103results about "Water-boiling vessels" patented technology

The utility model discloses a tea making device, including the body and base, the body can be placed on the base of separation, the body includes the outer cup, and the inner cup for making tea is placed in the upper portion of the outer cup, the inner cup bottom is equipped with the through -hole, is equipped with the sewer assembly on the through -hole, the sewer assembly includes the sewer nozzle of bottom opening water outlet, the upper portion of sewer nozzle is equipped with the filter screen, and the sewer nozzle forms the accommodation cavity with the filter screen, is equipped with the first magnetic control component of the water outlet of plugging in the accommodation cavity, be equipped with the second magnetic control component in the base, change the position and the magnetic field direction of second magnetic control component through simultaneously, make first magnetic control component switch in the water outlet of plugging / open the water outlet 2 kinds of state, and the function is more perfect, and the playability and design space also increase.

The utility model discloses an electric heating nonmetal container mounting structure, including nonmetal's container body, the base of fastening in the lower extreme of container body, be used for the electric heating device of heating the liquid in container body, the bottom of container body is provided with the round clamping portion, its diameter is less than the diameter of container body, and the outer wall of clamping portion is provided with annular clamping slot, still include support, it includes outer ring, at least two mounting plates of radial regular distribution, and the inner wall upper end of outer ring is provided with annular clamping edge, the outer ring of support is fixed in the annular clamping slot of clamping portion through annular clamping edge clamping, and the base is sleeved on the clamping portion of installing support, and is locked through fastener between base and the mounting plate of support, the utility model discloses install and dismantle more swift and convenient, do not use liquid gum or sealing ring, avoid water leakage, more safe and sanitary.

A kind of milk regulator, the milk regulator includes: base assembly, half-enclosed with a heating assembly is fixed, so that the top surface of heating assembly is exposed to base assembly outside;Water jug assembly is placed on base assembly, or mutually separate with base assembly;When the water jug assembly is placed on base assembly, the bottom surface of water jug assembly is closely combined with the top surface of heating assembly.The utility model discloses by the gravity of heating assembly is transferred to base assembly, the weight of water jug assembly is effectively reduced, to effectively improve the convenience of product use.Meanwhile, by the liquid in heating assembly and water jug non-direct contact, not only heating and heat transfer more evenly, but also will not produce piercing noise, to greatly reduce the negative influence of user's mental health.

This application relates to the field of small household appliance technology, specifically to an electric kettle. The electric kettle includes: a first kettle body, comprising a kettle frame, a handle, and a lid; the kettle frame has a water storage cavity; the lid is fitted onto the kettle frame; and the handle is connected to the kettle frame; a spout, comprising a water outlet channel; a first end of the water outlet channel communicating with the water storage cavity; and a second end of the water outlet channel communicating with the outside of the first kettle body; and a switch device disposed at the spout, the switch device having a closed state (closing the water outlet channel) and an open state (opening the water outlet channel); wherein the spout is located at the bottom of the kettle body, and the port of the first end of the water outlet channel is lower than the port of the second end of the water outlet channel. This electric kettle, by changing the water dispensing method, makes pouring water more effortless for the user.

The application provides a liquid treatment device and a control method. The liquid treatment device comprises a liquid supply assembly, a heater, a first heat exchanger comprising two water circuits which exchange heat with each other, a second water circuit connected with the outlet of the heater, a parameter monitoring device for monitoring the parameters of the liquid treatment device, a shunt control device comprising an inlet connected with the outlet of the second water circuit, a first shunt branch and a second shunt branch, and used for controlling the on-off between the inlet and the two shunt branches according to the parameters of the parameter monitoring device, and a second heat exchanger used for heat exchanging the liquid flowing out of the second shunt branch. The heat exchange efficiency of the first heat exchanger is greater than that of the second heat exchanger, or the temperature drop of the second heat exchanger is smaller than that of the first heat exchanger. The scheme can perform heat exchange through the first heat exchanger when the heat exchange demand is small, and correct the outlet water temperature through the second heat exchanger when the heat exchange demand is large, so that the control precision of the outlet water temperature can be improved.

The present application relates to a kind of anti-overflow electric kettle, including kettle body and kettle cover, the kettle body inside has water-containing inner cavity, kettle cover includes upper cover and lower cover, upper cover and lower cover are formed with cover cavity between, it is characterized in that: C-shaped steam pipe is equipped in the cover cavity, the steam pipe is along the cover cavity lateral wall and is arranged around, the steam pipe first end opening is downward and is communicated with the water-containing inner cavity, the steam pipe second end opening is upward and is communicated with external environment.The steam pipe arranged in cover cavity is used for steam exhaust pressure relief, due to steam pipe along the lateral wall of cover cavity and is arranged around, when kettle body is poured, water in the water-containing inner cavity will not quickly overflow from steam pipe, the design of steam pipe of the present application is low in cost, safe and portable in use.

This utility model relates to a highly practical electric water bottle, comprising a body, a control system disposed within the body, and a water level gauge assembly. The body contains a water bottle with an inner cavity, and a flow guide pipe communicating with the inner cavity of the water bottle is located below the water bottle. The control system includes a control panel disposed on the outer surface of the body, and the control panel has a liquid level display area. The water level gauge assembly includes a liquid level detection tube vertically disposed on the outside of the water bottle and communicating with the inner cavity of the water bottle, and a liquid level sensor disposed on the liquid level detection tube and electrically connected to the control system. By incorporating the water level gauge assembly within the body, the water level inside the water bottle can be detected and displayed intuitively through the control panel for easy user viewing. This avoids the aesthetically unappealing problem caused by transparent visible areas on the body of traditional electric water bottles, effectively improving the user experience.

The utility model belongs to the technical field of water boiling container, specifically provides a hot kettle and its kettle cover. The utility model aims at solving the problem of poor heat preservation performance and noise reduction performance of the kettle cover of the existing hot kettle. For this purpose, the kettle cover of the utility model includes an outer cover, a base cover arranged on the inner side of the outer cover and a heat preservation component arranged between the base cover and the outer cover. The side of the base cover facing the outer cover is provided with a plurality of grooves. The heat preservation component abuts against the base cover to shield the grooves, so that the noise in the hot kettle that is propagated outward through the kettle cover is weakened at the grooves due to the change of the propagation medium. The utility model makes the noise in the hot kettle that is propagated outward through the kettle cover weakened at the grooves due to the change of the propagation medium. Therefore, the kettle cover of the utility model has good heat preservation performance and noise reduction performance, and overcomes the above technical problems.

This utility model relates to a teapot capable of detecting water temperature, belonging to the field of household appliances. The utility model includes a teapot body, a lid, a spout, a handle, a probe thermometer, a tea-brewing filter inner liner, and a tea-steaming filter inner liner. The spout is located on one side of the teapot body and communicates with the lower part of the body. A handle is provided on the teapot body. The probe thermometer for detecting water temperature is located on the lid, and its lower part is inserted into the tea-brewing filter inner liner, which is situated within a hollow cavity inside the teapot body. The tea-steaming filter inner liner is compatible with the tea-brewing filter inner liner. This utility model features a simple and reasonable structural design, is safe and reliable, monitors water temperature using a probe thermometer, is environmentally friendly and hygienic, and meets user needs.

A handheld beverage receptacle assembly 2 with a power base and a handheld beverage receptacle 6 for positioning on the power base, the handheld beverage receptacle includes a housing 8 having a bever

This invention relates to the field of teaware technology, and more specifically, to a teapot lid assembly structure and a kettle thereof. The teapot lid assembly structure includes a kettle body with an opening, a handle, and a lid. The handle is mounted on the side wall of the kettle body, and the lid is used to close the opening. It also includes an eccentric adjustment device with a locking mechanism. The lid has a mounting hole, and the handle has a connecting hole near the opening. The eccentric adjustment device passes through both the mounting hole and the connecting hole. Rotating the eccentric adjustment device until the lid and opening are tightly closed, the locking mechanism locks the eccentric adjustment device. This invention adds an eccentric adjustment device during the assembly process of the lid's mounting hole and the handle's connecting hole. The offset generated during rotation of the eccentric adjustment device compensates for assembly errors between the lid and the kettle body opening, achieving a complete lid fit without tilting. Kettles using this lid assembly structure exhibit good sealing and a high degree of fit between the lid and the opening.

A flow heater comprises a thick-film heating element (2) and a liquid housing (1) attached to the thick-film heating element to form a fluid channel (3) between them, wherein the liquid housing is made of aluminium, an aluminium alloy or stainless steel.

The utility model discloses a kind of heating disc and the liquid heater applied to it, it is related to heating disc technical field, comprising have: stainless steel contact layer, the stainless steel contact layer is used to directly contact with liquid, realize the heating conduction of liquid;Stainless steel base layer, the stainless steel base layer is used to bear thick film circuit or heating element, realize heat generation and conduction;Aluminum alloy soldering layer, the aluminum alloy soldering layer is between stainless steel contact layer and stainless steel base layer, for the welding of auxiliary stainless steel contact layer and stainless steel base layer;Stainless steel contact layer and stainless steel base layer of using S316 or S304 material, collocation porous aluminum alloy soldering layer, avoid heating disc surface rust, corrosion, prolong the service life of heating disc, while enhanced the overall structural stability of heating disc, and effectively improve heating efficiency, shorten the time of liquid heating.

The utility model provides an anti -overflow health pot, including glass pot body, cover seat, pot cover, inner metal cover and elastic device, glass pot body includes cylindrical portion and water outlet pipe nozzle, cover seat includes the annular seat body of upper portion, cover cavity, steam hole and lock groove, is equipped with annular insertion slot on annular seat body, pot cover includes the hand, pot cover board, body and is equipped with the lock block on body, the outer circumferential surface of pot cover board is equipped with annular sealing groove, is equipped with sealing ring in annular sealing groove, is equipped with longitudinal device cavity on body, cylindrical portion inserts into annular insertion slot, cover seat inserts into cylindrical portion, inner metal cover is fixed with body lower end, and elastic device sets up in device cavity and stretches out from inner metal cover, lock block cooperates with lock groove, and elastic device cooperates with the bottom plate of cover seat, and the steam exhaust gap between body and cover seat inner cavity, realize that pot cover board is located cover cavity sealing and anti -overflow conversion. The setting of cover seat and elastic device, pot cover cooperates with cover seat, realize normal use and anti -overflow conversion, convenient to use.

An electromagnetically heated glass kettle includes an electromagnetic heating body, a glass kettle body, a lid, a magnetically conductive metal plate, a heat insulation plate, a kettle base, a fastening ring with an opening, and a handle. The electromagnetic heating body includes a shell, a panel, a coil, a fan, a main control board, and a base. The magnetically conductive metal plate is fixedly attached to the bottom plate of the glass kettle body. An inner support base supports the heat insulation plate, and a radial pin is inserted into the inner support base. The glass kettle body is embedded in the kettle base, and a latch and a bottom annular groove are fitted together. The magnetically conductive metal plate is supported and cooperated with a right-angled bracket. The fastening ring is fitted into an upper annular groove, and the handle is connected to the fastening ring and the shell base. The kettle support base supports the kettle base, and there is a heat dissipation gap between the kettle base and the panel. Air is discharged through a group of heat dissipation vents, and the air is dissipated through the gap between the shell base and the panel. The heat insulation plate and the shell base adopt this structure, and a heat dissipation channel is formed between the shell base and the electromagnetic heating body, effectively reducing the temperature rise of the panel and the shell base.

The present application relates to a kind of liquid heating equipment.The main machine and electric kettle are included, and the main machine includes: body;Water outlet assembly;Water tank;First coupler, first coupler is arranged on the side wall of body, first coupler can be flexibly active relative to body;Water receiving box, water receiving box is oppositely arranged with water outlet assembly;Electric kettle is set on water receiving box, electric kettle can be limit sliding relative to water receiving box, second coupler is equipped on electric kettle, and first coupler can be electrically connected with second coupler.Through the first coupler being arranged on the side wall, the residual water drop of water outlet nozzle can be avoided to drop on first coupler and cause short circuit or open circuit problem, improve the security of use, electric kettle can be limit sliding relative to water receiving box, user is fixed in water receiving box by limit sliding, and at the same time, first coupler and second coupler are naturally aligned and inserted, so that the user needs to align coupler power supply trouble is saved.

The utility model discloses a kind of electric heat heat-preservation kettles of pouring anti-leakage, including kettle body, kettle body side assembly handle, inside vacuum assembly inner bag, inner bag bottom sets up electric heating device, handle inside assembly control panel;Kettle body top assembly kettle cover, kettle cover bottom sets up water outlet, main steam hole and auxiliary steam hole;Water outlet intercommunication kettle cover side flow guide mouth;Main steam hole and auxiliary steam hole upper assembly limit support, limit support inside place ball, top set up main exhaust hole and auxiliary exhaust hole, front end through total exhaust hole intercommunication flow guide mouth;Limit support upper assembly air inlet cover, air inlet cover side set up air inlet, air inlet assembly check valve.Thereby, when kettle body side leans or overturns, water outlet normality is closed, hot water can only flow into main guide gas hole and auxiliary steam hole, under the action of gravity and water flow impact, ball blocks main exhaust hole and auxiliary exhaust hole, regardless of kettle body with any posture overturns, its liquid cannot continue to leak in large quantities, effectively improve the use safety.

A heating assembly (100) for a kitchen device (10) is provided, the heating assembly (100) being mounted in a cavity (12) for receiving water to be heated, and including a heating element (120) for heating the water in the cavity (12), an electrode (130) for contact with the water in the cavity (12), a power source (140) connected to the heating element (120) and the electrode (130) for creating an electric potential between the heating element (120) and the electrode (130) with the heating element (120) having an anodic potential. A kitchen device (10) having the heating assembly (100) is also provided as well as a method of operating the kitchen device (10).

This utility model discloses an electric kettle with a thin base, including a base, a kettle assembly, and a lid assembly. A coupler is provided on the base, and a connector adapted to the coupler is provided at the bottom of the kettle assembly. The kettle assembly is placed above the coupler, and electrical connection is achieved through the coupler and connector. A button module is provided on the base, and a water pumping module and control panel are located inside the base. A heating module and a temperature sensing chip for detecting water temperature are located inside the kettle assembly. The water pumping module includes at least two water pumps connected in series, an inlet pipe exposed on one side of the base and connected to the water pumps, and a guide pipe located at the center of the coupler. This design replaces the traditional water pump with multiple water pumps connected in series, reducing the height of the water pumps without affecting the pumping efficiency. Therefore, it can effectively reduce the thickness of the base, allowing the base to be manufactured thinner and more aesthetically pleasing. The thinner base also makes it easier for users to place the kettle assembly on the base.

The utility model discloses an anti -bumping all -glass electric kettle's assembly structure of electric kettle, including base, the inside of base is placed with a kettle bottom cover, the kettle bottom cover is installed with a plurality of longitudinal setting's support spring, the top of support spring is with a heating disc support, the top of kettle bottom cover is installed with a kettle bottom shell, the top of kettle bottom shell is equipped with a glass kettle, the top of heating disc support is installed with the heating disc of resisting glass kettle bottom, the outside of glass kettle is equipped with a transparent shell, the transparent shell is installed on the top of kettle bottom shell, the inside of transparent shell bottom is equipped with a plurality of screw buckle, the outside of kettle bottom shell top is equipped with with screw buckle corresponding screw groove. The utility model discloses stable structure, and heating disc need not directly soak in water and work, and heating disc and glass kettle stable close contact, and heating efficiency is high, and glass kettle is not exposed to the outside, and when being bumped by external object, is not easy to cause damage, and the use experience is good.

The utility model discloses an electric heating base improved structure, including bottom shell, panel, electric connector, support frame, weighing sensor and control circuit board, and the through -going orifice is opened to the panel, and the electric connector is fixed on the support frame, and the support frame sets up on the through -going orifice of panel in the movable mode, and the electric connector and weighing sensor all are electrically connected with control circuit board, and the weighing sensor is provided with first connecting end and second connecting end, still include the water receiving module, and the water receiving module is connected with the lower end of support frame, and the water receiving groove and the drainage channel that communicates the water receiving groove are set up on the water receiving module, and the drainage channel one end extends out bottom shell, and the water receiving module lower part still is provided with the containing space, and the weighing sensor is placed on the containing space and is fixedly connected with the containing space for first connecting end, and second connecting end is fixedly connected with panel or bottom shell, this kind of electric heating base improved structure, adds the water receiving module, to receive the water drop in bottom shell and discharge bottom shell outside and separate apart weighing sensor.

The utility model relates to domestic appliance technical field especially an electric kettle, including the kettle body, the kettle body includes the shell and the inner container, the shell is sleeved at the inner container outside, is equipped with the handle on the shell, is equipped with detachable steam pipeline on the inner container, the base is detachably connected with the shell, is equipped with the steam cavity in the base, is equipped with the steam switch in the steam cavity, the steam pipeline first end and the inner chamber of inner container correspond intercommunication, and the steam pipeline second end and the opening of steam cavity correspond intercommunication. Set up like this, the shell and the inner container are set up in the split body, wherein the steam pipeline is set up on the inner container, and the handle on the shell does not interfere with each other, when steam passes, its heat does not conduct to the handle on the shell, effectively avoids the user's hand scald, and at the same time, the steam pipeline is detachably set up on the inner container, when the steam pipeline is blocked by scale or other impurities, can detachably clean, avoids the influence of steam switch's on-off performance because of the steam pipeline blockage.

The utility model discloses a kind of splash-proof electric kettle, it is related to electric kettle technical field.The utility model includes electric kettle and splash-proof ring groove structure, heating bottom disc is cooperated with electric kettle bottom, electric kettle is provided with splash-proof ring groove structure at the place of lid peripheral side;Splash-proof ring groove structure includes splash-proof structure, backflow prevention structure and water storage structure;Water storage structure top inboard is fixed with backflow prevention structure, backflow prevention structure top surface is provided with flow guide structure, and water storage structure is fixed with splash-proof structure outside flow guide structure.The utility model is by the effect of splash-proof ring groove structure and shunt groove, steam and water drop are guided to splash-proof structure when boiling and water protection is carried out, and the water flow of the condensed steam collected is collected, guided and stored;It also makes the internal air pressure and water flow stable when subsequent pouring, and the water in the water storage structure still cannot flow out, reach the advantages of anti-splashing and protection, and water drop collection, guiding and storage.

The utility model discloses a low noise's electric kettle, including base, kettle assembly and lid subassembly, be equipped with coupler on the base, the connector of adapting coupler is equipped at the bottom of kettle assembly, and kettle assembly is placed in the upper portion of coupler, realizes electricity connection through coupler and connector, be equipped with power regulation module, button module, control panel in the base, and the heating module that kettle assembly bottom is equipped, the temperature sensing chip for detecting water temperature, and power regulation module includes fast water -boiling button, slow water -boiling button and adaptive water -boiling button, after adaptive water -boiling button starts, the power of control panel control heating module gradually reduces with water temperature rise, avoid the water in kettle assembly when fast boiling, and the water vapor that power is too big leads to is more and thus impacts lid subassembly, causes lid subassembly to collide with kettle assembly constantly and produces the noise of influence user's experience.

This utility model relates to an automatic power-off thermal radiation liquid heater, which includes a kettle body assembly comprising a glass kettle body, a bottom shell, and a heating plate assembly. The heating plate assembly includes a heat insulation plate and a heating wire element, forming a thermal radiation cavity between the heat insulation plate and the glass kettle body; the outer peripheral wall of the conductive end of the heating wire element is insulated. The kettle body assembly also includes a liquid sensing element and a spring switch assembly. The spring switch assembly is electrically connected to the heating wire element. The sensing end of the liquid sensing element is located in the thermal radiation cavity. The liquid sensing element detects liquid parameters within the thermal radiation cavity, and the spring switch assembly disconnects the power supply to the heating wire element based on the electrical signal from the liquid sensing element. The liquid sensing element can promptly detect the presence of liquid in the thermal radiation cavity and output an electrical signal. Based on this electrical signal, the spring switch assembly can control the kettle body assembly to disconnect from the power supply, thereby achieving an automatic power-off effect.

This invention provides an improved electric heater and an electrical appliance for heating food or water, including an electric heater (1) and a container (2) for holding food or water. The electric heater (1) is placed below the container (2), and a graphene composite plate (3) is laid between the electric heater (1) and the container (2). The electric heater (1) generates heat when energized and transfers the heat evenly and quickly to the graphene composite plate (3). The container (2) placed on the graphene composite plate (3) absorbs the heat and then heats the food or water inside. The graphene composite plate is a superconducting material with a heat transfer efficiency 10 times that of ordinary materials. Therefore, it can quickly and evenly absorb the heat generated by the electric heater and heat it evenly, avoiding the technical problem that the glass container placed on it is prone to breakage due to large local temperature differences caused by uneven heating of the electric heater. At the same time, the graphene composite plate has a certain buffering effect.

This application relates to a liquid temperature multiplexing detection device, an electric kettle, and a control circuit. The liquid temperature multiplexing detection device includes a five-ring connector, a temperature detection device, a single-ended electrode, a first switch, a second switch, a signal processing module, and a control unit. The temperature detection device is disposed inside the kettle. The first electrode of the temperature detection device is electrically connected to the third ring of the five-ring connector and the first switch. The second electrode of the temperature detection device is electrically connected to the fifth ring of the five-ring connector, the second switch, and the single-ended electrode disposed inside the kettle. The control unit controls the first and second switches. The second switch is also electrically connected to the signal processing module, which is coupled and electrically connected to the control unit. This application solves the problem in related technologies where electric kettles use six-ring connectors for composite liquid temperature detection, requiring improvements to the kettle layout design and resulting in poor composite liquid temperature detection performance.