CN208551463U - Cup lid component, stirring cup assembly and food cooking machine - Google Patents

Abstract

The utility model discloses a kind of cup lid component, stirring cup assembly and food cooking machine, wherein, cup lid component includes main cup lid and anti-spilling structure, cup body described in the main cup lid the cover, the main cup lid is equipped with feeding port, the anti-spilling structure is set to the main cup lid, and extends at least partly towards the cup body, the value range of the distance between the end that the anti-spilling structure extends towards the cup body and plane locating for the main cup lid most significant end H1 are as follows: H1 >=10mm.The foam that the food cooking machine of technical solutions of the utility model generates when can be to heating is monitored, and prevents foam overflow food cooking machine.

Description

Cup lid component, stirring cup assembly and food cooking machine

Technical field

The utility model relates to food processing technology field, in particular to a kind of cup lid component, stirring cup assembly and food Cooking machine.

Background technique

Food cooking machine includes the machine that soy bean milk making machine, broken wall cooking machine and blender etc. crushed and squeezed food with motor driven Device, by taking wall-breaking machine as an example, the revolving speed of motor can break up the cell wall of vegetables and fruits, therefore energy moment up to 25000 revs/min or more It is enough effectively to extract plant biochemistry element, it is modern household health care, health first choice household appliances.The food cooking machine of latest generation is then It is the more multi-functional food cooking machine for integrating heating and stirring, can not only does fruit and vegetable juice, Sha Bing, can also heats and do Soya-bean milk, fish soup, medicinal material soup, gruel etc..And food cooking machine is easy to produce foam, the foam when stirring or heating food It is easy to overflow from food cooking machine, so will greatly affect the service performance of food cooking machine.

The anti-spilling structure of existing food cooking machine during stopping heating, has boiled after detecting anti-overflow signal The foam risen can still be overflowed from food cooking machine, can not effectively prevent foam overflow food cooking machine.

Utility model content

The main purpose of the utility model is to provide a kind of cup lid component, it is intended to make the food cooking using the cup lid component The foam that machine generates when can be to heating is monitored, and prevents foam overflow food cooking machine.

To achieve the above object, the utility model proposes cup lid component, be covered on the cup body of food cooking machine, the cup Cap assemblies include main cup lid and anti-spilling structure, and cup body described in the main cup lid the cover, the main cup lid is equipped with feeding port, described anti- Structure of overflowing is set to the main cup lid, and extends at least partly towards the cup body, and the anti-spilling structure extends towards the cup body End and the main cup lid most significant end locating for the distance between plane H1 value range are as follows: H1 >=10mm.

Optionally, 10mm < H1≤40mm.

Optionally, the main cup lid is equipped with mounting groove, and the mounting groove is equipped with feeding port, and the upper end of the mounting groove has Notch, the notch are located at plane locating for the main cup lid most significant end.

Optionally, the anti-spilling structure is located at level locating for the rim of a cup of the cup body towards the end that the cup body extends The top in face.

Optionally, horizontal plane locating for the rim of a cup of the anti-spilling structure extends towards the cup body end and the cup body The distance between H2 value range are as follows: H2 >=1mm.

Optionally, the anti-spilling structure includes inductive head, electric conductor and conductive pin, and one end of the electric conductor is connected to The inductive head, the other end are connect with the conductive pin, and the inductive head passes through the main cup lid and is partially toward the cup body Extend, H1 be locating for the notch of the end of the inductive head and the mounting groove of the main cup lid most significant end between plane away from From.

Optionally, the anti-spilling structure includes inductance loop, electric conductor and conductive pin, and one end of the electric conductor is connected to The inductance loop, the other end are connect with the conductive pin, and the inductance loop is partially toward the cup body around the feeding port Extend, H1 is the distance between plane locating for the end of the inductance loop and the main cup lid most significant end.

Optionally, the main cup lid includes being covered on the bottom cover of the cup body and being covered on the upper of the bottom cover upper surface Lid, the bottom cover are equipped with the feeding port, and the inductance loop includes cylinder and the flange set on described cylinder one end, the flange Between the upper cover and bottom cover, the flange is abutted with the bottom cover.

Optionally, the anti-spilling structure includes sensing chip, electric conductor and conductive pin, and one end of the electric conductor is connected to The sensing chip, the other end are connect with the conductive pin, and the lower surface of the main cup lid is convexly equipped with convex ribs and/or convex closure, described Sensing chip is paperwrapped in the convex ribs and/or convex closure, and H1 is that the end of the sensing chip is put down with locating for the main cup lid most significant end The distance between face.

Optionally, the main cup lid includes being covered on the bottom cover of the cup body and being covered on the upper of the bottom cover upper surface Lid, the bottom cover include the cover board being adapted to the rim of a cup and the side plate that the side bending from the cover board extends, the cover board Be formed as the bottom wall of the mounting groove, and be equipped with the feeding port, the inner surface of the side plate is equipped with metal lagging, the sense It answers between piece and the metal lagging separately.

Optionally, the sensing chip separately value range of distance L between the metal lagging are as follows: L >=1mm； Alternatively, L >=10mm.

The utility model also proposes a kind of stirring cup assembly, including cup body and cup lid component, cup lid component the cover institute Cup body is stated, the cup body is equipped with handle portion, is equipped with the first coupler, the anti-spilling structure and first coupling in the handle portion Clutch is electrically connected；The cup lid component includes main cup lid and anti-spilling structure, cup body described in the main cup lid the cover, the main cup It is covered with feeding port, the anti-spilling structure is set to the main cup lid, and extends at least partly towards the cup body, the anti-overflow knot The value range of the distance between plane locating for lower end that structure extends towards the cup body and main cup lid most significant end H1 are as follows: H1 ≥10mm。

The utility model also proposes a kind of food cooking machine, including host and stirring cup assembly, is equipped with master in the host The second coupler for controlling plate and master control borad electrical connection, when the stirring cup assembly is installed on the host, first coupling Device and second coupler are electrically connected；The stirring cup assembly includes cup body and cup lid component, the cup lid component the cover The cup body, the cup body are equipped with handle portion, are equipped with the first coupler, the anti-spilling structure and described first in the handle portion Coupler is electrically connected；The cup lid component includes main cup lid and anti-spilling structure, cup body described in the main cup lid the cover, the master Cup lid is equipped with feeding port, and the anti-spilling structure is set to the main cup lid, and at least partly extends to the cup body, the anti-overflow knot The value range of the distance between plane locating for lower end that structure extends towards the cup body and main cup lid most significant end H1 are as follows: H1 ≥10mm。

Technical solutions of the utility model are by being arranged anti-spilling structure in main cup lid, so that when part foam contacts anti-spilling structure When, the heating device of food cooking machine stops heating work, and then does not continue to generate foam.When anti-spilling structure is arranged, The distance between plane locating for the most significant end of end and main cup lid that anti-spilling structure extends towards cup body H1 influences anti-overflow triggering The height of foam buffering afterwards, even if due to stopped heating in cup, but the waste heat generated when the front heating can make in cup body Food materials connect boiling a period of time, and within this time, the intracorporal food materials of cup boil caused by food foam still can be past It emerges in rim of a cup direction.But whether food materials can overflow main cup lid, depending on where the lower end to the most significant end of main cup lid of anti-spilling structure The distance between plane H1 size, if H1 is less than 10mm, the chance overflowed is bigger, therefore, by anti-spilling structure court The distance between plane locating for the most significant end of the end and main cup lid that extend to cup body H1 is set greater than equal to 10mm, can be prevented The food materials for only overflowing feeding port are overflowed from the notch of mounting groove.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the cross-sectional view of one embodiment of the utility model food cooking machine；

Fig. 2 is the part-structure sectional view for the embodiment that the utility model cup lid component is installed on cup body；

Fig. 3 is the part-structure sectional view for another embodiment that the utility model cup lid component is installed on cup body；

Fig. 4 is the partial enlarged view in Fig. 3 at A；

Fig. 5 is the part-structure sectional view for the another embodiment that the utility model cup lid component is installed on cup body；

Fig. 6 is the partial enlarged view in Fig. 5 at B.

Drawing reference numeral explanation:

Label	Title	Label	Title
				100	Food cooking machine	153	Electric conductor
10	Cup lid component	155	Conductive pin
				11	Main cup lid	157	Inductance loop
11a	Mounting groove	1571	Cylinder
				11b	Feeding port	1573	Flange
11c	Notch	159	Sensing chip
				111	Bottom cover	17	Sealing ring
113	Upper cover	30	Stir cup assembly
				1111	Cover board	31	Cup body
1111a	Convex ribs or convex closure	311	Rim of a cup
				1113	Side plate	33	Stirring blade
1115	Metal lagging	35	Handle portion
				13	Feeding cover	37	Heating device
15	Anti-spilling structure	50	Host
				151	Inductive head	51	Motor

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In the present invention unless specifically defined or limited otherwise, term " connection ", " fixation " etc. should do broad sense reason Solution, for example, " fixation " may be a fixed connection, may be a detachable connection, or integral；It can be mechanical connection, it can also To be electrical connection；It can be directly connected, the connection inside two elements can also be can be indirectly connected through an intermediary Or the interaction relationship of two elements, unless otherwise restricted clearly.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and cannot manage Solution is its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " the One ", the feature of " second " can explicitly or implicitly include at least one of the features.In addition, the skill between each embodiment Art scheme can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when technical solution It will be understood that the combination of this technical solution is not present in conjunction with there is conflicting or cannot achieve when, also not in the utility model It is required that protection scope within.

Referring to figs. 1 to Fig. 6, the utility model proposes a kind of cup lid components 10, are applied to food cooking machine 100.

In the utility model embodiment, which is covered on the cup body 31 of food cooking machine 100, cup lid component 10 include main cup lid 11 and anti-spilling structure 15, and main 11 the cover cup body 31 of cup lid, main cup lid 11 is equipped with feeding port 11b, anti-spilling structure 15 are set to main cup lid 11, and extend at least partly towards cup body 31, the end and main cup that anti-spilling structure 15 extends towards cup body 31 The value range of the distance between the locating plane of 11 most significant end of lid H1 are as follows: H1 >=10mm.

Its working principle for generating anti-overflow signal are as follows: the master control borad in anti-spilling structure 15 and host 50 passes through connection cables It is electrically connected, while the connection cables and zero curve form circuit.When part foam contacts anti-spilling structure 15, the anti-spilling structure 15 Locate voltage and generate variation, thus generation control signal is to master control borad, and then master control borad issues instruction, and heating device 37 stops adding Heat.As long as foam is ined succession always with anti-spilling structure 15.The food cooking machine 100 does not heat always.

Technical solutions of the utility model are by being arranged anti-spilling structure 15 in main cup lid 11, so that when part foam contact is anti-overflow When structure 15, the heating device 37 of food cooking machine 100 stops heating work, or reduces the heating power of heating device 37, And then do not continue to generate foam, when anti-spilling structure 15 be arranged, end and main cup that anti-spilling structure 15 extends towards cup body 31 The distance between plane locating for 11 most significant end of lid H1 influences the height that anti-overflow rear foam buffering is triggered when stirring, due to being in cup Make to stopped heating, but the waste heat generated when the front heating can make the food materials in cup body 31 connect boiling a period of time, and Within this time, food foam caused by the food materials boiling in cup body 31 still can emerge toward 311 direction of rim of a cup.But food materials are It is no to overflow main cup lid 11, depending on the distance between plane where the end to main 11 most significant end of cup lid of anti-spilling structure 15 H1 Size, if H1 be less than 10mm, the chance overflowed is bigger, therefore, under anti-spilling structure 15 is extended towards cup body 31 The distance between end and plane locating for main 11 most significant end of cup lid H1 are set greater than equal to 10mm, can prevent from overflowing feeding port The food materials of 11b are overflowed from main cup lid 11.

Further, it is put down locating for the notch 11c of anti-spilling structure 15 extends towards the cup body 31 end and tankage 11a The value range of the distance between face H1 are as follows: 10mm < H1≤40mm.

The value of H1 is bigger, then main cup lid 11 is higher, and the whole height of food cooking machine 100 is made while cost is higher Higher, 31 center of gravity of cup body also increases, and when stirring is more unstable and generates shaking, the security risks such as shakes to exist.Therefore, will The value range of H1 is arranged are as follows: 10mm < H1≤40mm can not only prevent food materials from overflowing mounting groove 11a, but also can prevent food cooking machine 100 generate shaking because of gravity center instability.

In the present embodiment, main cup lid 11 is equipped with mounting groove 11a, and the bottom wall of mounting groove 11a is equipped with feeding port 11b, installation There is notch 11c, notch 11c to be located at plane locating for main 11 most significant end of cup lid for the upper end of slot 11a.

Food foam caused by food materials boiling in cup body 31 still can emerge toward 311 direction of rim of a cup, and mounting groove 11a can The foam and/or food materials of feeding port 11b is overflowed in accommodating part, prevents foam and/or food materials from spilling into outside food cooking machine 100.

It is understood that being also equipped with feeding cover 13 in mounting groove 11a, feeding cover 13 is inserted in feeding port 11b, throws Material lid 13 is adapted to feeding port 11b.

In the present embodiment, anti-spilling structure 15 is located at locating for the rim of a cup 311 of cup body 31 towards the end that cup body 31 extends The top of horizontal plane.

When anti-spilling structure 15 is arranged, if the lower end of anti-spilling structure 15 stretches in cup body 31 from the rim of a cup 311 of cup body 31 When, once foam exceeds rim of a cup 311, the lower end of anti-spilling structure 15 forms anti-overflow signal, food cooking machine 100 after detecting foam It will stop working, so that the space efficiency utilization of cup body 31 reduces.Therefore, anti-spilling structure 15 is located at rim of a cup 311 The distance between horizontal plane locating for the rim of a cup 311 of top namely the lower end of anti-spilling structure 15 and cup body 31 H > 0mm, so that food Space efficiency utilization in the cup body 31 of object cooking machine 100 is higher.

It is understood that usually main cup lid 11 and the rim of a cup 311 of cup body 31 leakproofness it is preferable, and foam often from It is overflowed at the feeding port 11b of main cup lid 11.It therefore, can be anti-overflow in progress by the way that anti-spilling structure 15 to be located to the top of rim of a cup 311 During, processed food is carried out using the volume of cup body 31 as far as possible.

Further, water locating for the rim of a cup 311 of anti-spilling structure 15 extends towards cup body 31 end and the cup body 31 The value range of the distance between plane H are as follows: H >=1mm.In this way, the space of the cup body 31 of food cooking machine 100 can further be promoted Utilization efficiency.

It is understood that the shape of anti-spilling structure 15 may be configured as various shapes, as long as being able to achieve anti-overflow signal detection ?.In the present invention, following three kinds of embodiments can be used:

Reference Fig. 2, embodiment one:

Anti-spilling structure 15 includes inductive head 151, electric conductor 153 and conductive pin 155, and one end of electric conductor 153 is connected to The inductive head 151, the other end are connect with conductive pin 155, and inductive head 151 passes through the main cup lid 11 and is partially toward cup body 31 Extend, H1 is the distance between plane locating for the end of the inductive head 151 and main 11 most significant end of cup lid.

That is, the inductive head 151 of anti-spilling structure 15 is induction of signal component, extend the portion of the lower surface of main cup lid 11 The advantages of outer surface divided, as anti-overflow induction zone, such structure is that structure is relatively simple, the mode of anti-overflow signal transmitting Are as follows: when foam contacting is to inductive head 151, signal arrives electric conductor 153 via inductive head 151, then is transmitted to via conductive pin 155 On master control borad.Specifically, the conductive pin 155 is arranged across main cup lid 11, so that more stable with the connection of conductive pin 155.? Connection electric wire is provided in hand 35, which is connected to conductive pin 155 with the first coupler of 31 lower end of cup body, host The second coupler being electrically connected with master control borad, upper and lower coupler connection, so that signal is transmitted are set on 50 shell.

Further, the shape of the cross section of the inductive head 151 is rectangular, round or annular.That is, the inductive head 151 shape can be a variety of.

When selecting the material of inductive head 151, the inductive head 151 is metalwork；Individually use metalwork such as stainless steel Or other metals, facilitate processing.

Alternatively, the inductive head 151 includes main body and the metal layer set on the body outer surface, the metal layer and institute State the electric connection of electric conductor 153.In this way, inductive head 151 is arranged by the way of main body outsourcing metal-clad, metal layer can be led Electricity carries out anti-overflow signal detection.

Further, the inductive head 151, electric conductor 153 and conductive pin 155 are structure as a whole.The sense of integral structure First 151, electric conductor 153 and conductive pin 155 is answered to facilitate processing and installation.Integrated punching molding or one can be used in processing Injection molding.At the same time it can also the integral structure and main cup lid for forming inductive head 151, electric conductor 153 and conductive pin 155 11 integrated injection moldings.

Reference Fig. 3 to Fig. 4, embodiment two:

The anti-spilling structure 15 include inductance loop 157, electric conductor 153 and conductive pin 155, the one of the electric conductor 153 End is connected to the inductance loop 157, and the other end is connect with the conductive pin 155, and the main cup lid 11 is equipped with feeding port 11b, institute Inductance loop 157 is stated around the feeding port 11b, and is partially toward the cup body 31 and extends, H1 is the end of the inductance loop 157 The distance between plane locating for main 11 most significant end of cup lid.

That is, inductance loop 157 is arranged at the feeding port 11b of main cup lid 11, inductance loop 157 is stretched under main cup lid 11 The outer surface on surface is anti-overflow induction zone.It is seemed from the bottom of main cup lid 11, the circular shape which can be can Round to be rectangular, triangle, quincunx or other other shapes are adapted to the feeding port 11b of main cup lid 11.Its material For metal or or conductive conductor with coating.As described above, foam is easy to overflow from the feeding port 11b of main cup lid 11 Out, by the way that inductance loop 157 is arranged at feeding port 11b, the more accurate of anti-overflow detection can be made, prevent foam from feeding intake from this It is overflowed at mouth 11b.Meanwhile the area of the anti-overflow induction of inductance loop 157 is bigger, will further enhance the accuracy of anti-overflow detection.

When installing the anti-overflow ring, can be used such as under type: the main cup lid 11 includes the bottom for being covered on the cup body 31 Lid 111 and the upper cover 113 for being covered on 111 upper surface of bottom cover, the bottom cover 111 offers the feeding port 11b, described Inductance loop 157 includes cylinder 1571 and the flange 1573 set on described 1571 one end of cylinder, and the flange 1573 is set on described Between lid 113 and bottom cover 111, the flange 1573 is abutted with the bottom cover 111.

By the abutting of flange 1573 and bottom cover 111, so that inductance loop 157 is installed on main cup lid 11.Main cup lid 11, which divides, is Upper cover 113 and bottom cover 111, upper cover 113 can play the role of trim, and anti-spilling structure 15 is prevented to be exposed to outside.Flange 1573 It being abutted with bottom cover 111, the two can be structure as a whole, namely: 157 integrated injection molding of inductance loop is connected to the bottom cover 111.It is logical The inductance loop 157 and bottom cover 111 for crossing integrated injection molding connection, so that the simpler side of connection of anti-spilling structure 15 and main cup lid 11 Just.Certainly, an injection mold integrated injection molding can be used in upper cover 113, bottom cover 111 and 15 three of anti-spilling structure, in this way, The processing of Convenient cup cover component 10.

To guarantee the leakproofness between flange 1573 and upper cover 113, it is equipped between the flange 1573 and the upper cover 113 Sealing ring, the sealing ring is around the feeding port 11b.In this way, foam can be prevented from the junction of flange 1573 and upper cover 113 It enters in main cup lid 11.

Reference Fig. 5 to Fig. 6, embodiment three:

The anti-spilling structure 15 include sensing chip 159, electric conductor 153 and conductive pin 155, the one of the electric conductor 153 End is connected to the sensing chip 159, and the other end is connect with the conductive pin 155, and the lower surface of the main cup lid 11 is convexly equipped with convex Muscle and/or convex closure 1111a, the sensing chip 159 are paperwrapped in the convex ribs and/or convex closure 1111a, H1 is the sensing chip 159 End and main 11 most significant end of cup lid locating for the distance between plane.The shape of convex ribs and/or convex closure 1111a can be rectangular, Circle, triangle, quincunx or other other shapes, sensing chip 159 are metal or the conductive conductor with coating, sensing chip 159 surfaces can mold various shape, such as protrusion, convex closure, the pattern of ring muscle or other beauty, it is anti-overflow incude either Point contact is also possible to face contact.So set, the detection of anti-spilling structure 15 can also be facilitated.

Further, the main cup lid 11 includes being covered on the bottom cover 111 of the cup body 31 and being covered on the bottom cover The upper cover 113 of 111 upper surfaces, the bottom cover 111 include the cover board 1111 being adapted to the rim of a cup 311 and from the cover board 1111 The side plate 1113 that extends of side bending, the inner surface of the side plate 1113 is equipped with metal lagging 1115, the sensing chip 159 Between the metal lagging 1115 separately.

Cover board 1111 and side plate 1113, which enclose, to be set to form accommodating space, and metal lagging 1115 is arranged in side plate 1113, may make The structural strength of side plate 1113 enhances, while making side plate 1113 more beautiful.

Metal lagging 1115 and bottom cover 111 can be separate structure, be installed by way of clamping or grafting.Can also be Integral structure, the metal lagging 1115 are connect with 111 integrated injection molding of bottom cover.In this way, facilitating metal lagging 1115 With the processing of bottom cover 111.

Anti-overflow signal is influenced to prevent foam to be stained on metal lagging 1115, therefore, the sensing chip 159 and the gold Belong to the value range of the distance L between decorative panel 1115 separately are as follows: L >=1mm.Alternatively, the sensing chip 159 is filled with the metal The value range of distance L between plaque 1115 separately are as follows: L >=10mm.Between sensing chip 159 and the metal lagging 1115 Distance L separately refers to the shortest distance closest to place therebetween.L is set greater than equal to 1mm, can be prevented anti-overflow Signal erroneous judgement, or be further arranged to be more than or equal to 10mm, the erroneous judgement of anti-overflow signal can be further avoided.

It is understood that the set-up mode of the main cup lid 11 in above-mentioned three kinds of embodiments can be general, or Each anti-spilling structure 15 is correspondingly arranged a kind of main cup lid 11, within the protection scope of the present utility model.

The utility model also proposes that a kind of stirring cup assembly 30, the stirring cup assembly 30 include cup body 31 and cup lid component 10, the specific structure of the cup lid component 10 is referring to above-described embodiment, since this stirring cup assembly 30 uses above-mentioned all implementations Whole technical solutions of example, therefore at least all beneficial effects brought by the technical solution with above-described embodiment, herein not It repeats one by one again.Wherein, cup body 31 described in 10 the cover of cup lid component, the cup body 31 are equipped with handle portion 35, the handle The first coupler is equipped in portion 35, the anti-spilling structure 15 is electrically connected with first coupler.Anti-spilling structure 15 detects After anti-overflow signal, anti-overflow signal is reached in handle portion 35, by first coupler, is transferred to the master of food cooking machine 100 Control plate.

In the present embodiment, the material of the cup body 31 is glass or plastics.It may make user clearly using glass The operation working condition for clipping food cooking machine 100 is seen, meanwhile, glass is also easy to clean.Using cup body 31 made of plastics It is more convenient in processing and molding.Certainly, above two is only the embodiments of the present invention, can also be other materials, Also within the protection scope of the present utility model.

The utility model also proposes a kind of food cooking machine 100, including host 50 and stirring cup assembly 30, the stirring cup group Part 30 includes cup body 31 and cup lid component 10, and the specific structure of the cup lid component 10 is referring to above-described embodiment, due to this food material Reason machine 100 uses whole technical solutions of above-mentioned all embodiments, therefore at least with the technical solution institute of above-described embodiment All beneficial effects of bring, this is no longer going to repeat them.

The food cooking machine 100 can be broken wall cooking machine, blender, juice extractor and soy bean milk making machine.Wherein, broken wall cooking machine can Gather the product functions such as juice extractor, soy bean milk making machine, Ice-cream machine, cooking machine, grinder, food cells wall can be broken up moment, discharges Plant biochemistry element.Motor 51 is equipped in host 50, motor 51 is connected with stirring blade 33, and stirring blade 33 is located in cup body 31, to food Object is stirred.

Wherein, the second coupler in the host 50 equipped with master control borad and master control borad electrical connection, the stirring cup group When part 30 is installed on the host 50, first coupler and second coupler are electrically connected.

The food cooking machine 100 can have the function of heating, and heating device 37 is located at the lower end of the cup body 31, and with master Plate is controlled to be electrically connected.

There are two types of specific heating methods:

Embodiment one: the heating device 37 is electric resistance heating assembly, which is set to the bottom of cup body 31, should Electric resistance heating assembly includes the heat conducting disk for being connected to 31 lower end of cup body and the resistance heating pipe set on the heat conducting disk lower surface.This is led Hot plate is generally stainless steel disc.Resistance heating pipe heats heat conducting disk, and heat conducting disk transfers heat in cup body 31.Resistance heating pipe It may be configured as one with heat conducting disk, can also be provided separately, set-up mode between the two can be set as the case may be.

Embodiment two: the heating device 37 is electromagnetic heating component, which is set to the lower end of cup body 31, should Electromagnetic heating component includes the magnetic conductive disk for being connected to 31 lower end of cup body and the electromagnetic coil disk below the magnetic conductive disk, this is fixed The recessing groove of seat is formed with the bit space that allows of accommodating electromagnetic coil disk.

The stainless steel disc that the magnetic conductive disk is generally magnetic conduction can be made into integration by magnetic conductive metal material, such as stainless by 430 Steel or cast iron are made.Certain magnetic conductive disk can also the disk body made of the un-conducted magnetic materials such as ceramics, and be attached to disk body bottom The magnetic conductive film in face is constituted.Electromagnetic heating disk component carries out electromagnetic heating to the magnetic conductive disk, to add to the liquid in cup body 31 Heat.

Magnetic conductive disk is heated by way of electromagnetic heating, the electromagnetic coil disk service life is long, thus safeguards replacement cost It is low.Meanwhile being acted on and being generated heat using high-frequency electromagnetic, heat utilization is abundant, substantially without scattering and disappearing, so that heat is gathered in magnetic conductive disk.It leads The interior molecules of disk directly incude magnetic energy and heat, thermal starting are very fast, while the thermal efficiency is up to 90% or more, greatly improves Heating efficiency.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (13)

1. a kind of cup lid component, is covered on the cup body of food cooking machine, which is characterized in that the cup lid component include main cup lid and Anti-spilling structure, the main cup lid are equipped with feeding port, cup body described in the main cup lid the cover, and the anti-spilling structure is set to the main cup Lid, and extending at least partly towards the cup body, the end that the anti-spilling structure extends towards the cup body with the main cup lid most The value range of the distance between high-end locating plane H1 are as follows: H1 >=10mm.

2. cup lid component as described in claim 1, which is characterized in that 10mm < H1≤40mm.

3. cup lid component as described in claim 1, which is characterized in that the main cup lid is equipped with mounting groove, the mounting groove Bottom wall is equipped with feeding port, and the upper end of the mounting groove has notch, and the notch, which is located at locating for the main cup lid most significant end, puts down Face.

4. cup lid component as described in claim 1, which is characterized in that the end that the anti-spilling structure extends towards the cup body The top of horizontal plane locating for rim of a cup positioned at the cup body.

5. cup lid component as claimed in claim 4, which is characterized in that the end that the anti-spilling structure extends towards the cup body The value range of the distance between horizontal plane locating for rim of a cup with cup body H2 are as follows: H2 >=1mm.

6. the cup lid component as described in any in claim 1 to 5, which is characterized in that the anti-spilling structure includes inductive head, leads Electric body and conductive pin, one end of the electric conductor are connected to the inductive head, and the other end is connect with the conductive pin, the sense It answers head to pass through the main cup lid and is partially toward the cup body and extend, end and the main cup lid highest of the H1 for the inductive head Locating the distance between the plane in end.

7. the cup lid component as described in any in claim 1 to 5, which is characterized in that the anti-spilling structure includes inductance loop, leads Electric body and conductive pin, one end of the electric conductor are connected to the inductance loop, and the other end is connect with the conductive pin, the sense Ying Huan is partially toward the cup body and extends around the feeding port, and end that H1 is the inductance loop and the main cup lid are most The distance between high-end locating plane.

8. cup lid component as claimed in claim 7, which is characterized in that the main cup lid includes the bottom cover for being covered on the cup body And it is covered on the upper cover of the bottom cover upper surface, the bottom cover is equipped with the feeding port, and the inductance loop includes cylinder and sets Flange in described cylinder one end, the flange are set between the upper cover and bottom cover, and the flange is abutted with the bottom cover.

9. the cup lid component as described in any in claim 1 to 5, which is characterized in that the anti-spilling structure includes sensing chip, leads Electric body and conductive pin, one end of the electric conductor are connected to the sensing chip, and the other end is connect with the conductive pin, the master The lower surface of cup lid is equipped with convex ribs and/or convex closure, and the sensing chip is paperwrapped in the convex ribs and/or convex closure, and H1 is the induction The distance between plane locating for the end of piece and the main cup lid most significant end.

10. cup lid component as claimed in claim 9, which is characterized in that the main cup lid includes the bottom for being covered on the cup body Cover and be covered on the upper cover of the bottom cover upper surface, the bottom cover includes the cover board being adapted to the rim of a cup and from the cover board The side plate that extends of side bending, the cover board is equipped with the feeding port, and the inner surface of the side plate is equipped with metal lagging, institute It states between sensing chip and the metal lagging separately.

11. cup lid component as claimed in claim 10, which is characterized in that phase between the sensing chip and the metal lagging The value range of the distance L at interval are as follows: L >=1mm；Alternatively, L >=10mm.

12. a kind of stirring cup assembly, which is characterized in that the cup lid group including cup body and as described in any in claim 1 to 11 Part, cup body described in the cup lid component the cover, the cup body are equipped with handle portion, are equipped with the first coupler, institute in the handle portion It states anti-spilling structure and first coupler is electrically connected.

13. a kind of food cooking machine, which is characterized in that described including host and stirring cup assembly as claimed in claim 12 Equipped with master control borad and the second coupler being electrically connected with the master control borad in host, the stirring cup assembly is installed on the host When, first coupler and second coupler are electrically connected.