TW201837388A - Air-cleaning device - Google Patents
Air-cleaning device Download PDFInfo
- Publication number
- TW201837388A TW201837388A TW106128945A TW106128945A TW201837388A TW 201837388 A TW201837388 A TW 201837388A TW 106128945 A TW106128945 A TW 106128945A TW 106128945 A TW106128945 A TW 106128945A TW 201837388 A TW201837388 A TW 201837388A
- Authority
- TW
- Taiwan
- Prior art keywords
- air
- state
- sensor
- person
- room
- Prior art date
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F7/00—Ventilation
- F24F7/003—Ventilation in combination with air cleaning
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Air Conditioning Control Device (AREA)
Abstract
Description
本發明涉及具有人體傳感器和照度傳感器的空氣淨化器。The present invention relates to an air cleaner having a human body sensor and an illuminance sensor.
傳統上，配備有人體傳感器和照度傳感器的空氣淨化器是已知的。 例如，下面列出的專利文獻1公開了一種根據人是否存在以及房間中的亮度來控制輸出的空氣淨化器。Traditionally, air purifiers equipped with body sensors and illuminance sensors are known. For example, Patent Document 1 listed below discloses an air cleaner that controls output based on the presence or absence of a person and the brightness in a room.
專利文獻1：日本公開特許公報｢特開2012-97955號(2012年5月24日公開)｣Patent Document 1: Japanese Laid-Open Patent Publication No. 2012-97955 (published on May 24, 2012)
然而，在如上所述的傳統技術中，由於空氣淨化器在不考慮存在於空氣淨化目標房間中的人的操作的情況下運行，所以空氣淨化器被無用地操作有一個問題。However, in the conventional technology as described above, since the air purifier is operated without considering the operation of a person existing in the air purification target room, there is a problem that the air purifier is operated uselessly.
本發明的一個實施例的目的是通過根據空氣淨化目標房間中的人的運動狀態和亮度執行空氣控制來提供最佳空氣環境。An object of one embodiment of the present invention is to provide an optimal air environment by performing air control according to a motion state and brightness of a person in an air purification target room.
為了解決上述問題，根據本發明的一個實施例的空氣淨化器是裝備有用於檢測人的運動的人體傳感器和用於檢測房間的亮度的照度傳感器的空氣淨化器。 在空氣淨化對象室內不存在人的狀態，在空氣淨化對象室內存在人的狀態下，移動少的狀態以及在空氣淨化對象室內存在人的狀態 根據照度傳感器的檢測信號，判斷空氣清潔目標房間內部明亮且空氣清潔目標房間內部處於黑暗狀態 以及操作控制單元，其使用第一確定單元和第二確定單元的確定結果來控制空氣淨化功能的操作。In order to solve the above problem, an air cleaner according to an embodiment of the present invention is an air cleaner equipped with a human body sensor for detecting a person's motion and an illuminance sensor for detecting the brightness of a room. In a state where there are no people in the air purification target room, in a state where there are people in the air purification target room, when there is little movement, and when there are people in the air purification target room, it is determined that the interior of the air cleaning target room is bright based on the detection signal of the illumination sensor In addition, the interior of the air cleaning target room is in a dark state and the operation control unit uses the determination results of the first determination unit and the second determination unit to control the operation of the air purification function.
根據本發明的一個方面，具有能夠根據空氣淨化目標房間中的人的運動的情況和亮度來執行空控制的效果。According to an aspect of the present invention, there is an effect of being able to perform air control in accordance with the condition and brightness of a person in an air purification target room.
[實施例1] 以下將參照圖1至圖4來描述本發明的實施例。[Embodiment 1] An embodiment of the present invention will be described below with reference to Figs. 1 to 4.
空氣清潔器100，抽吸環境空氣，設置有除去外來物質例如空氣中所含的灰塵，進一步除濕功能，以除去包含在空氣中的水分的空氣淨化功能，增加了空氣的濕度它可能有加濕功能。在第二實施例中將詳細描述具有加濕功能的空氣淨化器。The air cleaner 100 sucks ambient air, and is provided with an air purifying function to remove foreign substances such as dust contained in the air, to further dehumidify the moisture contained in the air, which may increase the humidity of the air. It may be humidified. Features. An air cleaner having a humidifying function will be described in detail in the second embodiment.
此外，空氣淨化器100可以包括用於在空氣中的夾雜離子，以除去異物的離子發生器。離子發生器通過在大氣中放電而產生離子。其中每個任意的自然數n，被配置為產生負離子O2-（H2O）N，優選的離子發生器，米，正離子的H +（H 2 O）米。在這種情況下，通過在表面（·OH）和過氧化氫產生的活性種的OH自由基反應，以附著在空氣中，一個效果空氣真菌或病毒的表面上的正離子和負離子，例如滅菌（H2 O2）也可以。In addition, the air purifier 100 may include an ion generator for inclusion of ions in the air to remove foreign matter. Ionizers produce ions by discharging in the atmosphere. Each of the arbitrary natural numbers n is configured to generate negative ions O2- (H2O) N, a preferred ion generator, meters, and positive ions H + (H2O) meters. In this case, by reacting OH radicals on the surface (· OH) and active species produced by hydrogen peroxide to attach to the air, an effect of positive and negative ions on the surface of air fungi or viruses, such as sterilization (H2 O2) is also possible.
空氣濾清器100中，通過組合檢測結果和照度傳感器32人感傳感器31的檢測結果，由人握住空氣淨化器100的使用，以便在根據使用提供空氣環境其意圖。為了便於理解空氣淨化器100，下面首先概述空氣淨化器100的輪廓。In the air cleaner 100, by combining the detection result and the detection result of the human sensor 31 of the illuminance sensor 32, the use of the air cleaner 100 is held by a person in order to provide an air environment according to the purpose of use. To facilitate understanding of the air purifier 100, the outline of the air purifier 100 is first outlined below.
（空氣淨化器概述） 空氣濾清器100，所述空氣淨化靶室R，人體感應傳感器31（輸出信號）的檢測結果的狀態，至少“，簡單地在一個狀態（在下文中為不在是空氣淨化靶室R”狀態Sp1的“和表示）”，“正好留人經營一個小的狀態（下文中稱為空氣清潔目標室R被稱為”狀態SP2“）”和“留一為空氣清潔目標室R （在下文中簡稱為“狀態3”），其中存在大量的運動。(Air Purifier Overview) The status of the air cleaner 100, the air purification target chamber R, and the detection result of the human body sensor 31 (output signal) is at least ", simply in one state (hereinafter, it is not air purification "Room of target room R" state Sp1 "," just leave someone to operate a small state (hereinafter referred to as the air clean target room R is called "state SP2") "and" leave one for the air clean target room R (hereinafter simply referred to as "state 3"), where there is a large amount of motion.
空氣濾清器100，所述空氣淨化靶室R的狀態下，照度傳感器32（輸出信號）的檢測結果，至少，“內部空氣清潔目標室R亮狀態（以下簡稱為”狀態SL1“符號到）“，並且它確定哪個的”空氣淨化靶室R是簡單的“狀態SL2在暗狀態（以下”簡稱為）“。空氣淨化器100通過使用這些確定的結果來控制空氣淨化功能的操作。總之使用這些確定空氣淨化器100中執行的結果的控制操作，如下（1）至（4）。The air cleaner 100, in the state of the air purification target chamber R, the detection result of the illuminance sensor 32 (output signal), at least, the "internal air cleaning target chamber R is on (hereinafter referred to as" state SL1 "symbol to) "And it determines which" air purification target chamber R is simple "state" SL2 is in the dark state (hereinafter referred to as "hereinafter"). " The air cleaner 100 controls the operation of the air purification function by using these determined results. In summary, these control operations that determine the results performed in the air purifier 100 are used as follows (1) to (4).
（1）狀態SP3，因為人們都在積極活動，灰塵舞蹈容易的情況下，或情況的氣味可能發生。空氣清潔器100，所述灰塵傳感器33和氣味傳感器34為“高”時，鼓風體積比通常更強，能夠快速淨化空氣中的至少一個傳感器的靈敏度電平。傳感器靈敏度電平到“高”具體地，在灰塵傳感器33的情況下，以降低的標準，用於確定灰塵的灰塵傳感器33檢測，即，較少量的灰塵的量的程度即使被檢測到，也判斷為“有灰塵”。在氣味傳感器34的情況下，以降低的標準，用於確定氣味氣味傳感器34檢測的程度，即，是判斷即使檢測更少的氣味時“有氣味”。(1) State SP3, because people are active, dust dancing is easy, or the smell of the situation may occur. When the air cleaner 100, the dust sensor 33 and the odor sensor 34 are "high", the blast volume is stronger than usual, and the sensitivity level of at least one sensor in the air can be quickly purified. The sensor sensitivity level is "high". In particular, in the case of the dust sensor 33, the dust sensor 33 for determining dust is detected by a reduced standard, that is, the degree of the amount of a smaller amount of dust, even if detected, Also judged as "dusty". In the case of the odor sensor 34, a reduced standard is used to determine the degree of detection by the odor sensor 34, that is, it is judged that "smell" even when less odor is detected.
（2）狀態SP1中，因為不存在一個是空氣清潔目標室R，狀態不需要的空氣淨化器100通知在人體中的操作條件。因此，空氣濾清器100是考慮到節能，抑制顯示單元4上顯示，或者關閉。(2) In the state SP1, since there is no air cleaning target room R, the air cleaner 100 that is not required in the state notifies the operating conditions in the human body. Therefore, the air cleaner 100 suppresses the display on the display unit 4 in consideration of energy saving, or is turned off.
（3）狀態SL2是，像睡覺的人，其中，所述空氣淨化器100在一個安靜的環境中使用的狀態。因此，空氣濾清器100是在被從船上釋放的空氣的弱送風量，輕輕地清潔的空氣。(3) State SL2 is a state like a sleeping person, wherein the air cleaner 100 is used in a quiet environment. Therefore, the air cleaner 100 is air that is gently cleaned at a weak blow rate of the air released from the ship.
（4）上述（1）〜（3）比其他狀態進行正常的操作。(4) The above (1) to (3) perform normal operations than other states.
（空氣淨化器的細節） 用於空氣濾清器100中所述的操作的控制的上方，然後，建築空氣清潔器100的細節將參照圖1-3描述。圖1是表示空氣清潔機100的概略結構的功能框圖。圖2是示出空氣濾清器100的概要的立體圖。圖3是圖1的A-A剖視圖，圖2示出了空氣濾清器100的輪廓。(Details of Air Cleaner) Above the control for the operation described in the air cleaner 100, then, details of the building air cleaner 100 will be described with reference to FIGS. 1-3. FIG. 1 is a functional block diagram showing a schematic configuration of the air cleaner 100. FIG. 2 is a perspective view showing an outline of the air cleaner 100. FIG. 3 is a cross-sectional view taken along A-A of FIG. 1, and FIG. 2 shows an outline of the air cleaner 100.
空氣清潔器100示於圖1中，如圖1至圖3，主體1，風扇2，顯示單元4，吸入口6，空氣淨化過濾器7中，控制單元10，空氣出口20，人體感應傳感器31，照度傳感器32，包括一個灰塵傳感器33和氣味傳感器34的結構，。為了確保描述的簡便，結構不直接關係到本實施例可以從說明書和附圖中省略。然而，參照執行的情況下，空氣淨化器100可以包括的可選配置。The air cleaner 100 is shown in Fig. 1, as shown in Figs. 1-3, the main body 1, the fan 2, the display unit 4, the suction port 6, the air purification filter 7, the control unit 10, the air outlet 20, and the human sensor 31 The illumination sensor 32 includes a dust sensor 33 and an odor sensor 34. In order to ensure the simplicity of description, the structure is not directly related to this embodiment and may be omitted from the description and the drawings. However, in the case of reference execution, the air cleaner 100 may include optional configurations.
入口6位於主體背面的下部，在其中繪製空氣。進氣口6的主體1側，空氣清潔過濾器7以從空氣中去除塵埃吸入的提供。空氣淨化過濾器7，例如，可以使用HEPA（高效微粒空氣）過濾器。此外，空氣清潔過濾器7可以是除臭過濾器的組合。The inlet 6 is located at the lower part of the back of the main body, in which air is drawn. On the side of the main body 1 of the air inlet 6, an air cleaning filter 7 is provided to remove dust inhaled from the air. As the air purification filter 7, for example, a HEPA (High Efficiency Particulate Air) filter can be used. In addition, the air cleaning filter 7 may be a combination of a deodorizing filter.
出口20放置在主體1的頂部，吹乾淨的空氣。在出風口20中設置有用於改變風向的百葉窗22。The outlet 20 is placed on the top of the main body 1 and blows clean air. The air outlet 20 is provided with a louver 22 for changing a wind direction.
風扇2安裝在風扇殼體（未示出）內。當執行空氣淨化操作，通過驅動風扇2，它需要在空氣清潔目標室R的空氣通過在主體1上的吸入口6，使空氣淨化過濾器7。在這個過程中空氣中含有的清潔目標室R灰塵會在空氣淨化過濾器7被取嚙合。空氣中去除灰塵被清潔通過風扇殼體內部被引導到空氣出口20，和風力主幹8從空氣出口20排放到空氣淨化靶室R.風扇2的操作由稍後描述的操作控制單元13控制。The fan 2 is installed in a fan case (not shown). When performing the air purification operation, by driving the fan 2, it is necessary for the air in the air cleaning target chamber R to pass through the suction port 6 on the main body 1, so that the air purification filter 7 is made. During this process, the dust in the cleaning target room R contained in the air will be taken in by the air purification filter 7. The dust removal from the air is cleaned and guided to the air outlet 20 through the inside of the fan casing, and the wind trunk 8 is discharged from the air outlet 20 to the air purification target chamber R. The operation of the fan 2 is controlled by an operation control unit 13 described later.
人感傳感器31檢測空氣清潔目標房間R中的人的運動。人感傳感器31例如是熱電傳感器等。如果人體感應傳感器31是熱電傳感器，運動傳感器31輸出所造成的人體運動的信號捕獲在熱（紅外線量）的變化。從運動傳感器31，例如，在人體檢測的“否”到低電平信號的情況下信號，在人體檢測的情況下，高電平信號，“是”，並輸出第一判定單元11將在後面描述。在此，上述人體檢測“否”，人體傳感器31沒有檢測到人的，即，表明不存在一個是空氣淨化靶室R.人檢測為“是”表示該人感傳感器31檢測到人，也就是說，它表示該人存在於所述空氣淨化靶室R.The human motion sensor 31 detects a motion of a person in the air cleaning target room R. The human-presence sensor 31 is, for example, a pyroelectric sensor. If the human body induction sensor 31 is a pyroelectric sensor, the signal of the human body motion caused by the output of the motion sensor 31 captures the change in the heat (infrared amount). From the motion sensor 31, for example, a signal in the case of "No" to a low-level signal of human detection, and a high-level signal, "Yes" in the case of human detection, and the output of the first determination unit 11 will follow description. Here, the above-mentioned human detection is "No", and the human sensor 31 does not detect a person, that is, it indicates that there is no one that is an air purification target room R. If the human detection is "Yes", the human sensor 31 detects a person, that is Said, it indicates that the person exists in the air purification target chamber R.
具體而言，人感傳感器31獲得的熱傳遞的以預定時間間隔的存在，根據所取得的熱的移動存在與否決定人體檢測的存在或不存在。預定時間例如是25毫秒。人感傳感器31，用於每個預定時間所獲得的熱量的變化的存在或不存在，確定所述人檢測為“是”時的10倍，例如，“加熱那裡的傳遞”大於4倍，3倍或者更少，則確定人員檢測是“不存在”。當確定人的檢測“是”，並且輸出表示人體檢測“是”第一判定單元11一個高電平信號確定該人檢測為“否”，標識檢測到的“否”的人低電平信號並且將其輸出到第一確定單元11。Specifically, the presence of heat transfer obtained by the human-presence sensor 31 at predetermined time intervals determines the presence or absence of human detection based on the presence or absence of the obtained heat movement. The predetermined time is, for example, 25 milliseconds. The human sensor 31 is used for the presence or absence of a change in the amount of heat obtained at each predetermined time, and it is determined that the person detects 10 times when the person detects "yes", for example, "the transfer there is heated" is more than 4 times, 3 Times or less, it is determined that the person detection is "non-existent". When it is determined that the detection of the person is “YES”, and a high-level signal indicating that the body detection is “YES” is determined by the first determination unit 11 to determine that the person is detected as “No”, a low-level signal of the detected “No” person is identified and This is output to the first determination unit 11.
照度傳感器32檢測空氣淨化對象房間R的亮度。具體而言，照度傳感器32，檢測空氣清潔目標室R至（感測）的照度，並輸出所檢測的照明強度檢測結果發送到第二判定部12的水平。The illuminance sensor 32 detects the brightness of the room R to be air-purified. Specifically, the illuminance sensor 32 detects the illuminance of the air-cleaning target room R to (sensing), and outputs a level at which the detected illumination intensity detection result is sent to the second determination unit 12.
顯示單元4顯示空氣淨化器100的操作狀態等。在顯示部4，例如，空氣中的空氣清潔目標室R，（（這種粉塵的量）的清潔度，溫度，濕度，空氣清潔目標室R的環境中特別地，所述空氣淨化靶室R空氣的狀態）等可以被顯示。顯示單元4的顯示由稍後描述的操作控制單元13控制。The display unit 4 displays an operation state and the like of the air cleaner 100. In the display section 4, for example, the air in the air cleans the target room R, (the amount of such dust), the cleanliness, temperature, humidity, and the environment of the air cleansed target room R. Specifically, the air purification target room R The status of the air) can be displayed. The display of the display unit 4 is controlled by an operation control unit 13 described later.
（氣味傳感器和灰塵傳感器） 空氣淨化器100包括灰塵傳感器33和氣味傳感器34中的至少一個。如在圖3中所示的灰塵傳感器33和氣味傳感器34，例如，被佈置在主體1的前表面上。當灰塵傳感器33和氣味傳感器34的傳感器靈敏度電平中的至少一個被設置為“高”時，空氣淨化器100被去除，以迅速地檢測出灰塵和氣味。換言之，在空氣濾清器100中，灰塵傳感器33和氣味傳感器34中的至少一個傳感器的靈敏度電平增加至在執行空氣淨化功能的情況下，被去除，以迅速地檢測出灰塵和氣味。(Odor Sensor and Dust Sensor) The air cleaner 100 includes at least one of a dust sensor 33 and an odor sensor 34. The dust sensor 33 and the odor sensor 34 as shown in FIG. 3 are, for example, arranged on the front surface of the main body 1. When at least one of the sensor sensitivity levels of the dust sensor 33 and the odor sensor 34 is set to “high”, the air cleaner 100 is removed to quickly detect dust and odor. In other words, in the air cleaner 100, the sensitivity level of at least one of the dust sensor 33 and the odor sensor 34 is increased to be removed in the case where the air purification function is performed to quickly detect dust and odor.
灰塵傳感器33檢測的空氣清潔目標室R灰塵量，檢測結果輸出，例如，在適當位置控制空氣清潔功能的操作。順便提及，灰塵傳感器33不僅粉塵，它可以是用於感測微粒如花粉和PM2.5的傳感器。氣味傳感器34檢測的氣味，並且輸出程度的氣味，例如，它可以用於那些已知的，例如由金屬氧化物半導體的傳感器。順便提及，氣味傳感器34可以是用於感測氣井氣味的傳感器。The dust sensor 33 detects the amount of dust in the air cleaning target room R, and the detection result is output, for example, the operation of the air cleaning function is controlled at an appropriate position. Incidentally, the dust sensor 33 is not only dust, it may be a sensor for sensing particles such as pollen and PM2.5. The odor sensor 34 detects the odor, and outputs a degree of odor, for example, it can be used for those known sensors such as a metal oxide semiconductor. Incidentally, the odor sensor 34 may be a sensor for sensing the odor of a gas well.
（存儲單元） 存儲單元110存儲由空氣淨化器100使用的各種數據。即，空氣濾清器100被執行（1）中的控制程序，（2）OS程序，（3）用於執行各種功能的應用程序，以及（4）執行時，應用程序存儲單元110中如圖所示。上述（1）〜（4）中，例如，ROM（只讀存儲器），閃存，EPROM（可擦除可編程ROM），EEPROM（註冊商標）（電EPROM），HDD（硬盤驅動器）的數據，如並存儲在非易失性存儲設備中。存儲單元110包括，特別地，該第一判定表120存儲的第二判定表130。(Storage Unit) The storage unit 110 stores various data used by the air washer 100. That is, the air cleaner 100 is executed in (1) a control program, (2) an OS program, (3) an application program for performing various functions, and (4) when executed, the application program storage unit 110 is shown in FIG. As shown. In the above (1) to (4), for example, data of ROM (Read Only Memory), flash memory, EPROM (Erasable Programmable ROM), EEPROM (registered trademark) (Electric EPROM), HDD (Hard Disk Drive), such as And stored in a non-volatile storage device. The storage unit 110 includes, in particular, a second determination table 130 stored by the first determination table 120.
第一判定表120，第一判定單元11由人感傳感器31，空氣清潔目標室R Uchinohito（用戶）存在/不存在，以及用於作為對運動進行判斷後所描述的，從檢測信號中條件（判斷標準）被存儲。The first determination table 120, the first determination unit 11 is composed of a human-presence sensor 31, an air cleaning target room R Uchinohito (user) presence / absence, and is used to describe the condition from the detection signal ( Judgment criteria) are stored.
第二判斷表130中，第二判斷部12，根據由照度傳感器32的檢測信號，為上述空氣淨化靶室R（標準）的照明進行判定的條件被存儲。In the second determination table 130, the second determination unit 12 stores conditions for determining the lighting of the air purification target room R (standard) based on a detection signal from the illuminance sensor 32.
（控制單元） 控制單元10集中地控制空氣淨化器100的功能。中所示的控制單元10包括作為功能塊，第一判定單元11，第二判定單元12，並包括一個驅動控制部分13。(Control Unit) The control unit 10 centrally controls the functions of the air cleaner 100. The control unit 10 shown in the figure includes, as function blocks, a first determination unit 11, a second determination unit 12, and includes a drive control section 13.
上述的控制單元10的各功能塊，例如，CPU（中央處理單元）等，ROM（只讀存儲器），NVRAM（非易失性隨機存取存儲器）是由類似的（存儲單元110）中實施的存儲裝置到RAM（隨機存取存儲器）（未示出）等，並執行該程序。The functional blocks of the control unit 10 described above, for example, a CPU (Central Processing Unit), etc., ROM (Read Only Memory), NVRAM (Non-volatile Random Access Memory) are implemented in a similar manner (storage unit 110) The storage device is stored in a RAM (Random Access Memory) (not shown), etc., and executes the program.
操作控制單元13控制使用所述第一判斷單元11和後述的第二判定部12的判斷結果，對空氣清潔功能的操作狀態。具體而言，至少以下（1）至（3）被控制。 （1）風扇2的風量，（2）顯示在顯示單元4的顯示，和（3）的塵埃傳感器33和氣味傳感器34的靈敏度水平。The operation control unit 13 controls the operation state of the air cleaning function using the determination results of the first determination unit 11 and a second determination unit 12 described later. Specifically, at least the following (1) to (3) are controlled. (1) the air volume of the fan 2, (2) the display displayed on the display unit 4, and (3) the sensitivity levels of the dust sensor 33 and the odor sensor 34.
操作控制單元13，第一判定單元11，SP3中確定的狀態，（1）所述風扇2的空氣量增加，並且灰塵傳感器33和氣味傳感器34的高（2）傳感器的靈敏度水平到。The state determined in the operation control unit 13, the first determination unit 11, and SP3, (1) the amount of air of the fan 2 is increased, and the dust sensor 33 and the odor sensor 34 are high (2) the sensitivity level of the sensor is reached.
此外，操作控制單元13，第一判定單元11，狀態Sp1的被確定為抑制在顯示單元4，或者關閉的亮度。In addition, the operation control unit 13, the first determination unit 11, and the brightness of the state Sp1 are determined to be suppressed in the display unit 4 or turned off.
此外，操作控制單元13，第二判定單元12中，當確定狀態SL2，降低了風扇2的空氣體積，輕輕地清潔的空氣在空氣清潔目標室R.空氣濾清器100被認為已經在一個安靜的環境中使用，如睡覺的人。然而，在判定為狀態由所述第二確定單元12 SP1，並且，如果確定該狀態是SL2，操作控制單元13增加風扇2的空氣體積。In addition, the operation control unit 13 and the second determination unit 12 reduce the air volume of the fan 2 when the state SL2 is determined, and gently clean the air in the air cleaning target room R. The air cleaner 100 is considered to have been Use in a quiet environment, such as sleeping people. However, when it is determined that the state is determined by the second determination unit 12 SP1, and if it is determined that the state is SL2, the operation control unit 13 increases the air volume of the fan 2.
順便說一下，確定狀態SL2，並且如果確定狀態SP3，是是否將優先級分配給狀態SL2和狀態SP3的操作，可以適當地設定。此外，在空氣濾清器100的上升動作控制單元13的目的是一個狀態的Sp2，開始操作。By the way, the state SL2 is determined, and if the state SP3 is determined, it is an operation of whether or not priority is assigned to the state SL2 and the state SP3, and can be appropriately set. In addition, the purpose of the ascent control unit 13 of the air cleaner 100 is to start Sp2 in one state, and start operation.
（有關的確定“住所不/移動小/運動經常”） 對於測定“住所不/運動少/運動往往”將參照圖1，和圖如圖4所示，空氣濾清器100是表示組織用於確定空氣淨化靶室R的狀態的條件的圖 第一判定單元11參照後述第一判定表120，它確定至少是否，狀態SP1，它是狀態SP2和狀態SP3。第一判定部11判定上述三個條件，並且將確定結果輸出到操作控制單元13。第一判定單元11，輸出值獲取單元111，運動程度判定部112，非檢測時間測量單元113，並包括靜止不存在確定單元114。(Relevant determination "Do not live / move small / move often") For the determination "do not live / move little / move often", refer to FIG. 1, and FIG. 4 shows that the air filter 100 is a tissue A diagram for determining the conditions of the state of the air purification target chamber R. The first determination unit 11 refers to a first determination table 120 described later, and determines whether or not at least the state SP1, which is the state SP2 and the state SP3. The first determination section 11 determines the above three conditions, and outputs the determination result to the operation control unit 13. The first determination unit 11, the output value acquisition unit 111, the exercise level determination unit 112, the non-detection time measurement unit 113, and a stationary non-existence determination unit 114.
輸出值獲取單元111獲取例如，從運動傳感器31在每個預定時間的輸出值（人檢測為“是”/人檢測為“否”）。取得的輸出值，至少，對應於確定的時間的期間將在後面描述，它在一個存儲器等被保持。在下文中，輸出值獲取單元111，以從人體傳感器31的“是”或人檢測“否”，人體檢測“是”或人體檢測“否”獲得人體檢測的輸出值進行檢測，並也表示。The output value acquisition unit 111 acquires, for example, an output value from the motion sensor 31 at each predetermined time ("Yes" for person detection / "No" for person detection). The obtained output value, at least, the period corresponding to the determined time will be described later, and it is held in a memory or the like. In the following, the output value acquisition unit 111 performs detection by obtaining the output value of the human body detection from “Yes” or the human detection “No” of the human body sensor 31, the human body detection “Yes” or the human body detection “No”, and also indicates.
運動程度判定部112，參照由所述輸出值獲取單元111的輸出值獲得的擱置，並且計算在最近的判斷時間的總時間Ts人檢測“存在”，以及在此基礎上確定人的運動程度。The exercise degree determination section 112 refers to the hold obtained from the output value of the output value acquisition unit 111 and calculates the total time Ts of the most recent determination time for the person detection “presence”, and determines the degree of exercise of the person based on this.
運動程度確定單元112是一個狀態SP2和的情況下是一個狀態SL1是一個狀態的Sp2，並且在狀態SL2的情況下，使用不同的決定時間，確定的人的運動程度。The exercise degree determination unit 112 is a state SP2 and a state SL1 is a state Sp2, and in the case of the state SL2, different degrees of determination time are used to determine the degree of exercise of the person.
具體而言，狀態SP2中，並且當所述狀態SL1（下文中，被稱為確定時間為第一判定時間）的判定時間的狀態下的Sp2，該判定時間時的狀態SL2（這將在下文中被稱為首先暗的判定時間）比短。例如，判定時間為第判定時間為“1分”，在一個確定的時間第一暗為“5分鐘”。Specifically, in the state SP2, and when the state SL2 (hereinafter, referred to as the determination time is the first determination time) in the state of the determination time Sp2, the state SL2 at the time of the determination time (this will be hereinafter (Known as the first dark decision time). For example, the determination time is "1 minute" at the first determination time, and "5 minutes" at first in a certain time.
運動度確定單元112，時間對應於最近的判定時間的輸出值，求出人體檢測的採集次數“是”，在以秒為週期時間的總時間為獲取週期Ts而得到的採集次數計算TS。例如，0.1秒的週期時間，如果在採集時間的對應時間“存在”的最近判定時間人體檢測是500倍，總時間Ts為500倍×0.1秒它變為50秒。The exercise degree determination unit 112 calculates the number of acquisitions of the human body detection "yes" with the time corresponding to the output value of the most recent determination time, and calculates TS by the total number of acquisitions with the cycle time of seconds as the acquisition period Ts. For example, for a cycle time of 0.1 second, if the latest detection time of the corresponding time "existence" of the acquisition time is 500 times the human detection, the total time Ts is 500 times × 0.1 seconds and it becomes 50 seconds.
運動程度判定單元112確定一個總時間Ts人檢測“是”的確定時間與閾值時間相比較，人體運動的程度（即，人小的運動是否大）到。 運動程度確定單元112是一個狀態SP2和的情況下是一個狀態SL1是一個狀態的Sp2，並且在狀態SL2的情況下，使用不同的閾值時間，則確定的人的運動程度。The exercise degree determination unit 112 determines a total time Ts when the determination time of the person detecting “YES” is compared with the threshold time, and the degree of human movement (ie, whether a small movement of a person is large) is reached. The exercise degree determination unit 112 is a state SP2 and a state SL1 is a state Sp2, and in the case of the state SL2, using different threshold times, the degree of exercise of the person is determined.
具體而言，狀態SP2中，並且當所述狀態SL1（下文中，稱為用於閾值時間的第一判定時間之間）的閾值時間是一個狀態SP2和閾值時間時的狀態SL2（下文中被稱為第一暗時間閾值時間）短於之間。例如，所述閾值時間用於第一判定時間是“25秒”，在閾值時間第一暗為“30秒」。Specifically, in the state SP2, and when the threshold time of the state SL1 (hereinafter, referred to as the first determination time for the threshold time) is one state SP2 and the threshold time, the state SL2 (hereinafter referred to as Called the first dark time threshold time) is shorter than between. For example, the threshold time for the first determination time is "25 seconds", and the first dark time for the threshold time is "30 seconds".
這是一個狀態的Sp2，並且如果狀態SL1，運動度確定單元112執行下面的比較。運動度確定單元112將最後的“一分鐘（第一判定時間對於判定時間）”總時間Ts和“25.秒（對於閾值時間第一判定時間）”，在人檢測為“是” 。如果人體檢測總時間Ts“存在”為25秒以上，運動程度確定單元112確定從狀態SP2狀態SP3的過渡，有小於25秒的總時間人檢測為“是”如果確定狀態Sp2。This is Sp2 of one state, and if the state is SL1, the exercise degree determination unit 112 performs the following comparison. The exercise degree determination unit 112 detects the last “one minute (first decision time vs. decision time)” total time Ts and “25. seconds (first decision time vs. threshold time)” in the person detection as “Yes”. If the total human detection time Ts "exists" is more than 25 seconds, the exercise degree determination unit 112 determines a transition from the state SP2 to the state SP3, and if the total time is less than 25 seconds, the human detection is "YES" if the state Sp2 is determined.
另外，一個狀態的Sp2，並且如果狀態SL2，運動度確定單元112執行下面的比較。運動程度判定部112在“存在”最後的“5分鐘（第一判定時間為暗時間）”人體檢測總時間Ts和“30秒（第一暗時間閾值時間）”進行比較。如果人體檢測總時間Ts“存在”是超過30秒，運動程度確定單元112確定從狀態SP2狀態SP3的過渡，有一個總時間少於30秒人檢測為“是”如果確定狀態的p。In addition, one state of Sp2, and if the state is SL2, the exercise degree determination unit 112 performs the following comparison. The exercise degree determination unit 112 compares the total human detection time Ts of “5 minutes (first determination time is dark time)” with “30 seconds (first dark time threshold time)” at the end of “presence”. If the total human detection time Ts "exist" is more than 30 seconds, the exercise degree determination unit 112 determines the transition from the state SP2 to the state SP3, and there is a total time less than 30 seconds that the person detects "y" if the state p is determined.
此外，運動度確定單元112是狀態SP3，和殼體是一個狀態SL1是一個狀態SP3，並且在其中確定該狀態SL2，使用相同的判定時間的情況下，人的運動程度評委。In addition, the exercise degree determination unit 112 is a state SP3, and the housing is a state SL1 is a state SP3, and in the case where the state SL2 is determined, using the same determination time, the person's degree of exercise judgement.
具體而言，狀態SP3，該判定時間（在下文中，稱為第二為MAGE的判定時間）時的狀態是SL1的狀態SP3，該判定時間時的狀態SL2（此後，同樣為所述第二被稱為暗次判定時間）。例如，當一個狀態SP3，判定時間為第二判定時間，和第2深色時間判斷時間為“5分鐘”。Specifically, the state SP3, the state at the determination time (hereinafter, referred to as the second determination time of MAGE) is the state SP3 at the determination time, and the state SL2 at the determination time (hereinafter, the same is the second time). It is called dark time judgment time). For example, when one state is SP3, the determination time is the second determination time, and the second dark time determination time is "5 minutes".
運動程度判定部112判定與閾值時間相比，總時間Ts人檢測“是”判定時間，和人的運動程度。The exercise level determination section 112 determines the total time Ts of the person detection "Yes" determination time compared with the threshold time, and the exercise level of the person.
運動程度確定單元112是一個狀態SP3，和殼體是一個狀態SL1是一個狀態SP3，並在的情況下，確定狀態SL2，使用幀間相同的閾值時間，則確定的人的運動程度。The exercise degree determination unit 112 is a state SP3, and the housing is a state SL1 is a state SP3, and in the case of determining the state SL2, using the same threshold time between frames, the degree of exercise of the person is determined.
具體而言，狀態SP3，並且閾值時間（在下文中，用於閾值時間的所述第二判定時間之間）時的狀態是SL1的狀態SP3中，閾值時間時的狀態SL2（在下文中，第二它是相同的表示為幀間暗小時的閾值時間）。例如，第二為MAGE的閾值時間，並且所述第二暗時間的閾值時間之間為“30秒」。Specifically, the state SP3, and the state at the threshold time (hereinafter, between the second determination time for the threshold time) is the state SL3 of the SL1, and the state SL2 at the threshold time (hereinafter, the second It is the same threshold time expressed as dark hours between frames). For example, the second is the threshold time of MAGE, and the threshold time between the second dark times is "30 seconds".
這是一個狀態SP3，並且如果該狀態SL1，運動度確定單元112執行下面的比較。運動程度確定單元112的最後一個“5分鐘（對於判定時間第二判定時間）”總時間Ts和“30秒（對於閾值時間第二判定時間）”人檢測的“存在”比較。如果總時間Ts小於30秒人檢測為“是”，則運動度確定單元112確定從狀態SP3的狀態的Sp2，的“存在”30秒以上任何在人體檢測總時間的過渡，確定狀態Sp3保持。This is a state SP3, and if the state SL1, the exercise degree determination unit 112 performs the following comparison. The comparison of the “presence” of the last “5 minutes (for the decision time second decision time)” total time Ts and “30 seconds (for the threshold time second decision time)” person detection by the exercise level determination unit 112. If the total time Ts is less than 30 seconds and the person detects "Yes", the exercise determination unit 112 determines the transition from the state Sp2 of the state SP3 to "present" for more than 30 seconds and determines that the state Sp3 remains.
另外，一個狀態SP3，並且如果該狀態SL2，運動度確定單元112執行下面的比較。運動程度確定單元112的最後一個“5分鐘（第二暗時間判定時間）”總時間Ts和“30秒（第二暗時間閾值時間）”人檢測為“是”比較。如果總時間Ts小於30秒人檢測為“是”，則運動度確定單元112確定從狀態SP3的狀態的Sp2，的“存在”30秒以上任何在人體檢測總時間的過渡，確定狀態Sp3保持。In addition, one state SP3, and if the state SL2, the exercise degree determination unit 112 performs the following comparison. The last “5 minutes (second dark time determination time)” of the exercise degree determination unit 112 and the total time Ts and “30 seconds (second dark time threshold time)” are detected as “yes” comparison. If the total time Ts is less than 30 seconds and the person detects "Yes", the exercise determination unit 112 determines the transition from the state Sp2 of the state SP3 to "present" for more than 30 seconds and determines that the state Sp3 remains.
由運動度確定單元112的人的運動程度的判斷執行的每一分鐘。另外，當從狀態SP2狀態SP3，人類預定的待機時間（例如，5分鐘）的運動程度的不帶有SP3空氣濾清器100執行預定的等待時間的操作的確定的過程進行。此外，狀態SL2，當從狀態SP3的狀態的Sp2的過渡也是一個預定的等待時間的人的運動程度的確定（例如，5分鐘）而沒有所述預定的等待空氣濾清器100的操作與Sp2做幾個小時。The determination of the degree of exercise of the person by the exercise degree determination unit 112 is performed every minute. In addition, when from the state SP2 to the state SP3, the process of determining the operation degree of the human without a predetermined standby time (for example, 5 minutes) without the SP3 air filter 100 to perform a predetermined waiting time is performed. In addition, the state SL2, when the transition from the state SP2 to the state Sp2 is also a predetermined waiting time for the determination of the exercise level of the person (for example, 5 minutes) without the predetermined waiting operation of the air cleaner 100 and Sp2 Do it for hours.
非檢測時間測量單元113中，由輸出值獲取單元111參照的輸出值獲得的擱置，最近不斷從檢測到人的檢測的“存在”人體檢測“存在”的檢測計算非檢測時間你沒有（非檢測期）。In the non-detection time measurement unit 113, the shelving obtained by the output value referred to by the output value acquisition unit 111 has recently been continuously calculating the non-detection time from the detection of the "presence" of the human detection, the detection of the "presence", and you have not period).
載不存在確定單元114確定通過非檢測時間測量單元113測量的非檢測時間達到的持續時間不存在人（不存在）。The load non-existence determination unit 114 determines that there is no person (non-existence) for the duration reached by the non-detection time measured by the non-detection time measurement unit 113.
載不存在判斷單元114是一個狀態SP2和的情況下是一個狀態SL1是一個狀態的Sp2，並且在狀態SL2的情況下，使用不同的持續時間，確定存在/不存在的人。The non-existence judgment unit 114 is a state SP2 and a state SL1 is a state Sp2, and in the case of the state SL2, the presence / absence person is determined using different durations.
具體而言，狀態的Sp2和持續時間（在下文中，被稱為持續時間判定時間）當狀態SL1是狀態SP2和持續時間（或更高，如果狀態SL2，它比持續時間短）。例如，對於判定時間的持續時間為“15分”，在暗為“1小時”的持續時間。Specifically, the state Sp2 and the duration (hereinafter, referred to as the duration determination time) when the state SL1 is the state SP2 and the duration (or higher, if the state SL2, it is shorter than the duration). For example, the duration of the determination time is "15 minutes" and the duration of "1 hour" in the dark.
換句話說，狀態SP2中，並且如果狀態SL1，直立 - 無判定單元114執行以下判定。載不存在確定單元114確定非檢測時間已經過去“15分鐘（持續時間判定時間）”以上，從狀態SP2狀態Sp1的過渡。此外，直立 - 無判定部114判定非檢測時間“如果少於15分鐘，它仍然SP2”。In other words, in the state SP2, and if the state SL1, the upright-no determination unit 114 performs the following determination. The load non-existence determination unit 114 determines that the non-detection time has passed "15 minutes (duration determination time)" or more, and transitions from the state SP2 to the state Sp1. In addition, the upright-no-judgment section 114 judges the non-detection time "if it is less than 15 minutes, it is still SP2".
另外，一個狀態的Sp2，並且如果狀態SL2，直立 - 無判定單元114執行以下判定。載不存在判定部分114判定為未檢測時間已經過去或“1小時（該臨時暗持續時間）”，從狀態SP2狀態Sp1的過渡。此外，它確定該駐留-缺席判斷單元114，如果是小於1小時，保持在狀態SP2。In addition, one state of Sp2, and if the state is SL2, the upright-no-judgment unit 114 performs the following judgment. The load non-existence determination section 114 determines that the undetected time has elapsed or "1 hour (this temporary dark duration)", and transitions from the state SP2 to the state Sp1. In addition, it determines that the resident-absent judgment unit 114, if it is less than 1 hour, remains in the state SP2.
此外，站在-不存在確定單元114確定，在輸出值獲取單元111檢測人體檢測“是”，載人和（站立）。直立 - 無判定部114，如果狀態SP1中，即使在狀態SL2即使當SL1，當輸出值獲取單元111檢測人體檢測“是”，立即從一個狀態的Sp2 Sp1的它確定過渡到。In addition, the standing-non-existence determination unit 114 determines that the output value acquisition unit 111 detects that the human body detection is "yes", carrying a person and (standing). The upright-no-judgment section 114, if in the state SP1, even in the state SL2 and even when SL1, when the output value acquisition unit 111 detects the human body detection "Yes", it immediately transitions from a state of Sp2 to Sp1.
（向“不再有/很少的運動/許多運動”的每個狀態過渡的摘要） 如圖4中所示，“它是否確定狀態SL1，或者，如果確定狀態SL2”通過“狀態SP1中，狀態的Sp2，以及它是否是一個狀態SP3的”空氣淨化器100是用來作出判斷的條件是不同的。此外，“從狀態SP1至狀態SP2”“從狀態的Sp2到狀態SP1”，“從狀態的Sp2到狀態SP3的”時，空氣淨化器100和狀態為“從狀態SP3的到狀態SP2”已改變，則確定彼此也不同。過渡條件概述如下。(Summary of transition to each state of "no more / few motions / many motions") As shown in Figure 4, "whether it determines state SL1, or if state SL2 is determined" passes through "state SP1, The condition Sp2 and whether it is a status SP3 "air purifier 100 is used to make a judgment condition is different. In addition, "from state SP1 to state SP2", "from state Sp2 to state SP1", and "from state Sp2 to state SP3", the air purifier 100 and the state "from state SP3 to state SP2" have been changed , Then make sure they are different from each other. The transition conditions are outlined below.
已經確定，所述空氣淨化靶室R為明亮狀態SL1，如果它被確定為“狀態Sp1的'到最近的（A），滿足條件，該人體檢測”是“時，空氣淨化機器100判斷“狀態已經改變到狀態Sp2”。It has been determined that the air purification target chamber R is in a bright state SL1, and if it is determined as "state Sp1 'to the nearest (A), the condition is satisfied, the human body detection" is "when the air purification machine 100 judges" state Has changed to state Sp2 ".
已確定的狀態下SL1，如果它被確定為是“狀態的Sp2'到最近的（B）所示，當人體檢測”無“的條件是滿意的是繼續持續時間判定時間，空氣淨化機器100確定“狀態已經改變到狀態Sp1”。在此，在圖4的例子中，點亮時間為15分鐘。In the determined state SL1, if it is determined to be "State Sp2 'to the nearest (B), when the human detection" None "condition is satisfied, the duration determination time is continued, and the air purification machine 100 determines “The state has changed to the state Sp1.” Here, in the example of FIG. 4, the lighting time is 15 minutes.
它已被確定為狀態SL1，考慮其被確定為“狀態SP2”到最近的情況（B）。在這種情況下，在用於確定時間條件的第一判定時間緊鄰的總時間Ts人檢測的“是”被滿足，其至少為閾值的第一時間判定時間之間，所述空氣濾清器100向“狀態SP3的“狀態發生了變化”。在此，在圖4的例子中，該確定時間為第判定時間為1分鐘，第判定時間閾值時間是25秒。It has been determined as state SL1, considering its determination as "state SP2" to the most recent case (B). In this case, between the first time of the first time for the determination of the time condition and the total time Ts detected by the person is satisfied, which is at least a threshold of the first time of the time for determination, the air filter 100 goes to "the state has changed" in the state SP3. Here, in the example of FIG. 4, the determination time is 1 minute, and the threshold time is 25 seconds.
已被確定為狀態SL1，考慮的情況下（C）是它被確定為“狀態SP3的”到最近。在這種情況下，在第二判定時間用於確定時間條件附近的總時間Ts人檢測的“是”被滿足，其小於用於閾值時間的所述第二判定時間之間，所述空氣濾清器100向“狀態的Sp2 “狀態發生了變化”。這裡，在圖4的示例中，第二光確定時間是5分鐘，第二光時間閾值時間是30秒。Having been identified as state SL1, the case considered (C) is that it was identified as "state SP3" to the nearest. In this case, during the second determination time for determining the total time Ts near the time condition, "Yes" of the person detection is satisfied, which is less than between the second determination time for the threshold time, the air filter The cleaner 100 goes to "Sp2 of the state" The state has changed. "Here, in the example of FIG. 4, the second light determination time is 5 minutes, and the second light time threshold time is 30 seconds.
已經確定，所述空氣淨化靶室R是暗SL2，如果確定為“狀態Sp1的'到最近的（d），則滿足條件，該人體檢測”是“時，空氣淨化機器100判斷“狀態已經改變到狀態Sp2”。It has been determined that the air purification target chamber R is dark SL2. If it is determined to be "state Sp1 'to the nearest (d), the condition is satisfied, and the human body detection" is "When the air purification machine 100 judges" the state has changed Go to state Sp2 ".
它已經確定，狀態SL2，如果被確定為“狀態的Sp2'到最近的（E），滿足條件，人的檢測是”否“將繼續黑暗時間期間，空氣淨化機器100確定“狀態已經改變到狀態Sp1”。這裡，在圖4的例子中，黑暗的持續時間是1小時。It has been determined that the state SL2, if determined to be "State Sp2 'to the nearest (E), meets the condition, the detection of the person is" No "will continue during the dark time, the air purification machine 100 determines that" State has changed to state Sp1 ". Here, in the example of Figure 4, the duration of darkness is 1 hour.
它已被確定為狀態SL2，考慮到（E）的情況下，它被確定為“狀態SP2”到最近。在這種情況下，當在所述第一判斷暗的時刻附近的總時間Ts人檢測為“是”是比第一暗時間閾值時間以上的條件被滿足時，所述空氣淨化器100向“狀態SP3的“狀態發生了變化。在此，在圖4的例子中，在一個確定的時間第一暗為5分鐘，在閾值時間第一暗為30秒。 它已被確定為狀態SL2，考慮的（F）的情況下，它被確定為“狀態SP3的”到最近。在這種情況下，當條件是，在最後的第二判定暗點時間的總時間Ts人檢測為“是”小於第二暗時間閾值時間之間被滿足時，所述空氣淨化器100向“狀態的Sp2 “狀態發生了變化。在此，在圖4的例子中，在一個確定的時間的第二黑為5分鐘，在閾值時間第二暗為30秒。It has been determined as the state SL2, and considering (E), it has been determined as the "state SP2" to the nearest. In this case, when the total time Ts near the moment when the first judgment is dark is detected by the person as "yes" to be more than the first dark time threshold time, the condition that the air purifier 100 moves to " The status of status SP3 has changed. Here, in the example of FIG. 4, the first dark is 5 minutes at a certain time, and the first dark is 30 seconds at a threshold time. It has been identified as state SL2, considering the case of (F), it has been identified as "state SP3" to the nearest. In this case, when the condition is satisfied that the total time Ts of the last second judgment dark spot time is detected to be “yes” less than the second dark time threshold time, the air purifier 100 reports “ State Sp2 "State changed. Here, in the example of FIG. 4, the second black at a certain time is 5 minutes, and the second dark at the threshold time is 30 seconds.
確定時間為第一判定時間，比判定時間短在第一暗，例如，判定時間在第一判定時間而“1分”，在一個確定的時間第一暗“ 5分鐘“。因此，空氣濾清器100中，當確定狀態SL1，當人的日益操作（即，當從狀態SP2中的狀態改變到狀態SP3），速度比的狀態SL2的情況下它可以淨化空氣。The determination time is the first determination time, which is shorter than the determination time in the first dark. For example, the determination time is "1 minute" in the first determination time, and the first dark time is "5 minutes" in a certain time. Therefore, in the air cleaner 100, when the state SL1 is determined, when people are increasingly operating (that is, when changing from the state in the state SP2 to the state SP3), it can purify the air in the case of the speed ratio of the state SL2.
此外，一旦在狀態SP3的的狀態已經立即改變，以便不返回到狀態SP2中，空氣清潔器100的情況下，空氣淨化器100的狀態的判定停止最後5分鐘。在該狀態下SL2，一旦如果狀態到狀態的Sp2已經立即改變，以便不返回到狀態SP1或條件SP3，空氣濾清器100，空氣濾清器100的狀態的判定停止最後5分鐘。In addition, once the state in the state SP3 has been changed immediately so as not to return to the state SP2, in the case of the air cleaner 100, the determination of the state of the air cleaner 100 is stopped for the last 5 minutes. In this state SL2, once the state to state Sp2 has been changed immediately so as not to return to the state SP1 or the condition SP3, the determination of the state of the air filter 100, the air filter 100 is stopped for the last 5 minutes.
（關於“室內明/暗”的判斷） 第二確定單元12參照第二判定表130，從照度傳感器32，至少，空氣淨化在明亮狀態SL1靶室R的檢測信號，以及空氣淨化器靶室R是暗SL2判斷哪一個。(Judgment about "indoor light / dark") The second determination unit 12 refers to the second determination table 130, and from the illuminance sensor 32, at least, the detection signal of the air purification in the bright state SL1 target chamber R, and the air cleaner target chamber R It is dark SL2 to determine which one.
具體而言，第二判定部12將由照度傳感器32檢測出的空氣清潔目標房間R中的照度與預定照度進行比較。第二確定單元12確定的照度傳感器32的照度檢測空氣清潔目標室R大於預定的照度等於或更多，並且所述空氣淨化靶室R為明亮狀態SL1。第二確定單元12確定的照度傳感器32的照度是其中檢測到空氣淨化靶室R，小於規定照度，並且所述空氣淨化靶室R是暗SL2。Specifically, the second determination unit 12 compares the illuminance in the air cleaning target room R detected by the illuminance sensor 32 with a predetermined illuminance. The illuminance detection air cleaning target room R determined by the second determination unit 12 is larger than a predetermined illuminance equal to or more than the predetermined illuminance, and the air purification target room R is a bright state SL1. The illuminance of the illuminance sensor 32 determined by the second determination unit 12 is that the air purification target room R is detected, which is smaller than a prescribed illuminance, and the air purification target room R is dark SL2.
[實施例2] 將參照圖3，圖5和圖6來描述本發明的另一實施例。為了便於說明，具有相同功能的作為成員的成員在實施例中，相同的數字描述，並且其描述被省略。圖5是表示本發明的實施方式2所涉及的空氣清潔機100A的概略結構的功能框圖。圖6是表示在空氣濾清器100A的空氣清潔目標室R的每個狀態的有組織的操作控制的圖。空氣淨化器100A比較空氣濾清器100，不同於一個控制單元10A被設置在控制單元10，而不是點，並且它包括一個加濕器5和濕度傳感器35是，其它構造是一樣的。[Embodiment 2] Another embodiment of the present invention will be described with reference to Figs. 3, 5 and 6. For convenience of explanation, members having the same function as members in the embodiments are described with the same numerals, and descriptions thereof are omitted. 5 is a functional block diagram showing a schematic configuration of an air cleaner 100A according to a second embodiment of the present invention. FIG. 6 is a diagram showing organized operation control in each state of the air cleaning target room R of the air cleaner 100A. Compared with the air cleaner 100, the air cleaner 100A is different from a control unit 10A provided at the control unit 10 instead of a point, and it includes a humidifier 5 and a humidity sensor 35. The other structures are the same.
如圖3所示，加濕器5設置在風扇2和空氣清潔過濾器7之間。對於加濕器5，例如可以使用旋轉驅動的加濕過濾器。在這種情況下，加濕過濾器可旋轉地安裝在充滿水的托盤上。通過加濕過濾器是通過加濕過濾器電動機的驅動裝置旋轉驅動，加濕過濾器的一部分被淹沒在水中在托盤，水在加濕過濾器。因此，通過使由在加濕過濾器的風扇2從進氣口6在主體1中取出的室內空氣，將水從加濕過濾器蒸發，所以能夠在包括採取的室內空氣中的水分。含有水分的空氣從吹出口20被供給到室內，空氣淨化對象室R內的空氣被加濕。當達到目標濕度時，加濕器5的運行停止。As shown in FIG. 3, the humidifier 5 is provided between the fan 2 and the air cleaning filter 7. As the humidifier 5, for example, a humidification filter driven by rotation can be used. In this case, the humidification filter is rotatably mounted on a tray filled with water. The humidifying filter is driven by the driving device of the humidifying filter motor, and a part of the humidifying filter is submerged in water in a tray, and the water is in the humidifying filter. Therefore, the indoor air taken out from the air inlet 6 in the main body 1 by the fan 2 of the humidification filter evaporates water from the humidification filter, so that the moisture in the taken-in room air can be included. The air containing moisture is supplied into the room from the air outlet 20, and the air in the air purification target room R is humidified. When the target humidity is reached, the operation of the humidifier 5 is stopped.
濕度傳感器35檢測空氣淨化對象房間R內的濕度濕度傳感器35例如設置在主體1的前表面上。The humidity sensor 35 detects the humidity in the air purification target room R. The humidity sensor 35 is provided on the front surface of the main body 1, for example.
控制部10A中，如圖5中所示，相比於控制單元10，不同之處在於設置在適當位置的操作控制單元13的操作控制單元13A，但其它配置是相同的。As shown in FIG. 5, the control section 10A is different from the control unit 10 in the operation control unit 13A of the operation control unit 13 provided at an appropriate position, but other configurations are the same.
動作控制部13A中，第一判定單元11，並且第二確定單元12，並且，使用該濕度傳感器35的檢測結果中，除了實施方式1的運行狀態的控制的判斷結果，如下所示，所述空氣控制清潔功能的操作。In the operation control unit 13A, the first determination unit 11 and the second determination unit 12 use the detection results of the humidity sensor 35 in addition to the determination results of the control of the operating state of Embodiment 1 as follows, as described below. Operation of air control cleaning function.
具體地，操作控制單元13A中，如圖6所示，第一判定單元11中，當確定狀態SP3，並且控制以下（1）〜（3）。 （1）塵埃傳感器33和氣味傳感器34的傳感器靈敏度電平中的至少一個為“高”，（2）加濕器5被接通時，增加風扇2的（3）的空氣量。Specifically, in the operation control unit 13A, as shown in FIG. 6, the first determination unit 11 determines the state SP3 and controls the following (1) to (3). (1) At least one of the sensor sensitivity levels of the dust sensor 33 and the odor sensor 34 is "high", and (2) when the humidifier 5 is turned on, the amount of air of the fan 2 (3) is increased.
動作控制部13A中，第一判定單元11中，當它確定該狀態SP2中，加濕器5被接通時，進行控制，以增加風扇2的空氣量。灰塵傳感器33和氣味傳感器34繼續對設定內容的控制。In the operation control section 13A, in the first determination unit 11, when it is determined that the humidifier 5 is turned on in this state SP2, control is performed to increase the air volume of the fan 2. The dust sensor 33 and the odor sensor 34 continue to control the setting contents.
動作控制部13A中，第一判定單元11中，當確定狀態SP1和關閉（1）加濕器5，並且執行控制以增大（2）的空氣的體積。灰塵傳感器33和氣味傳感器34繼續對設定內容的控制。In the operation control section 13A, in the first determination unit 11, when the state SP1 is determined and the (1) humidifier 5 is turned off, control is performed to increase the volume of air of (2). The dust sensor 33 and the odor sensor 34 continue to control the setting contents.
此外，檢測到來自濕度傳感器35的空氣清潔目標室R的濕度達到目標濕度，考慮操作控制單元13A停止加濕器5的情況。在這種情況下，操作控制單元13A，如果狀態SL1空氣量出通過控制風扇2（最強的，強，中，弱，細），如果狀態SL2風扇2的氣流四個階段（強，中，弱，好）。In addition, it is detected that the humidity of the air-cleaning target room R from the humidity sensor 35 reaches the target humidity, and a case where the operation control unit 13A stops the humidifier 5 is considered. In this case, operate the control unit 13A, if the state SL1 air is measured out through the control fan 2 (strongest, strong, medium, weak, thin), if the state SL2 fan 2 air flow four phases (strong, medium, weak) ,it is good).
另外，考慮從濕度傳感器35的空氣清潔目標室R的濕度檢測小於10％的目標濕度的情況。在這種情況下，操作控制單元13A中，如果由控制風扇2 4階段的狀態SL1空氣體積（最強的，強，中，弱），如果狀態SL2風扇2的空氣量三個階段（強，中等，弱）。In addition, a case is considered in which the humidity of the target clean room R from the air of the humidity sensor 35 detects a target humidity of less than 10%. In this case, in the operation control unit 13A, if the state SL1 air volume (strongest, strong, medium, weak) is controlled by fan 2 in 4 stages, if the state SL2 air volume is in three stages (strong, medium) ,weak).
考慮從濕度傳感器35檢測出空氣淨化對象房間R的濕度為目標濕度的10％以上的情況。在這種情況下，操作控制單元13A，如果狀態SL1控制風扇2的空氣量在一個步驟（最強），如果用於在一個步驟中（強）控制風扇2的風量的狀態SL2。Consider the case where the humidity of the air purification target room R detected by the humidity sensor 35 is 10% or more of the target humidity. In this case, the control unit 13A is operated if the state SL1 controls the air amount of the fan 2 in one step (strongest), and if the state SL2 is used to control the air volume of the fan 2 (strong) in one step.
[第三實施例] 將參照圖7至圖9描述本發明的另一實施例。為了便於解釋，具有與上述實施例中描述的構件相同功能的構件由相同的附圖標記表示，並且省略其描述。圖7是表示本發明的實施方式3的空氣淨化器100B的概略結構的功能框圖。圖8是表示空氣濾清器100B的概略的主視圖。空氣淨化器100B進行比較的空氣清潔器100，一個控制單元10B來代替控制單元10的設置的一個點，並且它包括一基部50，外觀，不像其他結構是一樣的。[Third Embodiment] Another embodiment of the present invention will be described with reference to Figs. 7 to 9. For convenience of explanation, members having the same functions as those described in the above-mentioned embodiments are denoted by the same reference numerals, and descriptions thereof are omitted. FIG. 7 is a functional block diagram showing a schematic configuration of an air cleaner 100B according to the third embodiment of the present invention. FIG. 8 is a schematic front view showing the air cleaner 100B. The air cleaner 100B compares the air cleaner 100 with a control unit 10B instead of a point of the setting of the control unit 10, and it includes a base 50, which is different in appearance from other structures.
將參照圖7和圖8描述空氣淨化器100的B構造。在圖中所示的空氣淨化器100B 7和8中，車體1B，風扇2，顯示單元4，吸入口6B中，空氣清潔過濾器7，控制單元10B，空氣出口20B，運動傳感器31B，照度傳感器32，防塵傳感器33，氣味傳感器34和底座部分50。為了確保描述的簡便，結構不直接關係到本實施例可以從說明書和附圖中省略。然而，根據實施的實際情況，空氣淨化器100B可以具有省略的構造。The B configuration of the air cleaner 100 will be described with reference to FIGS. 7 and 8. In the air purifiers 100B 7 and 8 shown in the figure, the vehicle body 1B, the fan 2, the display unit 4, the suction port 6B, the air cleaning filter 7, the control unit 10B, the air outlet 20B, the motion sensor 31B, and the illuminance The sensor 32, the dust sensor 33, the odor sensor 34, and the base portion 50. In order to ensure the simplicity of description, the structure is not directly related to this embodiment and may be omitted from the description and the drawings. However, according to the actual situation of implementation, the air cleaner 100B may have an omitted configuration.
吸入口6B位於主體側表面的下部，並將空氣吸入內部。在吸入口6B的主體1B側設置有用於從吸入的空氣除去塵埃的空氣淨化過濾器7。The suction port 6B is located at the lower part of the side surface of the main body, and sucks air into the inside. An air-purifying filter 7 for removing dust from the sucked air is provided on the main body 1B side of the suction port 6B.
出風口21B佈置在主體1B的前方並吹出清潔後的空氣。在出風口21B上設置有用於改變風向的百葉窗22B。The air outlet 21B is arranged in front of the main body 1B and blows out cleaned air. The air outlet 21B is provided with a louver 22B for changing the wind direction.
人感傳感器31B檢測空氣清潔目標房間R中的人的運動。人體傳感器31B由熱電傳感器構成。人體感應傳感器31B OFF（驅動及停止的驅動）被後面將要描述的運動傳感器控制單元16控制。The human motion sensor 31B detects the motion of a person in the air cleaning target room R. The human body sensor 31B is configured by a pyroelectric sensor. The human body sensor 31B OFF (driving and stopping driving) is controlled by a motion sensor control unit 16 which will be described later.
台座50，車體1B是空氣濾清器100B（空氣濾清器100B的一部分），其是人的傳感器31B被設置成繞在上下方向上延伸的旋轉軸線的一部分。The pedestal 50 and the vehicle body 1B are an air cleaner 100B (part of the air cleaner 100B), which is a part of the human sensor 31B provided around a rotation axis extending in the vertical direction.
具體地，基部50 1B被設置在形成在平面圖中具有圓形形狀的上表面的主體，基座部分50支撐主體1B。台座50由驅動排量馬達，約在上下方向上延伸的旋轉軸設置在基座部50中，車體1B的徑向中心提供了一種具有排量馬達（未示出），基體單元50可以相對於基座部分50旋轉。台座部50的驅動由後述的旋轉控制部15控制。Specifically, the base portion 50 1B is provided on a main body having an upper surface having a circular shape in a plan view, and the base portion 50 supports the main body 1B. The pedestal 50 is driven by a displacement motor, and a rotation shaft extending approximately in the up-down direction is provided in the base portion 50. A radial center of the vehicle body 1B is provided with a displacement motor (not shown). Rotates around the base portion 50. The driving of the pedestal portion 50 is controlled by a rotation control portion 15 described later.
（控制單元） 控制部10B，控制單元10，並且其中所述操作控制單元13B來代替操作控制單元13的設置點進行比較，不同之處在於它進一步包括：旋轉控制單元15和運動傳感器控制器16其他配置是一樣的。(Control Unit) The control unit 10B, the control unit 10, and the operation control unit 13B are compared instead of the set points of the operation control unit 13, except that it further includes a rotation control unit 15 and a motion sensor controller 16 The other configurations are the same.
旋轉控制部15控制台座部50的驅動。旋轉控制單元15將台座單元50的驅動設定為間歇操作。具體而言，旋轉控制單元15包括一個主體每次1B停止的預定時間的預定的角度，以執行往復位移（擺動運動），驅動所述基座單元50。The rotation control unit 15 drives the console seat portion 50. The rotation control unit 15 sets the driving of the pedestal unit 50 to an intermittent operation. Specifically, the rotation control unit 15 includes a predetermined angle of the main body 1B for a predetermined time each time to perform a reciprocating displacement (swing motion) to drive the base unit 50.
此外，旋轉控制部15，台座50的驅動期間的車體1B的旋轉角度是根據人傳感器31B的檢測範圍來確定。的旋轉角度的檢測範圍和主體1B的人體傳感器31B之間的關係，將在後面詳細地描述。The rotation control unit 15 and the rotation angle of the vehicle body 1B during the driving of the pedestal 50 are determined based on the detection range of the human sensor 31B. The relationship between the detection range of the rotation angle and the body sensor 31B of the main body 1B will be described in detail later.
人感傳感器控制單元16控制人感傳感器31B的開啟/關閉具體地，運動傳感器控制單元16，人傳感器31B時，運動傳感器31B被關斷（停止驅動）時，基部50的驅動時，基座50被驅動停止。The human motion sensor control unit 16 controls the on / off of the human motion sensor 31B. Specifically, when the human motion sensor 31B is turned off (stops driving) when the human motion sensor 31B is turned off, when the base 50 is driven, the base 50 Driven to stop.
在這裡，人體感應傳感器31B中，由於確定所述人體檢測“是”/“否”，在存在或不存在熱源的移動，當主體1B本身配備有人體傳感器31B具有擺動，熱源本身即使它沒有移動，也被錯誤地判斷為“是”。然而，在本實施方式中，當車體1B由人力傳感器31B旋轉時，由於關閉運動傳感器31B，儘管熱源本身不移動，運動傳感器31B有可能避免錯誤地確定人員檢測是“存在”的。Here, in the human body sensor 31B, since it is determined that the human body detects "yes" / "no", there is movement of the heat source in the presence or absence. When the main body 1B itself is equipped with the human body sensor 31B has a swing, the heat source itself even if it does not move Is also incorrectly judged as "yes". However, in the present embodiment, when the vehicle body 1B is rotated by the human power sensor 31B, since the motion sensor 31B is turned off, although the heat source itself does not move, the motion sensor 31B may avoid erroneously determining that the person detection is “present”.
（主體的旋轉角度和人體感應器的檢測範圍） 9的旋轉角度的檢測範圍和車體1B，參考圖具體說明的人體感知傳感器31B之間的關係。（a）和圖9（b）中。圖9（a）和9（b）是示出主體1B的旋轉角度與人體傳感器31B的檢測範圍之間的關係的圖。(The rotation angle of the main body and the detection range of the human body sensor) The relationship between the detection range of the rotation angle of 9 and the vehicle body 1B, and the human body sensor 31B specifically described with reference to the drawings. (A) and Figure 9 (b). 9 (a) and 9 (b) are diagrams showing the relationship between the rotation angle of the main body 1B and the detection range of the human body sensor 31B.
首先，如圖中（a）所示。如圖9所示，其中將人傳感器安裝31B（已停止基部50的驅動）的主體的表面1B停止，以面對左側殼體將會被描述。由於主體1B停止，所以人體傳感器31B打開。此時的人體傳感器31B的檢測範圍是從初始線S1的最後線S2的區域E1。此時，與起始線S1重疊的線被定義為線L1，並且與終止線S2重疊的線被定義為線L2。First, as shown in (a) of the figure. As shown in FIG. 9, the surface 1B of the main body in which the person sensor mounting 31B (the driving of the base 50 has been stopped) is stopped so as to face the left case will be described. Since the main body 1B is stopped, the body sensor 31B is turned on. The detection range of the human body sensor 31B at this time is the area E1 from the initial line S1 to the last line S2. At this time, a line overlapping the start line S1 is defined as a line L1, and a line overlapping the termination line S2 is defined as a line L2.
然後，當主體1B開始在箭頭方向旋轉時，人體感應傳感器31B被關閉。此後，圖9的車體1B，如在（b）中所示，初始線S1為線L2，最終線S2角度θ1轉動到位置重疊線L3，並停止。此時，初始線S1是，當旋轉到超出線L2的位置，在從線L2到初始線S1的範圍內，引起範圍不能夠檢測到人。因此，希望角度θ1被確定為使得起始線S 1在區域E 1的範圍內。因此，在檢測人的範圍內沒有洩漏。Then, when the main body 1B starts to rotate in the direction of the arrow, the human body sensor 31B is turned off. Thereafter, as shown in (b) of the vehicle body 1B of FIG. 9, the initial line S1 is the line L2, and the final line S2 is rotated by the angle θ1 to the position overlapping line L3 and stopped. At this time, the initial line S1 is that when it is rotated to a position beyond the line L2, within a range from the line L2 to the initial line S1, a person cannot be detected in the range. Therefore, it is desirable that the angle θ1 is determined so that the starting line S 1 is within the range of the region E 1. Therefore, there is no leakage within the range of the detection person.
此外，由於其在每個位置處檢測到人而停止旋轉體1B，與在其中人傳感器被固定為恆定的狀態下檢測到人的情況相比，在更廣泛的人的運動傳感器31B可以被檢測到。In addition, since it stops the rotating body 1B because it detects a person at each position, compared to a case where a person is detected in a state where the person sensor is fixed to be constant, a motion sensor 31B in a wider range of people can be detected Here.
在實施例3中，未設置空氣清潔過濾器7B中，照度傳感器32，灰塵傳感器33，和氣味傳感器34，它可以是一個其功能為配備有運動傳感器31B的鼓風機。In Embodiment 3, in the case where the air cleaning filter 7B is not provided, the illuminance sensor 32, the dust sensor 33, and the odor sensor 34 may be a blower whose function is equipped with the motion sensor 31B.
[由軟件實現的例子] 控制塊（空氣濾清器的第一判定部11（100·100A·100B），所述第二判定單元12，操作控制單元13·13A·13B，旋轉控制單元15，運動傳感器控制單元16，輸出值獲取部分111，運動程度判定部112，非檢測時間測量單元113，駐留-不存在確定單元114）可以由集成電路（形成在IC芯片上的邏輯電路）來實現，等等（硬件），或者可以通過使用CPU（中央處理單元）的軟件來實現。[Example implemented by software] control block (first determination section 11 (100 · 100A · 100B) of the air filter), the second determination unit 12, operation control unit 13 · 13A · 13B, rotation control unit 15, The motion sensor control unit 16, the output value acquisition section 111, the exercise degree determination section 112, the non-detection time measurement unit 113, and the resident-non-existence determination unit 114) may be implemented by an integrated circuit (logic circuit formed on an IC chip), Etc. (hardware), or it can be implemented by using software of a CPU (Central Processing Unit).
在後一種情況下，空氣淨化器（100··100A 100B）是，CPU執行一個程序，它是軟件實現的功能的指令，所述程序和各種數據可讀由計算機（或CPU）記錄ROM（只讀存儲器）或存儲器（這些被稱為“記錄介質”），並且包括用於開發上述程序的RAM（隨機存取存儲器）。然後，通過計算機（或CPU）從記錄介質讀取程序並執行程序來實現本發明的目的。作為記錄介質，“臨時有形介質”，例如，可以使用磁帶，磁盤，卡，半導體存儲器，和可編程邏輯電路。此外，程序可以經由能夠發送程序的任意傳輸介質（通信網絡，廣播波等）提供給計算機。注意，本發明的一個實施例也可以以嵌入在載波中的數據信號的形式來實現，該程序通過電子傳輸來實現。In the latter case, the air purifier (100 ·· 100A 100B) is that the CPU executes a program, which is a software-implemented function instruction, the program and various data can be read by a computer (or CPU) recorded ROM (only Read memory) or memory (these are called "recording media"), and include RAM (random access memory) for developing the above-mentioned programs. Then, the computer (or CPU) reads the program from the recording medium and executes the program to achieve the object of the present invention. As the recording medium, "temporary tangible medium", for example, a magnetic tape, a magnetic disk, a card, a semiconductor memory, and a programmable logic circuit can be used. In addition, the program can be provided to the computer via any transmission medium (communication network, broadcast wave, etc.) capable of transmitting the program. Note that an embodiment of the present invention can also be implemented in the form of a data signal embedded in a carrier wave, and the program is implemented by electronic transmission.
[總結] 根據本發明的實施方式1的空氣淨化器（100··100A 100B）被安裝時，其檢測用於檢測房間的亮度人類的操作（31·31B），以及照度傳感器人感傳感器（32）一個空氣清潔器，從來自人傳感器的檢測信號，至少，在那裡不存在一個是空氣淨化靶室（R）（SP1），小操作內部的狀態下留一為空氣清潔目標室內條件（SP2），以及確定留其操作一個一個第一確定單元，是空氣清潔目標房間大狀態（SP3）和（11），從照度傳感器的檢測信號，至少，空氣清潔目標房間明亮狀態（S1），並且，第二判定單元判定所述空氣清潔目標房間的是暗狀態（S2）和（12），第一判定單元和第二判定單元使用的判斷結果它包括操作控制單元，用於控制所述空氣淨化功能的操作和（13·13A·13B）。[Summary] When an air purifier (100 ·· 100A 100B) according to Embodiment 1 of the present invention is installed, it detects a human operation (31 · 31B) for detecting the brightness of a room, and an illuminance sensor human sensor (32 ) An air cleaner, from the detection signal from the human sensor, at least, where there is not an air purification target room (R) (SP1), leave one for the air cleaning target indoor conditions (SP2) in the state of small operation inside The first determination unit that determines to keep its operation one by one is the air cleaning target room large status (SP3) and (11), from the detection signal of the illuminance sensor, at least, the air cleaning target room bright status (S1), and the first The second determination unit determines that the air cleaning target room is in a dark state (S2) and (12). The determination results used by the first determination unit and the second determination unit include an operation control unit for controlling the air purification function. Operation and (13 · 13A · 13B).
根據上述結構，空氣濾清器，至少該“不存在一個人空氣淨化靶室，小操作留人在空氣淨化器的目標室，還有許多操作留人在空氣淨化器的目標室內”三種狀態，“空氣清潔目標房間明亮，暗空氣清潔目標空間”中組合，在至少兩個狀態即，以控制空氣清潔功能的執行。According to the above structure, the air filter has at least three states: "there is no one air purification target room, small operations are left in the air purifier target room, and many operations are left in the air purifier target room" three states, " The air cleaning target room is bright, and the dark air cleaning target space is combined in at least two states, that is, to control the execution of the air cleaning function.
因此，空氣濾清器，不僅存在/不存在一個人空氣淨化靶室的，由人佔用更多/更少的操作被確定的目標，也能夠有效地進行空氣淨化功能實現。Therefore, the air filter not only has a person's air purification target room, but also has a target determined by more / less operations occupied by a person, and can also effectively realize the air purification function.
根據本發明（100），實施例2的空氣淨化器的至少一個進一步地，其中所述氣味傳感器（34），用於檢測灰塵傳感器（33）和氣味在上述模式1檢測灰塵的第一確定單元由（11），所述空氣淨化靶室（R）的人在被確定為狀態的操作是較大的留下來，操作控制單元（13），塵埃傳感器和氣味傳感器，灰塵和提高靈敏度電平，用於檢測氣味，並且優選增加從船舶排出的空氣的吹送速率。According to the present invention (100), at least one of the air purifiers of Embodiment 2 further, wherein the odor sensor (34) is configured to detect the dust sensor (33) and the first determination unit for detecting odor in the above mode 1 From (11), the operation of the person in the air purification target chamber (R) in a state determined to be a large stay, the operation control unit (13), a dust sensor and an odor sensor, dust and an increased sensitivity level, For detecting odor, and preferably increasing the blowing rate of the air discharged from the ship.
根據上述配置，當操作的狀態留一個是空氣淨化靶室通常被確定，則灰塵傳感器和氣味傳感器，靈敏度電平，以檢測灰塵和氣味增強。因此，比在正常操作中，只檢測的少量粉塵的發生，和氣味可以被去除灰塵和氣味。其結果是，人挪積極，灰塵很容易跳舞，甚至在一個簡單的狀態氣味發生時，能夠抑制灰塵和異味。According to the above configuration, when the state of operation is left one is that the air purification target chamber is usually determined, then the dust sensor and the odor sensor have sensitivity levels to detect dust and odor enhancement. Therefore, than in normal operation, only the occurrence of a small amount of dust is detected, and the odor can be removed. As a result, people move actively, the dust is easy to dance, and even in a simple state, the smell and dust can be suppressed.
此外，當操作的狀態留一往往是確定的，從吹本身增加該裝置中釋放的空氣量的空氣淨化靶室。出於這個原因，人們積極地移動，舞蹈是有很多的灰塵，即使在氣味發生的狀態，它可以清潔空氣迅速。In addition, when the state of operation is left one is often determined, the air purification target chamber from the blowing itself increases the amount of air released in the device. For this reason, people move actively and the dance is a lot of dust, and even in the state where the smell occurs, it can clean the air quickly.
空氣淨化器根據本發明（100），在上述實施例1或2的實施例3中，還包括顯示單元，用於顯示所述自身裝置（4）的操作狀態，所述第一確定單元（11），空氣當一個人清潔靶室被確定為一個狀態，其中不存在，則操作控制單元（13），優選的是，抑制或熄滅顯示單元的亮度。The air purifier according to the present invention (100), in the above-mentioned Embodiment 1 or Embodiment 3, further includes a display unit for displaying an operating state of the self-device (4), and the first determination unit (11 ), The air is determined to be a state when a person cleans the target chamber, where it does not exist, then the control unit (13) is operated, and preferably, the brightness of the display unit is suppressed or extinguished.
根據上述結構，有可能對人類通知自己的設備的操作狀態時，沒有周圍的空氣淨化器，以抑制所述顯示單元的亮度，或者關閉。結果，可以抑制功耗。According to the above structure, when it is possible for human beings to notify the operating state of their own equipment, there is no surrounding air purifier to suppress the brightness of the display unit, or to turn it off. As a result, power consumption can be suppressed.
空氣淨化器根據本發明（100）在三個從實施例1的一個被確定，由所述第二判定部（12），和空氣淨化靶室（R）的實施例4是暗運轉控制部13優選減少從本裝置排出的空氣的吹風量。The air cleaner according to the present invention (100) is determined from one of the three embodiments, and the second determination unit (12) and the air purification target chamber (R) of the fourth embodiment are the dark operation control unit 13 It is preferable to reduce the amount of blowing air from the device.
根據上述結構，當該人是在安靜狀態下，靜靜地能夠操作空氣淨化器。因此，可以操作不干擾人類行為的空氣淨化器。According to the above structure, when the person is in a quiet state, the air cleaner can be quietly operated. Therefore, it is possible to operate the air purifier without disturbing human behavior.
空氣淨化器根據本發明實施例5（100）是4從實施例1中的任何一個，所述非檢測期間沒有檢測到人的人體感知傳感器（31）連續地，並繼續持續時間或第一確定單元（11）確定在空氣淨化靶室的人（R）是一個狀態，其中不存在，所述持續時間明亮空氣淨化靶室，暗空氣淨化靶室比上述持續時間短。The air purifier according to Embodiment 5 (100) of the present invention is 4 from any one of Embodiment 1, and the human body sensor (31) is not continuously detected during the non-detection period, and continues for a duration or a first determination The unit (11) determines that the person (R) in the air purification target chamber is in a state in which it does not exist, the duration is bright air purification target chamber, and the dark air purification target chamber is shorter than the above duration.
根據上述構造，當暗空氣淨化靶室的狀態被確定的持續時間長於當明亮的空氣淨化靶室的狀態被確定的持續時間。因此，黑暗的空氣淨化器對象的房間，即使在不運動，如積極睡一個人，就可以消除錯誤的決定不留下來的人。According to the above configuration, the duration when the state of the dark air purification target chamber is determined is longer than the duration when the state of the bright air purification target chamber is determined. Therefore, a dark air purifier object room, even when not in motion, such as actively sleeping a person, can eliminate the wrong decision not to stay.
根據本發明（100），在任何5的上述實施例1中，由第一確定單元（11），與所述缺席一個的實施方式6的空氣淨化器是空氣清潔靶室內部（R）被確定為是，並且，由所述第二判定部（12）中，當空氣淨化靶室被確定為暗，則操作控制單元（13），空氣從船上卸下的吹送速率如圖所示。According to the present invention (100), in any of the above-mentioned first embodiment 5, the first determination unit (11) and the absence of the air cleaner of the sixth embodiment are determined to be the interior (R) of the air cleaning target chamber If yes, and when the air purification target chamber is determined to be dark by the second determination unit (12), the control unit (13) is operated, and the blowing rate of the air discharged from the ship is as shown in the figure.
根據上述結構，還以它的狀態下不介意噪聲，通過增加從船舶排出的空氣的風量，所以能夠迅速地淨化空氣。According to the above-mentioned structure, in its state, it does not mind noise, and by increasing the air volume of the air discharged from the ship, the air can be quickly purified.
根據本發明（100A）的實施例7的空氣淨化器，在任何上述方面的1至6，還包括用於加濕空氣淨化靶室（R） - （5），第一判定單元的加濕由（11）中，當一個人在空氣淨化靶室被確定為不存在，其中，動作控制部（13A）停止加濕器和從船上卸下的空氣的操作的狀態優選進行控制以增加吹風率。The air purifier according to Embodiment 7 of the present invention (100A), in any one of the above aspects 1 to 6, further includes a humidifying air purification target chamber (R)-(5), and the humidification by the first determination unit is In (11), when a person is determined to be non-existent in the air purification target chamber, it is preferable that the motion control unit (13A) stops the operation of the humidifier and the air discharged from the ship to control the air blowing rate.
按照上述配置，有可能無法操作，當你不留人的加濕器，可以降低功耗。此外，由於沒有必要擔心噪音的時候不留的人，通過增加送風量，可以清潔空氣迅速。According to the above configuration, it may not be possible to operate, and when you leave the humidifier unattended, the power consumption can be reduced. In addition, since there is no need to worry about people who do not stay at the time of noise, by increasing the amount of air supply, the air can be cleaned quickly.
根據本發明（100B）的實施方案8的空氣淨化器，在任何上述方面的1至7中，提供了空氣濾清器的人體感應傳感器（31B）的一部分上，在垂直方向上延伸的旋轉台座用於繞軸旋轉（50），用於控制所述基座部分（15），運動傳感器控制單元的驅動，用於控制所述運動傳感器（16）的驅動的旋轉控制單元，所述其中，所述旋轉控制單元可以間歇性地驅動所述台座部中，運動傳感器控制單元，的驅動當台座被驅動停止驅動人體傳感器中，台座部被停止，最好是驅動人體感應器。The air purifier according to the eighth embodiment of the present invention (100B), in any one of the above aspects 1 to 7, is provided with a rotary stand extending vertically in a part of the human body sensor (31B) of the air filter. A rotation control unit for rotating around the shaft (50), for controlling the base part (15), a motion sensor control unit, and for controlling a drive of the motion sensor (16), wherein, all The rotation control unit may intermittently drive the motion sensor control unit in the pedestal portion, and when the pedestal is driven to stop driving the human sensor, the pedestal portion is stopped, preferably the human body sensor.
根據上述結構，當空氣淨化器，包括人感傳感器旋轉時，由於止動驅動所述運動傳感器，該網站儘管熱源本身不移動，運動傳感器可以避免錯誤地確定人員檢測是“存在”的。此外，對於與在其中人傳感器被固定為恆定，更廣泛的狀態下進行人體檢測的情況相比，在其中空氣濾清器的一部分被停止旋轉的每個位置進行人體檢測，運動傳感器可以被檢測到。According to the above structure, when the air purifier, including the human-presence sensor, rotates, the motion sensor can be prevented from erroneously determining that a person is detected by the motion sensor despite the heat source itself not moving due to the stop driving the motion sensor. In addition, for a human body detection at each position where a part of the air cleaner is stopped from being rotated, a motion sensor can be detected compared to a case where human detection is performed in a broader state where a human sensor is fixed to be constant. Here.
根據本發明（100B），在上述實施方式8，實施例9的空氣淨化器，其中，所述旋轉控制單元，驅動所述基座部分的期間的空氣淨化器的一部分的旋轉角度，人體傳感器的最好根據檢測範圍來決定。According to the present invention (100B), in the above-mentioned Embodiments 8 and 9 of the air purifier, the rotation control unit drives a rotation angle of a part of the air purifier during driving of the base portion, It is best to decide according to the detection range.
根據上述結構，通過空氣濾清器的部位的旋轉角度以在根據人傳感器的檢測範圍中的基座的驅動的時間所確定，已停止驅動所述運動傳感器在驅動基座的時間可以覆蓋人體傳感器檢測無效範圍。According to the above structure, the rotation angle of the portion of the air cleaner is determined by the driving time of the base in the detection range of the human sensor, and the time when the motion sensor has stopped driving while driving the base can cover the human body sensor. Detection of invalid range.
本發明不限於上述實施例，並且各種修改都在權利要求的範圍內可能的，通過適當地組合在不同的實施方式公開的技術手段得到的實施方式也包括在本發明的技術範圍內。而且，通過結合在每個實施例中公開的技術手段，可以形成新的技術特徵。The present invention is not limited to the above embodiments, and various modifications are possible within the scope of the claims. Implementations obtained by appropriately combining technical means disclosed in different embodiments are also included in the technical scope of the present invention. Moreover, by combining the technical means disclosed in each embodiment, new technical features can be formed.
4‧‧‧顯示部4‧‧‧Display
5‧‧‧加濕器5‧‧‧ humidifier
11‧‧‧第一判定部11‧‧‧First Judgment Division
12‧‧‧第二判定部12‧‧‧Second Judgment Division
13,13A,13B‧‧‧運轉控制部13,13A, 13B‧‧‧operation control department
15‧‧‧旋轉控制部15‧‧‧rotation control unit
16‧‧‧人感測器控制部16‧‧‧Personal sensor control unit
31,31B‧‧‧人感測器31,31B‧‧‧Personal Sensor
32‧‧‧照度感測器32‧‧‧illumination sensor
33‧‧‧塵埃感測器33‧‧‧ Dust sensor
34‧‧‧氣味感測器34‧‧‧Odor sensor
50‧‧‧台座部50‧‧‧ pedestal
100,100A,100B‧‧‧空氣清淨機100,100A, 100B‧‧‧Air Purifier
圖1是表示本發明的第一實施方式的空氣清潔機的概略結構的功能框圖。 圖2是表示空氣淨化器的概要的立體圖。 圖3是表示空氣淨化器的概要的沿圖2的AA線的剖視圖。 圖4是示意性地表示空氣淨化器為了判斷空氣淨化對象室的狀態而使用的條件的圖。 圖5是表示本發明的實施方式2的空氣淨化機的概略結構的功能框圖。 圖6是示意地表示空氣淨化器的空氣淨化對象室內的各狀態下的運轉控制的圖。 圖7是表示本發明的實施方式3的空氣淨化機的概略結構的功能框圖。 圖8是表示空氣淨化器的概要的主視圖。 圖9（a）和圖9（b）是表示空氣淨化器的一部分的旋轉角度與人體傳感器的檢測範圍的關係的圖。FIG. 1 is a functional block diagram showing a schematic configuration of an air cleaner according to a first embodiment of the present invention. It is a perspective view which shows the outline of an air cleaner. FIG. 3 is a cross-sectional view taken along the line AA in FIG. 2 showing the outline of the air cleaner. FIG. 4 is a diagram schematically showing conditions used by the air cleaner to determine the state of an air-purification target room. 5 is a functional block diagram showing a schematic configuration of an air cleaner according to Embodiment 2 of the present invention. FIG. 6 is a diagram schematically showing operation control in each state of an air purification target room of the air cleaner. FIG. 7 is a functional block diagram showing a schematic configuration of an air cleaner according to Embodiment 3 of the present invention. FIG. 8 is a front view showing an outline of the air cleaner. 9 (a) and 9 (b) are diagrams showing a relationship between a rotation angle of a part of the air cleaner and a detection range of a human sensor.
Claims (9)
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017-077487 | 2017-04-10 | ||
| JP2017077487 | 2017-04-10 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201837388A true TW201837388A (en) | 2018-10-16 |
| TWI673459B TWI673459B (en) | 2019-10-01 |
Family
ID=63793199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW106128945A TWI673459B (en) | 2017-04-10 | 2017-08-25 | Air purifier |
Country Status (2)
| Country | Link |
|---|---|
| TW (1) | TWI673459B (en) |
| WO (1) | WO2018189926A1 (en) |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11828210B2 (en) | 2020-08-20 | 2023-11-28 | Denso International America, Inc. | Diagnostic systems and methods of vehicles using olfaction |
| US11881093B2 (en) | 2020-08-20 | 2024-01-23 | Denso International America, Inc. | Systems and methods for identifying smoking in vehicles |
| US11636870B2 (en) | 2020-08-20 | 2023-04-25 | Denso International America, Inc. | Smoking cessation systems and methods |
| US11760170B2 (en) | 2020-08-20 | 2023-09-19 | Denso International America, Inc. | Olfaction sensor preservation systems and methods |
| US11813926B2 (en) | 2020-08-20 | 2023-11-14 | Denso International America, Inc. | Binding agent and olfaction sensor |
| US11932080B2 (en) | 2020-08-20 | 2024-03-19 | Denso International America, Inc. | Diagnostic and recirculation control systems and methods |
| US11760169B2 (en) | 2020-08-20 | 2023-09-19 | Denso International America, Inc. | Particulate control systems and methods for olfaction sensors |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007130517A (en) * | 2005-11-08 | 2007-05-31 | Matsushita Electric Ind Co Ltd | Air cleaner |
| JP2009119432A (en) * | 2007-11-19 | 2009-06-04 | Sharp Corp | Air cleaner |
| JP2009192132A (en) * | 2008-02-14 | 2009-08-27 | Panasonic Corp | Air conditioner |
| JP2012154526A (en) * | 2011-01-25 | 2012-08-16 | Panasonic Corp | Air cleaner |
| US20150088272A1 (en) * | 2013-09-23 | 2015-03-26 | Emerson Electric Co. | Energy Management Based on Occupancy and Occupant Activity Level |
| JP6255572B2 (en) * | 2013-09-26 | 2018-01-10 | パナソニックＩｐマネジメント株式会社 | Air cleaner |
| JP6135630B2 (en) * | 2014-09-30 | 2017-05-31 | 三菱電機株式会社 | Air cleaner |
| JP6372612B2 (en) * | 2015-03-12 | 2018-08-15 | 三菱電機株式会社 | Air cleaner |
-
2017
- 2017-08-23 WO PCT/JP2017/030188 patent/WO2018189926A1/en active Application Filing
- 2017-08-25 TW TW106128945A patent/TWI673459B/en active
Also Published As
| Publication number | Publication date |
|---|---|
| WO2018189926A1 (en) | 2018-10-18 |
| TWI673459B (en) | 2019-10-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| TWI673459B (en) | Air purifier | |
| TWI677654B (en) | Air cleaner | |
| JP6462429B2 (en) | Air conditioner | |
| KR100801409B1 (en) | Air conditioner | |
| JP2007190469A (en) | Air cleaner | |
| JP2007132610A (en) | Air conditioner | |
| JP2010043854A (en) | Air cleaner | |
| JP2018175113A (en) | Air cleaner | |
| JP2019163898A (en) | Humidifying air cleaner | |
| JP5053208B2 (en) | Air cleaner | |
| JP2010002068A (en) | Air cleaner | |
| JP6727869B2 (en) | Humidity control device | |
| JP5083102B2 (en) | Control device for air treatment equipment | |
| JP2020041750A (en) | Electric apparatus and method for controlling the same | |
| JP6059606B2 (en) | Blower | |
| JP7348026B2 (en) | Particulate processing system, particulate processing control device, and particulate processing control program | |
| JP2006057919A (en) | Air cleaner | |
| JP2009276059A (en) | Air cleaner | |
| JP2014214915A (en) | Air cleaning and conditioning system | |
| JP2007155303A (en) | Air conditioner | |
| JP2007196183A (en) | Air cleaning machine | |
| JP2004101116A (en) | Air conditioner | |
| WO2021075399A1 (en) | Air purifier | |
| WO2022269868A1 (en) | Air purifier | |
| JP2003047818A (en) | Air cleaner |