662results about "Textile treatment machine parts" patented technology

A washing machine includes a cabinet constituting the external appearance of the washing machine, a tub mounted in the cabinet for receiving wash water, a drum rotatably mounted in the tub for receiving laundry to be washed, a circulation unit for circulating wash water in the inner lower part of the tub through the upper part of the tub, and at least one circulation nozzle for spraying the wash water, supplied by the circulation unit, inwardly of the drum along a rotation axis of the drum in a longitudinal direction of the drum. According to the present invention, it is possible to improve washing or rinsing efficiency of the washing machine.

A washing machine has a partial washing apparatus fitted on an outer surface of a main unit having a washing tub housed therein. The partial washing apparatus is movable between an use position and a non-use position. When the partial washing apparatus is in the use position, its washing portion faces a laundry entrance from outside the main unit; when the partial washing apparatus is in the non-use position, its washing portion is retracted from the position in which it faces the laundry entrance. The washing portion achieves washing by using supersonic waves generated by a supersonic vibration device. The laundry entrance is covered with a lid composed of a front lid and a rear lid coupled together so as to be foldable in two. The rear lid has a gate opening formed therein to let the partial washing apparatus pass through. The gate opening is partially or completely closed by a tray for sustaining a piece of laundry. The tray has a drain outlet formed in its bottom surface, and the drain outlet is open toward or communicates with a drain path leading to outside the washing machine. When the partial washing apparatus is in the non-use position, the tray rotates together with the rear lid.

A garment refreshing system includes an enclosure having a top, a bottom, a sidewall, an air inlet and an air outlet, and a hook or other element on the top to facilitate hanging in a closet or other location. An electrical fan at the air inlet is operative to bring air into the enclosure and past the clothing to the air outlet, and a filter supported at the air outlet for collecting odors removed from the clothing: The preferred configuration further includes a support within the enclosure to receive clothing on hangers, and the sidewall includes a closable opening to place clothing into, and remove clothing from the enclosure. The use of a low-voltage D.C. fan, such as a 12-VDC fan, facilitates use in a vehicle. As a further option, a material associated with the air inlet to introduce a deodorizer or fragrance into the enclosure. For example, an absorbent material may be provided to receive a deodorizer or fragrance in liquid form.

A washing machine includes: a steam generator for generating steam; a circulation pump for pumping circulation water discharged from a tub and re-supplying it into a drum; a spray nozzle for spraying steam generated from the steam generator and the circulation water pumped from the circulation pump into the drum; and a back-current preventing branch unit connected to the steam generator by a steam supply line, connected to the circulation pump by a circulation line, and connected to the spray nozzle. With this structure, circulation water circulated by the circulation unit and steam generated from the steam generator are sprayed to the laundry through one spray nozzle, so that a system can be simplified and a fabrication cost can be reduced.

A washing machine includes a tub disposed inside a cabinet, for storing water; a drum rotatably disposed inside the tub, for washing laundry; and a steam generating apparatus disposed at the cabinet, for generating steam supplied to the inside of the drum, by using high-frequency induction heating. Accordingly, by generating steam using high-frequency induction heating, a structure of the steam generating apparatus can be simplified, and performance of generating steam can be improved.

A supplemental clothes treating apparatus is disclosed. A supplemental clothes treating apparatus includes a housing which defines an exterior appearance thereof, the housing having an opening; a movable frame, where clothes are placed, installed at the housing, the movable frame being retractable via the opening; and a hot air supply device installed in the movable frame to supply hot air to the clothes.

A multiple laundry machine capable of separately washing a small amount of laundry is disclosed. The disclosed multiple laundry machine includes a casing, and a plurality of laundry machines arranged in the casing, to conduct washing operations in different manners, respectively.

The invention relates to a device for producing space dye yarn, comprising at least one group of padders. A dye liquor slot for holding space dye liquor is arranged below each group of padders; the inside of the dye liquor slot is connected with a corresponding space dye liquor preparation bucket through a feed delivery pipe; each group of padders comprises a stand, a bottom roll and a top roll; at least part of outer wall surface of the bottom roll is soaked in the space dye liquor of the dye liquor slot; when the top roll is upwards lifted, the top roll and the bottom roll are separated, and the yarn passes through a gap between the top roll and the bottom roll; when the top roll is pressed downwards, the outer wall surface of the top roll and the outer wall surface of the bottom roll are appressed, the bottom roll drive the top roll to rotate to make the yarn pass through the rolling points of the top roll and the bottom roll, and the outer wall surface of the bottom roll adheres to the space dye liquor in the rotation to apply the space dye liquor to the yarn. By utilizing the device to carry out the space dye, the space dye liquor residual is little, and the space dye processing efficiency is high. The space dye process and a yarn grounding dye process can be also continuously finished at one time so that the space dye cost is reduced and the comprehensive benefit is good.

The present invention relates to a washing machine, and the washing machine includes a drum rotatably installed in a cabinet, an air heater for heating air, to supply hot air to the drum, a steam generator for generating steam, and supply the steam to the drum, and a water supply unit including a nozzle for spraying the steam generated by the steam generator to an interior of the drum, and a nozzle holder having a coupler at a rear surface of the nozzle holder, to separably mount the nozzle at a position adjacent to the drum.

Laundry machine including a selectively rotatable drum, a pump for supplying water to a steam generator and controller for determining the pump of being out of order by using a time period required for supplying water to a preset water level of the steam generator or a current to the pump, thereby realizing product safety effectively.

The present disclosure generally relates to a cloth treating apparatus, such as a laundry treating machine, and methods of control and operation which sanitize the machine. The laundry treating machine can include an accommodating space which supplies air and moisture in order to remove unpleasant odors, wrinkles, or dampness from the laundry. The laundry treating machine may further include a circulation duct to circulate, dehumidify, or heat air inside the accommodating space. Operation of the laundry treating machine can use steam-sanitizing to remove odors, moisture, bacteria from the accommodating space and circulation duct. Steam-sanitizing can be performed based on a user's selection or the occurrence of a condition, such as unloading of laundry from the accommodating space after treatment.

A laundry treating apparatus, particularly, a laundry treating apparatus using steam is disclosed. The laundry treating apparatus such as a washing machine, a dryer, a drying and washing machine is an apparatus which washes or dries articles such as clothes. The laundry treating apparatus includes an operation course including a drying process in which hot air is supplied into a drum adapted to accommodate articles to dry the articles and a cooling process in which cool air is supplied into the drum to cool the articles, wherein the operation course further includes a steam process in which steam is supplied into the drum, and the laundry treating apparatus includes a controller which controls a heater adapted to generate the steam such that an operation time point of the heater varies according to an amount of the articles. The laundry treating apparatus includes a drum adapted to accommodate articles, a control panel adapted to provide an interface with a user, and a controller to perform a steam process for supplying steam into the drum, wherein the controller controls a heater adapted to generate the steam to perform the steam process such that an operation time point of the heater varies according to an amount of the articles.

A household appliance includes a housing having a door formed in a front panel thereof for accessing an interior of the housing, a tub disposed inside the housing for containing a liquid, the tub having an inner surface and an outer surface, and a steam generator. The steam generator includes a heating element inside the tub, and a liquid level sensor on the outer surface of the tub, the liquid level sensor detecting a level of the liquid inside the tub, wherein the liquid level sensor includes a non-contacting sensor that detects the level of the liquid without directly contacting the liquid.

The invention discloses an atomizing nozzle structure of a high-temperature high-voltage air flow dyeing machine and control method thereof. The nozzle structure comprises a front nozzle cover, an inner main stream pipe, a rear nozzle head and a sleeve, wherein the sleeve is sleeved outside the inner main stream pipe, and two ends of the sleeve are respectively connected with the front nozzle cover and the rear nozzle head through a connecting piece; the sleeve is provided with an air inlet which is connected with a fan; and the sleeve and the inner main stream pipe form a circular outer chamber atomizing region; a nozzle head is arranged in the outer chamber atomizing region and is fixed on the outer wall of the inner main stream pipe, and the nozzle head is connected with a dye liquid pipeline; and the outer chamber atomizing region is provided with two outlets which are connected with a channel through which the cloth to be dyed passes in the inner main stream pipe. The invention also provides a control method based on the atomizing nozzle structure of the high-temperature high-voltage air flow dyeing machine. According to the types of the cloth to be dyed, the number of the nozzle heads started in the nozzle structure, the flow rate of the nozzle heads, the air flow of the fan and the temperature process curves adopted are defined. According to the invention, the levelling property is high, and the problem of cloth blocking can not happen.

An orthogonal frequency division multiple access-passive optical network including a plurality of optical network units each configured to generate orthogonal frequency division multiplexed signals, which are allocated thereto, based on a central frequency for frequency division multiplexing that is allocated in advance, and to use the generated signals in upstream transmission.

The invention discloses a low-energy-consumption no-motor-drive type transmission device used for a stenter, which comprises brackets; electrostatic magnets are evenly mounted on the brackets; guide rail supports are mounted at the centers of the two brackets; a maglev guide rail pair is mounted on the guide rail supports; a lower bearing block is installed on the maglev guide rail pair; a movable electromagnet is installed on the lower bearing block; an upper bearing block is installed on the movable electromagnet; a workbench is installed on the upper bearing block; and coils are wound on all the electrostatic magnets and the movable electromagnet. According to the invention, no motor drive and automatic guiding of the movable guide rails are realized, the energy consumption during the transmission operation is greatly reduced, the friction in the transmission process is eliminated and the precision in the working process is improved.

A method of controlling the operation of a steam generator in a fabric treatment appliance may include setting an operational temperature for the steam generator based on calcification of the steam generator. A change in the calcification of the steam generator may be determined by behavior of the actual temperature of the steam generator in response to changing a flow rate of water supplied to the steam generator.

A spray caddy (10) for storing and transporting chemicals and cleaning accessories and method of dispensing diluted liquid chemicals with improved efficiency. The spray caddy (10) comprises a container (11) and an elongate rigid tubular handle assembly (12) that extends through a first hole (32) and a second hole (34) in container (11). Hot (>180. degree. F.), pressurized water is received from a van or trailer mounted professional cleaning machine and enters the spray caddy (10) at a first end (38) of the tubular handle assembly (12) then proceeds through an integral venturi injector (58) which siphons a precisely predetermined amount of liquid concentrate from one of a plurality of predetermined liquid concentrate supply jars (76) housed safely within the interior (28) of container (11) and mixes the concentrate with the water passing through the handle assembly (12) forming a solution of precise dilution that exits a second end (70) of handle assembly (12) and is dispensed through a delivery hose (16) to a target surface (116) of the cleaning site (14).

A spray caddy (10) containing sufficient variety and capacity of chemicals to complete an entire days' worth of cleaning is transported in one trip from the work vehicle to the cleaning site (14). Chemicals are applied in efficient alternating sequence in accordance with proper cleaning procedures as set forth by carpet mills and acknowledged experts in the field of carpet and upholstery cleaning.

A spray caddy (10) is provided in a completely assembled form or in a kit form comprising an assemblage of any or all of its component parts.

A yarn roll spindle locking assembly including a pivotally translating engagement/release mechanism. The locking assembly may be dropped onto a spindle to self-actuatingly lock in position and is readily removable from the spindle by manual depression of a release element. The locking assembly includes upper and lower body members coupled to one another so that the upper main body member and lower main body member are resiliantly biased apart from one another to provide the locking assembly with compression/expansion capability.

The invention discloses a loose fiber dyeing machine, which contains a cylinder. The cylinder is provided with a fiber cage and a central spray pipe from in to out. A heating coil is arranged below the cage bottom. The bottom of the cylinder is provided with a motor and an impeller and one side of the cylinder is provided with a preplasticator cylinder; the preplasticator cylinder is communicated with the inner cavity of the cylinder. The invention is characterized that the cylinder bottom is provided with a central hole, and a guide cylinder is arranged below the central hole. The upper end of the guide cylinder is communicated with the inner cavity of the cylinder; a guide flow cylinder is arranged in the guide cylinder; the side wall is provided with a through hole, and a transverse short cylinder is connected to the outside of the through hole. The opening of the transverse short cylinder is provided with a seal cover. The guide flow cylinder is a bend cylinder, with the upper end subsequently inserted into the cylinder and the central spray pipe, and the lower end arranged in the transverse short cylinder and some distance away from the seal cover, so as to communicate the guide cylinder and the guide flow cylinder. The impeller is positioned in a transverse section of the guide flow cylinder, with a wheel shaft extending out of the seal cover and connected with an output shaft of the motor. The loose fiber dyeing machine can reduce the manufacturing cost, extend the service life of the motor, and is applicable in dyeing of all loose fiber.

Disclosed herein is a washing machine that is capable of generating hot air and steam to be supplied into a rotary tub using a single heater. The washing machine includes a rotary tub to receive laundry, a heating duct defining a channel to supply hot air to the rotary tub, a heater mounted in the heating duct, and a steam generating part heated by the heater to generate steam to be supplied to the rotary tub. The steam generating part includes an object heated by contacting the heater. The object includes a tubular member having an outer surface contacting the heater and a hollow part for steam generation defined therein. The object may include a steam generating plate having one surface contacting the heater.

The invention provides a dye transfer device and dye dissolution equipment. The dye transfer device comprises a base, a mechanical hand, a position adjustment unit and a control unit, wherein the mechanical hand comprises a clamping part and a driving part which is used for driving the clamping part; the position adjustment unit is arranged on the base and is used for driving the mechanical hand to move; and the control unit is used for controlling the position adjustment unit to move the mechanical hand to the target location and controlling the mechanical hand to perform grabbing and releasing. The dye transfer device in the invention can not only avoid the problem of pollution caused by the out of order of a dye bucket, but also save labor and improve working efficiency due to the automatic dye transfer; in addition, the dye transfer device has the characteristics that the structure is simple, the operation is convenient, and the cost is low.

A washing machine is disclosed. The washing machine has an improved structure adapted to generate steam in order to improve washing effect and enable sterilization of laundry using the steam. The washing machine comprises a tub to contain water, a heater installed in the tub, and a controller to control the heater to heat the water contained in the tub and to generate steam.

A steam generator is disclosed. The steam generator includes a housing for containing water and a heater installed such that at least one portion of the heater is buried in a bottom of the housing to indirectly heat the water in the housing.

A clothes-treating apparatus is disclosed. According to the present invention, the clothes-treating apparatus includes a steam spraying unit capable of preventing water condensed from steam from flowing into an accommodating space containing clothes and it has an improved steam spraying unit to enhance work efficiency when a worker assembles parts thereof.

The invention relates to a nozzle of an airflow dyeing machine, which comprises a front nozzle cover, a positioning sleeve, a nozzle body and a back nozzle head; the front end of the nozzle body is provided with a front guide nozzle; the positioning sleeve is sleeved on the front nozzle cover, and is connected with the nozzle body through a connecting piece; an airflow inlet is arranged between the back end of the positioning sleeve and the front guide nozzle; a dye liquor chamber is arranged between the front nozzle cover and the positioning sleeve; the front nozzle cover is provided with a dye liquor outlet; the positioning sleeve is provided with a dye liquor inlet; and the dye liquor outlet and the dye liquor inlet are respectively communicated with the dye liquor chamber. The dye liquor chamber is arranged between the front nozzle cover and the positioning sleeve, and dye liquor is stored in the dye liquor chamber, so that the fluid pressure of the dye liquor is increased; and the front nozzle cover is provided with the dye liquor outlet, and the dye liquor is directly ejected onto cloth, not interfered by airflow and is ejected evenly.

A laundry machine is disclosed. The laundry machine includes a drum in which laundry is put, a steam generator to generate steam, a water supply line connected to the steam generator, a steam line connected to the steam generator, and a valve placed in the steam line, wherein the valve is controlled to block the steam line to prevent water from flowing from the steam generator to the drum.

The invention relates to a hot-air preliminary drying device of a continuous pigment dyeing padding machine. The device comprises a box body, a textile conveying device, a hot air system and an air discharging system. The textile conveying device comprises an upper twitch roller group and a lower twitch roller group which is arranged below the upper twitch roller group. The device also comprises a drive mechanism which is arranged on a left plate of the box body and connected with each upper twitch roller. The hot air system comprises an upper air channel and a lower air channel which is arranged below the upper air channel. The upper twitch roller group and the lower twitch roller group are vertically arranged between the upper air channel and the lower air channel. The air discharging system comprises an exhaust duct which is arranged at the rear side inside the box body and protrudes upwards out of the top plate of the box body. An air inlet is formed on the part of the exhaust duct, which is arranged inside the box body. When in use, the device has better preliminary drying effect, and can further improve efficiency and preliminary drying quality after related electric control gears are added to the device.

A laundry machine is disclosed. The disclosed laundry machine includes a drum rotatably provided in a cabinet; a substance supply device generating water based substance and supplying the water based substance to the drum; a water supply device that is movably provided in the cabinet and supplies water to the substance supply device; and a first stopper confining a position of the water supply device when the water supply device is pulled out from the cabinet.

The invention discloses an on-line detection device of a dye concentration in a printing and dyeing process of a connecting vat. The on-line detection device comprises a dye vat, an outlet valve, a cooler, a spectral analysis system and a return valve which are sequentially connected by pipelines and form a loop, wherein a cleaning pipeline is connected with the pipeline between an outlet of the outlet valve and an inlet of the cooler; an inlet of the cleaning pipeline is connected with a water tank; an angle valve is arranged at an outlet of the water tank; a three-way valve is arranged on the pipeline between an outlet of a constant flow pump and the return valve; and a connector at the bottom of the three-way valve is connected with a waste liquor discharge pipe. The detection device has the benefits that the detection device is applicable to printing and dyeing of the connecting vat, can effectively solve the problems that ingredients of dye liquor in each dye vat are unstable, aberration of the connecting vat is great and the color is unstable, can recycle detection dye, and can reduce the waste of the dye. The invention further discloses an on-line detection method of the dye concentration in the printing and dyeing process of the connecting vat. The method comprises the steps of 1, cleaning, 2, rinsing, and 3, data detection. The method is simple in step and easy to operate.