259results about "Hand iron" patented technology

A smoothing appliance has a portable housing including a handle and a smoothing head connected to the handle. The portable housing further includes:a steam circuit including a steam generator; andan air intake circuit extending between at least one intake port and at least one air intake vent. The portable housing includes a fan configured to be rotated by a motor, both disposed in the smoothing head. Tthe smoothing head includes a treatment side which includes at least one steam vent connected to the steam circuit and at least one intake port forming the intake air inlet of the air intake circuit. Tthe smoothing head includes an air cooling circuit for the motor extending between at least one cooling air inlet port and at least one cooling air vent disposed in the smoothing head, the cooling circuit being separate and distinct from the air intake circuit.

The present invention relates to an iron module comprising: a water supply barrel for storing water; a steam generation unit that receives water from the water supply tub and heats the water; a cable for conveying at least one of the heated water and steam in the steam generation unit; the steam iron is connected with the tail end of the cable so as to spray the steam to the outside; the iron module can prevent condensed water from being spitted out of the steam iron.

To provide a clothing steamer whose workability is favorable and which is easy to use.SOLUTION: A clothing steamer S includes: an ironing surface 2 arranged on a lower surface so as to stretch wrinkles of a cloth 16 such as clothing and the like; a heater arranged inside, and for heating the ironing surface 2 when electricity is conducted; a handle 5 which a user P holds; a steamer part 7 for jetting steam heated by the heater and vaporized in a steam chamber 8, outwardly from the ironing surface 2; and a press part S2 provided so as to oppose to the ironing surface 2, and having a press plate part 13h positioned so as to sandwich the cloth 16 such as clothing and the like with the ironing surface 2. The press part S2 includes: a lever 12 for separating a distance between the ironing surface 2 and the press plate part 13h of the press part S2 by being operated by the user P; and energization means 14 for shortening the distance between the ironing surface 2 and the press plate part 13h of the press part S2 when the user P is not operating it. The lever 12 is positioned on the left side or the right side of the handle 5.SELECTED DRAWING: Figure 1A

The utility model discloses a steam generator for steam equipment, which comprises a body with a heating cavity, a heating body, a sealing ring and a cover plate, the cover plate covers the upper side of the body to seal the heating cavity, the bottom of the body is provided with a groove, the cover plate is provided with an extension wall which extends downwards into the groove to form a concave cavity, and the extension wall is provided with a sealing ring. The concave cavity and the groove are intersected to form a gas storage cavity communicated with the heating cavity; the heating body is arranged in the body, a water inlet pipe and a steam output pipe capable of limiting the steam output amount are arranged on the cover plate, the water inlet pipe is communicated with the heating cavity, and the steam output pipe is communicated with the steam storage cavity; the sealing ring is arranged between the cover plate and the body. Compared with the prior art, the steam output pipe limits the output quantity of the steam, so that the steam enters the steam storage cavity to form certain pressure and then is output from the steam output pipe, and the steam output device has the advantages that continuous steam output is guaranteed, the steam quantity and the temperature fluctuation range are small, and good use experience is brought to a user.

The utility model discloses a garment steamer with a detachable air suction piece. The garment steamer comprises a shell, a steam generator, a water tank and a working panel. The steam generator is arranged in the shell, the water tank is connected with the steam generator, and the water tank is used for providing water for the steam generator; the working panel is arranged at the front end of the shell and comprises a heating piece connected with the steam generator, a heating face is arranged on the side, away from the steam generator, of the heating piece, an air outlet through hole is formed in the heating face, the air outlet through hole is communicated with a steam channel of the steam generator, and steam is sprayed out through the air outlet through hole. The air suction piece is detachably installed on the shell and arranged at the upper end, the lower end and / or the left end and the right end of the heating piece in a sleeving mode, and a plurality of air inlet through holes are formed in the surface of the air suction piece; the filter plate is located on the side, facing the steam generator, of the air suction piece and fixed between the air suction piece and the shell; by means of the detachable air suction piece and the split type heating design, the problems that a filter screen is prone to being blocked, inconvenient to clean and low in heating efficiency are solved.

To improve a device comprising multiple modules configured as a modular device, the following is proposed: that the multiple modules include at least one device module and / or one handle module and / or at least one application module and at least one extension module, each of the multiple modules having at least one fixing unit, and that the device module having at least two fixing units, the modules being able to be detachably fixed to each other using these fixing units, thereby enabling the modules of the device to be assembled into devices with various device configurations, and thereby enabling the modules of the device to be assembled into at least a small handheld device and / or a long handheld device.

The application discloses a heating assembly, a pressing head and an ironing device. The heating assembly comprises a heater having a first steam cavity and a second steam cavity, the first steam cavity is arranged to communicate with a first steam jet hole, the second steam cavity is arranged to communicate with a second steam jet hole, and an adjusting valve having a steam channel arranged to communicate with at least one of the first steam cavity and the second steam cavity. The heating assembly effectively improves the energy utilization rate and the ironing efficiency of the whole machine.

The present invention provides a clothes treatment apparatus. The clothes treatment apparatus according to one embodiment comprises: a cabinet; a door rotatably coupled to the cabinet; an inner case forming an accommodation space in which clothes are hung; a refresh module which is disposed at the lower part of the inner case, and which includes a circulation duct for providing a flow path through which air inside the inner case circulates, a heat supply unit for heating the air flowing along the circulation duct, and a steam supply unit for supplying steam into the inner case; a storage housing, which is disposed at the lower part of the inner case, has an iron storage space for accommodating a steam iron for supplying steam to the surface of the clothes, and has an input hole formed at the front thereof; and a housing door provided at the front of the storage housing so as to open and close the input hole, wherein the housing door is slidable in the front-rear direction through the input hole while the input hole is open.

Hot press (10), characterized in that it comprises a housing (100) and a printed circuit board (200), a thermal insulation layer (300) and a heating plate assembly (400) which are provided from top to bottom within the housing (100), wherein the printed circuit board (200) is electrically connected to the heating plate assembly (400), wherein the heating plate assembly (400) is used to generate the heat required for thermal transfer printing, wherein a heating surface of the heating plate assembly (400) is exposed to the housing (100), and that the hot press (10) further comprises a limiting element (500) which is provided between the printed circuit board (200) and the thermal insulation layer (300), such that the printed circuit board (200) and the thermal insulation layer (300) are spaced apart from each other.

The present invention belongs to the technical field of liquid pumps. Disclosed is an improved iron water spray pump. The iron water spray pump comprises a pump body, wherein a water storage cavity is provided in the pump body, the pump body is provided with a water intake pipe and a water discharge pipe which are respectively in communication with the water storage cavity, a sealing member is provided between the water intake pipe and the water storage cavity, and the pump body is further provided with an elastic body, such that the sealing member is not in contact with a side wall of a pipe opening of the water intake pipe under the action of an elastic force of the elastic body. In the present invention, the elastic body is additionally arranged below the sealing member, such that the sealing member is not in contact with the side wall of the pipe opening of the water intake pipe; and when the water spray pump body sprays water, the elastic body is compressed under the action of an external force, and the sealing member seals the side wall of the pipe opening of the water intake pipe, so as not to affect the water spray function of the iron water spray pump. In the present invention, the additional provision of the elastic body can prevent the sealing member from adhering to the side wall of the pipe opening of the water intake pipe to block the water intake pipe when the pump body contains water and remains unused for a long time.

A method is described for managing an ironing apparatus (10) which comprises feeding means (14) for feeding an operating fluid from a tank (13) to a plate (18) of an iron (12), and a control and management unit (30) which commands the operation thereof according to different ironing programs which can be selected by a user and comprise at least a first standard operation program and a second enhanced operation program in which the ironing apparatus (10) delivers the maximum possible amount of steam. When the user selects the second enhanced operation program, the method comprises a verification step (S2) to verify the inclination of said iron (12) with respect to a horizontal plane (P), and a verification step (S3) to verify whether an activation time (X) of said feeding means (14) is greater than a maximum threshold value (TMAX), in which case a deactivation step (S4) is provided in which the control and management unit (30) deactivates the feeding means (14) in order to stop the feed of the operating fluid toward the plate (18).

A garment steamer and its power supply circuit, wherein the power supply circuit comprises a power supply module, a water pump control module, a heating wire control module and a controller. The power supply module's input and output ends are respectively connected to an alternating current (AC) mains and the controller. The heating wire control module's two ends are respectively connected to the power supply module and the controller. The water pump control module comprises a water pump, a diode D4 and a silicon controlled rectifier (SCR) Q2, wherein the SCR Q2 is used for controlling the water pump's power supply circuit. The water pump's two ends are respectively connected to the power supply module and an anode of the diode D4. The SCR Q2's control electrode is connected to the controller and the SCR Q2's cathode is grounded. The garment steamer includes the said power supply circuit.

A steam ironing head, a hand-held ironing machine and a garment steamer. An ironing surface is equipped with a blowing device featuring a blowing port and a flow guiding surface. The orientation of the blowing port deviates from the normal direction of the ironing surface, so that when the ironing surface is close to clothing, the airflow blown out from the blowing port pushes the clothing toward the flow guiding surface, and an airflow channel is maintained between the clothing and the flow guiding surface. During ironing, the airflow blown by the blowing device flows between the clothing and the flow guiding surface, forming a low pressure between the clothing and the flow guiding surface, pulling the clothing toward the flow guiding surface, and making the clothing close to the ironing surface. The invention has a consistent attraction effect and good versatility.

A steam generation apparatus includes an ironing base plate and a heating tube assembly and a connecting water pipe that are both disposed on the ironing base plate, wherein a water inlet is disposed at an end, farther away from the connecting water pipe, of the heating tube assembly, a steam outlet is disposed in the ironing base plate, and the heating tube assembly, the connecting water pipe and the ironing base plate communicate in sequence, so that the water inlet and the steam outlet communicate; the heating tube assembly includes a coated heating tube, and a blocking structure is disposed inside the heating tube assembly, so that water flowing in through the water inlet is blocked by the blocking structure when flowing inside the heating tube assembly.

The present invention relates to a steam generation assembly (1) for a domestic appliance, comprising a vaporization device for transforming liquid into vapor by the action of a heating element (10), the vaporization device comprising a housing (2) with an internal cavity forming a vaporization chamber (21), the housing (2) having at least one opening intended to be closed by a cap (3), characterized in that the cap (3) comprises a functional portion (31) extending into the interior of the vaporization chamber (21) and comprising a scale management element. Figure for the abstract: Fig. 1

The present invention relates to an iron module comprising: a water supply tub for storing water; a steam generation unit that receives water from the water supply tub and heats the water; a cable for transmitting at least one of the water and the steam heated in the steam generation unit; the steam iron is connected with the tail end of the cable so as to spray the steam to the outside; the iron module adjusts the amount of steam injected by selectively utilizing pressure and temperature conditions.

Ironing and / or steaming apparatus comprising a liquid reservoir (12), an electric pump (6) for drawing liquid from said reservoir (12), and a heating element (4) comprising an electric resistance (40), characterized in that said pump (6) is electrically powered by a power supply device comprising a thermoelectric module (7), of the Seebeck or Peltier type, comprising a hot face (71) in thermal contact with the heating element (4) and a cold face (70) in thermal contact with a radiator (73) cooled by air and / or by the liquid contained in the reservoir (12). Figure for the abbreviation: Fig. 3

Provided is a steaming device (100) having an ironing board (104), a dock (112) for supporting a steamer head (102), and a track (119). The steaming device comprises an arm (122) having a first extremity coupled to the track by a first coupling assembly, and a second extremity coupled to the dock. The first coupling assembly allows movement of the first extremity along the track, and thus allows movement of the dock along a course around the ironing board, the course being adjacent to the track.

The present disclosure relates to an ironing module including a water supply tank that stores water therein, a steam generator that receives water from the water supply tank and heats water, a cable that transmits at least one of water and steam heated by the steam generator, and a steam iron connected to a distal end of the cable to spray steam to the outside, wherein the ironing module adjusts a spray amount of steam selectively using pressure and temperature conditions.

The present disclosure relates to an ironing module including a water supply tank that stores water therein, a steam generator that receives water from the water supply tank and heats water, a cable that transmits at least one of water and steam heated by the steam generator, and a steam iron connected to a distal end of the cable to spray steam to the outside, and preventing condensate from being discharged to the outside of the steam iron.

An iron (10) comprises a plate assembly (12) and a containment body (14), wherein the containment body (14) has an open shape towards a front part (11A) of the iron (10) and comprises a lower portion (16), an upper portion (18) having a handle function, and a rear portion (17).

A smoothing appliance includes a handle and a smoothing head having a treatment side configured to be placed opposite a fabric item to be smoothed. The treatment side includes at least one steam vent connected to a steam circuit having a steam generator and at least one intake port connected to an air intake circuit having a fan configured to be rotated by a motor. The appliance includes a controller for controlling the steam release through the steam vent and the air intake through the intake port, wherein the controller is configured to enable steam release in a first operating mode and configured to enable steam release combined with air intake in a second operating mode.

The invention provides a steam ironing head, a hand-held ironing machine and a garment steamer. The steam ironing head comprises an ironing surface (110) with steam release holes (111), a blowing device (120) and a flow guiding surface (130). The blowing device is connected to a blowing port (141) of which the orientation deviates from the normal direction of the ironing surface, so that when the ironing surface is close to a clothing (600), the airflow blown out from the blowing port compels the clothing toward the flow guiding surface, and an airflow channel is maintained between the clothing and the flow guiding surface. During ironing, the airflow blown by the blowing device flows between the clothing and the flow guiding surface, forming a low pressure between the clothing and the flow guiding surface, pulling the clothing toward the flow guiding surface, and making the clothing close to the ironing surface.

A method for managing the water supply to an auxiliary reservoir (14) of a cordless iron (1) equipped with a vaporization chamber (120) supplied with water from the auxiliary reservoir (14), said vaporization chamber (120) being provided in a heating element (12) comprising heating means (12A), and the auxiliary reservoir (14) being supplied with water from a charging base (2) when the iron (1) rests on the base (2) in a charging position, characterized in that, during each instant of connection of the iron (1) to the base (2), the quantity of water sent to the auxiliary reservoir (14) is less than or equal to the quantity of water that can be vaporized using the energy transmitted to the heating element (12) by the heating means (12A) during that same instant of connection. Figure for the abstract: Fig. 1

This description relates to an ironing and / or steaming appliance comprising: - an iron (10) including a heated soleplate (13) having at least one steam outlet (100), - a board (30) for placing a garment (500), - a board support (40) coupled to the board (30), an opening (200) being provided in the board support (40), - a fastening device (50) for securing the iron (10) to the board support (40), the fastening device (50) being arranged so that, when the iron (10) is secured to the board support (40) by means of the fastening device (50), the steam outlet (100) of the iron (10) is positioned opposite the opening (200) of the board support (40), and - a diffuser element (300) allowing the passage from a fluid to the laundry (500) placed on the board (30),a diffusion conduit fluidly connecting the diffuser element (300) and the opening (200) of the board support (40), such that when the iron (10) is attached to the board support (40), the steam outlet (100) of the iron (10) is fluidly connected to the diffuser element (300) via the opening (200) of the board support (40).