CN205729181U

CN205729181U - Superstructure and blender

Info

Publication number: CN205729181U
Application number: CN201620297566.XU
Authority: CN
Inventors: 潘允
Original assignee: HUBEI XIANGJIANG ELECTRICAL APPLIANCE CO Ltd
Current assignee: HUBEI XIANGJIANG ELECTRICAL APPLIANCE CO Ltd
Priority date: 2016-04-11
Filing date: 2016-04-11
Publication date: 2016-11-30
Anticipated expiration: 2026-04-11

Abstract

This utility model provides a kind of superstructure and blender, wherein, superstructure is provided with between push rod part and upper cover wall body the collision mat with elastic return, collision mat offers the perforation passed for connector, and closely cooperate with connector at perforation, the thickness of collision mat is slightly larger than the spacing between push rod part and upper cover wall body.This utility model is by the gap reserved between collision mat closure connector and sliding eye, the liquid gone out from the connecting sewing clearance flow between cup and cup will not flow to support inner chamber from the gap reserved between connector and sliding eye, thus avoid the base inner therefore caused and produce electric arc and the hidden danger such as on fire.

Description

Superstructure and blender

Technical field

This utility model belongs to stirring field, particularly relates to a kind of superstructure and blender.

Background technology

Blender include support and the jar being arranged on support, support include being located at top and with jar revotating card The superstructure closed, superstructure then includes upper cover body and is installed on the plunger switch assembly of upper cover body, upper cover body Upper surface offers for housing the storage tank bottom jar, and upper cover body offers draw-in groove, jar on the groove edge of storage tank Side was convexly equipped with and rotated the buckle engaged with draw-in groove week, and wherein, upper cover body offers connection storage tank and the sliding eye of base inner, And wear for plunger switch assembly.

During jar rotary fastening to superstructure, buckle compresses plunger switch assembly, makes plunger switch group Part moves downward and triggers the functional device of base inner, and directly opens blender based on this triggering, or makes blender enter Entering can opening.Wherein, for guaranteeing that plunger switch assembly can move up and down swimmingly, sliding eye with bear down on one switch module it Between leave bigger gap, and jar is typically to be made up of cup and cup, during specifically used, due to user not By factors such as cup and cup buckle or tighten, the liquid in jar can go out from cup and cup direct connecting sewing clearance flow, And be flowed into the inside of pedestal from perforation, and then base inner is caused to produce electric arc and the situation such as on fire.

Utility model content

The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, it is provided that superstructure, and it is intended to avoid Liquid is directly flowed into base inner from superstructure, reduces base inner and produces electric arc and the situation such as on fire.

This utility model is achieved in that

A kind of superstructure, including upper cover body and the plunger switch assembly being installed on described upper cover body, described upper cover Body offers opening up storage tank, and described upper cover body includes for enclosing the upper cover wall body forming described storage tank, Described upper cover wall body offers the buckle turn buckle for jar and is incorporated in the draw-in groove exposed towards described storage tank side, described Upper cover wall body offers connection draw-in groove and the sliding eye of support inner chamber, and described plunger switch assembly includes the top being placed in described draw-in groove Rod member, it is located at upper cover wall body and deviates from described storage tank side the trigger member being in pedestal inner chamber, be arranged in described sliding eye also Can slide up and down along described sliding eye and for connecting described push rod part and the connector of trigger member, described push rod part and described on Being provided with the collision mat with elastic return between tegmental wall body, described collision mat offers the perforation passed for described connector, and Closely cooperating with described connector at described perforation, the thickness of described collision mat is slightly larger than described push rod part and described top lid wall Spacing between body.

Alternatively, described push rod part is being convexly equipped with inserted link towards the side of described collision mat, and described collision mat is towards institute State the pad face of push rod part and be provided with the slot coordinated with described inserted link grafting, and the cutting of the cross sectional shape of described slot and described inserted link Face mating shapes.

Alternatively, described push rod part is equipped with described inserted link in the upper and lower both sides of described connector, described collision mat towards The pad face of push rod part is provided with the slot corresponding with described inserted link quantity and position.

Alternatively, described collision mat includes backing plate and is located at edge of described backing plate week and protrudes setting towards described upper cover wall body And the projection arranged ringwise, wherein, described backing plate is located in described perforation.

Alternatively, described connector includes the fixed part being fixed on described push rod part, and for described trigger member is locked Fastening the fastening part of described fixed part, described fixed part removably connects with described fastening part.

Alternatively, described push rod part is wholely set with described fixed part.

Alternatively, described fixed part offers screw, and described fastening part is provided with the external screw thread threadeded with described screw.

Alternatively, described draw-in groove includes the inlet slot that axially arranged along described storage tank and for jar buckle slips into Section, and, along described storage tank circumference the swivelling chute section of the buckle clamping with jar, described sliding eye is opened in swivelling chute Section, described sliding eye is that strip hole is arranged, and axially arranged along described storage tank.

Alternatively, described upper cover body is provided with the conduction hole for being drawn by liquid at the bottom land of described storage tank.

This utility model also provides for a kind of blender, including above-mentioned superstructure.

This utility model is by the gap reserved between collision mat closure connector and sliding eye, between cup and cup The liquid that goes out of connecting sewing clearance flow will not flow to support inner chamber from the gap reserved between connector and sliding eye, thus avoid Therefore the base inner that causes produces electric arc and the hidden danger such as on fire.

Accompanying drawing explanation

In order to be illustrated more clearly that the technical scheme in this utility model embodiment, will make required in embodiment below Accompanying drawing be briefly described, it should be apparent that, below describe in accompanying drawing be only embodiments more of the present utility model, For those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain according to these accompanying drawings Other accompanying drawing.

Fig. 1 is the overall structure schematic diagram of this utility model superstructure；

Fig. 2 is the structural representation of this utility model plunger switch assembly；

Fig. 3 is the decomposed structural representation of this utility model superstructure；

Fig. 4 is the structural representation of this utility model trigger member；

Fig. 5 is the sectional view of this utility model trigger member；

Fig. 6 is the structural representation of this utility model collision mat；

Fig. 7 is the sectional view of this utility model collision mat；

Fig. 8 is the overall structure schematic diagram that application has the blender of this utility model superstructure.

Drawing reference numeral illustrates:

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to this utility model.Should be appreciated that specific embodiment described herein is only in order to explain this Utility model, is not used to limit this utility model.

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

Also, it should be noted the orientation term such as left and right, upper and lower in this utility model embodiment, it is only the most relative Concept or with the normal operating condition of product as reference, and should not be regarded as restrictive.

This utility model provides a kind of superstructure, and this superstructure is pertaining only to a part of structure of support in stirring parts.

As shown in Figure 1 to Figure 3, this superstructure includes upper cover body 10 and is installed on the plunger switch group of upper cover body 10 Part 20, in force, this upper cover body 10 can be wholely set with the shell of support 40 (shown in Figure 8), it is also possible to is can Dismounting is arranged, and in this embodiment, upper cover body 10 is detachably arranged with the shell of support 40, it is simple to assembly or disassembly；Upper cover is originally Body 10 offers opening up storage tank 111, and this storage tank 111 is used for housing jar 50 (shown in Figure 8) bottom, tool Body ground, in this embodiment, this storage tank 111 mainly houses the cup of jar 50；Upper cover body 10 includes for enclosing formation The upper cover wall body 11 of storage tank 111, upper cover wall body 11 offers the buckle turn buckle for jar 50 and is incorporated in towards storage tank The draw-in groove 112 that 111 sides are exposed, upper cover wall body 11 offers connection draw-in groove 112 and the sliding eye 113 of support 40 inner chamber, push rod Switch module 20 includes being placed in the push rod part 21 of draw-in groove 112, is located at upper cover wall body 11 and deviates from storage tank 111 side and be in base Seat inner chamber trigger member 22, be arranged in sliding eye 113 and can slide up and down along sliding eye 113 and for connect push rod part 21 and touch The connector 23 of outbox 22, is provided with the collision mat 30 with elastic return, collision mat 30 between push rod part 21 and upper cover wall body 11 Offer the perforation 301 passed for connector 23, and closely cooperate with connector 23 at perforation 301, the thickness of collision mat 30 Slightly larger than the spacing between push rod part 21 and upper cover wall body 11.

At this it should be noted that recover elasticity refer to collision mat 30 when by certain external force, collision mat 30 can produce Raw elastic deformation, and after cancelling this external force, collision mat 30 can return to original state.

Based on said structure, owing to the thickness of collision mat 30 is slightly larger than the spacing between push rod part 21 and upper cover wall body 11, And collision mat 30 closely cooperates with connector 23 at perforation 301, collision mat 30 will be between closure connector 23 and sliding eye 113 The gap reserved.During specifically used, as cup and cup are not buckled or tighten, the liquid in jar 50 by user Know from experience to go out from the connecting sewing clearance flow between cup and cup, and due to collision mat 30 blocked connector 23 and sliding eye 113 it Between the gap that reserves, liquid will not flow to support 40 inner chamber, thus keep away from the gap reserved between connector 23 and sliding eye 113 Exempt from that the support 40 that therefore causes is internal produces electric arc and the hidden danger such as on fire.

In this embodiment, the collision mat 30 that collision mat 30 is made up of thermoplastic elastomer (TPE).Thermoplastic elastomer (TPE) is a kind of Having the high resiliency of rubber, high intensity, high resilience, having again can the material of feature of injection molding.Thermoplastic elastomers Having environment-protecting asepsis safety, hardness range is wide, has excellent coloring, soft-touch, weatherability, fatigue resistance and temperature tolerance, adds Work superior performance, need not vulcanize, and can recycle reduction cost, both can be with secondary injection molding, with PP, PE, PC, PS, ABS Deng matrix material coating and bonding, it is also possible to separately formed.

As shown in Figures 2 to 7, push rod part 21 is being convexly equipped with inserted link 211 towards the side of collision mat 30, and collision mat 30 is in court The slot 302 coordinated with inserted link 211 grafting it is provided with to the pad face of push rod part 21, and the cross sectional shape of slot 302 and inserted link 211 Cross sectional shape matches.Based on this, due to the grafting matching relationship of inserted link 211 with slot 302, and the cross sectional shape of slot 302 Matching with the cross sectional shape of inserted link 211, the outside wall surface of inserted link 211 is inconsistent with the internal face of slot 302, in plunger switch group During part 20 moves up and down, collision mat 30 can be jointly driven to move up and down by connector 23 and inserted link 211.

Further, as shown in Figures 2 to 7, push rod part 21 is equipped with inserted link 211 in connector about 23 both sides, waterproof Pad 30 is being provided with the slot 302 corresponding with inserted link 211 quantity and position towards the pad face of push rod part 21.So, at plunger switch During assembly 20 moves upward, can avoid being pullled collision mat 30 by connector 23 merely.Wherein, if merely by connecting Part 23 pulls collision mat 30, at plunger switch assembly 20 during collision mat 30 is pullled on mountain, due to push rod part 21 and upper cover Wall body 11 is to compress collision mat 30 tightly, and collision mat 30 is that tool is resilient, collision mat 30 and push rod part 21 and upper cover Wall body 11 produces bigger interaction force and resistance, and so, the downside of collision mat 30 middle punch 301 is it is possible that gap. And based on this, the inserted link 211 of downside can draw with plunger switch assembly 20 watches out for water cushion 30, so can be the most waterproof Pad the downside of 30 middle punches 301 it is possible that gap.

Further, as shown in Figure 6 and Figure 7, collision mat 30 includes backing plate 31 and is located at 31 weeks edges of backing plate and towards upper cover Wall body 11 protrudes the projection 32 arranging and arranging ringwise, and wherein, backing plate 31 is located in perforation 301.Based on this, push rod part 21 and upper Tegmental wall body 11 is when assembling, it is only necessary to based on protruding 32, without monolithic extruded collision mat 30, it is simple to assembling；Additionally, Owing to the thickness of backing plate 31 is less than the spacing between push rod part 21 and upper cover wall body 11, it is more than relative to collision mat 30 integral thickness Spacing between push rod part 21 and upper cover wall body 11, it is possible to reduce the use of collision mat 30 material material, reduces cost.

As shown in Fig. 3 to Fig. 7, connector 23 includes the fixed part 231 being fixed on push rod part 21, and for by trigger member 22 fastening parts 23232 being locked fixed part 231, fixed part 231 removably connects with fastening part 23232.Based on this, can With line, fixed part 231 is fixed on push rod part 21, then by fastening part 23232, trigger member 22 is fixed to fixed part 231, from And realizing the overall assembling of plunger switch assembly 20, whole assembling process is simple, is conducive to improving efficiency of assembling.

Further, push rod part 21 is wholely set with fixed part 231.So, aborning, push rod part 21 and fixed part 231 is one-body molded, reduces the installation step of push rod part 21 and fixed part 231, is conducive to improving efficiency of assembling.

Further, fixed part 231 offers screw, and fastening part 23232 is provided with the external screw thread threadeded with screw.Based on This, use helicitic texture to realize removably connecting of fastening part 23232 and fastening part 23232, has simple in construction, connection can The advantage such as lean on, be convenient to mount and dismount.In this embodiment, fixed part 231 is arranged in column, and securing member is screw.

As it is shown in figure 1, draw-in groove 112 includes the entrance that axially arranged along storage tank 111 and for jar 50 buckle slips into Groove section 1121, and along storage tank 111 circumference the swivelling chute section 1122 of the buckle clamping with jar 50, sliding eye 113 is opened Being located at swivelling chute section 1122, sliding eye 113 is arranged in strip hole, and axially arranged along storage tank 111.Based on this structure, inciting somebody to action During jar 50 is assembled to support 40, only after buckle slips into inlet slot section 1121, then need to rotate.

In this utility model, upper cover body 10 is provided with the conduction hole for being drawn by liquid at the bottom land of storage tank 111.This Sample, for going out from the connecting sewing clearance flow between cup and cup, can flow out from conduction hole, it is to avoid stay the groove of storage tank 111 The end.

This utility model also proposes a kind of blender, and this blender includes superstructure, the concrete structure of this superstructure With reference to above-described embodiment, owing to this blender have employed whole technical schemes of above-mentioned all embodiments, have the most equally on Stating all beneficial effects that the technical scheme of embodiment is brought, this is no longer going to repeat them.

These are only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality Any amendment, equivalent or the improvement etc. made within novel spirit and principle, should be included in guarantor of the present utility model Within the scope of protecting.

Claims

1. a superstructure, including upper cover body and the plunger switch assembly being installed on described upper cover body, described upper cover is originally Body offers opening up storage tank, and described upper cover body includes for enclosing the upper cover wall body forming described storage tank, its Being characterised by, described upper cover wall body offers the buckle turn buckle for jar and is incorporated in towards described storage tank side exposed Draw-in groove, described upper cover wall body offers connection draw-in groove and the sliding eye of support inner chamber, and described plunger switch assembly includes being placed in institute State the push rod part of draw-in groove, be located at upper cover wall body and deviate from described storage tank side the trigger member being in pedestal inner chamber, be arranged in institute State sliding eye and can slide up and down along described sliding eye and for connecting described push rod part and the connector of trigger member, described push rod Being provided with the collision mat with elastic return between part and described upper cover wall body, described collision mat offers and passes for described connector Perforation, and closely cooperate with described connector at described perforation, the thickness of described collision mat slightly larger than described push rod part and Spacing between described upper cover wall body.

2. superstructure as claimed in claim 1, it is characterised in that described push rod part is convex towards the side of described collision mat Being provided with inserted link, described collision mat is being provided with the slot coordinated with described inserted link grafting towards the pad face of described push rod part, and described The cross sectional shape of slot matches with the cross sectional shape of described inserted link.

3. superstructure as claimed in claim 2, it is characterised in that described push rod part is all provided with in the upper and lower both sides of described connector Having described inserted link, described collision mat is being provided with the slot corresponding with described inserted link quantity and position towards the pad face of push rod part.

4. superstructure as claimed in claim 1, it is characterised in that described collision mat includes backing plate and is located at described backing plate The projection arranging and arranging ringwise is also protruded in all edges towards described upper cover wall body, and wherein, described backing plate is located in described perforation.

5. superstructure as claimed in claim 1, it is characterised in that described connector includes being fixed on consolidating of described push rod part Determine portion, and the fastening part for the described fixed part that described trigger member is locked to, described fixed part and described fastening part Removably connect.

6. superstructure as claimed in claim 5, it is characterised in that described push rod part is wholely set with described fixed part.

7. superstructure as claimed in claim 5, it is characterised in that described fixed part offers screw, and described fastening part is provided with The external screw thread threadeded with described screw.

8. superstructure as claimed in claim 1, it is characterised in that described draw-in groove includes along described storage tank axially arranged also The inlet slot section slipped into for the buckle of jar, and, along described storage tank circumference the rotation of the buckle clamping with jar Groove section, described sliding eye is opened in swivelling chute section, and described sliding eye is that strip hole is arranged, and axially arranged along described storage tank.

9. superstructure as claimed in claim 1, it is characterised in that described upper cover body is provided with at the bottom land of described storage tank For the conduction hole that liquid is drawn.

10. a blender, it is characterised in that include superstructure as in one of claimed in any of claims 1 to 9.