TW200301812A - Air conditioner - Google Patents

Abstract

This invention can inspect the illumination presence of a cold cathode tube type ultraviolet lamp with a simple constitution. In this invention, an evaporator 22, a condenser 23, a compressor 24 and a blower 1 are built in a body 1 of a refrigerating cycle. Air sucked from front inlets 6, 7 is sterilized by ultraviolet ray 27i emitted from a plane surface bactericidal lamp 27 of the cold cathode tube type which consists of a ultraviolet ray luminous surface 27k and a visible optical luminous surface 27m, subjecting a photo sensor 35 to inspect the illumination presence of the aforementioned plane surface bactericidal lamp 27 based on the visible light 27j radiates from the visible optical luminous surface 27m.

Description

200301812 V. Description of the invention (l) [Technical Field to which the Invention belongs] The present invention relates to an air conditioner that irradiates the ultraviolet rays of an ultraviolet lamp into the air 'to sterilize bacteria contained in the air. [Prior art] Conventionally, an ultraviolet lamp for irradiating bacteria contained in indoor air is a hot cathode tube type that emits ultraviolet rays, which heats a filament to emit thermoelectrons. A method for detecting whether the hot-cathode tube-type ultraviolet lamp is turned on or not is described in Japanese Publication No. 7-42087 (H05B 37 / 〇3 G01K 7/00). ) And photo iso la tor 'If the filament is not disconnected, because the current is applied between the resistor and the optical blocker', so through the resistor, the current flows in the optical blocker. On the contrary, if the filament is disconnected , Because the current does not flow in the photo-blocker, it is possible to detect whether the ultraviolet lamp is lit or not by detecting the current.

However, regarding the above configuration, if the circuit to be detected is disconnected, it is not possible to check whether or not the UV lamp is ignited. In addition, the filament of a hot-cathode tube lamp is relatively easy to wear, so the life of the bulb is short. In recent years, a cold-cathode tube-type ultraviolet lamp has been used which emits electrons to emit ultraviolet light by using a glow (g 1 0W) from an electrode. . Because this type of cold-cathode tube-type ultraviolet lamp does not have a filament, it cannot be detected by the above method whether the ultraviolet lamp is lit or not. Therefore, other lighting detection methods are used, which detect the current flowing in the lamp's drive circuit. Or electrode voltage method. However, in the case of current detection, because the resistance of the lamp is low, there is not much difference between the current when the lamp is lit and the current that is not lit when the lamp is short-circuited.

7063-5299-PF (Nl) .ptd Page 6 200301812 V. Description of the invention (2) In the case of voltage detection, if the voltage is-voltage, then the cold-cathode tube-type lamp = He, a high of about 1 kV is applied to the electrode When the light is turned on, the short circuit cannot be accurately detected because of the lighting power 点亮 ', especially due to the life span: = :: J becomes about 4kv, so in order to complicate and increase the cost of the gate ζ, * Square, so there is a change in the detection structure [inventive content] 砀. According to the invention, it is detected that the compressed air passes through the lamp, and the ultraviolet light is made flat in the body, and the inspection device is installed to learn that the purple It is blown by the blower and sterilized by the steam. Yes, the above-mentioned visible light is required to provide cold cathode tube system from the above inspection, including: the machine and the air are running in the cold air circulation air path; and the line lamp is lit while emitting light, which is constituted by the outside line lights, air The self-starter is removed from the above-mentioned row detection lamp, and the detection device is detected. The type of the ring is dehumidified and the UV lamp is lit; it is specially designed for the UV detection and is also bright. Blowing, since the above test, the machine is a line lamp, after the original cold, the line is irradiated with power, characterized by the line of light, one side, the point; and the body's internal freezing cycle exhaust port in the air through The • Will it shine on the other side? Hidden self-steaming ’blows out from the suction; when it can be operated to control the ultraviolet light, it emits visible light and when the operation port of the operation control unit is sucked into the body, it emits light from one side. In addition, when the other external light of the ultraviolet light and the ultraviolet light is not lit, the ultraviolet light can be sterilized by inhaling ultraviolet rays with a simple structure, a simple hair dryer, and a condensation port; the control unit controls the line light to form visible light, and inspects and drives the light. Above, this air ultraviolet light emits light when it is lit, because the detection is not sure

200301812 V. Description of the invention (3) When it was learned that the above-mentioned ultraviolet lamp was used, the above-mentioned lamp was used to detect the skirt: f road was not lit. At this time, because the operation control unit is equal to °, the ultraviolet lamp does not light up the ultraviolet lamp, so it is used; when the power is turned off and the power supply is stopped until it lights up, about 1 kv of electricity, 'if ,:' is required. At this time, in order to increase about 4kV until the lighting is turned on, such as when the power is not turned on, the high-voltage continuous energy is applied to the electrodes of the external lamp, so it is purple, and the safety is improved. In the case of 4, there is no 0 and the display is displayed on the display unit. The above-mentioned UV lamp can be displayed in the unlit state on the display unit;;, == display unit, which shows that the above-mentioned ultraviolet lamp is: 2 = Users can borrow lights to respond to problems early. For reasons that may be broken or new roads, when the device detects that the above-mentioned ultraviolet lamp is not lit and is not lit, a chime sound is issued by a tone or sound notification. When the line lamp is not lit, for example, because It is made to know that the above-mentioned ultraviolet iH users can use sounds ^, 岌, and verbose, and this problem can be solved early. In addition, a lamp substrate for installing the device to light the power source is provided. The upper and outer line lamps are installed by contacting the other surface side that emits visible light with the surface of the lamp substrate. Therefore, the lamp substrate is integrated with the ultraviolet lamp.丨 Reduce the number of parts such as wires and connectors. In addition, by contacting the surface that emits visible light with the surface of the lamp substrate, ultraviolet rays will not be irradiated on the lamp substrate, and the lamp substrate or electronic components mounted on the substrate will not be consumed. In addition, because the one side of the ultraviolet light is exposed, the second page is 7063-5299-PF (Nl) .ptd 200301812 V. Description of the invention (4) It will not reduce the integration of ultraviolet outside lights, because the detection and installation From the above ultraviolet rays, because of the catalyst filter, the line 'excites the suction port for sterilizing effect, and the ultraviolet rays can form the three kinds of lamp base parts, and the ultraviolet light irradiates the outer line and leaks out. The suction port is attracted to the evaporator and the odor component is attached to the [Embodiment] The present invention is as follows. Photo of the line formed. The above-mentioned ultraviolet lamp emits light and the above-mentioned air odor and obstructive ventilating lamp and upper plate and upper surface of the photocatalyst can be used to store the above-mentioned vaporizing area of the above-mentioned empty condenser of the purple condenser, so that The lamp substrate and the purple lamp substrate are provided with visible light having a variable interval therebetween. In the lamp detection device, the above-mentioned lamp is short, so it can reliably detect the ultraviolet light emitted from the side opposite to the side of the ultraviolet lamp. The ultraviolet light emitted from the ultraviolet filter touches the malodorous components and prevents the growth of mold. (S 1 it) The light deodorizing, filtering the ultraviolet light and cutting and forming the louver outer line during installation or maintenance can pass through the outside of the box. The outer lamp is a storage box configured by arranging the fine high-level hair contained in fluorine to remove the hair device and the agglomerate layer, and to be able to oxidize and decompose the ultraviolet lamp to strengthen the ultraviolet lamp. The design can store the lamp substrate beneficially. The deodorizing filter is shaped like a blade, so it can be blocked from the gap, and it can prevent purple on the side of the air inlet. The bacteria and malodorous components can be on the surface of the bacteria. , Steam application example, taking the dehumidifier as an example

) 65-5299-PF (Nl) .ptd Page 9 200301812 V. Description of the invention (5) Picture 1 : The external appearance of the monthly dehumidifier. Figure 3 is a perspective view of the same wide and crystal two dehumidifier when it is opened. The upper sectional view. Figure 4 is an illustration of the principle of the same dehumidifier. The basic structure of the flat germicidal lamp and the filter are stored in the back panel of Figure 6 and the UV lamp and the photocatalyst pass through the back of Figure 6 \ "Longitudinal section of the machine's storage box ®, Figure 7 is the main figure of Figure 6 :: Fig. 8 is a cross-sectional view of Fig. 6. Fig. 9 is a block m diagram of the circuit. Fig. _10 shows the control 1 of this embodiment. It is Zuoshi θ. Fig. 11 shows the operation flow of this embodiment. Figure. The outer casing of the main body 1! The air conditioner main body formed by being shorter in the front-rear direction. This is made of a synthetic resin-made left case 2 and right case 3 and a bottom plate 4 which can be attached and detached from the side: Or a translucent synthetic resin front cover, which is L :: \, is installed above the front side of the main body 1, the front-part of the square-shaped two-dimensional installation ^ ^ 7 疋, in the above The narrow front suction port formed between the two sides of Bech 5 and the left shell 2 and the right shell 3 is used to suck the air in the room. 0 8 is a rear suction port provided at the rear of the main body 1, which is a barrier structure for sucking indoor air, and a side suction port 9 which connects the rear suction port 8 and forms a barrier structure at the right shell 3. In this way, by arranging the air inlets at the front and back and one side of the main body 3, even in a narrow space such as a side wall of a closet and a quilt room or a gap between furniture and furniture, there are three places.

7063-5299-PF (Nl) .ptd Page 10 200301812 V. Description of the invention (6)

Therefore, it is possible to prevent the dust in the air sucked by the detachable figure-shaped passages 7 due to the decrease in the suction volume. The suction ports are not all blocked, and the dehumidification capacity is low. 1 0 is a filter provided on the lower side of the front cover 5 to remove the air inlet 6 angstrom from the front 0 0 1 1 is a motor circling a centrifugal fan 丨 2 and a blade 丨 4 The fan casing 11 is, and The upper case 15 and the lower case 16 are formed as one: the opening portion of the upper case 15 is an opening portion that communicates with the blowout port 17 formed on the upper surface of the body ^, and the opening portion of the lower portion 8888 1 6 If yes, it is connected to the lower blow-out port 18 formed below the left case 2. In addition, when the centrifugal blower 12 is rotated, the air sucked from the front suction ports 6, 7, the rear suction port 8, and the side suction port 9 passes through the evaporator 22 and the refrigerator 2 described later. 3 After dehumidification and heating, blow out from the above-mentioned upper blowing outlet 1 and the above-mentioned lower blowing outlet 18. 19 is the air blown from the upper blowing outlet 17 to the rear of the main body 1 so that the pivot shaft (not shown) formed at both ends is pivoted to the side of the upper blowing outlet 19 The wall surface is installed in a revolving way. 2 is the switch button of the upper and lower switch of the above-mentioned lower blowing outlet 丨 8, when the switch button 20 is turned on, the sucked air will be blown out from the above-mentioned lower blowing outlet 丨 8 and the meal · the above-mentioned blowing outlet 1 7 When closed, it can be blown out from the above blowing port i 7. 21 is a partition partition that separates the upper part and the lower part of the main body 1. The upper part of the partition partition 21 is sequentially installed from the right shell 3, and the evaporator 22,

〇53-5299-PF (Nl) .ptd Page 11 200301812

Condenser 2 3. The above-mentioned centrifugal fan 12. 24 is the same as the evaporator 22, the condenser 23, and the like; the compressor is composed of a system composed of the evaporator 22, the condenser 23, and the like. The compressor 24 is disposed on the rear side of the clothing section. -The bottom 25 is a drain container that is detachably stored in the front of the main body. The drain container 25 is opened at the top and is formed in a 疒 shape. It can store the dew condensation water generated by the evaporator 22. . In addition, a float (not shown) capable of floating back in accordance with the upper f of the dew condensation water is provided on the upper side wall of the drain container 25. The juice 2 6 疋 is a handle device which is formed on the surface of the drainage container 25 by the bottom recessed upward, and the drainage container 25 can be pulled forward. Then, 27 is a flat germicidal lamp that is formed in a flat shape and emits ultraviolet light. The flat germicidal lamp 27 is a UV light having a wavelength of 2 5 3 7 nm which has the largest sterilizing effect from one side and 452ηπι from the other side. The wavelength of visible light. The "planar germicidal lamp 27" is disposed on the front suction ports 6, 7 side in the same manner as the photocatalyst filter 29 described later. Fig. 5 shows the basic structure and principle of the flat germicidal lamp 27. The above-mentioned flat germicidal lamp 27 is generally formed by υν through glass () 2 7a that allows ultraviolet rays to pass through one side, and visible light that cannot transmit ultraviolet rays on the other side, and is coated with phosphor 27b on the inner side. 27c is formed with mercury vapor and argon inside, and discharge electrodes 27d and 27e are arranged on both sides. When a voltage of about 1 kV is applied to the discharge electrodes 2 7 d and 2 7 e on both sides, a glow discharge is generated, and the electrons 27f flowing between the discharge electrodes 27d and 27e collide with 27 g of argon atoms or 27 h of mercury atoms. Ultraviolet rays generated by collision with mercury atoms for 27 h

7063-5299-PF (Nl) .ptd Page 12 200301812 V. Description of the invention (8) The line 27i passes through the above-mentioned "transmitting glass 27a on one side and touches the above-mentioned light-emitting body 271 on the above-mentioned 27c side of the other side) Visible light 27j is generated. That is, the planar germicidal lamp 27 is an ultraviolet light emitting surface 27k formed on the ϋν transmission glass 27a side, and a visible light emitting surface 27m is formed on the 27C side. 28 is a housing accommodating the planar germicidal lamp. The two side walls of the storage box ^ are formed by louver-shaped plural outer slits 2 8a cut out toward the outside, and are formed in a ventilable manner. The planar germicidal lamp is formed from the front side of the storage box 28. The long opening portion 28b is stored so that the visible light emitting surface 27m is visible. The visible light 27j is radiated to the front cover 5 side through the opening portion 28b, and the ultraviolet light 27i is radiated to the inside of the storage box 28. The outer gap 28a is formed in a louver blade shape, so that it can block ultraviolet rays 271 and does not leak out of the above-mentioned storage box 28. '29 is' shape & inorganic powder such as titanium dioxide Cellular light structure of

The catalyst filter, the photocatalyst filter) 29, is properly installed on the bottom surface of the box-shaped reflective plate 30 formed from aluminum and opened at the same time, and at the same time, it is opposite to the UV illuminating Si 2 7 k. The way and the box-shaped reflecting plate 30 above—go away from your ax and store in the storage box 28. The photocatalyst filter 29 is deodorized by ultraviolet light 27i emitted from the ultraviolet light emitting surface 27k. The photocatalyst layer excites oxygen and other components such as ammonia to decompose and deodorize ammonia. Because the adsorbed odor component is decomposed, regenerated, and emulsified, it can be used semi-permanently without exchange. 3 0 a is a louver blade-shaped inner slit cut on the inside of both sides of the box-shaped reflecting plate 30 on the rear side. The inner slit and the bottom are formed in the same manner as the outer slit 28a. Ke Bei, 疋, Fu '' ^ Wf from the above UV

^ 5-5299-PF (Nl) .ptd page 13 200301812 V. Description of the invention (9) The ultraviolet light 27i emitted by the light-emitting surface 27k does not leak out of the above-mentioned storage box 28. The inner slits 30 a of the side walls of the box-shaped reflecting plate 30 are formed in the same range as the outer slits 2 8 a when the reflecting plate 30 is stored in the storage box 28, and therefore pass the above The air in the storage box 2 8 can flow smoothly.

Reference numeral 31 denotes a lamp substrate on which electronic components such as a power source 32 and the like that turn on the planar germicidal lamp 27 are turned on. The substrate storage chamber 3 0 b accommodated above the storage box 28 is fixed with a bolt 34 together with the cover 3 3 covering the substrate storage chamber 3 0 b. In addition, as shown in FIG. 9, the planar germicidal lamp 27 is such that the visible light emitting surface 27m is in contact with one surface of the lamp substrate 31, and the discharge electrodes 2 3 d and 2 3 e are bent into an L shape to perform welding. Way to install. Further, a detection device for detecting the presence or absence of visible light 2 7 j of the planar germicidal lamp 27 is mounted on a side wall 27n of the planar germicidal lamp 27, that is, a low-beam sensor 35. The visible light 27 j emitted from the visible light emitting surface 2 7 〇1 is reflected on the lamp substrate 31 and transmits through the side wall 27 n of the planar germicidal lamp 27, so even if the light sensor 35 is mounted on the planar germicidal lamp 27 The side wall 27η can also be detected whether the above-mentioned flat germicidal lamp 27 is lit.

With these configurations, the visible light 2 7 j emitted from the visible light emitting surface 27 m by the light sensor 35 is detected by the above-mentioned light sensor 35, and the presence or absence of lighting of the planar germicidal lamp 27 can be detected with a simple configuration at the same time. It is necessary to design a separate lead wire, that is, the above-mentioned lamp lighting power source 32 can be simply charged to the above-mentioned discharge electrodes 27d, 27e. In addition, since the visible light emitting surface 27m is brought into contact with one surface of the lamp substrate 31, ultraviolet rays 2 7 i are not irradiated to the lamp.

7063-5299-PF (Nl) .ptd Page 14 200301812 V. Description of the invention (On the substrate 31, the above-mentioned light sensor 35, the above-mentioned lamp lighting power supply 32, and other electronic components, it is also possible to prevent ultraviolet rays 27i. In addition, since the ultraviolet light emitting surface 27k that emits ultraviolet light is exposed, there is no possibility that the ultraviolet irradiation area is reduced and the sterilization ability is reduced. And, by storing the three parts, such as the lamp substrate 31, the flat germicidal lamp 27, and the light deodorizing filter 29, in the storage box 28, it can be unitized, and it is easy to install and maintain: 36 is to cover The lens 36 is arranged on the side of the opening portion 2 8 b of the storage box 28. The lens 36 is configured to deflect visible light 2 7 j that emits light from the visible light emitting surface 27 m and can irradiate the front cover 5. The manual operation 37 is provided on the main body 1 in a freely rotatable manner, and the recess 38 formed on the main body 1 can be put down and can be accommodated. The above-mentioned main body 1 shift 3 9 is an operation portion provided above and above the main body 1, and the operation portion 39 is provided as follows: the power switch 4 0 of the main body 1 is driven and stopped, and the above-mentioned flat germicidal lamp 2 7 is described later. The lighting switch 5 〇, and the full water lamp 4 1 for notifying the drain container 25 5 of water, and the liquid crystal daytime display of the lighting state of the flat germicidal lamp 27 or the operation setting and operation state of the body 1 Display section 42. Further, the operation unit 39 is provided with a notification device capable of notifying whether the flat germicidal lamp 27 is turned on, that is, a microphone 43 capable of emitting a sound or sound. Namely, the control circuit of this embodiment is described below based on FIG. 10: 44 Yes, the compressor 24 or the centrifugal fan 12 or the plane is controlled

-5299-? F (Ni) .plc} Page 15 200301812 V. Description of the invention (π) Control devices such as germicidal lamp 27, also make circuit device board 45. The control unit 4-6 on the lower side of the operation unit 39 is a display circuit displayed on the liquid crystal screen of the display unit 41. Second, the signal of the power switch 40 is activated and input to the above-mentioned electricity, 44 days. The output of the microcomputer 44 is driven. 47 疋 Drive the motor driven by the motor 13 of the centrifugal blower 12 to operate based on the set value of the operating state set by the display unit 41. 0 疋 8 疋 Drive the compressor drive circuit of the compressor 24. This compression 、 = Motion circuit 4 8 疋 From the drive signal can be output only when the drive signal is output during the operation time set by the display unit 4 2 described above. 49 is, when the dehumidified water in the drainage container 25 is full, the cursor will operate, and the cursor detection light sensor that detects this cursor movement, the cursor detection light sensor-detected the Risi 'input signal in the above In addition to operating the main body 1, that is, to stop the compressor 24 and the motor 13, the microcomputer "in order to notify the user, the full water lamp 41 is at 1 o'clock in order to inform the user. When the user sees that the full water lamp 41 is on, the user takes out the handle device 26 by hand, takes out the drainage container 25 from the main body, drains the water in the drainage container 25, and then continues. When the drainage container 25 is put back into the main body 1, the full water state is canceled, and the dehumidification operation of the main body 丨 will be restarted. 50 is a lighting switch that lights the planar germicidal lamp 27, and starts.

200301812 V. Description of the invention (12) __ The lighting switch 50, the signal will be input to the above microcomputer, and the γ computer 4 will output the signal to the lamp to light up the power supply. The above-mentioned planar sterilization 柃 97 'will be turned on from the lamp 27e. _ The discharge electrodes 27d and 51 of the lamp 27 are to make the microphone 43 emit an alarm sound and sound path. If the light sensor 35 fails to input a signal to the above = electricity, that is, when the flat germicidal lamp 27 is not lit, the above We know about 44, and also send a signal to the above-mentioned sound circuit 51, so that the above-mentioned microphone 43 4 will output 2 when 7 is not lit, it will issue, 'Beep, the light is not on, alarm sound and cool UV light. The above-mentioned micro 44 computer Yes, the above-mentioned planar germicidal lamp 27 'point =: 2 At this time, while the signal is output to the above-mentioned display section 42, stop the input :! The U source 32, which is not shown, will not have a record of applying the above-mentioned lamp point voltage for about 4 kV to the shape energy of the discharge electrodes 27d and 27e. The original 32 is open and 'users can know the above-mentioned flat germicidal lamp "丄 点 凡'" to solve the problem early through the display, display, and second 43: alarm sound and 耷 ☆ of the display section 42 above. The operation of the above structure is described as follows; 12 and ΪΞ :, Γ〇 and set the operation of the operation fan opening 6 in the display section 42 VI! Work gas will be sucked from the front suction point PPi i as shown by the arrow in Figure 4 The lice mouth 8 and the side suction port 9 are inhaled. And, when one is activated and two are turned off 50, then the surface germicidal lamp 27 is on, mainly from the front suction port, and the inhaled air will come from the outer gap 28a and the inner gap 3. a Intruding into the storage box 'when passing through the storage box 28', the ultraviolet rays 27i emitted by the above-mentioned ultraviolet light emitting surface 2 讣 sterilize the bacteria contained in the air, and the stench becomes

200301812

It is deodorized by a photocatalyst filter 29. In addition, the sterilized and deodorized air is dehumidified when passing through the evaporator 22 'and heated in the condenser 23, and the dry and warm clean air is blown out from the upper blowing outlet 17 and the lower blowing outlet 18. Since the $ 2 germicidal lamp 27 and the photocatalyst filter 29 are arranged at the front suction ports 6, 7, the bacteria and malodorous components contained in the sucked air can be removed upstream of the evaporator 22 and the condenser 23, so It can prevent bacteria or malodorous components from adhering to the surfaces of the evaporator 22 and the condenser 23. ,

When the full water lamp 41 is turned on, take out the handle device 2 by hand, such as Valley 25, and take it out of the body 1. Then, the water in the water drainage container 25 is replaced, and the water drainage container 25 is returned to the shaving, whereby the full water state = canceled, and the dehumidification operation is restarted. The flow = said: the embodiment of the present invention described above is based on the " stomach. In addition, by passing through the evaporator 22, the moisture removed from the indoor air passes through the drainage hole (not shown) and flows into the drainage container. In 25, the drainage container M = when the dehumidified water is full, the cursor will act and detect the movement of the cursor; the cursor detection light sensor 49 will detect the full water and stop the operation. In order to notify the user, the above The full water lamp 4 丨 will light up. …, Jin & Shao Qi = power switch 4o (si) of the operation section 39, indicating the liquid of the section 41

= Menu in operation state Day-setting operation The fourth is the operation of the above-mentioned main body 1. (S2) Out to the lamp: Turn on the light switch 50 (S3), and send a signal via the microcomputer 44: the surface germicidal lamp 27, the lamp lights the power source 32 and applies a voltage of about lkV to flat, so the electric electrodes 27d, 27e will be Light up.

200301812 V. Description of the invention (14) Secondly, the flat germicidal lamp 27 is due to life span or short circuit, because the light sensor 35 will not detect visible light 27j (S5). The reason is not described. ^ Computer 44 will stop age +; The true electricity traces back to the power source 32 'and stops discharging the discharge electrodes 2? D, 2? E from the light point to the power source 3_2 (s6) while the section 42 shows that it is not lit, (g7). In addition, the sound microphone 43 emits a beep sound and an alarm sound and sound at a predetermined time. Article 1 f, +, when the above-mentioned flat germicidal lamp 27 is lit, the above-mentioned light sensor 35 =: visible light 27j that emits light from the light emitting surface 27m, and the above-mentioned light sensor when the & 35 will not detect the visible ^ \ can be enough to reliably detect the above-mentioned flat germicidal lamp 2 7 疋 with a simple structure does not light up due to strange or short circuit. # Agger = Plane germicidal lamp 27 is not turned on *, the power supply to the plane germicidal lamp 27 is stopped by the above-mentioned microcomputer 44 3 ϊ 2 power supply 32, so at point = Ϊ f = the above-mentioned plane germicidal lamp 27 of the cold cathode tube type that requires voltage ... the voltage is applied to the above-mentioned plane; a voltage of approximately 4 is applied to continuously apply high voltage to: the electrical electrodes 27d, 27e, and the discharge electrodes in the state will not be emitted, and the above-mentioned plane germicidal lamp 27 does not have a nj effect. Bottle ;, Toda L, clothing point redundant day guards, the display unit 4 2 meets the germicidal lamp 2: is made of :: Ϊ J: can be learned from the display to understand the reasons for the above-mentioned solution to the road and not lit, with Earlier again, when the flat germicidal lamp 27 is not lit, the microphone 43 will emit

II 7063-529v-?-FN; No. 19 200301812 V. Description of the invention (15) When the beep is finished, the alarm sound and sound are not lit, so the user can know the above-mentioned flat germicidal lamp 27 by sound. It is not lit because of life or short circuit, and it has the effect of solving the problem early. Also, because the flat germicidal lamp 27 is mounted on the side where the visible light emitting surface 27m that emits visible light is in contact with the lamp substrate 31, the lamp substrate 31 and the flat germicidal lamp 27 are integrated to reduce wires and connectors. And so on. In addition, since the ultraviolet rays 2 7 i are not irradiated on the lamp substrate 31, the electronic components such as the lamp substrate 31 and the lamp lighting power supply 32 and the light sensor 35 mounted on the substrate are not irradiated. It will be deteriorated because the ultraviolet light emitting surface 27k is exposed, so that there is no effect of reducing the ultraviolet irradiation area, and it is possible to integrate the lamp substrate 3 and the ultraviolet lamp 27. In addition, since the light sensor 35 is mounted on the lamp substrate 31, the interval between the light sensor 35 and the flat germicidal lamp 27 is shortened, so it has visible light that can reliably detect the flat germicidal lamp 27. 27 j effect. In addition, the photocatalyst filter 29 is installed at a position opposite to the ultraviolet light emitting surface 27k of the flat germicidal lamp 27. The ultraviolet light 27i emitted by the ultraviolet light emitting surface 27k of the flat germicidal lamp 27 is the photocatalyst filter 2 The photocatalyst layer of 9 will be stimulated to oxidize and decompose the malodorous components of the air sucked from the above-mentioned air inlets 6 and 7 to strengthen the sterilization effect of the above-mentioned flat germicidal lamp 27 and have the effects of deodorizing and preventing the growth of mold. In addition, since the lamp substrate 31, the planar germicidal lamp 27, and the light deodorizing filter 29 are stored in the storage box 28, the lamp substrate 31, the planar germicidal lamp 27, and the light deodorization are stored in the storage box 28. Filter 29 these three

7063-5299-PF (Nl) .Ptd Page 20 200301812 V. Description of the invention (16) '----- Parts can be unitized, so it has the effect of easy installation and maintenance. In addition, since the outer slit 28a of the storage box 28 is formed in a louvered shape, the ultraviolet gap irradiated from the flat germicidal lamp 27 is blocked, so that it has the effect of the outer side of the ultraviolet combining box 28. 1 It is said that the above-mentioned collection and leakage 'because the above-mentioned plane germicidal lamp 27 is arranged at the front ports 6, 7', so the human bacteria or malodorous components in the air sucked from the front suction ports 6, 7 can be in the above; ^ The hair dryer 2 2 & h, +. T ”6 is removed, so it has a surface that prevents bacteria 奏: ΐ” condenser 23 upstream 22 and the surface of the above condenser 23: = components are attached to the above evaporator (inventive effect 1) The scope of the patent in the air, please claim the first item of the scope of the patent, which irradiates ultraviolet rays to the right-handed cathode-ray tube-type ultraviolet lamp in the air, which is shaped to emit ultraviolet light, and the other side emits visible light. The visible light irradiated by the other side, and Check to see that the == detection light detection device i, so the above purple j ”line lamp point when the above-mentioned ultraviolet light is not lit, because not visible light, so it can be a simple structure, * Yes Assured detection: the effect of the device is not lit, such as life or short circuit. The external line lamp is due to the second item of the scope of patent application for the present invention. Lights up power to above The power supply of the external lamp will stop from the cold cathode tube type Aster that requires a voltage of about IkV. The use of the lighting voltage is at the heart of the lamp. Due to the service life, etc. 200301812 V. Description of the invention (17) ΐ μ 5: Knowing the above lighting The open voltage of the power supply 32 is about 4 kV: the discharge electrodes 27d and 27e of the surface germicidal lamp 27 are C, and it has the effect of improving safety. The situation is not based on the patent application of the present invention, # # Operating status of In the display part, the above $ κ '° is 〃, and is not the main body of the above body-plus L', the state of the escape lamp outside the lamp is not lit & + the appearance of the product is not on the p, so users can use this expression to get Knowing :: tf determines the effect of the problem. There is an & early solution. According to item 4 of the patent application scope of the present invention, the above lamp is detected, and it is learned that the ultraviolet lamp is not lit because it is set in the purple, ^ and When the device is clicked, the notification device is notified by sound or sound, so when 丄 = line, it is not lit, for example, it can make an alarm sound, beep, or sound / light j redundant, the user can get it by sound Knowing that the above-mentioned UV lamp is not on and on has an early response ^ According to item 5 of the patent application scope of the present invention, the ultraviolet lamp is installed in such a way that the other side of the visible light is in contact with the side of the lamp substrate mounted on the lamp lighting power source. The lamp substrate and the ultraviolet lamp are integrated, and the number of parts such as wires and connectors can be reduced. In addition, since ultraviolet rays are not irradiated on the lamp substrate, the lamp substrate and the lamp substrate are mounted on the substrate. The electronic components and the like are not deteriorated, and the ultraviolet light emitting side is exposed, so there is no effect of reducing the ultraviolet irradiation area, and it is possible to have the effect of integrating the lamp substrate and the ultraviolet lamp. According to item 6 of the patent application scope of the present invention, because the above-mentioned lamp inspection is installed

7063-5299-PF N :). Ptd page 22 200301812 V. Description of the invention (18) The measuring device is installed on the above-mentioned lamp substrate, so the interval between the lamps is shortened, and the effect of measuring light can be surely effective. The violet catalyst layer emitted by the ultraviolet lamp on the side opposite to the side of the patent line applied for patent application according to the present invention will be excited to oxidize the components, and the above-mentioned ultraviolet lamp killing effect will be effective. According to the patent application gap of the present invention, the storage box for storing the lamp substrate deodorizing filter, the lamp, and the light deodorizing filter are provided. This effect of easy installation and maintenance works. The patent application according to the present invention is a louver blade shape. , So the above is cut off by the gap, so the effect of the outer side and the like works. The patent application according to the present invention is arranged on the side of the suction port, so that bacteria or malodorous components contained therein can be removed thereon, so the effect of preventing bacteria or the surface of the condenser is effective. The lamp detection device and the ultraviolet rays from the ultraviolet rays are effective. The visible range 7 of the light emitted by the lamp is because of the above-mentioned ultraviolet photocatalyst filter. Therefore, through the above-mentioned external line, the photocatalytic effect of the photocatalyst filter on the malodorous bacteria in the air sucked into the air can deodorize and prevent mold proliferation. For item No. 8, since the three parts that can be ventilated, the above-mentioned ultraviolet lamp, the above-mentioned light substrate, and the above-mentioned ultraviolet rays can be unitized, the item No. 9 is made because the gap formation = the ultraviolet lamp is irradiated Ultraviolet rays may inhibit ultraviolet rays from leaking out of the storage box = item 10, because the ultraviolet light from the air sucked from the intake port of the ultraviolet lamp, the odor components of the evaporator and the condenser are attached to the evaporator and ^

Lu

7063-5299 p. 23

The oblique view of the main body of the dehumidifier is briefly explained. Figure 1 is a self-view; Figure 2 is a front view of the dehumidifier; Figure 3 is a side view of the dehumidifier; Figure 4 is a top view of the dehumidifier; and Figure 5 is a plane view. Sterilization diagram; oblique view when the lid is opened; sectional view; sectional view; description of the basic structure and principle of the lamp Figure 6 is a longitudinal section of the flat sterilization lamp and the storage box of the dehumidifier. Deng Jiyi

Fig. 7 is a rear broken view of Fig. 6; Fig. 8 is a cross-sectional view of Fig. 6; Fig. 9 is an enlarged view of a main part of Fig. 6; Fig. 10 shows a control section of this embodiment. The η diagram is a block diagram of this embodiment; and [notation] L & diagram. 1: Ontology

2 2 · Evaporator 2 3: Condenser 2 4: Compressor 1 2: Fan 6, 7: Front suction port 8 · Rear suction port 9 · Side suction port 1 7: Upper blowing outlet

7063-5299-PF (Nl) .ptd Page 24 200301812 Brief description of the drawings 18: Upper blowing outlet 27: Flat germicidal lamp (ultraviolet lamp) 44: Microcomputer (operation control unit) 32: Lamp lighting power source 27k: Ultraviolet light emission Surface (one side) 27m: visible light emitting surface (the other side 35: light sensor (lamp detection device) 42: display portion 43: microphone (notification device) 31: lamp substrate 29: photocatalyst filter 28a: outer gap 28: storage box

7063-5299-PF: \; ι.ρια page 25

Claims (1)

200301812 The six-freezing freezing point light surface inspection department shows that the scope of patent application is on the sound. · An air supply air duct, fan, etc. form a cycle of dehumidification after the dehumidification of the ultraviolet lamp; control the lamp to light up; it is characterized by the above purple, On the other side, it can be irradiated 2. If the test device is applied for inspection, the above lamp will be used 3. If the application shows that the above-mentioned UV lamp is not installed 4. If the application is described, the lamp detection sound will be notified to the above 5. If the application is described, the lamp will turn on the ESC The machine includes: a self-evaporator and a condensing refrigeration cycle built in the body, which are blown out from the inhaled air from the air; and the source of the Zhao body that inhales ultraviolet rays in the air supply path is operated; Approved by the control department of the bite: The outer lamp is formed in a flat shape, and one side emits visible light, and a detection device is installed to see the light. The inspection revealed that the air conditioner described in item 1 of the above-mentioned ultraviolet patent range, When the ultraviolet lamp is not turned on, the lighting power source stops supplying power to the display unit of the air conditioner operating state described in item 1 or 2 of the ultraviolet patent range. Party state. The air conditioner described in the patent scope item 1 or 2 is a notification device that detects that the ultraviolet lamp is not turned on and the ultraviolet lamp is not lit. The air conditioner described in the first item of the patent scope, the lamp base of the sea, the ultraviolet lamp is a device, a compressor, and the two gases are radiated into the air through the cold, and the ultraviolet light is ultraviolet, which is detected by another lamp. Among them, the above-mentioned avoidance operation wire control lamp. The machine ’includes a display that can be displayed on the top, and when it is bright, it will be visible with the sound. 7063-5299-FF (Nl) .ptd 26th stomach 200301812 6. Scope of patent application The other side of the light is scratched in a way that it is in contact with the flat surface of the lamp substrate. 6. The air conditioner according to item 5 of the scope of patent application, wherein the lamp detection device is mounted on the lamp substrate. < 7. The air conditioner according to item 1 of the scope of patent application, wherein a photocatalyst is passed over the fishing piano at a position opposite to the side of the ultraviolet lamp. 8. The air conditioner according to item 7 of the scope of patent application, wherein a ventilable gap is formed, and a storage box capable of storing the lamp substrate, the ultraviolet lamp, and the light is provided; 9. The air conditioner according to item 8 of the scope of patent application, wherein the gap is formed in the shape of a louver blade. 1 0. The air conditioner according to item 1 of the scope of patent application, wherein the ultraviolet lamp is disposed on the suction port side. 7063-5299-PF (\ i: Γ.α page 27