JP2023532270A - liquid heating container - Google Patents

Abstract

A pot body (1) provided with a filtering member (11) and a water collecting member (12), wherein the water collecting member (12) flows to the filtering member (11) by the water conducting portion (121). a sealing assembly provided on the pot body (1) for isolating the filtering member (11) and the water conducting portion (121) from each other; an adjustment mechanism, drivingly connected to the sealing assembly, for adjusting the blocking state of the filtering member (11) and the water conducting portion (121) by the sealing assembly.

Description

TECHNICAL FIELD The present invention relates to the technical field of liquid heating tools, and more particularly to a liquid heating container.

Medicinal pots and decoction pots are commonly used liquid heating utensils in daily life. Taking the infusion pot as an example, the infusion pot in the prior art is generally equipped with a filtration device for retaining tea leaves in the pot body. At the time of use, the tea leaves can be boiled by putting the tea leaves in the filtering device, adding water and heating.

Since different kinds of tea leaves have different brewing methods, some of the more advanced infusion pots in the prior art are equipped with a siphon device in the pot body, which guides the water in the pot body to a filtration device to extract the tea leaves. After that, there is a case where the pot body is dripped again. However, such a brewing pot with a siphon effect generally can only perform the extraction function when used for brewing tea, and cannot perform the boiling function in which water and tea leaves are in contact for a long time. There is a limit. Some infusion pots have an internal filtration device that can realize the functions of extracting tea leaves and soaking tea leaves. Since disassembly and assembly are required in order to perform the operation, the operation is relatively burdensome.

SUMMARY OF THE INVENTION Accordingly, the present invention provides a liquid heating container for solving at least one of the above-described problems of the infusion pot.

A liquid heating container provided by the present application comprises a pot body, a sealing assembly, an adjustment mechanism,
a filtering member and a water collecting member are provided in the pot body, the water collecting member being guideable to flow water to the filtering member using the water conducting portion;
a sealing assembly provided on the pot body and used to block the filtering member and the water conducting part;
An adjustment mechanism is drivingly connected to the sealing assembly and used by the sealing assembly to adjust the blocking of the filtering member and the water conduit.

In this specification, "the element A is transmission-connected to the element B" means that the element A is transmission-connected so that the element A or the element B can be driven to perform an It means that it is connected to the element B through a mechanism.

The liquid heating container can flexibly adjust the blocking state of the filtering member and the water conducting part by the sealing assembly through the adjustment mechanism, so it exhibits multiple functions such as soaking tea leaves, extracting tea leaves, and steaming tea leaves. can do. Therefore, the problem that the decoction pot in the prior art does not have the functions of boiling, steaming and brewing at the same time is solved.

In a possible design, the sealing assembly includes a first sealing member,
the first sealing member is provided inside or outside the filtering member and is used to block the filtering member;
the first sealing member opens and closes the filtering member in the first and second modes of operation, respectively;
The adjustment mechanism can drive the first sealing member to switch between a first mode of operation and a second mode of operation.

By providing the first sealing member outside or inside the filtering member and flexibly adjusting the blocking state of the filtering member by the first sealing member via the adjusting mechanism based on the water conducting state of the water conducting portion, The liquid heating container can perform multiple functions such as soaking tea leaves, extracting tea leaves, steaming tea leaves, sealing tea leaves and so on. The application range of the liquid heating container is further expanded.

In a possible design, the filtering member is provided with filtering holes only on the side corresponding to the first sealing member.

The method of providing the filtering holes as described above is structurally simple, and has the advantage of facilitating blocking or opening of the filtering member by the first sealing member.

In a possible design, the sealing assembly further comprises a second sealing member,
The second sealing member is provided inside the filtering member and used to block the water conducting part,
the second sealing member opens and closes the water conducting portion in the first operation mode and the second operation mode, respectively;
The adjustment mechanism can drive the second sealing member to switch between the first mode of operation and the second mode of operation.

In addition, the second sealing member blocks the water conveying portion, and the adjustment mechanism drives the second sealing member to change the blocking state of the water conveying portion by the second sealing member. It is possible to adjust whether or not the portion guides the water in the pot body to the filter member.

In a possible design, the conducting portion extends partially into the filtering member, the end of the conducting portion extending into the filtering member forms the outlet,
a second sealing member spaced from the outlet to open the outlet when in the first mode of operation;
A second sealing member is partially inserted into the outlet to block the outlet when in the second mode of operation.

The method of providing the water conduit and the second sealing member as described above is structurally simple, and has the advantage that the water conduit can be easily blocked or opened by the second sealing member.

In a possible design, the first sealing member is connected with the second sealing member via a connecting member,
The connecting member can synchronously move the first sealing member and the second sealing member.

By providing the connecting member, the first sealing member and the second sealing member can be synchronously moved only by driving the first sealing member or the second sealing member. This has the advantage of simplifying the drive system and facilitating switching of the liquid heating container between the tea leaf extraction state and the tea leaf steeping state.

In a possible design, the connecting member is movably inserted into the filtering member and has one end connected with the first sealing member and the other end connected with the second sealing member;
The coupling member is vertically movable to synchronously vertically move the first sealing member and the second sealing member.

The method of providing the connecting member has the advantages of structural simplicity, stable connection, position-limited attachment to the filtering member, and vertical movement.

In a possible design, the adjustment mechanism consists of a rotating arm and a drive member,
The rotating arm is provided in a hinged manner via a hinge shaft, one end of the rotating arm is a connection end that is transmission-coupled to the sealing assembly, and the other end of the rotating arm is a moving end,
A driving member is drivingly connected to the moving end, and can rotationally drive the moving end about the hinge axis to change the blocking state of the water conducting portion and the filtering member by the sealing assembly.

Providing the adjusting mechanism as the rotating arm and the driving member has the advantage that it is structurally simple and can flexibly change the blocking state of the water conducting part and the filtering member by the sealing assembly through the adjusting mechanism. .

In a possible design, the rotating arm consists of a first rotating arm and a second rotating arm,
the first rotating arm and the second rotating arm each have a connecting end and a moving end;
The driving member is composed of a first driving portion and a second driving portion,
a first driving portion is transmission-connected to the moving end of the first rotating arm, a second driving portion is transmission-connected to the moving end of the second rotating arm;
The driving member can drive the first rotating arm and the second rotating arm separately or simultaneously to vertically move the first sealing member and the second sealing member separately or simultaneously. is.

By providing the specific adjustment mechanism as described above, the first sealing member and the second sealing member can be moved up and down separately or simultaneously. It becomes possible to have multiple functions such as extracting tea leaves and steaming tea leaves.

In a possible design, the second rotating arm is drivingly connected with the first sealing member via a lifting rod, the lifting rod is drivingly connected with the filtering member via a spring,
When the second rotating arm is not pressing on the lifting rod, the spring can drive the lifting rod to move upwards such that the first sealing member blocks the filtering member. .

By providing the lifting rod and the spring, even if the connecting end of the second rotating arm is not directly connected to the lifting rod, when the connecting end of the second rotating arm moves upward, the first sealing can be achieved. Since the member can still move upward, there is an advantage that the connecting structure can be simplified and the blocking of the filtering member by the first sealing member is facilitated.

In a possible design, the rotating arm is equipped with a magnetically attractive member at the end of travel,
The drive member is provided as an electromagnet corresponding to the magnetic attraction member, and when the electromagnet is supplied with power, it attracts the magnetic attraction member and moves downward, and moves the connecting end upward via the rotating arm. It can be driven like

The electromagnet and the magnetic attraction member described above enable the rotary arm to be rotationally driven without contact, and have the advantages of simple structure, easy operation, and non-contact transmission.

In a possible design, the liquid heating container further comprises a lid used to cover the pot body,
The rotating arm is hingedly provided on the lid by a hinge via a hinge shaft,
A first compression spring is provided between the lid and the connecting end,
The connection end strongly presses the second sealing member downward under the action of the first compression spring, and the second sealing member can normally block the water conducting portion.

By providing the lid body with the rotating arm, the rotating arm can be flexibly disassembled and removed from the pot body together with the lid body, and a first compression spring is provided between the lid body and the connecting end of the rotating arm. Therefore, the second sealing member can always block the water conducting portion.

In a possible design, a second compression spring is provided between the second sealing member and the filtering member,
When the driving member moves the connecting end upward, the second sealing member can move upward due to the elastic force of the second compression spring to open the water guiding portion.

By providing the second compression spring, it is not necessary to directly connect the connecting end of the drive member and the second sealing member. As long as the connecting end of the drive member does not press the second sealing member, the second sealing member can open the water guide section, so the connection structure can be simplified and the second sealing member can be There is an advantage that the opening of the water conveying portion can be facilitated.

In a possible design, the end of the water conducting portion is movably inserted into the filtering member and
A third compression spring is provided between the water collecting member and the filtering member,
one end of the third compression spring is connected to the filter member, the other end of the third compression spring is connected to the water guide,
The water collecting member can firmly press the bottom wall of the pot body downward due to the elastic force of the third compression spring.

By providing the third compression spring, the water collecting member can firmly press the bottom wall of the pot body when the water collecting member is attached to the pot body. Therefore, using the siphon effect, the water at the bottom of the pot body can be caused to flow upward into the filtering member via the water guide.

In the liquid heating container provided by the present application, during use, the liquid heating container can perform the function of washing the tea leaves or extracting the tea leaves when the sealing assembly simultaneously opens the water conducting portion and the filtering member. The liquid heating vessel can perform the function of steaming tea leaves when the sealing assembly blocks the water conducting portion while blocking the filtering member, and the sealing assembly blocks the water conducting portion while opening the filtering member. Then, the liquid heating container can perform the function of filtering tea leaves and the function of steaming tea leaves, and when the sealing assembly simultaneously blocks the water conducting portion and the filtering member, the liquid heating container is positioned within the filtering member. Tea leaves can be completely separated.

Compared with the liquid heating container in the prior art, the liquid heating container provided by the present invention can flexibly adjust the blocking state between the filtering member and the water conducting part by the sealing assembly by means of the adjustment mechanism. It can perform multiple functions such as extraction and steaming of tea leaves. Therefore, the decoction pot in the prior art has the problem that it cannot perform the functions of boiling, soaking and brewing at the same time.

Other features and advantages of embodiments of the present application will be set forth in, and in part apparent from, the description that follows, or may be learned by practicing the embodiments of the present application. The objectives and other advantages of the embodiments of the invention will be realized and attained by the structure particularly pointed out in the description and the accompanying drawings.

1 is a vertical cross-sectional view of a liquid heating vessel provided by an embodiment of the present invention; FIG. FIG. 2 is a cross-sectional view of a liquid heating container provided by an embodiment of the present invention, with the sealing assembly and adjustment mechanism corresponding to the brewing function. FIG. 3 is a cross-sectional view of a liquid heating vessel provided by an embodiment of the present invention, with the sealing assembly and adjustment mechanism in a state corresponding to the simmering function; FIG. 4 is a structural exploded view of FIG. FIG. 5 is a schematic diagram showing a second construction of a sealing assembly and adjustment mechanism in a liquid heating container provided by an embodiment of the present invention; FIG. 6 is a structural exploded view of FIG. FIG. 7 is a schematic diagram showing a third configuration of the sealing assembly and adjustment mechanism in the liquid heating container provided by the embodiments of the present application;

REFERENCE SIGNS LIST 1 pot body 11 filtering member 111 first sealing member 112 second sealing member
112a connecting member 113 second compression spring 12 water collecting member 121 water guide portion 13 third compression spring 2 rotating arm 21 connecting end 22 moving end 221 magnetic attraction member 23 first rotating arm 24 second rotating arm 241 elevating rod
241a Spring 3 Driving member 31 First driving part 32 Second driving part 4 Lid 41 First compression spring

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the present application and, together with the description, serve to explain the principles of the present application.

For better understanding of the technical solutions of the present application, the embodiments of the present application are described in detail below with reference to the accompanying drawings.

It should be apparent that the described embodiments are merely some embodiments of the present application rather than all embodiments. All other embodiments obtained by persons skilled in the art based on the embodiments of the present invention without ingenuity shall fall within the protection scope of the present invention.

The terminology used in the application embodiments is not intended to limit the application and is used only for the purpose of describing particular embodiments. As used in embodiments of this application and in the appended claims, the singular forms "a/an," "the," and "said" may include plural forms unless the context clearly indicates otherwise. intended.

It should be understood that the term "and/or" as used herein is only a relationship describing related subjects and means that there are three possible relationships. For example, "A and/or B" means three situations: only A is present, A and B are present at the same time, and only B is present. In addition, the symbol "/" herein generally means an "or" relationship between the related subject before and after it.

Directional terms such as "upper", "lower", "left", and "right" used in the embodiments of the present invention are described from the angles shown in the attached drawings, and are used in the present invention. Note that this should not be taken as limiting the embodiments. Also, when the context says that an element is connected "above" or "below" another element, it is not only directly connected "above" or "below" the other element. , may be connected “above” or “below” other elements via intermediate elements.

Specific embodiments of liquid heating vessels are described below according to configurations provided by embodiments of the present invention.

As shown in Figure 1, an embodiment of the present invention provides a liquid heating vessel comprising a pot body 1, a sealing assembly and an adjustment mechanism. The pot body 1 is provided with a filtering member 11 and a water collecting member 12 , and the water collecting member 12 can guide water flowing to the filtering member 11 by means of a water guide portion 121 . A sealing assembly is provided on the pot body 1 and used to block the filtering member 11 and the water conducting portion 121 . The adjustment mechanism is drivingly connected to the sealing assembly and used by the sealing assembly to adjust the blocking state of the filter member 11 and the water conduit 121 .

Specifically, the liquid heating container can be a tea pot or a medicinal pot. Using a tea pot as an example, we will explain how to use it. At the time of use, tea leaves are first placed on the filtering member 11 . Next, a certain amount of water is added to the pot body 1, and electric power is supplied to heat it. During water cooking, the water collecting member 12 can guide the water in the pot body 1 to flow to the filtering member 11 . By adjusting the blocking state of the filtering member 11 and the water conducting portion 121 by means of the sealing assembly, the filtering member 11 can be blocked to store water or always filtered to allow water to pass through, thereby heating the liquid. The container can perform multiple functions such as steeping tea leaves and extracting tea leaves, and can flexibly switch the functions such as steeping tea leaves and extracting tea leaves. Therefore, some infusion pots in the prior art do not have the functions of boiling, soaking and brewing at the same time; The function can be executed, which was relatively expensive to operate, but solves these problems.

The water collecting member 12 described above can be guided by the water guiding portion 121 so that water flows to the filtering member 11 . Specifically, it can be realized by a siphon effect, pumping up by a water pump, or the like.

In an optional solution of this embodiment, the sealing assembly comprises a first sealing member 111 . The first sealing member 111 is provided inside or outside the filtering member 11 and is used to block the filtering member 11 . The first sealing member 111 opens and closes the filtering member 11 in the first and second operating modes, respectively.

Specifically, as shown in FIGS. 2 and 7, the first sealing member 111 in FIG. 2 is provided outside the filtering member 11, and the first sealing member 111 in FIG. 11 inside.

When the water guide part 121 guides the water in the pot body 1 to flow to the filter member 11 and the first sealing member 111 opens the filter member 11 to enter the first operation mode, the filter member 11 is allowed to flow through the water. can be discharged and flow back into the pot body 1 through its own filtration hole. In this case, the liquid heating vessel can serve the function of cleaning the tea leaves or brewing the tea leaves.

When the water guide part 121 guides the water in the pot body 1 to flow to the filter member 11 and the first sealing member switches to the second operation mode in which the filter member 11 is shut off, the water in the filter member 11 is , it becomes impossible to flow back into the pot body 1 through the filtration holes. In this case, in the liquid heating container, water can be put in the filter member 11 to exhibit the function of soaking the tea leaves.

When the water guide part 121 no longer guides the water in the pot body 1 to flow to the filter member 11 and the first sealing member 111 enters the first operation mode in which the filter member 11 is opened, the flow of water in the filter member 11 Water can flow back into the pot body 1 through the filtration holes. In this case, the liquid heating container can exhibit the functions of filtering tea leaves and steaming tea leaves.

When the water guide part 121 no longer guides the water in the pot body 1 to flow to the filter member 11 and the first sealing member 111 enters the second operation mode in which the filter member 11 is blocked, Water cannot flow back into the pot body 1 through the filtration holes. In this case, if a liquid heating container is used, tea leaves can be completely separated in the filtering member 11 . This function is used when the water to be cooked is not boiling to prevent low temperature water vapor from soaking into the tea leaves and affecting the tea leaves' stewing/soaking effect.

As described above, in the liquid heating container provided by the present invention, the blocking state of the filtration member 11 by the first sealing member 111 can be flexibly adjusted by the adjustment mechanism. It can perform multiple functions such as soaking, extracting tea leaves, steaming tea leaves, sealing tea leaves, etc., and can further expand the application range of the liquid heating container.

In an optional solution of this embodiment, the filtering member 11 is provided with filtering holes only on the side corresponding to the first sealing member 111 .

Since the filtering holes are provided only on the side of the filtering member 11 corresponding to the first sealing member 111, the filtering member 11 is completely sealed when the first sealing member 111 blocks the filtering holes. , the filtering member 11 can hermetically store water or hermetically isolate it from water, and when the first sealing member 111 no longer blocks the filtering holes, the filtering member 11 but can always be filtered to allow water to pass through.

Furthermore, there are a plurality of methods for the first sealing member 111 to block and open the filtering holes of the filtering member 11 . For example, as shown in FIGS. 2 and 3, the first sealing member 111 moves vertically toward the filtering member 11 to block or open the filtering hole depending on whether it presses against the filter. can be done.

Of course, other methods can also be adopted. For example, the first sealing member 111 is arranged so as to be attached to the side of the filtering member 11 on which the filtering holes are provided. Blocking or opening of the filtering member 11 is achieved by rotating the first sealing member 111 to cover or uncover the filtering holes.

As described above, the method of providing the filtering holes in the filtering member 11 is structurally simple, and has the advantage that the first sealing member 111 can easily block or open the filtering holes.

In any solution of this embodiment, the sealing assembly further comprises a second sealing member 112 . The second sealing member 112 is provided inside the filtering member 11 and used to block the water conducting portion 121 . The second sealing member 112 opens and closes the water conduit 121 in the first operation mode and the second operation mode, respectively, and the adjustment mechanism switches between the first operation mode and the second operation mode. Therefore, the first sealing member 111 and the second sealing member 112 can be driven.

Specifically, as shown in FIGS. 2 and 3, a second sealing member 112 is provided inside the filtering member 11, and the second sealing member 112 blocks the water conducting portion 121, and the adjustment mechanism By driving the second sealing member 112, it is possible to change the blocking state of the water guide part 121 by the second sealing member 112, and the water guide part 121 guides the water in the pot body 1 to the filter member 11. It is structurally simple and has the advantage of facilitating control of the state of water conduction to the filter member 11 by the water conduction section 121 .

In an optional solution of this embodiment, the water conducting portion 121 extends partially into the filtering member 11, the end extending into the filtering member 11 forms the outlet, and the second sealing member 112 is the first A second sealing member 112 is provided spaced from the outlet to open the outlet when in the second mode of operation and a portion of the outlet to block the outlet when the second sealing member 112 is in the second mode of operation. automatically inserted.

Similarly, as shown in FIGS. 2 and 3, the second sealing member 112 is provided to vertically correspond to the outlet of the water guide section 121, and the second sealing member 112 moves vertically. Thus, it is possible to realize the function of opening the outlet or the function of blocking the outlet.

Of course, it is also possible to employ other methods in order to realize the function of blocking or opening the water conducting portion 121 by the second sealing member 112 . For example, the second sealing member 112 is arranged so as to be attached to the water outlet of the water guide section 121, and the second sealing member 112 can rotate around the vertical rotation axis. It is possible. When the second sealing member 112 is rotated to completely face the outlet, the water conduit 121 can be blocked, and when the second sealing member 112 is offset from the outlet, the water conduit 121 is opened. can do.

The method of providing the water guide portion 121 and the second sealing member 112 as described above is structurally simple, and the water guide portion 121 can be easily closed or opened by the second sealing member 112. There are advantages.

In any solution of this embodiment, the first sealing member 111 is connected with the second sealing member 112 by a connecting member 112a, the connecting member 112a connecting the first sealing member 111 and the second sealing member 112a. The sealing members 112 can be moved synchronously.

Specifically, as shown in FIGS. 2 and 7, when the first sealing member 111 switches from the first operating mode to the second operating mode, the second sealing member 112 switches to the second/second operating mode. synchronously switching from one operating mode to the first/second operating mode, and when the first sealing member 111 switches from the second operating mode to the first operating mode, the second sealing member 112 synchronously switches from the first/second operation mode to the second/first operation mode.

If the sealing assembly is constructed to have the structure shown in FIG. At this moment, the liquid heating container can add water to the filter member 11 to perform the function of soaking tea leaves, and when the first sealing member 111 opens the filter member 11, the second Since the sealing member 112 correspondingly blocks the water conducting part 121, the liquid heating container can perform the function of filtering the tea leaves at this moment.

When the sealing assembly is configured to have the structure shown in FIG. 7, when the first sealing member 111 blocks the filtering member 11, the second sealing member 112 correspondingly closes the water conducting portion 121. At this moment, the liquid heating container does not put water into or out of the filtering member 11, and the sealed and stored water can perform the function of soaking tea leaves. When the member 111 opens the filtering member 11, the second sealing member 112 correspondingly opens the water conducting portion 121, so at this moment the filtering member 11 in the liquid heating vessel receives water on the one hand and water on the other hand. It is possible to extract water and exert the function of extracting tea leaves.

By providing the connecting member 112a, the first sealing member 111 or the second sealing member 112 can move in synchronization with each other. can be driven, the driving device can be simplified, and the liquid heating container can be easily switched between the tea leaf extraction state and the tea leaf soaking state.

In any solution of this embodiment, the connecting member 112a is movably inserted into the filtering member 11, one end is connected with the first sealing member 111, and the other end is connected with the second sealing member 112. and the connecting member 112a is vertically movable and is configured to drive the first sealing member 111 and the second sealing member 112 to move vertically synchronously.

Specifically, as shown in FIGS. 2 and 3, the connecting member 112a has one end fixed to the first sealing member 111 and the other end connected to the second sealing member 111 via a nut in a bolt. It can be specifically provided as a connection bolt that is detachably connected to the stop member 112 . Further, since the connecting member 112a is movably inserted into the filter member 11, in order to prevent the water in the filter member 11 from falling from the insertion hole into which the connecting member 112a is inserted, the connecting member 112a is A seal member can be provided corresponding to the peripheral wall or the insertion hole.

The method of providing the connecting member 112a as described above has the advantage that it is structurally simple, the connection is stable, it can be attached to the filtering member 11 in a limited position, and it can move in the vertical direction.

In any solution of this embodiment, the adjustment mechanism consists of a rotating arm 2 and a driving member 3, the rotating arm 2 being hinged through a hinge and having a connection end that is transmission-connected to the sealing assembly. The driving member 3 has one end 21 and the other end 22, and the driving member 3 is transmission-connected to the moving end 22 so as to rotate the moving end 22 around the hinge axis, and the water conducting part 121 and the filter. It can be configured to change the blocking state of the member 11 by the sealing assembly.

Specifically, as shown in FIGS. 2 and 4, the adjustment mechanism includes a rotating arm 2 and a driving member 3. The driving member 3 drives a moving end 22 of the rotating arm 2 to hinge the rotating arm 2. It rotates around the axis, and drives the connection end 21 in order to move it. Finally, the change of the blocking state between the water conducting part 121 and the filter member 11 by the sealing assembly is realized by driving and moving the sealing assembly.

The distance of the connecting end 21 to the hinge axis can be designed to be smaller than the distance of the moving end 22 to the hinge axis. In this way, the rotating arm 2 corresponds to a labor-saving lever mechanism, and the method of connecting the moving end 22 and the driving member 3 and the method of connecting the connecting end 21 and the sealing assembly are both direct. It is designed so that it can be connected or indirectly connected.

The specific configuration method of the adjustment mechanism described above is structurally simple, and has the advantage of being able to flexibly change the blocking state between the water conducting portion 121 and the filtering member 11 by the sealing assembly of the driving member 3. be.

This embodiment also provides another optional solution for the adjustment mechanism in the liquid heating vessel. As shown in FIGS. 5 and 6, the rotating arm 2 consists of a first rotating arm 23 and a second rotating arm 24, the first rotating arm 23 and the second rotating arm 24 each having its own connection Having an end 21 and a moving end 22 , the driving member 3 is composed of a first driving portion 31 and a second driving portion 32 , the first driving portion 31 being connected to the moving end 22 of the first rotating arm 23 . , the second drive part 32 is transmission-connected to the moving end 22 of the second rotating arm 24, the driving member 3 moving the first rotating arm 23 and the second rotating arm 24 separately or They can be simultaneously driven to move, and the first sealing member 111 and the second sealing member 112 move up and down separately or simultaneously.

By providing the specific adjustment mechanism as described above, the first sealing member 111 and the second sealing member 112 can be moved up and down separately or simultaneously, so that the sealing assembly can The part 121 and the filtering member 11 are opened at the same time, or the water conducting part 121 is opened while blocking the filtering member 11, or the water conducting part 121 is blocked while the filtering member 11 is opened, or the water conducting part 121 and the filtering are opened. By blocking the member 11 at the same time, the liquid heating container can perform multiple functions such as soaking tea leaves, extracting tea leaves, and steaming tea leaves.

In an optional solution of this embodiment, the second rotating arm 24 is drivingly connected with the first sealing member 111 via a lifting rod 241 drivingly connected with the filtering member 11 via a spring 241a. be. When the second rotating arm 24 is not pressing the lifting rod 241, the spring 241a can drive the lifting rod 241 to move upward, so that the first sealing member 111 blocks the filtering member 11. can do.

Specifically, as shown in FIGS. 5 and 6, the elevating rod 241 passes through the filtering member 11 and is operatively connected to the first sealing member 111, and the spring 241a has one end connected to the filtering member 11. It can be sleeved to the outer peripheral wall of the lifting rod 241 in a state where it abuts and the other end is fixed to the lifting rod 241 . Therefore, the spring 241a imparts an upward elastic force to the lifting rod 241. As shown in FIG. Thus, when the connecting end 21 of the second rotating arm 24 moves upward, the connecting end 21 does not need to be directly connected to the lifting rod 241, and the first sealing member 111 can still move upward. , the connection structure can be simplified, and the blocking of the filtering member 11 by the first sealing member 111 is facilitated.

2 and 3, the rotating arm 2 is provided with a magnetic attraction member 221 at the moving end 22, the driving member 3 is provided as an electromagnet corresponding to the magnetic attraction member 221, When powered, the electromagnet can attract the magnetic attraction member 221 to move downward, thereby driving the connecting end 21 upward through the rotating arm 2 .

By providing the driving member 3 as an electromagnet and providing a corresponding magnetic attraction member 221 at the moving end 22 of the rotating arm 2, the rotation of the rotating arm 2 and the connection between the water conducting portion 121 and the filtering member 11 by the sealing assembly are controlled. The function of changing the cut-off state can be realized by non-contact magnetic adsorption, which has the advantages of simple structure, easy operation, and non-contact transmission.

Of course, the drive member 3 described above can also be provided in another way. For example, by providing the driving member 3 as a driving electric motor and connecting it to the rotating arm 2 at the moving end 22 via a gear/rack transmission mechanism, it is possible to realize a function of rotating the rotating arm 2 as well. .

In any solution of this embodiment, the liquid heating container further comprises a lid 4 used to cover the pot body 1, and the rotating arm 2 is hingedly provided on the lid 4 via a hinge shaft. A first compression spring 41 is provided between the lid 4 and the connecting end 21 , and the connecting end 21 can press the second sealing member 112 downward by the action of the first compression spring 41 . , the second sealing member 112 can always block the water guide part 121 .

Specifically, as shown in FIGS. 2 and 3, the lid 4 is provided with the rotating arm 2 via a hinge shaft so that the rotating arm 2 can be flexibly moved from the pot body 1 together with the lid 4. By providing a first compression spring 41 between the cover 4 and the connection end 21 of the rotating arm 2, the elastic force of the first compression spring 41 pushes the connection end 21 into the second position. Since the second sealing member 112 can be strongly pressed, the second sealing member 112 can always block the water guide portion 121 . Thus, in the standby state, the driving member 3 can prevent the water collecting member 12 from guiding the water to the filtering member 11 by the water guiding portion 121 .

The strength of the elastic force of the first compression spring 41 is such that when the driving member 3 drives the rotating arm 2, the rotating arm 2 overcomes the elastic force of the first compression spring 41 and always rotates. At the same time, it is possible to flexibly select and set the second sealing member 112 to stably shut off the water guide part 121 at all times.

Furthermore, the connecting end 21 of the rotating arm 2 can be directly adjacent to the second sealing member 112 or indirectly adjacent it via an intermediate connector.

In an optional solution of this embodiment, a second compression spring 113 is further provided between the second sealing member 112 and the filtering member 11, and the driving member 3 drives the connecting end 21 upwards. When moved, the second sealing member 112 is moved upward by the action of the second compression spring 113 so that the water guide part 121 can be opened.

Specifically, as shown in FIGS. 2 and 3 , the second compression spring 113 specifically extends into the filtering member 11 and has one end connected to the filtering member 11 and a second compression spring 113 . and the other end connected to the sealing member 112 . The second sealing member 112 can be imparted with a tendency to move upward due to the elastic force of the second compression spring 113 . Therefore, when the connecting end 21 of the driving member 3 moves upward and stops pressing the second sealing member 112 , the second sealing member 112 also moves upward to open the water guide portion 121 . can be done.

By providing the second compression spring 113 described above, it is not necessary to directly connect the connection end 21 of the driving member 3 and the second sealing member 112 . As long as the connecting end 21 of the driving member 3 does not press the second sealing member 112, the second sealing member 112 can open the water guide portion 121, so that the connecting structure can be simplified and the second sealing member 112 can be opened. There is an advantage that the water guide portion 121 can be easily opened by the sealing member 112 .

In the optional solution of this embodiment, one end of the water guide part 121 is movably inserted into the filter member 11, the third compression spring 13 is provided between the water collection member 12 and the filter member 11, and the third One end of the compression spring 13 is connected to the filter member 11, and the other end is connected to the water guide portion 121. The elastic force of the third compression spring 13 pushes the bottom wall of the pot body 1 downward strongly. It is designed to be pressed.

Specifically, as shown in FIGS. 2 and 3 , one end of the water guide portion 121 is movably inserted into the filter member 11 , and a third compression spring is provided between the water collection member 12 and the filter member 11 . 13 is provided, the elastic force of the third compression spring 13 can give the water collecting member 12 a tendency to move away from the filtering member 11 . When the filtering member 11 and the water collecting member 12 are attached to the pot body 1 in this manner, the water collecting member 12 can firmly press the bottom wall of the pot body 1 . Therefore, by utilizing the siphon effect, the water at the bottom of the pot body 1 can be caused to flow above the filter member 11 via the water guide portion 121 .

Specifically, the water collecting member 12 can be provided as having a tapered structure, and an inlet is provided in the side wall of the water collecting member 12 so that the water in the pot body 1 can flow into the water collecting member 12. can make it easier to get into

The above are only preferred embodiments of the present application and are not intended to limit the present application. Any modification, equivalent replacement, or improvement made within the spirit and principle of this application shall fall within the scope of protection of this application.

Claims (14)

A liquid heating vessel,
A pot body (1) provided with a filtering member (11) and a water collecting member (12), wherein the water collecting member (12) supplies water to the filtering member (11) through a water guide portion (121). a pot body (1), which is fluidly guideable;
a sealing assembly provided on the pot body (1) and used to block the filtering member (11) and the water conducting portion (121);
an adjustment mechanism drivingly connected to the sealing assembly and used by the sealing assembly to adjust the blocking state of the filtering member (11) and the water conducting portion (121);
A liquid heating vessel, comprising: The sealing assembly comprises a first sealing member (111);
The first sealing member (111) is provided inside or outside the filtering member (11) and is used to block the filtering member (11),
said first sealing member (111) opens and closes said filtration member (11) in a first mode of operation and a second mode of operation, respectively;
Liquid heating according to claim 1, wherein the adjustment mechanism is capable of driving the first sealing member (111) to switch between the first operating mode and the second operating mode. container. 3. The liquid heating container according to claim 2, wherein the filtering member (11) is provided with filtering holes only on the side corresponding to the first sealing member (111). the sealing assembly further comprising a second sealing member (112);
The second sealing member (112) is provided inside the filtering member (11) and is used to block the water conducting portion (121),
The second sealing member (112) opens and closes the water conducting portion (121) in the first operation mode and the second operation mode, respectively,
4. The liquid according to claim 2 or 3, wherein the adjustment mechanism can drive the second sealing member to switch between the first operation mode and the second operation mode. heating container. The water conducting portion (121) partially extends into the filtering member (11), and the end of the water conducting portion (121) extending into the filtering member (11) forms an outlet. ,
the second sealing member is spaced from the outlet to open the outlet when in the first mode of operation;
5. Liquid heating according to claim 4, wherein the second sealing member (112) is partially inserted into the outlet to block the outlet when in the second mode of operation. container. The first sealing member (111) is connected to the second sealing member (112) via a connecting member (112a),
6. The liquid according to claim 4 or 5, wherein the connecting member (112a) is capable of synchronously moving the first sealing member (111) and the second sealing member (112). heating container. The connecting member (112a) is movably inserted into the filtering member (11) and connected to one end connected to the first sealing member (111) and the second sealing member (112). and the other end of the
7. The connecting member (112a) is vertically movable to synchronously move the first sealing member (111) and the second sealing member (112) in a vertical direction. A liquid heating container as described in . The adjustment mechanism is
A rotating arm (2) hinged through a hinge axis, one end of said rotating arm (2) being a connecting end (21) drivingly connected to said sealing assembly, said rotating a rotating arm (2), the other end of the arm (2) being a moving end (22);
is transmission-connected to the moving end (22) and rotates the moving end (22) around the hinge shaft to determine the blocking state of the water guide part (121) and the filtering member (11) by the sealing assembly; 8. A liquid heating vessel according to any one of claims 4 to 7, comprising a drive member (3) which is changeable. Said rotating arm (2) comprises a first rotating arm (23) and a second rotating arm (24), said first rotating arm (23) and said second rotating arm (24) each have a connecting end (21) and a moving end (22),
The driving member (3) comprises a first driving part (31) and a second driving part (32),
The first driving part (31) is transmission-connected to the moving end (22) of the first rotating arm (23), and the second driving part (32) is connected to the second rotating arm (23). is transmission-connected to the moving end (22) of the arm (24),
Said driving member (3) drives said first rotating arm (23) and said second rotating arm (24) separately or simultaneously to drive said first sealing member (111) and said second sealing member (111). 9. A liquid heating container according to claim 8, wherein the two sealing members (112) can be moved up and down separately or simultaneously. Said second rotating arm (24) is transmission-connected with said first sealing member (111) via a lifting rod (241), said lifting rod (241) via a spring (241a). , is transmission-connected with the filtering member (11),
When the second rotating arm (24) is not pressing the lifting rod (241), the spring (241a) causes the first sealing member (111) to block the filtering member (11). 10. A liquid heating vessel according to claim 9, wherein said lifting rod (241) is drivable to move upwardly so as to. The rotating arm (2) has a magnetic attraction member (221) at the moving end (22),
The driving member (3) is provided as an electromagnet corresponding to the magnetic attraction member (221), and when power is supplied, the electromagnet attracts the magnetic attraction member (221) and moves downward, 11. A liquid heating vessel according to any one of claims 8 to 10, wherein said connecting end (21) is drivable to move upwards via said rotating arm (2). The liquid heating container further comprises a lid (4) used to cover the pot body (1),
The rotating arm (2) is provided in the lid (4) in a hinge shape via a hinge shaft,
A first compression spring (41) is provided between the lid (4) and the connecting end (21),
The connecting end (21) is closed by the action of the first compression spring (41) so that the second sealing member (112) always blocks the water conducting portion (121). 12. A liquid heating container according to any one of claims 8 to 11, wherein the stop member (112) can be strongly pressed downward. a second compression spring (113) provided between said second sealing member (112) and said filtering member (11);
When the driving member (3) drives the connecting end (21) to move upward, the second sealing member (112) moves upward due to the elastic force of the second compression spring (113). 13. A liquid heating vessel according to any one of claims 8 to 12, which can be moved to open the water conducting portion (121). an end of the water guiding portion (121) is movably inserted into the filtering member (11),
A third compression spring (13) is provided between the water collecting member (12) and the filtering member (11),
One end of the third compression spring (13) is connected with the filter member (11), and the other end of the third compression spring (13) is connected with the water guide (121). is,
14. The water collecting member (12) according to any one of claims 1 to 13, wherein the water collecting member (12) can firmly press the bottom wall of the pot body (1) downward by the elastic force of the third compression spring (13). A liquid heating container according to claim 1.

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