TWM590929U - Automatic hydration heating kettle set - Google Patents

Abstract

The new automatic water replenishment heating pot group is mainly provided that the grip of the heating pot is hollow, and the water inlet end of the grip is provided with a water inlet valve, a water injection pipe connected to the water inlet valve, and a water injection pipe connected to the water injection pipe Pumping motor, therefore, when water is pumped by the pumping motor, it will not leak out during the process of entering the water injection space of the handle from the water injection pipe through the water inlet valve through the water inlet valve, and the water inlet valve helps to avoid the injection of water Reverse flow of water in the space, so as to achieve a double leak-proof effect, while effectively simplifying the water replenishment procedure, making the water replenishment procedure more labor-saving and convenient, and greatly improving the safety and convenience in use.

Description

Automatic water supply heating pot group

The present invention relates to a water supply heating device, in particular to an automatic water replenishment heating pot group.

With the continuous improvement of the quality of life, the heating pot group has become one of the indispensable household necessities. It usually includes a heating pot and a heating seat for the heating pot. Therefore, the heating pot capacity It can be used not only to boil water sources in order to remove impurities in the water and to improve the quality of drinking water, but also to be used for brewing tea, heating milk, brewing coffee, etc. The convenience of life is greatly increased. At the same time, the heating pot group has the advantages of light weight, small size, fast heating, and convenient storage and storage compared with the general water supply heating device. At the same time, the cost is low, and the maintenance is simple Therefore, it is deeply loved by people. Furthermore, the design of the heating pot and the heating seat cooperate with each other to enhance the visual beauty.

However, after actual use, it was found that although the heating pot set has various styles, for the convenience of water replenishment, it is usually a manual operation to open the lid of the heating pot and take the heating pot to the water replenishing device. The method of water replenishment at the location is such that the water replenishment process is cumbersome and the water replenishment speed and efficiency are poor. In addition, dust or bacteria can easily enter the heating pot during the water replenishment process, resulting in poor hygiene. Furthermore, the heating pot is When replenishing water, it is easy to get moisture on the outside, not only need to be cleaned and wiped, if the water flows into the heating seat along the heating pot and touches the electrical parts in the heating seat, it may cause damage to the electrical parts Or the phenomenon of electric leakage makes the user most likely to get an electric shock due to accidentally touching the electric parts of the electric leakage. It also increases the unsafeness in use and needs to be improved.

Therefore, the purpose of the present invention is to provide an automatic water replenishment heating kettle set, which effectively prevents water from flowing back in reverse direction, so as to reduce the risk of the heating seat being wet and leaking electricity, and greatly improve the convenience and safety of use.

Therefore, the new automatic water replenishment heating pot set includes a heating pot, a heating seat, and a water inlet device; wherein, the heating pot includes a pot body formed with an accommodating space inside, and a pot body provided at the bottom of the pot body and The pot body is formed with a seat body of an installation space, a hollow handle provided in the pot body, a heater located in the installation space, and a conductive seat connected to the heater, and the aforementioned conductive seat A contact piece is provided inside, and a water injection space connected to the accommodating space is formed in the grip, a water inlet end connected to the seat body, and a water injection end connected to the pot body, and the heating seat includes a A positioning seat engaged with the conductive seat, and a connecting piece provided in the positioning seat, as for the water inlet device including a control unit, a pumping motor driven by the control unit, and a water inlet provided at the water inlet end A water valve and a water injection pipe connected to the water inlet valve; therefore, when the heating pot is placed on the heating seat, the conductive seat and the positioning seat are engaged with each other, and then the pumping unit is driven through the control unit Motor to enable water to enter the water inlet valve from the water injection pipe and then enter the water injection space, so that the water gradually rises to the water injection end and is further injected into the accommodating space, so that the water replenishment operation can be performed quickly and more effectively Simplify the water replenishment procedure, making the water replenishment procedure more labor-saving and convenient, and at the same time, the water inlet valve can effectively prevent the reverse flow of water and prevent the water from leaking out, and achieve a double leak-proof effect, thereby greatly improving the safety and convenience of use Sex.

The aforementioned and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIG. 1, a first preferred embodiment of the new automatic replenishment heating pot group 3, the automatic replenishment heating pot group 3 includes a heating pot 31, a heating base 32, and a water inlet device 33; wherein, the heating pot 31 includes a pot body 310 having an accommodating space A formed therein, a seat body 311 provided at the bottom of the pot body 310 and forming an installation space B with the pot body 310, and a cover provided on the pot body 310 and opposite A cover 312 on the seat 311, a grip 313 on one side of the pot 310, a spout 314 on the pot 310 corresponding to the grip 313, and a cap 313 on the pot 310 A heat conducting plate 315 between the base 311, a sensor 316 disposed on the heat conducting plate 315 and protruding toward the accommodating space A, and a heating device located at the bottom of the heat conducting plate 315 and located in the installation space B Device 317, a conductive base 318 connected to the heater 317, and a contact piece 319 disposed in the conductive base 318.

Continuing the foregoing, the base 311 defines a mounting opening 3111 for the conductive base 318 to accommodate, so that the conductive base 318 is not covered by the base 311, and the spout 314 enables the accommodating space A and the outside Communicate with each other, and the inside of the grip 313 is hollow and forms a water injection space 3131, a water inlet 3132 provided at one end of the grip 313 and adjacent to the bottom of the pot body 310, and a water inlet 3132 adjacent to the lid body 312 and connected to the pot The water injection end 3133 of the body 310, and the water injection space 3131 communicates with the accommodating space A through the water injection end 3133.

Referring to FIG. 2, the heating base 32 includes a base 321 for placing the heating pot 31, a positioning base 322 protruding on the base 321, and an engaging piece 323 provided in the positioning base 322. The positioning seat 322 can provide a stable position for the conductive seat 318 so that the connecting piece 323 and the contact piece 319 contact each other to conduct power; referring to FIGS. 1 and 3, the water inlet device 33 includes an electrical connection with the positioning seat 322 The control unit 330, a pumping motor 331 driven by the control unit 330 (shown in a simplified illustration), an inlet valve 332 provided at the inlet end 3132, and a note connected to the inlet valve 332 The water pipe 333. In this embodiment, the water inlet device 33 further includes a water supply member 334 disposed on the positioning seat 322 and corresponding to the water injection pipe 333, and a set of elastic members 335 disposed on the water supply member 334. And an inlet pipe 336 connecting one end of the water supply member 334 and the pumping motor 331.

Continuing the foregoing, the water inlet valve 332 includes a connecting member 3321 provided at the water inlet 3132, a body 3322 connected to the connecting member 3321, a water inlet 3323 formed at one end of the body 3322, and a body formed at the body At the other end of 3322 and opposite to the water outlet 3324 of the water inlet 3323, a leakage preventing member 3325 provided at the water inlet 3323 and opposite to the connecting member 3321, and a through body 3322 and stuck to the leakage preventing member 3325 The inlet valve piece 3326 of the switch, and the aforementioned inlet valve piece 3326 is provided in a T-shape, and the inlet valve piece 3326 includes a head 3326A, a latching portion 3326B, and a connection between the head 3326A and the The rod body 3326C of the latching portion 3326B, therefore, when the inlet valve piece 3326 extends into the body 3322, the head 3326A covers the water outlet 3324, and at the same time, the latching portion 3326B and the leakage preventing member 3325 is engaged, so that the leakage preventing member 3325 is firmly fixed at the water inlet 3323.

Referring to FIGS. 1-4, when a user wants to replenish water, he only needs to place the heating pot 31 on the heating base 32, so that the conductive base 318 and the positioning base 322 are engaged with each other, and at the same time, the connecting piece 323 and The contact pieces 319 are in contact with each other to turn on the power supply. At this time, the water injection pipe 333 abuts the water supply member 334 and adheres to the periphery of the water supply member 334, so that the water supply member 334 is pressed against the elastic member 335, The pumping motor 331 is driven through the control unit 330 to extract an external water source (not shown), so that water enters the body 3322 from the water inlet pipe 336 through the water supply member 334, and then from the water injection pipe 333 through the water inlet 3323, And further enter the water injection space 3131 through the water inlet 3324 through the water inlet end 3132. When the water gradually increases, the water in the water injection space 3131 gradually rises to the water injection end 3133, and the water is injected from the water injection end 3133 In the accommodating space A, the water replenishment operation can be performed quickly. Therefore, the leakage prevention member 3325 and the water injection pipe 333 are tightly engaged, so that the water enters the body from the water injection pipe 333 through the water inlet 3323 3322, when the water outlet 3324 enters the water injection space 3131, it will not leak out. In addition, the head 3326A that cooperates with the water inlet valve piece 3326 is attached to the water outlet 3324, which further helps prevent the injection of the The water in the water injection space 3131 is reversely reversed by the water outlet 3324, that is, water can only be injected into the water injection space 3131 through the water outlet 3324 without leaking out in the reverse direction, so as to achieve a double leakage prevention effect, which is more effective This prevents the heating base 32 from being damaged by moisture or leaking electricity, and greatly reduces the risk of electric shock to the user.

Continuing the foregoing, the current water level is sensed by the sensor 316 during the water replenishment process, so as to automatically stop or continue the water replenishment operation according to the situation. When the water replenishment operation is completed, the water in the accommodating space A has been injected into After an appropriate height, the user inputs external power through the control unit 330, and conducts electrical energy to the contact piece 319 of the conductive seat 318 through the connecting piece 323 of the positioning seat 322, and then drives the heater 317 to heat, and The heat energy generated by the heater 317 is conducted through the heat conduction plate 315 and uniformly heats the water in the accommodating space A. At this time, the sensor 316 is used to sense the current water temperature in order to heat the water to an appropriate temperature. It not only effectively simplifies the water replenishment procedure, but also makes the water replenishment procedure more labor-saving and convenient. At the same time, the water replenishment and heating operations can be carried out in a consistent flow and can be carried out continuously and quickly and efficiently, which can also reduce the possibility of users getting burned during the water replenishment operation Risk, greatly improve the safety and convenience of use.

Referring to FIGS. 5-6, the second preferred embodiment of the present invention still includes the components described in the first embodiment, and the purpose and functions are the same as those in the first embodiment, which will not be repeated here. The example is in particular: a water guide pipe 3134 is provided inside the grip 313, and the water guide pipe 3134 is connected to the water inlet valve 332. In addition, the water inlet device 33 includes a water supply pipe 333 which is provided on the conductive base 318 and connected to the water injection pipe 333 Non-return valve 337, and the non-return valve 337 includes a valve body 3371, a water inlet hole 3372 provided at one end of the valve body 3371, a water outlet hole 3373 opposite to the water inlet hole 3372, and a water inlet hole 3373 The leakage stopper 3374 of the hole 3372, and a check valve piece 3375 that penetrates the valve body 3371 and engages with the stopper piece 3374, and the check valve piece 3375 is T-shaped and includes a head section 3375A, a latch section 3375B, and a shaft 3375C connecting the head section 3375A and the latch section 3375B.

Therefore, when water enters the accommodating space A from the water injection pipe 333 through the water inlet valve 332, it can be assisted by the water guide pipe 3134 to further improve the smoothness of water transmission. The valve 337 is connected to the water injection pipe 333, and at the same time, the head section 3375A of the check valve piece 3375 is closed on the water inlet 3372, and the locking section 3375B of the check valve piece 3375 is engaged with the leakage stopper 3374. So that the water enters the water inlet pipe 336 by the pumping motor 331, and then enters the water injection pipe 333 by the water supply member 334, there will be no reverse flow, in addition, the water remaining in the water injection pipe 333 will not outward Backflow to achieve better leak-proof effect.

In summary, the new automatic replenishment heating pot group is installed between the water inlet end of the grip and the water injection pipe by the water inlet valve, thereby effectively preventing water from entering the water injection space of the grip before entering the heating During the storage space of the pot, it leaks out, at the same time, it effectively avoids the reverse flow of water from the water injection space, and achieves a double leak-proof effect. This effectively simplifies the water replenishment procedure, makes the water replenishment procedure more labor-saving and convenient, and reduces the user’s water replenishment. The risk of injury in the process has greatly improved the safety and convenience of use.

However, the above are only for describing the preferred embodiments of the new model, but the scope of the implementation of the new model cannot be limited by this, that is, simple equivalent changes and modifications made according to the scope of the patent application of the new model and the content of the new specification , Should still fall within the scope of this new patent.

(This creation) 3‧‧‧Automatic replenishment heating pot group 31‧‧‧Heating pot 32‧‧‧Heating Block 33‧‧‧ Water inlet device 310‧‧‧pot body 311‧‧‧Body 312‧‧‧cover 313‧‧‧ Grip 314‧‧‧ Spout 315‧‧‧Heat conduction plate 316‧‧‧Sensor 317‧‧‧ Heater 318‧‧‧Conductive seat 319‧‧‧Contact sheet 321‧‧‧Base 322‧‧‧Positioning seat 323‧‧‧ Connecting piece 330‧‧‧Control unit 331‧‧‧Pumping motor 332‧‧‧Inlet valve 333‧‧‧Water injection pipe 334‧‧‧Water supply 335‧‧‧Elastic parts 336‧‧‧Inlet pipe 337‧‧‧ Check valve 3111‧‧‧Installation port 3131‧‧‧Water injection space 3132‧‧‧ Water inlet 3133‧‧‧Water injection end 3134‧‧‧Water pipe 3321‧‧‧Connector 3322‧‧‧Body 3323‧‧‧ water inlet 3324‧‧‧Water outlet 3325‧‧‧Leakproof parts 3326‧‧‧Inlet valve 3326A‧‧‧Head 3326B‧‧‧Catch 3326C 3371‧‧‧Body 3372‧‧‧ water inlet 3373‧‧‧ Outlet 3374‧‧‧Leak stop 3375‧‧‧Check valve 3375A‧‧‧Heading 3375B‧‧‧Stop 3375C‧‧‧Shaft A‧‧‧accommodation space B‧‧‧Installation space

FIG. 1 is an exploded cross-sectional view of the first preferred embodiment of the present invention. Fig. 2 is a perspective view of partial components of the first preferred embodiment. 3 is an exploded cross-sectional view of a part of the first preferred embodiment. 4 is a schematic diagram of the operation of the first preferred embodiment. 5 is an exploded cross-sectional view of the second preferred embodiment of the present invention. Fig. 6 is an exploded cross-sectional view of a part of the second preferred embodiment.

3‧‧‧Automatic replenishment heating pot group

31‧‧‧Heating pot

32‧‧‧Heating Block

33‧‧‧ Water inlet device

310‧‧‧pot body

311‧‧‧Body

312‧‧‧cover

313‧‧‧ Grip

314‧‧‧ Spout

315‧‧‧Heat conduction plate

316‧‧‧Sensor

317‧‧‧ Heater

318‧‧‧Conductive seat

319‧‧‧Contact sheet

321‧‧‧Base

322‧‧‧Positioning seat

323‧‧‧ Connecting piece

330‧‧‧Control unit

331‧‧‧Pumping motor

332‧‧‧Inlet valve

333‧‧‧Water injection pipe

334‧‧‧Water supply

335‧‧‧Elastic parts

336‧‧‧Inlet pipe

3111‧‧‧Installation port

3131‧‧‧Water injection space

3132‧‧‧ Water inlet

3133‧‧‧Water injection end

A‧‧‧accommodation space

B‧‧‧Installation space

Claims (7)

An automatic water replenishment heating pot group, which includes: A heating pot includes a pot body with an accommodating space formed therein, a seat body provided at the bottom of the pot body and forming an installation space with the pot body, and a cover provided on the pot body and opposite to the seat body The cover body is divided into handles and spouts on both sides of the pot body, a heat conducting plate provided between the pot body and the seat body, and a sense of bulging on the heat conducting plate and protruding toward the accommodating space Detector, a heater located at the bottom of the heat conduction plate and located in the installation space, and a conductive seat connected to the heater, and the aforementioned conductive seat is provided with a contact piece, and the seat body is provided with a The mounting opening accommodated by the seat so that the conductive seat is not covered by the seat body, and the aforementioned spout makes the accommodating space communicate with the outside, as the inside of the handle is hollow and forms a water injection space, a connection to the A water inlet end of the seat body, and a water injection end adjacent to the cover body and connected to the pot body, and the water injection end makes the water injection space communicate with the accommodating space; A heating seat includes a base for placing the heating pot, a positioning seat protrudingly provided on the base, and an engaging piece provided in the positioning seat, and the positioning seat can be used for the conductive seat Snap positioning so that the connecting piece and the contact piece contact each other to turn on the power; and A water inlet device including a control unit electrically connected to the positioning seat, a pumping motor driven by the control unit, a water inlet valve provided at the water inlet end, and a water injection pipe connected to the water inlet valve . According to the automatic replenishment heating kettle set described in item 1 of the patent application scope, wherein the water inlet device further includes a water supply member disposed on the positioning seat and corresponding to the water injection pipe, and a set of water supply members disposed on the water supply member The elastic member and an inlet pipe connecting one end of the water supply member and the pumping motor. According to the automatic water replenishment heating pot set described in item 1 or item 2 of the patent application scope, wherein the water inlet valve includes a connecting member provided at the water inlet end, and a body connected to the connecting member is respectively formed on the Water inlets and water outlets at both ends of the body, a leakage preventing member provided at the water inlet and opposite to the connecting member, and an inlet valve piece penetrating the body and being caught by the leakage preventing member. According to the automatic replenishment heating kettle set described in Item 3 of the patent application scope, wherein the water inlet valve piece is T-shaped and includes a head, a latching portion, and a connection between the head and the latching portion The body of the department. According to the automatic replenishment heating kettle set described in item 1 of the patent application scope, wherein a water guide pipe is provided inside the grip, and the water guide pipe is connected to the water inlet valve. According to the automatic replenishment heating kettle set described in item 1 or item 2 of the patent application scope, wherein the water inlet device further includes a check valve provided on the conductive seat and connected to the water injection pipe, and the check valve includes There is a valve body, which is divided into a water inlet hole and a water outlet hole at both ends of the valve body, a leakage stopper provided at the water inlet hole, and a non-return valve which penetrates the valve body and is locked with the leakage stopper sheet. According to the automatic replenishment heating kettle set described in item 6 of the patent application scope, wherein the check valve is T-shaped, and includes a head section, a latch section, and a connection between the head section and the latch Duan's shaft.

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