CN208551507U - Stirring cup and blender - Google Patents

Abstract

The utility model relates to a kind of stirring cup and blender, which includes cup body, cup lid, the handle and switch block that cup body side is arranged in；Mounting base is mounted on the edge of cup lid, the bottom court of mounting base is arranged with a touch foot, switch block includes feeler lever cap movable up and down, connect with the bottom end of feeler lever cap linkage component, the switch feeler lever being connect with linkage component bottom end, feeler lever cap, linkage component and switch feeler lever linkage；Cup body is towards offering first axis card slot on the wall of cup of handle orientations；Feeler lever cap is movably arranged in the guide groove of handle, and the part of linkage component is arranged in first axis card slot；When cup lid lid shares cup body, touch foot presses feeler lever cap and moves downward along guide groove, to drive switch feeler lever to push the stirring switch that control stirring cup works.Stirring cup and blender provided by the utility model, substantially reduce the complexity of handle design, reduce costs, and improve the stability in use of stirring cup.

Description

Stirring cup and blender

Technical field

The utility model relates to machinery fields, more particularly to a kind of stirring cup and blender.

Background technique

As the pace of life continues to accelerate, the quality requirement of food is also gradually increased in people, and craftization operates The needs of modern social development are unable to satisfy, therefore, more and more machines start to replace manual operation, and blender is exactly it One of, it can break up food cells wall moment, plant biochemistry element be discharged, so that food materials homogenization chopping.But it is stirring When mixing machine work, when opening cup lid, the blade in cup body does not shut down, when stirring the food materials of completion in cleaning cup body, Manpower may touch blade, there is very big security risk.

To avoid above-mentioned security risk, traditional blender is provided with safety switch in handle portion, and user can pass through The switch at handle is controlled, to control the stalling of cup body inner blade, so that it is guaranteed that the safety used.

But traditional blender safety switch is integrally provided in handle inner, causes handle volume coarse, so that The internal structure of handle is complicated, and production cost is higher, and stability is poor in use for the biggish handle of volume.

Utility model content

Based on this, it is necessary to it is coarse for handle volume in traditional technology, so that the internal structure of handle is complicated, it is produced into This is higher, and the biggish handle of the volume poor technical problem of stability in use, provides a kind of stirring cup and stirring Machine.

In a first aspect, the utility model provides a kind of stirring cup, including cup body, cup lid, the handle that cup body side is arranged in And switch block；The mounting base is mounted on the edge of the cup lid, and the bottom court of the mounting base is arranged with a touching Dynamic foot, the switch block include feeler lever cap movable up and down, the linkage component connecting with the bottom end of the feeler lever cap and institute State the switch feeler lever of linkage component bottom end connection, the feeler lever cap, the linkage component and switch feeler lever linkage；It is described Cup body is towards offering first axis card slot on the wall of cup of the handle orientations；

The feeler lever cap is movably arranged in the guide groove of the handle, and the setting of the part of the linkage component is described the In one axial card slot；When the cup lid lid shares the cup body, the touch foot presses the feeler lever cap along the guide groove It moves downward, to drive the switch feeler lever to push the stirring switch for controlling the stirring cup and working.

Stirring cup provided by the above embodiment comprising: cup body, cup lid, the handle and switch that cup body side is set Component, mounting base are mounted on the edge of the cup lid, and towards a touch foot is arranged with, switch block includes for the bottom of mounting base Feeler lever cap movable up and down, the linkage component being connect with the bottom end of feeler lever cap, the switch feeler lever being connect with linkage component bottom end, Above-mentioned feeler lever cap, linkage component and switch feeler lever linkage.In addition, cup body is towards offering first axle on the wall of cup of handle orientations To card slot；Feeler lever cap is movably arranged in the guide groove of handle, and the part of above-mentioned linkage component is arranged in the first axis card In slot；When cup lid lid shares cup body, touch foot presses feeler lever cap and moves downward along guide groove, voltage-controlled under switch feeler lever to drive The stirring switch of stirring cup work processed.The switch block of stirring cup joins without being integrally provided in handle inner in the present embodiment The part of dynamic component is arranged in first axis card slot, therefore it greatly reduces the complexity of handle design, reduces costs, The volume of handle is also reduced, the stability of stirring cup in use is improved.

The linkage component includes the first linkage piece and connect with first linkage piece in one of the embodiments, Second linkage piece, first linkage piece are located in the accommodating chamber of the guiding trench bottom, and connect with the bottom end of the feeler lever cap It connects, second linkage piece is arranged in the first axis card slot.

First linkage piece and second linkage piece are integrally formed in one of the embodiments,.

The handle includes grip part and covering part in one of the embodiments, and the covering part lid closes described second Linkage piece, and the connecting pin connection corresponding with the grip part respectively of the both ends of the covering part, form " mouth " character form structure.

The feeler lever cap includes: compression zone and elastic element in one of the embodiments, and the compression zone bottom opens up There is the second axial card slot, first linkage piece is plugged in the described second axial card slot；

When the compression zone receives downward pressure, the compression zone is transported downwards under the action of the elastic element It is dynamic.

The feeler lever cap in one of the embodiments, further include: baffle step is provided with positioning on the baffle step Hole, the side that the handle inner is located at the compression zone are provided with a positioning column；

The compression zone and the baffle step form a L-shaped structure, and the positioning column wears the location hole as institute The up and down motion for stating baffle step is oriented to.

The elastic element is spring in one of the embodiments,.

The width of the first axis card slot is 11.5mm, depth 2mm in one of the embodiments,.

The stirring cup in one of the embodiments, further include: cup lid button, the cup lid button and the mounting base connect It connects；

When the cup lid button is by downward pressure, the touch foot is driven to press the feeler lever cap.

Second aspect, the utility model provide a kind of blender, comprising: host and as described in above-mentioned any embodiment Stirring cup, the stirring cup are located at the top of the host, and the host includes stirring switch.

Blender provided by the above embodiment comprising stirring cup and host, and stirring cup is located at the top of host, so that Stirring cup is firm to be placed on host, and the second linkage piece in blender is arranged in first axis card slot, significantly The complexity for reducing handle design, reduces costs, and also reduces the volume of handle, improves stirring cup in use Stability.

Detailed description of the invention

Fig. 1 is the schematic cross-sectional view for the stirring cup that one embodiment provides；

Fig. 1 a is the structural schematic diagram of the first axis card slot for the stirring cup that one embodiment provides；

Fig. 2 is the schematic cross-sectional view for the stirring cup that another embodiment provides；

Fig. 3 is the schematic cross-sectional view of the feeler lever cap for the stirring cup that another embodiment provides；

Fig. 4 is the top view of the first axis card slot of the wall of cup for the stirring cup that another embodiment provides；

Fig. 5 is the schematic cross-sectional view for the stirring cup that another embodiment provides；

Fig. 6 is the structural schematic diagram for the blender that another embodiment provides.

Description of symbols:

10: stirring cup；20: host；101: cup body；

102: cup lid；103: handle；104: switch block；

105: wall of cup；121: mounting base；122: touching foot；

123: cup lid button；131: first axis card slot；132: grip part；

133: covering part；141: feeler lever cap；142: linkage component；

143: switch feeler lever；171: guide groove；172: accommodating chamber；

201: stirring switch；1411: compression zone；1412: elastic element；

1413: baffle step；1414: location hole；1415: positioning column；

1421: the first linkage pieces；1422: the second linkage pieces；1411a: the second axial card slot；

1412a: spring.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

Stirring cup and blender provided by the embodiment of the utility model, can be applied to blender field, not only can be with Big solid food materials are chopped into solid of molecule, such as production fillings etc., solid food materials can also be fabricated to liquid, For example water fruits and vegetables is smashed to pieces, fruit juice, vegetable juice etc. is made.The safety open peace component of traditional stirring cup is integrally provided in handle Inside causes handle volume coarse, and stability is poor in use and production cost is higher, stirring provided by the utility model Cup and blender aim to solve the problem that the technical problem as above of traditional technology.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, it by following embodiments and ties Attached drawing is closed, to the further description of the technical scheme in the embodiment of the utility model.It should be appreciated that tool described herein Body embodiment only to explain the utility model, is not used to limit the utility model.

Fig. 1 is the schematic cross-sectional view for the stirring cup that one embodiment provides.As shown in Figure 1, the stirring cup, comprising: Cup body 101, cup lid 102, the handle 103 and switch block 104 that 101 side of cup body is set；The mounting base 121 is mounted on The bottom court of the edge of the cup lid 102, the mounting base 121 is arranged with a touch foot 122, the switch block 104 Including feeler lever cap 141 movable up and down, the linkage component 142 being connect with the bottom end of the feeler lever cap 141 and the linkage structure The switch feeler lever 143 of 142 bottom end of part connection, the feeler lever cap 141, the linkage component 142 and the switch feeler lever 143 It is dynamic；The cup body 101 is towards offering first axis card slot 131 on the wall of cup 105 in 103 direction of handle；The feeler lever cap 141 are movably arranged in the guide groove 171 of the handle 103, and the part of the linkage component 142 is arranged in the first axis In card slot 131；When the cup lid 102 lid shares the cup body 101, the touch foot 122 presses the feeler lever cap 141 along institute It states guide groove 171 to move downward, to drive the switch feeler lever 143 to push the stirring switch for controlling the stirring cup 10 and working 201。

Specifically, shown in Figure 1, the stirring cup, comprising: cup lid 102,101 side of cup body is arranged in cup body 101 Handle 103 and switch block 104；Optionally, cup body 101 can be glass material, can be plastic material, for hold to Stir food materials.101 structure of cup body can be hollow cylindrical structure, can be hollow square structure, can be arbitrary The structure of food materials can be held, the present embodiment does not do any restriction to this.It can pass through between cup lid 102 and above-mentioned cup body 101 The connection of overhead kick structure, can be connected by the structure of rubber knob；Above-mentioned mounting base 121 is mounted on the edge of the cup lid 102, And the bottom of above-mentioned mounting base 121, towards a touch foot 122 is arranged with, optionally, which can be rubber material Matter, can be aluminum alloy material, and above-mentioned touch foot 122 can be columned structure, can also be rod-like structure, can also be Bottom end is the structure of wedge angle.Optionally, which can be set in any position of above-mentioned 121 bottom of mounting base, as long as Triggering can be pushed to feeler lever cap 141.

In addition, above-mentioned switch block 104 includes feeler lever cap 141 movable up and down, connect with the bottom end of feeler lever cap 141 Linkage component 142, the switch feeler lever 143 being connect with 142 bottom end of linkage component.Optionally, feeler lever cap 141 can be ellipse touching Pole cap, can also be quadrangle feeler lever cap, the present embodiment to the shape of feeler lever cap 141 without limitation.Optionally, above-mentioned linkage structure Part 142 can be interlocking bar, be also possible to linkage piece.In the present embodiment, feeler lever cap 141, linkage component 142, switch feeler lever 143 Three is linkage.Optionally, clamping, Nian Jie etc. be can be between above-mentioned feeler lever cap 141 and linkage component 142, wherein clamping Can be annular clamping, can be cantilever clamping structure, can be between above-mentioned linkage component 142 and switch feeler lever 143 clamping, Riveting etc..

Specifically, above-mentioned cup body 101 is towards offering first axis card slot 131 on the wall of cup 105 in 103 direction of handle, Structural schematic diagram is referring to shown in Fig. 1 a, and optionally, the structure of the first axis card slot 131 can be hollow rectangular recess knot Structure is greatly reduced the complexity of the design of handle 103, is subtracted by the design of the first axis card slot 131 opened up on wall of cup 105 The small volume of handle 103.Above-mentioned feeler lever cap 141 is movably arranged in the guide groove 171 of handle 103, so that feeler lever cap 141 can To move up and down along guide groove 171, optionally, the cross section of guide groove 171 can be rectangle, can be circle.It is above-mentioned The part of linkage component 142 is arranged in above-mentioned first axis card slot 131.

When carrying out food materials stirring using the stirring cup, first food materials are put into stirring cup cup body 101, lid shares cup lid 102, when the cup lid 102 lid shares above-mentioned cup body 101, so that the touch foot of 121 bottom of mounting base of 102 edge of cup lid 122 press above-mentioned feeler lever cap 141 moves downward along the guide groove 171, and then drives linkage component 142, the linkage component 142 It can move downward, thus the switch feeler lever 143 that triggering is connect with 142 bottom of linkage component.In this way, feeler lever cap 141, connection Dynamic component 142 and switch feeler lever 143 are synchronized and are moved downward, and then push the stirring switch 201 for controlling the stirring cup 10 work, are stirred The machine of mixing starts to work normally.When opening cup lid 102, so that the touch foot 122 of 121 bottom of mounting base of 102 edge of cup lid It moves up, feeler lever cap 141 is due to losing gravity and then moving upwards along above-mentioned guide groove 171, to drive linkage component 142 Move up, at the same be located at 142 bottom of linkage component switch feeler lever 143 also move up, then stir switch 201 due to losing gravity to On bounce so that blender stops working.In this way, blender stops working after having reached opening cup lid 102, realizes and uncap The purpose of protection.

In conclusion the present embodiment is provided with first axis card slot 131, and the connection in switch block 104 on wall of cup 105 Dynamic 142 part of component is arranged in first axis card slot 131, touches when being located at the touch foot 122 that 121 bottom of mounting base is arranged downward When hair or disengaging feeler lever cap 141, so that linkage component 142 is up and down, so that driving switch feeler lever 143 is pushed or is moved up, And then control the stirring switch 201 that stirring cup 10 works and push or move up, convenient for stirring the touch and reset of switch 201.

Stirring cup provided in this embodiment comprising: cup body, cup lid, the handle and switching group that cup body side is set Part, mounting base are mounted on the edge of the cup lid, and towards a touch foot is arranged with, switch block includes can for the bottom of mounting base Up and down feeler lever cap, the linkage component being connect with the bottom end of feeler lever cap, the switch feeler lever being connect with linkage component bottom end, on State feeler lever cap, linkage component and switch feeler lever linkage.In addition, cup body is towards offering first axis on the wall of cup of handle orientations Card slot；Feeler lever cap is movably arranged in the guide groove of handle, and the part of above-mentioned linkage component is arranged in the first axis card slot In；When cup lid lid shares cup body, touch foot presses feeler lever cap and moves downward along guide groove, to drive switch feeler lever to push control The stirring switch of stirring cup work.In the present embodiment, the switch block of stirring cup links without being integrally provided in handle inner The part of component is arranged in first axis card slot, therefore it greatly reduces the complexity of handle design, reduces costs, The volume for reducing handle improves the stability of stirring cup in use.

Fig. 2 is the stirring cup schematic cross-sectional view that another embodiment provides.In the base of above-mentioned embodiment shown in FIG. 1 On plinth, optionally, the linkage component 142 include the first linkage piece 1421 and connect with first linkage piece 1421 second Linkage piece 1422, first linkage piece 1421 are located in the accommodating chamber 172 of 171 bottom of guide groove, and with the feeler lever The bottom end of cap 141 connects, and second linkage piece 1422 is arranged in the first axis card slot 131.

Specifically, above-mentioned linkage component 142 include the first linkage piece 1421 and connect with first linkage piece 1421 the Two linkage pieces 1422, optionally, the first linkage piece 1421 may be the same or different with 1422 structure of the second linkage piece, and Second linkage piece 1422 can flexibly drive switch feeler lever 143 to move up and down.Above-mentioned first linkage piece 1421 is located at above-mentioned guiding In the accommodating chamber 172 of 171 bottom of slot, and it is connect with the bottom end of feeler lever cap 141.Optionally, first linkage piece 1421 and feeler lever The bottom end of cap 141 can be clamping, can be riveting, wherein clamping can be annular clamping, can be cantilever clamping.It is above-mentioned Second linkage piece 1422 is arranged in above-mentioned first axis card slot 131, to reduce the structure complexity of handle 103, reduces The volume of handle 103, and the second linkage piece 1422 can move up and down in first axis card slot 131, substantially increase The stability of stirring cup 10 in use.Optionally, first linkage piece 1421 and second linkage piece 1,422 1 It is body formed, enable the first linkage piece 1421 that the second linkage piece 1422 is more effectively driven integrally to move downward.

Optionally, above-mentioned handle 103 may include grip part 132 and covering part 133, and the covering part 133 is covered described in conjunction Second linkage piece 1422, and the connecting pin connection corresponding with the grip part 132 respectively of the both ends of the covering part 133, form One " mouth " character form structure.

Specifically, above-mentioned 103 material of handle can be Plastic material, it is also possible to stainless steel material, wherein handle 103 stressed member as stirring cup facilitates user to lift stirring cup, and optionally, above-mentioned handle 103 includes 132 He of grip part Covering part 133, optionally, above-mentioned grip part 132 can be hollow rectangular parallelepiped structure, can be hollow cylindrical structure, Facilitate user's taking and placing stirring cup.Optionally, the structure of covering part 133 can be the rectangle structure of rule, be also possible to any Can cover the structure for closing the second linkage piece 1422, close by lid and state the second linkage piece 1422, not only can may be used also with dust protection The second linkage piece 1422 is damaged to avoid foreign object strike.

In addition, the connecting pin connection corresponding with grip part 132 respectively of the both ends of above-mentioned covering part 133, forms " mouth " word Shape structure, shown in Figure 2, which can hold stirring cup in order to user hand.It should be noted that the present embodiment is to grip part 132 and the material of covering part 133 do not do any restriction.

Blender provided in this embodiment, the first linkage piece and the second linkage piece that linkage unit includes, when cup lid lid It when sharing cup body, touches foot and presses feeler lever cap and moved downward along guide groove, so that the first linkage piece of triggering moves downward, due to the One linkage piece and the second linkage piece are integrally formed, therefore the first linkage piece drives the second linkage piece to move downward, so that the Two linkage pieces drive switch feeler lever to move downward, come stirring switch when touching stirring cup work.Due to second in linkage component Linkage piece is arranged in first axis card slot, greatly reduces the complexity of handle design, reduces costs, also reduces hand The volume of handle improves the stability that stirring cup uses, and its structure is simple, easily manufactured, high safety and reliability.

Fig. 3 is the schematic cross-sectional view of the feeler lever cap for the stirring cup that another embodiment provides, in above-mentioned shown implementation On the basis of example, optionally, the feeler lever cap 141 includes: compression zone 1411 and elastic element 1412,1411 bottom of compression zone Portion offers the second axial card slot 1411a, and first linkage piece 1421 is plugged in the described second axial card slot 1411a；When When the compression zone 1411 is by downward pressure, the compression zone 1411 is transported downwards under the action of elastic element 1412 It is dynamic.

Specifically, 1411 material of compression zone can be aluminium alloy class material, the material of cast iron class can be, optionally, by Splenium 1411 can be any structure that can be moved in guide groove 171, be able to bear from the pressure for touching foot 122, And it is up and down to drive the first linkage piece 1421 to carry out, and 1411 bottom of compression zone offers the second axial card slot 1411a.It is optional , the second axial direction card slot 1411a can be rectangle card slot, can be it is any can with the card slot of the first linkage piece of grafting 1421, By the axial card slot 1411a of setting second, compression zone 1411 is accurately connect with the first linkage piece 1421.Optionally, Spring element 1412 can be spring 1412a, wherein spring 1412a can be leaf spring, can be helical spring.

It should be noted that when above-mentioned compression zone 1411 is by from the downward pressure for touching the application of foot 122, so that The compression zone 1411 moves downward under the action of above-mentioned elastic element 1412, and then the first linkage piece 1421 is driven to drive second Linkage piece 1422, so that the second linkage piece 1422 is up and down in the first axis card slot 131 on wall of cup 105, to drive It switchs feeler lever 143 to push, and then touches the stirring switch 201 when control stirring cup work, so that blender is started to work.

Optionally, with continued reference to shown in Fig. 3, above-mentioned feeler lever cap 141 can also include: baffle step 1413, the baffle Location hole 1414 is provided on step 1413, the side that the handle 103 is internally located at the compression zone 1411 is provided with centainly Position column 1415；The compression zone 1411 forms a L-shaped structure with the baffle step 1413, and the positioning column 1415 wears institute The up and down motion that location hole 1414 is the baffle step 1413 is stated to be oriented to.

Specifically, above-mentioned feeler lever cap 141 further includes baffle step 1413, location hole is provided on the baffle step 1413 1414, optionally, location hole 1414 can be circular hole, can be square hole.When feeler lever cap 141 is made in the elastic force of elastic element 1412 When being popped up under along guide groove 171, due to the position-limiting action of baffle step 1413, so that feeler lever cap 141 not will pop up Guide groove 171 ensures that the up and down stability of feeler lever cap 141.

In addition, the side that above-mentioned handle 103 is internally located at above-mentioned compression zone 1411 is provided with a positioning column 1415, it is optional , above-mentioned positioning column 1415 can be a cube rod structure, can be cylindrical structure, can be triangular prism structure, can be and appoints What can pass through the structure of location hole 1414, due to being provided with positioning column 1415, so that elastic element 1412 is under the effect of elasticity It is accurately bounced by positioning column 1415, which plays guiding role, ensures that feeler lever cap 141 can be more It is accurately moved in guide groove 171, further improves the stability of stirring cup 10 in use.

Stirring cup provided in this embodiment, when lid shares cup lid, the touch foot positioned at mounting base edge triggers feeler lever cap, At this moment, the compression zone of feeler lever cap will receive downward pressure, and then baffle step is driven to move downward, due to setting on baffle step Be equipped with the matched location hole of positioning column, therefore can make spring elastic force effect and positioning column guiding role under be directed Compression, ensures that feeler lever cap more accurate can be moved downward along guide groove, so that the compression zone of feeler lever cap The first linkage piece of accurate driving moves downward；Since the first linkage piece and the second linkage piece are integrally formed, the first linkage piece It will drive the second linkage piece to move downward, so that the second linkage piece drives switch feeler lever to move downward, to touch stirring cup Stirring switch when work.In addition, due to the position-limiting action of baffle step, so that feeler lever cap not will pop up guide groove, thus really The up and down stability of feeler lever cap is protected；Also, it since the second linkage piece is arranged in first axis card slot, substantially reduces The complexity of handle design, reduces costs, and also reduces the volume of handle, improves the stabilization of stirring cup in use Property.

Fig. 4 is the top view of the first axis card slot 131 of the wall of cup for the stirring cup that another embodiment provides, in above-mentioned reality On the basis of applying example, as shown in figure 4, the structure includes: cup body 101, handle 103, first axis card slot 131, the second linkage piece 1422.Optionally, the width of the first axis card slot 131 is 11.5mm, depth 2mm.131 depth of first axis card slot It is small, and can be completely bonded with the second linkage piece 1422, without by the setting of the second linkage piece 1422 in handle inner, because This reduces the complexity of handle design, reduces costs simultaneously, also reduces the volume of handle.

Fig. 5 is the schematic cross-sectional view for the stirring cup that another embodiment provides.The stirring cup further include: cup lid Button, the cup lid button 123 are connect with the mounting base 121；When the cup lid button 123 is by downward pressure, described in drive It touches foot 122 and presses the feeler lever cap 141.

Specifically, above-mentioned stirring cup further include: cup lid button 123, optionally, the bottom of above-mentioned cup lid button 123 can be down Hooking structure, the clamping for enabling to cup lid 102 and cup body 101 to consolidate, improves the leakproofness of stirring cup 10, prevents stirring cup Food materials splash out when 10 work, to enhance the stability of blender in use.The cup lid button 123 and mounting base 121 Between may be a fixed connection.

It should be noted that cup lid button 123 is driven by downward pressure and touches the touching of foot 122 when fastening cup lid button Press feeler lever cap 141.Therefore, the compression zone 1411 of feeler lever cap 141 will receive downward pressure, so drive baffle step 1412 to Lower movement；Also, due to being provided with location hole 1414 on baffle step 1413, it is baffle that positioning column 1415, which wears location hole 1414, The up and down motion of step 1413 is oriented to, so that feeler lever cap 141 drives the first linkage piece under the action of spring 1412a 1421, and then drive the second linkage piece 1422.At this moment, the second linkage piece 1422 is in the first axis card slot 131 on wall of cup 105 It moves downward, so that driving switch feeler lever 143 triggers the stirring switch 201 of stirring cup 10, so that stirring cup 10 works normally.When Open cup lid button 123 when, the touch foot 122 positioned at 121 edge of mounting base can be detached from feeler lever cap 141 so that feeler lever cap 141 due to The elastic force of spring 1412a is acted on and is popped up, thus the first linkage piece 1421 of driving, and then drive the second linkage piece 1422 to Upper movement.At this moment, switch feeler lever 143, which can also synchronize, moves up, and then controls the stirring switch 201 that stirring cup 10 works and answered Position, to realize protection of uncapping, substantially increases the safety in utilization of stirring cup 10.

Stirring cup provided in this embodiment further includes cup lid button, and when fastening cup lid button, cup lid button is by downward pressure Power drives touch foot to press feeler lever cap.Therefore the compression zone of feeler lever cap is by downward pressure, so drive baffle step to Lower movement, due to be provided on baffle step with the matched location hole of positioning column, can make spring elastic force effect and It is directed compression under the guiding role of positioning column, ensures that feeler lever cap more accurate can be transported downwards along guide groove It is dynamic, so that the compression zone of feeler lever cap accurately drives the first linkage piece to move downward；Due to the first linkage piece and the second linkage Piece is integrally formed, therefore the first linkage piece drives the second linkage piece to move downward, so that the second linkage piece drives switch touching Bar moves downward, to touch stirring switch when stirring cup work.In addition, due to the position-limiting action of baffle step, so that feeler lever Cap not will pop up guide groove, ensure that the up and down stability of feeler lever cap；Since the second linkage piece is arranged in first axle Into card slot, the complexity of handle design is substantially reduced, is reduced costs, also reduce the volume of handle, improves stirring The stability of cup in use.In addition, the design of above-mentioned cup lid button, also improves the leakproofness of stirring cup.

The utility model embodiment additionally provides a kind of blender, which includes as above-mentioned any embodiment provides The embodiment of stirring cup 10, the stirring cup 10 is identical with embodiment described in any of the above-described embodiment, therefore no longer superfluous It states.

Fig. 6 is the structural schematic diagram for the blender that another embodiment provides, on the basis of the above embodiments, such as Fig. 6 Shown, optionally, the stirring cup 10 is located at the top of the host 20, and the host 20 includes stirring switch 201.The stirring The working principle of machine are as follows:

It is first put into food materials to be mixed into stirring cup 10, then 10 entirety of stirring cup is put on host 20, lid shares cup Cover buckle 123, at this moment, cup lid button 123 will receive downward pressure, feeler lever cap 141 be pressed to drive and touch foot 122, then touching The compression zone 1411 of pole cap 141 will receive downward pressure, and the compression zone 1411 can be under the action of spring 1412a downwards Movement, the first linkage piece 1421 of driving, the second linkage piece 1422 and the switch feeler lever 143 positioned at 1422 bottom of the second linkage piece It synchronizes and moves down, so that driving switch feeler lever 143 to push controls the stirring switch 201 that the stirring cup 10 works, so that blender It works normally.When opening cup lid button 123, touches foot 122 and moved up due to the effect of the elastic force of spring 1412a, so that feeler lever Cap 141 resets so that the first linkage piece 1421 and the second linkage piece 1422 drive switch feeler lever 143 synchronize move up, in turn The stirring switch 201 that control stirring cup 10 works is resetted.Blender in the present embodiment, since the setting of the second linkage piece exists In first axis card slot, it greatly reduces the complexities of handle design, reduce costs, and also reduce the volume of handle, mention The high stability of stirring cup in use.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims (10)

1. a kind of stirring cup characterized by comprising cup body, cup lid, the handle and switching group that the cup body side is arranged in Part；The mounting base is mounted on the edge of the cup lid, and the bottom court of the mounting base is arranged with a touch foot, described to open Close the linkage component and the linkage component that component includes feeler lever cap movable up and down, connect with the bottom end of the feeler lever cap The switch feeler lever of bottom end connection, the feeler lever cap, the linkage component and switch feeler lever linkage；The cup body is towards institute It states and offers first axis card slot on the wall of cup of handle orientations；

The feeler lever cap is movably arranged in the guide groove of the handle, and the part of the linkage component is arranged in the first axle Into card slot；When the cup lid lid shares the cup body, it is downward along the guide groove that the touch foot presses the feeler lever cap Movement, to drive the switch feeler lever to push the stirring switch for controlling the stirring cup and working.

2. stirring cup according to claim 1, which is characterized in that the linkage component include the first linkage piece and with it is described First linkage piece connection the second linkage piece, first linkage piece be located at it is described guiding trench bottom accommodating chamber in, and with institute The bottom end connection of feeler lever cap is stated, second linkage piece is arranged in the first axis card slot.

3. stirring cup according to claim 2, which is characterized in that first linkage piece and second linkage piece one Molding.

4. stirring cup according to claim 2, which is characterized in that the handle includes grip part and covering part, the lid Conjunction portion lid closes second linkage piece, and the connecting pin connection corresponding with the grip part respectively of the both ends of the covering part, shape At " mouth " character form structure.

5. stirring cup according to claim 2, which is characterized in that the feeler lever cap includes: compression zone and elastic element, institute It states compression zone bottom and offers the second axial card slot, first linkage piece is plugged in the described second axial card slot；

When the compression zone is by downward pressure, the compression zone moves downward under the action of the elastic element.

6. stirring cup according to claim 5, which is characterized in that the feeler lever cap further include: baffle step, the baffle Location hole is provided on step, the side that the handle inner is located at the compression zone is provided with a positioning column；

The compression zone and the baffle step form a L-shaped structure, and it is the gear that the positioning column, which wears the location hole, The up and down motion of pallet rank is oriented to.

7. stirring cup according to claim 5, which is characterized in that the elastic element is spring.

8. stirring cup according to claim 1, which is characterized in that the width of the first axis card slot is 11.5mm, deep Degree is 2mm.

9. stirring cup according to claim 1, which is characterized in that the stirring cup further include: cup lid button, the cup lid button It is connect with the mounting base；

When the cup lid button is by downward pressure, the touch foot is driven to press the feeler lever cap.

10. a kind of blender characterized by comprising host and such as described in any item stirring cups of claim 1-9, it is described Stirring cup is located at the top of the host, and the host includes stirring switch.