CN204232762U - Tea maker - Google Patents

Abstract

The utility model provides a kind of Tea maker, and described Tea maker comprises pedestal, has water channel and the heating component for heating the water in described water channel in described pedestal; Water tank, described water tank is removably located on described pedestal, and described water tank is communicated with the entrance of described water channel by the first valve module; Teapot, described teapot is removably located on described pedestal, and described teapot passes through the outlet of the second valve module and described water channel, and described teapot comprises kettle body and pot lid, and described pot lid is arranged on the open end of described kettle body.According to the Tea maker of the utility model embodiment, in the process of brewing tea, hot water is poured in teapot without the need to manual by user, easy to use and security performance good.

Description

Tea maker

Technical field

The utility model relates to household appliance technical field, in particular to a kind of Tea maker.

Background technology

Drinking-water Tea maker in correlation technique, first puts into teapot by tealeaves, then pours in teapot by the water after boiled, operation inconvenience and easily scalding, and there is room for improvement.

Utility model content

The utility model is intended to solve one of technical problem in correlation technique at least to a certain extent.For this reason, the utility model proposes a kind of easy to operate, the Tea maker of not easily scalding.

Comprise according to Tea maker of the present utility model: pedestal, there is in described pedestal water channel and the heating component for heating the water in described water channel; Water tank, described water tank is removably located on described pedestal, and described water tank is communicated with the entrance of described water channel by the first valve module; Teapot, described teapot is removably located on described pedestal, and described teapot passes through the outlet of the second valve module and described water channel, and described teapot comprises kettle body and pot lid, and described pot lid is arranged on the open end of described kettle body.

When utilization is made tea according to Tea maker of the present utility model, first tealeaves is put into teapot, such as put into teapot vat-net, cold water in water tank enters in water channel by the first valve module, and be heated into hot water by heating component, hot water enters teapot by the second valve module, the tealeaves in Tea soaking teapot.In the process of brewing tea, hot water is poured in teapot without the need to manual by user, not only makes tea conveniently, and can prevent from scalding.Therefore, according to Tea maker of the present utility model, easy to use and security performance good.

Described first valve module comprises: radiator valve, and described radiator valve is located at the water outlet of described water tank bottom, and when described water tank is placed on described pedestal, described radiator valve is opened; Water inlet valve, described water inlet valve is located at the porch of described water channel to control the opening and closing of the entrance of described water channel.

Described pedestal top has only supports boss; Described radiator valve comprises: tank seal circle, and described tank seal circle backstop is on the described delivery port of described water tank bottom; Carriage release lever, the upper end of described carriage release lever is connected on described tank seal circle, and when described water tank is placed on described pedestal, described carriage release lever is stopped to moving up to make described tank seal circle be opened by described delivery port by the described boss that only supports.

Alternatively, described water inlet valve is magnetic valve.

Described second valve module comprises the teapot valve of the water inlet be located at bottom described teapot and is located at the water outlet valve in exit of described water channel, when described teapot is placed on described pedestal, described teapot valve is opened with described water outlet valve and is communicated with, and when described teapot departs from described pedestal, described teapot valve and described water outlet valve are all closed.

Described teapot valve comprises: teapot sealing ring, on the described water inlet of described teapot sealing ring backstop bottom above-mentioned teapot; With the first carriage release lever, the upper end of described first carriage release lever is connected to described teapot sealing ring; Described water outlet valve comprises: capsul, and described capsul is located at the exit of described water channel and is communicated with described water channel; Channel seal circle, described channel seal circle backstop is in the bottom of described capsul; Second carriage release lever, described second carriage release lever is flexibly located in described capsul and its lower end is connected to described channel seal circle; Wherein, the first carriage release lever described in when described teapot is placed on described pedestal and described second carriage release lever only push dynamic to make the bottom that described water inlet opened by described teapot sealing ring, described capsul opened by described channel seal circle mutually.

Described water outlet valve also comprises spring, described spring housing to be located on described second carriage release lever and by normal for described second carriage release lever upwardly.

Described pedestal comprises base and housing, described housing to be located on described base and and limit installing space between described base, wherein said water channel and described heating component are all located in described installing space.

The communicating pipe that described water channel comprises water inlet component, outlet component and is connected between described water inlet component and described outlet component, the entrance of wherein said water channel is made up of the entrance of described water inlet component, and the outlet of water channel is by the export mixes of described outlet component; Described heating component is connected between described communicating pipe and described outlet component, and is tightly connected by lid of intaking between described heating component and described second valve module.

The described water inlet component water also comprised for entering from described entrance is fed to the water pump in described exit.

The part of the housing of described pedestal is protruding upward to form the first protuberance and the second protuberance, the first chamber be communicated with described installing space is limited in described first protuberance, wherein said water inlet component is located in described first chamber, limit the second chamber be communicated with described installing space in described second protuberance, wherein said outlet component is located in described second chamber.

Described housing comprises shell and is located at the inner casing in described shell, and wherein said water inlet component, described outlet component and described heating component are all connected on described inner casing.

Alternatively, described shell and described inner casing are fitted tightly by adhesive means.

Described heating component comprises: the lower casing and the upper cover that limit heated chamber; Cast aluminium heating tube, described cast aluminium heating tube is located in described heated chamber, and described cast aluminium heating tube has cooling water inlet and hot water outlet.

Described Tea maker also comprises controller, and described controller is connected to the power input of described cast aluminium heating tube to control heating power and the heat time of described cast aluminium heating tube.

Described heating component also comprises: the first silicagel pad, and described first silicagel pad is located between described cast aluminium heating tube and described upper cover; Second silicagel pad, described second silicagel pad is located between described cast aluminium heating tube and described lower casing.

Described heating component also comprises kick temperature controller, and it is overheated that described kick temperature controller is connected with described cast aluminium heating tube to prevent.

Described kick temperature controller is two, and is connected on the heating part, contiguous center of described cast aluminium heating tube and the position away from heating part, center respectively.

Teapot vat-net is provided with in described teapot.

Accompanying drawing explanation

Fig. 1 is the installation diagram of the Tea maker according to the utility model embodiment;

Fig. 2 is the sectional view of Tea maker when water tank and teapot all depart from pedestal according to the utility model embodiment;

Fig. 3 is the sectional view of the pedestal of Tea maker according to the utility model embodiment;

Fig. 4 is the explosive view of the pedestal of Tea maker according to the utility model embodiment;

Fig. 5 is the schematic diagram of the installation site of each parts on the pedestal according to the Tea maker of the utility model embodiment;

Fig. 6 is the explosive view of the heating component of Tea maker according to the utility model embodiment;

Fig. 7 is the installation diagram of the heating component of Tea maker according to the utility model embodiment;

Fig. 8 is the explosive view of the second valve module of Tea maker according to the utility model embodiment, shows into Shui Gai;

Fig. 9 is the Tea maker according to the utility model embodiment, the partial sectional view when teapot is placed on pedestal.

Description of reference numerals:

Tea maker 100,

Pedestal 1,

Base 11, first glue pin 111, second glue pin 112,

Housing 12,

Shell 121,

Inner casing 122,

First protuberance 123, first chamber 1231,

Second protuberance 124, second chamber 1241,

Installing space 13,

Only support boss 14,

The entrance 151 of water channel, the outlet 152 of water channel, water pump 153,

Heating component 16,

Lower casing 161,

Upper cover 162,

Cast aluminium heating tube 163, cooling water inlet 1631, hot water outlet 1632, power input 1633,

Kick temperature controller 164,

First silicagel pad 165, second silicagel pad 166,

Water inlet lid 17,

Power connection 18,

Controller 19, circuit board 191, control panel 192,

Water tank 2, delivery port 21, casing 22, case lid 23, radiator drain 24, installing plate 25,

Teapot 3, water inlet 31, teapot vat-net 32, kettle body 33, handled pot lid 34,

First valve module 4,

Radiator valve 41, tank seal circle 411, carriage release lever 412, carriage release lever body 4121, carriage release lever extension 4122,

Water inlet valve 42,

Second valve module 5,

Teapot valve 51, teapot sealing ring 511, first carriage release lever 512, the body of rod 5121, first ring connected in star 51211, elongated slot 51212, flange part 5122, teapot valve spring 513,

Water outlet valve 52,

Capsul 521, gripper shoe 5211, ledge structure 5212, channel seal circle 522, groove 5221, second carriage release lever 523, second annular groove 5230, ring flange 5231, cylindrical body 5232, spring 524, first sealing ring 525, second sealing ring 526,

Touch detection components 6.

Detailed description of the invention

Be described below in detail embodiment of the present utility model, the example of described embodiment is shown in the drawings.Be exemplary below by the embodiment be described with reference to the drawings, be intended to for explaining the utility model, and can not be interpreted as restriction of the present utility model.

Referring to Fig. 1-Fig. 9, the Tea maker 100 according to the utility model embodiment is described.Tea maker 100 is for make tea or beverage is drunk for people.Be understandable that, Tea maker 100 may be used for tealeaves, solid beverage, solid soya-bean milk, solid dried fruit juice etc. that other can infusion material punching become drink to drink, and is all described to make tea in description below.

As shown in Fig. 1-Fig. 9, comprise pedestal 1, water tank 2 and teapot 3 according to the Tea maker 100 of the utility model embodiment.

As shown in Figure 1, pedestal 1 is the installation carrier of water tank 2 and teapot 3.Water tank 2 is removably located on pedestal 1, and namely water tank 2 can depart from from pedestal 1, and water tank 2 also can be arranged on pedestal 1.Teapot 3 is removably located on pedestal 1, and namely teapot 3 can depart from from pedestal 1, and teapot 3 also can be arranged on pedestal 1.Like this, be convenient to the independent cleaning of water tank 2, teapot 3, and be convenient to user and drink tea.

With reference to shown in Fig. 2, the casing 22 that water tank 2 can comprise open upper end and the case lid 23 blocked in the upper end of casing 22, limit water space between case lid 23 and casing 22, case lid 23 can prevent dust from entering in water tank 2, avoids water pollutions.

Teapot 3 can comprise kettle body 33 and pot lid 34, and pot lid 34 is arranged on the open end of kettle body 33, prevents dust from entering.Further, teapot 3 can also comprise the teapot vat-net 32 be located in teapot 3, can place leaf to be made tea or other material requested in teapot vat-net 32.Wherein as shown in Figure 2, pot lid 34 can make handled pot lid 34, thus convenient crawl teapot 3, teapot vat-net 32 can be arranged on the bottom of handled pot lid 34.

In pedestal 1, there is water channel.Water tank 2 is communicated with the entrance 151 of water channel by the first valve module 4.Teapot 3 is communicated with the outlet 152 of water channel by the second valve module 5.

Particularly, as shown in Figure 2, the delivery port 21 (delivery port 21 is positioned at bottom water tank 2 as shown in Figure 2) of water tank 2 is communicated with by the first valve module 4 with the entrance 151 of water channel, and the water inlet 31 (water inlet 31 is positioned at the bottom of teapot 3 as shown in Figure 2) of teapot 3 is communicated with by the second valve module 5 with the outlet 152 of water channel.

Being appreciated that the duty by changing the first valve module 4, the delivery port 21 of water tank 2 can being made to be communicated with the entrance 151 of water channel or to cut off and open.When the delivery port 21 of water tank 2 is connected with the entrance 151 of water channel, the water in water tank 2 can enter in water channel, when delivery port 21 and the entrance 151 of water channel cuts off open time, the water in prevention water tank 2 enters in water channel by the first valve module 4.

By changing the duty of the second valve module 5, the water inlet 31 of teapot 3 can be made to be communicated with the outlet 152 of water channel or to cut off and to open.When the water inlet 31 of teapot 3 is connected with the outlet 152 of water channel, the water in water channel can enter in teapot 3, when water inlet 31 and the outlet 152 of water channel cuts off open time, the water in prevention water channel enters in teapot 3 by the second valve module 5.

Have for the heating component 16 to the water heating in water channel in pedestal 1, that is heating component 16 is for heating the cold water entered from the entrance 151 of water channel, and the water in water channel enters in teapot 3, to brew the tealeaves putting into teapot 3 after heating.

When utilization is made tea according to the Tea maker 100 of the utility model embodiment, first tealeaves is put into teapot 3, such as put into teapot vat-net 32, cold water in water tank 2 enters in water channel by the first valve module 4, and be heated into hot water by heating component 16, hot water enters teapot 3 by the second valve module 5, the tealeaves in Tea soaking teapot 3.

In the process of brewing tea, hot water is poured in teapot 3 without the need to manual by user, not only makes tea conveniently, and can prevent from scalding.Therefore, according to the Tea maker 100 of the utility model embodiment, easy to use and security performance good.

The concrete structure of the first valve module 4 is described in detail referring to Fig. 2 and Fig. 3.First valve module 4 can comprise radiator valve 41 and water inlet valve 42 as shown in Figure 2.

Radiator valve 41 can be located at delivery port 21 place bottom water tank 2, and when water tank 2 is placed on pedestal 1, radiator valve 41 is opened.When water tank 2 departs from pedestal 1, radiator valve 41 is closed, thus avoids water tank 2 to leak.

As shown in Figure 2, pedestal 1 top has only supports boss 14, and radiator valve 41 comprises tank seal circle 411 and carriage release lever 412.Tank seal circle 411 can on the delivery port 21 of backstop bottom water tank 2, the upper end of carriage release lever 412 is connected on tank seal circle 411, when water tank 2 is placed on pedestal 1, carriage release lever 412 is by only supporting boss 14 only to moving up to make tank seal circle 411 be opened by delivery port 21.When water tank 2 and pedestal 1 depart from, carriage release lever 412 can move down under gravity or other External Force Acting, and carriage release lever 412 drives the delivery port 21 bottom tank seal circle 411 sealing radiator 2, flows out to stop the water in water tank 2.

Particularly, as shown in Figure 2, have radiator drain 24 bottom water tank 2, the delivery port 21 of water tank 2 is by the export mixes of radiator drain 24, the internal perisporium on the top of radiator drain 24 is provided with the installing plate 25 radially extended internally, and carriage release lever 412 is located on installing plate 25 movably.

In some optional embodiments of the utility model, carriage release lever 412 can comprise carriage release lever body 4121 and be positioned at the carriage release lever extension 4122 extended radially outward bottom carriage release lever 412, radiator valve 41 can also comprise water tank spring (scheming not shown), water tank spring can be set on carriage release lever body, and water tank spring can flexibly only be against between the lower surface of installing plate and the upper surface of carriage release lever extension, thus when water tank 2 departs from pedestal 1, carriage release lever 412 is moved down under the elastic force effect of water tank spring, and carriage release lever 412 drives the delivery port 21 bottom tank seal circle 411 sealing radiator 2, flow out to stop the water in water tank 2.

As shown in Figures 2 and 3, the entrance 151 that water inlet valve 42 can be located at water channel sentences the opening and closing of the entrance 151 controlling water channel.Alternatively, water inlet valve 42 can be magnetic valve.Specifically, when water tank 2 is placed on pedestal 1, radiator valve 41 is opened, if now water inlet valve 42 energising is opened, then the water in water tank 2 can enter in water channel.If when water tank 2 is placed on pedestal 1, radiator valve 41 is opened, but water inlet valve 42 power-off is closed, then the water in water tank 2 cannot enter in water channel.

The concrete structure of the second valve module 5 is described in detail referring to Fig. 8 and Fig. 9.As shown in Figure 8 and Figure 9, the second valve module 5 can comprise the teapot valve 51 at water inlet 31 place be located at bottom teapot 3 and be located at the water outlet valve 52 at outlet 152 place of water channel.

In other words, the opening and closing of the outlet 152 controlling water channel are sentenced in the outlet 152 that water outlet valve 52 can be located at water channel.

When teapot 3 is placed on pedestal 1, teapot valve 51 all opens with water outlet valve 52 and teapot valve 51 is communicated with water outlet valve 52, and when teapot 3 departs from pedestal 1, teapot valve 51 and water outlet valve 52 are all closed.

That is, when teapot 3 is placed on pedestal 1, teapot valve 51 is opened and water outlet valve 52 is opened, and teapot valve 51 is communicated with water outlet valve 52, thus the hot water in water channel is entered in teapot 3 by water outlet valve 52 and teapot valve 51.When teapot 3 departs from pedestal 1, teapot valve 51 cuts out, thus the water in teapot 3 can not spill, and simultaneously water outlet valve 52 is also closed, thus hot water in water channel can not outwards splash, and security performance is high.

With reference to shown in Fig. 2, Fig. 8 and Fig. 9, teapot valve 51 can comprise teapot sealing ring 511 and the first carriage release lever 512.Teapot sealing ring 511 can on the water inlet 31 of backstop bottom above-mentioned teapot 3, and the upper end of the first carriage release lever 512 is connected to teapot sealing ring 511.

In a concrete example of the present utility model, as shown in Figure 8 and Figure 9, teapot valve 51 can comprise teapot sealing ring 511, first carriage release lever 512 and teapot valve spring 513.

As shown in Figure 8, the position of the contiguous upper end of the first carriage release lever 512 has radially-inwardly recessed first ring connected in star 51211, and wherein teapot sealing ring 511 can be set on first ring connected in star 51211.Teapot sealing ring 511 can more firmly be arranged on the first carriage release lever 512 thus.First carriage release lever 512 is provided with below first ring connected in star 51211 the through elongated slot 51212 to the first carriage release lever 512 lower end surface downwards, has this can alleviate the weight of the first carriage release lever 512, make the movement of the first carriage release lever 512 more flexible.

As shown in Figure 8, the first carriage release lever 512 can comprise the body of rod 5121 and be located at the flange part 5122 of the body of rod 5121 lower end, and flange part 5122 can extending radially outwardly along the body of rod 5121.Teapot valve spring 513 can be set on the body of rod 5121, and teapot valve spring 513 can flexibly only be against between the lower surface of teapot sealing ring 511 and the upper surface of flange part 5122.Can when teapot 3 depart from pedestal 1 by arranging teapot valve spring 513, make the first carriage release lever 512 under the elastic force effect of teapot valve spring 513, drive teapot sealing ring 511 to seal water inlet 31 bottom teapot 3.

As shown in Figure 8 and Figure 9, water outlet valve 52 can comprise capsul 521, channel seal circle 522 and the second carriage release lever 523.Capsul 521 can be located at outlet 152 place of water channel, and capsul 521 is communicated with water channel, channel seal circle 522 backstop is in the bottom of capsul 521, and the second carriage release lever 523 is flexibly located in capsul 521, and the lower end of the second carriage release lever 523 can be connected to channel seal circle 522.In other words, the second carriage release lever 523 is located in capsul 521 movably, and the lower end of the second carriage release lever 523 is connected to channel seal circle 522 moves to drive channel seal circle 522.

In a concrete example of the present utility model, as shown in Figure 8 and Figure 9, water outlet valve 52 can comprise capsul 521, channel seal circle 522, second carriage release lever 523 and spring 524.

As shown in Figure 9, the internal perisporium of capsul 521 is connected with gripper shoe 5211, the second carriage release lever 523 is located in gripper shoe 5211 movably.The position of the contiguous lower end of the second carriage release lever 523 has the second radially-inwardly recessed annular groove 5230, and wherein channel seal circle 522 is set on the second annular groove 5230.Channel seal circle 522 can more firmly be arranged on the second carriage release lever 523 thus.Wherein, channel seal circle 522 is positioned at the below of gripper shoe 5211.

Second carriage release lever 523 can comprise cylindrical body 5232 and be located at the ring flange 5231 of position of contiguous upper end of cylindrical body 5232, and ring flange 5231 extends radially outwardly along cylindrical body 5232.

Spring 524 is set on the second carriage release lever 523, and specifically, as shown in Figure 9, spring 524 is set in cylindrical body 5232, and spring 524 can flexibly only be against between the upper surface of gripper shoe 5211 and the lower surface of ring flange 5231.

Wherein, when teapot 3 is placed on pedestal 1, first carriage release lever 512 and the second carriage release lever 523 only push dynamic to make the bottom that the water inlet 31 of teapot 3 opened by teapot sealing ring 511, capsul 521 opened by channel seal circle 522 mutually, therefore the passage in the water inlet 31 of teapot 3, capsul 521 and water channel are communicated with, and the water in water channel can enter in teapot 3.Can by the second carriage release lever 523 often upwardly, that is, when teapot 3 departs from pedestal 1, the second carriage release lever 523 be made to drive channel seal circle 522 to seal the bottom of capsul 521 under the elastic force effect of spring 524 by arranging spring 524.

Alternatively, as shown in Figure 2, the internal face of the bottom of capsul 521 has ledge structure 5212, when channel seal circle 522 seals the bottom of capsul 521, channel seal circle 522 contacts with ledge structure 5212, the perisporium of channel seal circle 522 is outward-dipping gradually from top to bottom, thus channel seal circle 522 can seal the bottom of capsul 521 better.

Further, as shown in Figure 9, the lower end surface of channel seal circle 522 is formed with the groove 5221 to being recessed on, and can alleviate the weight of channel seal circle 522 thus, is convenient to the movement of channel seal circle 522.

Shown in Fig. 1-Fig. 5 and Fig. 9, describe the pedestal 1 of the Tea maker 100 according to the utility model embodiment in detail.

As shown in Figure 3, pedestal 1 comprises base 11 and housing 12.Housing 12 can be established on the pedestal 11, and limits installing space 13 between housing 12 and base 11, and wherein water channel is located in installing space 13, and heating component 16 is also located in installing space 13 to heat the water in water channel.Wherein, as shown in Figure 3, base 11 is provided with isolated first glue pin 111 and the second glue pin 112, can increase the frictional force between pedestal 1 and holding plane thus, make the placement of pedestal 1 more firm.

That is, pedestal 1 provides installing space 13 for water channel and heating component 16, water channel and heating component 16 is accommodated in pedestal 1, makes the outward appearance of Tea maker 100 cleaner and tidier.

The communicating pipe that water channel can comprise water inlet component, outlet component and be connected between water inlet component and outlet component, wherein the entrance 151 of water channel is made up of the entrance of water inlet component, and the outlet 152 of water channel is by the export mixes of outlet component.

Heating component 16 is connected between communicating pipe and outlet component, that is, water channel is that water provides a circulation passage, cold water from the entrance of water inlet component, enter heating component 16 communicating pipe, heating through heating component 16 enters outlet component, and hot water is from the outlet flow of outlet component to teapot 3.Due to the contiguous outlet component of heating component 16, the water thus after heating component 16 heats can enter in teapot 3 via outlet component fast, and thermal loss is little, indirectly improves the efficiency of heating surface.

In addition be heated as hot water when cold water flows through heating component 16, and be tightly connected by lid 17 of intaking between heating component 16 and the second valve module 5, thus make hot water enter teapot 3 via water inlet lid 17, second valve module 5, and good seal performance.Specifically, as shown in Figure 3 and Figure 9, connected by water inlet lid 17 between the capsul 521 of the water outlet valve 52 of the second valve module 5 and heating component 16.

Teapot 3 is entered for the ease of hot water, and be convenient to cold water and enter water channel, the water inlet component water that can also comprise for entering from the entrance 151 of water channel is fed to the water pump 153 of the outlet 152 of water channel, with reference to shown in Fig. 3, water pump 153 and water inlet valve 42 can be made of one structure, thus save the space of installing.

As shown in Figures 2 and 3, the part of the housing 12 of pedestal 1 is protruding upward to form the first protuberance 123 and the second protuberance 124, limit the first chamber 1231 be communicated with installing space 13 in first protuberance 123, wherein water inlet component is located in the first chamber 1231.Limit the second chamber 1241 be communicated with installing space 13 in second protuberance 124, wherein outlet component is located in the second chamber 1241.Thereby increase the inner space of pedestal 1, the parts for Tea maker 100 are installed and are provided convenience, and water inlet component and outlet component are placed respectively, rationally distributed, space availability ratio is high simultaneously.

Further, the inner casing 122 that housing 12 can comprise shell 121 and be located in shell 121, wherein water inlet component, outlet component and heating component 16 is all connected on inner casing 122.Alternatively, shell 121 and inner casing 122 can be fitted tightly by adhesive means.

The concrete structure according to the heating component 16 of the Tea maker 100 of the utility model embodiment is described in detail referring to Fig. 6 and Fig. 7.

As shown in Figure 6 and Figure 7, heating component 16 comprises: lower casing 161, upper cover 162 and cast aluminium heating tube 163.Limit heated chamber between lower casing 161 and upper cover 162, cast aluminium heating tube 163 is located in heated chamber, and cast aluminium heating tube 163 has cooling water inlet 1631 and hot water outlet 1632.

When heating component 16 works, cold water enters from the cooling water inlet 1631 of cast aluminium heating tube 163, after the heating of cast aluminium heating tube 163, become hot water, flows out from the hot water outlet 1632 of cast aluminium heating tube 163.

Specifically, the cooling water inlet 1631 of cast aluminium heating tube 163 can be connected the communicating pipe of water channel, the hot water outlet 1632 of cast aluminium heating tube 163 can be connected with the outlet component of water channel.More specifically, the hot water outlet 1632 of cast aluminium heating tube 163 can be connected with the outlet component of water channel by water inlet lid 17.

By cast aluminium heating tube 163 is located in heated chamber, cast aluminium heating tube 163 is kept apart with other plastic part of periphery by lower casing 161 and upper cover 162, thus when cast aluminium heating tube 163 heating water, prevent the heat of cast aluminium heating tube 163 from heating plastic part, avoid plastic part melted by heat or distortion, make the security performance of heating component 16 high.

Further, in concrete examples more of the present utility model, as shown in Figure 6 and Figure 7, heating component 16 can comprise lower casing 161, upper cover 162, cast aluminium heating tube 163, first silicagel pad 165, second silicagel pad 166 and kick temperature controller 164.

First silicagel pad 165 can be located between cast aluminium heating tube 163 and upper cover 162, and the second silicagel pad 166 can be located between cast aluminium heating tube 163 and lower casing 161.By arranging the first silicagel pad 165 and the second silicagel pad 166; can will prevent heat radiation when cast aluminium heating tube 163 heating water further and be dispersed into lower casing 161, upper cover 162 and peripheral plastic part, certain protective effect can be played to lower casing 161, upper cover 162 when cast aluminium heating tube 163 is overheated simultaneously.

As shown in Figure 6 and Figure 7, it is overheated that kick temperature controller 164 can be connected with cast aluminium heating tube 163 to prevent, thus prevent the destruction (such as burning other part) of causing because cast aluminium heating tube 163 is overheated or other safety issue (such as scalding).

Be understandable that, when cast aluminium heating tube 163 is overheated, kick temperature controller 164 stops heating to make cast aluminium heating tube 163 can to cast aluminium heating tube 163 power-off, thus plays a protective role to cast aluminium heating tube 163.The concrete structure of kick temperature controller 164 is known for those skilled in the art, no longer describes in detail at this.

Further, as shown in Figure 6, kick temperature controller 164 can be two, and two kick temperature controllers 164 can be connected on the heating part, contiguous center of cast aluminium heating tube 163 and the position away from heating part, center respectively.Thus realize prevent overheated.

Specifically; two kick temperature controllers 164 can select same temperature; and be positioned at the diverse location of cast aluminium heating tube 163 due to two kick temperature controllers 164; thus when one of them position the position of the such as contiguous heating part, center (and away from the position of heating part, center) is overheated; cast aluminium heating tube 163 just stops heating, thus plays double protection.

In specific embodiments more of the present utility model, Tea maker 100 can also comprise controller 19, controller 19 can be connected to the power input 1633 of cast aluminium heating tube 163 to control heating power and the heat time of cast aluminium heating tube 163, thus make the heat time of cast aluminium heating tube 163 be the scheduled time, and water is heated to predetermined temperature, make the use of Tea maker 100 more convenient.

As shown in Figure 5, controller 19 can comprise circuit board 191 and control panel 192, and circuit board 191 and control panel 192 all can be arranged in the installing space 13 of pedestal 1.Be understandable that, circuit board 191 is by providing circuit to connect for heating component 16, water pump 153 etc., and control panel 192 is provided with the touch controlled key and press key lamp that are connected with circuit board 191.

In other specific embodiments of the present utility model, Tea maker 100 can further include the shake-up detection components 6 whether being installed to the precalculated position of pedestal 1 for detecting teapot 3, touching detection components 6 is arranged on pedestal 1, and touch detection components 6 between pedestal 1 and teapot 3, touch detection components 6 and be connected with controller 19 so that controller 19 controls the first valve module 4, water pump 153 and heating component 16 action according to the detected value touching detection components 6.

Specifically, when touching detection components 6 and detecting that teapot 3 is not installed to the precalculated position of pedestal 1, by signal feedback to circuit board 191, prompt tone sounds, the indicator lamp flicker of touch controlled key simultaneously, Circuit Interrupt, heating component 16 can not heat, water inlet valve 42 can not be opened, and water pump 153 stops pumping.

When touching detection components 6 and detecting that teapot 3 is installed to the precalculated position of pedestal 1, by signal feedback to circuit board 191, now the indicator lamp of touch controlled key does not work, when pressing the beginning button in touch controlled key, opened by control circui water inlet valve 42, water pump 153 starts pump water, by water suction heating component 16, heating component 16 adjusts heating power and heat time under control circui, and water is heated to temperature required, and the current after heating are flowed in teapot 3 by the second valve module 5.

In concrete examples more of the present utility model, as shown in Figure 3, water inlet valve 42, water outlet valve 52, water pump 153, heating component 16, controller 19, power connection 18 and shake-up detection components 6 all can be arranged in the installing space 13 of pedestal 1.Wherein, power connection 18 is suitable for the circuit board 191 extraneous power supply being introduced controller 19.

Specifically, as shown in Figure 5, water inlet valve 42, water outlet valve 52, water pump 153 and heating component 16, controller 19, power connection 18 and shake-up detection components 6 all can be arranged on the inner casing 122 of pedestal 1.

With reference to shown in Fig. 3, water inlet valve 42 can be bolted on inner casing 122.Water inlet lid 17 can be bolted on inner casing 122, and limits spatial accommodation between water inlet lid 17 and inner casing 122, and water outlet valve 52 is contained in spatial accommodation.Wherein spatial accommodation is communicated with or is a part for installing space 13 with installing space 13.More specifically, water inlet valve 42 is located in the first chamber 1231, and water outlet valve 52 is located in the second chamber 1241.

As shown in Figure 3 and Figure 9, closely cooperated by the first sealing ring 525 between the upper end of the capsul 521 of water outlet valve 52 and the roof of installing space 13, closely cooperated by the second sealing ring 526 between water inlet lid 17 and capsul 521, water inlet lid 17 is also communicated with heating component 16.Capsul 521 is located between the roof of installing space 13 and water inlet lid 17 by clips by the first sealing ring 525 and the second sealing ring 526 thus, thus good seal performance, and water outlet valve 52 can more firmly be arranged on pedestal 1 inner casing 122.

Referring to Fig. 1-Fig. 9 also combination description above, the course of work of Tea maker 100 is as follows:

Pick up case lid 23, cold water is loaded in water tank 2, then build case lid 23, as made tea, then tea bag or other materials are put into the teapot vat-net 32 of 3 li, teapot.

After teapot 3 is installed to pedestal 1, teapot valve 51 passive open, water tank 2 is installed to after on pedestal 1, radiator valve 41 passive open, the current in water tank 2 flow into the entrance 151 of water channel, under control of the controller 19, water inlet valve 42 is opened, water pump 153 is started working, heating component 16 adjusts heating power and heat time, and water is heated to predetermined temperature, and the hot water after heating is flowed into teapot 3 by the outlet 152 of water channel, teapot valve 51 successively from water outlet valve 52.

When water temperature is very high, water and the bubble of boiling or close boiling all flow into bottom teapot 3 from teapot valve 51, and bubble can float rapidly, and breaks.Can present a large amount of bubble thus also to float from any to external diffusion the visual effect (class pseudo boiling) of breaking, Consumer's Experience is good.

After the scheduled time, heating component 16 stops heating, the handle of teapot 3 now can be caught to be mentioned by teapot 3 pour in cup or other vessel the tea soaked to drink into.

In brief, according to the Tea maker 100 of the utility model embodiment, easy to use, structure is simple, and security is high.

In description of the present utility model, it will be appreciated that, orientation or the position relationship of the instruction such as term " " center ", " on ", D score, " top ", " end ", " interior ", " outward ", " radial direction ", " circumference " they be based on orientation shown in the drawings or position relationship; be only the utility model and simplified characterization for convenience of description; instead of instruction or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.

In addition, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technical characteristic.Thus, be limited with " first ", the feature of " second " can express or impliedly comprise at least one this feature.

In the utility model, unless otherwise clearly defined and limited, the term such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or integral; Can be mechanical connection, also can be electrical connection or each other can communication; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals or the interaction relationship of two elements, unless otherwise clear and definite restriction.For the ordinary skill in the art, the concrete meaning of above-mentioned term in the utility model can be understood as the case may be.

In the utility model, unless otherwise clearly defined and limited, fisrt feature second feature " on " or D score can be that the first and second features directly contact, or the first and second features are by intermediary mediate contact.And, fisrt feature second feature " on ", " top " and " above " but fisrt feature directly over second feature or oblique upper, or only represent that fisrt feature level height is higher than second feature.Fisrt feature second feature " under ", " below " and " below " can be fisrt feature immediately below second feature or tiltedly below, or only represent that fisrt feature level height is less than second feature.

In the description of this description, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, to the schematic representation of above-mentioned term not must for be identical embodiment or example.And the specific features of description, structure, material or feature can combine in one or more embodiment in office or example in an appropriate manner.In addition, when not conflicting, the feature of the different embodiment described in this description or example and different embodiment or example can carry out combining and combining by those skilled in the art.

Although illustrate and described embodiment of the present utility model above, be understandable that, above-described embodiment is exemplary, can not be interpreted as restriction of the present utility model, those of ordinary skill in the art can change above-described embodiment, revises, replace and modification in scope of the present utility model.

Claims (19)

1. a Tea maker, is characterized in that, comprising:

Pedestal, has water channel and the heating component for heating the water in described water channel in described pedestal;

Water tank, described water tank is removably located on described pedestal, and described water tank is communicated with the entrance of described water channel by the first valve module;

Teapot, described teapot is removably located on described pedestal, and described teapot passes through the outlet of the second valve module and described water channel, and described teapot comprises kettle body and pot lid, and described pot lid is arranged on the open end of described kettle body.

2. Tea maker according to claim 1, is characterized in that, described first valve module comprises:

Radiator valve, described radiator valve is located at the water outlet of described water tank bottom, and when described water tank is placed on described pedestal, described radiator valve is opened;

Water inlet valve, described water inlet valve is located at the porch of described water channel to control the opening and closing of the entrance of described water channel.

3. Tea maker according to claim 2, is characterized in that, described pedestal top has only supports boss;

Described radiator valve comprises:

Tank seal circle, described tank seal circle backstop is on the described delivery port of described water tank bottom;

Carriage release lever, the upper end of described carriage release lever is connected on described tank seal circle, and when described water tank is placed on described pedestal, described carriage release lever is stopped to moving up to make described tank seal circle be opened by described delivery port by the described boss that only supports.

4. Tea maker according to claim 2, is characterized in that, described water inlet valve is magnetic valve.

5. Tea maker according to claim 1, it is characterized in that, described second valve module comprises the teapot valve of the water inlet be located at bottom described teapot and is located at the water outlet valve in exit of described water channel, when described teapot is placed on described pedestal, described teapot valve is opened with described water outlet valve and is communicated with, and when described teapot departs from described pedestal, described teapot valve and described water outlet valve are all closed.

6. Tea maker according to claim 5, is characterized in that, described teapot valve comprises:

Teapot sealing ring, on the described water inlet of described teapot sealing ring backstop bottom above-mentioned teapot; With

First carriage release lever, the upper end of described first carriage release lever is connected to described teapot sealing ring;

Described water outlet valve comprises:

Capsul, described capsul is located at the exit of described water channel and is communicated with described water channel;

Channel seal circle, described channel seal circle backstop is in the bottom of described capsul;

Second carriage release lever, described second carriage release lever is flexibly located in described capsul and its lower end is connected to described channel seal circle;

Wherein, the first carriage release lever described in when described teapot is placed on described pedestal and described second carriage release lever only push dynamic to make the bottom that described water inlet opened by described teapot sealing ring, described capsul opened by described channel seal circle mutually.

7. Tea maker according to claim 6, is characterized in that, described water outlet valve also comprises spring, described spring housing to be located on described second carriage release lever and by normal for described second carriage release lever upwardly.

8. Tea maker according to claim 1, it is characterized in that, described pedestal comprises base and housing, described housing to be located on described base and and limit installing space between described base, wherein said water channel and described heating component are all located in described installing space.

9. Tea maker according to claim 8, it is characterized in that, the communicating pipe that described water channel comprises water inlet component, outlet component and is connected between described water inlet component and described outlet component, the entrance of wherein said water channel is made up of the entrance of described water inlet component, and the outlet of water channel is by the export mixes of described outlet component;

Described heating component is connected between described communicating pipe and described outlet component, and is tightly connected by lid of intaking between described heating component and described second valve module.

10. Tea maker according to claim 9, is characterized in that, the described water inlet component water also comprised for entering from described entrance is fed to the water pump in described exit.

11. Tea makers according to claim 9, it is characterized in that, the part of the housing of described pedestal is protruding upward to form the first protuberance and the second protuberance, the first chamber be communicated with described installing space is limited in described first protuberance, wherein said water inlet component is located in described first chamber

Limit the second chamber be communicated with described installing space in described second protuberance, wherein said outlet component is located in described second chamber.

12. Tea makers according to claim 11, is characterized in that, described housing comprises shell and is located at the inner casing in described shell, and wherein said water inlet component, described outlet component and described heating component are all connected on described inner casing.

13. Tea makers according to claim 12, is characterized in that, described shell and described inner casing are fitted tightly by adhesive means.

14. Tea makers according to any one of claim 1-13, it is characterized in that, described heating component comprises:

Limit lower casing and the upper cover of heated chamber;

Cast aluminium heating tube, described cast aluminium heating tube is located in described heated chamber, and described cast aluminium heating tube has cooling water inlet and hot water outlet.

15. Tea makers according to claim 14, is characterized in that, also comprise controller, and described controller is connected to the power input of described cast aluminium heating tube to control heating power and the heat time of described cast aluminium heating tube.

16. Tea makers according to claim 14, is characterized in that, described heating component also comprises:

First silicagel pad, described first silicagel pad is located between described cast aluminium heating tube and described upper cover;

Second silicagel pad, described second silicagel pad is located between described cast aluminium heating tube and described lower casing.

17. Tea makers according to claim 14, is characterized in that, described heating component also comprises kick temperature controller, and it is overheated that described kick temperature controller is connected with described cast aluminium heating tube to prevent.

18. Tea makers according to claim 17, is characterized in that, described kick temperature controller is two, and are connected on the heating part, contiguous center of described cast aluminium heating tube and the position away from heating part, center respectively.

19. Tea makers according to claim 1, is characterized in that, are provided with teapot vat-net in described teapot.