TH65951B - Drum washing machine - Google Patents

Abstract

DC60 The invention presents a drum washing machine that was designed to perform a cooldown. In the process of draining the water after the high temperature washing is completed. To enhance the safety of The water drainage path is higher. As well as improving safety, convenience when the user opens the cover, the drum washing machine in this invention. There is a high temperature washing procedure which is performed by It controls the heating path (41) to heat the washing water to a set temperature of 1 (T1) and above, and to cool down the heat-treated fabric. Repeat the water supply and drainage by controlling the water supply path (37) and the drainage path (36) until the washing water temperature drops to the specified temperature 2 (T2) in the Water drainage procedure Discard it after the high temperature washing procedure has been completed. Which makes the washing water through heating Cool down to the specified temperature It will help to reduce the temperature of the effluent, thereby improving the safety of the drainage path. Moreover, after high temperature washing, users will The lid can be safely forced open at any time. So worries can be eliminated while raising the bar Ease of use (Selected Fig.) Fig. 1 This invention presents a drum washing machine that is designed to perform cooling. In the process of draining the water after the high temperature washing is completed. To enhance the safety of The water drainage path is higher. As well as improving safety, convenience when the user opens the cover, the drum washing machine in this invention. There is a high temperature washing procedure which is performed by It controls the heating path (41) to heat the washing water to a set temperature of 1 (T1) and above, and to cool down the heat-treated fabric. Repeat the water supply and drainage by controlling the water supply path (37) and the drainage path (36) until the washing water temperature drops to the specified temperature 2 (T2) in the Water drainage procedure Discard it after the high temperature washing procedure has been completed. Which makes the washing water through heating Cool down to the specified temperature It will help to reduce the temperature of the effluent, thereby improving the safety of the drainage path. Moreover, after high temperature washing, users will The lid can be safely forced open at any time. So worries can be eliminated while raising the bar Ease of use (Selected picture) Figure 1

Claims (8)

Disclaimer (all) which will not appear on the advertisement page. : ------ 09/05/2018 ------ (OCR) Page 1 of 2 pages Disclaimer 1. A drum washing machine with which a round cylindrical rotating drum has a bottom that There is an opening section 1 on the front and a spindle in a horizontal direction or an inclined direction. And a cylindrical water tank Round, with a bottom with a 2nd opening that is supported by the 1st opening, and a rotating drum. Inside in a freely rotating manner And the washing machine that supports the water tank in Movable characteristics And there is a third opening which supports the opening part 1 and the second opening, and the door that is designed to have on the said washing machine and serves to open it. Close the third opening to insert and remove the laundry inside the rotating drum. And the motor that drives Turn the rotating drum. And the heating path that heats the washing water inside the supporting tank, and the temperature detecting path that detects the temperature of the washing water inside the tank. And the first water supply way that connects through and supplies water to the water tank And the second water supply path that enters the rotating drum from the opening section 1 of the rotating drum. And the way it was detected The detected water level of the washing water within the said water tank. And the correct drainage way It is designed to be in the middle of the drainage path, which is connected through the bottom of the tank to control the drainage of the washing water inside the reservoir. And the way of control accepted The signal from the temperature and the water level detects the said water level to control the motor, the heating route, the water supply route and the effluent path. To control the operation of washing, washing, water flicking, which is connected to the tank Whereas the above control method is designed with a high temperature washing procedure which is performed by controlling the heating path. To heat the washing water to the level from the specified temperature at 1 up and in the process of Drain the water after this high temperature washing process has been completed. Will proceed to supply water in portion quantities One or all, using at least a second such water supply method, then it will proceed to make the washing water which Through such heating it cools Which replicates the water supply with the effluent by controlling the route Supply each such water to the said drainage path until the temperature of the washing water, which has passed The heat is reduced to the specified temperature 2. 2. Drum washing machine according to claim 1, where the control method has set the water level in High temperature washing process to the specified water level 1, which is lower than the water level of the washing process. Normally, the way of heating does not work. 3. Drum washing machine according to claim 1 or 2, where the water tank has an overflow hole. Which when level The water of the washing water inside the water tank Since the water level as specified at 2 and above will release To overflow into the drainage path And the way of control was set to the maximum water level at the time of page 2 of the number 2 pages to cool down to the specified water level 3, which is lower than the water level set at 2 above 4. Machine Drum washing according to claim 3 where the control path is designed to be controlled. The motor which drives the rotating drum To stir the laundry with the washing water inside the rotating drum For the time specified in the first set of water level 3 at the time of cooling operation 5. Drum washing machines according to claim 4, where the control path is designed to control. The motor, which drives the rotating drum, detects the temperature of the washing water by means of Detected temperature It is the 1st set time with the 3rd set water level at the time of operation. 6. The drum washing machine according to claim 5 that the control method has been designed to control. The motor, which drives the rotating drum, detects the temperature of the washing water by means of Detected temperature It is the 1st set time with the 3rd set water level at the time of operation. Cool down And in the event that the temperature detected by the detection method is higher than the setpoint temperature 2, the effluent will be drained to the specified water level 5, which is close to the water level. As set 1 and after, the water will be supplied to the specified water level 3 again, which is to control all water from draining. 7. Drum washing machine according to claim 5 or 6 at the route. Control has been designed to Controls the motor which drives the rotating drum while detecting the temperature of the washing water by Pathway detecting temperature It is the 1st set time with the 3rd set water level at the time of cooling operation. And in case of temperature detected by such temperature sensing path Not exceeding the specified temperature at 2 will drain all the washing water inside the drain tank And after Will be moved to the next step ------------ 1. A ready drum washing machine with a rotating drum, a round cylinder, with a bottom with an opening section 1 on the front and a spindle in a horizontal or inclined direction. And a cylindrical water tank Round, with a bottom with a 2nd opening that is supported by the 1st opening, and a rotating drum. Inside in a freely rotating manner And the washing machine that supports the water tank in Movable characteristics And there is a third opening which supports the opening part 1 and the second opening, and the door that is designed to have on the said washing machine and serves to open it. Close the third opening to insert and remove the laundry inside the rotating drum. And the motor that drives Turn the rotating drum. And the heating path that heats the washing water inside the supporting tank, and the temperature sensing path that detects the temperature of the washing water inside the water tank. Detected water level detected the water level of the washing water inside the water tank. And the way to drain the effluent The design exists in the middle of the drainage path, which is connected through the bottom of the tank. To control the drainage of the washing machine inside the tank to support the water out. And the control method that receives the signal Data from the temperature detection path and the water level detection path To control the motor, heating, water supply and effluent routes. To control the operation of washing, water washing, water flicking which are connected together Where such control method Has been designed with steps High temperature wash, which is performed by controlling the such heating path to heat the water. Washed clothes to a level from the set temperature set 1 and above, and the washing water that has passed Such heating cools. Which will repeat the water supply and drainage by controlling the route Dispense the water with the drain path until the temperature of the washing water drops to the specified temperature 2 in the draining step after the high temperature washing process is completed. 2. Drum washing machine according to claim 1, where the control path has set the water level in the When washing high temperature to the water level as set 1, which is lower than the water level of the washing process by Normally in which the heating path does not work 3. Drum washing machine according to claim 1 or 2 where the water tank has an overflow hole. Which when level The water of the washing water inside the water tank Since the water level as specified at 2 and above will release To overflow into the drainage path And the way of control was set to the highest water level at the time Proceed to cool down to set water level 3, which is lower than the aforementioned 2nd water level. 4. Drum washing machines according to claim 3 where the control path is designed to control. The motor which drives the rotating drum To stir the laundry with the washing water inside the rotating drum It is the 1st set time with the 3rd set water level at the time of cooling operation. 5. Drum washing machine according to claim 4, where the control path is designed to control. The motor, which drives the rotating drum, detects the temperature of the washing water by means of Detected temperature It is the 1st set time with the 3rd set water level at the time of operation. Cool down 6. Drum washing machines according to claim 5 where a controlled path is designed in the event of a temperature detected by such temperature sensing path. Above the temperature set 2 will drain the water to the specified water level 4, which is close to the water level set 1 and after that the water will be supplied to the specified water level 3 again. Which is to control all water from draining 7. Drum washing machines according to claim 5 or 6 where the control path is designed in the event of a temperature detected by such temperature sensing path. Since the temperature set at 2 comes down, the washing water will be drained inside the drain tank entirely. And after that move to the next step 8. Drum washing machine according to one of claim 1 ~ 7 that the water supply path is made up. From the first water supply path that connects through and supplies water to the water tank And the second water supply path that enters the rotating drum from the opening part 1 of the rotating drum, where the One or all after just the end of the washing process, at least a high temperature will be performed by The second water distribution method