10 around a large spatial angle (X) of the air conditioner shown in FIG. A first of the gas transmitted directly to the user 13 is located only in allowing users to directly when at 13 immediately feel the air conditioning effect, otherwise it is necessary first air-conditioning gas 11 transferred to the object 14, or even open area, then through thermal diffusion way to let users 13 vicarious the effect of air conditioning; B is as in the first diagram of FIG air conditioner of the first C of the first D shown in FIG. 11 is a gas conditioning system 12 is fixed to a certain propagation angle, if the user 13 is located just this The angle can directly feel the effect of the air conditioner (even the effect of the air conditioner is excessive), but if the user 13 is not positioned at this angle (such as walking up and down), he cannot directly feel the effect of the air conditioner (even the effect of the air conditioner is insufficient). Here, the first E as shown in FIG., The air conditioning system 12 usually comprises 12 to control the overall operation of the air conditioning systems control assembly 121, # to generate the desired air-conditioning gas from the gas cartridge 12 2 and the power required to provide the energy of the gas cartridge 23 into the operating assembly 123. Obviously, because the conventional technology cannot directly let users experience the effect of air conditioning, the conventional technology always deals with the entire surrounding environment in addition to the user's position. Therefore, for example, the user feels the effect of air conditioning

6200417713 Page V. described invention (3) if the slower, air conditioning system power consumption, ease of use and so the air conditioning system is limited, is the inevitable lack of conventional air conditioning system. Therefore, how to improve these shortcomings has become an important and commercially valuable topic. Third, one of the present invention SUMMARY OF THE INVENTION The main purpose is to provide an intelligent air conditioning system, especially to provide a resilient operation and allows users to directly feel the air conditioning effect of intelligent air conditioning system. Another main object of the present invention is to provide a smart air-conditioning system, and in particular, to provide a smart air-conditioning system that can detect a user's position and directly transmit air-conditioning gas to the user's location. Another main object of the present invention is to provide a smart air-conditioning system, which can improve many shortcomings unavoidable by the conventional air-conditioning system by detecting the infrared signal on the detection side and elastically adjusting the transmission mode of the air-conditioning gas. Smart air conditioning system proposed by the present invention, the use of infrared detecting substantially a manner to measure the ambient temperature profile, in particular body temperature to detect the position signals, of course, be set by the user to detect particular special detection the signal (e.g., a host computer in the computer room infrared signal emitted). Then, based on the measured data, by controlling the air-conditioning gas transmission device, it is possible to either preferentially transmit the air-conditioning gas to the location of the human body temperature signal, or preferentially to the temperature distribution of the entire environment.

200417713 V. Description of the invention (4) The position where the temperature needs to be adjusted most urgently. Also, depending on whether there is a body temperature signal in the surrounding environment, you can decide whether to continue air conditioning or to suspend air conditioning. Compared to the prior art, the present invention has at least the following advantages: (1) using an infrared detection technique to control the distribution of ambient temperature, in particular body temperature signal (i.e., a user) of the location. With this, the present invention can not propagate the air-conditioning gas into the surrounding space in accordance with a predetermined manner, but can adjust the air-conditioning gas transmission according to the actual situation, such as directly transmitting to the user's location. (2) Infrared detection technology is a well-known mature technology, and many related commercial products are not expensive. Therefore, the present invention can provide the information required for the intelligent operation of the air conditioning system without increasing the cost. (3) How to control devices (such as deflectors or fan blades) used to change the direction of air-conditioning gas transmission can be easily achieved using conventional technologies (such as using the direction of the fan blades or turning the fan blades) with the pusher deflector air conditioner to change the air-direction technology). Therefore, the present invention only needs to introduce a control module (such as a microprocessor and a memory) and predetermine some operating rules (even a flash memory can be used to allow the user to set new operating rules at any time), which can be easily according to the infrared detecting resultant data to the elastic (even optimal) change the air conditioning gas transmission. (4) The response time required by infrared detection technology is very short, almost

200 417 713 V. invention is described in (5) to immediately grasp the most gas transmission direction Therefore, local calls gas in different directions for users to instantly conventional (5) and those where the orientation (or heated) to the invention requires only ambient learning The new temperature distribution method of generating and extending space. Moreover, the response time required to change the conventional device for air conditioning is short. The user is not fixed at a specific position, but moving, the present invention is almost one hundred percent to make room to maneuver space being transferred to the new location of the user, and the immediate lifting of portable air conditioning systems can not provide. Since the present invention directly transmits and uses air-conditioning gas, the present invention does not need to first cool the entire surrounding environment to ensure that the user can feel the effect of the air conditioner. Thus, the present processing position where the user will also be able to process the entire than known techniques, can obviously save energy, reduce the life of production adjustment system contamination. 4. [Embodiments] Some embodiments of the present invention will be described in detail as follows. However, in addition to the detailed description, the present invention can be widely implemented in other embodiments. That is, the scope of the present invention is not limited by the embodiments set forth herein, but should be based on the scope of patents set forth later. The inventor of the present invention first pointed out that the reason why the conventional technology uses the air conditioner gas to be repeatedly transmitted back and forth within another range, fixedly transmits the air conditioner gas to the same direction, or allows the user to manually control the air conditioner gas transmission direction, etc. The reason is that the conventional air-conditioning system cannot actively grasp the temperature distribution of the surrounding environment in real time, so it can only transmit air-conditioning gas in a predetermined manner.

9200417713 Page V. invention is described in (6), but not with the change in the surrounding environment, making appropriate immediate response. On this point, the present invention emphasizes the air conditioning system is only required to know the temperature distribution of the external mode, without night vision goggles, or as a general scanner must be clear that the outside contour of each object in detail. Therefore, when thermal signals can be sensed, especially the distribution of different thermal signals at different temperatures, infrared detectors have become common commercial products (such as to detect whether someone has passed by The infrared detector that turns on and off the light), the inventor of the present invention particularly proposes a method to solve the lack of conventional air conditioning systems: the infrared detection device is integrated into the air conditioning system, as the air conditioning system grasps the temperature distribution of the surrounding space Eyes, and then use a microprocessor to analyze the detected information and control the unit of the air-conditioning system to change the direction of air-conditioning gas transmission. Then, according to the actual temperature distribution of the outside world, the air-conditioning gas flow direction can be changed in real time (such as only transmission the temperature of the air conditioning to be most in need of orientation only). In particular, since the infrared ray detector can detect not only the temperature distribution, but also can detect the temperature distribution of the different sources (due to heat radiation of different frequencies generated by the transition temperatures are not sources, but the greater the number of heat radiation the orientation of the higher temperature). Therefore, the present invention can grasp the exact position of the user (human body temperature is about φ 37 degrees), and can directly transmit the air-conditioning gas to the user's location, thereby achieving a direct air conditioner that allows the user to immediately feel the air-conditioning effect Instead of indirect air-conditioning of the entire surrounding space, the conventional technology must be dealt with first.

Page 10 200 417 713 V. invention is described in (7) above discussion, a method of intelligent air conditioning system proposed in the present invention, as shown in FIG. A second, comprising at least the following basic units: an infrared detector assembly 21, Analysis control assembly 22, the gas cartridge 23 and the power assembly 24. It must be emphasized that this intelligent air-conditioning system can be an air conditioner, a heater or any other air-conditioning device. Since this intelligent air-conditioning system does not make more modifications in the gas assembly 2 3, it uses the infrared detection assembly 2 1 and analysis control assembly 2 2 to provide the required π smart " function, so the present invention can be applied to any air-conditioning system. Here, the infrared detector assembly 21 of the system for detecting the outside temperature distribution F, while the scan line is between the range of billion to 360 degrees. Analysis control assembly 2 2 infrared detection system for analyzing assembly Most of the information detected by the 21, as well as to produce and how to adjust the outside temperature-dependent control of most of the message. Based gas cartridge 23 according to these control messages to the outside temperature of the gas may be changed (i.e., the air-conditioning of the gas) to the outside in a particular manner. Finally, the power assembly is used to generate the energy required for the operation of the gas assembly 2 3. In general, as shown in FIG second B, the infrared detector assembly 21 comprises at least an infrared detector 211 and an infrared detector lens 212. The IR detector 212 is a lens for focusing infrared rays from the four weeks in order to receive the infrared ray detector 211 is used to receive the infrared rays. By way of example, infrared detector 211 may be a point-like infrared detectors, infrared detectors ball, infrared detector array, or any of these groups

Page 11 200 417 713 V. invention is described in (8) together; lens and infrared detector 212 may be semi-cylindrical lens, a spherical mirror array, or any combination of these.

In general, as shown in FIG C second, analyze the control assembly 22 comprises at least read module 221, signal processing module 222, memory module 223 and a calculation module 224 . Wherein the read module 221 for reading the infrared detecting system these data cartridge 21 is detected, the signal processing module 222 for processing system module 221 reads the generated operation most signal, the memory module 223 and the calculation module 224 is configured according to the plurality of signal generation and how to adjust the ambient temperature dependency of most control messages. In addition, the analysis control assembly 22 may further comprise an interface module 225, configured to receive at least one control command, etc. through the radio wave reception mode (e.g., the user of the latest issued another control finger), and These control instructions are transmitted to the computing module 2 2 4. In general, as shown in FIG second D, the gas containing at least a gas cartridge 23 for changing the transmission direction of the gas direction control module 231, and when the gas is not a gas at room temperature (e.g. with the fan ambient air), but when the air-conditioning or heating, may also comprise further gases to generate gas generation module 232. For example, the gas system is selected from one of the following: heating, cooling and temperature gas; gas direction control module 231 may be a fan, or a combination of these baffles $; a gas generation module 232 of constituent elements may be an air compressor, the refrigerant, heating coils, or a combination of these. Of course, if the present invention is to be used in fans 'would not need to adjust the gas generation module 232' to directly control the direction of gas fan module 231 to drive the desired gas flow generator. 200417713 V. invention is described in (9) to simultaneously area Ma of course, not required by the red may be used to drive only used if the two are used together to select a general frame, a motor to push the movable gas containing at least an outside infrared reconnaissance a horse horse two configurations of the adapter is provided as a second hard FIG E, the power assembly 24 with the cartridge 23 comprises at least the infrared detecting assembly 21 of the motor 241. The test assembly 2 1 can also be driven by mains power or batteries. Of course, as shown in the second F diagram, the power assembly 2 4 is used to drive the first motor 2 4 2 of the gas assembly 23 and the second motor 2 4 3 of the detection assembly 21. Here, if it is reached, the cost is lower but the design is more difficult; if it is reached, the cost is higher but the design is simpler. Therefore, each application has its own advantages and disadvantages, depending on its system requirements and architecture. Further, the content of these control messages will determine how the gas is generated and transmitted. The operation of the gas assembly 23 and the power assembly 24 will be affected by these control signals. In the present invention, these control messages can at least allow the smart air-conditioning system to have one or several or all of the following operation modes: 缈 (a) Smart air-conditioning systems (such as gas assemblies 2 3) prioritize gas When transmitted to the environment, at least one position of the human body temperature signal is detected by the intelligent air-conditioning system (such as the infrared detection assembly 21). In other words, smart air-conditioning systems can provide direct air-conditioning by preferentially delivering gas to where people are located. (b) Of course, if the user is set to prioritize a device, such as

Page 13 200 417 713 V. invention is described (ίο) preferential cooling host computer, as long as the user input means of the temperature shall take priority, such that the smart air conditioning system (such as infrared detection assembly 21) may be particularly this means to judge The position is also the position where the gas can be preferentially transmitted (such as the gas assembly 2 3) to where the device is located. (C) when the smart air-conditioning system (such as infrared detection assembly 21) detects any body temperature signal does not exist in the environment, intelligent air conditioning system (such as gas assembly 23) will suspend the operation (suspend Air conditioner and only continuous detection). Therefore, when no user is located in the area required by the intelligent air-conditioning system, the air-conditioning can be suspended to reduce energy waste. Of course, when analyzing a control assembly 22 have detected body temperature signal, intelligent air conditioning system will be able to restart the system ^ (gas assembly 23), air-conditioning (especially directly on the user location Air conditioning). (D) when this gas is cold air, smart conditioning system (such as a gas cartridge 23) preferentially ambient temperature gas to at least a highest position; and when this gas is heating, air-conditioning systems intelligent (e.g. The gas assembly 2 3) preferentially delivers the gas to at least one of the lowest temperatures in the environment. (E) When the air conditioning system when the smart (e.g., infrared detection assembly 21) to detect movement of at least a body temperature signal, smart air conditioning system (such as a gas cartridge 23) is continuously transmitted to the gas is put those human The latest location where the body temperature signal is located. In other words, even if the user walks around, the smart air-conditioning φ system can still allow the user to enjoy air-conditioning anytime, anywhere. Here, the third A and third B of FIG shown in FIG wise addition, the proposed system of the air conditioner of the present invention 32 with movement of the user 33 based varies conditioned gas

Page 14 200 417 713 V. invention is described in (11) 31 in the direction of propagation of the surrounding space 30, so that the user can enjoy the conditioning gas directly propagated anywhere position 31 33 (regardless of whether the object 34 Whether there is a change); it also shows that when there is more than one user, the air-conditioning gas 3 can be transmitted sequentially only to the location where the user 33 is located. In addition, the third and third pictures C and D show the present invention allows conditioning gas 31 only in the presence of the user 33, the generation and propagation will be. The above descriptions are merely preferred embodiments of the present invention, and are not intended to limit the scope of patent application of the present invention. Such changes can be implemented without departing from the scope of the present invention, and such changes should still fall within the scope of the present invention. Therefore, the scope of the present invention is defined by the following patent applications.

Page 15200417713 drawings briefly described first single - shown to the simple Scheme A fruit view of a junction ί of which, and five of formula confessed mold for f &. C see often two gc FOUR ·, of FIG system intended to line shown tune The basics of airborne learning are shown in Figure 1 and Figure 1.

Panel A shows; death dagger white X- made Figure II configuration is intended first of this group shown in the first to and intended to system variations based some adjustment of a space and type to illustrate made mention configuration of the coma Chilean meaning of this BenQ made of this some of the operating characteristics become schematic diagram of the proposed system intelligent conditioning the overall view each of the third to third D graph a of FIG present invention. The major part of the representative symbol: 10 around the conditioned space 11 with a gas conditioning system 12 analyzes the control assembly 121 122 123 power the gas cartridge assembly 13 article 21 the user 14 infrared detecting assembly 2 11 infrared detector 212 infrared detector lens control assembly 22 analysis

Page 16200417713 drawings briefly described module 221 reads the signal processing module 222 memory 223 module 224 module 23 calculates the gas cartridge 231 gas direction control module 232 Gas generating module 2 4 Power assembly 2 4 1 Motor reference 24 2 First motor 2 4 3 Second motor 30 Surrounding space 3 1 Air-conditioning gas 3 2 Smart air-conditioning system 3 3 User 3 4 Objects

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Claims (1)

. 200417713 six, patent range A smart air-conditioning system, the intelligent conditioning system comprising: an infrared sensing assembly Chen left foot, left foot to the outside of a temperature measuring Jeong distribution; analysis a control assembly for the analysis of Most of the data detected by the infrared detection assembly, and generate most of the control information related to how to adjust the external temperature; a gas assembly, based on the control information, will change the temperature of one of the external gases to one Transmitted to the outside in a specific way; and a power assembly for generating energy required for the operation of the gas assembly. 2. The patent application intelligent air conditioning system scope, Paragraph 1, the plurality of message-based control of the gas cartridge so that the gas is preferentially transmitted to the environment, is the infrared detecting __ cartridge body temperature to detect the presence of At least one aspect of the signal. 3. If the intelligent air-conditioning system of the first scope of the patent application, the control messages are such that when the infrared detection assembly detects that there is no human body temperature signal in the environment, the gas assembly is suspended. . 4 as the scope of patented intelligent air conditioning system, Paragraph 3, when the infrared detecting assembly detects the movement of the at least one body temperature signal, the plurality of message-based system control φ such that the gas of the gas cartridge will continue To the latest location where the body temperature signals are located. 5. If the intelligent air-conditioning system in item 1 of the scope of patent application, Page 18 200417713 VI. When the scope of the patent application is air-conditioning, the control messages cause the gas assembly to preferentially transmit the gas to at least one of the highest temperatures in the environment, and when the gas is heating, the The control message is such that the gas assembly preferentially transmits the gas to at least one of the lowest temperatures in the environment. 6. The air conditioning system patented intelligent range, Paragraph 1, the infrared detector assembly comprises at least one infrared detector and an infrared detector lens. 7. The scope of patented intelligent air conditioning system, Paragraph 6, the infrared detector is selected from one of the following: point-like infrared detectors, the infrared detector and a spherical array infrared detector. . 8 patent conditioning system which is intelligent brother range 6 of 'the infrared detector lens is selected from one of the following: a spherical mirror and a semi-cylindrical lens array. 9. The scope of patented intelligent air conditioning system, Paragraph 1, the infrared detector assembly of scan lines range between 0 degrees and 360 degrees. 1 0. The patentable scope of application of the smart item air conditioning system 1, the control assembly comprises at least one analysis module is read, a signal processing module, a memory module and a calculation module. Page 19 200 417 713 VI patent range 11 as a first patent the range of 0 intelligent air conditioning system, the reading module is used for reading the plurality of the infrared detecting information detected by the cartridge The signal processing module is used to process most signals generated by the reading module, and the memory module and the computing module are used to generate majority control related to how to adjust the external temperature according to the signals message. 1 2. According to the intelligent air-conditioning system of the first patent application scope, the analysis and control assembly further includes an interface module, which is used to receive at least one control instruction and transmit the control instructions to the calculation Module. 13 as the scope of patented intelligent air conditioning system, Paragraph 12, the interface module can receive a control instruction via the plurality of receiving radio waves. 1 4. The scope of patented intelligent air conditioning system of the first item 1, the gas cartridge comprises at least one gas control module for changing the direction of the transport direction of the gases. 15 as the scope of patented intelligent air conditioning system 1 of 4, the assembly further comprises a gas for generating the gas is one of the gas generation module. . 16 as an air conditioning system patented intelligent range 1 5 of the gas system is selected from one of the following: heating, cooling and temperature gas. 1 7. If the intelligent air-conditioning system of item 14 of the scope of patent application, the gas Page 20 200 417 713 VI patent range of directions, the control module is selected from the following system of fans and baffle 18 as the scope of patented intelligent air conditioning system of the first five, the gas generation module of element selected from the group consisting of from one of the following: an air compressor, the refrigerant heating coil. 1 9. The air conditioning system patented intelligent range, Paragraph 1, the assembly comprises at least one power a motor for simultaneously driving the gas line to the infrared detecting cartridge assembly. 2 0. The air-conditioning system patented intelligent range, Paragraph 1, the power for driving at least one assembly comprising the gas cartridge and a motor for driving a first one of said infrared detecting a second motor assembly. Page 21