A kind of notch for locking dustbin cover
Technical field
Dustbin is the utility model is related to, more particularly to a kind of notch for locking dustbin cover.
Background technology
Dustbin is daily necessities indispensable in household, and with the raising of quality of life, the type of dustbin tends to various
Change.Existing dustbin, which is divided into, lid dustbin and uncovered dustbin, wherein there is the unfolding mode of lid dustbin usually manual
Open or ride and open, manually open dustbin bung, easily make hand dirty, it is inconvenient to use;Rubbish is opened by foot-operated
Bucket bung, when in use, is opened, it is generally the case that only trampling foot pedal using pedal plate structure control dustbin bung
When, dustbin bung is opening, and when foot leaves foot pedal, dustbin bung is natural to ShiShimonoseki by gravity
Close.However, when people need still more rubbish, it is necessary to, it is necessary to repeatedly jam on foot pedal when continuous or gradation puts into dustbin
It is very inconvenient when in use or the action that holding jams on is constant.Meanwhile when carrying out replacement refuse bag to dustbin,
The needs that fixed dustbin bung in need is kept it turned on.Therefore, foot operated garbage can has the knot for keeping bung to open
Structure, is very necessary for the research and development of foot operated garbage can.
Chinese patent Authorization Notice No. discloses a kind of latch-up structure of dustbin cover, including staving for CN205169224,
Staving is equipped with the bung of upset folding, drives the mandril of bung, and the top rod driving structure of driving mandril;Further include rotation
Block, the spill spin block are rotationally connected with staving;Spill spin block is equipped with sticking department, and by rotating spill spin block, sticking department is rotated
Mandril is propped up to the side of mandril;The upper end of staving is equipped with choma panel, and choma panel is equipped with L-type sliding slot;Set on spill spin block
There is the shifting block to raise up, choma panel is equipped with arc allocating slot, and shifting block is protruding under from arc allocating slot;It is additionally provided with and adds on staving
Strong block and limited block, are rotated to mandril side is withstood, fixed mandril exists by stirring shifting block mobile drive spill spin block in allocating slot
Immovable in sliding slot, bung cannot fall closing under mandril effect, be maintained at open mode.Stir shifting block and recoil to original
Position, drives spill spin block to deviate mandril, and the fixed force for acting on mandril disappears, and bung is closed under the effect of gravity.But its deficiency
Place is:By shifting block fixed mandril in sliding slot it is immovable, keep it turned on bung, it is long-term when stirring shifting block
Stir and easily damaged because of loss.
Chinese patent Authorization Notice No. discloses a kind of built-in opening-closing structure of dustbin, including bucket for CN205169224
Body and bung, the staving lower end are equipped with foot pedal, are equipped with mandril in staving, foot pedal is connected with mandril lower end;Also wrap
Include rotation connection arm and peanut button.It is rotatablely connected one end of arm and the upper end of staving to be rotatablely connected, the other end is fixedly connected on bucket
The inner side of lid;Peanut button is fixed on the inside of bung, and peanut fastener has the sliding groove of peanut shell-shaped.Peanut button is fixed foot-operated
A kind of more common structure design that dustbin bung is opened, but it is disadvantageous in that:When being jammed on to foot pedal,
Usual dynamics is larger, and peanut, which is buckled in structure, does not have buffer point, this causes when jamming on dustbin, since dynamics is excessive so that rubbish
Rubbish bucket rocks, while when the dustbin cover kept it turned on is closed, bung also can under gravity, produce compared with
Big noise;Due to when peanut, which is buckled in, to be turned on and off by the lower holding dustbin bung of external force effect, being often subject to wear, therefore meeting
Make the service life of dustbin reduce.
Utility model content
The utility model technical issues that need to address are to provide a kind of notch for locking dustbin cover, dustbin cover
Latch-up structure be the notch with buffer point, manually bung is moved, mandril is entered notch, with
Dustbin bung keep it turned on, without it is fixed by stirring shifting block, lengthen service life;Set on notch
The buffer point put, can reduce to jamming on pressure caused by dustbin foot trampling plate, make dustbin bung when opening or closing, no
It can be rocked because stress is excessive, all play the role of protection buffering to bung and staving, strengthen usage experience.
In order to reach the technique effect of the above, the technical solution adopted in the utility model is:A kind of locking dustbin cover
Notch, it is characterised in that:
The notch is arranged in the accommodating chamber of dustbin choma bottom;
The notch is rectangular block shape, and the notch is equipped with penetrating sliding cavity and penetrating elastic cavity
Body;The sliding cavity and flexible cavity are adjacent side by side;The penetrating sliding cavity is equipped with mandril entrance, the driving mandril upper end body of rod
It is placed in sliding cavity;The inner wall of the sliding cavity is equipped with salient point, and the salient point is remote by sliding cavity inner space piecemeal, sliding cavity
The side of mandril entrance forms hemi-closure space with salient point;The penetrating flexible cavity inner wall side close with sliding cavity is
Elastic material, easy stress deformation;
When driving mandril to be acted on by external force, when external force effect is sufficiently large, driving mandril stress makes elasticity to salient point force
Cavity inner wall stress deformation, slides cavity space and becomes larger, so that driving mandril is slided into the hemi-closure space, it is fixed on half
In enclosure space, the opening of bung is kept;The salient point serves not only as stuck point and is kept it turned on by bung, more as buffering
Point, when jamming on foot pedal, when driving mandril stress opens dustbin, if jamming on, power is excessive to be but insufficient to make mandril slide into slip
Chamber, at this time salient point can be used as buffer point, it is larger when jamming on power when being subject to since the material of salient point side is elastic material, it is convex
Point jams on power as buffer point neutralizing, dustbin is not rocked because stress is excessive.
The sliding cavity is placed in the straight slot position of choma bottom, is collectively forming penetrating space with straight slot, makes driving mandril
Through sliding cavity and straight slot, easy to be connected with bung hinged seat.
Preferably, the salient point for sliding cavity wall may be provided in inner left wall, right side inner wall or be located at the left and right sides at the same time.
Preferably, the notch fixes driving mandril when the hemi-closure space of sliding cavity, and the bung is with respect to water
Plane keeps it turned on angle as 70 °~85 °.
Preferably, the notch is elastic material, stress crimp.
The utility model caused beneficial effect compared with the disclosed prior art is:
(when needing to open dustbin bung, jam on foot pedal jams on power linkage driving mandril, driving mandril stress top
Dustbin cover is opened, it is necessary to when dustbin cover is kept it turned on, dustbin cover is applied with hand and moves power, makes driving mandril stress
The salient point stress deformation of notch sliding cavity is oppressed, into the hemi-closure space of sliding cavity, keeps dustbin cover to open;When
When need not to keep dustbin cover be opening, to dustbin cover applying power, it is set to drive mandril to skid off hemi-closure space;When
Foot pedal is applied larger when jamming on power, driving mandril stress is in sliding cavity internal slide, when sliding at salient point, due to power
Degree is not big enough, and salient point can not be made, which to be deformed into driving mandril, can slip into the degree of hemi-closure space, and salient point is due to stress deformation at this time,
The huge force degree that jams on is dissolved, avoid dustbin from rocking or be damaged because stress is excessive, while notch is set
Meter, user need not stir shifting block or peanut button, avoid causing dustbin not keep it turned on because shifting block damages, if card slot knot
Structure damages, and can also open choma, it is replaced, and increases use value;
Brief description of the drawings
Fig. 1 is the schematic diagram of the utility model notch;
Fig. 2 is that the driving mandril of the utility model enters the schematic diagram of notch;
Fig. 3 is that the garbage can structure of the utility model application disassembles schematic diagram;
Fig. 4 is the driving structure schematic diagram of the dustbin of the utility model;
Fig. 5 is the choma structure diagram of the dustbin of the utility model;
Fig. 6 is that the notch of the utility model is placed in choma bottom partial schematic diagram;
Fig. 7 is that the notch of the utility model is applied to dustbin driving structure partial enlarged view.
Embodiment
Description of reference numerals
1 staving, 2 interior buckets, 3 chomas, 4 barrels of rings, 5 bungs, 6 foot pedals, 7 driving mandrils, 8 bung hinged seats, 9 barrels of rings are hinged
Seat, 10 connecting components, 11 axostylus axostyles, 12 notchs;
121 sliding cavities, 122 flexible cavities, 123 salient points, 124 mandril entrances;
The embodiment of utility model is described further below in conjunction with the accompanying drawings.
As shown in figs. 1 to 6, a kind of notch for locking dustbin cover, the notch 12 are arranged on 3 bottom of choma
In accommodating chamber 35;The notch 12 is rectangular block shape, the notch 12 be equipped with a penetrating sliding cavity 121 and
One penetrating flexible cavity 122;The penetrating sliding cavity 121 is equipped with a mandril entrance 124, described to drive on mandril 7
Side pole body is placed in sliding cavity 121;The right side inner wall of the sliding cavity is equipped with a salient point 123, and the salient point 123 is by sliding cavity
121 inner spaces are divided into two parts, and inner wall of the sliding cavity away from 124 side of notch forms hemi-closure space with salient point 123;It is described
Penetrating 122 inner wall of flexible cavity and the close side of sliding cavity 121 are elastic material, easy stress deformation;When driving mandril 7 by
When external force acts on, when external force effect is sufficiently large, driving 7 stress of mandril makes flexible cavity inner wall stress deformation to the force of salient point 123,
Slide cavity space to become larger, so that driving mandril is slided into the hemi-closure space, it is fixed in hemi-closure space, keep bucket
The opening of lid;The salient point 123 serves not only as stuck point and is kept it turned on by bung 5, more as buffer point, when jamming on foot pedal
6, when 7 stress of driving mandril opens dustbin, if jamming on, power is excessive to be but insufficient to make mandril 7 slide into sliding cavity 121, at this time salient point
123 can be used as buffer point, larger when jamming on power when being subject to since the material of 123 side of salient point is elastic material, salient point conduct
Buffer point neutralizing jams on power, dustbin is not rocked because stress is excessive.
The sliding cavity 121 is placed in 32 position of straight slot of 3 bottom of choma, and sliding cavity 121 is collectively forming penetrating with straight slot 32
Space, make driving mandril 7 through sliding cavity 121 and straight slot 32, easy to be connected with bung hinged seat 8.
As shown in figure 4, the choma 3 is rectangular ring, the choma 3 is equipped with multiple buckles 33 with 1 joining place of staving, uses
It is fixed in by choma 3 on staving 1;The edge of the choma 3 and driving 7 homonymy of mandril is equipped with two connecting seats 31 and two
A penetrating straight slot 32;The connecting seat 31 is the rectangular recess relative to choma edge protuberance, is equipped with rectangular recess multiple
Dowel 34;The straight slot 32 is used to drive mandril 7 to pass through, and makes 7 upper end of driving mandril hinged with bung hinged seat 8;Such as Fig. 5 institutes
Show, 3 bottom of choma is equipped with two accommodating chambers 35, for putting two notchs 12;The accommodating chamber 35 puts card slot
A convex block 36 is equipped with the mandril entrance 124 of structure sliding cavity, for fixed driving mandril in sliding cavity.
The upper end of the driving mandril 7 is through notch sliding cavity 121, the straight slot 32 of choma, with bung hinged seat
Movable 83 axis of shaft end connects, and the driving mandril lower end is connected with the foot pedal.
Preferably, the salient point of 121 inner wall of sliding cavity may be provided in inner left wall, right side inner wall or be located at left and right two at the same time
Side.
Preferably, the notch 12 fixes driving mandril 7 when the hemi-closure space of sliding cavity 121, the bung
Relative level keeps it turned on angle as 70 °~85 °.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
Apply mode make a change and modification.Therefore, the utility model is not limited to embodiment disclosed and described above, right
Some modifications and changes of utility model should also be as falling into the scope of the claims of the utility model.In addition, although
Some specific terms have been used in this specification, but these terms are merely for convenience of description, not to the utility model structure
Into any restrictions.