CN104153156A - Multifunctional automatic intelligent laundry wardrobe - Google Patents

Abstract

Multifunctional automatic intelligent laundry cabinet. Including hollow shaft hydraulic single washing, hollow shaft hydraulic plus impact single top washing, hollow shaft hydraulic plus impact double top washing. It involves wardrobes, laundry buckets, double-acting hydraulic pressure, impactors, water turbines, washing powder or liquid washing, and water recycling. Solve the problems of clothes being injured by beatings, friction and wear, lint and fluff adhering to clothes, inaccurate washing powder or liquid detergent, large waste of water and electricity, no water recycling, not thoroughly decontaminating collar cuffs, clothes wrinkled, no washing after drying Automatically placed in the wardrobe. The wardrobe and the laundry tank are integrated, the hollow shaft hydraulic pressure and the water baffle expand the capacity of the laundry tank to save water, shorten the washing process and save electricity, the impactor and the dehydration plate quickly squeeze the immovable water-absorbing clothes or collar cuffs, and produce water jets to wear Removes stains through laundry volume. The water turbine drives the hard proportioning washing powder or washing liquid. Washing waste water is recovered for the next wash, and washing and rinsing waste water is recovered for flushing the toilet. After washing and drying, the clothes are automatically placed in the closet without wrinkles.

Description

Multifunctional automatic intelligent laundry cabinet

technical field

The invention relates to a washing machine, in particular to a wardrobe, a laundry bucket, a double-acting hydraulic pressure, a full-hydraulic impactor, automatic and intelligent addition of laundry water, a water turbine, automatic and intelligent delivery of washing powder, automatic and intelligent delivery of laundry liquid, and water recycling.

Background technique

Known existing vertical rotary washing machine has pulsator washing machine, dual-power washing machine, drum washing machine at present, and all there is the deficiency of following generality and is:

1. The existing rotary washing machine has a common deficiency in that the clothes are damaged by beating and friction and wear to form a lot of lint plush adhering to the clothes.

2. The existing rotary washing machine does not have the commonality deficiency that the clothes are automatically placed in the closet after they are washed and dried.

3. The existing rotary washing machine puts the clothes in chaos, and the clothes are washed with chaotic folds. There are many folds in the clothes after washing, especially for heating and drying the clothes with chaotic folds, which causes serious wrinkles in the clothes.

4. The existing rotary washing machine cannot thoroughly clean and remove the serious dirt on the collar and cuffs of the clothes.

5. The existing washing machine does not intelligently add the washing water consumption, which cannot reduce the lack of commonness of the user's selection of the water level.

6. Existing washing machines do not measure clothes, do not measure water, do not add washing powder or liquid detergent according to the ratio, and have a common problem of excessive error.

7. The existing rotary washing machine does not measure the clothes, and there is no basis for measuring the water. It is only up to the user to grasp that the loose clothes must be soaked in water to rotate to select the water level, and the water consumption is excessively wasted.

8. The existing rotary washing machine rubs the area of the clothes against the wall of the bucket to decontaminate. It is impossible to control that all areas of the clothes are rubbed against the wall of the bucket on average or for the same length of time, resulting in excessive friction and wear after some areas have been decontaminated, and some areas of friction It is not enough and the decontamination is not clear enough, resulting in uneven decontamination, so the rotation time is prolonged, resulting in a waste of electricity for unnecessary rotation, coupled with the large torque of the rotation itself, which consumes a lot of electricity, and the power consumption of low friction decontamination efficiency, resulting in The lack of commonality of wasting too much electricity.

9. The waste water of the existing washing machine is directly discharged, and there is no common problem of recycling for 2 or 3 times of recycling.

10. The existing rotary washing machine is to wash and dry the piles of clothes, which makes it difficult for drying and heating to penetrate through the piles of clothes, and the piles of clothes have poor air permeability, resulting in long drying time, damage to clothes, and poor drying. Uniformity and high power consumption are common problems.

11. The water vapor from the drying of the existing washing machine cannot be discharged. The water vapor adheres to the bottom of the bucket cover and the wall to form water droplets. These drops of water are completely converted into heat energy by electric energy to dry them, resulting in large electricity consumption and insufficient commonality of damaging clothes.

Contents of the invention

1. Technical problems to be solved

The present invention is simple in structure, and is designed with (hollow shaft hydraulic pressure single top laundry), (hollow shaft hydraulic pressure plus impact single top laundry), (hollow shaft hydraulic pressure plus impact double top laundry) for different grades of clothing and different purposes. Laundry), all overcoming all technical prejudices of existing vertical rotary washing machines. The present invention solves all the technical problems of common inadequacies in the above-mentioned existing vertical rotary washing machines, and the technical problems that scientific research institutions, professors, experts and engineers have not achieved, or other technical problems that have not been thought of. The one-time solution is:

1. In order to solve the technical problem that the existing rotary washing machine causes damage to the clothes due to beating and friction and wear, resulting in a lot of lint plush adhering to the clothes.

The invention adopts horizontal hydraulic pressure or impact to drive the dewatering plate to squeeze immovable water-absorbing clothes to generate water jets to penetrate the clothes volume to decontaminate.

The purpose of the invention is to provide a technical effect that not only does the clothing have no beating injury, no motorcycle wear, and no crumbs and fluff adhere to the clothing.

2. In order to solve the technical problem that the existing rotary washing machine does not automatically put the clothes in the dry closet after washing and drying.

The invention adopts the technical means of connecting the wardrobe with the laundry tank, installing power on the top of the wardrobe, automatically lowering the clothes on the clothes rails in the wardrobe into the laundry tank, and automatically rising to the wardrobe after being washed.

The purpose of the invention is to provide a technical effect that the product is beautiful and high-grade, and life is convenient.

3. In order to solve the technical problem of severe wrinkle formation after the clothes of the existing rotary washing machine are washed and dried.

The present invention connects a square laundry tank with a wardrobe, hangs the clothes on the clothes hanger so that there are no wrinkles, hangs them in the wardrobe, and automatically descends into the laundry tank. Decontamination by pressure, or technical means of drying.

The object of the invention is to provide a technical effect of washing and drying clothes without wrinkles.

4. In order to solve the technical problem that the existing washing machine cannot completely remove and clean the serious dirt on the collar and cuffs of the clothes.

The invention (hollow shaft hydraulic pressure plus impact double-top laundry) adopts the high-speed impact of the impactor on the dehydration plate at the concentrated position of the clothes leading to produce extrusion decontamination, and drives the lower end of the dehydration plate to impact the decontamination at a high speed on the cuff position. .

The purpose of the invention is to provide a technical effect of thoroughly decontaminating and cleaning the collar and cuffs of clothes.

5. In order to solve the technical problem that the existing washing machine does not intelligently add the washing water consumption, it is impossible to reduce the user's selection of the water level.

The invention adopts the first-stage cylinder hydraulic shaft that automatically protects and controls the hollow shaft hydraulic pressure by the pressure electronic components. The hydraulic shaft drives the water baffle to extend out to automatically and intelligently measure the clothes. The hydraulic shaft is set by the computer to drive the water baffle to retract. The amount of laundry water can be calculated automatically and intelligently. When the water level rises to the top of the clothes, the water level control switch automatically cuts off the water supply.

The purpose of the invention is to provide a technical effect that not only automatically and intelligently adds laundry water, reduces the user's choice of water level, makes the user convenient to use, but also saves the labor and material costs of the smart device that measures the clothes and saves the water consumption of the clothes.

6. In order to solve the technical problem that the existing washing machine does not have a rigid ratio of washing powder or washing liquid, and the error is too large.

The invention adopts the washing water flow to drive the water turbine, and the water turbine drives the washing powder capacity tank of the roller or the laundry liquid capacity tank of the plunger, automatically and intelligently puts the washing powder or laundry liquid into the washing water, and enters the washing tank after uniform mixing to penetrate into the clothes. technical means.

The purpose of the invention is to provide not only the automatic and intelligent dosage of washing powder or laundry liquid to accurately and evenly penetrate into the clothes, but also the technical effect of reducing electricity consumption.

7. In order to solve the technical problem of excessive water consumption of the existing washing machine.

The present invention adopts the first-stage cylinder hydraulic shaft and water baffle of hollow shaft hydraulic pressure, according to the different capacities required by the automatic intelligent telescopic laundry tank according to the amount of clothes, and the stroke of the hydraulic shaft and water baffle is automatically controlled by the pressure electronic components to measure the clothes, plus The computer automatically and intelligently obtains the technical means of the laundry water consumption ratio according to the clothing expansion amount and the sewage amount of the clothing ratio.

The purpose of the invention is to save water consumption to the extreme and obtain unexpected technical effects.

8. In order to solve the technical problem that the existing washing machine consumes too much electricity.

The present invention adopts the hydraulic shaft of the first-stage cylinder of the hollow shaft hydraulic pressure to greatly shorten the washing process, and greatly save the power consumption of the washing process for the first time. Such as (hollow shaft hydraulic pressure plus impact single top laundry) and (hollow shaft hydraulic pressure plus impact double top laundry) by the hydraulic shaft of the second stage cylinder, the second time and then shorten the laundry stroke to save electricity. The frequency of the impactor is used to replace the hydraulic laundry cycle, which is the third technical means to save electricity.

The purpose of the invention is to provide an unexpected technical effect of extreme power saving and fast washing speed.

9. In order to solve the direct discharge of the existing washing machine waste water, there is no technical problem of recycling.

The invention adopts the technical means of reclaiming the cleaning waste water to the 2-time water-saving tank for the next automatic intelligent washing water, and recycling the washing and rinsing waste water to the 3-time water-saving tank for flushing the toilet.

The purpose of the invention is to provide an unexpected technical effect of washing zero water.

10. In order to solve the technical problem that it is difficult for the existing washing machine to dry and heat through piles of clothes.

The invention adopts the technical means of automatically unfolding the washed clothes on the hanger by the inner pressure spring of the clothes hanging beam so that each piece of clothes is evenly spaced from the clothes for drying.

The object of the invention is to provide a technical effect of not only easy drying and heating penetration, good air permeability, uniform drying, short heating time, no damage to clothes, but also saving electricity.

11. In order to solve the technical problem that the water vapor dried by the existing washing machine cannot be discharged.

The invention adopts the technical means of installing four exhaust fans on the top of the wardrobe to discharge the drying water vapor without dead angle.

The object of the invention is to provide a technical effect that not only dries quickly, does not damage clothes, but also saves electricity for drying.

2. Technical solution

The present invention solves above-mentioned various technical problems, and the technical scheme that takes is:

1. Wash and dry the clothes on the hanging beam of the liftable cover in the combined wardrobe from sitting cross-legged, and automatically drop them into the laundry tank.

Automatically protected and controlled by the pressure electronic components. The water-saving electro-hydraulic shaft drives the baffle to stretch out and automatically intelligently measure the clothes. The amount of expansion and sewage of the retracted clothes is set by the computer, and the amount of laundry water is automatically added and stretched automatically. The capacity of the laundry tank saves water, and shortens the laundry journey to save electricity.

With the automatic and intelligent washing water flow rate of the two water-saving tanks sitting on the electromechanical water tank decoration cabinet, the impulse water turbine and the roller-type automatic proportioning device for washing powder, or the plunger-type automatic proportioning device for washing liquid, automatic intelligent and accurate delivery of washing powder Or laundry detergent, mixed with washing water, enters the laundry tank to penetrate the clothes evenly,

Water jet penetrating volume decontamination generated by hydraulic or impact extrusion absorbent clothing, collar, cuffs,

The cleaning waste water is automatically recycled to the 2-time water-saving tank for the next automatic intelligent washing water, and the washing and rinsing waste water is automatically recycled to the 3-time water-saving tank for flushing the toilet. The momentum of the recycled water drives the cleaning rack to automatically clean the dirt in the water-saving tank. Tap water is only used for automatic compensation of laundry water or automatic compensation of toilet flushing water,

After the laundry is dehydrated, the clothes hanging beam will press the spring to automatically expand the distance between the clothes, and the clothes will automatically rise into the closet without wrinkles after drying.

2. Hollow shaft hydraulic single-top laundry: The hollow shaft hydraulic pressure fixed on the laundry tank booster plate is a 2-stage cylinder. The hydraulic cylinder is an outer thread with an inner thread. The mounting hole is pierced horizontally, and the outer flange is fixed to the reinforcement plate with bolts.

Connect the hydraulic pipes to the power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the hydraulic shaft of the first-stage cylinder (primary water-saving electric hydraulic shaft) is the size between the dehydration plate and the water tire, and the front end is square and rounded. Thread, the outer flange is fixed with safety sheets and nuts, and the flange step behind the water baffle is fixed to the inner tooth hole of the outer flange with screws. The water baffle plate is driven by a water-saving electro-hydraulic shaft to automatically and intelligently expand the capacity of the laundry tank.

Connect the hydraulic pipe to the pressure electronic component at the position where the rear end of the primary water-saving electro-hydraulic shaft protrudes out of the cylinder head (inside the cylinder head of the second-stage cylinder). Drill a hole from the rear end of the hydraulic shaft of the second-stage cylinder to the oil chamber at the front end, and connect the hydraulic pipe to the power electronic component at the rear end, and connect the hole drilled from the oil chamber at the front end to the inner hole of the shaft to form the oil chamber at the front end of the second-stage cylinder Cavity hydraulic oil channel. The front end of the hydraulic shaft of the second-stage cylinder is flat, and there is a copper sleeve pin hole in the middle of the flat shape. It passes through the front of the water baffle and the dewatering plate member (the component is groove-shaped, and there are copper sleeve pin holes on both sides of the groove wall, and the notch is extended along the outside. Inner tooth holes) are connected with pin shafts, and the concave well steps of the components behind the dehydration plate are fixed to the component notches along the inner tooth holes with screws. The stroke of the hydraulic axis of the second-stage cylinder is a water-saving electro-hydraulic axis retracting the amount of expansion of clothes and the amount of sewage. The pressure electronic components automatically protect and control the expansion and contraction of the hydraulic shaft, which drives the dehydration plate to squeeze the volume of the absorbent clothes, and generates water jets to penetrate the volume of the clothes for decontamination.

3. Hollow shaft hydraulic pressure plus impact single top laundry: the hollow shaft hydraulic pressure fixed on the laundry tank booster plate is a 2-stage cylinder, the hydraulic cylinder is an outer tooth pattern with an inner tooth pattern cylinder head, and the first stage cylinder (1 time water-saving electro-hydraulic Cylinder) The front cylinder head has an outer flange, and the hydraulic pressure of the hollow shaft is horizontally pierced through the hydraulic mounting hole in the laundry tank, and the outer flange is fixed to the reinforcement plate with bolts.

Connect the hydraulic pipes to the power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the hydraulic shaft of the first-stage cylinder (primary water-saving electric hydraulic shaft) is the size between the dehydration plate and the water tire, and the front end is square and rounded. Thread, the outer flange is fixed with safety sheets and nuts, and the flange step behind the water baffle is fixed to the inner tooth hole of the outer flange with screws. The water baffle plate is driven by a water-saving electro-hydraulic shaft to automatically and intelligently expand the capacity of the laundry tank.

The two ends of the primary water-saving electro-hydraulic shaft protrude from the cylinder head (inside the cylinder head of the second-stage cylinder), respectively connect the hydraulic pipes to the power electronic components, and the pressure electronic components automatically protect and control the hydraulic shafts of the second-stage cylinder ( 2 power-saving hydraulic shafts) drive the laundry impactor and dehydration plate to expand and contract, and the stroke is 1 water-saving electro-hydraulic shaft to retract the clothes expansion and sewage volume strokes. For the second time, the washing process was shortened to save electricity.

The flange of the front cover of the laundry impactor is installed on the rear end flange of the secondary power-saving hydraulic shaft of the hollow shaft hydraulic pressure, and is fixed with bolts. The component is in the shape of a groove, and there are copper sleeve pin holes on both sides of the groove wall, and there are inner tooth holes along the outer notch), and the concave well steps of the component behind the dehydration plate are fixed to the component notch along the inner tooth holes with screws. , The laundry impactor has the same working efficiency as one cycle of hydraulic laundry, driving the dehydration plate to squeeze the volume of the absorbent clothes, generating water jets to penetrate the volume of the clothes to decontaminate, and obtain the technical effect of saving electricity for the third time. To achieve the ultimate saving of electricity consumption, there will be no research on power saving in the future, only the research on electricity consumption.

4. Hollow shaft hydraulic pressure plus impact double-top laundry: the double-acting hydraulic pressure fixed on the laundry tank booster plate is a single-stage cylinder (1 time water-saving electric hydraulic cylinder), and the hydraulic cylinder is an outer flange cylinder head with an inner tooth pattern and an outer thread pattern , A water-saving electric hydraulic cylinder is horizontally pierced through the hydraulic installation hole in the laundry tank, and the outer flange is fixed to the afterburner plate with bolts.

Connect the hydraulic pipes to the power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the hydraulic shaft of the first-stage cylinder (primary water-saving electric hydraulic shaft) is the size between the dehydration plate and the water tire. The front end is flat and the middle is flat. The copper sleeve hole is connected with the water baffle member (the component is groove-shaped, there are copper sleeve pin holes on both sides of the groove wall, and the notch has inner tooth holes along the outer extension) with a pin shaft, and the member behind the water baffle is recessed with screws. The well step is fixed to the notch of the component along the inner tooth hole. The water baffle plate is driven by a water-saving electro-hydraulic shaft to automatically and intelligently expand the capacity of the laundry tank.

A single-stage double-acting hydraulic cylinder (2 power-saving hydraulic cylinders) is mounted horizontally on the lower end of the water baffle from front to back. The 2 power-saving hydraulic cylinders are externally threaded and internally threaded and have an outer flange cylinder head. The flange is recessed and flat in front of the water baffle, and fixed to the inner tooth hole of the flange from the back of the water baffle with screws. Connect the hydraulic pipes to the pressure electronic components at both ends of the secondary power-saving hydraulic cylinder.

Horizontally install the unipolar cylinder hollow shaft hydraulic cylinder (secondary power-saving hydraulic cylinder) on the top of the water baffle from front to back. orchid. The flange is level with the concave well in front of the water baffle, and is fixed to the inner tooth hole of the flange with screws from the back of the water baffle. Lan, connect the hydraulic pipes to the pressure electronic components at both ends of the secondary power-saving hydraulic cylinders.

The pressure electronic components automatically protect and control the water-saving hydraulic shaft twice, driving the laundry impactor and the dewatering plate to expand and contract, and the stroke is 1 time. For the second time, the washing process was shortened to save electricity, and unexpected technical effects were achieved.

The front cover flange of the laundry impactor is installed on the rear end flange of the secondary power-saving hydraulic shaft of the hollow shaft hydraulic cylinder, fixed with bolts, the drill rod passes through the secondary power-saving hydraulic shaft, the front end of the drill rod and the lower end of the water baffle are used twice The front end of the power-saving hydraulic shaft is connected to the dewatering plate components with pin shafts (the components are groove-shaped, and there are copper sleeve pin holes on both sides of the groove wall, and the notch has inner tooth holes along the outer extension), and the components behind the dewatering plate are screwed together. The concave well step is fixed on the notch of the component along the inner tooth hole.

The laundry impactor drives the dehydration plate to impact the clothes, and drives the water baffle as the lower end of the rocker (seesaw), and then transmits it to the dehydration plate to impact the cuffs through the power-saving hydraulic shaft twice. When working, the laundry impactor Every time one cycle is flushed, the lower end of the dehydration plate also impacts for one cycle without power consumption. Each impact of the laundry impactor is equal to two cycles of hydraulic laundry. Every cycle drives the dehydration plate to squeeze the volume of the absorbent clothes, generating water jets to penetrate the volume of the clothes Decontamination, obtain the technical effect of saving electricity for the third time, and achieve extreme electricity saving. In the future, there will be no research on electricity saving, only research on electricity consumption.

5. All water-saving, electric-hydraulic shafts drive the water baffle to automatically intelligently expand the capacity of the laundry tank, and the pressure electronic components are used to automatically protect and control the stretching out to automatically measure the clothes. When the pressure reaches the set pressure, it will automatically disconnect and stop, and then connect again. Through the electromagnetic reversing valve, the water-saving electro-hydraulic shaft retracts the amount of clothing expansion and the amount of sewage for one time, and the time for retracting the amount of clothing expansion and sewage is set in the computer on the computer board as: retracting the water-saving electro-hydraulic shaft for one time The length of the full stroke is A÷1 time. The length of the full stroke is B=1 time. The length of the water-saving electro-hydraulic shaft is retracted. When living, automatic intelligent measurement of clothes, until the pressure reaches the set pressure, the automatic intelligence can get the actual extension stroke length as D = 1 time, water saving, electric hydraulic axis automatic intelligent extension time difference is E, E × C = squeeze The time length of the automatic intelligent water capacity for metering clothes is F, F × setting 0.25, 0.30, 0.35 or 0.40 The ratio of clothing expansion and sewage volume = 1 water-saving electro-hydraulic axis automatic intelligent retraction The time length of clothing expansion and sewage volume is G stop, automatically and intelligently get the laundry water consumption, solve the laundry water consumption, automatically and intelligently add, reduce the user's choice of water level, make the user convenient to use, and automatically intelligently expand the capacity of the laundry tank, saving water for the first time, and shortening it for the first time The laundry process saves electricity consumption, realizes the ultimate saving of water and electricity, and saves the labor and material costs of the smart device for measuring the clothes and the water consumption of the clothes, achieving unexpected technical effects.

6. Hollow shaft hydraulic pressure. The hydraulic shaft is a conjoined hollow with a large middle outer diameter and small outer diameter at both ends. The part with a large middle outer diameter of any 1st stage hydraulic shaft can be axially lengthened to limit the telescopic stroke. The hydraulic middle outer diameter is hydraulic The inner diameter of the cylinder and the structure of the front and rear cylinder heads are the same. The small hydraulic cylinder heads at both ends can be manufactured to match the inner teeth and the outer teeth of the hydraulic cylinder. The two ends of the hydraulic cylinder are respectively connected with hydraulic pipes, which becomes the first-stage double-acting cylinder. Hydraulic pressure, when working, the rear end presses oil, the front end returns oil, the rear end retracts, and the front end extends. The front end presses oil, the rear end returns oil, the front end retracts, and the rear end extends. The hollow hydraulic shaft of the first-stage cylinder is used as the double-acting hydraulic cylinder of the second-stage cylinder, and a hydraulic shaft with a hollow middle outer diameter and a small outer diameter at both ends is installed in the cylinder. The hydraulic pressure of the first-stage cylinder The two ends of the shaft are respectively covered with cylinder heads, and the cylinder heads at both ends are connected to the hydraulic pipes in the axial direction (outside the cylinder head of the first-stage cylinder), which becomes the double-acting hydraulic pressure of the second-stage cylinder, and the working principle is the same as that of the first-stage cylinder. , In this order, the required series of hollow multiple double-acting hydraulic pressure can be manufactured.

The two ends of the final (central) hydraulic shaft can be respectively connected to hydraulic pipes, and one end of the hydraulic shaft is hollowed to seal, which can be used as one-way double-acting hydraulic pressure. It is also possible to process the rear end of the final (central) hydraulic shaft into tooth patterns at the square rounded corners, and fix the outer flange with safety plates and nuts. The impactor or rotation and other electromechanical and other equipment can be installed outside the flange, and the hydraulic shaft can be used to pass through the drill rod, rotating shaft, tube, or transmit electricity, oil, water, gas, camera, transmission, sensor, etc. Technical means that constitute universal equipment.

7. The laundry impactor is low operating sound, low frequency, full hydraulic, axial impact, the front cover is processed with an outer flange, the piston and the drill rod are integrated, and the outer teeth of the front end of the drill rod are equipped with a flat middle copper sleeve hole that can be used with Dewatering plate member connection.

8. The laundry tank is made of plastic injection into a groove shape. The front and rear edges of the laundry slot are respectively 25mm wide and 15mm thick, and the two sides are 50mm wide and 15mm thick. Sit and sit accordingly. The front to back inner dimension of the washing tank is the width of the unfolded clothes on the hanger, the left to right outer dimension is the size of the inner frame of the door which is more than 30mm smaller, and the height is the height of the clothes plus 80mm.

A 18mm deep water wind groove is recessed under the laundry tank. The length of the water wind groove is the size between the water baffle and the water tire, and the width is one-third of the width of the bottom of the laundry tank. There is a water wind outlet in the middle of the water wind groove, and the water wind groove It is surrounded by steps with a height of 15mm below and 3mm above, and the steps are covered with stainless steel water wind groove cover plates with water wind holes. Outside the water and wind tank, there is a 18mm concave from the bottom upwards. There are positioning steps under the wardrobe wall in the 4 sides under the bottom of the laundry tank, and there are screw holes at the bottom of the laundry tank in the 4 corners of the steps.

There is a hydraulic installation hole at the end of the washing tank facing the water tank, and a square iron plate (reinforcing plate) with mounting holes is provided at the corresponding position of the mounting hole. There are impactors, hydraulic cylinders, and hydraulic pipe perforations on the upper and lower sides of (the afterburner plate), and there are water inlet external tooth connections under the laundry slot (on the water-proof folding rubber) and the corresponding position of the water inlet pipe.

The water-proof folding rubber of the square tube shape with two ends is fixed in the laundry tank outside the reinforcement board with flat pads and screws. The height of the section is the outer dimension of the water-baffle plate plus 2 mm, the width of the section is the width of the laundry tank, and the length is 1 The full stroke size of the water-saving, electro-hydraulic shaft, cross-section = 4 sides are folded inward by 10mm respectively, and correspond to the fixing grooves on the four sides in front of the water baffle. All the devices behind the water baffle are stored stably in the water baffle folding rubber, and the water baffle folding rubber is placed on the outer periphery of the water baffle, and fixed in the front groove of the water baffle with flat pads and screws.

The other end of the laundry tank is at the corresponding position of the 4 corners of the booster iron up, down, left, and right, and the bolts with "-" shaped heads are respectively fixed on the booster iron from the inside to the outside, which is the positioning block of the water tire baffle.

9. The water tire baffle is the front water tire rear baffle. The baffle is made of plastic and injected into a "7" shape. There are four frames and reinforcement ribs in the front. The upper side protrudes forward with the thickness of the water tire after water injection. There is a water tire water injection port at the back of the corresponding position, the back of the baffle is flat, and the four sides are moved inward by 10mm respectively. There are water tire fixing grooves with a width of 20mm x a depth of 10mm, and there are 4 front concave positioning corresponding to the position of the baffle positioning blocks in the washing tank There is a magnet in the positioning hole to engage with the positioning block.

The water tire is made of high elastic rubber into a groove shape, the front is single weight, and the four sides are set outside the baffle. Gaskets and screws are fixed.

The width of the water tire baffle is 2mm smaller than the size inside the laundry tank, and the height is 5mm shorter than the bottom of the laundry tank to the bottom of the clothes hanging beam. The thickness of the upper end of the water tire after water injection is the dimension between the dehydration plate retracted and the baffle × 5%, and the thickness of the lower end of the water tire after water injection is the dimension between the dehydration plate retracted and the baffle × 20%.

10. The baffle is made of plastic injection, with reinforcing ribs and four frames at the back, flange steps in the center and hydraulic shaft holes for the second-stage cylinder in the center. The front is flat, and the front four sides (4 sides) are respectively moved inward by 10mm. There is a water-proof folding rubber fixing groove with a width of 20mm×a depth of 8mm. After the water-proof board is covered with water-proof folding rubber, the width is the size of the laundry tank and the height is From the bottom of the groove to the highest position of the collar of the garment.

11. The baffle plate of the hollow shaft hydraulic plus impact double-top laundry is made of plastic injection, with reinforcing ribs and four frames at the back, and a concave well step corresponding to the component is designed at the center. The front upper end has a hollow shaft hydraulic installation hole step at the corresponding position of the clothes collar, and the lower end has a double-action hydraulic installation hole step at the corresponding position of the clothes cuff.

12. The dehydration plate is made of plastic injection, with dehydration holes, flat front, reinforcing ribs and four frames at the back, the lower end is at the corresponding position of the cuff of the clothes and the upper end is at the corresponding position of the collar of the clothes, and the center position is designed with a corresponding component concave. Well steps. The size of the dewatering plate is the same as that of the water baffle, and the surrounding of the dewatering plate is covered with grooved rubber.

13. The top of the wardrobe is made of plastic injection into a groove shape, and there are wardrobe board positioning steps under the upper edge. , the normally closed power switch with a door touch on the eyebrow of the wardrobe is connected to the plug power cord, and the front and rear walls on both sides of the top of the wardrobe are respectively at the corresponding positions of the flat traction belt and the rollers. Or there are wire holes in the corresponding position of the socket, and there are 4 exhaust fan installation holes in the top of the wardrobe. The exhaust fan and the 20mm high motor seat or the seat under the bearing sleeve, as well as the reinforcing rib, have a plastic cover on the top of the cover. There is a brake wheel height difference on the position corresponding to the brake, and there is a wire hole and a wire positioning clip next to the position corresponding to the door touch power switch.

There is a rotating shaft on both sides of the top of the wardrobe. There are bearings and 45° umbrella-shaped nylon gears in the middle of the rotating shaft. The two braids have bearings respectively. There are plastic grooved flat traction belt rollers with flat traction belts outside the bearings. Flat leash fixing slot. There is another brake shaft in the middle of the top of the wardrobe. There is a toothed belt, a motor and a brake wheel in the middle of the brake shaft. For tie rod holes, fold one of the folded edges by 90°, and fix it on the beam seat with gaskets and screws. Triangular force angles are punched on both sides of each folded edge angle. The flanging of the pull rod is fixed on the pull rod, and the pull rod drilling outside the protruding nut is tied to the traction rope of the traction motor. There are bearings at the two ends of the braking shaft respectively, and 45° bevel nylon gears are arranged outside the bearings to engage with the 45° bevel nylon gears of the rotating shafts on both sides. Fix all bearings on the lower seat of the bearing sleeve with plastic bearing upper sleeve and screws.

14. The wardrobe board of the washing and drying combination wardrobe is made of plastic injection, with a thickness of 15mm. The lower end protrudes inward with an inward edge, which is fixed under the bottom of the laundry tank with screws, and the outer edge of the upper end protrudes upward. The steps are fixed to the wardrobe board with screws, and there is a groove with a depth of 5mm x width (height) of 15mm at the corresponding height of the laundry slot, so that the edge of the laundry slot is inserted into the slot, and fixed on the edge of the laundry slot with screws from the outside to the inside. The wardrobe boards below the laundry notch are all flat on the outside, and the inside is four frames and "well" shaped reinforcing ribs, and the wardrobe panels above the laundry notch are flat on the inside, with four frames and "well" shaped reinforcing ribs on the outside.

Add 20mm to the width of the rear wardrobe board and the outer dimension of the laundry slot, and there are vertical 5mm×5mm slots on both sides of the inside, and the outer width of the slot is 10mm. The wardrobe boards on both sides are positive and negative, and the back edge is flat and convex with 5mm×5mm inserted into the groove of the rear wardrobe board, and fixed to the wardrobe boards on both sides with screws from the back to the front, and the front side (front) has a 90° angle convex inwards of 35mm Wide * 15mm thick wardrobe door inner frame, there is deep 5mm * wide (high) 15mm outward groove in the wardrobe door inner frame the inside and is enclosed within outside the laundry slot. The space occupied by hydraulic cylinders and laundry impactors, as well as the space occupied by the water inlet and external teeth are empty on the side of the wardrobe board facing the water tank.

The inner frame of the wardrobe door with a height of 80mm is made of cross-section "F"-shaped plastic strips, and the positions occupied by the inner frame of the wardrobe door are removed at both ends, and installed upside down in front of the laundry slot, and fixed to the inner frame of the wardrobe door with round flat head inner triangular screws , There are loading and unloading door pin holes in the door frames at both ends of the middle beam. The height of the lower beam is 60mm. Use the two ends of the plastic groove to remove the position occupied by the inner frame of the wardrobe door. The lower side is fixed under the bottom of the laundry tank. There are loading and unloading door pin holes at both ends of the upper door frame. Wardrobe inner frame.

15. The wardrobe is equipped with a casement door with a frame, or a transparent glass casement door with a frame. The appearance of the loading and unloading door below is the same as that of a swing door. Insert the upper two door pin shafts, and then insert the next two door pin shafts. The structure of the upper and lower maintenance doors of the electromechanical water tank decoration cabinet is the same as that of the washing and drying lifting combination wardrobe. The upper maintenance door may be a picture frame door, and a touch screen is installed below the picture frame door.

16. The cover plate of the washing tank is made of plastic injection, and the outer size is 3mm smaller than the inner size of the wardrobe, and there are air holes on it. There are four frames and "well"-shaped reinforcing ribs on the bottom. There are flat traction belt notches in the front and rear of the frames on both sides. Use galvanized 1 kg triangular weight iron and screws to fix the flat traction belt on the bottom corresponding to the notch. Location.

The clothes hanging beam under the cover of the washing tank is covered with a folded rubber tube with a stainless steel "Φ"-shaped head on the outside of the stainless steel round tube with upper and lower movable grooves. The two ends of the round pipe are respectively plugged in the inner diameter with plugs, and the "convex" shaped clamps are respectively fixed on the two sides under the cover of the washing tank, and one end of the folded rubber tube is fixed on the clamps, so that the "Φ" shaped head is on the stainless steel round tube It can move flexibly in the up and down movable tank, and the outer periphery of the cover plate of the washing tank is covered with a grooved rubber ring.

Cover the laundry tank cover on the laundry tank, put each flat traction belt on the top of the wardrobe, fix it to the rollers with screws, and cover the top cover of the wardrobe. After the combination is complete, it is collectively called a washing-drying lifting combination wardrobe. It is placed on the cross-legged seat and the water outlet component is installed with a rubber pad, and the cross-legged seat is respectively fixed downwards from the 4 corners of the bottom of the washing tank with screws.

17. The electromechanical water tank frame is made of plastic injection into a square chair-shaped three-dimensional cabinet frame, and the space behind and on both sides of the wall is divided into "well" shaped beams. There is a positioning round hole at the position corresponding to the funnel at the bottom of the water tank above and backward, and the bottom of the water tank of the 3-time water-saving tank is fixed to form a whole with screws. The electromechanical water tank frame also has perforations at the corresponding positions of each perforation at the bottom of the water tank. The lower end is 25mm wide * 30mm high respectively for the lower beam of " mouth " font 4 frames, and there is the positioning step of the lower edge of the cabinet wall plate below. The outer dimension of the lower beam seat from front to back is the same as the outer dimension of the laundry slot, the outer dimension from left to right is that the space inside the door frame is more than 30mm smaller, and the height is the same as the height of the laundry slot.

The electromechanical seat is in the lower beam seat of the "mouth" shaped 4 frame. The electromechanical seat is injected with plastic to form the groove shape of the electromechanical beam. Screws are fixed on the lower beam seat, and the height of the notch along the lower surface is the same as that of the lower beam seat.

18. The bottom of the water tank is used for the upper and lower water-saving tanks. The bottom of the water tank is made of plastic to form the same size area as the lower beam of the electromechanical water tank frame. The surrounding frame is 15mm thick and 20mm wide. There are reinforcing ribs in the lower frame, and the rear is concave There are positioning steps for the water-saving tank, and there are rubber rings on the steps. There is a funnel with the same area as the water-saving tank in the step. The center of the funnel is concave with a 80mm deep sewage pan. The position above the sewage pan is connected to the sewage pan. The body has a cross beam, and the center of the cross beam has a copper sleeve hole. At the lower opening of the sewage collection tray at the bottom of the water tank of the 3rd water-saving tank, an inner adapter with an upper funnel-shaped lower inner diameter adapter is installed, and a quick-connect and sewage solenoid valve is installed under the inner adapter, and there is a compression joint between the solenoid valve and the drain pipe Or quick pick up.

There are two direct perforations below the automatic proportioning device for washing powder at the bottom of the water tank. The lower casing of the water turbine with the plunger-type laundry liquid automatic proportioning device above is directly perforated by the positioning frame and the water outlet, and the bearing seat of the camshaft and the corresponding plunger pump seat are arranged next to the positioning frame. And there are outlet pipe perforation and inlet pipe perforation and wire hole. One of the bottom of the water tank towards the wardrobe has holes for the outlet pipe and the compensation pipe, and the other has holes for the water pipe.

19. The cleaning frame is common for the bottom of the upper and lower water tanks. The cleaning frame is made of plastic injection into a conjoined circle and cross beam. The outer diameter of the circle is the inner diameter of the lower end of the water-saving tank. The water vanes vertically in the same direction as the cross beam, the cross beam corresponds to the funnel-shaped slope of the bottom of the water tank, the rubber scraper is fixed under the cross beam, and the copper sleeve shaft protruding from the middle of the cross beam is inserted into the copper sleeve shaft hole in the sewage collection tray. There is a tie rod hole in the center of the copper sleeve shaft.

20. The water-saving tanks can be divided into 2-time water-saving tanks and 3-time water-saving tanks respectively. They have the same structure and are collectively called water-saving tanks. The water capacity of the whole process, the capacity of the 3-time water-saving tank is not limited, the water-saving tank is made of plastic injection into a conical shape with a large lower end and a small upper end, with a circular positioning hole on the bottom of the water tank or the top plate of the cabinet, and the lower end has a width of 15mm ×20mm high booster ring, the cleaning rack is stored in the water-saving tank, the booster ring is placed on the rubber water seal of the positioning step at the bottom of the water tank, and fixed to the booster ring from the bottom of the water tank upwards with flat washers and screws.

21. The top plate of the cabinet is made of plastic injection, and the area is 4mm smaller than the outer dimension of the electromechanical water tank decoration cabinet. The inner frame of the cabinet wall panel of the electromechanical water tank decoration cabinet around the bottom is positioned on the steps. The top plate of the cabinet above the steps is 3mm thick, and the top plate of the cabinet below the steps is 12mm. , the total thickness of the top plate of the cabinet is 15mm, the reinforcing ribs on the top are flat, the front of the top plate protrudes 85mm plus the itself 15mm for 100mm as the door eyebrow and the inner frame of the maintenance door, and the positioning holes on the bottom of the top plate and the top of the secondary water-saving tank Corresponding position and area are then convex 2mm positioning steps, the center of this position is convex 60mm long, there is a tie rod hole in the center, there is a threading hole next to the tie rod hole, and there is a pulley beside the threading hole (the pulley is installed in the middle of the "concave" shape) and the top plate of the cabinet is fixed with screws . There is a traction motor installation well and a hole for electric wires recessed on the cabinet top plate towards the rear corner of one side of the wardrobe.

22. Put the rubber spout cover on the outer tooth pattern of the lower end of the pull rod, and fix it with flat pads and nuts. The pull rod is put through the pull rod hole of the cleaning frame from the bottom of the dirt collection tray. There is an upper funnel-shaped lower inner diameter connection, the inner tooth hole at the upper end of the tie rod is connected to the guide shaft, and the limit stop screw is fixed under the guide shaft as a horizontal pin, tied to the limit stop with a nylon thread and threaded through the line hole, and the nylon thread is threaded on the top plate of the cabinet Threading hole, tie rod through the draw rod hole on the top plate of the cabinet, the positioning step under the top plate of the cabinet falls on the positioning hole above the secondary water-saving tank, fix the secondary water-saving tank from the top plate of the cabinet with screws, remove the guide shaft, and pull up the nylon wire The pulley is tied to the traction motor. When the traction motor is energized, the pull rod rises. At this time, the nozzle cover is placed under the cross beam of the dirt collection tray, the limit bump is placed under the pull rod hole on the top plate of the cabinet, the upper end of the pull rod is placed on the top plate of the cabinet, and the nozzle falls into the water. . When the traction motor circuit is disconnected, the water port cover is placed on the water port, and the upper end of the pull rod is placed in the hole of the pull rod on the top plate of the cabinet to form a secondary water-saving tank.

23. The water turbine uses plastic injection to form a groove-shaped lower shell seat, and when the lower shell sits in the upper mouth, there are bearing seats in the front and rear respectively at both ends, and there are notches around the upper mouth. The high upper case cover has positioning steps, and there are rubber pads inside the steps. The center of the lower case bottom has a water outlet that is 1 size larger than the water inlet pipe. The sitting height of the lower case is the diameter of the water impeller, and the two water impellers are made of plastic. The water blade is an axial rectangle connected with the water impeller. There is a water wheel shaft in the radial center of the water impeller. One end of the water wheel shaft has a nylon gear. There is a bearing at one end of the gear, and the long water wheel shaft is installed with a nylon power gear. The two water impellers are placed in the lower shell seat and engage with the two gears. The four bearings are respectively placed in the bearing seat, and the power gear is placed outside the lower shell seat. The radius of the water seal device, the bearing or the water impeller is placed above the lower casing.

The upper casing cover is made of plastic injection, the lower casing sits on the positioning steps, the bearing sits on the upper cover, and the radius of the two water impellers corresponds. There is an axial "one"-shaped hollow nozzle equal to the length of the blade in the middle. The depth of the hollow nozzle is 20mm. There are 15mm wide × 10mm high reinforcement frames around the lower end of the upper shell cover, which are fixed to the lower shell seat with screws, and the rectangular water collection box with a depth of 5 mm is recessed on the upper shell cover corresponding to the "one"-shaped hollow nozzle. Steps, flat rubber pads are installed inside the steps, the water collection box is injected into a groove shape with plastic, and a 15mm wide x 10mm high reinforcement frame is extended around the notch, and the water collection box is inverted and fixed on the upper shell cover with screws to collect water. A solenoid valve is directly installed on the box.

24. Roller-type washing powder automatic proportioning device: a tee is installed directly under the water turbine, and a solid outer thread is directly installed under the tee, and the tee is connected to a tee to form an "H" shape, and an outer tooth is installed under the tee. The water outlet of the pattern is direct, and the two holes are directly pierced through the bottom of the water tank for 3 times, and the bottom is respectively fixed with nuts. There is a square funnel on the top of the tee. The lower roller shell is made of plastic injection. The bottom of the shell is a funnel. The center of the funnel protrudes directly into the tee. The force frame has an upper roller shell positioning frame on the force frame, and bearing seats are recessed at both ends of the force frame.

The roller is made of plastic injection into the shape of a round shaft, and the outer periphery has axial capacity grooves facing each other. There is a rotating shaft in the radial center of the roller, and there are bearings at both ends of the rotating shaft. One end of the rotating shaft is lengthened and protrudes from the bearing. Engaged with the power gear of the water turbine, the roller is first installed on the lower roller shell, the upper radius of the roller and the bearing is protruding above, and there is a funnel-shaped washing powder storage bucket above the roller of the upper roller shell.

The washing powder storage hopper is made of plastic injection, and the center of the lower funnel has an upper roller shell protruding downwards. There is a 15mm wide × 20mm high reinforcement frame on the outer layer around the bottom. The area size corresponds to the positioning frame of the lower roller shell. The corresponding upper radius of the bearing and the radius of the roller are placed in the upper roller shell. The joints between the two sides of the roller and the upper roller shell should cover the capacity groove of the roller to prevent washing powder from leaking through the capacity groove. Fix the upper and lower roller shells with screws.

25. The plunger-type laundry detergent automatic proportioning device, the water outlet from the bottom of the water turbine directly passes through the water tank bottom of the water-saving tank for 3 times and perforates forward. Connect the water outlet tee, the tee is externally connected with a "bu"-shaped tee (laundry liquid tee), the bottom of the water tank is equipped with a camshaft, one end of the camshaft has a nylon gear meshed with the power gear of the water turbine, and the two ends of the camshaft are equipped with bearings , fixed on the bearing seat at the bottom of the water tank with the bearing upper cover and screws. The rear end of the plunger cylinder of the plunger pump is connected with a spring sleeve, the front end plunger cylinder hole is small, and the rear end spring sleeve hole is large. There is a capacity groove on the outer periphery of the plunger, and there are sealing ring positioning grooves at the front and rear of the capacity groove, and the positioning grooves are covered with sealing rings. The outer diameter of the positioning bumper is the inner diameter of the spring sleeve, the stroke of the plunger is within 10mm, the plunger is loaded into the plunger cylinder from the back to the front, and the pressure spring is loaded, and the inner tooth cover is fixed on the outer tooth of the spring sleeve. On the small diameter of the camshaft, the front and rear are fixed to the plunger pump seat with semicircular glands and screws respectively, forming a "T" shape with the camshaft, connecting the hose from the lower part of the plunger cylinder and the corresponding position of the plunger capacity tank to the "Bu" of the water outlet of the turbine ""-shaped tee, the camshaft is turned to the large diameter, and when the plunger is pressed back, connect the hose from the corresponding position on the plunger cylinder and the plunger capacity tank to the plastic bucket of laundry detergent. The plastic bucket of laundry detergent is placed on the bucket seat, and the bucket seat is made of plastic injection into a groove shape. The bottom of the tank is fixed on the bottom of the water tank next to the plunger pump with screws. There are steps in the tank, which are higher than the piston pump. More than 50mm high, the barrel sits facing the plunger pump, and there is a hose connector opening.

26. All the water inlet and outlet joints of the water-saving tank and the washing tank are hollow "convex" shapes, and rubber pads corresponding to the arc shape of the water-saving tank are covered inside and outside, and fixed with nuts.

All plumbing and fittings are plastic. The outer diameter of the water pipe and the corresponding positions of all the perforations at the bottom of the water tank are glued with a positioning sleeve at the bottom of the water tank with outer tooth patterns, and the upper and lower ends of the positioning sleeve are respectively provided with nuts to position the bottom of the water tank.

All water pipes or air pipes are connected with special tees or elbows for pan-sealing with compression joints. The compression joints are hollow "convex"-shaped and compression nuts, and are covered with rubber pads.

All solenoid valves for water pipes or air outlets are connected with quick-connect or compression joints.

27. The lower end of the 3-time water-saving tank facing the wardrobe is connected to the upper part of the cleaning rack with the outer tooth connection of the water outlet and the inner tooth elbow of the outer surface. There are quick-connect and compression fittings at the lower end.

The lower end of the 3rd time water saving tank is located on the top of the cleaning rack and has a floating ball valve to limit the water level. Connect to the water outlet elbow of the outer inner teeth, connect the "Bu"-shaped tee in the compensation water pipe, and connect the three-way water-saving tank (2) The water level control switch hose, the upper end of the water outlet pipe passes under the bottom of the water tank The upper end is connected to the water outlet elbow, and the lower end is quickly connected to the compensation water elbow.

The upper end of the other secondary water-saving tank has a float valve to limit the upper water level. The outer teeth of the float valve are connected to the elbow with inner teeth on the outside. Connected, the lower end is equipped with a solenoid valve, and the lower end has a compression joint.

The front and bottom ends of the secondary water-saving tank are located above the cleaning frame. There are 3 outlet joints connected to the outer elbows respectively. The quick connectors are respectively connected to the solenoid valve for washing powder washing water or the electromagnetic valve for washing liquid washing water.

The water outlet of the outer teeth pattern under the roller-type laundry detergent automatic proportioning device is directly installed with an elbow, and the elbow is connected to the water outlet tee under the plunger-type laundry detergent automatic proportioning device, with a quick connection in the middle. Install a one-way valve from the Bu word tee, quick-connect the one-way valve, quickly connect the tee (sink tee), install the rinsing water and cleaning water solenoid valve on the sink tee, put the outlet pipe through the hole at the bottom of the water tank and connect it to 2 The outlet elbow of the sub-saving water tank, the lower end of the outlet pipe is quickly connected to the rinsing water cleaning water solenoid valve on the sink tee, and the sink tee connects to the outer tooth connection position of the laundry tank with a compression joint.

The lower front end of the 2nd water receiving tank is located on the top of the cleaning rack, and is equipped with an elbow and an external tooth connection. The elbow is facing the water blade of the cleaning frame. The lower front end of the 3-time water-saving tank is located on the top of the cleaning frame. It is equipped with an elbow and an external tooth connection. The elbow faces the water blade of the cleaning frame. The water inlet pipe is put on the lower perforation of the water tank and connected to the elbow, and the lower end is connected to the water inlet tee, with a quick connection in the middle. There is a quick connection between the water inlet pipe under the inlet and outlet tee and the outlet position of the water pump. In the middle of the water inlet pipe, there is a "bu"-shaped tee (water level tee), the water level tee is connected to the water level control switch hose, and the water level control switch is soft. The pipe is connected with a "Y" shaped tee (gas outlet tee), and the gas outlet tee is connected to the gas outlet hose, puts on the wire hole at the bottom of the water tank, and is hung under the bottom of the water tank of the secondary water-saving tank. On the computer switch board derate water level selector switch.

28. The cabinet wall panel of the electromechanical water tank decoration cabinet is made of plastic injection, the thickness is 15mm, the lower end has an inward side, and the inward side is fixed under the lower beam of the electromechanical water tank frame with screws, and the upper end is 5mm high x 2mm. For thick steps, the top board of the cabinet on the step is fixed to the cabinet wall board with screws, and there are grooves with a depth of 5mm x width (height) of 15mm at the corresponding heights of the upper and lower water tanks inside, so that the bottom of the upper and lower water tanks can be inserted into the upper and lower grooves respectively. It is fixed on the bottom of the water tank from the outside to the inside, and the wall panels below the bottom of the water tank of the 3-time water-saving tank are all flat on the outside, and the inside is four frames and "#" shaped reinforcing ribs. The cabinet wallboard facing the wardrobe has a working door installed in the corresponding position in the middle of the 2nd water-saving tank, 3rd water-saving tank, and the electromechanical water tank frame. The structure of front inner frame and maintenance door up and down is the same as that of washing and drying lifting combination wardrobe, and the upper maintenance door is that a picture frame door is equipped with a computer switch board touch screen.

The width of the wall panel of the rear cabinet is the outer dimension of the water tank bottom plus 20mm, and there are vertical 5mm×5mm grooves on both sides of the inside, and the outer width of the groove is 10mm. There is a maintenance door between the bottom of the water tank and the lower beam seat of the electromechanical water tank for the third water-saving tank. Cover it with a plastic cover and fix it with screws. The cabinet wall panels on both sides are positive and negative, and the rear edge is flat and convex to the back with 5mm×5mm inserted into the groove of the rear cabinet wall panel, fixed to the cabinet wall panel from back to front with screws, and the front (front) is convex inward at a 90° angle There is a maintenance door inner frame with a width of 35mm × 15mm, and an outward groove with a depth of 5mm × width (high) 15mm is arranged at the bottom of the upper and lower water tanks respectively up and down in the maintenance door inner frame.

29. The electromechanical seat in the electromechanical water tank frame is equipped with a drying device or a fan and a solenoid valve, a water pump or a hydraulic pump and a motor, a hydraulic oil tank or an electromagnetic reversing valve, and all pressure electronic components are separately installed outside the electromagnetic reversing valve, and Different pressures are set according to different purposes. Pressure electronic components include: pressure electronic switches, pressure electronic transmitters, and pressure electronic sensors. Install the hydraulic pipe or pipeline quick connection and other parts, and the water pump outlet is connected to the water inlet pipe quick connection. The electromechanical water tank decoration cabinet is placed on the pan seat, and the four corners of the electromechanical seat are respectively fixed on the pan seat with screws.

30. Sitting cross-legged is made of plastic injected into a rectangular shape, surrounded by lower skirts, with concave curves on both sides of the lower skirt, and inside the concave curves are perforated water pipes, water outlet pipes, and drain pipes. There is a flat plate for assembling the washing-drying lifting combination wardrobe and the electromechanical water tank decoration cabinet above, and the corresponding position of the flat plate and the water air outlet of the washing tank has a water wind component hole. The flat plate has wire-to-board or connectors or socket mounting holes for the drain solenoid valve, and there are recessed wells and recessed wells corresponding to the fan outlet, water pump inlet, water tank sewage outlet, water tank outlet, and tap water inlet. The center hole is equipped with a special convex external thread tee or elbow. There are pipe grooves and pipe groove cover plates under the plate. All water pipes or air pipes and accessories are made of plastic. Outside the pipe grooves, there are one-piece reinforcement ribs to the lower skirt.

Seat the hole of the water wind component in the pipe groove under the plate, and the 100° special water wind elbow with the inner thread of the outer flange, and fix the outer flange under the plate with rubber rings and screws.

The water and air elbow is connected to the water and air tee outwardly and backwards, and the special tee is connected from the water and air tee to the concave well of the air outlet. The one-way installation is directly connected to the water pump inlet concave well and then connected to the special elbow. The outer thread of the special elbow is passed through the center hole of the concave well and fixed with nuts.

The water and air tee is equipped with a drain solenoid valve, and then the drain tee is installed horizontally. One end of the drain tee is connected to the lower skirt drain pipe with a perforated external ball valve. Connect the other end of the drainage tee to the concave well of the sewage outlet and connect the special tee. The outer thread of the special tee is put on the center hole of the concave well and fixed with a nut. Adapt to the hose connector of the external thread.

Put the special tee outer thread into the center hole of the water outlet concave well and fix it with nuts. The two ends of the special tee are respectively connected to the lower skirt outlet pipe to perforate the external ball valve, and the ball valve is connected to the outer thread hose joint.

Put the outer thread of the special tee into the center hole of the tap water inlet concave well and fix it with nuts. The two ends of the special tee are respectively connected to the lower skirt tap water pipe to perforate the external ball valve, and the ball valve is connected to the hose joint of the outer thread. Then cover the plastic pipe groove cover plate and fix it with screws.

The cross-legged booster frame is welded into a "mesh" shape with a 40mm×40mm square tube. The two ends (4 corners) of the booster frame are moved inwardly by 200mm respectively to drill holes. , After the booster frame is galvanized, install the "convex" shaped pan seat feet with the outer tooth pattern on the 4 inner tooth shafts respectively, and the booster frame is fixed in the lower skirt frame below the plastic pan seat with screws.

Install the washing and drying combination wardrobe and the electromechanical water tank decoration cabinet on the pan seat, and connect all the joints of the air pipe and water pipe, and then install the hydraulic cylinder or impactor, water baffle and dewatering board in the laundry tank, and then Reinstall all hydraulic fittings, and finally connect the electrical or wire-to-board connectors.

3. Beneficial effects

The beneficial effects of the present invention are:

1. The present invention is hydraulic pressure and impact extrusion water-absorbent clothing to generate water jets to penetrate the volume of clothing for decontamination. Compared with the existing rotary washing machine, the clothes are rubbed in the bucket or suspended in the air and beaten to decontaminate. The technical features of the present invention have produced qualitative changes, which not only bring about no damage to the clothes, no friction and wear, and no crumbs and fluff attached to the clothes. , and the beneficial effect of washing speed several times faster.

2. The present invention automatically lowers the clothes into the washing tank, and automatically rises into the closet after washing. Compared with existing washing machines without this technology, the market is blank. The technical features of the invention bring convenient use, improve the aesthetic level of products, and achieve unexpected beneficial effects.

3. In the present invention, the clothes are unfolded on the clothes hanger without wrinkles and placed in the laundry tank without moving. The decontamination is squeezed by the dehydration plate, and the clothes without wrinkles are dried after washing. Compared to existing washing machines that dry piles of messy wrinkled laundry, resulting in wrinkled laundry. The technical features of the present invention produce qualitative changes and bring about the beneficial effect of washing and drying without wrinkles.

4. The present invention uses a laundry impactor and a dehydrating plate to quickly impact and decontaminate the collar and cuffs of the clothes. Compared with existing washing machines without this technology, the market is blank. The technical characteristic of the present invention produces qualitative change, brings and thoroughly removes the cuff dirt of the leader, and obtains the beneficial effect that is unexpected.

5. In the present invention, the pressure electronic components automatically protect and control the hydraulic shaft to drive the baffle to extend out to automatically measure the clothes, and the computer sets the amount of clothing expansion and sewage, and automatically and intelligently obtains the amount of laundry water. When the water level rises When reaching above the collar of the clothes, the water level control switch will automatically cut off the water supply. Compared with existing washing machines without this technology, the market is blank. The technical features of the present invention bring about a qualitative change, which not only brings automatic and intelligent addition of laundry water consumption, but also reduces the need for users to choose water levels, making it convenient for users to use, and saves the labor and material costs of smart devices that measure clothes, and saves smart devices that use water for clothes Beneficial effects of labor costs.

6. The present invention uses the automatic intelligent washing water flow to drive the hydraulic turbine to mix the hard-proportioned washing powder or laundry liquid with the washing water to penetrate into the clothes. Compared with the existing electromagnetic pump for washing machines, there is no basis for inaccurate delivery of laundry liquid, and it does not evenly penetrate into the clothes. The invention brings the beneficial effects of accurately proportioning washing powder or washing liquid and evenly penetrating into clothes without damaging clothes and evenly decontaminating.

7. In the present invention, the pressure electronic components automatically protect and control the hydraulic shaft to drive the baffle to stretch out to automatically and intelligently measure the clothes, and the amount of clothing expansion and sewage to be retracted by 0.25, 0.30, 0.35 or 0.40 is set by the computer. Compared with the water consumption of the existing washing machine, the user knows that the loose clothes must be soaked in water and rotated to select the water level, and the water consumption is too much wasted. The technical features of the present invention produce qualitative changes, which not only save water consumption to the extreme, but also reduce the user's choice of water level, make the user convenient to use, and achieve unexpected beneficial effects. In the future, there will be no subject research on water conservation, only the subject of not using water can be studied.

8. The present invention greatly shortens the laundry stroke by one water-saving electric hydraulic axis to save electricity, shortens the laundry stroke by two electricity-saving hydraulic axes to save electricity, and replaces the hydraulic laundry cycle with the frequency of the laundry impactor, the third time Save electricity. Compared with the existing rotary washing machine, it has a large torque force and consumes a lot of electricity, and in addition, the decontamination efficiency of the rubbed clothing area is low, and the long rotation time consumes a lot of electricity. The technical features of the present invention produce qualitative changes and bring about the beneficial effect of extreme power saving. In the future, there will be no subject research on saving electricity, only the subject of not using electricity can be studied.

9. The present invention recycles the final cleaning wastewater to the 2nd water-saving tank for the next automatic intelligent washing water, and recycles the washing and rinsing wastewater to the 3rd water-saving tank for toilet flushing. Compared with the direct discharge of waste water from existing washing machines, the invention brings the beneficial effect of zero water for washing.

10. After washing, the clothes of the present invention are automatically unfolded so that each piece of clothing is evenly spaced from each other and then dried. Compared to the existing washing machine stack drying. The invention brings the beneficial effects of no damage to clothes, uniform drying and power saving.

11. The present invention discharges the drying water vapor. Compared with the existing washing machine, no drying steam is discharged. The invention has the beneficial effects of not damaging clothes and saving electricity.

12. The present invention only has a stainless steel water wind channel cover plate with a length of 270 mm * a width of 200 mm. Compared with the stainless steel washing bucket of the existing washing machine, the invention brings the beneficial effect of saving a large amount of stainless steel raw materials.

13. The one-time water-saving electro-hydraulic shaft of the present invention can extend the dewatering plate to the water tire. In other words: the one-time water-electric hydraulic shaft can expand and contract the laundry tank to zero capacity. Compared with the existing washing machine, washing a pair of socks wastes too much water. The invention brings the beneficial effect of washing a pair of socks without wasting water.

Description of drawings

The description of the multifunctional automatic intelligent laundry cabinet is as follows:

Figure 1 is a front view of a hollow shaft hydraulic single top laundry;

Fig. 2 is a hydraulic perspective view of the hollow shaft of Fig. 1;

Fig. 3 is the front view of the single-top laundry with hollow shaft hydraulic pressure and impact;

Fig. 4 is a perspective view of the hydraulic pressure of the hollow shaft in Fig. 3;

Fig. 5 is the front view of the double-top washing machine with hollow shaft hydraulic pressure and impact;

FIG. 6 is a perspective view of the hollow shaft of FIG. 5 hydraulically plus impact.

In the figure: 1.2 water-saving tanks, 2.3 water-saving tanks, 3. wardrobe top, 4. clothes hanging beam, 5.1 water-saving electro-hydraulic shaft, 6. water baffle, 7.2 power-saving hydraulic shaft, 8. dehydration plate , 9. Laundry tank, 10. Solenoid valve for washing powder washing water, 11. Roller type automatic proportioning device for washing powder, 12. Solenoid valve for washing liquid washing water, 13. Plunger type automatic proportioning device for washing liquid, 14. Laundry Impactor, 15. Water pump, 16.3 Water-saving tank water inlet solenoid valve, 17. Drain solenoid valve, 18. Rinse water cleaning water solenoid valve, 19.2 Water-saving tank water inlet solenoid valve, 20. Wardrobe, 21, 2nd Stage cylinder hydraulic shaft, 22. chisel rod.

Detailed ways

The specific embodiments of the present invention will be described in further detail below in conjunction with the accompanying drawings.

as the picture shows:

1. Installation method:

The multifunctional automatic intelligent laundry cabinet is connected in series with the toilet water inlet pipe with a hose, and the drain hose is placed in the floor drain hole, and the drain ball valve, water outlet ball valve, and tap water ball valve are opened.

2. Standby state:

The water enters the 2nd water saving tank 1, and then enters the 3rd water saving tank 2 through the compensation pipe, and the compensation water is used to flush the toilet. Turn off the water. When the water level of the secondary water-saving tank 1 rises to full, the float valve automatically shuts off the water. At this time, only the tap water solenoid valve is normally open, and all the solenoid valves of other water pipes and air pipes are normally closed. Wardrobe top 3 brake springs are normal brakes, and the clothes hanging beam 4 folded rafter rubber hoses are often expanded. The primary water-saving electro-hydraulic shaft 5 and the baffle plate 6 and the secondary electro-hydraulic shaft 7 and the dewatering plate 8 are retracted.

3. Clothes hanging method:

Put the clothes on the clothes hanger, fold the towels and socks in half and put them on the lower beam of the clothes hanger, fold the cotton felt and blankets to the width corresponding to the laundry tank, pass through the special hanger (wider than the clothes hanger) to form a half fold, the coat and skirt are super high Add a special hanger, and hang from one end of the clothes hanging beam above the water tire to the recesses of the 4 folded hoses of the clothes hanging beam in sequence.

4. Working procedures:

Plug in the power supply, close the closet door and touch the eyebrow door on the top of the closet to turn on the power, press the touch screen power supply, start to connect the traction motor on the top 3 of the closet, pull the brake spring and release the brake wheel, and the clothes will automatically fall into the washing tank 9 without moving , The laundry tank cover plate is naturally covered on the laundry tank 9, and the traction motor circuit is disconnected. Turn on the electromagnetic reversing valve once, the water-saving electro-hydraulic shaft 5 drives the water baffle plate 6 and the dehydration plate 8 to stretch out to automatically measure and squeeze the clothes intelligently, and automatically disconnect and stop when the pressure electronic component is overpressured. Then connect the electromagnetic reversing valve 1 water-saving electro-hydraulic shaft 5 to drive the baffle plate 6 and the dewatering plate 8 to retract the sewage amount and stop (referring to [0171]). Connect the washing powder washing water solenoid valve 10, by the automatic and intelligent washing water flow, the impulse water turbine and the roller type washing powder automatic proportioning device 11; or connect the laundry liquid washing water solenoid valve 12, by the automatic and intelligent washing water flow, Impulse water turbine and plunger type laundry liquid automatic proportioning device 13, washing powder or laundry liquid mixed with washing water enters laundry tank 9 to infiltrate clothes evenly, when the water level rises above the clothes, the water level control switch automatically disconnects the above-mentioned electromagnetic valve.

Hollow shaft hydraulic single-top laundry is an example: the electromagnetic reversing valve is connected, and the pressure electronic component automatically protects and controls the hydraulic shaft 21 of the second-stage cylinder to drive the dehydration plate to stretch and squeeze the water-absorbing clothes, generating water jets to penetrate the clothes volume to decontaminate.

Hollow shaft hydraulic pressure plus impact single top laundry or hollow shaft hydraulic pressure plus impact double top laundry as an example: turn on the electromagnetic reversing valve twice to save power Hydraulic shaft 7 drives dehydration plate 8 to top the clothes, when the pressure electronic component is overpressured, it will automatically disconnect stop. Then connect the laundry impactor 14 electromagnetic reversing valves, and the laundry impactor 14 drives the drill rod 22 and the dehydration plate 8 to impact and extrude (impact produces extrusion) the volume of water-absorbing clothing, and produce water jets to penetrate the volume of clothing for decontamination. Every impact for 10-15 seconds, turn on the electromagnetic reversing valve to retract the power-saving hydraulic shaft 7 and dehydration plate 8 twice, and then turn on the electromagnetic reversing valve to extend the power-saving hydraulic shaft 7 and dehydration plate 8 twice Clothes, and then continue the above impact washing.

After washing, the dehydrating plate 8 continues to dehydrate the clothes, and the water pump 15 and the water-saving tank water inlet solenoid valve 16 are connected 3 times, as well as the sewage solenoid valve. After -3 seconds, disconnect the sewage solenoid valve circuit, disconnect the water pump 15 and the 3 times water-saving tank water inlet solenoid valve 16 circuit simultaneously after pumping water, connect the drainage solenoid 17 and disconnect and stop after the remaining waste water is discharged. Turn on the water-saving tank 1 rinse water solenoid valve 18 twice, automatically and intelligently feed water into the laundry tank 9, the water level rises to the top of the clothes, the water level control switch automatically disconnects the rinse water solenoid valve 18 to turn off the water, and then continue the above Same laundry. After rinsing, the dehydration plate 8 continues to dehydrate the clothes, and the water pump 15 and the water-saving tank water inlet solenoid valve 16 are connected 3 times. After the water-saving tank 2 is fully loaded, the water level control switch is turned off. The water pump 15 and 3 times water-saving tank water inlet Solenoid valve 16 circuits, connect drain solenoid valve 17 simultaneously and disconnect and close after remaining waste water is discharged.

After rinsing, turn on the tap water solenoid valve to stop the water intake, and at the same time turn on the rinsing water cleaning water solenoid valve 18 of the water-saving tank twice to automatically and intelligently feed water into the laundry tank 9, the water level rises to the top of the clothes, and the water level control switch automatically turns off the rinsing water for cleaning The water solenoid valve 18 stops water intake, and then continues the above-mentioned same laundry. After cleaning, the dehydration plate 8 continues to top the clothes for dehydration, and connects the water pump 15 and the water inlet solenoid valve 19 of the second water-saving tank and the traction motor circuit on the top plate of the cabinet. The cleaning frame in the water-saving tank 1 is rotated and cleaned twice by the water-saving tank 1. At the same time, the pull rod rises to discharge the sewage for 1-3 seconds, disconnects the traction motor circuit, and stops the sewage discharge. After pumping water, disconnect the water pump 15 and the second water-saving tank water inlet solenoid valve 19 and the tap water solenoid valve circuit to close, then connect the drain solenoid valve 17, disconnect the drain solenoid valve 17 circuit after 18 minutes, and close the water pump after 5 minutes Turn on the electromagnetic reversing valve to retract the power-saving hydraulic shaft 7 and the dehydration plate 8 twice. After 10 minutes, turn on the electromagnetic reversing valve to drive the water-saving electric hydraulic shaft 5 to push the dehydration plate 8 against the clothes for 1 minute before retracting. .

At this moment, the inner spring of the clothes-hanging beam 4 automatically expands each piece of clothing into an even spacing with the clothing. Connect the solenoid valve of the ventilation pipe, open the air pipe and the drying system for drying, and turn on the top 3 exhaust fan of the wardrobe after 1-3 minutes to discharge the water vapor. After the drying stops, disconnect the solenoid valve of the air pipe and exhaust Fan circuit, connect the traction motor on the top 3 of the wardrobe, release the brake wheel, connect the rotating shaft motor to raise the clothes into the wardrobe 20, disconnect the traction motor and the rotating shaft motor circuit and the power circuit, and the work is completed, and the multifunctional automatic intelligent laundry cabinet is on standby again state.

Claims (31)

1. A multi-functional automatic intelligent laundry cabinet, including a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, is characterized in that: the clothes hanging beam (4 ) clothes are automatically dropped into the washing tank (9), Automatically protected and controlled by pressure electronic components 1 time water-saving electro-hydraulic shaft (5) drives the water baffle (6) to stretch out to automatically and intelligently measure the clothes, and the computer sets the shrinkage of the clothes and the amount of sewage, and automatically obtains the amount of laundry water Intelligent joining, automatic intelligent telescopic laundry tank (9) saves water capacity, and shortens the laundry journey to save electricity, The automatic intelligent washing water flow of the 2 secondary water-saving tanks (1) sitting on the electromechanical water tank decoration cabinet, the impulse water turbine and the automatic proportioning device for roller washing powder (11), or the automatic proportioning device for plunger type washing liquid ( 12), automatically and intelligently put washing powder or laundry liquid accurately, mix with washing water and enter the washing tank (9) to penetrate clothes evenly, The water jet penetrating volume decontamination is generated by hydraulic pressure or impact extrusion of absorbent clothing, collar and cuffs, The cleaning waste water is automatically recycled to the 2nd water-saving tank (1) for the next automatic intelligent washing water, and the washing and rinsing waste water is automatically recycled to the 3rd water-saving tank (2) for flushing the toilet. The momentum of the recycled water drives the cleaning rack to automatically To clean the dirt in the water-saving tank, the tap water is only used for automatic compensation of laundry water or automatic compensation of toilet flushing water, After the laundry is dehydrated, the clothes hanging beam (4) presses the spring to automatically expand the distance between the clothes, and after drying, the clothes automatically rise into the wardrobe (20) without wrinkles. the 2. A multifunctional automatic intelligent laundry cabinet according to claim 1, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: hollow shaft hydraulic single top laundry: fixed in the laundry tank ( 9) The hydraulic pressure of the hollow shaft of the booster plate is a 2-stage cylinder. The hydraulic cylinder is an outer thread with an inner thread. The cylinder head has an outer flange. Afterburner plate, Connect hydraulic pipes to power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the primary water-saving electric hydraulic shaft (5) is the size between the dehydration plate (8) and the water tire, and the front end is a square rounded outer tooth pattern. , the outer flange is fixed with safety plates and nuts, and the water baffle (6) is driven by the water-saving electro-hydraulic shaft (5) for one time. The capacity of the automatic intelligent telescopic laundry tank (9) is Connect the hydraulic pipe to the pressure electronic component at the rear end of the primary water-saving electro-hydraulic shaft (5) protruding from the cylinder head, drill a hole from the rear end of the hydraulic shaft (21) of the second-stage cylinder to the oil chamber at the front end, and Connect the hydraulic pipe to the power electronic components, drill a hole from the position of the front oil chamber to communicate with the inner hole of the shaft, and form the hydraulic oil passage of the front oil chamber of the second stage cylinder. The front end of the hydraulic shaft (21) of the second stage cylinder is flat, and the middle of the flat shape There is a copper sleeve pin hole, and it is connected with the dewatering plate (8) with a pin before passing through the water baffle (6). The stroke of the hydraulic shaft (21) of the second stage cylinder is 1 time. The volume and sewage volume strokes are automatically protected and controlled by the pressure electronic components. The expansion and contraction of the hydraulic shaft (21) of the second stage cylinder drives the dehydration plate (8) to squeeze the volume of the water-absorbing clothes and generate water jets to penetrate the volume of the clothes for decontamination. the 3. A multifunctional automatic intelligent laundry cabinet according to claim 1, comprising a laundry tub, double-acting hydraulic pressure, laundry powder injection, and laundry liquid injection, characterized in that: hollow shaft hydraulic pressure plus impact single top laundry: fixed on the laundry The hydraulic pressure of the hollow shaft of the reinforcement plate in the slot (9) is a 2-stage cylinder, the hydraulic cylinder is an outer thread with an inner thread. The cylinder head has an outer flange, and the hydraulic pressure of the hollow shaft passes through the hydraulic installation hole in the washing tank (9) horizontally. fixed to the reinforcement plate, Connect hydraulic pipes to power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the primary water-saving electric hydraulic shaft (5) is the size between the dehydration plate (8) and the water tire, and the front end is a square rounded outer tooth pattern. , the outer flange is fixed with safety plates and nuts, and the water baffle (6) is driven by the water-saving electro-hydraulic shaft (5) for one time. The capacity of the automatic intelligent telescopic laundry tank (9) is Both ends of the primary water-saving electro-hydraulic shaft (5) protrude out of the cylinder head, respectively connect hydraulic pipes to power electronic components, and the pressure electronic components automatically protect and control the secondary power-saving hydraulic shaft (7) to drive the laundry impactor ( 14) Expanding and contracting with the dehydration plate (8), the water-saving electro-hydraulic shaft (5) retracts the clothing expansion and sewage volume strokes once, and shortens the laundry stroke for the second time to save electricity. The front cover flange of the laundry impactor (14) is installed on the rear end flange of the secondary power-saving hydraulic shaft (7) of the hollow shaft hydraulic pressure, the drill rod passes through the front of the secondary power-saving hydraulic shaft (7), and the front end is connected with a pin As for the dehydration plate (8), when working, the impact of the laundry impactor is equal to the working efficiency of one cycle of hydraulic laundry, driving the dehydration plate (8) to squeeze the volume of the absorbent clothes, and generate water jets to penetrate the volume of the clothes for decontamination. the 4. A multi-functional automatic intelligent laundry cabinet according to claim 1, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: hollow shaft hydraulic pressure plus impact double-top laundry: fixed on the laundry The primary water-saving electro-hydraulic cylinder of the booster plate in the tank (9) is an outer flange cylinder head with an outer thread pattern and an inner thread pattern. The hydraulic cylinder is horizontally pierced through the hydraulic mounting hole in the laundry tank (9) and fixed on the booster plate. Connect the hydraulic pipes to the power electronic components at both ends of the primary water-saving electric hydraulic cylinder. The full stroke of the primary water-saving electric hydraulic shaft (5) is the size between the dehydration plate (8) and the water tire. The front end is flat and there is copper in the middle of the flat shape. The hole is connected with the water baffle (6) by a pin shaft, and the capacity of the water baffle (6) is driven by the primary water-saving electro-hydraulic shaft (5), and the capacity of the automatic intelligent telescopic laundry tank (9) is increased. At the lower end of the water baffle (6) horizontally install 2 power-saving hydraulic cylinders from front to back. The 2 power-saving hydraulic cylinders are external threaded with internal thread and have an outer flange cylinder head, and screwed from the water baffle ( 6) The back is fixed to the inner tooth hole of the flange, and the hydraulic pipes are respectively connected to the pressure electronic components at both ends of the secondary power-saving hydraulic cylinder, On the upper end of the water baffle (6) horizontally install 2 times of power-saving hydraulic cylinder from front to back, the 2 times of power-saving hydraulic cylinder is an outer thread pattern with an inner thread pattern. The cylinder head has an outer flange, and the water baffle ( 6) The back is fixed to the inner tooth hole of the flange. The rear end of the 2nd energy-saving hydraulic shaft (7) has a square rounded outer tooth pattern, and the flange is fixed with a safety plate and a nut. At both ends of the 2nd energy-saving hydraulic cylinder Connect the hydraulic pipes to the pressure electronic components respectively, The pressure electronic components automatically protect and control the water baffle (6) up and down twice, the power-saving hydraulic shaft (7), drives the laundry impactor (14) and the dehydration plate (8) to expand and contract, and the stroke is 1 time, and the water-saving electro-hydraulic shaft (5 ) retract the laundry expansion and sewage volume strokes, shorten the laundry stroke for the second time to save electricity, The front cover flange of the laundry impactor (14) is mounted on the rear end flange of the secondary power-saving hydraulic shaft (7) of the hollow shaft hydraulic pressure, the drill rod (22) passes through the secondary power-saving hydraulic shaft (7), the front end and the partition The lower end of the water plate (6) is connected to the dewatering plate (8) with pin shafts respectively at the front end of the power-saving hydraulic shaft (7). The laundry impactor (14) drives the dehydration plate (8) to impact the clothes leading, and drives the lower end of the water baffle (6), and then transmits the power-saving hydraulic shaft (7) twice to the dehydration plate (8) to impact the cuffs, When working, every time the laundry impactor (14) impacts 1 cycle, the lower end of the dehydration plate (8) also impacts 1 cycle without power consumption, and every impact of the laundry impactor (14) is equal to 2 cycles of hydraulic laundry, every 1 cycle The dehydration plate (8) is driven to extrude the volume of the water-absorbing clothing, and water jets are generated to penetrate the volume of the clothing for decontamination. the 5. A multifunctional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: 1 water-saving electro-hydraulic The shaft (5) drives the water baffle (6) and the capacity of the automatic intelligent telescopic laundry tank (9) is automatically protected and controlled by the pressure electronic components to automatically measure the clothes automatically and intelligently. When the pressure reaches the set pressure, it will automatically disconnect and stop, and then Turn on the electromagnetic reversing valve, the water-saving electro-hydraulic shaft (5) retracts the clothing expansion and sewage volume for one time, and the time for retracting the clothing expansion and sewage volume is set in the computer on the computer board as follows: water and electricity saving for one time The hydraulic shaft (5) retracts the full stroke length as A ÷ 1 time. The water-saving electro-hydraulic shaft (5) extends the full stroke length as B=1 time. According to the B-1 times, the water-saving electro-hydraulic shaft (5) is stretched out to be caught by the clothes, and the pressure reaches the set pressure, and the clothes are automatically and intelligently measured, and the actual stretching time is automatically and intelligently obtained as D = 1 time of the water-saving electro-hydraulic shaft (5) The length difference of the automatic intelligent extension is E, E×C=the automatic intelligent water capacity occupied by the squeezed and metered clothes is F, and F×set 0.25, 0.30, 0.35 or 0.40 The ratio of clothing expansion to sewage volume = 1 water-saving electro-hydraulic axis (5) Automatically and intelligently retract the amount of clothing expansion and sewage for a period of G to stop, automatically and intelligently obtain the water consumption of laundry, solve the problem of automatic and intelligent addition of laundry water consumption, reduce the user's choice of water level, and enable users to use It is convenient and intelligently expands the capacity of the laundry tank automatically, which saves water consumption for the first time, and shortens the washing process for the first time to save electricity consumption. the 6. A multifunctional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry tub, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: hollow shaft hydraulic pressure, hydraulic pressure The shaft is conjoined and hollow, with a large middle outer diameter and small outer diameters at both ends, which can be extended axially to limit the telescopic stroke at the part with a large middle outer diameter of any hydraulic shaft. The hydraulic middle outer diameter is the inner diameter of the hydraulic cylinder, and the front and rear ends of the cylinder The cover structure is the same. The cylinder heads at both ends of the small hydraulic cylinder can be manufactured to match the inner teeth and the outer teeth of the hydraulic cylinder. Pressure oil at the end, return oil at the front end, retract the rear end, extend the front end, press oil at the front end, return oil at the rear end, retract the front end, extend the rear end, use the hollow of the hydraulic shaft of the first stage cylinder as the hydraulic shaft of the second stage cylinder Double-acting hydraulic cylinder, the cylinder is filled with a hollow hydraulic shaft with a large outer diameter in the middle and a small outer diameter at both ends. The cylinder heads are respectively covered at both ends of the hydraulic shaft of the first-stage cylinder, and the cylinder heads at both ends are axially The inner positions are respectively connected to the hydraulic pipes, which become the double-acting hydraulic pressure of the second-stage cylinder. The working principle is the same as that of the first-stage cylinder. In this way, the required number of stages of hollow multiple double-acting hydraulic pressure can be manufactured. The two ends of the final hydraulic shaft can be connected with hydraulic pipes respectively, and one end of the hydraulic shaft can be sealed with a hollow, which can be used as a single-direction double-acting hydraulic pressure, or the rear end of the final hydraulic shaft can be processed into a square rounded corner tooth pattern, and fixed with a safety plate and a nut The outer flange can be equipped with mechanical and electrical equipment such as impactors or rotations outside the flange. It can use the hydraulic shaft to pass through the drill rod, rotating shaft, and pipe hollowly, or transmit electricity, oil, water, gas, camera, transmission, transmission, etc. sense, etc., can constitute a universal equipment. the 7. A multifunctional automatic intelligent laundry cabinet according to claim 1, 3, or 4, comprising a washing tub, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the laundry impactor (14) is Low operating sound, low frequency, full hydraulic pressure, axial impact, front cover is processed with an outer flange, the piston and the drill rod (22) are integrated, and the front end of the drill rod (22) is equipped with a flat middle copper bushing hole Dewatering plate member connection. the 8. A multifunctional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder, and washing liquid, characterized in that: the washing tank (9) For plastic injection groove shape, the front and back of washing tank (9) mouth edge are respectively width 25mm, thickness 15mm, both sides width are respectively 50mm, thickness 15mm, and the clothes hanging beam (4) below the laundry tank cover plate is sunken ), the front to back inner dimension of the washing tank (9) is the width of the clothes unfolded on the clothes hanger, the left to right outer dimension is the size of the inner frame of the door which is smaller than the size of the door frame by more than 30mm, and the height is the height of the clothes plus 80mm. A 18mm deep water wind groove is recessed under the laundry tank. The length of the water wind groove is the size between the water baffle and the water tire, and the width is one-third of the width of the bottom of the laundry tank. There is a water wind outlet in the middle of the water wind groove, and the water wind groove There are 15mm lower and 3mm higher steps around the steps. There are stainless steel water wind channel cover plates with water air holes on the steps. Outside the water air channel, there is a 18mm concave from the bottom to the top. There are wardrobe walls in the four sides under the bottom of the laundry tank. Position the steps on the lower side, and there are screw holes at the bottom of the washing tank at the four corners of the steps. There is a hydraulic mounting hole towards the center of the laundry tank (9) toward the end of the water tank, and a mounting hole reinforcement plate is provided at the corresponding position outside the mounting hole. There are laundry impactors (14), hydraulic cylinders, and hydraulic pipes to perforate, and there are water inlet external tooth connections under the laundry slots corresponding to the water inlet pipes. The outer washing tank (9) of the afterburner is fixed with a square tube-shaped water-proof folding rubber with flat pads and screws at both ends. 9) Inner width dimension, the length is the full stroke dimension of the water-saving electro-hydraulic shaft (5), cross-section = 4 sides are folded inward by 10mm respectively, and correspond to the fixed grooves on the four sides in front of the water baffle (6), and the water baffle (6) All the devices behind are stored in the water-proof folding rubber, and the water-proof folding rubber is placed on the outer periphery of the water-baffle (6), and fixed in the front groove of the water-baffle (6) with flat pads and screws. The other end in the laundry tank (9) is up, down, left, right and 4 angle corresponding positions of the booster iron, and the bolts of "-" font head are respectively fixed on the booster iron from inside to outside, which is the water tire baffle plate positioning block. the 9. A multifunctional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing tub, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: water tire baffle It is the rear baffle of the front water tire. The baffle is made of plastic and injected into the shape of "7". There are four frames and reinforcement ribs in the front. The tire water injection port, the back of the baffle is flat, and the four sides are respectively moved inward by 10mm. There is a water tire fixing groove with a width of 20mm×a depth of 10mm, and there are 4 front concave positioning holes corresponding to the positioning blocks of the baffle in the washing tank (9). There is a magnet in the hole to attract the positioning block, The water tire is made of high elastic rubber into a groove shape, the front is single weight, and the four sides are set outside the baffle. Spacer and screw fixing, The width of the water tire baffle is 2 mm smaller than the size inside the laundry tank (9), the height is 5 mm shorter than the bottom of the laundry tank to the bottom of the clothes hanging beam (4), and the thickness of the upper end of the water tire is 2 mm when the dehydration plate (8) is retracted to the baffle Dimension × 5% between, the water tire lower end after water injection thickness is dewatering plate (8) when retracting to the dimension × 20% between the baffle plate. the 10. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder, and laundry liquid, characterized in that: the water barrier is ( 6) Plastic injection, with reinforcing ribs and four frames at the back, flange steps at the center and hydraulic shaft holes for the second-stage cylinder in the center, flat front, and 10mm inwards on the front four sides, with a width of 20mm x depth of 8mm Water-proof folding rubber fixed groove, water-proof plate (6) puts water-proof folding rubber back width is the size in the washing tank (9), and the height is at the bottom of the washing tank to the highest position of the clothes leader. the 11. A multi-functional automatic intelligent laundry cabinet according to claim 1 or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the hollow shaft hydraulic pressure plus impact double top laundry The water baffle (6) is made of plastic injection, with reinforcing ribs and four frames at the back, and a member concave well step corresponding to the member is designed at the central position, and the upper end of the front has a hollow shaft hydraulic mounting hole step at the corresponding position of the clothes leader, and the lower end is at the corresponding position of the clothes leader. There are double-acting hydraulic mounting hole steps at the corresponding position of the cuff of the clothes. the 12. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder, and washing liquid, characterized in that: the dehydration plate (8) It is made of plastic injection, with dehydration holes, flat front, stiffeners and four frames at the back, the lower end is at the corresponding position of the cuff of the clothes and the upper end is at the corresponding position of the collar of the clothes, and the central position is designed with a concave well step corresponding to the component, dehydration Plate (8) size is identical as baffle plate (6), and dewatering plate (8) is surrounded with grooved rubber. the 13. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the top of the wardrobe is made of plastic injection In the shape of a groove, there are wardrobe board positioning steps under the upper edge. The top four walls of the wardrobe are 100mm high and fall inside the wardrobe board. The front wall is the wardrobe eyebrow. The front of the wardrobe eyebrow is flat with the inner frame of the wardrobe door. The normally closed power switch is connected to the plug power cord. There are square flat traction belt perforations at the corresponding positions of the flat traction belt and rollers on the front and rear walls of the wardrobe top, and there are wire holes at the corresponding positions of the wardrobe board and the socket on the side facing the water tank. , There are 4 exhaust fan installation holes in the top of the wardrobe, which are equipped with exhaust fans and 20mm high motor seats or bearing sleeves, and reinforcement ribs, with plastic covers on them, and protruding holes on the corresponding positions of the covers and brakes. The height difference of the brake wheel, there is a wire hole and a wire positioning clip next to the position corresponding to the door touch power switch, There is a rotating shaft on both sides of the top of the wardrobe. There are bearings and 45° umbrella-shaped nylon gears in the middle of the rotating shaft. The two braids have bearings respectively. There are plastic grooved flat traction belt rollers with flat traction belts outside the bearings. There is a fixed groove for the flat traction belt. There is another brake shaft in the middle of the top of the wardrobe. There is a toothed belt, a motor and a brake wheel in the middle of the brake shaft. There is a brake belt circle for brake pads on the outer periphery of the brake wheel. , the two folded edges have tie rod holes respectively, fold one of the folded edges 90°, fix it on the beam seat with gaskets and screws, punch a triangular force angle on both sides of each folded edge angle, and use the pull rod to pass through the two pull rods Use a nut to fix the movable edge to the pull rod. The pull rod drilled out of the protruding nut is tied to the traction rope of the traction motor. The other end of the pull rod is drilled to hang on the pull spring, and the other end of the pull spring is hooked to the top wall of the wardrobe. There are bearings at both ends of the brake shaft. Outside the bearings, there are 45° bevel nylon gears that engage with the 45° bevel nylon gears on both sides of the shaft. Use plastic bearing sleeves and screws to fix all the bearings under the bearing sleeves. sit on. the 14. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: washing and drying combination wardrobe The wardrobe board is made of plastic injection, with a thickness of 15mm. The lower end protrudes inward and has an inward edge, which is fixed under the bottom of the laundry tank with screws. There is a groove with a depth of 5mm x a height of 15mm at the corresponding height of the laundry slot, insert the edge of the laundry slot into the slot, and fix it to the edge of the laundry slot with screws from the outside to the inside. The wardrobe boards below the laundry slot are all outside Flat, with four frames and "well" shaped ribs on the inside, the wardrobe board above the laundry slot is flat on the inside, with four frames and "well" shaped ribs on the outside, Add 20mm to the width of the rear wardrobe board and the outer dimension of the laundry slot. There are vertical 5mm×5mm grooves on both sides of the inside, and the outer width of the groove is 10mm. The wardrobe boards on both sides are forward and reverse. In the groove, use screws to fix the wardrobe boards on both sides from the back to the front, and the front side protrudes inward at a 90° angle with a 35mm wide x 15mm thick wardrobe door inner frame, and inside the wardrobe door inner frame is an outward groove with a depth of 5mm x 15mm high Covered outside the laundry slot, there is space occupied by the hydraulic cylinder and the laundry impactor (14) on the side of the wardrobe towards the water tank, and the space occupied by the water inlet external teeth, The inner frame of the wardrobe door with a height of 80mm is made of cross-section "F"-shaped plastic strips, and the positions occupied by the inner frame of the wardrobe door are removed at both ends, and installed upside down in front of the laundry slot, and fixed to the inner frame of the wardrobe door with round flat head inner triangular screws , There are loading and unloading door pin holes in the door frame at both ends of the lower beam. The height of the lower beam is 60mm. Use the two ends of the plastic groove to remove the positions occupied by the inner frame of the wardrobe door. The lower side is fixed under the bottom of the laundry tank, and the two ends of the upper door frame are respectively There are loading and unloading door pin holes, and the two ends are fixed to the inner frame of the wardrobe with round flat head inner triangle screws. the 15. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the wardrobe is equipped with a bag frame Swing door, or framed transparent glass swing door, the lower loading and unloading door has the same appearance as the swing door without glass, the loading and unloading door can be made as a false tap, and there are 4 conical door pins fixed up and down inside the loading and unloading door, first penetrate the upper two doors Pin shaft, then insert two door pin shafts. the 16. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing tub, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the cover plate of the washing tank is It is made of plastic injection, the outer size is 3mm smaller than the inner size of the wardrobe, there are air holes on the top, four frames and "well" shaped reinforcement ribs on the bottom, and flat traction belt notches in the front and rear of the frames on both sides. Zinc 1 kg triangular weighted iron and screws, fix the flat traction belt on the lower part corresponding to the notch, The clothes hanging beam (4) under the cover plate of the washing tank is covered with a folded rubber tube with a stainless steel "Φ" shaped head outside the stainless steel round tube with up and down movable grooves. The two ends of the stainless steel round pipe are respectively plugged in the inner diameter with plugs, and the "convex" shaped clamps are respectively fixed on both sides of the underside of the laundry tank cover, and one end of the folded rubber tube is fixed on the clamps, so that the "Φ" shaped head is in the The stainless steel round tube and the upper and lower movable tanks can move flexibly, and the outer circumference of the cover plate of the washing tank is covered with a grooved rubber ring. Cover the laundry tank cover on the laundry tank, put each flat traction belt on the top of the wardrobe, fix it to the rollers with screws, cover the top cover of the wardrobe, wash and dry the combined wardrobe, put it on the seat with rubber Pad the water outlet components, and use screws to fix the pan sitting downwards from the 4 corners of the bottom of the washing tank. the 17. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the electromechanical water tank frame is made of plastic Injected into a square chair-shaped three-dimensional cabinet frame, the space behind and on both sides of the wall is divided into "well"-shaped reinforced beams, and there are positioning round holes on the upper and lower sides corresponding to the funnel at the bottom of the water tank. Screw the water in the three-time water-saving tank The bottom of the tank is fixed to form a whole, and the electromechanical water tank frame is also perforated at the corresponding positions of the perforations on the bottom of the water tank. The lower end is a "mouth" shape. The lower beams of the 4 frames are respectively 25mm wide x 30mm high. , the outer dimension of the lower beam seat from front to back is the same as the outer dimension of the laundry slot, the left to right outer dimension is the space inside the door frame is more than 30mm smaller, and the height is the same as the height of the laundry trough. The electromechanical seat is in the lower beam seat of the "mouth" shaped 4 frame. The electromechanical seat is injected with plastic to form the groove shape of the electromechanical beam. Screws are fixed on the lower beam seat, and the height of the notch along the lower surface is the same as that of the lower beam seat. the 18. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the bottom of the water tank is the upper and lower joints The water tank is commonly used. The bottom of the water tank is made of plastic injection to have the same size and area as the lower beam of the electromechanical water tank frame. The surrounding frame is 15mm thick and 20mm wide. There is a rubber ring on the steps, and a funnel with the same area as the water-saving tank is recessed inside the steps. The center of the funnel is recessed with a 80mm deep sewage pan. There is a copper sleeve hole in the center. At the lower opening of the sewage collection tray at the bottom of the water tank of the 3rd water-saving tank, an inner adapter with an upper funnel-shaped lower inner diameter adapter is installed, and a quick-connect and sewage solenoid valve is installed under the inner adapter, and there is a compression joint between the solenoid valve and the drain pipe or quick pick, There are two direct perforations below the roller-type automatic proportioning device for laundry detergent (11) at the bottom of the water tank, and the lower housing of the water turbine with the plunger-type automatic proportioning device for laundry detergent (13) is directly perforated on the positioning frame and the water outlet. Next to the positioning frame, there are camshaft bearing seats and corresponding plunger pump seats, and there are holes for outlet pipes, inlet pipes, and wire holes. One of the bottom of the water tank facing the closet has holes for outlet pipes and compensation pipes, and the other is There are holes in the water pipes. the 19. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder, and washing liquid, characterized in that: the cleaning rack is for the upper and lower water The bottom of the tank is universal. The cleaning frame is made of plastic injection into a connected circle and cross beam. The outer diameter of the circle is the inner diameter of the lower end of the water-saving tank. When the water blades and cross beams correspond to the funnel-shaped slope at the bottom of the water tank, a rubber scraper is fixed under the cross beams, and a copper sleeve shaft protrudes from the middle of the cross beams to insert into the copper sleeve shaft hole in the sewage collection tray, and there is a tie rod hole in the center of the copper sleeve shaft . the 20. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the water-saving tank can be separately The upper part is the 2-time water-saving tank and the lower part is the 3-time water-saving tank. They have the same structure and are collectively referred to as the water-saving tank. The capacity of the secondary water-saving tank is not limited. The water-saving tank is made of plastic injection into a conical shape with a large lower end and a small upper end. There are circular positioning holes on the bottom of the water tank or the top plate of the cabinet on the top, and a 15mm wide × 20mm high afterburning ring is extended at the lower end. , The cleaning rack is stored in the water-saving tank, the booster circle is placed on the rubber water seal of the positioning step at the bottom of the water tank, and the booster circle is fixed upward from the bottom of the water tank with flat gaskets and screws. the 21. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the top plate of the cabinet is injected with plastic The area is 4mm smaller than the outer dimension of the electromechanical water tank decoration cabinet, and the inner frame of the cabinet wall panel of the electromechanical water tank decoration cabinet is positioned around the steps. The top plate of the cabinet above the steps is 3mm thick, and the top plate of the cabinet below the steps is 12mm. The total thickness of the top plate of the cabinet is 15mm , the top reinforcing rib is flat and the bottom is flat, the front of the cabinet roof is convex downwards by 85mm plus 15mm itself for 100mm to make the door eyebrow and the inner frame of the maintenance door flat, and the corresponding position and area of the bottom of the cabinet top and the positioning hole on the top of the secondary water-saving tank are then convex 2mm positioning step, the center of this position is convex 60mm long, there is a tie rod hole in the center, there is a threading hole next to the tie rod hole, and there is a pulley beside the threading hole. Use screws to fix the top plate of the cabinet, and the top plate of the cabinet is recessed at the rear corner of the side of the wardrobe. There is a traction motor installation well , and has wire holes. the 22. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the outer tooth pattern at the lower end of the pull rod Put on the rubber spout cover, fix it with flat pads and nuts, put the pull rod through the pull rod hole of the cleaning frame from the bottom of the dirt collection tray, put the spout cover in the dirt collection tray, and install an upper funnel-shaped lower inner diameter changer at the bottom of the dirt collection tray Connect, the inner tooth hole at the upper end of the pull rod is connected to the guide shaft, and the limit bumper is set under the guide shaft. The screw is used as a horizontal pin to fix it, and the nylon thread is tied to the hole of the limit bump. Roof rod holes on the top plate, the positioning steps under the top plate of the cabinet fall into the positioning holes on the top of the secondary water-saving tank, fix the secondary water-saving tank from the top plate of the cabinet with screws, remove the guide shaft, pull the nylon wire and tie it to the traction motor through the pulley, When the traction motor is energized and the pull rod rises, at this time, the nozzle cover is placed under the cross beam of the dirt collection tray, the limit bump is placed under the rod hole on the top plate of the cabinet, the upper end of the pull rod is placed flat on the top plate of the cabinet, and the nozzle falls into the water. When the traction motor circuit is disconnected, the water port cover is placed on the water port, and the upper end of the pull rod is placed in the hole of the pull rod on the top plate of the cabinet to form a secondary water-saving tank. the 23. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the water turbine is made of plastic injection The groove-shaped lower shell sits, and the lower shell sits in the upper mouth, and the front and rear ends of the lower shell are respectively recessed with bearing seats, and there are notches around the upper mouth. , there is a rubber pad in the step, and the center of the bottom of the lower shell protrudes below the water outlet pipe which is 1 size larger than the water inlet pipe. The seat height of the lower shell is the diameter of the water impeller, and the two water impellers are made of plastic injection. The water impeller is connected. There is a water wheel shaft in the radial center of the water impeller. There is a nylon gear at one end of the water wheel shaft. The tooth mold is located on the outer periphery of the water wheel. There are bearings at both ends of the water wheel shaft. Nylon power gears are installed on the wheel shaft, two water impellers are placed in the lower shell seat and engage with the two gears, four bearings are respectively placed in the bearing seats, the power gear is placed outside the lower shell seat and there is a water seal device, bearing or water The radius of the impeller is placed above the lower casing, The upper casing cover is made of plastic injection, the lower casing sits on the positioning steps, the bearing sits on the upper cover, and the radius of the two water impellers corresponds. There is an axial "one"-shaped hollow nozzle equal to the length of the blade in the middle. The depth of the hollow nozzle is 20mm. There are 15mm wide × 10mm high reinforcement frames around the lower end of the upper shell cover, which are fixed to the lower shell seat with screws, and the rectangular water collection box with a depth of 5 mm is recessed on the upper shell cover corresponding to the "one"-shaped hollow nozzle. Steps, flat rubber pads are installed inside the steps, the water collection box is injected into a groove shape with plastic, and a 15mm wide x 10mm high reinforcement frame is extended around the notch, and the water collection box is inverted and fixed on the upper shell cover with screws to collect water. A solenoid valve is directly installed on the box. the 24. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, including a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the roller washing powder automatically Proportioning device (11): The tee is installed directly under the turbine, the tee is equipped with a solid outer thread direct, the tee is connected and then the tee is installed to form an "H" shape, and the outer thread is installed under the tee. The water tank bottom of the two water-saving tanks is perforated forward, and the bottom is fixed with nuts respectively. There is a square funnel on the top of the tee. The lower roller shell is made of plastic injection. The bottom of the shell is a funnel, and the center of the funnel is convex. Directly put into the tee, the upper opening of the lower roller shell has a 15mm wide × 10mm high booster frame around the periphery, the upper roller shell positioning frame is placed on the booster frame, and bearing seats are recessed at both ends of the booster frame. The roller is made of plastic injection into the shape of a round shaft, and the outer periphery has axial capacity grooves facing each other. There is a rotating shaft in the radial center of the roller, and there are bearings at both ends of the rotating shaft. One end of the rotating shaft is lengthened and protrudes from the bearing. Mesh with the power gear of the water turbine, the roller is first installed on the lower roller shell, the upper radius of the roller and the bearing is protruding above, and there is a funnel-shaped washing powder storage bucket above the roller of the upper roller shell, The washing powder storage hopper is made of plastic injection, and the center of the lower funnel has an upper roller shell protruding downwards. There is a 15mm wide × 20mm high reinforcement frame on the outer layer around the bottom. The area size corresponds to the positioning frame of the lower roller shell. The corresponding upper radius of the bearing and the radius of the roller are placed in the upper roller shell. The joints between the two sides of the roller and the upper roller shell should cover the capacity groove of the roller to prevent washing powder from leaking through the capacity groove. Fix the upper and lower roller shells with screws. the 25. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: plunger type laundry liquid Automatic proportioning device (13): The water outlet from the bottom of the water turbine directly passes through the bottom of the water tank for 3 times to perforate forward. , the tee is externally connected with a "Bu"-shaped tee, and the bottom of the water tank is equipped with a camshaft, one end of the camshaft has a nylon gear and the power gear of the water turbine, and the two ends of the camshaft are respectively equipped with bearings, which are fixed on the bottom of the water tank with the upper cover of the bearing and screws The bearing seat, the plunger cylinder of the plunger pump has a spring sleeve at the rear end, the front plunger cylinder hole is small, and the spring sleeve hole at the rear end is large. There is a capacity groove on the outer periphery of the plunger. There is a sealing ring in the groove sleeve, and the front and rear sealing rings do not pass through the front and rear inlet and outlet holes of the laundry liquid. The rear end of the plunger has a stroke positioning bumper. The outer diameter of the positioning bumper is the inner diameter of the spring sleeve. Put it into the plunger cylinder, put it into the compression spring, and fix it on the outer tooth of the spring sleeve with the inner tooth cover. Form a "T" shape, connect the hose from the lower part of the plunger cylinder and the corresponding position of the plunger capacity tank to the "Bu" shape tee of the water outlet of the turbine, turn the camshaft to the large diameter, and when the plunger is pressed back, connect the hose from the top of the plunger cylinder Connect the hose to the plastic bucket of laundry detergent at the corresponding position of the plunger capacity tank. The plastic bucket of laundry detergent is placed on the bucket seat. The bucket seat is made of plastic to form a groove shape. The bottom of the tank is fixed on the bottom of the water tank next to the plunger pump with screws. There are steps up and down in the tank, and the height of the steps is more than 50mm higher than that of the plunger pump. There is a hose connector opening when the barrel faces the plunger pump. the 26. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: a water-saving tank and a washing machine All the water inlet and outlet joints of the groove (9) are hollow "convex" shapes, and the inside and outside are covered with rubber pads corresponding to the arc of the water-saving tank, fixed with nuts, All water pipes and fittings are made of plastic, and the outer diameter of the water pipe is glued to the corresponding positions of all the perforations in the bottom of the water tank. There are positioning sleeves for the bottom of the water tank with outer teeth. The upper and lower ends of the positioning sleeve are respectively equipped with nuts to position the bottom of the water tank. All water pipes or air pipes are connected with special tees or elbows for sitting with compression joints. The compression joints are hollow "convex" shapes and compression nuts, and are covered with rubber pads. All solenoid valves for water pipes or air outlets are connected with quick-connect or compression joints. the 27. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, including a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: one side of the wardrobe is The lower end of the three-time water-saving tank (2) in the direction is connected to the elbow of the outer inner teeth at the lower end of the cleaning frame. Compress the connector, The lower end of the 3rd water saving tank (2) is located above the cleaning rack and has a float valve to limit the lower water level. The outer teeth of the float valve are connected to the compensation water elbow on the outer inner teeth. On the upper position, there is a connection between the outer tooth of the water outlet and the water outlet elbow of the outer inner tooth. The middle of the compensation water pipe is connected with a "Bu"-shaped tee, and the Bu-shaped tee is connected with a three-time water-saving tank (2) Water level control switch hose, The upper end of the other secondary water-saving tank (1) has a floating ball valve that limits the upper water level. The pipe has a quick connection, the lower end is equipped with a solenoid valve, and the lower end has a compression joint, The front and bottom ends of the secondary water-saving tank (1) are located on the top of the cleaning frame. There are 3 outlet joints respectively connected to the outer elbows, and the 2 outlet pipes are respectively connected to the bottom of the secondary water-saving tank (1). At the elbow, there is a quick connector at the lower end to connect to the washing powder washing water solenoid valve (10) or the laundry liquid washing water solenoid valve (12), respectively. The water outlet of the outer teeth pattern under the roller type laundry detergent automatic proportioning device (11) is directly installed with an elbow, and the elbow is connected to the water outlet tee under the plunger type laundry detergent automatic proportioning device (13). There is a quick connection in the middle, from the The word tee is equipped with a one-way valve, the one-way valve is equipped with a quick connection, and the quick connection is a three-way, and the tee is equipped with a rinsing water cleaning water solenoid valve (18), and the outlet pipe is put on the bottom of the water tank and connected to the secondary water-saving tank ( 1) The outlet elbow, the lower end of the outlet pipe is quickly connected to the rinsing water cleaning water solenoid valve (18) on the tee, and the tee is connected to the washing tank (9) with a compression joint at the water inlet outer tooth connection position, The lower front end of the secondary water receiving tank (1) is located above the cleaning frame, and is equipped with an elbow and an external tooth connection. Connection, the water inlet solenoid valve (19) of the 2nd water saving tank is externally connected to an elbow, the front and bottom of the 3rd water saving tank (2) is on the position above the cleaning rack, equipped with an elbow and an external tooth connection, the elbow faces the water of the washing rack The blade, the outer teeth are connected to the water inlet solenoid valve (16) of the third water saving tank outside, the water inlet solenoid valve (16) of the third water saving tank is externally connected to the water inlet tee, and the water inlet pipe is put on the second water receiving tank (1) The lower perforation of the water tank is connected to the elbow, and the lower end is connected to the water inlet tee. There is a quick connection in the middle. The water inlet pipe is connected to the water outlet position of the water pump (15) under the water inlet and outlet. There is a quick connection. The word "Bu" tee is connected to the water level control switch hose, the water level control switch hose is connected to a "Y" shaped tee, the tee is connected to the air outlet hose, puts on the wire hole at the bottom of the water tank, and hangs on the water tank of the secondary water saving tank (1). Under the bottom of the box. the 28. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, including a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the electromechanical water tank decoration cabinet The cabinet wall panel is made of plastic injection, the thickness is 15mm, the lower end has an inward side, and it is fixed on the lower beam of the electromechanical water tank with a screw brake. Fix it to the cabinet wallboard with screws, and there are grooves with a depth of 5mm x 15mm at the corresponding heights of the upper and lower water tanks, so that the bottom of the upper and lower water tanks can be inserted into the upper and lower grooves, and fixed to the bottom of the water tank with screws from the outside to the inside, saving water 3 times The wall panels below the water tank bottom of the tank are all flat on the outside, and the inside is four frames and "#" shaped reinforcing ribs. There is a working door installed in the corresponding position in the middle. The structure of the front inner frame beam and the upper and lower maintenance doors is the same as that of the washing and drying combination wardrobe. the The width of the wall panel of the rear cabinet is the outer dimension of the water tank bottom plus 20mm, and there are vertical 5mm×5mm grooves on both sides of the inside, and the outer width of the groove is 10mm. There is a maintenance door between the bottom of the water tank and the lower beam seat of the electromechanical water tank for the third water-saving tank. Cover it with a plastic cover plate and fix it with screws. The wall panels on both sides are forward and reverse, and the back edge is flat and convex with a 5mm×5mm rear edge, inserted into the groove of the rear cabinet wall panel, and fixed on the cabinet wall panel from back to front with screws. There is a 35mm wide × 15mm thick maintenance door inner frame protruding in front at a 90° angle, and there are respectively outward grooves with a depth of 5mm × 15mm in the upper and lower sides of the maintenance door inner frame, which are placed on the bottom of the upper and lower water tanks. the 29. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, including a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the electromechanical water tank frame The electromechanical seat is equipped with a drying device or a fan and a solenoid valve, a water pump or a hydraulic pump and a motor, a hydraulic oil tank or an electromagnetic reversing valve, and all pressure electronic components are separately installed outside the electromagnetic reversing valve, and are set separately according to their different purposes. For different pressures, install hydraulic pipes or quick-connect pipes and other parts, connect the outlet of the water pump with quick-connect water inlet pipes, place the electromechanical water tank decoration cabinet on the pan seat, and fix the 4 corners of the electromechanical seat to the pan seat with screws. the 30. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, comprising a laundry bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: the seat is made of plastic injection Rectangular, surrounded by lower skirts, with concave curves on both sides of the lower skirts, water pipe perforations, water outlet pipe perforations, and drain pipe perforations in the concave curves, on which there are flat plates for assembling washing and drying combined wardrobes and electromechanical water tank decoration cabinets There is a water wind member hole corresponding to the water air outlet of the washing tank (9), and the flat plate has a wire-to-board or connector or a plug-in mounting hole for the drain solenoid valve, and a fan air outlet, a water pump water inlet, a water tank sewage outlet, and a water tank outlet. There are lower concave wells at the corresponding positions of the water outlet and the tap water inlet respectively. The center hole of the lower concave well is equipped with a special convex outer thread tee or elbow. There are pipe grooves and pipe groove cover plates under the plate. All water pipes or air pipes and accessories They are all made of plastic, there is a one-piece stiffener outside the pipe groove to the lower skirt, and there is a seated stiffener under the pipe groove and the stiffener, Seat the hole of the water wind component in the pipe groove under the plate, and the 100° special water wind elbow with the inner thread of the outer flange, and fix the outer flange under the plate with rubber rings and screws. The water and air elbow is connected to the water and air tee outwardly and backwards, and the special tee is connected from the water and air tee to the concave well of the air outlet. One-way assembly and changeover is directly connected to the water pump inlet concave well and then connected to a special elbow. The outer thread of the special elbow is inserted into the center hole of the concave well and fixed with a nut. The water and wind tee is equipped with a drainage solenoid valve, and then the drainage tee is installed horizontally. One end of the drainage tee is connected to the lower skirt drain pipe with a perforated external ball valve. The position of the concave well is connected with a special tee, and the outer thread of the special tee is put on the center hole of the concave well and fixed with a nut, and the other end of the special tee is connected to the lower skirt drain pipe to perforate the outer ball valve, and the outer thread of the ball valve is connected to the hose of the outer thread connector, Put the special tee outer thread into the center hole of the water outlet concave well and fix it with nuts. The two ends of the special tee are respectively connected to the lower skirt outlet pipe to perforate the outer ball valve, and the outer thread of the ball valve is connected to the hose joint of the outer thread. Put the special three-way outer tooth pattern into the center hole of the tap water inlet concave well and fix it with nuts. The two ends of the special three-way connection are respectively connected to the lower skirt tap water pipe to perforate the external ball valve. The ball valve is connected to the hose joint of the outer thread pattern, and then covered with plastic The pipe groove cover is fixed with screws, The cross-legged booster frame is welded into a "mesh" shape with a 40mm×40mm square tube. The two ends (4 corners) of the booster frame are moved inwardly by 200mm respectively to drill holes. , After the booster frame is galvanized, install the "convex" shaped pan seat feet with the outer tooth pattern on the 4 inner tooth shafts respectively, and the booster frame is fixed in the lower skirt frame below the plastic pan seat with screws. the 31. A multi-functional automatic intelligent laundry cabinet according to claim 1, 2, 3, or 4, including a washing bucket, double-acting hydraulic pressure, washing powder injection, and laundry liquid injection, characterized in that: multifunctional automatic intelligent laundry Cabinet standby: use a hose to connect the water inlet pipe of the toilet in series, and place the drain hose in the floor downhole. The water enters the water-saving tank (1) twice, and then enters the water-saving tank (2) three times through the compensation pipe. When the water level of the 3rd water-saving tank (2) rises to the top of the compensation water inlet, the float valve automatically shuts off the water. When the water level of the 2nd water-saving tank (1) rises to full, the float valve automatically shuts off the water. At this time Only the tap water solenoid valve is normally open, and all the solenoid valves of other water pipes and air pipes are normally closed. The brake spring on the top of the wardrobe (3) is a constant brake, the folded rafter rubber hose of the clothes hanging beam (4) is a constant expansion, the water-saving electro-hydraulic shaft (5 and water baffle (6) and the 2-time power-saving hydraulic shaft (7) With the dehydration plate (8) placed retracted.