CN209391753U - Cup cover component, accompanying cup and food processor - Google Patents

Abstract

The application provides a cup cover part, retinue cup and cooking machine. The cup cover component comprises a cup cover main body, an vacuumizing assembly and a control assembly, wherein the vacuumizing assembly and the control assembly are arranged in the cup cover main body, the cup cover main body is provided with a partition plate, and the control assembly is electrically connected with the vacuumizing assembly and is located on the same side of the partition plate. The control assembly comprises a circuit board and a photoelectric tilt switch installed on the circuit board, the photoelectric tilt switch faces the partition board and protrudes in the direction and outputs corresponding ground level signals, the vacuumizing assembly is located in the space of the cup cover body on one side where the photoelectric tilt switch protrudes, and the control assembly controls the vacuumizing assembly to extract gas on the other side of the partition board. The photoelectric tilt switch protrudes towards the direction of the partition plate, so that the overall volume of the cup cover component is reduced. The control assembly and the vacuumizing assembly are distributed in the cup cover main body, the distance between the circuit board and the vacuumizing assembly is increased, the interference on the photoelectric tilt switch is less, and the conduction rate is high.

Description

Cup lid component, accompanying cup and cooking machine

Technical field

This application involves arrangement device technical field, it is related to a kind of cup lid component, accompanying cup and cooking machine.

Background technique

Vacuum accompanying cup is able to maintain the low pressure state that the intracorporal space of cup is in vacuum or similar vacuum, and fruit juice etc. is drunk Product are stored in vacuum accompanying cup.The oxidation reaction of drink and air is small, and vacuum accompanying cup can keep drink in a long time Mouthfeel.

In the related art, the cup lid component of vacuum accompanying cup includes cup lid main body and vacuumizes set on cup lid master is intracorporal Component and control assembly, control assembly detect the tilt angle of vacuum accompanying cup by photoelectricity tilt switch to activate control group Part, and control by the key switch of control assembly the operation of vacuumizing assembly.

Since photoelectricity tilt switch is installed on wiring board and protrudes towards the outside of cup lid component, the body of cup lid main body Product need to increase accordingly, and to meet the installation requirement of photoelectricity tilt switch, correspondingly, the wiring board for installing photoelectricity tilt switch is close Vacuum pump.When vacuum accompanying cup executes vacuumizing function, vacuum pump, which can generate, correspondingly to be shaken.However, wiring board is close to true Sky pump is also easy to produce resonance, is then easy the on-state rate of influence photoelectricity tilt switch, and when detection of photoelectricity tilt switch is suffered Interference is big, and sensitivity is low.

Utility model content

In view of this, the application provides a kind of cup lid component, accompanying cup and cooking machine.

Specifically, the application is achieved by the following technical solution:

It is provided by the present application in a first aspect, disclose a kind of cup lid component, including cup lid main body, be assemblied in the cup lid master Intracorporal vacuumizing assembly and control assembly, the cup lid main body are equipped with partition, the control assembly and the vacuumizing assembly It is electrically connected and is located at the same side of the partition, the control assembly includes wiring board and the photoelectricity for being installed on the wiring board Tilt switch, the photoelectricity tilt switch is towards partition direction protrusion and output phase answers ground level signal, described to vacuumize Component is located in the cup lid principal space of photoelectricity tilt switch protrusion side, vacuumizes group described in the control assembly control Part extracts the gas of the partition other side.

Optionally, the control assembly further includes the energy-storage travelling wave tube for being fixedly arranged on the wiring board, the vacuumizing assembly with The energy-storage travelling wave tube is electrically connected, and the photoelectricity tilt switch and the energy-storage travelling wave tube interval are arranged, the photoelectricity tilt switch D1,3mm≤D1≤20mm are set as with the minimum spacing of the energy-storage travelling wave tube.

Optionally, the vacuumizing assembly includes vacuum pump and the check valve for being connected to the vacuum pump, the check valve It is connect with the side of the partition, and the air of the partition other side is unidirectionally guided to flow into the vacuum pump.

Optionally, the vacuum pump and photoelectricity tilt switch interval are arranged, and the vacuum pump and the photoelectricity tilt The minimum spacing of switch is set as D2, D2 >=5mm.

Optionally, the cup lid main body includes annular wall in a ring, and the partition is by the enclosed area of the annular wall It separates, the partition is equipped with air inlet, and the vacuumizing assembly is connected to the air inlet.

Optionally, the end of the photoelectricity tilt switch and baffle interval distance D3, D3 >=3mm.

Optionally, the cup lid component further includes the cover board for being covered on the cup lid main body, and the control assembly includes dress The control button of one side assigned in the wiring board, the control button protrude to the cover board direction and can control the pumping Vacuum subassembly operation.

Optionally, the photoelectricity tilt switch is used to detect the tilt angle of the cup lid component and defeated to the wiring board Level signal correspondingly out, wherein tilt angle theta of the cup lid component relative to gravity direction, as -30 degree≤θ≤+ 30 When spending, the photoelectricity tilt switch exports high level signal；Otherwise, the photoelectricity tilt switch exports low level signal.

Second aspect provided by the present application discloses a kind of accompanying cup, including cup body component and cup lid portion as described above Part, the bulkhead cover are set to the opening of the cup body component, the vacuumizing assembly and space in the cup of the cup body component Connection.

The third aspect provided by the present application, discloses a kind of cooking machine, including host part, accompanying cup as described above and Chisel holder system, the chisel holder system are assemblied in the cup body component and are drivingly connected with the host part.

Technical solution provided by the embodiments of the present application can include the following benefits:

Photoelectricity tilt switch protrudes towards partition direction and to the internal stretch of cup lid main body, rationally utilizes cup lid main body Inner space reduces the total height of cup lid component, reduces the overall volume of cup lid component, easy to carry.Control assembly and pumping are true Empty components distribution increases the spacing between wiring board and vacuumizing assembly in the same side in cup lid main body and positioned at partition, Interference suffered by photoelectricity tilt switch is few, and on-state rate is high.

Detailed description of the invention

Fig. 1 is schematic cross-sectional view of the cup lid piece cover shown in one exemplary embodiment of the application set on container.

Fig. 2 is the broken section structural schematic diagram of the cup lid component shown in one exemplary embodiment of the application.

Fig. 3 is the configuration schematic diagram of the cup lid component shown in one exemplary embodiment of the application.

Fig. 4 is the schematic perspective view of the control assembly shown in one exemplary embodiment of the application.

Fig. 5 is the present invention looks up structural representation of the control assembly shown in one exemplary embodiment of the application.

Fig. 6 is the measurement tilt angle structure of photoelectricity tilt switch under inversion state shown in one exemplary embodiment of the application Schematic diagram.

Fig. 7 is the measurement tilt angle structure for just setting photoelectricity tilt switch under state shown in one exemplary embodiment of the application Schematic diagram.

Fig. 8 is the assembling schematic diagram of the cup lid component shown in one exemplary embodiment of the application.

Fig. 9 is the assembling structure schematic diagram of the accompanying cup shown in one exemplary embodiment of the application.

Figure 10 is the structural schematic diagram of the accompanying cup shown in one exemplary embodiment of the application.

In figure, cup lid main body 10；Annular wall 11；Partition 12；Air inlet 13；Exhaust outlet 14；Control assembly 20；Wiring board 21；Photoelectricity tilt switch 22；Control button 23；Energy-storage travelling wave tube 24；Vacuumizing assembly 30；Vacuum pump 31；Check valve 32；Air inlet connecting Mouth 321；Outlet interface 322；Gas deflation assembly 33；Cover board 40；Key hole 41；Container 50；Cup lid component 100；Cup body component 200.

Specific embodiment

Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the application.On the contrary, they be only with it is such as appended The example of the consistent device and method of some aspects be described in detail in claims, the application.

It is only to be not intended to be limiting the application merely for for the purpose of describing particular embodiments in term used in this application. It is also intended in the application and the "an" of singular used in the attached claims, " described " and "the" including majority Form, unless the context clearly indicates other meaning.It is also understood that term "and/or" used herein refers to and wraps It may be combined containing one or more associated any or all of project listed.

It will be appreciated that though various information, but this may be described using term first, second, third, etc. in the application A little information should not necessarily be limited by these terms.These terms are only used to for same type of information being distinguished from each other out.For example, not departing from In the case where the application range, the first information can also be referred to as the second information, and similarly, the second information can also be referred to as One information.Depending on context, word as used in this " if " can be construed to " ... when " or " when ... When " or " in response to determination ".

As depicted in figs. 1 and 2, in one embodiment, cup lid component 100 is assemblied in cup lid including cup lid main body 10, interval Vacuumizing assembly 30 and control assembly 20 in main body 10, cup lid main body 10 are equipped with partition 12, control assembly 20 and vacuumize group Part 30 is electrically connected and is located at the same side of partition 12.Control assembly 20 includes wiring board 21 and is installed on the another of wiring board 21 The photoelectricity tilt switch 22 of side, photoelectricity tilt switch 22 is towards the protrusion of partition 12 and output phase answers ground level signal, vacuumizes Component 20 is located at photoelectricity tilt switch 22 and protrudes in 10 space of cup lid main body of side, and control assembly 20 controls vacuumizing assembly 30 Extract the gas of 12 other side of partition.

The installation space of cup lid main body 10 in a tubular form, partition 12 are set in the installation space and installation space are separated into two Part.Wherein, one end of cup lid main body 10 is set as screw thread mouth or is equipped with buckle structure, and control assembly 20 and vacuumizing assembly 30 are set In in the installation space of the other end.

Photoelectricity tilt switch 22 is installed in the side of wiring board 21 and protrudes towards 12 direction of partition, so that photoelectricity inclination is opened It closes 22 whole towards extending in closed space, makes full use of the installation space of cup lid main body 10, space utilization rate is high.Photoelectricity inclination Switch 22 and vacuumizing assembly 30 are set to the same side of cup lid main body 10, also, vacuumizing assembly 20 is located at photoelectricity tilt switch In 10 space of cup lid main body of 22 protrusion directions, or interval setting parallel with photoelectricity tilt switch 22 expands vacuumizing assembly Spacing distance between 20 and wiring board 21, the vibration that the operation of vacuumizing assembly 20 generates influence wiring board small.Wiring board 21 Spacing distance between vacuumizing assembly 30 is big, interferes with each other few, the on-state rate height of photoelectricity tilt switch 22, and detection performance is quasi- True property is high.

In one optionally embodiment, cup lid component 100 further includes the cover board 40 for being covered on cup lid main body 10, control assembly 20 include the control button 23 for being assemblied in the one side of wiring board 21, and control button 23 protrudes to 40 direction of cover board and can control pumping Vacuum subassembly 30 is run.

Cover board 40 is covered on the opening of the installation space of cup lid main body 10, so that shape between cup lid main body 10 and cover board 40 At closed space, vacuumizing assembly 30 and control assembly 20 are assemblied in cup lid main body 10 and are located in the closed space.

Wiring board 21 is fixed in cup lid main body 10, and wherein control button 23 is protruded towards 40 side of cover board, control button 23 pass through cover board 40 and extend outwardly.Correspondingly, key hole 41 is offered on cover board 40, control button 23 is interspersed in key hole In 41, reduce the mounting height between cover board 40 and wiring board 21, then reduces the height of cup lid main body 10.

As shown in Fig. 2, Fig. 6 and Fig. 7, tilt angle of the photoelectricity tilt switch 22 for detection cup cover 100, and according to Tilt angle sends corresponding level signal to wiring board 21 so that the control module in wiring board 21 can execute it is corresponding built-in Program.In one optionally embodiment, photoelectricity tilt switch 22 for detection cup cover 100 tilt angle and to wiring board 21 output level signals correspondingly, wherein tilt angle theta of the cup lid component 100 relative to gravity direction, when -30 degree≤θ≤ + 30 when spending, and photoelectricity tilt switch 22 exports high level signal；Otherwise, photoelectricity tilt switch 22 exports low level signal.

Cup lid component 100 is used to be covered on the opening of container 50, with closed container 50.Wherein, time of cup lid component 100 It is parallel with the gravity direction of cup lid component 100 to turn central axis.Correspondingly, photoelectricity tilt switch 22 is installed on cup lid main body 10 It is interior, when cup lid component 100 relative to gravity direction tilt angle theta be 0 degree when, the center of gravity line of photoelectricity tilt switch 22 with The gyration central axis of cup lid component 100 is parallel.The inclination of the circumferential detection cup cover 100 of 360 degree of 22 energy of photoelectricity tilt switch Angle, detection range are wide.

When inclination of the cup lid component 100 relative to gravity direction, photoelectricity tilt switch 22 can generate corresponding ground level letter Number.Such as, cup lid component 100 relative to gravity direction tilt angle be 15 degree when, photoelectricity tilt switch 22 export high level letter Number.When cup lid component 100 continues to tilt to 35 degree, photoelectricity tilt switch 22 exports low level signal.

In one optionally embodiment, the tilt angle of 22 detection cup cover 100 of photoelectricity tilt switch includes: that photoelectricity inclines Oblique protrusion direction of the switch 22 in cup lid main body 10 is identical or opposite as gravity direction.

Cup lid component 100 is assemblied on container 50, and is rotated or tilted with container 50.Wherein, container 50 can be just placed in In plane or it is inverted in plane.Correspondingly, cup lid component 100 has positive seated position and upside down position.When cup lid component 100 is in When positive seated position, the protrusion direction of photoelectricity tilt switch 22 is identical as gravity direction.When cup lid component 100 is in upside down position When, the protrusion direction of photoelectricity tilt switch 22 is opposite with gravity direction.And positive seated position is in cup lid component 100 or is inverted position When setting, photoelectricity tilt switch 22 can tilt angle theta of the detection cup cover 100 relative to gravity direction.That is, cup lid component 100 in positive seated position and when tilt angle theta meets -30 degree≤θ≤+ 30 and spends, and photoelectricity tilt switch 22 exports high level signal. Cup lid component 100 is in upside down position and when tilt angle theta meets -30 degree≤θ≤+ 30 and spends, and photoelectricity tilt switch 22 also exports High level signal.Therefore, cup lid component 100 is covered on container 50, and, rotation mobile with container 50 or overturning, photoelectricity inclination The energy output phase of switch 22 answers ground level signal, and it is high that signal exports accuracy.

As shown in Figure 4 and Figure 5, in one embodiment, control assembly 20 further includes the energy-storage travelling wave tube for being fixedly arranged on wiring board 21 24, vacuumizing assembly 30 and energy-storage travelling wave tube 24 are electrically connected, and photoelectricity tilt switch 22 and the interval of energy-storage travelling wave tube 24 are arranged.Photoelectricity inclines The minimum spacing of oblique switch 22 and energy-storage travelling wave tube 24 is set as D1,3mm≤D1≤20mm.Optionally, it is in just in cup lid component 100 When seated position, the horizontal space of photoelectricity tilt switch 22 and energy-storage travelling wave tube 24 is set as D1.

Energy-storage travelling wave tube 24 is assemblied on wiring board 21, and optionally, energy-storage travelling wave tube 24 is set as lithium battery, battery etc..Energy storage Element 24 can be by clamping piece clamp connection in wiring board 21；Or wiring board 21 is connected to by the way that cementing agent is cementing.Energy storage member Part 24 and the interval of photoelectricity tilt switch 22 are arranged, and energy-storage travelling wave tube 24 is avoided to interfere with each other with photoelectricity tilt switch 22.Photoelectricity inclination Switch 22 is set as D1 at a distance from energy-storage travelling wave tube 24, which is the minimum spacing of the two.As the two distance 3mm, 5mm, 8mm, 10mm, 15mm, 20mm etc..

With in cup lid main body 10, energy-storage travelling wave tube 24 is vacuumizing assembly for control assembly 20 and the setting of the interval of vacuumizing assembly 30 30 provide electric energy.Cup lid component 100 is covered on the opening of container 50, and vacuumizing assembly 30 is run with the sky in evacuation container 50 Gas, so that container 50 is in vacuum or low pressure state.

As shown in figures 3 and 8, in one embodiment, vacuumizing assembly 30 includes vacuum pump 31 and is connected to vacuum pump 31 Check valve 32, check valve 32 connect with the side of partition 12, and the air of unidirectional 12 other side of guide diaphragm flows into vacuum pump 31.Vacuum pump 31 is electrically connected to control assembly 20, and specifically, vacuum pump 31 is electrically connected to wiring board 21, so that control group Part 20 can control the operation of vacuum pump 31.Vacuum pump 31 is connected to the outlet interface 322 of check valve 32, the air inlet connecting of the check valve 32 Mouth 321 passes through partition 12 and is connected to the space of 12 other side of partition.When cup lid component 100 is covered on container 50, partition 12 It is covered on the opening of container 50, the intake interface 321 of check valve 32 is connected to the inner space of container 50.Control assembly 20 is controlled Vacuum pump 31 processed is run, so that the gas in container 50 enters along the intake interface 321 of check valve 32, and by 31 row of vacuum pump Out.After vacuum pump 31 is out of service, 32 unidirectional blocking of check valve, to prevent air from entering in container 50 along check valve 32, So that container 50 keeps vacuum or low pressure state.

Vacuum pump 31 is set side by side towards extending in the closed space of cup lid main body 10 with photoelectricity tilt switch 22.? One optionally in embodiment, and vacuum pump 31 and the interval of photoelectricity tilt switch 22 are arranged, vacuum pump 31 and photoelectricity tilt switch 22 Minimum spacing is set as D2, D2 >=5mm.

Vacuum pump 31 and photoelectricity tilt switch 22 are set as in cup lid main body 10, and the two is on gravity direction (vertical direction) It is not overlapped, to reduce the height of cup lid component 100.Vacuum pump 31 and 22 spacing distance of photoelectricity tilt switch are D2, specifically, Vacuum pump 31 and the minimum spacing of 22 horizontal direction of photoelectricity tilt switch are set as: 5mm, 8mm, 10mm, 15mm, 20mm etc..

In one optionally embodiment, vacuumizing assembly 30 further includes the gas deflation assembly 33 for being installed on cup lid main body 10, should Gas deflation assembly 33 is connected to cup lid main body 10.When container 50 is in vacuum or low pressure state, gas deflation assembly 33 is pressed, then is held Air outside device 50 enters in container 50 along gas deflation assembly 33, to improve the gas pressure in container 50,100 energy of cup lid component It is opened from container 50.

As shown in Figures 2 and 3, in one embodiment, cup lid main body 10 includes annular wall 11 in a ring, and partition 12 is by ring The enclosed area of shape wall 11 separates.Partition 12 is equipped with air inlet 13, and vacuumizing assembly 30 is connected to air inlet 13.

Annular wall 11 is formed with tubular structure and surrounds to form installation space.Partition 12 is located at annular wall 11 around the sky formed In and intersect to the inner sidewall of annular wall 11, so as to cup lid main body 10 is separated to form two groove type structures, 12, partition In the bottom of groove.12 closed ring wall 11 of partition, cover board 40 are covered on the opening of annular wall 11 so that annular wall 11, every Closed space is formed between plate 12 and cover board 40, control assembly 20 and vacuumizing assembly 30 are set in the closed space.

Air inlet 13 is offered on partition 12, vacuumizing assembly 30 is connect with air inlet 13.Specifically, check valve 32 is straight It is connected to air inlet 13 in succession or air inlet 13 is connected to by conduit, so that the gas in 31 energy evacuation container 50 of vacuum pump. Optionally, exhaust outlet 14 is additionally provided on partition 12, gas deflation assembly 33 is connect with exhaust outlet 14, so that gas deflation assembly 33 passes through row Port 14 delivers the air in container 50.

Photoelectricity tilt switch 22 is fixed on wiring board 21, and wiring board 21 is fixed at annular wall 11, so that photoelectricity tilts Switch 22 is protruded towards 12 direction of partition.In one optionally embodiment, the end of photoelectricity tilt switch 22 and partition 12 are spaced Distance D3, D3 >=3mm.Specifically, the end of photoelectricity tilt switch 22 is at a distance from 12 vertical direction of partition are as follows: 3mm, 5mm, 8mm, 10mm, 20mm etc..

Cup lid component 100 disclosed in above-described embodiment is applied in accompanying cup, so that accompanying cup passes through above-mentioned cup lid Component 100 realizes vacuumizing function, and the whole height of accompanying cup is small, easy to carry.

As shown in Figure 9 and Figure 10, in one embodiment, accompanying cup includes cup body component 200 and as above-described embodiment institute is public The cup lid component 100 opened, cup lid main body 10 are covered on the opening of cup body component 200, vacuumizing assembly 30 and cup body component 200 Cup in space connection.Cup body component 200 is structure of container, is used to store the drinks such as fruit juice.

Cup lid component 100 is connected by spiral, is snapped connection and other connection types are assemblied in cup body component 200, and The two is tightly connected.The vacuumizing assembly 30 that user's operation control button 23 controls extracts the gas in cup body component 200, so that cup Body component 200 is in vacuum or low pressure state, keeps the mouthfeel of juice drink, and user experience is good.

Accompanying cup provided by the above embodiment is applied in cooking machine, so that cooking machine is capable of processing juice drink, again The good taste of juice drink can be kept by cup lid component.

In one embodiment, cooking machine includes host part, accompanying cup and chisel holder system as disclosed in above-described embodiment, knife Holder assembly is assemblied in cup body component 200 and is drivingly connected with host part.

Chisel holder system is assemblied in the opening position of 200 one end of cup body component, so that the stirring blade group of chisel holder system gos deep into cup In body component 200.Optionally, the opening position of cup body component 200 is set as the open at one end of mounting cup cover 100, correspondingly, After the processing that cooking machine completes fruit juice, after chisel holder system is removed from cup body component 200, cup lid component 100 is covered on cup Body component 200, and vacuumizing function is executed to keep the mouthfeel of beverage in cup body component 200.In one embodiment, chisel holder system It is installed on one end of cup body component 200, chisel holder system is installed on the other end of cup body component 200.Fruit juice is completed in cooking machine After processing, cup lid component 100 executes vacuumizing function to keep the mouthfeel of beverage in cup body component 200；Or add in cooking machine Before work fruit juice, cup lid component 100 executes vacuumizing function to keep cup body component 200 to be in vacuum or low pressure state.It is main Machine component drives stirring blade group to process food materials, so that food materials form juice beverage, easy to process, taste of juice is good.

In one embodiment, host part includes pedestal, the driving assembly for being installed on pedestal and the control being set in pedestal Molding block, driving assembly and control module are electrically connected, and control module controls driving assembly and runs by plug-in, so that cooking Machine, which executes, correspondingly expects machine function.The accommodation space for accommodating food materials is equipped in cup body component 200, stirring blade group is in driving assembly The lower rotation of driving is with the food materials in stirring cup.Driving assembly can be set as electric machine assembly, and optionally, driving assembly is directly assemblied in knife The other end of axis, to drive the food materials of stirring blade group rotation processing stirring cup.Optionally, driving assembly is inserted by clutch pack It is connected to cutter shaft, in succession to drive the food materials of stirring blade group rotation processing stirring cup.

The above is only the preferred embodiments of the application, not to limit the application, in the absence of conflict, on Stating can be combined with each other between embodiment.Within the spirit and principles of this application, any modification for being made, changes equivalent replacement Into etc., it should be included within the scope of the application protection.

Claims (10)

1. a kind of cup lid component, which is characterized in that true including cup lid main body (10), the pumping being assemblied in the cup lid main body (10) Empty component (30) and control assembly (20), the cup lid main body (10) be equipped with partition (12), the control assembly (20) with it is described Vacuumizing assembly (30) is electrically connected and is located at the same side of the partition (12), and the control assembly (20) includes wiring board (21) and it is installed on the photoelectricity tilt switch (22) of the wiring board (21), the photoelectricity tilt switch (22) is towards the partition (12) simultaneously output phase answers ground level signal to direction protrusion, and it is convex that the vacuumizing assembly (30) is located at the photoelectricity tilt switch (22) Out in cup lid main body (10) space of side, the control assembly (20) controls the vacuumizing assembly (30) and extracts the partition (12) gas of the other side.

2. cup lid component according to claim 1, which is characterized in that the control assembly (20) further include be fixedly arranged on it is described The energy-storage travelling wave tube (24) of wiring board (21), the vacuumizing assembly (30) and the energy-storage travelling wave tube (24) are electrically connected, the light Electric tilting switchs (22) and the energy-storage travelling wave tube (24) interval and is arranged, the photoelectricity tilt switch (22) and the energy-storage travelling wave tube (24) minimum spacing is set as D1,3mm≤D1≤20mm.

3. cup lid component according to claim 1, which is characterized in that the vacuumizing assembly (30) includes vacuum pump (31) With the check valve (32) for being connected to the vacuum pump (31), the check valve (32) connect with the other side of the partition (12), And the air of the partition (12) other side is unidirectionally guided to flow into the vacuum pump (31).

4. cup lid component according to claim 3, which is characterized in that the vacuum pump (31) and the photoelectricity tilt switch The minimum spacing of interval setting, the vacuum pump (31) and the photoelectricity tilt switch (22) is set as D2, D2 >=5mm.

5. cup lid component according to claim 1, which is characterized in that the cup lid main body (10) includes annular in a ring Wall (11), the partition (12) separate the enclosed area of the annular wall (11), and the partition (12) is equipped with air inlet (13), the vacuumizing assembly (30) is connected to the air inlet (13).

6. cup lid component according to claim 5, which is characterized in that the end of the photoelectricity tilt switch (22) and partition (12) spacing distance D3, D3 >=3mm.

7. cup lid component according to claim 1, which is characterized in that the cup lid component (100) further includes being covered on institute The cover board (40) of cup lid main body (10) is stated, the control assembly (20) includes the control for being assemblied in the one side of the wiring board (21) Button (23) processed, control button (23) Xiang Suoshu cover board (40) direction protrude and can control the vacuumizing assembly (30) fortune Row.

8. cup lid component according to claim 1, which is characterized in that the photoelectricity tilt switch (22) is described for detecting The tilt angle of cup lid component (100) simultaneously exports level signal correspondingly to the wiring board (21), wherein the cup lid portion Tilt angle theta of the part (100) relative to gravity direction, when -30 degree≤θ≤+ 30 is spent, photoelectricity tilt switch (22) output High level signal；Otherwise, the photoelectricity tilt switch (22) exports low level signal.

9. a kind of accompanying cup, which is characterized in that including cup body component (200) and cup lid as claimed in any one of claims 1 to 8 Component (100), the partition (12) are covered on the opening of the cup body component (200), the vacuumizing assembly (30) and institute Space in the cup of cup body component (200) is stated to be connected to.

10. a kind of cooking machine, which is characterized in that including host part, accompanying cup as claimed in claim 9 and chisel holder system, The chisel holder system is assemblied in the cup body component (200) and is drivingly connected with the host part.