Washing and squeezing device and clothes and trousers airing air bag with ironing function
By using brush-type washing and drying technology of brush strips and extrusion rods in the washing machine, combined with drying clothes and airbags with ironing function, the problems of poor stain removal and inconvenient design of traditional washing machines are solved, and efficient, energy-saving, low noise washing and convenient drying are achieved.
Patent Information
- Application Number
- CN202510324434.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-19
- Publication Date
- 2025-06-03
AI Technical Summary
Traditional washing machines have poor detergent ability, long washing time, large water and electricity consumption, and are not designed to be convenient for drying, resulting in noise and vibration.
The brush-type washing and drying technology of brush strips and extrusion rods is adopted, combined with the drying clothes and airbags with ironing function, to achieve comprehensive cleaning and convenient drying.
It enhances the decontamination ability, shortens the laundry time, reduces water and electricity consumption, reduces noise and vibration, and facilitates drying and storage.
Smart Images
Figure CN120083023A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to multiple fields, such as daily household, laundry, drying, ironing, etc. in the laundry room. Background Art
[0002] Doing laundry is an essential part of our daily life. Washing machines have liberated humans from traditional manual laundry, enabling people to use the saved laundry time for other tasks.
[0003] Traditional washing machines are mainly divided into two categories: pulsator washing machines and drum washing machines. However, both types have five major deficiencies, which are as follows: 1. Poor decontamination ability Pulsator washing machines wash clothes by the water flow generated by the pulsator, and drum washing machines wash clothes by the tumbling of the drum. Neither has the function of specifically cleaning the contaminated parts of clothes. Unlike manual laundry, people can specifically rub the contaminated parts.
[0004] 2. Long laundry time, high water and electricity consumption Because the rinsing and tumbling decontamination abilities of traditional washing machines are poor, the laundry process can only be completed through multiple repeated cycle operations, which results in a long laundry time, a large amount of water consumption, and wasted electricity.
[0005] 3. Serious mutual wrapping and entanglement between clothes, resulting in severe damage to clothes Whether it is rinsing or tumbling, it ultimately leads to serious mutual wrapping and entanglement between clothes, which causes great inconvenience to work such as drying, and at the same time makes the originally relatively flat clothes wrinkle and get damaged. For many valuable clothes, people still have to wash them by hand.
[0006] 4. The design of traditional washing machines does not consider the convenience of drying work, and the disconnection in design between the two brings a lot of trouble to drying work. Drying tools are also diverse, including clothes hangers, trouser hangers, sock hangers, drying racks, which are dazzling and give a messy impression.
[0007] 5. Traditional washing machines, especially during the spinning stage, due to the high-speed operation of the motor, will cause strong vibrations and huge noises of the washing machine, destroying the quiet environment of the home.
[0008] This invention patent - a washing and squeezing device and an airbag for drying and ironing clothes. It changes the traditional agitator type and drum type to a "washing and squeezing device" using brush strips and extrusion rods, which can clean clothes comprehensively, thus enhancing the decontamination ability and saving laundry time, water, and electricity. The "airbag for drying and ironing clothes with ironing function" designed from the convenience of drying and drying work can be used for drying, as well as for drying and hanging support during laundry and storage. Summary of the Invention
[0009] This invention patent has five major advantages: 1. Strong decontamination ability This patent adopts a rubbing and brushing type of washing and squeezing technology. The whole cleaning object is clamped between two brush strips and two extrusion rods, washing and squeezing synchronously while washing. The tips of the brush strips on both sides of the wrapped clothes are vertically inserted into the fine seams of the fabric from both sides, which can push the stains in the fine seams out of the fine seams and then be squeezed out and drained away by the extrusion rod under the action of spraying water above.
[0010] 2. Fast laundry speed, less water and electricity consumption This patent uses "brush strips" and "extrusion rods" to layer and isolate the clothes to be cleaned on the "airbag for drying and ironing clothes with ironing function", without wrapping or entangling each other. The motor is used to drive the "brush strips" and "extrusion rods" to continuously move vertically up and down. The rubbing of the "brush strips" and the squeezing of the "extrusion rods" are repeated and comprehensive, with a very fast cleaning speed and little water and electricity consumption.
[0011] 3. Can clean high-grade fabrics, and fabric damage can be basically ignored Since this patent adopts a rolling type of washing and squeezing, neither the brush strip nor the extrusion rod generates a transverse cutting force on the fabric, and only the radial pressures on both sides just cancel each other out, thus ensuring that the fabric is not damaged at all.
[0012] 4. Stable operation and low noise This patent uses a drive system driven by a DC motor to drive the brush strip and the extrusion rod to move up and down to wash and squeeze the cleaning object. There is no high-speed drying process during this period, thus avoiding strong vibrations and huge noises.
[0013] 5. The "airbag for drying and ironing clothes with ironing function" can be used for washing and drying, as well as for drying and storage, eliminating various hangers, trouser racks and other equipment, making the balcony neat and clean.
[0014] The structure of this invention patent. This invention is divided into five major systems: spray system A, drive system B, washing and squeezing system C, clothes drying system D, and equipment installation and support system E.
[0015] Spray system A ( Figure 1(1) It includes a water inlet solenoid valve A1, a spray pipe A2, a water pump A3, a water suction pipe A4, and a reservoir A5.
[0016] The water inlet port of the solenoid valve A1 is directly connected to a tap water faucet to control the cut-off and supply of tap water. One end of the spray pipe A2 is connected to the water outlet port of the solenoid valve A1 through a tee. Its shape is a grille and it is horizontally placed, with numerous small holes on the lower side for downward spraying ( Figure 2 ); the other end is connected to the outlet end of the water pump A3 through a tee. The water inlet port of the water pump A3 is connected to a water suction pipe A4 that is directly inserted into the bottom of the lower reservoir A5, and can pump the water stored in the reservoir A5 up to the spray pipe A2 and then spray it downward ( Figure 3 ).
[0017] The transmission system B ( Figure 4 ) includes a DC motor B1, a synchronous pulley B2, a synchronous belt B3, a bracket B4, and a rotating shaft B5.
[0018] The DC motor B1 is horizontally placed. There is a long rotating shaft B5 at the center of its horizontal axis. Two synchronous pulleys B2 are fastened at both ends with tightening screws. The axis of the synchronous pulley B2 is horizontal, and there is an inner round hole at its horizontal center, and its diameter is just large enough to pass through the rotating shaft B5. When the DC motor B1 is powered on, the long rotating shaft B5 can drive the four synchronous pulleys B2 at both ends to rotate in the same direction. At this time, the two outer synchronous pulleys B2 each engage a vertical synchronous belt B3 at 90°. The two inner synchronous pulleys B2 each engage a horizontal synchronous belt B3 at 90°. The other ends of the two horizontal synchronous belts B3 also have four synchronous pulleys B2 that are concentric and coaxial, and the axis is parallel to the axis of the DC motor B1. The two outer synchronous pulleys B2 on the outside also engage two vertical synchronous belts B3 at 90°. All the brackets B4 are used to fix the synchronous pulley B2 and the DC motor B1, and are respectively installed on the equipment installation support system E or on the wall. Each set of brackets B4 is divided into two pieces, which clamp the synchronous pulley B2 or the DC motor B1 from the left and right sides. There is a round hole at its center with a diameter slightly larger than the outer diameter of the rotating shaft B5, and the centers of all the brackets B4 and the rotating shaft B5 are on the same horizontal axis. Except that the DC motor B1 uses a long rotating shaft B5, a short rotating shaft B5 is used to clamp the synchronous pulley B2 between the two pieces of each set of brackets B4 and is horizontally concentric with it ( Figure 5 )
[0019] The washing and squeezing system C ( Figure 6 , 7 ) includes a rotating shaft C1, a bearing C2, a side plate C3, a synchronous belt pressing plate C4, a rubber coating C5, a plastic roller C6, a brush C7, and a spring C8.
[0020] The washing and squeezing system C is composed of several pairs of squeezing rods and the same number of pairs of washing strips. Two washing strips form a pair and are placed horizontally, with a spacing that just allows the tips of the hairs to touch each other. Similarly, two squeezing rods form a pair and are placed horizontally, with a spacing that just allows the outer sides of the rubber coating C5 to touch each other. A pair of squeezing rods and a pair of washing strips are placed horizontally and parallel to each other, one above the other.
[0021] Each washing strip consists of 1 rotating shaft C1, 2 bearings C2, 1 plastic roller C6, and 1 set of brush C7. Each squeezing rod consists of 1 rotating shaft C1, 2 bearings C2, 1 plastic roller C6, and 1 rubber coating C5.
[0022] The rotating shaft C1 can be inserted into the central inner circular hole of the cylindrical plastic roller C6. The diameter of the inner circular hole of the plastic roller C6 is larger than the outer diameter of the rotating shaft C1, so that it can be freely and flexibly rotated on the rotating shaft C1. One bearing C2 is equipped at each end of the plastic roller C6. The outer diameter of the bearing C2 is the same as the inner hole diameter of the plastic roller C6, so that it can just be embedded at both ends. The inner diameter of the bearing C2 is just the same as the outer diameter of the rotating shaft C1, so that it can just be sleeved on it.
[0023] The rubber coating C5 is made of an elastic material and is used to make the squeezing rod. It is a hollow cylinder, with a length the same as that of the plastic roller C6. The inner diameter of the cylinder is just the same as the outer diameter of the plastic roller C6, and it is tightly and evenly wrapped on the outer side of the plastic roller C6. The brush C7 is densely vertically planted on the outer side of the cylinder of the plastic roller C6 to make the washing strip. ( Figure 8 ) At both ends of each rotating shaft C1, screws are vertically passed through the side plate C3 to be fixed flush with each other. The two ends of each spring C8 are sleeved on the fixing screws of each pair of washing strips and squeezing rods to adjust their mutual spacing ( Figure 9 ). Correspondingly, there are mounting holes on the side plate C3. The hole diameter is smaller than the outer diameter of the rotating shaft C1 but larger than the outer diameter of the fixing screw, so that the screw can pass through the hole and be screwed into the internal thread at both ends of the rotating shaft C1. At the position of the side plate C3 where the spring C8 is correspondingly installed, there is a "kidney-shaped" hole to accommodate the horizontal movement of the washing strip and the squeezing rod when the spring C8 extends and compresses ( Figure 10 ).
[0024] The clothes and trousers drying system D ( Figure 11 ) includes a screen D1 and a drying clothes and trousers airbag D2.
[0025] A flat rectangular screen D1 is folded into two layers and then closed-loop stitched, which can wrap the drying clothes and trousers airbag D2 on both sides. After the plane of the screen D1 is unfolded, the four corners are fixed on the equipment installation support system E. The drying clothes and trousers airbag D2 is made of waterproof and high-temperature-resistant fabric and can be freely inserted and taken out from the plane closed-loop of the screen D1 after being inflated ( Figure 11The clothes-drying airbag D2 is shaped like clothes on the top and pants on the bottom. It plays a supporting role when drying clothes and pants. Like the gauze D1, it has a two-layer structure. Its edges are 360° sewn by a gluing process. There is an inflation port D3 at the bottom of the trouser legs for inflating the clothes-drying airbag D2 ( Figure 12 ).
[0026] Equipment installation support system E ( Figure 13 ) includes wall E1, horizontal support frame E2, vertical support column E3, and pool edge E4.
[0027] The horizontal support frame E2 is firmly installed horizontally on the wall E1, and the vertical support column E3 vertically supports the horizontal support frame E2 in the air. The edge of the pool E4 and the wall E1 form a closed pool for water storage. The installation of the sprinkler system A is as follows ( Figure 14 ), the transmission system B is installed as follows ( Figure 15 ), the washing and squeezing system C is connected to the synchronous belt through the synchronous belt pressure plate C4 as shown in ( Figure 16 ), two synchronous belt pressing plates C4 are installed on each side plate C3, which have teeth of the same specifications as the synchronous belt B2 and mesh with the same side of the two vertical synchronous belts B2 at both ends of the side plate C3. When the DC motor rotates clockwise, all synchronous wheels B2 and synchronous belts B3 rotate clockwise, and the side plate C3 drives the washing and squeezing system C to move upward smoothly; conversely, when the DC motor rotates counterclockwise, all synchronous wheels B2 and synchronous belts B3 rotate counterclockwise, and the side plate C3 drives the washing and squeezing system C to move downward smoothly.
[0028] Since each pair of squeezing rods and each pair of washing strips are placed adjacent to each other and conflict with each other, when the clothes drying system D is inserted between them, the clothes and pants hung between the gauze D1 and the clothes drying airbag D2 are vertically inserted into the narrow gaps of the fabric by the tips of the brush C7. When the synchronous belt B3 moves up and down, the washing strips rotate around the rotating shaft C1 through the bearing C2; similarly, the squeezing rods also rotate around the rotating shaft C1 through the bearing C2. As the washing and squeezing system C moves up and down, the tips of the washing strips can roll and brush the fabric to remove stains in the narrow gaps, and the squeezing rods can squeeze out the removed sewage and drain it away ( Figure 17 ). BRIEF DESCRIPTION OF THE DRAWINGS
[0029] Figure 1 This is a schematic diagram of the sprinkler system A. Figure 2 This is the schematic diagram of the spray pipe A2 Figure 3 This is the installation diagram of water inlet and outlet of water pump A3 Figure 4 Schematic diagram of transmission system B Figure 5It is a schematic diagram of the installation of bracket B4, rotating shaft B5, and synchronous pulley B2 Figure 6 、 7 It is a schematic diagram of the washing and squeezing system C Figure 8 It is a schematic diagram of the composition of the washing strip and the extrusion rod and the installation of the spring Figure 9 、 10 It is a schematic diagram of the assembly of the washing and squeezing system C Figure 11 It is a schematic diagram of the clothes drying system D Figure 12 It is a schematic diagram of the airbag D2 for drying clothes and trousers Figure 13 It is a schematic diagram of the equipment installation support system E Figure 14 It is a schematic diagram of the installation of the spraying system A Figure 15 It is a schematic diagram of the installation of the transmission system B Figure 16 It is a schematic diagram of the installation of the washing and squeezing system C Figure 17 It is a layout diagram of the installation position of the clothes drying system D Figure 18 is a top view of the washing and squeezing device and the airbag for drying clothes and trousers
[0030] Figure 19 It is a physical diagram of the synchronous pulley, synchronous belt, synchronous belt pressing plate, washing strip, and extrusion rod Specific implementation method I. Changing clothes First, inflate the airbag D2 for drying clothes and trousers, and then hang the clothes and trousers to be washed on it
[0031] II. Washing clothes Vertically place the clothes drying system D, then insert it between a pair of washing strips and extrusion rods, and start the motor to rotate in a circular reciprocating motion
[0032] III. Drying clothes After washing, pull out the clothes drying system D and directly dry it on the balcony
Claims
1. The present invention - a washing and squeezing device and a clothes drying airbag with ironing function comprises five systems: a spray system A, a transmission system B, a washing and squeezing system C, a clothes drying system D, and an equipment installation support system E. The characteristics are: The washing and squeezing system C is composed of a plurality of pairs of squeezing rods and the same number of pairs of washing strips. Two washing strips form a pair and are placed horizontally, and the distance between them is just enough to make the hair tips touch each other. Similarly, two squeezing rods form a pair and are placed horizontally, and the distance between them is just enough to make the outer sides of the rubber bag C5 touch each other. A pair of squeezing rods and a pair of washing strips are placed parallel to each other vertically; a set of clothes drying system D can be vertically inserted in between.
2. A washing and squeezing device and a clothes drying airbag with ironing function as claimed in claim 1, characterized in that Each washing bar consists of a rotating shaft C1, two bearings C2, a plastic roll C6, and a set of brushes C7; each extruded rod consists of a rotating shaft C1, two bearings C2, a plastic roll C6, and a rubber bag C5; the rotating shaft C1 can be inserted into the central built-in round hole of the cylindrical plastic roll C6, and the diameter of the built-in round hole of the plastic roll C6 is larger than the outer diameter of the rotating shaft C1, so that it can be mounted on the rotating shaft C1 and rotate freely and flexibly. The two ends of the plastic roll C6 are embedded There is one bearing C2, the outer diameter of which is consistent with the inner diameter of the plastic roll C6, so that it can just fit into its two ends; the inner diameter of the bearing C2 is just consistent with the outer diameter of the rotating shaft C1, so that it can just fit on the rotating shaft C1; the rubber coating C5 is hollow cylindrical, the length is consistent with the plastic roll C6, the inner diameter of the cylinder is just consistent with the outer diameter of the plastic roll C6, and it is tightly and evenly wrapped around the outside of the plastic roll C6; the brush C7 is densely and vertically planted on the outside of the cylinder of the plastic roll C6.
3. A washing and squeezing device and a clothes drying airbag with ironing function as claimed in claim 1, characterized in that The two ends of each rotating shaft C1 are fixed flush with each other by screws that pass vertically through the side plate C3. The two ends of each spring C8 are sleeved on the fixing screws of each pair of washing bars and extrusion rods to adjust their mutual spacing. Matching this is the "kidney-shaped" hole opened on the side plate C3 to accommodate the horizontal movement of the washing bars and extrusion rods when the spring C8 is extended and compressed.
4. A washing and squeezing device and a clothes drying airbag with ironing function as claimed in claim 1, characterized in that The spray system A includes a water inlet solenoid valve A1, a spray pipe A2, a water pump A3, a water pump A4, and a water reservoir A5. One end of the spray pipe A2 is connected to the water outlet port of the solenoid valve A1. The spray pipe A2 is in the shape of a grid and is placed horizontally, with countless evenly distributed fine holes on the lower side.
5. A washing and squeezing device and a clothes drying airbag with ironing function as claimed in claim 1, characterized in that The transmission system B includes a DC motor B1, a synchronous wheel B2, a synchronous belt B3, a bracket B4, and a rotating shaft B5. The four synchronous wheels B2 at both ends of the rotating shaft B5 of the DC motor B1 have an inner circular hole at the center, and its diameter can just pass through the rotating shaft B5. The two outer synchronous wheels B2 each vertically mesh with a vertical synchronous belt B3 at 90 degrees, and the two inner synchronous wheels B2 each horizontally mesh with a horizontal synchronous belt B3 at 90 degrees; the other ends of the two horizontal synchronous belts B3 also have four synchronous wheels B2 that are concentric and coaxial, and the two outer synchronous wheels B2 also vertically mesh with the two vertical synchronous belts B3 at 90 degrees, and the two inner synchronous wheels B2 horizontally mesh with the two horizontal synchronous belts B3, and the lower ends of the four vertical synchronous belts B3 each mesh with a synchronous wheel B2 with a central bearing that can rotate freely.
6. A washing and squeezing device and a clothes drying airbag with ironing function as claimed in claim 1, characterized in that The clothes drying system D includes a gauze D1 and a clothes drying airbag D2. The clothes drying airbag D2 is shaped like clothes on the upper part and pants on the lower part, and is divided into two layers. The edges are sewn 360° through a gluing process to ensure that there is no water or air leakage. There is an inflation port D3 at the bottom of the trouser legs for inflating the clothes drying airbag D2.