TW561237B - Refrigerator - Google Patents

Abstract

An odorless refrigerator with a deodorizing function free from insufficient refrigeration, which is provided with a deodorizing device operable with a stable deodorizing performance for a long time, simply structured, small-sized, and provided at a low cost. The refrigerator includes a draft air duct as a passage of refrigerated air blown off forcibly by an inside fan to the compartments, a damper in the draft air duct and opens/closes to allow/prevent the supply of refrigerated air to the compartments, a bypass channel in the draft air duct between the damper and a cooling device for returning refrigerated air from the cooling device to the cooling device, and a deodorizing device in the by-pass channel for deodorizing refrigerated air supplied to the compartments. The refrigerated air inside the draft air duct between the damper and the cooling device is forcibly blown off through the bypass channel by closing the damper.

Description

561237 V. Description of the invention (1) [Technical field to which the invention belongs] [Learn about a refrigerator equipped with a deodorizing device. Introducing ice: real == the circulation air path in the box of the bulletin-the second part is cold; the east refrigerator 'is placed on the ice bypass (by-pass) air path Λ' ^ ^ is equipped with a deodorizing device status. Deodorizing device Π wind: =: combination of wind path odor catalyst. The main circulation air path is provided with J: J and the door that closes the baffle to improve the deodorizing effect. The second door is closed: "Circular air path for cooling; = [Problem to be solved by the invention] 1 pass. Right X = odor produced by food. No, blind when opening the door of the freezer; Ϊ; the sense of ritual t 'and the odor will be transferred to other foods ^ one of the very important functions of odor. However, in the phase described in Shikaihei 3_83793, in order to perform effective deodorization, it is necessary to know the frozen ice baffle. However, once the baffle is closed, the air resistance is larger than the air path. The cold air will become overwhelming by being provided with a deodorizing device = 1 " and will hardly enter the main circulation air path, so that it will be cold, so the cold air obviously has a problem of insufficient cooling. Shrinking machine stops t for deodorization, and there will be freezing

IIM Page 6 2112-4539-PF.ptd 561237 V. Description of the invention (2) The problem of the temperature rise in each compartment of the refrigerator will raise the deodorization ability and the problem of ensuring the cooling ability. In addition, although the odor is used in the deodorizing device and the odor is decomposed by the deodorizing catalyst, the decomposition efficiency of the deodorizing catalyst will be reduced after years of use, causing the odor to flow back to the refrigerating room and Problems that have an adverse effect on food, etc. In addition, in the conventional freezer refrigerator structure, a deodorizing device must be arranged in a circulation air path for introducing cooling air into all the rooms of the freezer refrigerator, so that the entire room of the freezer refrigerator can be deodorized. If the deodorizing device is arranged in the circulation air path for introducing cold air in the entire room, the air path will become complicated and the cost will increase. In particular, in order to provide bypass air passages for the entire circulation air passages and branch the bypass air passages to the main circulation air passages, not only the branch air passages of the bypass air passages increase, but also the arrangement space must be increased, so There are problems such as that the capacity of compartments such as a refrigerating compartment or a freezing compartment is also reduced, or that the refrigerator must be enlarged. The present invention has been made in order to solve the above-mentioned problems, and an object thereof is to provide an ice box which has a deodorizing function capable of removing odors of foods and the like and does not have insufficient cooling. It is also an object of the present invention to provide a deodorizing device which can be used for a long period of time without reducing the deodorizing ability. It is also an object of the present invention to obtain a refrigerator with high reliability that does not adversely affect foods due to odor. Furthermore, the purpose is to obtain a refrigerator which can perform deodorization of each room with a simple structure. It is also aimed at obtaining a small and low-cost refrigerator. [Means for solving problems] The first item of the scope of patent application of the present invention is a refrigerator, including:

2112-4539-PF.ptd Page 7 561237 V. Description of the invention (3)-ί Shelf: ΐ 局 !! Set: in front of the refrigerator body to store food, etc .; cooling ^ Shang Erweng ί phase body configuration The cooling is used to generate the cold air. The internal air conditioner from Α Γ: said: the internal air conditioner; 1g internal fan is installed in the cooler room, and the cold air generated by the 0 ^^ state is sent to the multiple compartments; The forced air supply of cold air; the seeding board,: road, t 'are used to open and block the supply of cold air to each room, and the bypass: the air supply path between the board and the cooler is used to The Q channel is used to return to the cooler from the cooling flow path; and the deodorizing device is provided in the bypass to deodorize the cold air supplied to the plurality of compartments. The special cold air is forced to supply air to the bypass flow path: deodorization in the air flow path between the pick-up plate and ... (Fllter) is a device used to absorb the freshness absorbed by the odor filter, which is used to deodorize the odor rolling ingredients attached to this & to extend the life of the filter for deodorization. In the refrigerator described in item 3 of the scope of patent application for deodorization device t 2, the above-mentioned photocatalyst bomber # is composed of the following devices: * filter for odor, with photodiode titanium; and recleaning device with In the refrigerator described in item 4 of the scope of patent application of this patent, when the deodorizing device is used to open the baffle for cooling the air in each room, there is a supply air path! The air resistance of the flow path is greater than the supply of cold air to the compartments. In the hair: milk: make the cold air difficult to t give to the bypass flow path. In the refrigerator described in item 5 of the application for the month, — Ding, beside

2112-4539-PF. Ptd Page 8 561237 V. Description of the invention (4) ____ Road flooding road setting can be adjusted A, once, the air-conditioning will not provide two special deodorizing baffles in order to keep it cool In the application of the present invention ^ Huang Erlu Liulu. The flow path is independent of the refrigerator described in item 6 of Dota ’s range. Bypass? /, And its wind path is set to 0 in the application of the present invention. Item 7 In the refrigerator described in the refrigerator, 'at least one of the air ducts that can regulate the cooling air volume is provided with an air duct that can be adjusted to the inlet, s ^ opening degree of the baffle, which will be adjustable. The degree of opening and the degree of opening of the road are equal to the amount of cooling air that can be adjusted through the setting of the second cooling air volume. During frost operation ^, ί, I μ profit range The refrigerator described in item 8 In the refrigerator in cooling operation, in the defrosting operation or defrosting >, ^, the deodorizing operation is started when the cooling operation is started by supplying cold air to the bypass flow path. The refrigerator described in item g is further provided with a switch for deodorizing operation to start and end the deodorizing operation. In the refrigerator described in item 10 of the scope of patent application of the present invention, a selection switch is further provided. Deodorizable compartments are optional. The refrigerator described in item 11 of the scope of patent application of the present invention includes: A plurality of compartments are arranged at the front of the refrigerator body for storing food, etc .; 2 coolers' are arranged behind the refrigerator body, and generate air-conditioners for cooling the temperature zones in the plurality of compartments; 2 air supply paths are independent of each other, It is used to send cold air with different temperature bands from 2 coolers to separate compartments of coolers with independent temperature bands. It is also characterized by a more deodorizing device, which is composed of the following devices · · Deodorizing filter, located in 2 independent

2112-4539-PF.ptd Page 9 561237 V. Description of the invention (5) The air supply path is used to adsorb odor components; and the recleaning device is used to separate the odor components adsorbed by the deodorizing filter to prolong Life of deodorizing filter. In the refrigerator described in Item 12 of the scope of patent application of the present invention, a bypass flow path is provided in two independent air supply paths, and a deodorizing device is provided in the bypass flow path. [Embodiment of the invention] Embodiment 1 The first embodiment of the present invention will be described with reference to Figs. 1 to 5. Fig. 1 is a side sectional view showing a refrigerator according to a first embodiment of the present invention. 1 is a refrigerator body, and 2 is a heat-insulating box filled with a heat-insulating material. 7 is a refrigerating room provided on the upper part of the refrigerator body 1, 8 is a converting room provided under the refrigerating room 7 and can be converted in a wide temperature range from vegetables to frozen foods, 9 is provided in the converting room 8 A vegetable room 10 for storing vegetables and the like is a freezer room 10 for storing frozen foods and the like, which is installed under the vegetable room 9. 3 is an open-close type refrigerating compartment door provided in front of the refrigerating compartment 7, 4 is a pull-out conversion compartment door provided in front of the conversion compartment 8, and 5 is a pull-out vegetable compartment provided in front of the vegetable compartment 9 The door 6 is a pull-out freezer door provided in front of the freezer 10. In addition, 11 is a compressor provided in a machine room 11 a provided below the refrigerator body 1, 13 is a cooler provided in a cooler room provided behind the refrigerator body 1, and 12 is used for dissolution. Defrost heater for frost on the cooler 13. Reference numeral 14 is an in-box fan for forcibly supplying cold air cooled by the cooler 13 to each of the refrigerating compartment 7 or the freezing compartment 10 in the ice box body 1.

2112-4539-PF.ptd Page 10 561237

19A〃 is a refrigerating room air supply path for the air supply path from the cold air to the refrigerating compartment 7, and gw is a refrigerating room air supply path for the air supply path from the cold air to the freezer compartment 10. ^ M is a baffle for a refrigerating room provided in the air-supply path 19A for a refrigerating room and adjusting the amount of cold air supplied to the refrigerating room 7, 15B is a The baffle for the conversion room! % Is a baffle for a freezer which is installed in the freezer air passage 20A and adjusted to supply 10 people to the freezer. The inside of the tick is supplied with cold air to the refrigerating compartment 7 through the air supply duct 19A for the refrigerating compartment.

, 17 is used to supply two holes through the air supply channel for the conversion room to the outlet for the conversion room converted to 8, and 18 is used to supply the cold air to the freezing room 10 through the 20A air channel for the cold room. I mouth. 2] "The cold air introduced into the compartments of the refrigerator body i =,, the bypass flow path is set inside, and there are two bypasses in the bypass. By closing each seeding board (mu. Yes, short cycle / up ^ #% generated by bypassing the flow path 21 and returning to the cooler 13 refers to cooling in any room within the short distance of Liu Shibian: "The air conditioner of the shield is not supplied to the refrigerator The body 1 to the inside is the return to the air path of the cooler 丨 3. Part of the air path of the refrigerator / n-part of the important part of the road, about from the nt do not: supply air-conditioning to each room In the figure, the same return path to ": is not described. In the figure, 19A is!:, The same symbol is marked and its description is omitted. In the figure, it is used to supply cold air. A is the air supply path for cold rooms, 25 is for cooling to cold; the air supply path for the conversion room of east room m is 561237 for east to 10 or in an ice-making room (not shown) installed independently.

Description of the Invention (7) Air supply duct for ice-making chamber. Supply air 1 2 in 2 tune 詈 Right Bu Zi, @ m ° I ice set to use the baffle. In the bypass flow path 21, due to 2 ί 22, when all the baffles provided in the air supply path are closed, it is supplied to one side of the air supply path with almost no air resistance, so it is supplied to the side with large air resistance. Road flow path 21, thus producing short a S 丄 two # two, including the second box fan 14 in the closed space of the cooling room closed by the sowing board forcibly passes through the deodorizing device 22, and six can be obtained. When the board's nasty odor is not supplied to each $ 0 ', at least one of the seeding boards of 2 于, ιΛ5', 15B, 15c, and 15e is opened to the side with almost no air resistance < air supply path, so the road There is almost no air-conditioning supply in the flow path 21, and short circulation is also possible. Therefore, the deodorization device 22 can hardly get the deodorization effect. Insufficient cooling energy knife occurred. Outline = 政 Ϊ 3 @ The diagram shows the outline of the structure of the air path of the refrigerator in Example 1. ϊϊϊ7 The conversion room 8, the ice-making room, and the vegetable room 9 are omitted. . In the figure, the same reference numerals are attached to the first figure and the towel, 1 CU ί ί t, and the description is omitted. In the figure A, the 5th room is used for sending. The air path, 19B is used to return the cold air path in the refrigerating room 7% οΓα, entering: the cooling air of the commander 13 returns to the air path for the refrigerating room. 20 Α is cold; Shuanggong α π Μ 0, the cooled cold air is sent back to the cold second road, which is used to return the freezing chamber of the cold-rolled return air path in the cold beam chamber 10 to 7 13

561237 V. Description of invention (8) Wind path. Here, the filter used in the deodorizing device 22 will be described with reference to Fig. 4. Fig. 4 is a diagram for explaining the structure of the filter according to the first embodiment of the present invention. In the figure, 23 is a deodorizing filter incorporated in the deodorizing device 22, and it is used to add fibrous pulp 丨 8 with zeolite 115 and manganese copper 116 as shown in 2 3b, activated carbon U 7 and the like, and the subsequent paper-like objects are formed by corrugated cardboard as shown in 23a, or as shown in 23c, by sintering the particles of the above materials. The deodorizing device 22 composed of the components as described above is arranged for a long time to supply Θ fluorine to the refrigerator body 1 and adsorbs two of the chambers in the refrigerator body i: wind: 'cause: the Ingredients (unpleasant smelling ingredients) \ all the ^ alcohol \ food A ^ 22 as shown in Figure 5 bypass flow = special 疋, so that all the deodorization device gas will pass through the soil of the deodorization device 22 is better. So cold rate. In terms of the deodorizing filter 23? Installation: Two-liter deodorizing effect. It is composed of a light-emitting diode, which can be used as a deodorizing device in a recleaning device, so it can provide a refrigerator with high reliability and low cost. In addition, it can also be made into ^^^, low cost, and no unpleasant odor. …, The other special cleaning equipment to make it smaller. Figure 5 shows the state diagram. In the figure, 21 is a re-cleaner of the odor filter 23 of the installation of the deodorizing device 22 of Example 1, 23 is a deodorizing filter, and 24 is a deodorizing filter. In the figure, since the deodorizing filter 23 inwn 2112-4539-PF.ptd '--------- Page 13 561237 V. Description of the invention (9) It is to plug the bypass flow path 21方式 来 安 # The odor is passed through the filter 23, and the deodorization efficiency is improved; ^ Ί Each of them is degassed into: === :: 1 °: The odor 24 adsorbed by the filter 23 is due to the filter Therefore, the life of 23 is prolonged by 1V, V °, and the replacement time of the re-bearing device will be reduced, so it is better. Therefore, the second filter 23 can be replaced by AA .J. / RAr. phase. You can also use 光 = f, such as black light, to reduce the cost and shape. X, because the bypass flow device f4 can pass the air conditioner with good efficiency to further improve the deodorization efficiency during the deodorization operation. :::: the deodorizer 23 of the odor device 22, so, Small size refrigerator. Therefore, a small deodorizing device is installed in the γ / π road, and the air path is provided for the refrigerator which also has low wind power consumption. It is also possible to & small and simultaneous elimination. Here, the method shown in Example i will be described using FIG. 6 here. Fig. 6 is the control flow chart of the control flow of the clamp-dry connection. When the ice deodorizing device of the water tank is in operation, it is usually used for the following reasons: / wind shrinking path, when i; deodorizing t stream? 21: There is almost no air-conditioning supply. Because there are: ί: Shiji! When the compressor 11 is stopping, it is necessary to divide the operation by 1% to stop the machine. The stopping conditions of the compressor 11 may be: when the refrigerator enters the predetermined time and so on. Wind & Tie Bar Operation Page 14 211-4539-PF, ptd 561237 V. Description of the Invention (10)-Here, in the present invention, if there is deodorization when the compressor is running %, Forcibly stops the compressor 11 and enters the deodorizing operation ^ In the figure, S 1 is the compressor stopping step to stop the compressor 11, so that all the baffles that adjust the amount of cold air supplied to each room The closed baffle is closed in two steps. S3 is the operation step of the fan in the box for operating the fan 14 in the box, and §4 is the step. Then, the timer of the timer of the running time of the fan 14 in the box starts step S5 to determine whether the running time of the fan 14 in the box has reached a predetermined time = the step of judging the fan running time, S6 is to make the fan in the box " The final step of the fan operation is the final step of the fan operation, which is the final step of the deodorization operation. stop. : Ί: When there is a need for stinking operation, the compressor is operated by stopping the compressor 11 when the ice phase is performing a defrosting operation, or when the accumulated operating time at the end of the defrosting operation reaches a predetermined time. 11 When it has already stopped, keep it stopped. However, the name of A in each room is as follows: From the moment of accumulation, the supply of S3 to Z3 makes the air-conditioner adjustment damper of A = S in f all closed, and the in-phase fan 14 starts to run by. Then, in the batch of S4 operation 丨 丨 strong $ + make the built-in leaves such as a microcomputer inside the refrigerator door m cry cry. The above timers are set to control the ==: timer time. The operation of the fans 1 and 4 in the column phase Then, in S5, it is judged that the fans 4 in the box are in a short period of time. If it is judged that the fans 未 4 have not been operated to the predetermined 睥 M 砗, whether 1 疋 has been operated at the predetermined time 笪. ^ π The time returned to S5 when the time is too long, and the green 4 is different. When it is judged that the fan 14 in the box has run the predetermined # ,,, and only leaves s :: End the fan in the box, and reset 4ΐ :: ί In the clear form of "the so-called predetermined time" means that the cooler 2 is configured

2112-4539-PF.ptd Page 15 561237 V. Description of the invention (η) '~ " — ---- " About: The time required for all the air in the tamping chamber to pass through the deodorizing device 2 2 is 〇 Seconds to minutes. For example, when the volume of air around the cooler 13 is 0.5 m3, the running time of the fan 14 in the box is about 30 seconds. In S6 ', if the fan in the box is used, the deodorizing operation of the refrigerator is terminated by S7. As explained in step S3, because the compressor has an air resistance of 2 2 during operation, air will hardly pass through the deodorizing device μ provided in the bypass flow path 21. However, the amount of cold air in each room is adjusted. When the baffle is closed, the fan 14 can be used to circulate all the air around the cooler 1 3, so that the cold air that has passed through the deodorizing device 2 2 can be decomposed by 2 2 Adsorption function to deodorize. Example: 1 i 锝 k, because the amount of cold air is adjusted to each room = when the baffle is adjusted in the cold rolling, the foul odor will not flow to the rooms of the refrigerator, so it can serve a refrigerator with no odor and a clean feeling. Further, if the deodorizing operation is performed after the defrosting is completed, since the plant accompanying ΐΓί will flow into each room of the refrigerator, two phases can be obtained. In addition, since the cold air is prevented from passing through the removing unit 22 during the operation of the shrinking machine U, it is also possible to prevent the cooling performance from being lowered. ",,, flat, and" Fridge body! " The inside air-supplying air duct passes through the cooler 13 with the odor, and the cooler is easily sealed in the frosted cooler. The cooling wing of the cooler 3 is very odorous due to defrost. Caused by operation, etc. The above-mentioned sealed frost melts and releases into a foul odor and spreads out :: but; at 2 o’clock in this embodiment, because the wind in the box is the reason, the cold air of

561237 V. Description of the invention (12) Road, road 21 and return to the cooler with '^' = constituted beside the deodorizing device 22; ::: The short-term odor can easily accumulate and accumulate, and can efficiently Each room is deodorized, so it can provide no foul odor, and the size or length of the air path with clear entry into the stapler room. ㈡The wind m flow path will not be right; To the bypass flow path, the freedom of setting = == Chengying, so -wenda big, low cost refrigerator. The present invention is described with reference to Figs. 7 to 10. Fig. 7 shows an embodiment of the present invention, and a description of water and water. Fig. 8 is a diagram showing the second air path of the refrigerator of the second embodiment. The figure is a schematic diagram of an air path of the refrigerator of the second embodiment. In Figure 7, Figure 8, Figure 9,. The approximate parts of the structure are marked with the same symbols and the duplicate γ ^ is omitted. Also in Example 1, the bypass body 21 of the refrigerator body i is provided with a special deodorizing baffle for the flow of the mechanical circuit 21 Alas. In Figure 7, Figure 8, and Figure 9,] π helmets are prepared, and 设置 and 士 are set to be used in addition to t, which are used by winter odors in bypass 21 Deodorizing dedicated stretcher 15D can be adjusted temporarily. ΊThe air resistance of the flow path 21 'so the air of the bypass flow path 21', so that the deodorization device 22 or the bypass flow path 21 can be achieved: ^ Get the freedom of design Larger, lower cost refrigerators. In this case: 1. The deodorizing baffle 15D can be opened during odor operation, and the deodorizing baffle 15D can be closed during cooling operation. In addition, when the cooling operation and the deodorizing operation are performed in the same temple, the opening degree of the special deodorizing stretcher 15D can be adjusted, and

561237 V. Description of the invention (13) = Adjust the amount of a & supplied to the bypass flow path to the extent that the cooling capacity is reduced. The Θ gas is shown in Figure 8. Although the deodorizing baffle 15D is installed on the deodorizing side, between the rear stream side and the cooler 丨 3, it can also be placed in the deodorizing device as shown in Figure 9 and 22 2 2 On the front side, between the cooler and the cooler. Fig. 9 only shows the cooling air paths of the refrigerating compartment 8 and the freezing compartment 10, and the air paths of the upper part, the room 9 or other rooms are not shown. Fig. 10 is a control flow chart showing a deodorizing process of the freezer and refrigerator according to the second embodiment. In the figure, S11 is the step of selecting the compartment to be removed. For example, the deodorization of the refrigerating compartment 8 is selected. = Ϊ́8, stinking Λ selection step. 2 is the compartment selected at sn = L2. : 3 The start step of the deodorizing operation switch started by the operation switch; it is the judgment step of determining whether the ice phase is the defrost operation during the defrost operation. 13 ㈣ = 1 is judged to be 2 / = moving, human mushroom ~ β ^ & When the non-deodorizing operation mode is interrupted, the refrigerating chamber deodorizing operation starting step of β deodorizing operation is started. When the leaves are moving, Λ counts the start time of the timer when the fan 14 in the box is running, and the timer starts. S17 is only on.

^ 15A 1 5D special deodorization 柃 佑. 门 半 聪 q ^ "I" shows that Λ π Λ of the stop of the search for the pull plate is to determine whether the fan 14 in the box is stopped or not. 2112- 4539-PF.ptd Page 18 561237 V. Description of the invention (14) In addition, S20 is the time when the fan in the box is operated in S19 when it is running in the box ~ 14. The start time of the feather blade is to stop the fan in the box. The chronological crying station ~ 21 is to judge whether the fan inside the measuring box is operating at the peak time of the fan, and if the different time reaches the predetermined time 15D, the deodorizing special baffle closing step is to close a deodorizing special stretcher step. 2 3 is 'The end of the deodorizing operation in the storage room. S11 chooses the refrigerating room, the order of removing / depositing is transferred to 7 = the need for odor operation, and it is used on the display panel. It is also like: waiting for the function of the LCD room. h Use two ;: θ plate settings to select 0 ^ ^ ^ before you want to deodorize. Use S 1 3 to determine whether it is in the defrost state, and t When deboxing is in progress, that is, deodorization is not performed by S31. Instead of deodorizing operation, continue the current operation. In this way, it can prevent the companion caused by the defrost operation. The temperature increase of the cooler 13 * ± liter cooler: the effect of insufficient cooling caused by the temperature rising inside the cooling room, but the temperature rises, but the deodorization operation can be achieved only in the cooler room. When When S1 3 is not in the defrost operation, it is judged in S1 4 whether or not the compartment has changed to the deodorizing operation mode, and when it is in the deodorizing operation mode, the deodorizing operation is continued in S4 i. When the non-deodorizing operation mode is changed in S14, the deodorizing operation of the refrigerating compartment 7 is started by using S15 to enter the deodorizing operation mode. Then, the operation of the fan 4 in the box is measured by S1 6 'starting. The time is stored in the timer of the microcomputer, etc. At this time, when the fan in the box stops,

561237 V. Description of the invention (15) The timer does not count. Once, ′ uses S1 7 to open only the refrigerating room cold air volume adjustment baffle 5A for adjusting the amount of cold air supplied to refrigerating room 7, and uses s8 to open the deodorizing baffle 15D. It is judged by S19 whether the fan 14 in the box is running, if it is stopped " Bei uses S 2 0 to start the operation of the fan 14 in the box. Then, in the control device for the operation of the refrigerator in g 2 1: Ϊ:, the built-in δ ten-day built-in micro- ^ is set to measure whether the operating time of the fan 14 in the box has reached the predetermined time. Operating time. In operation, the = timer is set in advance to control the continuous rotation time of the fan 14 in the box, and measures the rotation time after the start of the deodorizing operation. The so-called predetermined time refers to the refrigerating room 7 and the people ... The air volume around the timer 13 necessary for the deodorizing device 22 to pass around the room 7 and the air volume around the cooler 13 is 0.3 liter =, ^ refrigerating fan 1 4 The running time is about 1.5 minutes. In order to make the internal wind in a short time as above, all the rooms except the refrigerator 15A can be closed in a short time, the air conditioner is closed except the refrigerating room, so the air is provided in each room of the refrigerator. The more the number of shut-offs of the 7-segment, 1-segment / week full-broadcast boards, the larger the air volume adjustment through the sixth deodorizing device, the faster the refrigerating room can be completed in a short time τ, and the speed will become more and more. Then, in S21, when it is judged as not, the time for returning to S20 continues to be calculated. In the example, when there is no time, it will run for a predetermined time ’, and the deodorizing V will be turned off by S22: the time measured by the timer of the internal fan 14 has been designed. It is re-weighed at 15D of plate ^ The predetermined time means that the cooler is equipped: ON ", the so-called ▽ part is all the air inside 2112-4539-PF.ptd page 20 561237

V. Description of the invention (16) The time required to pass the deodorizing device 22 is about several seconds to several minutes. For example, when the volume of air around the cooler 13 is 0.5 m3, the operating time of the μ.1 ^ Π fan 14 is about 30 seconds. In S22, if the deodorizing baffle 15D is closed, the deodorizing operation of the refrigerating compartment 7 is terminated by S23. As described above, in the present invention, the deodorizing operation is performed during defrost operation or defrost, After the rotation is completed, the cooling air is supplied to the bypass flow path and comes before the cooling operation is started, and the deodorizing operation is performed. Therefore, when the compressor 11 starts to operate, even if the air-conditioning volume adjustment baffle of the air-conditioning volume from the cargo 2 to each room is opened, the foul odor does not reach 5 compartments of the refrigerator, so a refrigerator with no strange odor and a clean feeling can be obtained. . In step i f, if the deodorizing operation is performed after the defrosting operation is completed, the foul odor from the cooler room / JBL degree rising after the defrosting will not flow into each of the refrigerators, so a foul-free refrigerator can be obtained. In addition, since the cold air is prevented from passing through the deodorizing device 22 during the operation of the compressor, it is also possible to prevent a decrease in cooling performance. In addition, in this embodiment, since the cold air provided by the fan 14 in the box passes through the bypass flow path 2 丨 and returns to the cooler 丨 3, the short-cycle deodorization f ^ 22 is generated. The flow path 21 is configured, so the different six generated in each compartment of the refrigerator are easy to accumulate and accumulate, so that the deodorization of the cooler can be efficiently performed. For non-odor and clean refrigerator. That is to say, the cold air cooled in the ice-phase rooms will be between the wings with the same odor as food, and when the companion is easily sealed in the frost that has been dissolved, the temperature is # 味 = 除 # during operation When it rises and frosts, it is released by ί and becomes a foul odor or foul odor. In the present invention, the cold air after the device 13 is cycled to perform the cold air.

561237 V. Description of the invention (17) Deodorization 'Therefore, it is possible to provide a refrigerator which can perform deodorization with good efficiency in a short time. In addition, in this embodiment, even during the operation of the compressor 1 (the cooling operation of each of the refrigerating compartment 7, the conversion compartment 8, the vegetable compartment 9, the freezing compartment 10, etc.) is actively performed. The deodorizing operation can remove unpleasant odors of foods and the like in each room, and can provide a refrigerator with no odor and a clean feeling. Embodiment 3 This embodiment is an example in which all of the air-conditioner / adjustment pallets provided in the refrigerator body described in Embodiment 2 have an opening degree adjustment function. Fig. 11 is a control flowchart showing a control flow of the deodorizing device of the refrigerator in the third embodiment. In the figure, S50 is a step of selecting a compartment for performing deodorizing operation, for example, selecting a refrigerating room deodorizing & selecting step during deodorizing operation of refrigerating room 7. S51 is the step of activating the deodorizing operation switch of the compartment (refrigerator compartment 7) 'selected in S50, and S52 is the judging step of judging whether the box is the defrost operation during the defrost operation. / S71 is the step of rejecting the deodorizing operation when it is judged to be in the defrost operation in S52, and S53 is the deodorizing operation of being judged to be in the defrost operation during the defrost operation. Step 'S81 is to continue the deodorizing operation when it is determined to be the deodorizing operation mode in S53, and S54 is to be a non-deodorizing operation in step S53. The deodorizing operation of the refrigerating room in the refrigerating room is started. + Step, > Temple Kai S55 is used to calculate the running time of the fan 14 in the box and start the timer start step, S56 is only for the refrigerator to open the plate 面-surface adjustment opening degree-surface opening =

561237

Step S57 is the step of opening the deodorizing baffle 15D. Step S5 8 is the step of judging whether the fan 4 in the box is stopped. The sentence judgment judgment is in S58. When the fan running in the box with 14 running is started, step S60 is the operation of the fan belonging to the internal wind. It is the closing step of the special deflector for deodorization of 疋 and ⑽, S62 is the / j reverse step for refrigerating room. q v Wash until the end of the odor operation. First, if there is S50, select the refrigerator compartment 7 off. Deodorizing operation is on the display panel. Function of the room. Then, when the deodorizing operation is continued during the defrost operation, the temperature rise of the energy storage device 13 is continued. However, when only the defrost operation is performed, the operation mode and deodorizing operation can be achieved. To perform the deodorizing operation of the refrigerating compartment 7, the deodorizing operation can be facilitated, and then the S5 i can be used to start the deodorizing operation. The LCD can also be set on the front of the refrigerator. You can also set the display panel to select the desired deodorizing operation. Stinky 'uses S52 to determine whether it is in the defrost state, and::' Hunting is performed by S71 without deodorizing. 1 〇 丨 indicates the cooling effect to prevent rising due to defrosting π, * t; accompanied by the cooling airflow into the refrigerating compartment = temperature makes the cooler compartment d insufficient cooling in the cooler compartment. That is ㈣ umVV1 turn. When it is not in S52, when it becomes deodorizing ⑽ ___ is deodorizing, it will continue with S81. When it is in S53, it will be refrigerated using S 5 4

561237 V. Description of the invention (19) _ The deodorizing operation of the room 7 starts and enters the deodorizing operation mode. , S 5 5, start the operation door for measuring the fan in the box, and then count the time with a timer such as a computer. At this time, the timing of the built-in micro-timer of the box 9 is not performed. " When the fan 14 in the head is stopped, after that, 'S 5 6 is used only to adjust the cold air volume adjustment baffle for the refrigerating room for adjusting the supply 丨 5 A side to adjust the 7 to 7 cold air (for example, cut 5 degrees), Poli · 7 opened the opening angle while opening here 'refrigerator cold air volume adjustment baffle 15A bis: baffle ⑽. The flow rate of the air passing through the deodorizing device 22 and the opening degree adjusted by the cooling system can be confirmed by experiments and the like. Gary, baffle 15A In the refrigerator of this embodiment, the opening degree is 45 degrees Left and right ί 例如, for example, whether the fan 14 in the box is running, # is to stop the operation of the fan 14 in the box. Then, in S60, it is judged whether the operating time of the fan 14 in the box measured by using the Ί operating control device 藏 built-in is measured here: the above timer is a preset operating time. ϋMeasure the time it takes to turn from the deodorant fanΗ. The so-called predetermined time 俜 =: After 7: The time required for the odor device 22 carried by the fan 14 inside the person n and the air volume around the storage room 7 and the cooler 13 J The operating time of the Putian refrigeration fan 14 is about 1. About 5 minutes. · In the case of A-foot, the wind in the box will be deodorized in a short time as described above.

561237 V. Description of the invention (20) Use the air-conditioner to adjust the seeding plates 15 A. The air-conditioner adjusting seeding plates in all the rooms are closed, and only the necessary minimum volume is used for deodorization, so the refrigeration can be completed in a short time. Room deodorization. Then, 'in S 60, when it is judged that it has not been operated for the & time,' the calculation returns to the time of S 59. In § 6 〇, when it is judged that the fan 14 in the box has been running for a predetermined time, S6 1 closes the deodorizing baffle 15D and redesigns the time measured by the timer. In the case of this embodiment, the so-called predetermined time refers to the time required for the air in the cooler room in which the cooler 13 is disposed to pass through the deodorizing device 22, which is about several seconds to several minutes. For example, when the volume of air around the cooler 13 is 0.05 m3, the operation time of the fan 14 in the box is about 30 seconds. In S61, if the dedicated deodorizing stretcher 15D is turned off, the deodorizing operation of the refrigerating compartment 7 is ended by 862. Therefore, when the compressor 11 is operating, the air-conditioning amount is adjusted to the amount of air-conditioning in each room. When the baffle is opened, the foul odor does not flow to each compartment of the refrigerator, so a refrigerator free of peculiar odor and having a clean feeling can be obtained. Furthermore, if the deodorizing operation is performed after the defrosting operation is completed, the foul odor from the temperature of the cooler room after the defrosting does not flow into the refrigerator compartments, so an odor-free ice phase can be obtained. In addition, since the cold air is prevented from passing through the deodorizing device 2 during the operation of the compressor, it is also possible to prevent a decrease in cooling performance. In this embodiment, the odor generated by the cold air from the wind passing through the bypass flow of the deodorizing device 22 circulating in the bypass flow path 2 i is easily accumulated and accumulated in the system. Back to the cooler 丨 3, will, to constitute, and ...

561237 V. Description of the invention (21) Deodorization 'Therefore, it can provide a refrigerator with no odor and a clean feeling. Once again, in this embodiment, the opening of the baffle with adjustable openness is performed because the amount of cold air f passing through the bypass flow path is the same as that of the air supply path with the baffle provided with adjustable openness. Degree adjustment, so even during the operation of the shrinking machine 11 (refrigeration room 7, conversion room 8, vegetable room 9, cold beam to 10 and other cooling operations), the deodorizing operation is actively performed, = Although the cooling operation is also being performed, it can still remove the unpleasant odor of foods in each room, and can provide a refrigerator with no odor and a clean feeling. The cooling air volume adjustment baffle for supplying cold air to each room is provided, so that the amount of air passing through the deodorizing device 22 can be the same as the amount of air passing through the air path of each room such as 7th. That is, the air around each of the rooms 7 and the cooler 13 can be provided for the required time, and the cooling of each room can also be performed: ^ The cold air volume adjustment baffle 15A for the refrigerating room is 45 degrees The operating time of the air volume around the opening of the storage room 7 and the cooler 1 3 is 0.3 cubic cubic f fan 14 is about 1 minute, and the deodorizing operation can be performed in a shorter time than in the case of the second embodiment. Adjusting the opening degree of the air conditioner to refrigerate can shorten the refrigerating and deodorizing device22 refrigerator. For example, in the state, when the scale is cold, the ice described in the box will be implemented. 2 彳 12 shows a schematic view of the structure of the present invention and a part of the schematic air path of the refrigerator in Example 4. Zhan + a A is a side view of the refrigerator in Example 4 of the refrigerator in Example 4. Figure 14 is a side view of the refrigerator of the present invention. Figures U and 14 are omitted. The same parts of the force are attached with the same reference numerals, and the chamber, 10 is the freezing chamber, and 13A is >

In the picture: 7 rabbits, humans 561237

The cooler '13B is a cooler for refrigeration, 14A is the wind in the refrigerator box, and 4B is a fan in the refrigerator box. In addition, as shown in FIG. 2, the air path system is completely separated from the air path section of the refrigerating air circuit section using the air circulation and the freezing air path section of the cold rolling cycle with the lower mountain and π freezing. And control them individually. In addition, as shown in FIG. 13, in the case where j = the air passage section having the cooling cooler m is provided in the air passage 19A for the refrigerating room or the air passage for the vegetable room, etc., the air volume adjustment for the storage room The baffle 15A or the cold air volume of the vegetable room is 2 tim. It is installed in the cold air channel with a cold and eastern cooler ΐ3B = 糸 sigh. In the freezer room air channel 20A or the conversion room air channel 25 or chain: : Cooling air volume adjustment baffle 1 5 "installed in air passage 26, etc. Switch to cooling air volume adjustment baffle 15B or ice making room adjustment baffle 15E, etc. Installed in the refrigeration air path department: installation Refrigeration bypass with refrigerated temperature zone deodorizing device 22A and refrigerated temperature zone deodorizing baffle plate 15DA. In addition, in the cold; east air system, a deodorizing device for cold bead temperature π is installed 22B and freezing temperature with deodorizing baffle 丨 5DB cold bypass flow path 21 B. Also, as shown in FIG. 14, 7 is a refrigerating room, 9 is a vegetable room, and 8 is a comparison between storing vegetables, etc. Comparison between high temperature temperature zone and frozen food, etc. = temperature range, wide temperature zone conversion room, 10 is the freezing room. The refrigeration cooler 1 3 A is arranged through a partition wall located behind the vegetable compartment 9 and is provided with a refrigeration box inner wing UA and a refrigeration bypass, / melon road 2 1 A. Also, for freezing The cooler 1 3 β is arranged through a heat-insulating partition wall located behind the conversion chamber 8, and is provided with a refrigeration box inner wing 14B and a cooling unit.

561237 V. Description of the invention (23) Freezing bypass flow 21 A. Also, the air volume adjustment baffles for supplying cold air to each room (for example, the refrigerating compartment j is provided with a cold beam to cold air setting adjustment baffle 15C, a conversion room 15B, an ice making room section air volume adjustment baffle 15E, etc. ) Board opening degree adjustment. Therefore, the cold part air path is independently set on the refrigerating side and the cold air deodorizing device. The bypass flow path for deodorization is also set at% 詈, and the side of the Tibetan side is relatively high. "ΪΠίΙ: Especially because of cold 咚 #, stored bismuth with AB, and Zao Liuhe, it only increases the temperature on the refrigerating side, the smelly operation-people & even if the deodorization operation time becomes longer, the temperature of each room on the roll side rises, etc. Influence, and can lead to failure, can be obtained without causing poor cooling, high reliability: c Figure 15 shows the refrigerator control flow chart of the fourth embodiment of the present invention. In the figure, S9 0 is selected to carry out the "operation steps" For example, when the deodorizing operation of the refrigerating room 7 is selected, the operation of the deodorizing operation switch for the deodorizing operation of the refrigerating room 7 is selected. S91 is the step of activating the deodorizing operation switch for the compartment selected in S90 (refrigeration 6, odor operation switch is activated, S62 " is ^ Whether the rooms on the Tibetan side are defrost operation judgment during defrost operation; 1 SI 11 is the refusal step of refusing deodorization operation and deodorization operation when it is judged as defrost operation in S92, S93, judged in S92 Deodorizing operation during non-defrosting operation Judging step, when the deodorizing operation mode is determined in S93, the deodorizing operation is continued. ^ Continuing step is that when Qingqing judges that the deodorizing operation mode is not, the refrigeration is started.

561237 V. Description of the invention (24) The deodorizing operation of the refrigerator is started. S95 is a timer starting step for calculating the operating time of the fan Ua in the refrigerating box and starting the timer. 'S96 is for the refrigerating room which is adjusted only for the cold air for the refrigerating room by adjusting the impact plate 1 5 A and opening it. The baffle opening step, S97 is a step for opening the refrigerated deodorizing baffle for refrigerating deodorizing baffle 151 ^, and S98 is a step for determining whether the fan UA in the refrigerating box is stopped. * Again, S9 9 is the starting step for the operation of the refrigerating box fan that causes the refrigerating box fan 14 to run 4A when the refrigerating box fan 14 is stopped in S98. S100 is the measurement and measurement of the refrigerating box fan UA The step of confirming whether the time calculated by the timer of the running time reaches the predetermined time for the operation time of the fan in the refrigerating box, S101 is the closing step of closing the refrigerating deodorizing baffle 15DA for the refrigerating deodorizing broadcast board, S1. 2 The final step for the deodorizing operation of the refrigerating compartment. First, if there is a contact & ^ ^. S90 select the deodorizing operation of the refrigerating compartment 7 * Operation = ', use the off. The deodorizing operation switch can also be set on the display panel with the S91 deodorizing operation turned on. It also functions as a liquid crystal compartment on the front of the box. Then, use 892 = display panel setting to select the state you want to deodorize, and when h1: whether the rooms on the refrigerating side are in defrost operation and refuse to deodorize operation phase, that is, do not perform deodorization by Slu. In this way, it can reach two: continue the current operation. The temperature of the cooler 1 3 is increased, and the defrosting operation is accompanied by the refrigerating operation. The temperature in the cooler cooler room, which causes the temperature of the cooler room to rise, is caused by the liter of air flowing into the refrigerating room 7.

2112-4539-PF.ptd page 29 561237 V. Description of the invention (25) __ But the effect is insufficient. However, it can be checked that when it is reached during the defrost operation in Central Africa, only the deodorization operation in the dehumidifier room is achieved. Where the compartment becomes deodorizing operation 1J When it is judged by S93 whether it is on the refrigerating side, the deodorization operation is continued by S121. When it is changed to the deodorizing operation mode, the houses on the refrigerating side in S93 use the state to deodorize the refrigerating compartment 7. Just run it = 2 ^ 95, start the timer for measuring the timer in the refrigerated box, = built in the microcomputer, etc. = when the fan in the switch box is stopped, the timer will do. Although it ’s cold, use S96 only for adjustment = "room air-conditioning volume adjustment baffle 15A side adjustment"; degree; hit, air-conditioning, such as ^ 45 degrees) 2 Use S97 to open the special deodorizer for refrigeration ▲. Here, the opening of the cold air volume adjustment baffle 5a for the refrigerator compartment is adjusted to 1 so that the flow rate of the air passing through the deodorizing device 22A is equal to the flow rate of the cold air volume adjustment baffle 1 5A. At this time, the opening degree of the cold air volume adjustment baffle 15A for the refrigerating compartment at this time is confirmed by prior tests and the like. For example, in the embodiment, the opening degree is about 45 degrees. In S98, it is determined whether or not the air conditioner 14A in the refrigerating box is in operation. If it is stopped, S99 is used to start the operation of the fan 14A in the refrigerating box 1. Then, in S100, it is determined whether or not the operation time of the fan 14A in the refrigerating box measured by the built-in microcomputer or the like installed in the control device for controlling the operation of the refrigerator phase has reached the operation time.此处 Here, the above timer is set in advance to control the inside of the refrigerator

561237 V. Description of the invention (26) The running time of the fan 1 4 A, and measure the running time from the wind fiber in the deodorizing box. When the so-called cubic ruler is used, the air volume around the cooler m is 0.3: 1, and the running time of the fan ΗΛ in the box is about 15 minutes. Use and enter 1: 2 f to deodorize in a short time. Therefore, the cold air volume adjustment of all rooms except the refrigerating room is closed and the broadcasting board is closed. Only complete the refrigerating room volume with the necessary minimum production transfer time Smell 'can therefore return to S99 when it is judged that it has not operated for a predetermined time in s 100 after a short j. In S100, when it is judged that the fan 14A has been operated for a predetermined time in the refrigerating box, the time measured by closing the refrigerating deodorizer by using a lifting plate 1 5 D A and then weighing 6 hours again. In the case of this embodiment, the so-called predetermined time refers to the time required for the entire cooling air provided with the refrigerating cooler 13A to pass through the deodorizing device 22a for several seconds to several minutes. For example, when the total air volume around the cooler 13 is 0.05 cubic meters, the operating time of the 'refrigeration box fan A' is about 30 seconds. In S1 01, if the refrigerated deodorizing broadcast board 15M- Only 1 'after being closed f, the deodorizing operation of the refrigerating compartment 7 is terminated by S1G2. Therefore, when the compressor U is operating, the foul odor does not flow when the cooling air volume adjustment damper adjusted to the cooling air volume of each compartment is opened. Each room of the refrigerator can obtain a refrigerator with no odor and a clean feeling. Furthermore, if the defrosting operation is performed, the deodorizing operation is performed after the defrosting operation.

2112-4539-PF.ptd

P.31 561237 V. Description of the invention (27) " " — ~: Soil: The foul smell will not flow into each compartment of the refrigerator, so no foul smell / phase can be obtained. In addition, since the cool air is prevented from passing through the deodorizing device during the operation of the compressor, it is also possible to prevent the cooling performance from being lowered. In this embodiment, since the cold air using the fan in the refrigerating box ^ wind will pass through the bypass flow path 2 1 A and return to the refrigerating cooling piano ^ A, a short cycle will occur. The refrigerating deodorizing device 22A has a refrigerating bypass path 2 1 A &, so the odor generated in each compartment of the refrigerator is easy to accumulate = accumulate and can efficiently perform deodorizing of the 3A cooler. Therefore, it can be used for refrigerators with no odor and clean feeling. ^ In this embodiment, the deodorizing operation can be actively ordered even during the operation of the compressors (the cooling operation of the 7 compartments to 7 and the sparse vegetables to 9), so it can be removed. An unpleasant odor such as food in each room can provide a refrigerator with no odor and a clean feeling. Also, since the cooling air volume adjustment baffle for supplying cold air to each room has an opening degree adjustment function, the air volume passing through the deodorizing device 22A for refrigerating can be made the same as the air volume passing through the air path of each room such as the refrigerating room 7 . That is, this provides a time required for each of the compartments such as the shrinkable refrigerating compartment 7 and the refrigerating cooler 3A to pass through the deodorizing device 22A, and it is also possible to cool each compartment. In addition, most of the cold air in the air-supplying air passage in the ice-phase body 1 passes through the coolers 13A and 13B with the odor, and the coolers 13A and 13B are easily sealed in the frost due to the frost. 3A, i 3B between the cooling wing. The above-mentioned odor will spread to the cold due to the temperature rise caused by the defrost operation and the like, and at the same time, the frost will melt and release into an offensive odor, which will spread to the cold.

2112-4539-PF.ptd Page 32 561237 V. Description of the invention (28) '' But °. To, within. Therefore, in the present embodiment, because the cooling air of the fan 1 4 A, Η 1 / jinda of wind will pass through the bypass flow paths 2 1 A, 2 1 B and return to the cooler 13A, 1 The 3B cooler chamber generates a short cycle to form a bypass flow path 21 Α, 2ΐβ with a deodorizing device 2 2A '2 2B. Therefore, the odor generated in each compartment of the refrigerator is easily accumulated and accumulated, and can be efficiently cooled. The deodorization of the equipment room can provide a refrigerator with no odor and a clean feeling. … In this κ & example, although only the deodorizing operation on the refrigerating side is described, the deodorizing operation of each room such as the cold on the east side and the east room i 〇 etc. The control of the refrigeration deodorizing device 22β provided in 21B or the refrigeration cooling air volume adjustment seeding plate 15DB) can also achieve the same effect if the same control is performed. In addition, it stands in several compartments behind the box body of the refrigerator body, for letting the air to the cooler includes deodorizing equipment, filters, bits, and re-cleaning parts to extend the deodorizing device and the individual temperature is The refrigerator in the embodiment includes a plurality of compartments arranged at the front for storing foods, etc .; 2 coolers, which are arranged in 2 independent cooler chambers provided by ice and cubes, and generate cold air for different temperature ranges. ; And 2 air supply paths, each of which is independently generated by the above 2 coolers, with different temperature bands, and separate compartments with different temperature bands; characterized by & installation, the deodorizing device is composed of the following devices : Deodorization ^ In the above 2 independent air supply channels, the device for adsorbing odor components is used to deodorize the odor adsorbed by the filter for deodorizing the life of the above-mentioned deodorizing filter. By setting $ as above, the temperature adjustment of compartments with different temperature zones can be finer adjusted. The cooling and deodorization of compartments can be controlled independently. 2. Set bypass flow paths in 2 independent supply air paths, and

2112-4539-PF.ptd Page 33

561237

If it is installed, the degree of freedom of the air supply path will be increased due to the bypass and the length. V. Description of the invention (29) The deodorizing device for the flow path will set the size of the air supply path. The roads are independent, so there is no impact on the air supply performance, and a low-cost iceman can be obtained. For this example Y, although only | + A, the side of the wind road on the Kang side is provided with a bypass +, & \ 2 The side of the road and the cold are taken as an example, but a deodorizing device; an example of a road and a deodorizing device

At this time, because the relatively high temperature of the cooling temperature zone;: Hanging and installing the equipment J is prone to odor, so it is better to place μ in the air-conditioning section of the refrigerator. : 'You can set more than 3 deodorizers or bypass flow paths. In this case: :: Each compartment can be individually controlled for deodorization operation, so there is no need to test the temperature rise in other rooms. Waiting temperature 1 Fine deodorizing operation and stable cooling of each room ^ S @ 可 进 定 精 〇 'Even if it has more than 3 cold; 3 cold ice: medium' of the device can also be obtained as the 12th The same effect of the refrigerator of the two-chiller system of the t-first cooler mentioned in Figs. 'The solid cold refrigerator is equipped with a switch for deodorizing operation, so it is convenient to use deodorizing operation for the sake of :: Photo :: Meaning of the person: choose deodorization_, so = Photo :: Deodorization; ice: Provides only the necessary compartments for de-off. I. The switch for deodorization operation and selection of the ON as described in Example 4 are also applicable to those described in Examples 1 to 3. Refrigerator

/

V. Description of the invention (30) It provides a deodorizing container that can be carried out according to the user's wishes, and furthermore, it can provide a convenient refrigerator that can be used only for the ice that is convenient for use. Compartment for deodorizing operation [Effects of the invention] The present invention includes a plurality of compartments, etc .; the cooler is used to generate a cooler chamber, and the air supply path and the borrow path are used; the baffle and the supply; Deodorization of the road; the ice chamber between which the inner panel of the special supply air passage is closed forcibly passing fruit, and even if it is pleasant, is arranged in the ice compartment, and the plurality of compartments are installed on the ice to install the cooling fan from the box to the supply air flow path. In the flow path generated by the device, the use of cold air to force the tight deodorizing device of the cooling room, open the stretcher box, and the front of the refrigerator. The refrigerator is located in the back of the box body. It is used to store the food room. The air conditioner inside; the two cooler chambers set by the j " fans are installed in the cold reciprocating compartments; suitable air to multiple compartments; the road is used to open the baffle and cool to each ~ 7 milk is the air supply path between them, and the cool air is returned to the cooler, "乂" and deodorizing device to block the cool air supplied to the multiple compartments by the baffle, so that the baffle and cooler supply air. To the bypass flow path ' Contains all the air-conditioning in the trapping space through the wind in the box ^ to provide a deodorizing effect in a short time without nasty odor. It runs to each room. The scope of the patent application for this invention is the second item. Because the deodorizing device of the refrigerator further includes: a deodorizing filter for adsorbing odorous components; and a recleaning mechanism for decomposing the odorous components adsorbed by the deodorizing filter to extend the above The life of the deodorizing filter can be extended.

2112-4539-PF.ptd Page 35 561237 A " 丨 丨 丨 丨 丨 丨 丨 丨 __Qing 31329 car ^ Day five, invention description (32) and can have an impact, so bypass the flow path The degree of freedom of setting is increased to a low-cost refrigerator. The refrigerator described in item 6 of the scope of the patent application of the present invention is provided with at least one of the air supply paths of the plurality of compartments and the air supply paths of the plurality of compartments. The opening degree of the baffle for adjusting the opening degree is adjusted so that the amount of cooling air passing through the bypass flow path is equal to the amount of cooling air passing through the air supply path provided with the baffle with adjustable opening degree. Therefore, although the cooling operation is performed, each of them can be removed. It has a nasty odor such as food in the room, and provides a clean refrigerator with no odor. In addition, it is possible to shorten the time required for the entire air in each room such as the refrigerator compartment and the cooler to pass through the deodorizing device. Since the refrigerator described in item 7 of the scope of patent application of the present invention is a refrigerator that does not perform a cooling operation during a defrosting operation, during the defrosting operation or after the defrosting operation is completed, the refrigerator is supplied with cold air to a bypass flow. The deodorizing operation is performed before the cooling operation of the road is started. Therefore, even if the cooling air volume adjustment baffle for adjusting the cooling air to each room is opened when the compressor starts, the foul smell will not flow to each room of the refrigerator. Stinky refrigerator with clean feeling. Furthermore, if the deodorizing operation is performed at the end of the defrosting operation, since the temperature of the cooler room after the defrosting does not increase and the malodor flows into the refrigerator compartments, a refrigerator free of malodor can be obtained.

Since the refrigerator described in item 8 of the scope of patent application of the present invention is further provided with a switch for deodorizing operation to start and end the deodorizing operation, it can be provided for use in accordance with the intention of the user Convenient refrigerator 0 The refrigerator described in item 9 of the scope of patent application of the present invention

2112.4539-PF2.ptc Page 37 561237 Case No. 90131329 a V. Description of the invention (33) A selection switch is installed to select the deodorizing compartment, so the user can choose the room to be deodorized according to the user's intention, and Provide a convenient refrigerator that can perform the deodorizing operation for only the necessary compartments. The refrigerator described in Item 10 of the scope of patent application of the present invention includes: a plurality of compartments arranged on the front of the refrigerator body for storing food, etc., 2 coolers, which are arranged behind the refrigerator body to generate cooling The plurality of compartments have different temperature bands with different cooling air; 2 air supply paths are independent of each other, which is used to send the cold air with different temperature bands generated by the above 2 coolers to the separate compartments with different temperature bands; It also includes 7 deodorizing devices. The deodorizing device is composed of the following devices: a filter for deodorization, which is located in 2 independent air supply channels for adsorbing odor components; and a re-cleaning device to deodorize. The odor component adsorbed by the filter can prolong the life of the deodorizing filter, so the temperature band can be different.

The adjustment and control are very fine, and G cooling or deodorization can be controlled independently. The two independent supply air passages described in Item 丨 丨 of the present invention with compartments with compartments are provided with bypass flow paths. ? The road J 糸 is in the deodorizing device, so the bypass flow path can be installed separately because of the size of the bypass path 6 and the county product. The degree of freedom is large, it is too high, and you can get Θ k eight, or this low refrigerator. [Brief description of the drawings] Fig. 1 shows an embodiment of the present invention i 坌 9 ® 1 p port <, a side cross-sectional view of the water phase. Fig. 2 shows an important part of the embodiment of the present invention. Illustration. Part of the ice road

2n: -4539-PF2.ptc Page 38 561237 V. Description of the invention (34) Figure 3 shows the refrigerator of the first embodiment. Figure 4 is a schematic diagram of the wind path of the milk road. Illustration. Structure of filter] 1 Fig. 5 is a diagram showing the actual state of the present invention. The installation state of the deodorizing F 窨 99 々 six 忒 setting 22 of Example 1 is shown in FIG. 6, which is a control flowchart showing the manufacturing process of the first embodiment of the present invention. Fig. 7 shows the control of the deodorizing device of the refrigerator. Side section of an example refrigerator Fig. 8 is a front view showing an important part of an embodiment of the present invention. Part of Known Wind Path Figure 9 is a schematic wind path diagram showing the structure of the second embodiment of the present invention. Fig. 10 is a control flow chart showing the control flow of the cooling unit according to the second embodiment of the present invention. Fig. 11 is a control flowchart showing a control flow of the freezing ice container according to the third embodiment of the present invention. Fig. 12 is a schematic diagram showing a schematic configuration of a refrigerator according to a fourth embodiment of the present invention. Fig. 13 is a front view of a main part showing the air condition of a refrigerator according to a fourth embodiment of the present invention. Fig. 14 is a side sectional view showing a refrigerator according to a fourth embodiment of the present invention. Fig. 15 is a view showing a second control of the refrigerator according to the fourth embodiment of the present invention. Control flowchart.卫 "/ Melon Cheng 2112-4539-PF.ptd Page 39 561237 V. Description of the invention (35) [Symbol description] 1 ~ refrigerator body, 3 ~ refrigerator room door 5 ~ vegetable room door 7 ~ refrigerator room, 2 ~ insulation box, 4 ~ switch room door 6 ~ freezer door 8 ~ switch room, 9 ~ vegetable room, 11 ~ compressor, 1 2 ~ defrosting heater, 13A ~ refrigerator cooler, 14 ~ fan in the box, 1 5 A ~ cold air volume adjustment baffle for refrigerating room 15B ~ cold air volume adjustment baffle for conversion room 1 5 C ~ cold; cold air volume adjustment baffle for east room 15D ~ deodorizing baffle, 15E ~ Cold air volume adjustment baffle for ice making room 15DA ~ Refrigeration temperature with deodorizing baffle 15 DB ~ Cold; East temperature with deodorizing baffle I 0 ~ Freezer compartment, II a ~ Machine room, 1 3 ~ Cooler, 13B ~ Freezer cooler 16 ~ Refrigerator compartment outlet, 18 ~ Freezer compartment outlet, 19B ~ Refrigerator compartment return air path 2 〇B ~ Freezer compartment return air path 21 A ~ Refrigeration bypass flow path 22 ~ Deodorizing device, 17 ~ Spray outlet for conversion room, 19A ~ Air channel for refrigerating room, 20A ~ Air channel for freezer, 2 1 ~ Bypass channel, 2 2 B ~ Bypass channel for freezing, 22A ~ Deodorizing device for refrigerating temperature zone 2 2 B ~ Deodorizing device for freezing temperature zone

2112-4539-PF.ptd Page 40 561237 V. Description of the invention (36) 23 ~ deodorizing filter, 24 ~ recleaning device, 25 ~ air passage for conversion room, 26 ~ air passage for ice making room, 115 ~ Zeolite, 116 to manganese copper, 1 7 to activated carbon, 1 1 to 8 fibrous pulp.

2112-4539-PF.ptd Page 41

Claims (1)

561237 __ Case VI. Patent application scope 1 · A refrigerator multiple compartments' 90131329. > Month / 3 month waiting room is placed in front of the refrigerator body, L_, —; is used to store food and is located in the rear of the refrigerator body Configuration A, but the cold pain in the above multiple compartments · VP ^ cold standby p cooler, recognize, a-▼ 丨 sigh to generate cooling air in the above multiple compartments, · The fan in the box is set in the above cooler Room for wind from upper, adult, person ... to the above plural compartments; the air-conditioning air supply produced by the ~~ ^-^ ^ ^ / 7 ^ laj,,, through the fan in the box to the above plural艋 洛, · The air flow path of the forced air supply and air supply channels of the suction compartment;… forced air supply air is installed on the above air supply channels' " is opened and blocked to each room, and is installed on the baffle and the cooler The door is attached to the cold air supply bypass flow path generated by the cooler, and the air baffle between the windshield and the baffle is said to be 1 W. The sampan plate and the cold path are used to let the cooler produce , Person-to-person ranking between $ σ and cold rolling Return to the above cooler; Deodorizing device, installed in the above side & treatment multiple compartments, to remove the cold air in the J road machine, so as to supply to the above, which is characterized by: '' covered by the above baffle The air conditioner in the air supply path is forced to be sent. The deodorant with adjustable air volume is placed between the baffle and the cooler until the bypass flow path is set. The air in the bypass flow path will not be supplied to the bypass flow. In the cooling operation, two plates are used, so that the cooling airflow direction and flow rate can be adjusted in the cooling operation. By adjusting the opening degree of the baffle, the device according to the patent application includes: The refrigerator described in item 1, wherein the filter for deodorization and deodorization uses wn ---- odor component ;as well as 2112-4539-PFl.ptc p. 42 561237 A cleaning device is used to decompose the milk component absorbed by the filter to extend the life of the deodorant μ.奘 Please refer to the refrigerator described in item 2 of Shenjing's patent scope, wherein the above-mentioned deodorizing farming system is composed of the following devices:,,, = = filter, titanium oxide with photocatalyst; and cleaning Pei Zhi , With a light-emitting diode that emits ultraviolet light. • The refrigerator according to item 1, 2, or 3 of the scope of the patent application, wherein when the =: ί department opens the baffle that cuts off the supply of air-conditioning to each room, set the air supply to the Τ flow path. The air resistance is greater than the supply of cold air to each compartment, and the second air resistance makes it difficult for the cold air to be supplied to the bypass flow. 5 · If the application is independent of the other 6 · If the application is for an air-to-multiple compartment air volume, the adjustable plate is adjusted to make Opening block 7. If the application is not completed and the cold end is not completed, the deodorizing operation is borrowed. 8. If you apply for deodorizing operation, open 9 · If you apply for the patent of the air supply channel, the air supply opening range of the air supply channel that passes through the bypass flow plate, but the operation of the refrigerator described in item 1 of the supply cold, in which the bypass Flow path to set. The refrigerator according to item 1, wherein at least one air supply path for supplying cold is provided with an adjustable cold trap plate, and the air volume of the air path through the adjustable opening degree is followed by the air volume through the adjustable air path equal. The refrigerator according to item 1, wherein in the defrosting transport refrigerator, during the defrosting operation or the cooling operation of the defrosting operation gas to the bypass flow path, the refrigerator described in item 1 of the patent scope is set, and more 'The beginning and end of the deodorizing operation. The refrigerator according to item 8, wherein 2112-4539-PF1.ptc Page 43 561237 _Case No. 90131329_ Year Month Amendment _6. Scope of patent application Select switch, you can choose the compartment that can be deodorized. 1 0. A kind of refrigerator including: a plurality of compartments arranged on the front of the refrigerator body for storing food, etc .; 2 a cooler arranged behind the refrigerator body to generate a temperature zone for cooling the plurality of compartments; Different cold air; 2 air supply channels, each independent, used to send cold air with different temperature bands generated by the above 2 coolers to different compartments of independent temperature bands of the cooler; it is also characterized by including deodorizing devices, The deodorizing device is composed of the following devices: a deodorizing filter, which is located in the above-mentioned two independent air supply channels, for adsorbing odor components; and a recleaning device for decomposing the odor adsorbed by the deodorizing filter Gas component to extend the life of the aforementioned deodorizing filter. 11. The refrigerator according to item 10 of the scope of application for a patent, wherein a bypass flow path is provided in two independent air supply paths, and a deodorizing device is provided in the bypass flow path. 2112-4539-PFl.ptc Page 44