CN113152023A

CN113152023A - Clamping type washing machine capable of beating, extruding and washing socks and underpants and automatically airing

Info

Publication number: CN113152023A
Application number: CN202110470713.4A
Authority: CN
Inventors: 林靖枫
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-05-01
Filing date: 2021-05-01
Publication date: 2021-07-23

Abstract

A washing machine which uses the modes of clamping clothes, beating and extruding to wash socks or underpants, and automatically takes out the clothes from a warehouse and automatically dries the clothes; the washing machine is generally arranged on the balcony wall and can also be flatly placed on a proper platform for use; when a user comes home, the socks worn one day are sleeved on a clamping frame A1 of a first washing bin, a start button is clicked, the clamping frame A1 automatically holds the socks to enter the washing bin, a bin door is closed, a water spraying head B73 is filled with water, a detergent is automatically injected, a full-automatic washing program is started, and finally, the socks are extruded and dehydrated for multiple times and automatically taken out of the bin for airing; similarly, the underwear can be clamped on the clamping frame A1 of the second washing chamber of the washing machine, and the underwear can be automatically washed and aired by clicking the start button of the second washing chamber.

Description

Clamping type washing machine capable of beating, extruding and washing socks and underpants and automatically airing

Technical Field

The invention relates to the technical field of washing machines, in particular to a device capable of clamping clothes to enter and exit a washing bin and automatically drying the clothes, and relates to a flapping extrusion type washing device.

Background

Socks and underpants usually need to be cleaned independently and changed and washed every day, which is quite troublesome, and nowadays personalized economy and single economy grow up gradually, people have stronger and stronger requirements on washing machines special for socks and underpants, but the prior art or products are basically limited to the reduction and modification of the traditional washing machines or only change the washing modes such as rubbing and kneading in washing barrels, have no breakthrough development, and fail to meet the requirements of people on improving life.

Disclosure of Invention

The invention provides a washing machine which is used for clamping clothes, washing socks or underpants in a flapping and squeezing mode, and automatically taking out from a bin and automatically airing; the washing machine is generally installed on a balcony wall and can also be flatly placed on a proper platform for use; when a user comes home, the socks worn one day are sleeved on a clamping frame A1 of a first washing bin, a start button is clicked, the clamping frame A1 automatically holds the socks to enter the washing bin, a bin door is closed, a water spraying head B73 is filled with water, a detergent is automatically injected, a full-automatic washing program is started, and finally, the socks are extruded and dehydrated for multiple times and automatically taken out of the bin for airing; after taking a bath, the user can clamp the changed and washed underpants on the clamping frame A1 of the second washing chamber of the washing machine, and press the start button of the second washing chamber to automatically wash and dry the underpants.

In actual requirements, socks and underpants are generally changed and washed one day, so a single washing bin is designed to wash one pair of socks or one pair of underpants at a time, and in the case of only one pair of socks or one pair of underpants or one piece of square towel, the socks or the underpants or the square towel is suitable for being washed by adopting a single clamping mode, so that a clamping frame A1 made of a slender and shaped spring wire is designed, further, clothes are clamped, and therefore the clothes can enter or exit the washing bin and can be automatically finished, and the clothes can be held for airing after the clothes are washed. The clamping frame A1 is a basic component and comprises a spring wire supporting ring A12 and a spring clamp shifting claw A11, wherein the spring wire supporting ring A12 is used for being sleeved in and clamped by socks and comprises a spring clamp shifting claw A11 for a user to shift to easily sleeve in the socks, after the user releases the spring clamp shifting claw A11, the spring wire supporting ring A12 and the spring clamp shifting claw A11 are seamlessly spliced to clamp the socks, the opening positions of the socks are cleaner compared with other positions, and the clamping of spring wires has little influence on the washing effect of the socks; if the underwear is washed, the spring wire supporting rings A12 on the left side and the right side respectively clamp the waistband positions on the left side and the right side of the underwear, the position of the underwear is cleaner than other positions, and the clamping of the spring wire has little influence on the washing effect of the underwear; when the small towel is washed, the left side and the right side of the small towel are clamped, and similarly, the clamping of the spring wire has little influence on the washing effect of the small towel.

Preferably, the washing chamber is a flat thin container which is horizontally placed, the clothes are held by the clamping frame A1 and horizontally dragged into the washing chamber, the moving distance of the clamping frame A1 is long due to the function of automatic airing, and the clamping frame electric push rod B1 adopts a slender ball screw rod for driving the clamping frame A1 to extend and retract.

The flat and thin washing bin is suitable for washing by adopting a beating and extruding mode, and the effect is superior to that of the traditional impeller and roller washing mode; the lower part of the washing bin is provided with a beating plate A2, the beating plate A2 is a water-permeable plate with holes, the beating plate A2 can move up and down or rotate up and down, the holes in the beating plate A2 penetrate through water flow, the beating plate A2 rises and then forms extrusion with the upper extrusion plate A4 on clothes, release of stains on the clothes is facilitated, and preferably, the upper extrusion plate A4 has certain elasticity and better extrusion effect.

When the clapper A2 rises, a linkage mechanism can be used to drive the upper extrusion plate A4 to synchronously move downwards.

In order to achieve better squeezing or water squeezing effect, a lower squeezing plate A3 can be arranged below the beating plate A2, the diameter of the water-permeable holes in the lower squeezing plate A3 is smaller than that of the water-permeable holes in the beating plate A2, and the contact area for squeezing clothes is larger; when strong squeezing dehydration is needed, the lower squeezing plate A3 and the beating plate A2 can move upwards together through a dislocation switch mechanism.

Preferably, the clapping board a2 and the upper extrusion board a4 are connected by a spring hinge a6 at one side close to the sprinkler head B73 to form a clapping extrusion device capable of rotating relatively, the spring hinge a6 is fixed in position, and the other end is driven to clap and extrude, so that the clapping board a2 and the extrusion board can run more stably and save more electric energy compared with the embodiment that the clapping board a2 and the extrusion board are lifted integrally; the horizontal central axes of the spring hinge A6, the beating plate A2 and the upper extrusion plate A4 are basically consistent with the horizontal central axes of the clamping frame A1 and the water spray head B73, and a compact and reasonable working space is formed by polymerization.

For beating and pressing, an electromagnetic driving component B2 is arranged above the washing bin, and a metal beating plate A2 is driven in a mode of electrifying to generate magnetic force, wherein the upper squeezing plate A4 cannot adopt a magnetic related material.

Another way to drive the clapper a2 is to use an electric push rod, and the clapper a2 is driven by the clapper pressing push rod B3 to realize the clapping or pressing and retracting actions.

Another way to drive the clapper a2 is to use a crankshaft connecting rod assembly B4 to lift and retract the clapper a2 to realize the clapping or squeezing and retracting actions.

Another way to drive the clapper a2 is to use a cam assembly B5 to lift and retract the clapper a2 to achieve clapping or squeezing and retracting.

The door of the washing bin can prevent water seepage after being closed, the door cover plate C11 adopts a mode of opening or closing by hinge rotation, and the door cover plate pressing part C12 is arranged below the door, so that the waterproof effect can be enhanced, and the service life of the waterproof gasket can be prolonged; in order to avoid clamping clothes or sundries, a bin door closing sensor C13 is arranged, when a button exposed out of a closing sensor C13 is properly pressed down by a bin door cover C11, a bin door cover pressing part C12 can start pressing action, and the effect of guaranteeing safety is achieved.

The washing chamber can adopt a sliding chamber door C2, which slides upwards to close the washing chamber and slides downwards to open the washing chamber, and a chamber opening gasket is firmly arranged to prevent water leakage.

According to actual requirements, the washing machine comprises two or more washing bins, including a sock special washing bin, an underwear special washing bin and a towel washing bin, wherein a component controller of each washing bin is connected to a main controller B6, and each washing bin shares a main power supply system, a water supply main pipe and a water drainage main pipe; all the washing bins are not conflicted with each other in the operation, the main controller B6 distributes actions to automatically delay and stagger the respective operation time, and the socks are washed first and then the underpants are washed in daily life; all the washing cabins are installed on the balcony wall through the wall-mounted bottom plate D1, an omnidirectional level meter C3 is arranged, the horizontal condition of the washing machine can be accurately observed, and horizontal fine adjustment can be carried out by arranging a level adjusting screw D2.

The washing machine can also be horizontally placed on the top surface at a proper position and directly used after being adjusted horizontally, and does not need to be hung on a wall, for example, the washing machine is placed on a platform of a short wall of a terrace, and for example, the washing machine is placed on a bay window platform of a bedroom.

For safety, the front end of the washing bin is provided with a detachable safety guard bar D3 to protect the telescopic range of the clamping frame A1 so as to prevent collision with people or other objects when the clamping frame A1 extends out.

The features and advantages of the present invention will be described in further detail below with reference to the accompanying drawings.

Drawings

Fig. 1 is a perspective view of a three-dimensional structure of a double-deck washing chamber, with a clip a1 in an extended state.

Fig. 2 is a top view of the holder a1, the positions for holding the clothes are bent into wave shape and closely fit with each other.

Fig. 3 is a sectional view of the door cover C11 in both the open and closed states.

FIG. 4 is a three-dimensional effect diagram of the double-layer washing chamber mounted on the wall for airing clothes.

Fig. 5 is a perspective view of a three-dimensional structure with the clapping press drive below the wash chamber.

Fig. 6 is a cross-sectional view of the linkage connection of the clapper a2 and the squeeze board a4 in the washing chamber.

Fig. 7 is a longitudinal sectional view of the clapper a2 and the squeeze board a4 connected by a spring hinge a 6.

Fig. 8 is a schematic view of the tapping press driving device using a crankshaft connecting rod assembly B4.

Fig. 9 is a schematic view of the clapping press drive employing a cam assembly B5.

FIG. 10 is a flow chart of a single wash tank operation.

Description of the labeling: a1 clamping frame, A11 spring clamp pusher dogs, A12 spring wire supporting rings, A13 clamping frame cross bars, A2 beating plates, A22 reset springs, A3 lower extrusion plates, A3 upper extrusion plates, A3 chain ropes, A3 pulleys, A3 upper extrusion plate vertical rods, A3 spring hinges, B3 clamping frame electric push rods, B3 electromagnetic driving components, B3 beating electric push rods, B3 crankshaft connecting rod components, B3 cam control components, B3 main control devices, B3 inlet valves, B3 inlet pipelines, B3 water spray heads, B3 water discharge control valves, B3 main water discharge pipes, C3 cabin door cover plates, C3 cabin door cover plate pressing components, C3 cabin door closing sensors, C3 sliding lift cabin doors, C3 omnidirectional levels, D3 wall hanging bottom plates, D3 horizontal adjusting screws and D3 safety protection rods.

Detailed Description

As shown in FIG. 1, the washing machine includes upper and lower washing compartments; a pair of bilaterally symmetrical clamping frames A1 are respectively arranged in the washing bin, the clamping frames A1 in the picture 1 are in an extending state, at the moment, a user can pull open a spring clamp pulling claw A11 to be sleeved in a left sock or a right sock or two sides of an underpants, a starting button is clicked, a washing program is started by a main controller B6, firstly, a drainage control valve B81 is closed, a clamping frame electric pushing rod B1 retracts the clamping frames A1, clothes are dragged into the washing bin, a bin door cover plate C11 is slightly screwed down to a bin door closing sensor C13, then a bin door cover plate pressing component C12 is triggered to rotate, and a bin door cover plate C11 is pressed, as shown in the picture 3.

As shown in fig. 5, the positions of the left and right water spraying heads B73 correspond to the opening positions of the two socks, the water inlet control valve B71 controls the water spraying head B73 to inject water, and the water inlet is stopped after reaching a preset water level; injecting a detergent; then the electromagnetic driving part B2 drives the beating plate A2 to carry out beating actions for a plurality of times, holes are fully distributed on the beating plate A2 for water permeation, and the beating actions can uniformly open the detergent; after soaking for a period of time, beating plate A2 is beaten for several times for washing, and then soaked for a period of time and then beaten for washing several times, if the circulation is several times, clothes stains are separated out to achieve the washing effect, then water is drained by opening water drainage control valve B81, water in the washing bin is drained through main water drainage pipe B82, then beating plate A2 is beaten for several times to throw out water, water drainage control valve B81 is closed to drain water, water inlet control valve B71 controls water spray head B73 to fill water again, after reaching the preset water level, beating plate A2 is beaten for several times for washing, after soaking for a certain time, beating plate A2 is beaten for several times again for washing, after the circulation is washed for several times, beating plate A2 and squeezing plate are used for enhanced squeezing and dewatering, the clamping frame electric pushing rod is started and is extended for a half of the length of the washing bin, clothes are squeezed for thickening, at this time, the water is squeezed for several times, then the electric pushing rod of the clamping frame extends forwards for about a quarter of the length of the washing bin again to enable the clothes to be squeezed and compressed again, then the clothes are flapped and squeezed for a plurality of times to squeeze out residual water, finally the bin door is opened, the electric pushing rod B1 of the clamping frame extends forwards to enable the clamping frame A1 to hold the clothes to be slowly taken out of the bin to enter an airing state, the washing process is finished, and the washing machine is powered off for standby, as shown in figure 4.

As shown in fig. 2, the clamping frame a1 includes a spring clamp finger a11, a spring wire supporting ring a12, and a clamping frame cross bar a13, where the spring clamp finger a11 and the spring wire supporting ring a12 are bent into a corrugated shape at a position for clamping the clothes and tightly attached to each other, so as to stably clamp the clothes, the spring clamp finger a11 extends slightly forward, so that a user can conveniently pull the spring clamp finger open to conveniently sleeve the clothes, and the clamping frame cross bar a13 has two functions, one is to assist in pushing the clothes when the clamping frame a1 grips the clothes and extends forward, and the other is to increase the overall stability and strength of the clamping frame a 1.

The clamping frame A1 shown in FIG. 1 is single-layer, the clamping frame A1 shown in FIG. 3 is double-layer, the clamping frame A1 has single-layer or double-layer, and can be simply and conveniently arranged at the end part of a screw rod of the clamping frame electric push rod B1 by a nut for a user to select.

As shown in fig. 6, the clapper a2 and the upper pressing plate a4 are both connected to a return spring a22, and the clapper a2 and the upper pressing plate a4 can move stably.

The upper squeezing plate a4 of this embodiment is made of a non-magnetic material, and when the electromagnetic driving part B2 drives the clapper a2 to ascend, the upper squeezing plate a4 can be pulled by the pulley a52 and the chain rope a51 to press down along the upper squeezing plate upright rod a53, so as to realize clapping and squeezing on the clothes.

The door of the washing bin in the embodiment can prevent water seepage after being closed, the door cover plate C11 adopts a mode of opening and closing by rotating a hinge, and the door cover plate pressing part C12 is arranged below the door in order to strengthen the waterproof effect and prolong the service life. To avoid catching clothes or debris, door closure sensor C13 is provided, and door closure pressing member C12 will not initiate a pressing action until door closure C11 properly depresses the exposed button of closure sensor C13.

As shown in fig. 7, the clapper a2 and the upper squeeze board a4 are connected by a spring hinge a6 at a side close to the sprinkler head B73 to form a clapper squeezing device capable of rotating relatively, the spring hinge a6 is fixed, and the other end is driven to clap and squeeze, so that the clapper a2 and the squeeze board can operate more stably and save more electric energy compared with the embodiment that the clapper a2 and the squeeze board are lifted integrally; the horizontal central axes of the spring hinge A6, the beating plate A2 and the upper extrusion plate A4 are basically consistent with the horizontal central axes of the clamping frame A1 and the water spray head B73, and a compact and reasonable working space is formed by polymerization.

The two washing bins of the embodiment are connected to a main controller B6, a main power supply system, a main water supply pipeline and a main water discharge pipeline are commonly utilized, the two washing bins are set to be not conflicted with each other in the operation, the main controller B6 distributes actions to automatically delay and stagger the operation time, and the daily work is that socks are washed in the upper washing bin firstly, and then underpants are washed in the lower washing bin; when the second washing bin is started, if the first washing bin is detected to be in operation, the second washing bin automatically delays the initial soaking stage continuously until the first washing bin is finished, and then washing is continued, and the like; the two washing bins are arranged on a wall-mounted bottom plate D1 one above the other, are fixed on a balcony wall by using pull explosion screws, are provided with omnidirectional levelers C3, can accurately place the washing machine horizontally, and can be horizontally finely adjusted by arranging horizontal adjusting screws D2; the washing machine can also be directly placed on a table top for use, the top side of each washing bin is provided with an air hole, the washing bins can be used for air intake or exhaust to release the pressure in the washing bins, the washing machine can also be used as a fault emergency water drainage function, and the washing machine can be connected with a water pipe to a main water drainage pipe B82.

In order to ensure safety, the detachable safety protection rod D3 is arranged at the front end of the washing bin to protect the telescopic range of the clamping frame A1 so as to prevent collision with people or other objects when the clamping frame A1 extends out.

In any stage of operation of the washing machine, a user can stop temporarily by pressing a switch button, and the washing machine is provided with an independent button for discharging clothes out of a bin.

In another embodiment, as shown in FIG. 5, the washing chamber adopts a sliding door C2 to slide upwards to close the washing chamber, and slide downwards to open the washing chamber, so that the gasket is firmly installed to prevent water leakage; an installation detection device is arranged, and when the sliding lift bin door C2 retracts when being blocked.

In another embodiment, as shown in fig. 5, the flapping extrusion driving device is powered by a flapping extrusion piezoelectric push rod B3.

In another embodiment, as shown in fig. 8, the slapping and squeezing drive is powered by a crankshaft connecting rod assembly B4.

In another embodiment, as shown in fig. 9, the clapping press drive is powered by cam member B5.

Claims

1. The utility model provides a washing machine of extrusion washing socks pants and automatic sunning is patted to centre gripping formula which characterized in that: comprises a clamping frame A1, a clamping frame electric push rod B1, a beating plate A2, an extrusion plate, a beating extrusion driving device and a bin gate device.

2. The washing machine as claimed in claim 1, wherein: the clamp frame A1 comprises a spring clamp finger A11 and a spring wire supporting ring A12.

3. The clip frame a1 of claim 2, wherein: the clamping frame A1 comprises a clamping frame cross bar A13.

4. The washing machine as claimed in claim 1, wherein: the beating and squeezing driving device drives a beating plate A2 or a squeezing plate by an electromagnetic driving part B2.

5. The washing machine as claimed in claim 1, wherein: the beating extrusion driving device drives a beating plate A2 or a squeezing plate by a beating extrusion electric push rod B3.

6. The washing machine as claimed in claim 1, wherein: the clapper A2 and the pressing plate are connected by a spring hinge A6 to form a clapper pressing device capable of rotating relatively.

7. The washing machine as claimed in claim 1, wherein: the bin gate device comprises a bin gate cover plate C11, a bin gate cover plate pressing component C12 and a bin gate closing sensor C13.

8. The washing machine as claimed in claim 1, wherein: the bin gate device comprises a sliding bin gate C2.

9. A washing machine characterized by: the washing machine comprises two or more washing bins, a sock-dedicated washing bin, a underwear-dedicated washing bin and a towel-dedicated washing bin, wherein the washing bins are staggered and operated without mutual conflict, each washing bin comprises a clamping frame A1, the clamping frame A1 clamps clothes to enter the washing bin and wash the clothes, and finally the clothes are held to stretch out of the washing bin for airing.

10. A method for washing clothes and automatically airing the clothes is characterized in that: the clothes are clamped by the clamping frame A1 and enter a flat thin washing bin, water is added, detergent is injected, after soaking, the clothes are flapped by the beating plate A2 for a plurality of times, after water is changed, the clothes are soaked again and flapped again for a plurality of times, after water is drained, the clothes are squeezed by the beating plate A2 or the squeezing plate for a plurality of times to remove water, and then the clothes are held by the clamping frame A1 and extend out of the bin for airing.