CN110037546A - Full-automatic electrothermal kettle - Google Patents

Abstract

The present invention provides a kind of Full-automatic electrothermal kettles, including pot lid, equipped with the feed cock of apopore, and the bottle body equipped with water storage cavity, pot lid includes lid main body and the slip lid for being snug fit at lid main body, lid main body is connected to bottle body and covers envelope water storage cavity, the inlet opening being respectively communicated in water storage cavity and exterior space is offered in lid main body, slip lid lid seals inlet opening；Pot lid further includes the first magnetic element set on slip lid, feed cock is equipped with the second magnetic element, feed cock can be moved relative to bottle body, so that apopore face inlet opening, second magnetic element is set to apopore side, the first magnetic element can be driven far from inlet opening, while close to inlet opening to drive slip lid to open inlet opening；And feed cock drives by component electrical property is turned.What the movement for only needing to control feed cock can realize inlet opening simultaneously opens or closes movement, without individually opening and closing pot lid, without tap of dragging on manually, improves the degree of automation of electric kettle.

Description

Full-automatic electrothermal kettle

Technical field

The invention belongs to kettle technical fields, are to be related to a kind of Full-automatic electrothermal kettle more specifically.

Background technique

Electric kettle is a kind of household living utensil for being commonly used in boil water, is also not excluded for it certainly in commercial affairs, society The use of occasion is handed over, thus, the property easy to use of electric kettle is usually the focal point of user and research staff.

However, the degree of automation of current electric kettle is still in lower level, when in use firstly the need of beating Pot lid is opened, then manual toggle feed cock, it is made to be directed at pot mouth, then opened water inlet switch for water and inject kettle body from pot mouth It is interior, feed cock is then removed manually, closes pot lid, could then start to heat up water.Although such mode not counting laborious, Process is tedious, needs to expend the more time, to influence user experience, runs counter to people and pursues efficient, brief life reason It reads.

Summary of the invention

The purpose of the present invention is to provide a kind of Full-automatic electrothermal kettles, to solve existing electric kettle the degree of automation Not good enough technical problem.

To achieve the above object, the technical solution adopted by the present invention is that: a kind of Full-automatic electrothermal kettle, including bottom are provided Seat, pot lid, feed cock, bottle body and control unit equipped with water storage cavity, the feed cock include described in one end is connected to The column of pedestal is rotationally connected with the other end of the column and is equipped with the rotary head of apopore, and for driving described turn Dynamic head turns component around what the column rotated, and the component that turns is electrically connected at described control unit；The pot lid includes Lid main body and the slip lid for being snug fit at the lid main body, the lid main body are connected to the bottle body and cover the envelope water storage cavity, The inlet opening being respectively communicated in the water storage cavity and exterior space is offered in the lid main body, the slip lid lid seals the water inlet Hole；

The pot lid further includes the first magnetic element for being fixedly arranged on the slip lid, and the feed cock further includes being fixedly arranged on institute The second magnetic element of rotary head is stated, and second magnetic element is located at the apopore side, the rotary head is around described Column rotates clockwise, and can make inlet opening described in the apopore face, and second magnetic element can close to it is described into Drive first magnetic element far from the inlet opening while water hole, to drive the slip lid to open the inlet opening；

The rotary head is rotated counterclockwise around the column, the apopore can be made far from the inlet opening, and described Two magnetic elements can drive first magnetic element close to the inlet opening while far from the inlet opening, to drive It states slip lid lid and seals the inlet opening.

Further, the component that turns includes first motor and thumb wheel, and the first motor is fixed with the rotary head Connection, and the output shaft of the first motor is fixedly connected with one end of the thumb wheel；The column includes being rotationally connected with institute The column ontology for stating rotary head is fixedly arranged on the intrinsic pull rod shaft of the column, and is fixedly connected on the column ontology and is sheathed on The other end sliding of the column upper cover of the pull rod shaft periphery, the thumb wheel is resisted against the column upper cover, and described in capable of driving First motor is rotated around the pull rod shaft.

Further, sliding slot is offered on lid on the column, the sliding slot is radially extended along the pull rod shaft, described Thumb wheel includes rotor plate and slide protrusion, and one end of the rotor plate is connected to the output shaft of the first motor, the sliding Protrusion is connected to the other end of the rotor plate, and the slide protrusion is positioned in the chute, and slides with the column upper cover Support cooperation.

Further, the component that turns further includes electric machine support, and the electric machine support includes being fixedly connected on described turn The supporting part of dynamic head, and be connected to the supporting part and be movably set in the rotation sleeve column of the pull rod shaft periphery；Described One motor is fixedly installed on the supporting part.

Further, the lid main body includes upper cover and lower cover, and the upper cover is fixedly connected and has been enclosed with lower cover Accommodate cavity, the accommodating cavity is connected with the inlet opening, and the slip lid is located in the accommodating cavity, and with it is described on At least one of lid and the lower cover are slidably matched.

Further, the upper cover includes upper cover ontology and the slideway for being fixedly connected on the upper cover ontology, the slip lid It is slidably matched with the slideway；The extension path of the slideway and movement road of second magnetic element relative to the bottle body The projection of diameter in the horizontal plane is overlapped.

Further, the full-automatic heat kettle further includes pedestal, and the pedestal includes that can be electrically connected with the bottle body Coupler component；The gravity sensing for being used to incude the water-holding quantity in the water storage cavity being set to below the coupler component Device, and be set between the coupler component and the gravity sensor and be used to guide the coupler component along vertical The direction guidance set mobile towards the gravity sensor.

Further, the pedestal further includes the panel for being fixedly connected on the column, the guidance set include bottom plate, Guide plate, multiple guide posts and multiple guide sleeves, the bottom plate are fixedly connected on the panel, and the guide post is fixedly arranged on the bottom plate, Each guide sleeve corresponds the periphery for being sheathed on each guide post respectively, and each guide sleeve, which is fixed with the guide plate, to be connected It connects, the coupler component is fixedly arranged on the guide plate, and each guide post extends along the vertical direction.

Further, the coupler component includes the coupler bracket being fixedly arranged on the guide plate, and is set to institute State the coupling body ontology that can be electrically connected on coupler bracket and with the bottle body；The coupler bracket towards the gravity The side of inductor is provided with convex ribs, and the convex ribs are in central axes setting that is cross, and corresponding to the bottle body.

Further, the Full-automatic electrothermal kettle further includes drainage cell, and the bottle body is equipped with and is connected to the water storage The drainage hole of chamber, the drainage cell include valve seat, spool, and draining driving assembly, the valve seat are fixedly installed on The bottle body, the valve seat are equipped with the drainage channel for being connected to the drainage hole, and the spool is located in the drainage channel And the envelope drainage hole can be covered, the draining driving assembly can be resisted against the spool, and the spool can be driven relative to institute Valve seat movement is stated, to open the drainage hole.

Further, the drainage cell further includes the reset spring in the drainage channel, and the spool includes Stem, core cap and guide sleeve, the stem can mutually be supported with the draining driving assembly, and the guide sleeve fixing sleeve is set to institute It states stem periphery and the core cap is fixedly connected on the stem and can cover the envelope drainage hole, the reset spring is arranged In the stem periphery, and the opposite end of the reset spring is mutually supported with the valve seat and the guide sleeve respectively.

Further, the draining driving assembly includes the second motor, ejection screw rod, ejection nut set and guide frame For limiting the guide frame of the rotary freedom of the ejection nut set；Second motor is fixedly installed on the bottom Seat, one end of the ejection screw rod are fixedly connected on the output shaft of second motor, and the ejection nut set is sheathed on described Ejection screw rod periphery simultaneously cooperates with the ejection screw flight, and ejection nut set described in guide frame can be resisted against the stem, And the core cap is pushed to open the drainage hole.

Further, the ejection screw rod extends along the vertical direction, and the ejection nut set can push the spool along perpendicular Histogram is to movement.

Further, the ejection screw rod is horizontally extending, and the ejection nut set includes and the ejection screw rod The nut body being threadedly engaged, and it is fixedly connected on the wedge block of the nut body, the wedge block can be resisted against described Stem, and push the stem vertically moving.

Further, the Full-automatic electrothermal kettle further includes the water inlet pipe for being connected to the apopore, is connected to described The drainpipe and connector unit of drainage hole, the connector unit include interior water supply connector, outer water supply connector, internal drainage connector, And outer drainage joint；The interior water supply connector is sealedly attached to the outer water supply connector, the interior water supply connector and it is described into Water pipe connection, the outer water supply connector with external fluid delivery conduit for connecting, and the internal drainage connector is connect with the drainpipe, institute Outer drainage joint is stated for connecting with external water-supply-pipe；The outer water supply connector can be rotated relative to the interior water supply connector, institute Stating outer drainage joint can rotate relative to the internal drainage connector.

Implement the embodiment of the present invention, will have the following beneficial effects:

After above-mentioned Full-automatic electrothermal kettle, it is only necessary to control feed cock and be moved relative to bottle body, make to be discharged While hole is directed at inlet opening, slip lid can be made to open inlet opening and add water into water storage cavity, and after water is filled it up with, it is only necessary to It controls feed cock to move relative to bottle body, while making apopore far from inlet opening, slip lid lid can be made to seal the inlet opening, I.e., it is only necessary to component be turned by control unit control, make it that rotary head be driven to rotate relative to column, so that it may realize simultaneously The opening and closing of inlet opening act, and eliminate the process for individually opening and closing pot lid, also eliminate manual toggle rotary head The process of rotation, process needed for enormously simplifying electric kettle water boiling, optimizes user experience.

Detailed description of the invention

It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to embodiment or description of the prior art Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some Embodiment for those of ordinary skill in the art without any creative labor, can also be according to these Attached drawing obtains other attached drawings.

Fig. 1 is the structural schematic diagram one of Full-automatic electrothermal kettle provided in an embodiment of the present invention；

Fig. 2 is the structural schematic diagram two of Full-automatic electrothermal kettle provided in an embodiment of the present invention；

Fig. 3 is the overlooking structure diagram of Full-automatic electrothermal kettle in Fig. 1；

Fig. 4 be in Fig. 3 A-A to broken section structural schematic diagram；

Fig. 5 is the enlarged structure schematic diagram of part A in Fig. 4；

Fig. 6 is the configuration schematic diagram of pot lid provided in an embodiment of the present invention；

Fig. 7 be in Fig. 3 C-C to schematic cross-sectional view；

Fig. 8 is the enlarged structure schematic diagram of part B in Fig. 7；

Fig. 9 be in Fig. 7 D-D to broken section structural schematic diagram one；

Figure 10 be in Fig. 7 D-D to broken section structural schematic diagram two；

Figure 11 is the partial structural diagram that component is turned in an embodiment；

Figure 12 is the configuration schematic diagram that the parts thereof of component is turned in an embodiment；

Figure 13 is the partial structural diagram of Full-automatic electrothermal kettle in an embodiment；

Figure 14 is the partial structural diagram of pedestal in an embodiment；

Figure 15 is the configuration schematic diagram of diagram in Figure 14；

Figure 16 is B-B direction broken section structural schematic diagram in Fig. 3；

Figure 17 is the enlarged structure schematic diagram of C portion in Figure 16；

Figure 18 is the schematic cross-sectional view that driving assembly is drained in an embodiment；

Figure 19 is the partial structural diagram that driving assembly is drained in an embodiment；

Figure 20 is the configuration schematic diagram of diagram in Figure 19；

The structural schematic diagram three of Figure 21 Full-automatic electrothermal kettle provided in an embodiment of the present invention；

Figure 22 is the configuration schematic diagram of diagram in Figure 21.

The enlarged structure schematic diagram of the part D in Figure 23 Figure 22；

Wherein, each appended drawing reference in figure:

10, Full-automatic electrothermal kettle；100, bottle body；200, pot lid；300, feed cock；400, pedestal；500, group is turned Part；610, control panel；110, water storage cavity；211, inlet opening；310, column；320, rotary head；321, apopore；700, it intakes Pipe；1000, drainpipe；210, lid main body；220, slip lid；230, the first magnetic element；330, the second magnetic element；212, on Lid；213, lower cover；214, cavity is accommodated；2121, upper cover ontology；2122, slideway；510, first motor；520, electric machine support； 530, thumb wheel；311, column upper cover；3111, sliding slot；312, column ontology；313, pull rod shaft；314, axle sleeve；522, sleeve column is rotated； 531, rotor plate；532, slide protrusion；3141, the first notch；5221, the second notch；410, panel；420, bottom cover；430, coupling Clutch component；440, gravity sensor；450, guidance set；451, bottom plate；452, guide plate；453, guide post；454, guide sleeve； 431, coupler ontology；432, coupler bracket；4321, convex ribs；455, fixed bracket；800, drainage cell；810, valve seat； 820, spool；830, reset spring；840, driving assembly is drained；120, drainage hole；811, spool guide sleeve；812, valve base； 813, valve cover；814, drainage channel；8111, cavity；8121, the first opening；8122, the second opening；8123, third is open； 841, ejection screw rod；842, ejection nut set；8431, guide protrusions；8432, leading truck；84321, through slot；844, the second electricity Machine；821, stem；822, core cap；823, guide sleeve；8421, nut body；8422, wedge block；845, lifting member；900, connector Unit；910, interior water supply connector；920, outer water supply connector；930, internal drainage connector；940, outer drainage joint；950, limit convex Muscle；960, connector locking part.

Specific embodiment

In order to which technical problems, technical solutions and advantages to be solved are more clearly understood, tie below Accompanying drawings and embodiments are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only To explain the present invention, it is not intended to limit the present invention.

It should be noted that it can be directly another when element is referred to as " being fixed on " or " being set to " another element On one element or indirectly on another element.When an element is known as " being connected to " another element, it can To be directly to another element or be indirectly connected on another element.

It is to be appreciated that term " on ", "lower", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", The orientation or positional relationship of the instructions such as "outside", " clockwise ", " counterclockwise " is to be based on the orientation or positional relationship shown in the drawings, only It is that for the convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning must have specifically Orientation is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.In the description of the present invention, the meaning of " plurality " is two or more, Unless otherwise specifically defined.

Also referring to Fig. 1 to Figure 10, now Full-automatic electrothermal kettle 10 provided by the invention is illustrated.It is described it is complete from Electro kinetic potential kettle 10, including bottle body 100, pot lid 200, feed cock 300, pedestal 400, turn component 500, and be electrically connected In the control unit (not shown) for turning component 500, wherein bottle body 100 is equipped with water storage cavity 110, and pot lid 200 is rotationally connected with Bottle body 100, which can simultaneously be covered, seals the water storage cavity 110, inlet opening 211 is equipped on pot lid 200, which is connected to water storage cavity 110 and exterior space, apopore 321 is equipped on feed cock 300；Above-mentioned pedestal 400 is fixedly connected with feed cock 300, Bottle body 100 can be placed on pedestal 400, and control unit, which can control, turns the work of component 500, to drive the feed cock 300 move relative to bottle body 100, and then keep apopore 321 positive quasi- or the separate inlet opening 211.Specifically, above-mentioned feed cock 300 include column 310, rotary head 320, and Full-automatic electrothermal kettle 10 further includes water inlet pipe 700, and the water inlet pipe 700 is by pedestal 400 Column 310 is extended to, rotary head 320 is being extended to by column 310, that is, one end is set to pedestal 400, for supplying with outside Water pipe connection, the other end is set in above-mentioned apopore 321, for supplying water into water storage cavity 110；One end and bottom of the column 310 Seat 400 is fixedly connected, and the other end and rotary head 320 are rotatablely connected, and turning component 500 can drive the rotary head 320 around vertical The central axes of column 310 rotate, certainly, in the process, the opposite position that rotary head 320 also occurs with bottle body 100 and pot lid 200 It moves, and then makes the alignment of apopore 321 or the separate inlet opening 211.

In one embodiment, above-mentioned pot lid 200 includes lid main body 210 and slip lid 220, and inlet opening 211 is opened in lid master On body 210, which is slidably matched with lid main body 210, and can follow the movement of rotary head 320 and lead relative to lid Body 210 slides, and with lid envelope or opens the inlet opening 211.Specifically, above-mentioned pot lid 200 further includes the first magnetic element 230, should First magnetic element 230 is arranged on slip lid 220, and feed cock 300 further includes the second magnetism being set on rotary head 320 Element 330, and second magnetic element 330 abuts the side that apopore 321 is arranged in, second magnetic element 330 and first The polarity of magnetic element 230 on the contrary, so there are mutual attractive force between the first magnetic element 230 and the second magnetic element 330, When the rotation of rotary head 320 moves to the second magnetic element 330 near first magnetic element 230, the first magnetic element 230 is just The second magnetic element 330 can be followed to do corresponding movement under the action of magnetic attraction.More specifically, in the present embodiment, when Two magnetic elements 330 follow rotary head 320 to rotate clockwise around the axis of column 310, and second magnetic element 330 is transported When moving near the first magnetic element 230, then the first magnetic element 230 can be driven to drive slip lid 220 relative to lid main body 210 Sliding, when rotary head 320 moves to apopore 321 and is just aligned inlet opening 211, the first magnetic element 230 also drives slip lid 220 open inlet opening 211, on the contrary, filling it up with to water, which rotates counterclockwise around the axis of column 310, make Second magnetic element 330 drives 230 counter motion of the first magnetic element, so that slip lid 220 be driven to close the inlet opening 211 automatically It closes.

It moves, uses relative to bottle body 100 in this way, electric kettle provided by the invention only needs to control feed cock 300 While water hole 321 is directed at inlet opening 211, slip lid 220 can be made to open inlet opening 211 and add water into water storage cavity 110, and After water is filled it up with, it is only necessary to control feed cock 300 and be moved relative to bottle body 100, make apopore 321 far from inlet opening 211 Meanwhile the lid of slip lid 220 can be made to seal the inlet opening 211, namely, it is only necessary to component 500 is turned by control unit control, makes it Rotary head 320 is driven to rotate relative to column 310, so that it may while realizing the opening and closing movement of inlet opening 211, remove from The independent process for opening and closing pot lid 200, the process for also eliminating the rotation of manual toggle rotary head 320 enormously simplify Process needed for electric kettle water boiling, optimizes user experience.

Further, above-mentioned lid main body 210 includes upper cover 212 and lower cover 213, wherein upper cover 212 is connect with lower cover 213 And it is enclosed accommodating cavity 214, above-mentioned inlet opening 211 is connected with accommodating cavity 214, and it is empty which is set to the accommodating It is slidably matched in chamber 214 and with upper cover 212.Specifically, upper cover 212 includes the upper cover ontology 2121 for being connected to lower cover 213, and Be fixedly connected on two slideways 2122 of the upper cover ontology 2121, two slideway 2122 be set to upper cover ontology 2121 towards appearance On the side for emptying chamber 214, which is slidably matched between two slideways 2122 and with two slideways 2122, slip lid 220 Can under the drive of the first magnetic element 230 along slideway 2122 slide, until it is close and cover seal the inlet opening 211, or Along the sliding of slideway 2122 until separate and open the inlet opening 211 under the drive of the first magnetic element 230.

Further, the extension path of the slideway 2122 and second magnetic element 330 are relative to the bottle body 100 Motion path projection in the horizontal plane be overlapped.So, it is ensured that the motion path and the second magnetic of the first magnetic element 230 Property element 330 movement projection in the horizontal plane be overlapped, that is, the first magnetic element 230 can follow the second magnetic element 330 Do the movement of the same direction.

More specifically, above-mentioned second magnetic element 330 is preferably permanent magnet, it is of course also possible to be other kinds of magnetic strength Element is answered, does not do unique restriction herein.

In one embodiment, Fig. 7 to Figure 12 is please referred to, the above-mentioned component 500 that turns includes first motor 510, electric machine support 520, thumb wheel 530；Column 310 includes column upper cover 311, column ontology 312, pull rod shaft 313 and axle sleeve 314.Wherein, the column sheet Body 312 is cylindrical shell, is rotatablely connected with the rotary head 320, the close rotation of column upper cover 311 and column ontology 312 First 320 one end is fixedly connected, and pull rod shaft 313 is fixedly installed in column ontology 312, and the axis of the pull rod shaft 313 and column sheet The axis of body 312 is overlapped, which is fixedly connected with column upper cover 311, and is sheathed on the periphery of pull rod shaft 313, preferably Ground, above-mentioned axle sleeve 314 and 311 integrated molding of column upper cover, that is, the column upper cover 311 is sheathed on by the axle sleeve 314 The periphery of pull rod shaft 313；Electric machine support 520 includes supporting part (not shown) and the rotation sleeve column 522 for being connected to the supporting part, is somebody's turn to do Supporting part is fixedly connected with rotary head 320, which is sheathed on above-mentioned 314 periphery of axle sleeve, and first motor 510 is fixed It is set on supporting part, and is electrically connected with control unit, it is preferable that above-mentioned supporting part and rotation 522 integrated molding of sleeve column； Thumb wheel 530 includes rotor plate 531 and slide protrusion 532, and one end of the rotor plate 531 and the output shaft of first motor 510 are fixed Connection, the other end are fixedly connected with slide protrusion 532, sliding slot 3111 are additionally provided in column upper cover 311, the sliding slot 3111 is along drawing Bar axis 313 radially extends, and above-mentioned slide protrusion 532 protrudes into the sliding slot, and forms sliding with column upper cover 311 and support and match It closes.

In this way, being rotated clockwise when control unit controls first motor 510 such as Fig. 9 to Figure 10, making the one of rotor plate 531 End is also rotated around the output shaft of first motor 510 therewith, since the other end of rotor plate 531 passes through slide protrusion 532 and column The sliding of upper cover 311 is supported, and column upper cover 311 and column ontology 312 are relatively fixed；Again due to for fixing first motor 510 Electric machine support 520 is set in 313 periphery of pull rod shaft further through rotation sleeve column 522, and can be under external force around the pull rod Axis 313 rotates, thus, slide protrusion 532 is due to extending into sliding slot 3111 in 510 rotary course of first motor and on column Lid 311 generates reaction force, which makes electric machine support 520, first motor 510 and rotor plate 531 together around drawing Bar axis 313 rotates, and in the process, slide protrusion 532 can only rotate in sliding slot 3111 with the output shaft of first motor 510, And can while rotation in sliding slot 3111 radially sliding along pull rod shaft 313, and since first motor 510 is fixed On electric machine support 520, and electric machine support 520 and rotary head 320 are relatively fixed, then, the rotation of above-mentioned first motor 510, Rotary head 320 is ultimately caused around the rotation of 313 axis of pull rod shaft, to realize the function that rotary head 320 rotates automatically. On the contrary, can then drive above-mentioned rotary head 320 to rotate backward, herein when control unit control first motor 510 rotates counterclockwise It repeats no more.As it can be seen that the above-mentioned simple and reliable degree of 500 structure of component that turns is high, can have using thumb wheel 530 as force transmission element Effect reduces 300 the space occupied of feed cock, through an optimization user experience.

In addition, offering the first notch 3141 on axle sleeve 314, the second notch 5221 is offered on rotation sleeve column 511, The other end of the rotor plate 531 can extend into from second notch 5221 into the first notch 3141, first notch 3141 It is to prevent axle sleeve 314 and rotation sleeve column 511 from sending out in thumb wheel motion process with thumb wheel with the main function of the second notch 5221 Raw interference, so can be reduced thumb wheel 530 and column upper cover 311, first motor 510 are coupled required space occupancy volume. Certainly in other embodiments of the invention, this turns component 500 and can also save, and relies solely on and manually stirs rotary head The scheme of 320 rotations also belongs to the protection scope of this case.

In addition, electric kettle provided by the invention, it can be using the water inlet pipe 700 water outlet be manually controlled, it can also be by it He incudes component or structure member realizes the water management out of water inlet pipe 700, does not limit uniquely herein.

In one embodiment, Figure 13 to 15 is please referred to, above-mentioned pedestal 400 includes panel 410, bottom cover 420, coupler component 430, gravity sensor 440 and guidance set 450；Wherein, coupler component 430 is used to be used cooperatively with bottle body 100 and can be with Bottle body 100 is electrically connected；Gravity sensor 440 is set to 430 lower section of coupler component, for incuding in water storage cavity 110 Water-holding quantity；Guidance set 450 is set between coupler component 430 and gravity sensor 440, for guiding coupler component 430 is mobile towards gravity sensor 440.In this way, gravity is in coupler component when bottle body 100 is placed on pedestal 400 On 430, coupler component 430 is mounted on guidance set 450, and guidance set 450 can guide 430 court of coupler component It is steadily mobile to gravity sensor 440.When coupler component 430 is pressed in it is static on gravity sensor 440 when, gravity sensor The weight of water in 440 detectable water storage cavities 110.Coupler component 430 is thus efficiently solved towards gravity sensor The mobile jiggly problem in 440 directions occurs, to ensure that the accuracy of water weight in detection electrothermal kettle body.Also, Due to adding the gravity sensor 440, user can know the water storage in water storage cavity 110 in the case where not opening pot lid 200 Amount to decide whether to add water, and adds the size of water water, further increases the degree of automation of Full-automatic electrothermal kettle, Optimize user experience.

Specifically, above-mentioned panel 410 is fixedly connected with column 310, and the panel 410 is connect with bottom cover 420, panel 410 It is enclosed accommodating chamber with bottom cover 420, and offers the first mounting hole (not shown), coupler component 430 on panel 410 Including coupler ontology 431 and coupler bracket 432, the coupler bracket 432, gravity sensor 440 and guidance set 450 It is set in accommodating chamber, coupler ontology 431 is set on coupler bracket 432 and is arranged in the first mounting hole, the coupler sheet Body 431 can be mating with bottle body 100, and is electrically connected.

Further, guidance set 450 includes bottom plate 451, guide plate 452, multiple guide posts 453 and multiple guide sleeves 454, bottom Plate 451 is fixedly connected on panel 410, and guide post 453 is fixedly arranged on bottom plate 451, and each guide sleeve 454 corresponds respectively to be sheathed on respectively The periphery of guide sleeve 454, each guide sleeve 454 are fixedly connected with guide plate 452, and coupler component 430 is fixedly arranged on the guide plate 452 On, each guide post 453 and each guide sleeve 454 are cylindrical, and extend along the vertical direction.In this way, guide plate 452 passes through guide sleeve 454 can move along the extending direction of guide post 453, therefore coupler component 430 can also follow guide plate 452 along the vertical direction Quickly and smoothly close to or far from gravity sensor 440.It is designed in this way, simple and reasonable, assembly is simple, and it is at low cost, Precision is high, and using effect is good, is suitble to promote and apply.

Further, coupler bracket 432 towards 440 side of gravity sensor is provided with convex ribs 4321.Specifically, convex Muscle 4321 can be used as the fulcrum that active force is generated to gravity sensor 440, concentrate stress more, be convenient for gravity sensor 440 detection keeps data more accurate.In the present embodiment, the convex ribs 4321 are in cross, naturally it is also possible to others circle The shapes such as shape, rectangle, do not limit uniquely herein.In addition, the position of center line of the corresponding coupler bracket 432 of convex ribs 4321 is set It sets, that is, the central axes that the convex ribs 4321 should correspond to bottle body 100 are arranged, in this way, gravity can be made all to concentrate on coupler branch In the geometric center of frame 432, thus it is more steady in 440 position of gravity sensor, keep the data of detection more accurate.

Further, guidance set 450 further includes fixed bracket 455, and fixed bracket 455 is fixedly arranged on guide post 453 and generates heat far On one end from bottom plate 451, gravity sensor 440 is set to the side towards coupler bracket 432 of fixed bracket 455.Tool Body, fixed bracket 455 not only plays the role of support to gravity sensor 440, is convenient for 440 stress of gravity sensor, also right The movement of coupler component 430 plays the role of limit.

In one embodiment, please referring to the above-mentioned Full-automatic electrothermal kettle 10 of Figure 16 to Figure 20 further includes drainage cell 800, should Drainage cell 800 includes valve seat 810, spool 820, reset spring 830, and draining driving assembly 840, the draining driving group Part 840 and control unit are electrically connected, which can drive 820 phase of spool under the order of control unit Valve seat 810 is moved, reset spring 830 can also drive spool 820 to move, and the reset spring 830 drives spool 820 motion process, it is opposite with the draining driving unit driving motion process of spool 820.Specifically, in the bottom of bottle body 100 Drainage hole 120 is offered, which is connected to water storage cavity 110, and valve seat 810 is fixedly installed on bottle body 100, the valve The drainage channel 814 for being connected to drainage hole 120 is equipped in seat 810, which is movably arranged in the drainage channel 814, and It can cover and seal the drainage hole 120, above-mentioned reset spring 830 is set in the periphery of spool 820, and user can pass through control unit order Draining driving assembly 840 drives spool 820 to move relative to valve seat 810 to open the drainage hole 120, resets in the process Spring 830 is compressed, and accumulates reset potential energy, is drained to water, and draining driving assembly 840 resets, which is converted into The kinetic energy of spool 820, that is, spool 820 under the action of the restoring force of reset spring 830 counter motion and finally lid envelope should Drainage hole 120.

Further, valve seat 810 includes spool guide sleeve 811, valve base 812, valve cover 813, wherein spool guide sleeve 811 are tightly connected with valve base 812, and valve base 812 and valve cover 813 are tightly connected, and three is enclosed jointly State drainage channel 814；Specifically, above-mentioned valve guide sleeve 454 is equipped with a cavity 8111 extended along the vertical direction, and cavity 8111 connects Drainage hole 120 is passed through, which is set in cavity 8111；More specifically, spool 820 includes stem 821 and is separately connected In the core cap 822 and guide sleeve 823 of the opposite end of stem 821, which, which can cover, seals drainage hole 120, and stem 821 This being arranged in set on the guide sleeve 823, above-mentioned reset spring 830 is sheathed on the periphery of stem 821, and reset spring 830 Opposite end is resisted against spool guide sleeve 811 and guide sleeve 823 respectively.Above-mentioned valve base 812 is equipped with first to be interconnected and opens The 8121, second opening 8122 of mouth and third opening 8123, wherein the first opening 8121 is connected to above-mentioned cavity 8111, and second opens Mouth 8122 is sealed by valve cover 813, and third opening 8123 can be when bottle body 100 and above-mentioned coupler ontology 431 be electrically connected It is connected to the drainpipe 1000 being set in pedestal 400, the drainpipe 1000 with external water-supply-pipe for connecting, in this way, working as spool 820 open drainage holes 120, the waste water in water storage cavity 110 then can via drainage hole 120, the opening of cavity 8111, first 8121, with And third opening 8123 flows to drainpipe 1000, and electric kettle finally is discharged via external water-supply-pipe.

Further, above-mentioned draining actuator is arranged in accommodating chamber, which includes ejection screw rod 841, ejection nut set 842, guide frame and the second motor 844, second motor 844 be fixedly arranged in accommodating chamber and with control Unit processed is electrically connected, also, the output shaft of second motor 844 is fixedly connected with one end of ejection screw rod 841, ejection nut Set 842 is set to 841 periphery of ejection screw rod and cooperates with the screw flight, which can limit the ejection nut set 842 rotary freedom, and ejection nut set 842 is allowed to move along the extending direction of ejection screw rod 841；Above-mentioned ejection spiral shell Mother set 842 can be resisted against above-mentioned stem 821, and the stem 821 can be driven vertically moving, so that core cap 822 is opened The drainage hole 120.In this way, when user issues draining order by control unit, then the output shaft rotation of the second motor 844, from And the ejection screw rod 841 is driven to rotate synchronously, since the rotary freedom of ejection nut set 842 is limited, therefore ejection nut set 842 can be along the axial movement of ejection screw rod 841, and when bottle body 100 is placed on pedestal 400, the bottom end of stem 821 just can 842 phases are covered with ejection nut to support, therefore 842 movement of ejection nut set, then it can push spool 820 in above-mentioned cavity 8111 along perpendicular Histogram is to movement.

Further, Figure 16 and Figure 17 is please referred to, one kind as Full-automatic electrothermal kettle 10 provided by the invention is specific The extending direction of embodiment, above-mentioned ejection screw rod 841 is identical as the extending direction of stem 821, and the two is each along vertical direction Extend, ejection nut set 842 is substantially cylindrical in shape, and is tipped upside down on ejection screw rod 841, the bottom of ejection nut set 842 and stem 821 It supports in portion；Also, in the present embodiment, above-mentioned guide frame is the guide protrusions 8341 for being connected to ejection nut set 842, should Guide protrusions 8431 can also cover 842 integrated moldings with ejection nut, and (scheme with the guide groove coupled on body support frame 432 is set to Do not show) it is slidably matched, the extending direction of the guide groove is parallel with the extending direction of ejection screw rod 841.In this way, working as ejection screw rod 841 rotations, ejection nut set 842 moves up and down along the vertical direction, when it is moved upwards, by the upward ejection of spool 820, thus Core cap 822 is set to open drainage hole 120, the water in water storage cavity 110 just flows into drainage channel 814 from drainage hole 120, the bottom of subsequently into Drainpipe 1000 in seat 400 discharges；When it is moved downward, spool 820 loses upward support force, then can be multiple Counter motion under the action of the spring 830 of position, until core cap 822 blocks the drainage hole 120, to stop draining.

Further, Figure 18 to 20 is please referred to, the another kind as Full-automatic electrothermal kettle 10 provided by the invention is specific The extending direction of embodiment, above-mentioned ejection screw rod 841 is vertical with the extending direction of stem 821, and wherein stem 821 is along vertical side To extension, and ejection screw rod 841 is horizontally extending, and ejection nut set 842 includes being threadedly engaged with ejection screw rod 841 Nut body 8421, and it is fixedly connected on the wedge block 8422 of the nut body 8421, when bottle body 100 is placed in pedestal 400 When being electrically connected above and with the coupling body ontology, the bottom of the lozenges and spool 820 of the wedge block 8422 is supported, preferably Ground, in the present embodiment, the draining driving assembly 840 further include lifting member 845, and the lifting member 845 is mainly as wedge block Force transmission element between 8422 and spool 820, specifically, one end of the lifting member 845 and the bottom end of stem 821 directly contact to Top, the other end are equipped with the wedge shape towards corresponding inclined-plane, which directly contacts with lozenges supports；Also, in this implementation In example, above-mentioned guide frame is the leading truck 8432 for being sheathed on the ejection nut and covering 842 peripheries, which, which is equipped with, is in The through slot 84321 of flat column, and the extending direction of through slot 84321 is parallel with the extending direction of ejection screw rod 841, the ejection spiral shell Mother set 842 is set in the through slot 84321, is merely capable of moving in through slot 84321 along the extending direction of through slot 84321.Such as This, when ejection screw rod 841 rotate, the side-to-side movement in the horizontal direction of wedge block 8422, when it is moved downward, by spool 820 to Upper ejection, so that core cap 822 be made to open drainage hole 120, the water in water storage cavity 110 just flows into drainage channel from drainage hole 120 814, it is discharged subsequently into drainpipe 1000；When it is moved right, lifting member 845 is transported gradually downward under the effect of gravity Dynamic, spool 820 loses upward support force, then can counter motion under the action of reset spring 830, until core cap 822 is stifled The drainage hole 120 is filled in, to stop draining.

Of simple structure and low cost, and the high reliablity of above-mentioned draining driving assembly 840, realizes automatic drainage function, Waste water is toppled over after lifting entire bottle body 100 without user, further improves the property easy to use of electric kettle.

In one embodiment, Figure 21 to Figure 23 is please referred to, Full-automatic electrothermal kettle 10 further includes connector unit 900, connector Unit 900 includes interior water supply connector 910, outer water supply connector 920, internal drainage connector 930, and outer drainage joint 940；Interior water inlet Connector 910 is sealedly attached to outer water supply connector 920, and the interior water supply connector 910 is connect with above-mentioned water inlet pipe 700, and outer water inlet connects First 920 with external fluid delivery conduit road for connecting；Internal drainage connector 930 is connect with above-mentioned drainpipe 1000, and outer drainage joint 940 is used It is connect in outer water tube, which can rotate relative to interior water supply connector 910, and outer drainage joint 940 can be opposite It is rotated in outer drainage joint 940.Specifically, which is located at accommodating chamber for connecting with the outer water supply connector 920 Interior water inlet pipe 700 and the external fluid delivery conduit outside accommodating chamber；Internal drainage connector 930 is with outer drainage joint 940 for connecting Drainpipe 1000 in accommodating chamber and the external water-supply-pipe outside accommodating chamber.Since the outer water supply connector 920 can be opposite It is rotated in interior water supply connector 910, outer drainage joint 940 can be rotated relative to outer drainage joint 940, therefore outer water supply connector 920 The tune of certain angle can be carried out according to the direction of external fluid delivery conduit connected to it and external water-supply-pipe with outer drainage joint 940 It is whole, it has widened external water-supply-pipe and has connected the freedom degree laid with external fluid delivery conduit, to further widen making for electric kettle With environment and use scope, convenience is improved.Further, above-mentioned outer water supply connector 920 and outer drainage joint 940 are equipped with Cylindrical surface, the connector unit 900 further include at least two retaining convex ribs 950 for being fixedly connected on panel 410, each retaining convex rib 950 On be equipped with the groove of arc-shaped, the cylindrical surface of the outer water supply connector 920 and outer drainage joint 940 is partially accommodated in groove It is interior, and can be rotated in the groove relative to retaining convex rib 950, which is resisted against outer water inlet along the vertical direction and connects First 920 and outer drainage joint 940, to limit the freedom of outer water supply connector 920 and outer drainage joint 940 along the vertical direction Degree.

Further, above-mentioned connector unit 900 further includes the connector locking part 960 for being connected to panel 410, the connector locking It is convex to be equipped with the first detent protrusion (not shown), the second detent between outer water supply connector 920 and outer drainage joint 940 for part 960 Play (not shown), third detent protrusion (not shown) and the 4th detent protrusion (not shown), the first detent protrusion and the second card Position protrusion is resisted against the opposite end in outer water supply connector 920 in the horizontal direction, the third detent protrusion and the 4th detent respectively Protrusion be resisted against respectively the outer drainage joint 940 in the horizontal direction on opposite end, to limit the outer water supply connector 920 and the freedom degree in the horizontal direction of outer drainage joint 940.

In one embodiment, Fig. 1 to Figure 23 is please referred to, which includes the controller (figure being arranged inside accommodating chamber Do not show) and control panel 610 set on 410 surface of panel, the control panel 610 and controller be electrically connected, the controller with First motor 510 and the second motor 844 and gravity sensor 440, coupler ontology 431 are electrically connected.Specifically, of the invention In controller can be used for controlling movement, heating temperature, heating time, draining of rotary head 320 etc., correspondingly, in control plane Plate 610 is equipped with heating, stops, rotating forward, reversion, draining, stopping the control button or touch for human-computer interaction such as draining Control zone, certainly, quantity, shape and the setting position of function button or touch control area which specifically includes Not sole limitation.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.

Claims (15)

1. Full-automatic electrothermal kettle, it is characterised in that: including pedestal, pot lid, feed cock, the bottle body equipped with water storage cavity, and Control unit, the feed cock include the column that one end is connected to the pedestal, are rotationally connected with the other end of the column And it is equipped with the rotary head of apopore, and for driving the rotary head to turn component around what the column rotated, it is described to turn Component is electrically connected at described control unit；The pot lid includes lid main body and the slip lid for being snug fit at the lid main body, institute It states lid main body to be connected to the bottle body and cover the envelope water storage cavity, offers and be respectively communicated in the water storage cavity in the lid main body With the inlet opening of exterior space, the slip lid lid seals the inlet opening；

The pot lid further includes the first magnetic element for being fixedly arranged on the slip lid, and the feed cock further includes being fixedly arranged on described turn Second magnetic element of dynamic head, and second magnetic element is located at the apopore side, the rotary head is around the column It rotates clockwise, inlet opening described in the apopore face can be made, and second magnetic element can be close to the inlet opening While drive first magnetic element far from the inlet opening, to drive the slip lid to open the inlet opening；

The rotary head is rotated counterclockwise around the column, the apopore can be made far from the inlet opening, and second magnetic Property element can drive first magnetic element close to the inlet opening, to drive the cunning while far from the inlet opening Lid lid seals the inlet opening.

2. Full-automatic electrothermal kettle as described in claim 1, it is characterised in that: the component that turns includes first motor and dials Wheel, the first motor are fixedly connected with the rotary head, and one end of the output shaft of the first motor and the thumb wheel is solid Fixed connection；The column includes the column ontology for being rotationally connected with the rotary head, is fixedly arranged on the intrinsic pull rod shaft of the column, with And be fixedly connected on the column ontology and be sheathed on the column upper cover of the pull rod shaft periphery, the other end sliding of the thumb wheel is supported The column upper cover is peaked at, and the first motor can be driven to rotate around the pull rod shaft.

3. Full-automatic electrothermal kettle as claimed in claim 2, it is characterised in that: offer sliding slot on lid on the column, institute Sliding slot radially extending along the pull rod shaft is stated, the thumb wheel includes rotor plate and slide protrusion, and one end of the rotor plate connects It is connected to the output shaft of the first motor, the slide protrusion is connected to the other end of the rotor plate, the slide protrusion position Cooperation is supported in the sliding slot, and with column upper cover sliding.

4. Full-automatic electrothermal kettle as claimed in claim 2, it is characterised in that: the component that turns further includes electric machine support, The electric machine support includes the supporting part for being fixedly connected on the rotary head, and is connected to the supporting part and is movably set in The rotation sleeve column of the pull rod shaft periphery；The first motor is fixedly installed on the supporting part.

5. such as the described in any item Full-automatic electrothermal kettles of Claims 1-4, it is characterised in that: the lid main body includes upper cover And lower cover, the upper cover are fixedly connected with lower cover and have been enclosed accommodating cavity, the accommodating cavity and the inlet opening phase Connection, the slip lid is located in the accommodating cavity, and is slidably matched at least one of the upper cover and the lower cover.

6. Full-automatic electrothermal kettle as claimed in claim 5, it is characterised in that: the upper cover includes upper cover ontology and fixed company It is connected to the slideway of the upper cover ontology, the slip lid is slidably matched with the slideway；The extension path of the slideway and described the Two magnetic elements are overlapped relative to the motion path projection in the horizontal plane of the bottle body.

7. such as the described in any item Full-automatic electrothermal kettles of Claims 1-4, it is characterised in that: the full-automatic heat kettle is also Including pedestal, the pedestal includes the coupler component that can be electrically connected with the bottle body；It is set under the coupler component Side for incuding the gravity sensor of water-holding quantity in the water storage cavity, and be set to the coupler component and described heavy The guiding group for being used to guide the coupler component along the vertical direction towards gravity sensor movement between power inductor Part.

8. Full-automatic electrothermal kettle as claimed in claim 7, it is characterised in that: the pedestal further include be fixedly connected on it is described The panel of column, the guidance set include bottom plate, guide plate, multiple guide posts and multiple guide sleeves, and the bottom plate is fixedly connected on The panel, the guide post are fixedly arranged on the bottom plate, and each guide sleeve corresponds the periphery for being sheathed on each guide post respectively, Each guide sleeve is fixedly connected with the guide plate, and the coupler component is fixedly arranged on the guide plate, each guide post Extend along the vertical direction.

9. Full-automatic electrothermal kettle as claimed in claim 8, it is characterised in that: the coupler component is described including being fixedly arranged on Coupler bracket on guide plate, and on the coupler bracket and can with the bottle body be electrically connected coupling body sheet Body；The side towards the gravity sensor of the coupler bracket is provided with convex ribs, and the convex ribs are in cross and corresponding The central axes of the bottle body are arranged.

10. such as the described in any item Full-automatic electrothermal kettles of Claims 1-4, it is characterised in that: the Full-automatic electrothermal kettle It further include drainage cell, the bottle body is equipped with the drainage hole for being connected to the water storage cavity, and the drainage cell includes valve seat, valve Core, and draining driving assembly, the valve seat are fixedly installed on the bottle body, and the valve seat is equipped with and is connected to the draining The drainage channel in hole, the spool are located in the drainage channel and can cover the envelope drainage hole, the draining driving assembly energy It is resisted against the spool, and the spool can be driven to move relative to the valve seat, opens the drainage hole.

11. Full-automatic electrothermal kettle as claimed in claim 10, it is characterised in that: the drainage cell further includes positioned at described Reset spring in drainage channel, the spool include stem, core cap and guide sleeve, and the stem can drive with the draining Component is mutually supported, and the guide sleeve fixing sleeve is set to the stem periphery and the core cap is fixedly connected on the stem simultaneously It can cover and seal the drainage hole, the reset spring is sheathed on the stem periphery, and the opposite end difference of the reset spring It is mutually supported with the valve seat and the guide sleeve.

12. Full-automatic electrothermal kettle as claimed in claim 11, it is characterised in that: the draining driving assembly includes the second electricity Machine, ejection screw rod, ejection nut set, and the guide frame of the rotary freedom for limiting the ejection nut set；It is described Second motor is fixedly installed on the pedestal, and one end of the ejection screw rod is fixedly connected on the output shaft of second motor, The ejection nut set is sheathed on ejection screw rod periphery and cooperates with the ejection screw flight, and the ejection nut covers energy It is resisted against the stem, and the core cap is pushed to open the drainage hole.

13. Full-automatic electrothermal kettle as claimed in claim 12, it is characterised in that: the ejection screw rod prolongs along the vertical direction It stretches, the ejection nut set can push the spool vertically moving.

14. Full-automatic electrothermal kettle as claimed in claim 12, it is characterised in that: the ejection screw rod prolongs in the horizontal direction It stretches, the ejection nut set includes the nut body with ejection screw flight cooperation, and is fixedly connected on the nut The wedge block of ontology, the wedge block can be resisted against the stem, and push the spool vertically moving.

15. Full-automatic electrothermal kettle as claimed in claim 10, it is characterised in that: the Full-automatic electrothermal kettle further includes connecting The water inlet pipe for passing through the apopore, is connected to the drainpipe and connector unit of the drainage hole, and the connector unit includes Interior water supply connector, outer water supply connector, internal drainage connector and outer drainage joint；The interior water supply connector is sealedly attached to described Outer water supply connector, the interior water supply connector are connect with the water inlet pipe, and the outer water supply connector is used to connect with external fluid delivery conduit, The internal drainage connector is connect with the drainpipe, and the outer drainage joint with external water-supply-pipe for connecting；The outer water inlet Connector can be rotated relative to the interior water supply connector, and the outer drainage joint can be rotated relative to the internal drainage connector.