38results about "Washing apparatus" patented technology

The invention discloses a method for controlling a presser by a servo oil hydraulic system, which comprises the following steps of: (1) firstly giving a flow analog quantity signal and a pressure analog quantity signal of a servo controller, controlling a large pump and a small pump by the servo controller according to the given analog quantity signals, and feeding a bed sheet, a quilt cover or a towel into the presser; (2) starting a large pump, and judging whether to enter a pre-pressing stage or not according to the type of the linen; (3) entering a pressing stage, and performing double pressing on the linen in the process; (4) entering a pressure maintaining stage, and maintaining the pressure of the linen in the process; (5) the piston is lifted to a stripping position, and then the discharging basket is controlled to be lifted; and (6) the piston continues to be lifted up to the inspiration position, at the moment, the squeezed cloth is operated through the conveying belt, then the discharging basket is controlled to descend, and the action can be repeated for the next round of cloth squeezing operation. The linen squeezing device not only can reduce linen damage, but also can finish squeezing operation more softly.

A portable and manual clothes wringing system utilizes a wringer roll apparatus configured to retain wet clothes in a rolled up wringer fabric and has loops extending from the ends to receive rods for twisting and wringing water from wet clothes. The wringer roll apparatus enables a manual method of wringing water from clothes by twisting a first end rod extended through the first end loops with respect to the second end rod configured through the second end loops. The wringer fabric may be a microcloth made of microfibers. The wet clothes may contact the inside and outside surface of the wringer fabric when rolled in the wringer roll to more effectively wring water from the wet clothes.

The utility model discloses a medicine bag wringing device which comprises a shell, a U-shaped frame is fixedly connected to the side wall of the shell, a first threaded rotating shaft is rotationally connected to the U-shaped frame, a water pressing handle is fixedly connected to the first threaded rotating shaft, a second threaded rotating shaft is rotationally connected to the water pressing handle, and the second threaded rotating shaft is fixedly connected to the side wall of the shell. A second threaded rotating shaft is arranged in the shell, the second threaded rotating shaft penetrates through the side wall of the water pressing handle, two connecting rods are fixedly connected to the second threaded rotating shaft, extrusion plates are fixedly connected to the bottom side walls of the two connecting rods, two oppositely-arranged placing sliding grooves are formed in the shell, placing sliding blocks are slidably connected to the interiors of the two placing sliding grooves, and the two placing sliding blocks are fixedly connected to the bottom side walls of the two placing sliding grooves. And a filter screen plate is fixedly connected to the side wall between the two placement sliding blocks, and a fixed handle is fixedly connected to the outer side wall of the shell. The traditional Chinese medicine soaking bag is simple in structure, has three functions of boiling, heat preservation and water squeezing, and is very suitable for being used in traditional Chinese medicine soaking bags.

The present application relates to the technical field of dewatering device, specifically relates to a kind of cleaning mechanism's dewatering device, including installation space, flexible bag and first driving device;The flexible bag is located in the installation space, and the flexible bag is connected with the first driving device;The first driving device drives the torsion of the flexible bag body;The flexible bag is water-tight structure, and the flexible bag is provided with drain port.Use, the first driving device drives the torsion of flexible bag, and the torsion of flexible bag whole occurs, and the space in bag is continuously reduced, so as to fully extrude the moisture on washing article, after extruding a period of time, the first driving device drives the reset of flexible bag.By setting first driving device, the torsion of flexible can be realized, so as to extrude the moisture on washing article, realize dewatering, solve the technical problem that flexible bag body cannot dewater.

A method of operating a group of laundry appliances, such as in a laundromat, includes identifying first and second sets of laundry appliances from the group. The first set may be high-usage appliances and the second set may be low-usage appliances. The method may further include providing a recommendation to relocate at least one laundry appliance from the first set of laundry appliances or the second set of laundry appliances.

The present disclosure relates to a laundry treating apparatus including a cabinet, a first tub, a second tub, and a main control board, the second tub is arranged above the first tub, the cabinet has an arrangement space, the arrangement space is located at an upper side of the first tub and at a rear side of the second tub, and the main control board is arranged in the arrangement space. By the above technical solution, the laundry treating apparatus can arrange the main control board by using the arrangement space located at the rear side of the second tub and at the upper side of the first tub, which is beneficial to the reasonable arrangement of the main control board.

The invention provides a dewatering press with which laundry can be treated in a time- and energy-efficient and space-saving manner. This is achieved by a dewatering press (11) for dewatering laundry (10) comprising a press basket (17) for receiving the laundry (10) and a press ram (13) which is movable up and down by at least one hydraulic cylinder (24) and can be retracted into the press basket (17) from above when moving downwards. Furthermore, the hydraulic cylinder (24) is arranged in a press cylinder (12). The invention also provides that the dewatering press (11) comprises a main cylinder (24) and a pressure intensifier (26), wherein the main cylinder (24) and the pressure intensifier (26) are integrated into the press cylinder (12).

The utility model discloses a towel dewatering device for hot compress. The towel dewatering device comprises a dewatering box, a pressing plate, a pressing rod and a hinge. The upper end of the dewatering box is open, at least two towels can be placed in the dewatering box, and a plurality of water leakage holes are formed in the bottom wall of the dewatering box; the pressing plate is arranged in the dewatering box, and the lower plate surface of the pressing plate is used for extruding towels; a first transverse rod and two first vertical rods are arranged on the upper plate face of the pressing plate, and the first transverse rod is supported above the pressing plate through the two first vertical rods. The front end of the pressing rod is connected with the upper surface of the front end of the dewatering box through a hinge, the rear end of the pressing rod extends to the rear end of the dewatering box, and after the rear end of the pressing rod rotates, a rod body of the pressing rod makes contact with the first transverse rod and presses the pressing plate downwards. According to the towel dewatering device, a plurality of towels can be dewatered at the same time, the working efficiency of workers can be improved, and the two hands of the workers can be effectively prevented from being scalded.

A portable and manual clothes wringing system utilizes a wringer roll apparatus configured to retain wet clothes in a rolled up wringer fabric and has loops extending from the ends to receive rods for twisting and wringing water from wet clothes. The wringer roll apparatus enables a manual method of wringing water from clothes by twisting a first end rod extended through the first end loops with respect to the second end rod configured through the second end loops. The wringer fabric may be a microcloth made of microfibers. The wet clothes may contact the inside and outside surface of the wringer fabric when rolled in the wringer roll to more effectively wring water from the wet clothes.

According to the multi-dimensional three-dimensional washing tool and the washing machine applying the washing tool, the washing functions and processes of squeezing, kneading, washing, rinsing and washing clothes are achieved through actions of the washing tool, various novel washing machines can be designed by applying the washing tool, and the novel washing machines can be freely combined and matched with various washing containers for use. The three-dimensional washing device can be freely bound on various bases to realize a multi-directional and multi-dimensional three-dimensional washing function and process.

While the described cover cleaner can include any suitable component that allows it to clean a cover, in some cases, the cover cleaner includes a retractor configured to selectively couple with, selectively retract, and selectively release a cover, and a cleaner coupled to the retractor and configured to clean the cover while the retractor retracts the cover. Other implementations are described.

Devices for draining washed laundry (10) have a pressure diaphragm (19). The pressure diaphragm (19) is detachably fastened under a piston plate (18) of the device by a retaining ring. This connection is very complex due to the high weight of the pressure diaphragm (19), which has a diameter of approximately 1 m. To facilitate the fastening of the pressure diaphragm (19) to the retaining ring under the piston plate (18), the pressure diaphragm (19) is provided with at least one internal projection on its diaphragm collar, which forms a bearing for the retaining ring (32) during the assembly of the pressure diaphragm (19) under the piston plate (18). This temporarily supports the retaining ring during the assembly of the pressure diaphragm (19) under the piston plate (18), thus simplifying the assembly of the pressure diaphragm (19) under the piston plate (18).

The invention relates to a sealing-ring-free sealing structure of a rubber water bag with an embedded steel ring. A sealing ring-free sealing structure of a rubber water bag with an embedded steel ring comprises a pressing disc and the rubber water bag, the rubber water bag comprises a bag body and the embedded steel ring, the bag body is provided with a water carrying cavity, the embedded steel ring is fixed to an opening of the bag body, and the top of the embedded steel ring extends out of the opening end face of the bag body. The area, extending out of the opening end face of the capsule body, of the embedded steel ring serves as an extending part; a limiting groove into which the extending part is inserted is formed in the pressure plate; an insertion sealing part extending downwards is arranged on the pressing disc, the insertion sealing part is used for being inserted into the water carrying cavity, and at least two sealing areas arranged in the axial direction are arranged on the outer wall of the insertion sealing part; the sealing area comprises hemispherical protrusions which are distributed in the circumferential direction, and the lower side of each hemispherical protrusion is connected with a conical guide face which is narrow in the lower portion and wide in the upper portion. According to the invention, the bag body is jointly extruded by the hemispherical bulge and the embedded steel ring, so that the bag body is fixed.

The utility model relates to a towel, in particular to a towel with water-absorbing and quick-drying effects, belongs to the technical field of articles for daily use, and provides the following scheme aiming at the problem that the twisting of the existing towel wastes time and labor: the towel comprises a water twisting frame, one end of the water twisting frame is fixedly connected with a fixed head, and a bearing is fixed in the fixed head; according to the towel rolling device, a towel is connected with the connecting block in a hanging mode through the hanging hole, then the rotating handle is rotated clockwise to enable the rotating rod to roll the towel, the towel is squeezed through the squeezing rod on the fixing head in the towel rolling process, the towel is squeezed through the squeezing rod on the fixing head, and therefore the towel can be conveniently rolled. The water in the towel is discharged from the water through holes of the flowing layer and the air holes and the water penetrating holes of all the layers through extrusion, manpower can be saved, the situation that the towel absorbing water is manually twisted is avoided, and the water in the towel can be more sufficiently extruded out on the basis of the quick-drying effect of the towel.

The utility model relates to the technical field of washing equipment, in particular to an automatic linen delivery monitoring control mechanism of a linen pressure dehydrator, which comprises a dehydration basket, one side of the dehydration basket is fixedly connected with two side doors, and one side of the dehydration basket is rotatably matched with a bottom door. By arranging the piston frame, the square piston, the lower pressing rod, the U-shaped pipe, the air guide assembly and the like, when the bottom door is squeezed downwards, the lower side of the bottom door can squeeze the lower pressing rod, the square piston is pushed by the lower pressing rod to be in the piston frame, air on the lower side is squeezed, and therefore the bottom door is prevented from being blocked. Air is extruded and then enters the air guide assembly through the U-shaped pipe to blow the detection end of the grating sensor body, so that water spots possibly existing at the detection end of the grating sensor body are blown off or away, the adverse effects of scattering, absorption and the like of the water spots on optical signals are prevented, and the good optical performance of the detection end is maintained; and thus, the detection precision is improved.

The present invention relates to the technical field of linen dehydration, specifically to a flexible pressurized linen dehydrator, comprising a machine body, a hydraulic rod provided at the top of the machine body, an output end of the hydraulic rod extending to the working area of the machine body and being installed with a press seat, a plurality of groups of second water holes being provided at the bottom end of the water receiving platform, and a driving mechanism being provided at the top of the machine body; a push plate being provided on one side of the water receiving platform, the pushing mechanism being driven by the driving mechanism, and an automatic opening and closing door being provided on the discharge port; the machine body also comprises a pressing mechanism, the pressing mechanism comprising a pressing cylinder, four groups of connecting seats being evenly installed around the outer wall of the pressing cylinder, and the top ends of two groups of guide rods being connected to the top end of the machine body. The present invention also discloses a method for using the above-mentioned flexible pressurized linen dehydrator. The present invention can effectively squeeze linens, prevent linens from being scattered, and prevent water splashing generated when linens are squeezed and dehydrated from causing pollution, while being able to discharge material in a timely manner to improve dehydration efficiency.

A portable and manual clothes wringing system utilizes a wringer roll apparatus configured to retain wet clothes in a rolled up wringer fabric and has loops extending from the ends to receive rods for twisting and wringing water from wet clothes. The wringer roll apparatus enables a manual method of wringing water from clothes by twisting a first end rod extended through the first end loops with respect to the second end rod configured through the second end loops. The wringer fabric may be a microcloth made of microfibers. The wet clothes may contact the inside and outside surface of the wringer fabric when rolled in the wringer roll to more effectively wring water from the wet clothes.

The present invention relates to a squeezing dehydration device, which comprises a support member and a squeezing member. The support member is formed with a groove, and the groove is formed with a drainage structure; the squeezing member includes an elastically deformable air-blowing part, an inner cavity is formed inside the air-blowing part, and an air inflation assembly is arranged in the inner cavity. The air inflation assembly can control the inflation or exhaust of the air-blowing part to make the air-blowing part expand or contract; when the air-blowing part expands, a squeezing force is applied to the laundry placed in the groove, so that the water in the laundry is squeezed out and drained away, thereby realizing the dehydration of the laundry. The air-blowing part is an elastically deformable sphere, and the shape of the elastically deformable sphere after inflation is adapted to the shape of the groove. The support member has a support surface, and two grooves adapted to the shape of a female bra are formed on the support surface, and two corresponding air-blowing parts are provided. The present invention can dehydrate the female bra after washing by a squeezing drainage method without deforming the female bra, and the dehydration is efficient and fast.

To shift an object to be washed from preliminary washing to main washing at a higher temperature without damaging detergency of proteinic stain, regarding a business-use washing device which performs steps of preliminary washing, main washing, rinsing, finishing and dewatering of an object to be washed sequentially.SOLUTION: A continuous type washing machine includes temperature raising means which increases the temperature of an object to be washed and preliminary washing water in a preliminary washing tub during a preliminary washing step of an inputted object to be washed and whose heat source is recovery heat. The temperature raising means starts an operation after the time set after the object to be washed is inputted in the preliminary washing tub or when the object to be washed is transferred to the next stage preliminary washing tub, and finishes the operation before the object to be washed is transferred to a main washing tub.SELECTED DRAWING: Figure 1

The clothes wringing device comprises a self-locking type telescopic rod, gears are installed at the two ends of the self-locking type telescopic rod, torsion sleeves are connected to the outer sides of the gears, positioning covers are in threaded connection with the ends of the torsion sleeves, the self-locking type telescopic rod is sleeved with the positioning covers, and a binding belt is wound around the outer side of each torsion sleeve. The binding belt is locked and fixed on the outer side of the torsion sleeve through the binding belt fixing buckle. According to the clothes wringing device, gears at the two ends are strung by a length-adjustable self-locking telescopic rod, a torsion sleeve is arranged outside the gears, the two ends of the self-locking telescopic rod fix clothes through ribbons and rotate reversely, the effect of manually wringing the clothes is simulated, the wringing purpose is achieved, the self-locking telescopic rod can adapt to the length change of the clothes, and the clothes wringing device is convenient to use. And the reverse rotation of the gear can facilitate the stabilization of the screwing state of the clothes, so that the wringing work can be conveniently and continuously carried out.

The utility model discloses a clothes washing device which comprises a base with a mounting cavity, an inner cover connected to the interior of the mounting cavity in a sealed mode, a driving set arranged in the mounting cavity and provided with a power output end upwards penetrating through the inner cover, and an impeller arranged on the upper side of the inner cover and provided with a tooth-shaped part on the outer side of the lower portion. And the main driving gear is arranged at the power output end of the driving group and is meshed with the tooth-shaped part. The utility model further discloses a clothes washing cup comprising the clothes washing device. The tooth-shaped part is arranged on the outer side of the lower portion of the impeller, then the main driving gear is directly driven to rotate through the driving set, the impeller is driven to rotate to wash clothes, then the driving structure is simplified, transmission of middle parts is reduced, noise generated when the impeller rotates to wash can be effectively reduced, and the washing efficiency is improved. And therefore, the practicability can be greatly improved, and the user experience can be greatly improved.

The invention provides a dewatering press with which laundry can be treated in a time- and energy-efficient and space-saving manner. This is achieved by a dewatering press (11) for dewatering laundry (10) comprising a press basket (17) for receiving the laundry (10) and a press ram (13) which is movable up and down by at least one hydraulic cylinder (24) and can be retracted into the press basket (17) from above when moving downwards. Furthermore, the hydraulic cylinder (24) is arranged in a press cylinder (12). The invention also provides that the dewatering press (11) comprises a main cylinder (24) and a pressure intensifier (26), wherein the main cylinder (24) and the pressure intensifier (26) are integrated into the press cylinder (12).

Device for squeezing out a wet cloth which device comprises: - a receiving space for receiving the wet cloth; - a squeezing member which has a shape and is movable in the receiving space such that the wet cloth received in the receiving space is squeezed out by means of the squeezing member; - at least one outlet opening for letting out squeezed-out liquid; and - a mechanism driven by an electric motor for the purpose of making the squeezing member move in the receiving space, characterized in that: - the device also comprises a first part and a second part, these together at least largely forming the receiving space; - the first part is provided with a first passage opening for inserting the wet cloth and for removing the squeezed-out cloth; and - the first part and the second part have a shape and are movable relative to each other such that the second part leaves the first passage opening clear in a first relative position and the second part closes the first passage opening in a second relative position. Also method for squeezing out a wet cloth by means of such a device. Preferably the motor and thereby the movement of the squeezing member, and the relative movements of the first part and the second part are controlled at least largely automatically by means of control means provided for this purpose.

We provide a cylindrical vacuum compression dehydration device and laundry equipment that reduces noise and vibration while maintaining dehydration efficiency. [Solution] A cylindrical vacuum squeeze-spinning device includes a washing chamber and a negative pressure assembly. The washing chamber includes a main body and a cover. The main body is used to store laundry, and the cover is connected to the opening of the main body. The main body has a flexible structure, and the washing chamber is provided with a suction port. The negative pressure assembly communicates with the suction port and deforms and contracts the main body through suction, thereby expelling moisture from the laundry out of the washing chamber through the pressure-suction port. Because the main body is flexible and the dehydration power comes from the suction of the washing chamber by the negative pressure assembly, the washing chamber itself squeezes the laundry and expels moisture. Compared to conventional centrifugal spin-spinning methods, this method does not generate large vibrations or noise, effectively improving the user experience. The laundry equipment of this invention includes the above-mentioned cylindrical vacuum squeeze-spinning device.

The present application belongs to the technical field of washing, and particularly relates to a washing machine. The present application aims to solve the problems of a pulsator washing machine, such as large size, inconvenient use, easy entanglement between clothes, and poor washing effect. The washing machine comprises a first shell and a second shell which are buckled to each other, and a rotating assembly and a driving member are located in a containing cavity formed after the first shell and the second shell are buckled. The washing machine has a compact structure, a small size, and can be placed in any movable rolling washing container for use, which is convenient and flexible. The rotating assembly is connected at the joint of the first shell and the second shell, and is connected with the driving member and driven by the driving member to drive the first shell and the second shell to rotate relatively. Not only can the washing machine itself rotate to rub against the clothes to reduce the risk of entanglement between the clothes, but also can drive the water flow to rub against and flush the clothes to improve the washing effect of the clothes.

Briefly, apparatuses, assemblies, and / or articles of manufacture are disclosed herein that may be implemented, in whole or in part, for aquatic garment care, such as to facilitate and / or support more effective and / or more efficient liquid removal, aquatic garment drying, and / or aquatic garment storage, for example, among other aspects.

The utility model relates to clothes treating equipment which comprises a box body, a first barrel, a second barrel, a first air inlet and a second air outlet. The first barrel body is arranged in the box body and located on the side of the box body, the first barrel body has a first diameter, the second barrel body has a second diameter, the first diameter is larger than the second diameter, and the first diameter is smaller than 500 mm and larger than or equal to 350 mm. According to the clothes processing equipment, the diameter of the first barrel with the larger diameter in the clothes processing equipment with the two barrels is limited to be smaller than 500 mm and larger than or equal to 350 mm, it can be guaranteed that the second barrel has enough installation space so that the second barrel can be set to be large in diameter, and therefore the cleaning ratio of the second barrel is guaranteed; and it can be guaranteed that the first barrel has the large enough size so that the overall balance of the clothes processing equipment can be guaranteed.

The invention describes the repurposing of a wash tube as a bioreactor, which, through the paddle principle, offers improved oxygen and nutrient medium supply while simultaneously minimizing foam formation. This system enables the efficient and scalable implementation of fermentation processes in biotechnological production.