KR19990000261A - Silk Drying Method of Drying Machine - Google Patents

Abstract

The present invention relates to a silk drying method of a dry washing machine that allows drying while preventing drying damage and increasing the drying efficiency for the silk laundry to be dried.

The present invention is a load sensing step (30) for detecting a load by driving a pulsator in a state in which a series of laundry administration dehydration administration is completed to hang the silk laundry on the drying rack, the load in the load detection step (30) Load determination step 31 for determining whether the detection is detected, a drying step 32 for drying if the load is not detected in the load determination step 31, and whether drying in progress in the drying step 32 is completed. The drying completion determination step 33 to determine, and if the drying is not completed in the drying completion determination step 33, the drying proceeds while sensing the load condition, and if the drying is complete, the drying termination step of ending the drying (34), and if the load is detected in the load determination step 31, the drying stop step (35) to stop the drying is made so that the laundry is damaged during drying damage or drying effect It is characterized by preventing the rate from being lowered in advance.

Description

Silk Drying Method of Drying Machine

The present invention relates to a silk drying method of a dry washing machine, and more particularly, to a silk drying method of a dry washing machine, which allows drying while preventing drying damage and increasing the drying efficiency for a silk laundry to be dried.

Drying washing machine is equipped with a heater and a blower fan in a general washing machine, when a series of washing, washing, rinsing, and dehydration strokes are completed, the heater and the blower fan are driven to blow heat generated from the heater to a blower fan to complete dehydration. The laundry is dried inside the washing tank to give convenience to wear the laundry within a short time. In the dry washing machine used in this way, the conventional drying method is a drying product to be dried when a series of washing operations, the dehydration administration is completed. Set the drying time according to the quantity, and dry while blowing the heater heat at the set time, while rotating the pulsator at a predetermined time interval (30 seconds) to mix the dry matter so that the heater heat is evenly transmitted to the laundry. It is supposed to dry.

Thus, in the process of drying the laundry, the volume is small, light laundry or silk laundry, unlike the general laundry, and put into the washing tank at the time of drying, do not dry while rotating the pulsator, it should be dried on a separate drying rack.

This is because the volume is small and light, which causes damage by the rotational force when the pulsator is rotated.

Therefore, when drying a relatively small and light dry material such as silk on a drying rack, the laundry often falls to the bottom of the washing tank by the wind blown from the blower fan, and the separated laundry is subjected to the rotational force of the pulsator. It is easy to damage or have a problem that is not normally dried.

An object of the present invention is to determine whether the laundry is separated from the drying rack to the bottom of the washing tank in the early stage of drying the small and light laundry, such as silk dehydrated in the drying machine so as not to dry when the laundry is separated on the floor By doing so, to prevent damage to the laundry caused by the drying progress and to prevent the drying efficiency is lowered.

In order to realize the above object, the present invention is a step of detecting the load by rotating the pulsator in a state in which a series of washing operations, the dehydration stroke is completed and the laundry is placed on the drying rack, and determining whether the load is detected in the step. And starting drying if a load is not detected in the step, and stopping drying if a load is detected in the step.

1 is a schematic longitudinal sectional view of a dry washing machine used in the present invention

2 is a control block diagram of a dry washing machine used in the present invention

Figure 3 is a flow chart for the silk drying method of the present invention washing machine

* Description of the symbols for the main parts of the drawings *

end; Operation signal input unit b; Micom

All; Drainage and driving part d; Water level detector

hemp; Motor drive bar; Drying part

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic longitudinal cross-sectional view of a dry washing machine used in the present invention, a reservoir (1) for storing the wash water supplied during washing and rinsing, and washing, rinsing, and dehydrating laundry inside the reservoir (1). Washing tank 2, a pulsator (3) for washing and rinsing laundry while forward and reverse rotation in the center of the bottom surface of the washing tank (2), and the pulsator (3) in the lower part of the water storage tank (1) And a water level sensor for sensing the level of the washing water being supplied and drained to the upper end side of the water storage tank 1, the motor and gear unit 4 for supplying the high speed rotational force to the washing tank 2, And a drying apparatus 7 mounted on one side of the top cover 6 located at the upper end of the washing tank 2, the drying apparatus 7 having a passage for blowing warm air into the washing tank 2. One blowing duct 8, a blowing fan 9 for sucking and blowing outside air on one side of the blowing duct 8, and the other side Is a hayeoseo equipped with a heater 10 for heating by an electrical signal.

2 is a control block diagram of a dry washing machine used in the present invention, a driving signal input unit (A) for inputting a driving signal for the washing, rinsing, dehydration and drying operations of a series of washing operations, and the driving signal input unit (A). The microcomputer (b) controls the operation signal input from the control panel by a predetermined program and outputs the controlled signal to each part to perform a series of washing operations, and the control signal of the microcomputer (b) to the washing tank. The water supply and drainage drive unit (C) for supplying and draining water, the water level detection unit (D) for detecting the water level of the water supplied and drained by the control signal of the microcomputer (B), and the control signal of the microcomputer (B) The motor driving unit (e) for performing washing and rinsing while rotating the pulsator forward and reversely and rotating the washing tank at high speed, and the laundry for which the dehydration operation is completed by the control signal of the microcomputer (b). The hayeoseo will consist of the dryer section (F) for blowing air dried to a teoyeol.

Figure 3 is a flow chart for the silk drying method of the present invention, washing machine, the pulsator is driven in a state in which a series of washing steps, the main dehydration step is completed, and the volume is hanged on the drying rack to dry the light and light laundry. Load detection step 30 for detecting a load, a load determination step 31 for determining whether a load is detected in the load detection step 30, and if the load is not detected in the load determination step 31 Drying start step (32) to start drying, drying completion determination step 33 to start the drying in the drying start step 32 to determine whether drying is completed in the drying in progress state, and the drying completion determination step ( In step 33), if the drying is not completed, the drying proceeds while sensing the load condition, and if the drying is completed, the drying termination step 34 and the load determination step 31 are completed. If the load is detected in the drying stop step (35) to stop drying.

Referring to the operation of the present invention made as described above are as follows.

When power is supplied to the dry washer, the operation signal for washing, rinsing, dehydration, and drying administration, which is a series of washing operations to be washed, is input to the microcomputer (B) through the operation signal input unit (A). The water supply is completed by controlling the water supply / drainage driving unit (C) according to a predetermined program for the input operation and detecting the water supply level through the water level detecting unit (D). When the water supply is completed, After controlling the motor driving part (e) to proceed with the washing stroke while rotating the pulsator 3 forward and reverse, and then the washing stroke is completed, the rinsing stroke is performed a predetermined number of times, and when the rinsing stroke is completed The microcomputer (b) controls the motor driving part (e) to proceed with the main dehydration operation while rotating the washing tank 2 at high speed, and is completed.

As such, when the dehydration administration is completed, the microcomputer (b) performs a drying administration, that is, when the user starts drying while hanging on a laundry drying rack to be dried, the microcomputer (b) detects the load ( Go to 30) to control the motor and gear part 4 of the motor driving part (e) to sense the load state acting on the pulsator 3, and then the microcomputer (b) goes to the load determination step 31 It is determined whether the load is detected from the load sensing step 30, and if the load is not detected at this time, the microcomputer (b) determines that the load is not detected because the building does not fall from the drying stand and starts drying. Go to step 32 to drive the blowing fan 9 of the drying unit (bar) to proceed with drying, and then go to the drying completion determination step 33 to determine whether the ongoing drying is completed. In this case, if the drying in progress is not completed as a result of the determination, drying is performed until the drying is completed while detecting and determining whether the laundry has dropped during drying from the load detection step 30, while the drying completion determination step If the drying is completed in (33) to go to the drying end step 34 to end the drying.

However, if it is determined in the load determination step 31 that the load is sensed from the load detection step 30, the microcomputer (b) determines that the load is applied to the motor driving part (e) by falling off the drying stand from the drying stand. To prevent the damage to the laundry due to the drying operation of the washing machine to go to the stop step 35 to start drying.

As described above, the present invention detects a load by rotating a pulsator when drying a small and light laundry such as silk dehydrated in a dry washing machine, and proceeds to drying if the load is not detected. By stopping the drying, the laundry is dropped into the washing tank during the drying operation to provide an effect that can prevent the damage of the laundry or a decrease in drying efficiency in advance.

Claims (1)

In the state where the main dehydration administration, which is a series of washing administrations, is placed on the drying rack, a load sensing step 30 for detecting a load by driving a pulsator and whether the load is detected in the load sensing step 30 is performed. Load determination step 31 to determine the, the drying step 32 to dry if the load is not detected in the load determination step 31, and the drying to determine whether the drying in progress in the drying step 32 is completed Completion judgment step 33, and if the drying is not complete in the drying completion determination step 33, the drying proceeds while sensing the load condition, and if the drying is complete, the drying end step (34) And, when the load is detected in the load determination step 31, the silk drying method of the dry washing machine, characterized in that the drying stop step (35) to stop drying.