CN209203015U

CN209203015U - Mixer

Info

Publication number: CN209203015U
Application number: CN201821585114.7U
Authority: CN
Inventors: 陈应军; 崔春
Original assignee: Zhejiang Shaoxing Supor Domestic Electrical Appliance Co Ltd
Current assignee: Zhejiang Shaoxing Supor Domestic Electrical Appliance Co Ltd
Priority date: 2018-09-27
Filing date: 2018-09-27
Publication date: 2019-08-06
Anticipated expiration: 2028-09-27

Abstract

The application provides a mixer. The blender includes a cup assembly, a blending tool, and a cup cover assembly. The cup assembly is formed with a cup cavity. The stirring cutter is arranged in the cup cavity. The cup cover assembly can be covered on the cup assembly and comprises a cup cover and a pressure detector. The pressure detector is assembled on the cup cover and communicated with the cup cavity to detect the air pressure in the cup cavity.

Description

Blender

Technical field

This application involves small household appliances field more particularly to a kind of blenders.

Background technique

With the increasingly raising of people's living standard, occur many different types of blenders in the market.Blender Function mainly may include, but be not limited to, and beats soya-bean milk, squeezed juice, cooks rice paste, meat cutter, water ice, coffee processed and/or allotment face The functions such as film.Blender may include the machine of the crushing, stirrings food materials such as soy bean milk making machine or broken wall cooking machine.

Existing blender is when heating food materials, 100 degree of heating temperature highest or hereinafter, and our usually said water Boiling temperature.And 100 degree are extremely difficult under actual environment air pressure, especially in the area of High aititude, due to rarefaction of air, water Boiling point there was only 90 degree or lower, the maximum temperature that blender heating food materials reach also only has 90 degree or lower.

In real life, there is particular/special requirement to temperature when making some foods, such as when buying soya-bean milk, if temperature exists 100 degree hereinafter, cook the soya-bean milk taken often with one beans delicate flavour or at all underdone, it is difficult to lower mouth.If temperature reaches 100 degree Or more, cooking the soya-bean milk taken could be well-done, and well-done soya-bean milk has dense milk fragrance, and mouthfeel is more preferable, more nutrition.To solve Food boils not yet done problem, it is necessary to infusion temperature, that is, water boiling point are increased to 100 degree or more, needed thus by the cup of blender Interior air pressure is increased to standard atmospheric pressure or more.However existing blender is unable to air pressure in detection cup, user cannot know cup in due course Interior air pressure size.

Utility model content

The application's is designed to provide a kind of blender that can detecte air pressure in cup.

The one aspect of the application provides a kind of blender, comprising: cup assembly is formed with a glass chamber；Cutter is stirred, institute is set to It is intracavitary to state cup；Cup lid component can be covered on the cup assembly, and the cup lid component includes: cup lid；Pressure detector is assembled in The cup lid, and be connected to the cup chamber, detect the intracavitary air pressure of the cup.

Further, the cup lid is provided with the exhaust pipe being connected to the cup chamber, the pressure detector and the row Tracheae connection.

Further, the pressure detector is covered on the exhaust pipe.

Further, the pressure detector is connected to by conduit with the exhaust pipe.

Further, the cup lid component includes the pressure limiting valve for being assembled in the cup lid.

Further, the exhaust pipe includes downtake pipe and second exhaust pipe, and the pressure limiting valve is covered on described One of one exhaust pipe and the second exhaust pipe, the pressure detector and the downtake pipe and the second exhaust The connection of the other of pipe.

Further, the pressure limiting valve and the pressure detector interchanging positions, and adaptively with the first row Tracheae and second exhaust pipe mating.

Further, the pressure detector includes pressure display table, shows the pressure that the pressure detector detects.

Further, the pressure display table includes display dial.

Further, the pressure display table includes digital wash.

The application blender includes pressure detector, can detecte the intracavitary air pressure of cup, so that user be made to be known that cup Interior air pressure size improves the sense of security that user uses blender.Pressure detector can be real when blender carries out pressure cooking When detection cup in pressure, user can check the variation of pressure in cup at any time.Blender cooks food materials after the pressurizing, can shorten Cooking time, can heat food materials keeps its well-done, improves the mouthfeel of food, and the food materials that can be cooked are also more, and Blender can carry out whipping and pressure cooking to food materials, and more functions may be implemented, make a greater variety of foods, significantly Improve the availability of product.

Detailed description of the invention

Fig. 1 show the stereoscopic schematic diagram of one embodiment of the application blender；

Fig. 2 show the cup assembly of blender shown in FIG. 1 and the stereogram exploded view of cup lid component；

Fig. 3 show the cross-sectional view of cup assembly and cup lid the component line A-A along Fig. 1 of blender shown in FIG. 1；

Fig. 4 show the partial enlarged view of cup assembly and cup lid component shown in Fig. 3；

Fig. 5 show the longitudinal sectional view of the pressure limiting valve of the cup lid component of blender shown in FIG. 1；

Fig. 6 show the stereoscopic schematic diagram of pressure limiting valve shown in fig. 5；

Fig. 7 show the stereogram exploded view of pressure limiting valve shown in fig. 6；

Fig. 8 show the part isometric exploded view of the cup lid component of blender shown in FIG. 1；

Fig. 9 show the cross-sectional view of cup assembly and cup lid the component line B-B along Fig. 1 of blender shown in FIG. 1；

Figure 10 show the partial enlarged view of cup assembly and cup lid component shown in Fig. 9；

Figure 11 show the stereoscopic schematic diagram of the outer cover of the cup lid of blender shown in FIG. 1；

Figure 12 show another partial enlarged view of cup assembly and cup lid component shown in Fig. 9；

Figure 13 show another partial enlarged view of cup assembly and cup lid component shown in Fig. 9；

Figure 14 show the stereoscopic schematic diagram for only opening component of the cup lid component of blender shown in Fig. 9；

Figure 15 show the stereoscopic schematic diagram of the cup assembly of blender shown in FIG. 1；

Figure 16 show the cross-sectional view of cup assembly and cup lid the component line C-C along Fig. 1 of blender shown in FIG. 1；

Figure 17 show the partial enlarged view of cup lid component shown in Figure 16；

Figure 18 show the stereoscopic schematic diagram of the pressure release component of the cup lid component of blender shown in FIG. 1；

Figure 19 show the partial cutaway of the pressure limiting valve of the cup lid component of the application blender and another embodiment of cup lid View；

Figure 20 show the partial enlargement of another embodiment of the cup lid sealing ring of the cup lid component of the application blender Figure；

Figure 21 show the stereogram exploded view of the cup lid component of the application blender and another embodiment of cup assembly；

Figure 22 show the stereogram exploded view of the cup lid component of the application blender and another embodiment of cup assembly；

Figure 23 show the stereogram exploded view of the cup lid component of the application blender and another embodiment of cup assembly；

Figure 24 show the stereoscopic schematic diagram of another embodiment of the application blender；

Figure 25 show the stereoscopic schematic diagram of another embodiment of the application blender；

Figure 26 show the cup assembly of blender shown in Figure 25 and the stereogram exploded view of cup lid component；

Figure 27 show the cross-sectional view of cup assembly and cup lid the component line D-D along Figure 25 of blender shown in Figure 25；

Figure 28 show the partial enlarged view of cup assembly shown in Figure 27 and cup lid component；

Figure 29 show the stereoscopic schematic diagram of another state of blender shown in Figure 25；

Figure 30 show the stereoscopic schematic diagram of another embodiment of the application blender；

Figure 31 show the cup assembly of blender shown in Figure 30 and the stereogram exploded view of cup lid component；

Figure 32 show the cross-sectional view of the E-E line of the cup assembly and cup lid component of blender shown in Figure 30 in Figure 30；

Figure 33 show the partial enlarged view of cup lid component shown in Figure 32.

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 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. Unless otherwise defined, technical term or scientific term used in this application, which are should be in fields of the present invention, has general skill The ordinary meaning that the personage of energy is understood." first " " second " and class used in present specification and claims As word be not offered as any sequence, quantity or importance, and be used only to distinguish different component parts.Equally, " one It is a " or the similar word such as " one " do not indicate that quantity limits yet, but indicate that there are at least one." multiple " or " several " table Show two and two or more.Unless otherwise noted, the similar word such as " front ", " rear portion ", " lower part " and/or " top " is only Convenient for explanation, and it is not limited to a position or a kind of spatial orientation.The similar word such as " comprising " or "comprising" means It appears in element or object before " comprising " or "comprising" and covers and appear in " comprising " or "comprising" presented hereinafter Element or object and its equivalent, it is not excluded that other elements or object.The similar word such as " connection " or " connected " is simultaneously Non-limiting and may include electrical connection in physics or mechanical connection, either direct or indirectly.? Present specification and the "an" of singular used in the attached claims, " described " and "the" be also intended to including Most forms, unless the context clearly indicates other meaning.It is also understood that term "and/or" used herein refers to It and include that one or more associated any or all of project listed may combine.

The blender of the embodiment of the present application includes cup assembly, stirring cutter and cup lid component.Cup assembly is formed with a glass chamber.It stirs It is intracavitary set on cup to mix cutter.Cup lid component can be covered on cup assembly, and cup lid component includes cup lid and pressure detector.Pressure detecting Device is assembled in cup lid, and is connected to cup chamber, the intracavitary air pressure of detection cup.

Fig. 1 show the stereoscopic schematic diagram of one embodiment of blender 100.Fig. 2 show blender shown in FIG. 1 100 part isometric exploded view.Blender 100 includes cup assembly 101, stirring cutter 106 (as shown in Figure 9) and cup lid component 108.In the illustrated embodiment, blender 100 further includes host 105.The blender 100 of the embodiment of the present application can stir for minute-pressure Machine is mixed, the air pressure in cup assembly 101 can be increased, so that the air pressure in cup assembly 101 is greater than standard atmospheric pressure, food materials is carried out Pressure cooking, can be by food heating to 100 degree or more.Food materials are heated after air pressure in cup assembly 101 is increased, it can To shorten cooking time, food materials can be made well-done, guarantee the mouthfeel and nutrition of food materials, and the food materials that can be cooked are also more ?.Whipping and pressure cooking can be carried out to food materials by being further stirred for machine 100, and more functions may be implemented, and be made more Food, substantially increase the availability of product.In one embodiment, the air pressure in cup assembly 101 can be raised to 20KPa with Under, and it is higher than standard atmospheric pressure.For blender 100 in pressurization, cup lid component 108 may be at sealing state, make in glass chamber 110 Seal pressure maintaining, no central discharge air lid exhaust.

In the illustrated embodiment, host 105 is base form, and cup assembly 101 is removably assembled in host 105.Host 105 may include motor (not shown), and the driving stirring rotation of cutter 106 is to beat food materials.Stirring cutter 106 can be assembled in cup The bottom of component 101, for beating food materials.Also mountable control power supply unit (not shown) in host 105 controls blender 100 work, to some electric devices power supply etc. of blender 100.In another embodiment, motor and control power supply unit It is mountable in cup lid 102, stirring cutter 106 extends down into cup assembly 101 from cup lid 102.

Fig. 3 show the cross-sectional view of cup assembly 101 and cup lid component 108 line A-A along Fig. 1.With reference to Fig. 1-3, cup assembly 101 are formed with glass chamber 110.Cutter 106 is stirred to be set in cup chamber 110 (as shown in Fig. 9), it can in the cup chamber 110 of cup assembly 101 Food materials are held, are beaten in it.The bottom of cup assembly 101 is provided with heating device 107, in Heating Cup chamber 110 Food materials.In one embodiment, heating device 107 may include heating pipe heating device.In another embodiment, heating dress Setting 107 may include electromagnetic heater.Heating device 107 heats food materials after can pressurizeing in cup chamber 110, from And carry out pressure cooking.

In the present embodiment, cup assembly 101 includes inner cup 111 and the outer cup 112 for accommodating inner cup 111.In one embodiment In, inner cup 111 includes metal cup, and metal cup 111 forms cup chamber 110, and outer cup 112 accommodates metal cup 111.Metal cup 111 increases Cup body resistance to compression degree guarantees safety when pressurization in cup to greatest extent.The material of metal cup 111 is food-grade material.Metal cup 111 material may include alloy, such as hardware, stainless steel.The material thickness range of metal cup 111 is 0.6mm to 1.2mm, Guarantee safety when pressurization in cup.

In one embodiment, outer cup 112 includes plastic cement, can be heat-insulated, prevents scald user.In some other embodiment In, outer cup 112 may include other materials, such as metal, ceramics, enamel etc..Between the rim of a cup and metal cup 111 of outer cup 112 It is provided with cup body sealing ring 113, the gap between sealing metal cup 111 and outer cup 112.The side of outer cup 112 is provided with cup handle Hand 114 is grasped for user.

Cup lid component 108 can be covered on cup assembly 101.Cup lid component 108 includes cup lid 102, exhaust pipe 103 and pressure limiting Valve 104.In the illustrated embodiment, cup lid 102 includes inner cover 120 and the outer cover 121 being covered on inner cover 120.Implement at one In example, inner cover 120 includes metal cover, and metal cover is covered on metal cup 111, and outer cover 121 is placed on metal cover 120.Metal cover 120 increase the compressive resistance degree of cup lid, guarantee safety when pressurization in cup to greatest extent.The material of metal cover 120 is food-grade Material.The material of metal cover 120 may include alloy, such as hardware, stainless steel.In one embodiment, the material of metal cover 120 Matter thickness range is 0.6mm to 1.2mm, guarantees safety when pressurization in cup.Outer cover 121 includes plastic cement, can be heat-insulated, makes cup lid 102 appearances are preferable, and can protect the component assembled in cup lid 102.

Fig. 4 show the enlarged drawing of the regional area 10 in Fig. 3.In conjunction with reference Fig. 4, cup lid 102 is offered up and down The through-hole 135 of cup lid 102.Through-hole 135 runs through the upper and lower surfaces of cup lid 102.In the present embodiment, cup lid 102 is outer Lid 121 is formed with outer cap bore 124, and the corresponding outer cap bore 124 of inner cover 120 is formed with interior cap bore 125, and outer cap bore 124 runs through outer cover 121, interior cap bore 125 is (as shown in Figure 8) to run through inner cover 120, and outer cap bore 124 is connected to interior cap bore 125, forms through-hole 135.

Exhaust pipe 103 is set in the through-hole 135 of cup lid 102, and exhaust pipe 103 is connected to cup chamber 110, and including gas outlet 130.Gas outlet 130 is located at the top of exhaust pipe 103, is in communication with the outside.Cup chamber 110 is connected to by exhaust pipe 103 with the external world.At this In embodiment, exhaust pipe 103 is fixedly installed in the through-hole 135 of cup lid 102,103 top of exhaust pipe can be lower than, it is concordant or Higher than the upper surface of outer cover 121, the bottom end of exhaust pipe 103 can pass through through-hole 135 and protrude into glass chamber 110.In some other reality It applies in example, exhaust pipe 103 can be located at 135 top of through-hole, or part extends downwardly into through-hole 135, and part is stretched out logical upwards Outside hole 135.In one embodiment, the fixation of exhaust pipe 103 is assembled in inner cover 120, and extends upwardly to the outer cap bore of outer cover 121 In 124.Exhaust pipe 103 is assembled in inner cover 120 by being fixed on the tube socket 131 of inner cover 120, and exhaust pipe 103 is arranged in tube socket 131.In one embodiment, inner cover 120 includes metal cover, and the fixation of exhaust pipe 103 is assembled in metal cover.

Pressure limiting valve 104 can be covered on exhaust pipe 103 up and down, when the air pressure in cup chamber 110 is lower than air pressure threshold value, Going out for exhaust pipe 103 when the air pressure in cup chamber 110 is not less than air pressure threshold value, is opened in the gas outlet 130 for blocking exhaust pipe 103 Port 130.It is provided with exhaust pipe 103 on the cup lid 102 of blender 100 and is placed on the pressure limiting valve 104 of exhaust pipe 103, pressure limiting valve 104 air pressure in cup chamber 110 is fallen when lower, blocks the gas outlet 130 of exhaust pipe 103, glass chamber 110 is made to be isolated from the outside, It can pressurize to cup chamber 110；When air pressure in cup chamber 110 is increased to higher, the steam in cup chamber 110 jacks up pressure limiting valve 104, the gas outlet 130 of exhaust pipe 103 is opened, steam is discharged, reduces the air pressure in glass chamber 110；Gas in cup chamber 110 After pressure drop is low, pressure limiting valve 104 is automatically fallen off by self gravity, blocks the gas outlet 130 of exhaust pipe 103；Such pressure limiting valve 104 exists Cup chamber 110 in air pressure change when can move up and down, so that the air pressure in glass chamber 110 is maintained at safe stable atmospheric pressure value, Avoid or reduce the excessive bring security risk of air pressure in glass chamber 110.Due to increasing exhaust pipe and pressure limiting on blender 100 Valve makes blender 100 can be realized the function of pressure cooking.

Pressure limiting valve 104 is removably placed on exhaust pipe 103, can take off from exhaust pipe 103, easy to clean.In Fig. 3 Shown in embodiment, pressure limiting valve 104 protrudes into the through-hole 135 of cup lid 102, be coupled with exhaust pipe 103, and pressure limiting valve 104 to It protrudes above outside the through-hole 135 of cup lid 102, is taken out convenient for user.

In some embodiments, air pressure threshold value can be the maximum gas pressure value that boosting reaches in cup, or be lower than maximum gas pressure Value is higher than standard atmospheric pressure.Maximum gas pressure value can be the preset air pressure of the air pressure according to needed for the food materials of production Value.Air pressure threshold value is, for example, 20KPa, or is lower than 20KPa.The design of the weight of pressure limiting valve 104 is to guarantee in cup chamber 110 Steam can jack up pressure limiting valve 104 when air pressure is not less than air pressure threshold value.The expression formula of the weight G of pressure limiting valve 104 is G=(P_th- A) S/g, wherein P_thFor air pressure threshold value, a is standard atmospheric pressure, and S is pressure limiting valve 104 in the effective of the gas outlet of exhaust pipe 103 130 Projected area, g are acceleration of gravity.The expression formula of effective projected area S is S=π (D1/2)², wherein D1 is exhaust pipe 103 The bore of gas outlet 130.The air pressure threshold value that expectation reaches can be preset, pressure limiting valve 104 is determined according to preset air pressure threshold value Weight.In practical applications, because of mismachining tolerance and/or abrasion, the weight of pressure limiting valve 104 be will be different, therefore be actually used Middle air pressure threshold value is changed also with the change of the weight of pressure limiting valve 104.So, which should in allowed limits, to protect Air pressure in card cup substantially remains near expected atmospheric pressure value, to guarantee that food materials can be heated sufficiently.

In use, when the relationship between actual pressure P in cup chamber 110 and the weight G of pressure limiting valve 104 is G≤(P-a) S/ When g, the steam in cup chamber 110 jacks up pressure limiting valve 104, starts that steam is discharged, until pressure limiting valve 104 is fallen when G=(P-a) S/g Under, exhaust pipe 103 is blocked, the air pressure in glass chamber 110 is so made to remain at a stable value.

In the embodiment shown in Figure 2, cup lid component 108 includes the safety valve 109 for being installed on cup lid 102.Safety valve 109 It is installed on inner cover 120, outer cover 121 is placed on safety valve 109.Air pressure in cup chamber 110 is excessive and pressure limiting valve 104 is by food materials etc. When blocking is unable to normal exhaust, the steam in cup chamber 110 jacks up safety valve 109, is exhausted.Steam is from inner cover 120 and outside Gap between lid 121 is discharged to the external world.Cup chamber 110 in air pressure decline after, safety valve 109 is fallen, seal itself and inner cover 120 it Between gap, making being capable of pressure maintaining in cup.The air pressure for jacking up safety valve 109 is bigger than the air pressure for jacking up pressure limiting valve 104, in pressure limiting valve 104 it is unplugged and work normally when, safety valve 109 is in sealing state.

Fig. 5 show the longitudinal sectional view of pressure limiting valve 104.Fig. 6 show the stereoscopic schematic diagram of pressure limiting valve 104.Shown in Fig. 7 For the stereogram exploded view of pressure limiting valve 104.With reference to Fig. 4-7, pressure limiting valve 104 includes valve body 141 and the spool for being fixed on valve body 141 142.Valve body 141 is placed on outside spool 142.In one embodiment, the top opening of valve body 141, and bottom opening, to pass through up and down Logical is barrel-shaped.In one embodiment, the material of valve body 141 includes plastic cement, thus the lighter in weight of valve body 141, and it is heat-insulated, Scald when preventing user from taking out pressure limiting valve 104.

In one embodiment, the material of spool 142 includes plastic cement, and such spool 142 is relatively light, makes the whole of pressure limiting valve 104 Body weight is lighter, can be jacked up by the steam under minute-pressure in cup, guarantees minute-pressure state in cup.Because being minute-pressure in cup, plastic cement can Bear the temperature in cup.In some embodiments, spool 142 and valve body 141 can pass through ultrasonic plastic welding method or card Button mode is fixedly assembled.In one embodiment, spool 142 is sheathed on outside exhaust pipe 103, limits exhaust pipe 103.Valve Core 142 includes the pipe sleeve portion 144 being sheathed on outside exhaust pipe 103.The internal diameter D2 and exhaust pipe 103 in pipe sleeve portion 144 protrude into pipe sleeve portion The range of the difference of maximum outside diameter D3 in 144 is 0.6mm to 1.4mm, can be convenient assembly, and ensure exhaust pipe 103 and spool 142 pipe sleeve portion 144 preferably cooperates.The maximum outside diameter D3 that exhaust pipe 103 protrudes into pipe sleeve portion 144 is that exhaust pipe 103 protrudes into The diameter of part the widest part in pipe sleeve portion 144.In one embodiment, pipe sleeve portion 144 protrudes into the head in pipe sleeve portion 144 132 is wider, and the neck 134 positioned at 132 lower section of head is relatively thin.It is head that exhaust pipe 103, which protrudes into the maximum outside diameter D3 in pipe sleeve portion 144, The maximum outside diameter in portion 132.

In one embodiment, spool 142 includes the valve core cap 145 for being placed in pipe sleeve portion 144 and abutting with valve body 141, And it is convexly equipped in the counterweight part 146 under valve core cap 145.In the embodiment shown in fig. 5, valve core cap 145 presses on the upper of valve body 141 End face, and it is placed on the top opening of valve body 141.Valve core cap 145 is formed with valve outlet 147, and valve outlet 147 runs through valve core cap 145, to outward opening.Multiple valve outlets 147 can be formed.Pipe sleeve portion 144 is in the middle part of the lower surface of valve core cap 145 to downward It stretches.The top in pipe sleeve portion 144 offers the pipe sleeve through-hole 148 being connected to the valve outlet 147 of valve core cap 145, is connected to pipe sleeve portion 144 inner space and the external world.Exhaust pipe 103 is connected to the inner space in pipe sleeve portion 144, and therefore, exhaust pipe 103 can lead to It crosses pipe sleeve through-hole 148 and valve outlet 147 is in communication with the outside, the channel of steam discharge is provided.Multiple valve outlets can be corresponded to 147 form multiple pipe sleeve through-holes 148.

Counterweight part 146 is surrounded on outside pipe sleeve portion 144, and the lower end surface of counterweight part 146 is not less than the lower end surface in pipe sleeve portion 144. The weight of regulation pressure-limiting valve 104 can be come by the height of adjusting counterweight part 146 in the design, thus regulation pressure-limiting valve 104 Pressure limiting size is applicable in different pressurization demands to control the pressure in cup.In the illustrated embodiment, the top of counterweight part 146 with 145 junction of valve core cap is concordant with the upper surface of valve body 141, and the height H1 of counterweight part 146 is greater than 0, and is less than or equal to valve body 141 Upper surface to pipe sleeve portion 144 lower end surface height H2.In one embodiment, counterweight part 146 is close to the outer of valve core cap 145 Edge, and protrude into valve body 141, counterweight part 146 can be limited with valve body 141 to be cooperated.

In one embodiment, pressure limiting valve 104 includes the plug 143 being fixed in spool 142, plug 143 and exhaust pipe 103 matchings, for blocking gas outlet 130.Plug 143 protrudes out downwards from valve core cap 145, extends in pipe sleeve portion 144, in pipe sleeve In portion 144 with 103 grafting of exhaust pipe.When pressure limiting valve 104 is fallen, plug 143 blocks exhaust pipe 103, and pressure limiting valve 104 is by steam top When rising, occur gap between plug 143 and exhaust pipe 103, open exhaust pipe 103, is discharged for steam.The insertion exhaust of plug 143 The end of pipe 103 is gradually tapered up into exhaust pipe 103.

In one embodiment, the material of plug 143 includes at least one of metal, ceramics and plastic cement.Plug 143 can To be shaped in spool 142.In one embodiment, the material of plug 143 includes at least one of metal and ceramics, Plug 143 is inserted into plastic molding grinding tool when molding, and plug 143 is fixed in spool 142, so by injection molding spool 142 Plug 143 is shaped in spool 142.In another embodiment, the material of plug 143 includes plastic cement, plug 143 and valve Core 142 can be shaped in spool 142 by grinding tool integrated injection molding, such plug 143.

In one embodiment, the bottom of pressure limiting valve 104 is provided with the elastic portion 149 laterally inwardly extended, exhaust pipe 103 It is inserted into pressure limiting valve 104 across elastic portion 149.In one embodiment, the wider head 132 of exhaust pipe 103 passes through elastic portion 149, it is located at 149 top of elastic portion, thinner neck 134 is limited at elastic portion 149.Elastic portion 149 has elasticity, exhaust pipe 103, which can pass through elastic portion 149, is inserted into pressure limiting valve 104, and can be held in pressure limiting valve 104 after being inserted into, and pressure limiting valve 104 can move up and down relative to exhaust pipe 103.In one embodiment, the thickness range of elastic portion 149 be 0.8mm extremely 1.5mm, elasticity when ensuring the elasticity of elastic portion 149 and assemble exhaust pipe 103, avoids elastic portion 149 excessively thin and intensity Not enough the problem of assembling is difficult to blocked up.In one embodiment, the material of elastic portion 149 includes plastic cement, can be provided preferably Elasticity, it is convenient for assembly, and be able to bear the temperature in cup under minute-pressure.

In one embodiment, the bottom opening of valve body 141, elastic portion 149 are set in the bottom opening of valve body 141. Elastic portion 149 is formed with perforation 150, and exhaust pipe 103 passes through perforation 150, protrudes into spool 142.Perforation 150 is opened in elasticity The middle part in portion 149.In one embodiment, elastic portion 149 is in the form of sheets.In one embodiment, elastic portion 149 can be with valve body 141 are integrally formed.In one embodiment, elastic portion 149 is formed with fluting 151, as shown in fig. 7, fluting 151 from perforation 150 Extend to the outer edge of elastic portion 149.The outer edge of elastic portion 149 is connect with valve body 141.Fluting 151 is through elastic portion 149 The through slot of thickness direction.Fluting 151 can increase elasticity and the service life of elastic portion 149.In one embodiment, 151 edges of fluting Elastic portion 149 radially extends.In another embodiment, 151 curves of fluting extend, such as S-shaped extends.In one embodiment In, open up a plurality of fluting 151.In the illustrated embodiment, a plurality of fluting 151 is in cross distribution.

In one embodiment, as shown in figure 5, the height of upper surface of the lower end surface in pipe sleeve portion 144 apart from elastic portion 149 The range of H3 is 1mm to 3mm, to ensure that rebound space and the valve body 141 of elastic portion 149 can cover exhaust pipe 103 completely Top half.In one embodiment, the difference of the aperture D4 of the perforation 150 of the maximum outside diameter D3 and elastic portion 149 of exhaust pipe 103 Range be 0.6mm to 1.4mm, it is ensured that exhaust pipe 103 can relatively easily pass through elastic portion 149 perforation 150, and keep with Pressure limiting valve 104 assembles, and elastic portion 149 can preferably cooperate with exhaust pipe 103.

Fig. 8 show the stereogram exploded view of the subelement of blender 100 shown in Fig. 2.Fig. 9 show cup assembly 101 With the cross-sectional view of the line B-B along Fig. 1 of cup lid 102.Figure 10 show the enlarged drawing of the regional area 11 of Fig. 9.Inner cover 120 is removable It is assembled in unloading under outer cover 121.Cup lid component 108 further includes being assembled in outer cover 121 and removably and in the assembling of inner cover 120 Lid mounting assembly 126.Inner cover mounting assembly 126 includes the interior lid support 127 for being assembled in outer cover 121 and passing through inner cover 120, and Removably lock is assigned in the inner cover fitting for lock 128 of interior lid support 127.Inner cover fitting for lock can be dismantled from interior lid support 127 128, inner cover 120 is unloaded from outer cover 121, and inner cover 120 is assembled on interior lid support 127, inner cover fitting for lock 128 is locked To interior lid support 127, inner cover 120 can be assembled to outer cover 121.In this way, inner cover 120 disassembles and installs in which can be convenient, it can Disassembly, cleaning, it is easy to clean.

Interior lid support 127 includes the support assorted portion 153 cooperated with outer cover 121, and is fixedly connected on support assorted portion 153 Inner cover mounting portion 152, inner cover mounting portion 152 is passed down through inner cover 120, locks in the lower section of inner cover 120 and inner cover fitting for lock 128 Match.In one embodiment, inner cover mounting portion 152 includes stud, passes through inner cover 120.Inner cover fitting for lock 128 includes that rotation is set to spiral shell The hand rotary nut of column 152.Hand rotary nut 128 can be can be manually rotated, dismounting inner cover 120 is easily torn open so without tool Inner cover 120 is filled, it is user-friendly.In one embodiment, stud 152 is shaped in the bottom in support assorted portion 153.Spiral shell Column 152 may include metallic stud, be put into the grinding tool of injection molding, injection molding support assorted portion 153, such stud 152 It is shaped in the bottom in support assorted portion 153.Support assorted portion 153 and inner cover fitting for lock 128 clamp inner cover 120.

In one embodiment, the outside of interior lid support 127 has bracket prosposition 156, as shown in figure 8, inner cover 120 opens up There are rack mounting apertures 157, rack mounting apertures 157 have the mounting hole prosposition 158 with the limit cooperation of bracket prosposition 156, so may be used To prevent inner cover 120 from rotating.In one embodiment, the outside of inner cover mounting portion 152 has bracket prosposition 156.In a reality It applies in example, bracket prosposition 156 is formed in the side of stud 152.In one embodiment, the opposite sides shape of interior lid support 127 Bracket prosposition 156 in a pair, rack mounting apertures 157 form opposite a pair of of mounting hole prosposition 158.In the illustrated embodiment, it props up In the arc of connection mounting hole prosposition 158, rack mounting apertures 157 are axisymmetric shape at the both ends of frame mounting hole 157.

In one embodiment, lock is provided between inner cover fitting for lock 128 and inner cover 120 with sealing ring 154, such as Figure 10 institute Show, the gap between inner sealing lid fitting for lock 128 and inner cover 120 prevents steam from leaking.In one embodiment, interior cover lock is matched Part 128 is recessed to form seal groove 155 towards the side of inner cover 120, and lock is fastened in seal groove 155 with sealing ring 154, Ke Yiyu Inner cover fitting for lock 128 is unloaded from interior lid support 127 together.

In one embodiment, cup lid component 108 includes movably being assembled in stopping for cup lid 102 to open component 160, such as Shown in Fig. 9, when higher for the air pressure in cup chamber 110, cup lid 102 is prevented to open.It will hereafter be carried out in detail to only component 160 is opened It describes in detail bright.In the illustrated embodiment, it only opens component 160 and is assembled in outer cover 121, the corresponding side for only opening component 160 of inner cover 120 Escape groove 159 is offered, only opens component 160 across escape groove 159.It only opens component 160 and is horizontally through escape groove 159, escape groove 159 can limit and only open component 160.

In one embodiment, with reference to Fig. 8 and 10, inner cover 120 can be assembled in outer cover 121 up and downly.Cup lid component 108 include the fixed cup lid sealing ring 122 for being assembled in inner cover 120, and elasticity is connected to the cup between inner cover 120 and outer cover 121 Lid elastic component 129, cup lid elastic component 129 provide inner cover 120 and the bullet up and down relative to outer cover 121 of cup lid sealing ring 122 Property power.Inner cover 120 can be moved up and down by cup lid elastic component 129, and cup lid sealing ring 122 can be upper and lower together with inner cover 120 Movement.Cup lid sealing ring 122 is sealed between cup lid 102 and cup assembly 101, between sealed cup cover 102 and cup assembly 101 Gap.In the illustrated embodiment, cup lid sealing ring 122 is sealed at the lower end surface of cup lid 102 and the cup of cup assembly 101 Mouth upper surface.

When pressure limiting valve 104 (as shown in Figure 3) and safety valve 109 (as shown in Figure 2) are unable to normal exhaust by blockings such as food materials When, it is moved upwards under the promotion of air pressure of the inner cover 120 of flexible connection in cup, compresses cup lid elastic component 129, be assembled in inner cover Cup lid sealing ring 122 on 120 moves upwards therewith, i.e., cup lid sealing ring 122 is opened, make cup lid 102 and cup assembly 101 it Between there is gap, be exhausted, so to greatest extent guarantee 100 pressurized operation of blender under safety.Air pressure drop in cup After lower, cup lid elastic component 129 is replied, and inner cover 120 is pushed downwards, seals against cup lid sealing ring 122 with cup assembly 101.

Figure 11 show the stereoscopic schematic diagram shown in the bottom surface of outer cover 121.With reference to Fig. 8-11, the following table of outer cover 121 towards Inner cover has protruded out guide post 162, and cup lid elastic component 129 is assembled in guide post 162, along 162 flexible deformation of guide post.Guide post 162 can guide the direction of motion of inner cover 120.In one embodiment, cup lid elastic component 129 is sheathed on outside guide post 162.Cup Lid elastic component 129 can be spring.

In one embodiment, cup lid elastic component 129 is connected between outer cover 121 and interior lid support 127.Cup lid elastic component 129 are connected between outer cover 121 and the support assorted portion 153 of interior lid support 127.In one embodiment, interior lid support 127 is opened Equipped with pilot hole 163, pilot hole 163 is sheathed on outside guide post 162, is moved up and down along guide post 162.So make 120 edge of inner cover The extending direction of guide post 162 moves.In the illustrated embodiment, the lower surface of outer cover 121 is convexly equipped with a pair of of guide post 162, interior Lid support 127 forms a pair of of pilot hole 163, so guarantees that inner cover 120 smoothly moves.

In one embodiment, cup lid component 108 includes across pilot hole 163 and fixing assembling is in the branch of guide post 162 Frame locating part 164.The end cross that bracket locating part 164 is located at 163 lower section of pilot hole protrudes from pilot hole 163, in pilot hole Interior lid support 127 is so assembled in outer cover 121 by lid support 127 in 163 lowermost limit.Bracket locating part 164, which is fixed on, leads To column 162.Bracket locating part 164 may include screw.

In one embodiment, the lower surface of outer cover 121 it is downwardly convex be equipped with outer cover limit convex wall 165, interior lid support 127 to On be convexly equipped with outer cover limit convex wall 165 limit cooperation inner cover retention bead 166.Outer cover limits convex wall 165 and inner cover limit Longitudinally and transversely upper limit cooperates protrusion 166, limits the lateral position of inner cover 120, and limits what inner cover 120 moved upwards Range.In one embodiment, inner cover retention bead 166 is extending at least partially into outer cover limit convex wall 165.In a reality It applies in example, the depression in centre of inner cover retention bead 166 forms limiting slot 167, and the lower surface of outer cover 121 limits convex wall in outer cover Limited post 168 is convexly equipped in 165 downwards, limited post 168 and the limit of limiting slot 167 cooperate.In one embodiment, outer cover limits Convex wall 165 and limited post 168 are located between a pair of of guide post 162.

Figure 12 show the enlarged drawing of regional area 12 shown in Fig. 9.With reference to Fig. 8,9 and 12, in one embodiment, cup Cap assemblies 108 include the seal ring bracket 123 being assembled under outer cover 121, and cup lid sealing ring 122 is assembled in seal ring bracket 123, seal the gap between seal ring bracket 123 and cup assembly 12.In one embodiment, seal ring bracket 123 is surround In outside inner cover 120.Cup lid sealing ring 122 is assembled between seal ring bracket 123 and inner cover 120, seals 123 He of seal ring bracket Gap between inner cover 120.The material of seal ring bracket 123 may include plastic cement.It can be preferably by seal ring bracket 123 Fixed cup lid sealing ring 122.In one embodiment, inner cover 120 includes metal cover, and inner cup 111 includes metal cup, sealing ring branch Frame 123 is assembled in metal cover, and clamping has cup lid sealing ring 122, cup lid sealing ring 122 between seal ring bracket 123 and metal cover Gap between sealing metal lid and metal cup.

In one embodiment, inner cover 120 includes the inner cover side wall 169 and outside from the upper end of inner cover side wall 169 of annular The inner cover overlap 170 of extension.Seal ring bracket 123 is surrounded on outside inner cover side wall 169, and supports inner cover overlap 170 upwards.Cup lid Sealing ring 122 extends between seal ring bracket 123 and overlap 170, and extends seal ring bracket 123 and inner cover side wall 169 Between, and further extend under seal ring bracket 123, to be sealed with cup assembly 101.

In one embodiment, one of inner cover 120 and cup lid sealing ring 122 are formed with holding hole, another one projection There is the clamping being fastened in holding hole raised.In the illustrated embodiment, inner cover 120 is formed with holding hole 171, cup lid sealing ring 122 is upward convex equipped with the clamping protrusion 172 being fastened in holding hole 171.Inner cover 120 is downwardly convex to be equipped with clamping protrusion 118, cup lid Sealing ring 122 is formed with the holding hole 119 with the raised 118 clampings cooperation of clamping.Cup lid sealing ring 122 passes through clamping protrusion 172 The clamping cooperation of clamping cooperation and clamping protrusion 118 and holding hole 119 with holding hole 171, is fixed on inner cover 120.At it In his embodiment, clamping protrusion 172 and holding hole 171 can be omitted or clamping protrusion 118 and holding hole 119 can be omitted, One group of clamping protrusion 172 and holding hole 171 can be set.In one embodiment, holding hole 171 and clamping protrusion 118 are formed In the inner cover overlap 170 of inner cover 120, clamping protrusion 172 and holding hole 119 are formed in the upper surface of cup lid sealing ring 122.

In one embodiment, the rim of a cup of the corresponding cup assembly 101 of at least one of cup lid 102 and cup lid sealing ring 122 Upper end surface is convexly equipped with sealing rib, seals against cup lid sealing ring 122 preferably with cup assembly 101.Shown in Figure 12 In embodiment, sealing rib includes the cup lid sealing rib 173 for being convexly equipped in the lower end surface of cup lid 102, and cup lid sealing rib 173 supports Compression cup lid sealing ring 122 is to the rim of a cup upper surface of cup assembly 101.Cup lid sealing rib 173 is convexly equipped in seal ring bracket 123.? In one embodiment, the lower end surface of cup lid 102 is convexly equipped at least two cup lid sealing ribs 173, at least two cup lid sealing bars Item 173 so reaches better seal effect along the radial direction arrangement of cup lid 102.

Figure 13 show the enlarged drawing of the regional area 13 of Fig. 9.The stereogram exploded view of component 160 is opened until shown in Figure 14. With reference to Fig. 9,13 and 14, only opening component 160 includes locking state and unlocked state.Under locking state, only opens component 160 and lock cup Lid 102 and cup assembly 101, prevent to uncap.Under unlocked state, only opens component 160 and unlock cup lid 102 and cup assembly 101, Ke Yikai Lid.Air pressure in unlocked state upper cup chamber 110 is lower than the air pressure in locking state upper cup chamber 110.When air pressure is high in cup, prevent It uncaps, air pressure can permit after reducing and uncap.When air pressure in cup chamber 110 is higher than ambient pressure, only opens component 160 and prevent cup Lid 102 is opened, and steam and the warm-served food material sputtered out of cup because cup chamber air pressure is excessively high scald user in cup can be so prevented.? Cup chamber 110 in air pressure drop as low as it is suitable with ambient pressure when, only open component 160 unlock, cup lid 102 can be opened.

In one embodiment, component 160 is only opened to include stopping valve 174 and only open connecting rod with what stopping valve 174 cooperated 175.It only opens connecting rod 175 and is movably assembled in cup lid 102.Stopping valve 174 with when only opening the limit of connecting rod 175 and cooperating, the only company of opening Bar 175 and cup assembly 101 are locked.Only open connecting rod 175 can transverse movement, stopping valve 174 can move up and down.Heating in cup chamber 110 When food, due to the accumulation of water vapour, the positive pressure outside to cup is formed, the air pressure in cup chamber 110 is greater than ambient pressure, stopping valve 174 are jacked up.Stopping valve 174 cooperates with the limit of connecting rod 175 is only opened, and the movement of connecting rod 175 is only opened in the limitation of stopping valve 174, only opens Connecting rod 175 and cup assembly 101 latch.When the air pressure of cup chamber 110 is let out it is suitable with ambient pressure when, stopping valve 174 is fallen, with The separation of connecting rod 175 is only opened, only opening connecting rod 175 can move, to allow to open cup lid 102.So as to safe opening, prevent Scald user.

In one embodiment, it only opens connecting rod 175 and offers the only aperture 176 cooperated with the limit of stopping valve 174, stopping valve When 174 insertions are stopped in aperture 176, only opens connecting rod 175 and cup assembly 101 is locked, when the disengaging of stopping valve 174 stops aperture 176, only It opens connecting rod 175 and cup assembly 101 unlocks.When stopping valve 174 is jacked up, insertion stops in aperture 176, prevents only to open the fortune of connecting rod 175 It is dynamic.When stopping valve 174 is fallen, it is detached from and stops aperture 176, only opening connecting rod 175 can move.Cup lid 102 includes cup lid handle 178. It only opens in one end insertion cup lid handle 178 of connecting rod 175, only opens connecting rod 175 from cup lid handle 178 and extend to the upper of glass chamber 110 Side.The other end for only opening connecting rod 175 corresponds to the position of stopping valve 174, offers only aperture 176.

In one embodiment, the side wall of cup lid handle 178, which is formed with, only opens mounting hole 179, only opens the one of connecting rod 175 End is formed with elastic card 180, and the insertion of elastic card 180 only opens mounting hole 179, and is snapped in and only opens 179 back side of mounting hole cup The side bore edges of chamber 110, are so assembled to cup lid 102 for cup lid handle 178.The one end for only opening connecting rod 175 is formed with a pair Elastic card 180.The one end for only opening connecting rod 175 is formed with guide rod 181, can guide the movement for only opening connecting rod 175.Guide rod 181 One end can protrude into and only open in mounting hole 179, guide rod 181 is between elastic card 180.

In one embodiment, only opening component 160 includes being flexibly set in only to open stopping between connecting rod 175 and cup lid 102 Elastic component 177 is opened, elastic component 177 is only opened and the elastic force for only opening the movement of connecting rod 175 is provided.It only opens elastic component 177 and is connected to cup lid Handle 178 and only open between connecting rod 175.It only opens elastic component 177 to be placed on outside guide rod 181, along 181 flexible deformation of guide rod.Only open bullet Property part 177 is between elastic card 180.

In one embodiment, one of connecting rod 175 and cup assembly 101 are only opened and is convexly equipped with locking convex block, another one is recessed Fall into the locking slot being formed with locking convex block cooperation.Figure 15 show the stereoscopic schematic diagram of cup assembly 101.With reference to Figure 14 and 15, In the illustrated embodiment, it only opens connecting rod 175 and is convexly equipped with locking convex block 182, the recess of cup assembly 101 is formed with and locking convex block 182 The locking slot 183 of cooperation.In one embodiment, locking slot 183 is formed in the rim of a cup lateral wall of cup assembly 101, locks convex block 182 are formed in and only open connecting rod 175.Locking slot 183 is located at 114 top of cup handle.In another embodiment, cup assembly 101 is convex Equipped with locking convex block 182, only opens the recess of connecting rod 175 and be formed with the locking slot 183 cooperated with locking convex block 182.In locking state When, locking convex block 182 is fastened in locking slot 183.When unlocked, cup lid 102 is rotated, locks convex block 182 from locking slot When being moved out in 183, connecting rod 175 is only opened by cup assembly 101 and pushes movement, compression only opens elastic component 177, to open cup lid 102。

3 and 14 are continued to refer to figure 1, cup lid 102 is formed with the gas vent 186 being connected to cup chamber 110, and stopping valve 174 can live It is assembled in the gas vent 186 of cup lid 102 dynamicly.Seal vents 186 when stopping valve 174 is in sealing state.Implement at one In example, only opening component 160 includes being fixed on stopping for cup lid 102 to open axle sleeve 184, and stopping valve 174 can be arranged in up and downly only Open axle sleeve 184.It only opens the fixation of axle sleeve 184 and is assembled in inner cover 120, and seal and assemble with inner cover 120.Stopping valve 174, which is located at, only to be opened The end of 184 lower section of axle sleeve, which is provided with, only opens sealing ring 185, seals stopping valve 174 and only opens the gap between axle sleeve 184.Only When extreme higher position is arrived on the top of valve opening 174, only opens the sealing of sealing ring 185 and be located at stopping valve 174 and only open between axle sleeve 184, sealing stops Valve opening 174 and gap between axle sleeve 184 only is opened, so that seal vents 186, make pressure maintaining in cup.In stopping valve 174 from highest It when position moves down, stopping valve 174 and only opens between axle sleeve 184 and exhaust clearance occurs, to open gas vent 186, can carry out Pressure release.Pressure release to it is suitable with ambient pressure when, stopping valve 174 can fall on extreme lower position, and only open connecting rod 175 and separate.

Figure 16 show the cross-sectional view of cup lid 102 and cup assembly 101 line C-C along Fig. 1.Figure 17 show part in Figure 16 The enlarged drawing in region 14.Cup lid component 108 includes the pressure release component 190 for being movably assembled in cup lid 102, pressure release component 190 It is connected to stopping valve 174.Pressure release component 190 moves, and stopping valve 174 is pushed to move, and stopping valve 174 opens gas vent 186, steam It can be discharged, to carrying out pressure release in cup.When food materials, which are cooked, to be terminated or uncap halfway, pressure release component 190 can push stopping valve 174, it realizes quick pressure releasing and uncaps, save user time.In one embodiment, pressure release component 190 is assembled in outer cover 121, Between outer cover 121 and inner cover 120.

Figure 18 show the stereogram exploded view of pressure release component 190.With reference to Figure 16-18, pressure release component 190 includes living up and down It is assembled in the pressure relief press button 191 of cup lid 102 dynamicly, is pressed for user.Cup lid 102 is formed with the pressure release of installation pressure relief press button 191 Mounting hole 187, pressure release mounting hole 187 run through outer cover 121.In one embodiment, pressure relief press button 191 includes the first hook 193 With the second hook 194, cup lid 102 is formed with the first card hole 188 and the second card hole 189, as shown in figure 11.First hook 193 card It is buckled in the first card hole 188, the second hook 194 is snapped in the second card hole 189.Pressure relief press button 191 is so assembled in cup lid 102 On.First card hole 188 and the second card hole 189 are formed in outer cover 121, can be located at 187 outside of pressure release mounting hole.

Pressure relief press button 191 includes press section 195, exposes pressure release mounting hole 187, is pressed for user.First hook 193 and Two hooks 194 protrude out downwards from press section 195, can be located at the edge of press section 195.Pressure relief press button 191 is in press section 195 Middle part protrudes out to form pressing guide post 196 downwards.In one embodiment, the transverse width of the first hook 193 and the second hook 194 Transverse width it is unequal, so avoid the first hook 193 and the second hook 194 anti-loaded.In one embodiment, the first hook The difference of the transverse width of 193 transverse width and the second hook 194 is not less than 1mm.

7 and 18 are continued to refer to figure 1, pressure release component 190 includes the pressure release being set between pressure relief press button 191 and cup lid 102 Elastic component 192.Pressure release elastic component 192 is compressed when pressure relief press button 191 is pressed.After releasing pressing, pressure release elastic component 192 is pressed to pressure release Button 191, which resets, provides elastic force.Pressure release elastic component 192 is located in pressure release mounting hole 187, is connected to pressure relief press button 191 and outer cover 121 Between.Pressure release elastic component 192 can be placed on outside pressing guide post 196, and press section 195 is supported on top.

Pressure release component 190 includes the pressure release connecting rod 197 for being assembled in pressure relief press button 191, and pressure release connecting rod 197 presses on stopping valve On 174.Pressure release connecting rod 197 can be fixed on pressure relief press button 191 by pressure release fixing piece 198 (such as screw).Pressing pressure release is pressed Button 191 pushes pressure release connecting rod 197 to move downward, and pressure release connecting rod 197 pushes stopping valve 174 to move downward, and beats stopping valve 174 Begin to rehearse stomata 186.Pressure release connecting rod 197 passes through the fixed bottom end for being assembled in pressing guide post 196 of pressure release fixing piece 198.Pressure release connecting rod 197 are located at 187 lower section of pressure release mounting hole.

In one embodiment, cup lid 102 is convexly equipped with connecting rod guide post 161 to pressure release connecting rod 197, and pressure release connecting rod 197 is opened Equipped with the connecting rod pilot hole 199 for being sheathed on connecting rod guide post 161, connecting rod pilot hole 199 is moved along connecting rod guide post 161.Connecting rod Guide post 161 limits pressure release connecting rod 197, and guides the movement of pressure release connecting rod 197.Connecting rod guide post 161 is convexly equipped in outer cover 121 Inner bottom surface.The bottom face of connecting rod guide post 161 is higher than the bottom end of pressure release mounting hole 187.Pressure release connecting rod 197 is from pressure relief press button 191 Bottom end laterally extend to 174 direction of stopping valve, then the inner bottom surface close to outer cover 121 is upwardly extended, with connecting rod guide post 161 Cooperation, then laterally extend to stopping valve 174, extend to the top of stopping valve 174.

Figure 19 show the partial sectional view of another embodiment of pressure limiting valve 204 and cup lid 102.It is limited shown in Figure 19 Pressure valve 204 is similar to pressure limiting valve 104 shown in Figure 4 and 5.Compare pressure limiting valve 104 shown in Figure 4 and 5, pressure limiting shown in Figure 19 The elastic portion 249 of valve 204 is set at the bottom opening of spool 142.Elastic portion 249 is located at the bottom in the pipe sleeve portion 144 of spool 142 In end.The material of elastic portion 249 may include plastic cement, and elastic portion 249 can be integrally formed with spool 142.In one embodiment In, elastic portion 249 can be in elastic slice shape.In another embodiment, elastic portion 249 may include being convexly equipped in spool 142 Salient point.One or more salient points can be set.In some embodiments, elastic portion 249 can be in rectangle, cylinder or hemispherical Deng.

In the present embodiment, elastic portion 249 is formed with perforation 250, and exhaust pipe 103 passes through perforation 250, protrudes into spool 142 It is interior.Exhaust pipe 103 protrude into maximum outside diameter D3 in pipe sleeve portion 144 and perforate 250 aperture D5 difference range be 0.6mm extremely 1.0mm.Perforation 250 can be similar to perforation 150 shown in fig. 5.In another embodiment, perforation 250 can be salient point and What the discharge hoses 103 formed between the hole that passes through of discharge hoses 103 that 142 inner wall of spool is formed or multiple salient points passed through Hole.The aperture D5 of perforation 250 is the radical length or multiple salient points between the inner end and opposite 142 inner wall of spool of salient point Inner end where diameter of a circle.

Figure 20 show the partial enlarged view of another embodiment of cup lid sealing ring 222.The sealing of cup lid shown in Figure 20 Circle 222 is similar to cup lid sealing ring 122 shown in Figure 12.Cup lid sealing ring 122 shown in Figure 12 is compared to, shown in Figure 20 The sealing rib of cup lid sealing ring 222 includes the circle sealing rib 2731,2732 for being convexly equipped in cup lid sealing ring 222, imitates sealing Fruit is more preferable.

In one embodiment, circle sealing rib includes the upper rib 2731 protruded out to cup lid 102, and upper rib 2731 supports The lower end surface of cup lid 102 is peaked at, such cup lid 102 compresses rib 2731, and so that the sealing effect is better.In the illustrated embodiment, Upper rib 2731 is resisted against the lower end surface of seal ring bracket 123.One or more radially-arranged upper rib 2731 can be set. In one embodiment, circle sealing rib includes the lower rib 2732 protruded out to the rim of a cup upper surface of cup assembly 101, lower rib 2732 press on the rim of a cup upper surface of cup assembly 101.One or more radially-arranged lower rib 2732 can be set.In this reality It applies in example, circle sealing rib includes upper rib 2732 and lower rib 2732.Upper rib 2732 and lower rib 2732 can be longitudinal right Together.In another embodiment, circle sealing rib includes upper rib 2732 or lower rib 2732.

In another embodiment, sealing rib includes the cup lid of circle sealing rib and the lower end surface for being convexly equipped in cup lid 102 Seal rib.Circle sealing rib may include upper rib 2732 and/or lower rib 2732, and cup lid sealing bar regulations are as shown in figure 12 Cup lid seal rib 173, cup lid sealing rib compress cup lid sealing ring 222 to the rim of a cup upper surface of cup assembly 101.Cup lid Rib and circle sealing rib are sealed along the radial direction arrangement of cup lid 102.Cup lid sealing ring 222 so can preferably be compressed to cup group Part 101 guarantees better seal effect.In one embodiment, the upper rib 2732 of cup lid sealing rib and circle sealing rib Rib can be sealed along the radial direction arrangement of cup lid 102, cup lid and the lower rib 2732 of circle sealing rib can be longitudinally-aligned.

Figure 21 show the stereogram exploded view of another embodiment of cup lid 202 and cup assembly 201.Cup shown in Figure 21 Lid 202 is similar to cup lid 102 shown in Fig. 2.It is compared to cup lid 102 shown in Fig. 2, cup lid 202 shown in Figure 21 includes gold Belong to cup lid 120, and outer cover saves.Exhaust pipe 103 is installed on metal cup lid 120 and safety valve 109,103 upper cover of exhaust pipe are equipped with Pressure limiting valve 104.Metal cup lid 120 is also equipped with seal ring bracket 123 and cup lid sealing ring 122.

Cup assembly 201 shown in Figure 21 is similar to cup assembly 101 shown in Fig. 2.Cup assembly 201 shown in Figure 21 includes Metal cup 211 and the cup handle 214 for being assembled in metal cup 211, outer cup is saved.

Figure 22 show the stereogram exploded view of another embodiment of cup lid 102 and cup assembly 201.Cup shown in Figure 22 Lid 102 is similar to cup lid 102 shown in Fig. 2, including metal cover 120 and outer cover 121.Cup lid 102 further includes being assembled in metal cover 120 and outer cover 121 cup lid sealing ring 122 and seal ring bracket 123.Exhaust pipe 103 and safety valve are installed on metal cover 120 109,103 upper cover of exhaust pipe is equipped with pressure limiting valve 104.Details are not described herein.Cup assembly 201 shown in Figure 22 is similar to shown in Figure 21 Cup assembly 201, including metal cup 211 and the cup handle 214 for being assembled in metal cup 211, outer cup is saved, and details are not described herein.

Figure 23 show the stereogram exploded view of another embodiment of cup lid 202 and cup assembly 101.Cup shown in Figure 23 Lid 202 is similar to cup lid 202 shown in Figure 21, including metal cover 120, and outer cover saves.Exhaust pipe is installed on metal cup lid 120 103 and safety valve 109,103 upper cover of exhaust pipe is equipped with pressure limiting valve 104.Metal cup lid 120 is also equipped with 123 He of seal ring bracket Cup lid sealing ring 122.Cup assembly 101 shown in Figure 23 is similar to cup assembly 101 shown in Fig. 2, including metal cup 211 and outer Cup 112.Cup handle 114 is assembled with outside outer cup 112.

Figure 24 show the stereoscopic schematic diagram of another embodiment of blender 300.Blender 300 shown in Figure 24 is similar In the stereoscopic schematic diagram of blender 100 shown in FIG. 1.It is compared to blender 100 shown in FIG. 1, blender shown in Figure 24 300 cup lid 302 is provided at least two exhaust pipes, and blender 300 includes at least two pressure limiting valves 304, is covered on corresponding On exhaust pipe, the double-deck voltage-limiting protection or multiple voltage-limiting protection are realized.Exhaust pipe be similar to exhaust pipe 103 shown in Fig. 4, at least two A exhaust pipe is provided separately.In the embodiment shown in Figure 24, blender 300 includes two pressure limiting valves 304.In other implementations In example, three or more pressure limiting valves 304 are can be set in blender 300.

Figure 25 show the stereoscopic schematic diagram of another embodiment of blender 400.Figure 26 show shown in Figure 25 and stirs Mix the part isometric exploded view of machine 400.The cup lid component 408 and cup assembly 101 that Figure 27 show blender 400 are along Figure 25 The cross-sectional view of line D-D.Figure 28 show the enlarged drawing of regional area 15 in Figure 27.Blender 400 shown in Figure 25-28 is similar to The stereoscopic schematic diagram of blender 100 shown in FIG. 1.It is compared to blender 100 shown in FIG. 1, blender shown in Figure 25-28 400 cup lid component 408 includes pressure detector 415, and pressure detector 415 is assembled in cup lid 402, and with cup assembly 101 Cup chamber 110 is connected to, and the air pressure in detection cup chamber 110 can show air pressure, user is facilitated to check at any time, increases what user used The sense of security.

With reference to Figure 25-28, cup lid 402 is provided with the exhaust pipe 4032 being connected to cup chamber 110, pressure detector 415 and row Tracheae 4032 is connected to, and the air pressure in cup passes to pressure detector 415 by exhaust pipe 4032.In one embodiment, pressure is examined Device 415 is surveyed to be covered on exhaust pipe 4032.In another embodiment, pressure detector 415 passes through conduit and exhaust pipe 4032 Connection.Pressure detector 415 includes pressure display table 4151, the pressure that display pressure detector 415 detects.Implement at one In example, pressure display table 4151 includes display dial, shows air pressure by dial plate, scale and pointer can be set in dial plate.Another In one embodiment, pressure display table 4151 includes digital wash, shows air pressure by digital wash.Digital wash can To include liquid crystal display, pressure value is shown.

In one embodiment, exhaust pipe includes downtake pipe 4031 and second exhaust pipe 4032, and pressure limiting valve 104 covers Set on one of downtake pipe 4031 and second exhaust pipe 4032, pressure detector 415 and downtake pipe 4031 and the The connection of the other of two exhaust pipes 4032.Downtake pipe 4031 and second exhaust pipe 4032 are assembled in cup lid 402, can be with class It is similar to exhaust pipe 103 shown in Fig. 4.Cup lid 402 forms two through-holes, and downtake pipe 4031 and second exhaust pipe is respectively set 4032.In one embodiment, downtake pipe 4031 and second exhaust pipe 4032 are assembled in inner cover 420.Pressure limiting valve 104 is similar In pressure limiting valve 104 shown in FIG. 1, details are not described herein.In Figure 25-28, pressure limiting valve 104 is placed on downtake pipe 4031, pressure Force detector 415 is connected to second exhaust pipe 4032.

Similar to blender 100, the cup lid component 408 of blender 400 further includes the safety valve 109 for being assembled in cup lid 402. Inner cover 420 is assembled with cup lid sealing ring 122 and seal ring bracket 123.Detailed description sees above related embodiment, herein no longer It repeats.

Figure 29 show the stereoscopic schematic diagram of another state of blender 400.In conjunction with reference Figure 29, downtake pipe 4031 and the structure snd size of second exhaust pipe 4032 can be identical.415 interchanging positions of pressure limiting valve 104 and pressure detector, And be adaptively coupled with downtake pipe 4031 and second exhaust pipe 4032, so user is facilitated to assemble.In Figure 29, pressure limiting Valve 104 is placed on second exhaust pipe 4032, and pressure detector 415 is connected to downtake pipe 4031.

In another embodiment, the structure and/or size of downtake pipe 4031 and second exhaust pipe 4032 can not Together, it is adapted to pressure limiting valve 104 and pressure detector 415, pressure limiting valve 104 and the non-interchangeable position of pressure detector 415 respectively.

Figure 30 show the stereoscopic schematic diagram of another embodiment of blender 500.Figure 31 show shown in Figure 30 and stirs Mix the cup lid component 508 of machine 500 and the stereogram exploded view of cup assembly 501.Figure 32 show cup lid component 508 and cup assembly 501 The cross-sectional view of E-E line along Figure 30.Figure 33 show the enlarged drawing of regional area 16 in Figure 32.Blender shown in Figure 30-33 500 are similar to blender 100 shown in FIG. 1.Cup lid 502 includes cup lid handle 578 and the cup lid mouth relative to cup lid handle 578 516.Cup lid 502 offers the through-hole 535 of cup lid 502 up and down, and through-hole 535 is relative to cup lid handle 578 close to cup lid mouth 516.Exhaust pipe 503 is set to the through-hole 535 of cup lid 502, and pressure limiting valve 504 can be covered on exhaust pipe 503 up and down.It is logical The center of cup lid 502 is deviateed in hole 535, and far from cup lid handle 578, close to cup lid mouth 516, user holds cup lid handle when uncapping 578, far from through-hole 535, to substantially reduce the risk of the steam scald user sprayed from through-hole 535 when uncapping.

It is compared to blender 100 shown in FIG. 1, the main distinction of blender 500 shown in Figure 30-33 is as follows: stirring The cup lid component 508 of machine 500 includes the exhaust cap 517 being assembled in through-hole 535, and exhaust pipe 503 is set in exhaust cap 517, Exhaust cap 517 is relative to cup lid handle 578 close to cup lid mouth 516.Exhaust pipe 503 is assembled in cup lid 502 by exhaust cap 517, It can be removed from cup lid 502 together with exhaust cap 517, it is easy to clean.Exhaust is provided between exhaust cap 517 and cup lid 502 Lid sealing ring 518 seals the gap between exhaust cap 517 and cup lid 502.When cup lid 502 is placed on cup assembly 501, cup lid handle Hand 578 is docked with cup handle 514, and cup lid mouth 516 is placed on the cup mouth 515 of cup assembly 501, and exhaust pipe 503 is connected to cup chamber.

In one embodiment, it is laterally extended to form exhaust pipe support 537 in exhaust cap 517, exhaust pipe 503 is arranged in Exhaust pipe support 537.Exhaust pipe support 537 can be higher than the top surface of cup lid 502, and the top of exhaust pipe 503 is higher than cup lid 502 Top surface.Pressure limiting valve 504 can be packed into exhaust cap 517.The top of pressure limiting valve 504 is more than the top of exhaust cap 517, conveniently takes out limit Pressure valve 504.

In one embodiment, the exhaust cap 517 upward convex upper surface for stretching out cup lid 502, exhaust cap out of through-hole 535 517 can accelerate to radiate.Exhaust cap 517 includes the grip part 519 outside upward convex stretching through-hole 535, and the outside of grip part 519 is convex Equipped with several raised lines 536.User can hold grip part 519 and dismount exhaust cap 517.Raised line 536 can remove exhaust cap It is anti-skidding when 517, and the area that exhaust cap 517 is contacted with air is increased, accelerate the volatilization of heat, promotes the experience of uncapping of user. In one embodiment, the outside of grip part 519 forms at least three raised lines 536.In one embodiment, several raised lines 536 It is longitudinal to extend, the circumferentially-spaced arrangement along grip part 519.

In one embodiment, the upper surface of cup lid 502 is convexly equipped with water retaining ribs 538, and water retaining ribs 538 are blocked in 535 He of through-hole Between cup lid handle 578, as shown in figure 31.When opening exhaust cap 517, cup is flowed to by cup lid 502 because part high temperature droplet has Lid handle 578 scalds the risk of hand, and water retaining ribs 538 can effectively stop high temperature droplet to flow to cup lid handle 578, reduces scald wind Danger.In one embodiment, water retaining ribs 538 can effectively stop relative to cup lid mouth 516 close to cup lid handle 578 to cup lid The droplet that handle 578 flows.In one embodiment, the arc-shaped extension of water retaining ribs 538.

The bottom of cup lid 502 is assembled with cup lid sealing ring 522.In the present embodiment, cup lid sealing ring 522 is placed on cup lid 502 bottom, the bottom of cup lid 502 are protruded into the rim of a cup of cup assembly 501.The cup of the sealing cup assembly 501 of cup lid sealing ring 522 Mouthful inside the bottom of cup lid 502 between gap, and seal cup assembly 501 rim of a cup upper surface and cup lid 502 between Gap.

The foregoing is merely the preferred embodiments of the application, not to limit the application, all essences in the application Within mind and principle, any modification, equivalent substitution, improvement and etc. done be should be included within the scope of the application protection.

Claims

1. a kind of blender, it is characterised in that: comprising:

Cup assembly (101) is formed with a glass chamber (110)；

It stirs cutter (106), is set in the cup chamber (110)；

Cup lid component (408) can be covered on the cup assembly (101), and the cup lid component (408) includes:

Cup lid (402)；

Pressure detector (415) is assembled in the cup lid (402), and is connected to the cup chamber (110), and the cup chamber is detected (110) air pressure in.

2. blender as described in claim 1, it is characterised in that: the cup lid (402) is provided with the cup chamber (110) even Logical exhaust pipe (4031,4032), the pressure detector (415) are connected to the exhaust pipe (4031,4032).

3. blender as claimed in claim 2, it is characterised in that: the pressure detector (415) is covered on the exhaust pipe On (4031,4032).

4. blender as claimed in claim 2, it is characterised in that: the pressure detector (415) passes through conduit and the row Tracheae (4031,4032) connection.

5. blender as claimed in claim 2, it is characterised in that: the cup lid component (408) includes being assembled in the cup lid (402) pressure limiting valve (104,304,504).

6. blender as claimed in claim 5, it is characterised in that: the exhaust pipe (4031,4032) includes downtake pipe (4031) and second exhaust pipe (4032), the pressure limiting valve (104,304,504) be covered on the downtake pipe (4031) and One of described second exhaust pipe (4032), the pressure detector (415) and the downtake pipe (4031) and described The connection of the other of second exhaust pipe (4032).

7. blender as claimed in claim 6, it is characterised in that: the pressure limiting valve (104,304,504) and pressure inspection Device (415) interchanging positions are surveyed, and are adaptively matched with the downtake pipe (4031) and the second exhaust pipe (4032) It connects.

8. blender as described in claim 1, it is characterised in that: the pressure detector (415) includes pressure display table (4151), the pressure that the pressure detector (415) detects is shown.

9. blender as claimed in claim 8, it is characterised in that: the pressure display table (4151) includes display dial.

10. blender as claimed in claim 8, it is characterised in that: the pressure display table (4151) includes digital wash.