CN208912299U - Shredder accumulatingdust expires paper induction structure - Google Patents
Shredder accumulatingdust expires paper induction structure Download PDFInfo
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- CN208912299U CN208912299U CN201821547047.XU CN201821547047U CN208912299U CN 208912299 U CN208912299 U CN 208912299U CN 201821547047 U CN201821547047 U CN 201821547047U CN 208912299 U CN208912299 U CN 208912299U
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- shredder
- paper
- infrared receiving
- paper induction
- trigger board
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Abstract
The utility model discloses shredder accumulatingdusts to expire paper induction structure, including being located at the silo roof at the top of trash repository, silo roof is equipped with full paper induction mechanism, full paper induction mechanism is set to the edge in shredded paper portion, silo roof is equipped with the reception hole for accommodating full paper induction mechanism, and full paper induction mechanism includes dynamic lid, and dynamic cover is equipped with first rotating shaft in reception hole, the lower end of dynamic lid is equipped with trigger board, and trigger board is the ramp shaped away from first rotating shaft；It pops one's head in dynamic cover equipped with infrared receiving/transmission, the lower section of infrared receiving/transmission probe offers the hairbrush for being located at storage bore edges.Waste paper enters in drawer type dustbin from shredded paper clan, it is gradually accumulated into cone cell pile, pile is constantly accumulated, dynamic lid exposing infrared receiving/transmission probe is raised until pile squeezes trigger board, when paper scrap covers infrared receiving/transmission probe, shredder just be will call the police, full paper is prompted, when dynamic lid resets, can shake the dust fallen on infrared receiving/transmission probe.The utility model can prevent dust from interfering and be able to achieve automatically cleaning.
Description
Technical field
The utility model relates to shredder field, specifically shredder accumulatingdust expires paper induction structure.
Background technique
It is well known that shredder be mainly used for by with the privacies such as individual, company, mechanism file and related data into
The machine that row crushes, by through 20 years technology development and the new consumer group pour in, remember correlated performance all the shredded paper
It is greatly improved.Machine so with automatic completely paper induction is also one of the mainstream consumer products in market.But due to broken
The electrostatic interaction of the feature and correlated parts and dust itself when itself working in dustbin more than dust of paper machine, by one
The section time is easy for causing the dust during shredded paper in dustbin can be adsorbed on full paper inductive probe, so as to cause full paper
Inductive probe false alarm, while machine alarm occur and stopping working.
Summary of the invention
Technical problem to be solved in the utility model be in view of the above-mentioned state of the art, and provide topology layout conjunction
Reason, it is safe and reliable, prevent dust interference, be able to achieve self-cleaning shredder accumulatingdust and expire paper induction structure.
Technical solution adopted by the utility model to solve the above technical problems is as follows: shredder accumulatingdust expires paper induced junction
Structure, including being located at the silo roof at the top of trash repository, silo roof is equipped with full paper induction mechanism, and full paper induction mechanism is set to the side in shredded paper portion
Edge, silo roof are equipped with the reception hole for accommodating full paper induction mechanism, and full paper induction mechanism includes dynamic lid, and dynamic cover is equipped with the in reception hole
One shaft, the lower end for moving lid are equipped with trigger board, and trigger board is the ramp shaped away from first rotating shaft；It covers dynamic equipped with infrared receipts
Hair probe, infrared receiving/transmission probe are located between first rotating shaft and storage bore edges, and the lower section of infrared receiving/transmission probe, which offers, to be located at
Store the hairbrush of bore edges.
To optimize above-mentioned technical proposal, the measure taken further include: above-mentioned trigger board is the arc away from first rotating shaft,
Dynamic lid includes the clump weight positioned at infrared receiving/transmission probe opposite side, and the outer profile of clump weight is the circle with reception hole clearance fit
Arc.
Above-mentioned infrared receiving/transmission probe is located at the lower section of the horizontal plane of first rotating shaft.
The head top of above-mentioned infrared receiving/transmission probe is set to the side of hairbrush.
It is above-mentioned dynamic to be covered between shredded paper portion and the inner panel of drawer type dustbin.
The lower end of above-mentioned trigger board and the upper end of inner panel are located in same level.
The end of above-mentioned trigger board is the arcuate structure tilted to silo roof.
Above-mentioned silo roof includes the accommodating groove for interference engaging hairbrush, and the tail end of hairbrush, which is equipped with, is connected in the second of accommodating groove
Shaft.
Compared with prior art, the shredder accumulatingdust of the utility model expires paper induction structure, including is located at rubbish silo roof
The silo roof in portion, silo roof are equipped with full paper induction mechanism, and full paper induction mechanism is set to the edge in shredded paper portion, and silo roof, which is equipped with, accommodates full paper sense
The reception hole of mechanism is answered, full paper induction mechanism includes dynamic lid, and dynamic cover is equipped with first rotating shaft in reception hole, and the lower end of dynamic lid is equipped with
Trigger board, trigger board are the ramp shaped away from first rotating shaft；It pops one's head in dynamic cover equipped with infrared receiving/transmission, infrared receiving/transmission probe
Lower section offers the hairbrush for being located at storage bore edges.Waste paper enters in drawer type dustbin from shredded paper clan, is gradually accumulated into cone cell
Pile, pile are constantly accumulated, and dynamic lid exposing infrared receiving/transmission probe are raised until pile squeezes trigger board, when paper scrap covers infrared receipts
Shredder just will call the police when hair probe, prompt full paper, and when dynamic lid resets, can shake the dust fallen on infrared receiving/transmission probe.This reality
It is prevented dust from interfering with New Energy and is able to achieve automatically cleaning.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the utility model in shredder；
Fig. 2 is the enlarged structure schematic diagram of full paper induction mechanism in Fig. 1；
Fig. 3 is the structural schematic diagram of the utility model off working state；
Fig. 4 is Fig. 2 working state schematic representation；
Fig. 5 is the schematic diagram that trigger board is touched when drawer type dustbin to be filled in trash repository；
Fig. 6 is the status diagram that hairbrush is turned down from silo roof.
Specific embodiment
The embodiments of the present invention are described in further detail below in conjunction with attached drawing.
Fig. 1 to Fig. 6 is the structural schematic diagram of the utility model.
Appended drawing reference therein are as follows: trash repository 1, silo roof 2, reception hole 21, accommodating groove 22, full paper induction mechanism 3, dynamic lid
32, first rotating shaft 321, clump weight 322, trigger board 33, paper scrap 4, infrared receiving/transmission probe 5, hairbrush 6, the second shaft 61, drawer type
Dustbin 7, inner panel 71, shredded paper portion 8.
Fig. 1 to Fig. 6 is the structural schematic diagram of the utility model, as shown, the shredder accumulatingdust of the utility model is full
Paper induction structure, the silo roof 2 including being located at 1 top of trash repository, silo roof 2 are equipped with full paper induction mechanism 3, and full paper induction mechanism 3 is set
In the edge in shredded paper portion 8, silo roof 2 is equipped with the reception hole 21 for accommodating full paper induction mechanism 3, and full paper induction mechanism 3 includes dynamic lid 31,
Dynamic lid 31 is equipped with first rotating shaft 321 in reception hole 21, and the lower end for moving lid 31 is equipped with trigger board 33, and trigger board 33 is away from first
The ramp shaped of shaft 321；On dynamic lid 31 be equipped with infrared receiving/transmission probe 5, infrared receiving/transmission probe 5 be located at first rotating shaft 321 with
Between 21 edge of reception hole, the lower section of infrared receiving/transmission probe 5 offers the hairbrush 6 positioned at 21 edge of reception hole.Waste paper is from shredded paper
Portion 8 is fallen into drawer type dustbin 7, is gradually accumulated into cone cell pile, and pile is constantly accumulated, and until squeezing trigger board 33, is raised
Infrared receiving/transmission probe 5 is gradually exposed in dynamic lid 31, and when paper scrap 4 covers infrared receiving/transmission probe 5, shredder just be will call the police, and prompts full
Paper, when dynamic lid 31 resets, can shake the dust fallen on infrared receiving/transmission probe 5 and dynamic lid 31.The utility model is safe and reliable, prevents
Dust interference is able to achieve automatically cleaning.Trigger board 33 is that balance pivot makes infrared receiving/transmission with first rotating shaft 321 in a non-operative state
5 playback of probe is into reception hole 21.
In above-mentioned scheme, as shown in Fig. 2,3,4,5, trigger board 33 is the arc away from first rotating shaft 321, moves lid 32 and wraps
The clump weight 322 for being located at infrared receiving/transmission 5 opposite side of probe is included, clump weight 322 can make 5 playback of infrared receiving/transmission probe to hairbrush 6
Top, the outer profile of clump weight 322 is arc-shaped with 21 clearance fit of reception hole.
In above-mentioned scheme, as shown in figure 3, infrared receiving/transmission probe 5 is located at the lower section of the horizontal plane of first rotating shaft 321.It is red
Outer transmitting-receiving probe 5 forms torque with first rotating shaft 321, and in this way during dynamic lid 32 rotates, infrared receiving/transmission probe 5 is able to achieve
The movement of relatively large distance.
In above-mentioned scheme, as shown in figure 3, the head top of infrared receiving/transmission probe 5 is set to the side of hairbrush 6, to prevent
Dust enters in reception hole 21 from the gap between infrared receiving/transmission probe 5 and hairbrush 6.
In above-mentioned scheme, as shown in Figure 1, dynamic lid 31 is set between shredded paper portion 8 and the inner panel 71 of drawer type dustbin 7.
The front that the clast of a part can be forced to float towards drawer type dustbin 7 behind shredded paper portion 8 is arranged in full paper induction mechanism 3.
In above-mentioned scheme, as shown in figure 3, the lower end of trigger board 33 and the upper end of inner panel 71 are located in same level.
When drawer type dustbin 7 fills in trash repository 1, the upper end of inner panel 71 is because of friction energy promotion trigger board 33, to make lid 31
It raises, the swiped through infrared receiving/transmission probe 5 of the meeting of hairbrush 6 during infrared receiving/transmission probe 5 is gradually exposed, at this moment shredder can also be sent out
Expire paper alarm out, can detect by the way the effect of full paper induction mechanism 3 using preceding in this way, and can shake and fall during this
Detect the dust and paper scrap 4 on full paper induction mechanism 3.
In above-mentioned scheme, as shown in Fig. 3,4,5, the end of trigger board 33 is the arcuate structure tilted to silo roof 2, this
The be triggered end of plate 33 of inner panel 71 is stopped when sample can prevent drawer type dustbin 7 from extracting trash repository 1 out, moreover it is possible to make trigger board
33 lateral length is shorter compared to linear type, counterweight is also more.
In above-mentioned scheme, as shown in fig. 6, silo roof 2 includes the accommodating groove 22 for interference engaging hairbrush 6, the tail of hairbrush 6
End is equipped with the second shaft 61 for being connected in accommodating groove 22.Lower 6 energy of hairbrush need to be only broken from accommodating groove 22 when needing cleaning brush 6
It is cleared up.
The most preferred embodiment of the utility model has illustrated, the various change or remodeling made by those of ordinary skill in the art
All without departing from the scope of the utility model.
Claims (8)
1. shredder accumulatingdust expires paper induction structure, including being located at the silo roof (2) at the top of trash repository (1), the silo roof (2) is set
There is full paper induction mechanism (3), it is characterized in that: the full paper induction mechanism (3) is set to the edge of shredded paper portion (8), the storehouse
It pushes up (2) and is equipped with the reception hole (21) for accommodating full paper induction mechanism (3), the full paper induction mechanism (3) includes dynamic lid (31), institute
The dynamic lid (31) stated is equipped with first rotating shaft (321) in reception hole (21), and the lower end of the dynamic lid (31) is equipped with trigger board
(33), the trigger board (33) is the ramp shaped away from first rotating shaft (321)；Infrared receiving/transmission is equipped on dynamic lid (31) to visit
Head (5), the infrared receiving/transmission probe (5) are located between first rotating shaft (321) and reception hole (21) edge, the infrared receipts
The hairbrush (6) positioned at reception hole (21) edge is offered below hair probe (5).
2. shredder accumulatingdust according to claim 1 expires paper induction structure, it is characterized in that: the trigger board (33) is
Away from the arc of the first rotating shaft (321), the dynamic lid (31) includes being located at infrared receiving/transmission probe (5) opposite side
Clump weight (322), the outer profile of the clump weight (322) are arc-shaped with described reception hole (21) clearance fit.
3. shredder accumulatingdust according to claim 2 expires paper induction structure, it is characterized in that: the infrared receiving/transmission is popped one's head in
(5) positioned at the lower section of the horizontal plane of the first rotating shaft (321).
4. shredder accumulatingdust according to claim 3 expires paper induction structure, it is characterized in that: the infrared receiving/transmission is popped one's head in
(5) head top is set to the side of the hairbrush (6).
5. shredder accumulatingdust according to claim 4 expires paper induction structure, it is characterized in that: the dynamic lid (31) is set to
Between the inner panel (71) in the shredded paper portion (8) and drawer type dustbin (7).
6. shredder accumulatingdust according to claim 5 expires paper induction structure, it is characterized in that: the trigger board (33)
Lower end and the upper end of the inner panel (71) are located in same level.
7. shredder accumulatingdust according to claim 6 expires paper induction structure, it is characterized in that: the trigger board (33)
End is the arcuate structure tilted to the silo roof (2).
8. shredder accumulatingdust according to claim 7 expires paper induction structure, it is characterized in that: the silo roof (2) includes
For the accommodating groove (22) of interference engaging hairbrush (6), the tail end of the hairbrush (6), which is equipped with, is connected in the accommodating groove (22)
Second shaft (61).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547047.XU CN208912299U (en) | 2018-09-21 | 2018-09-21 | Shredder accumulatingdust expires paper induction structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547047.XU CN208912299U (en) | 2018-09-21 | 2018-09-21 | Shredder accumulatingdust expires paper induction structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208912299U true CN208912299U (en) | 2019-05-31 |
Family
ID=66706485
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821547047.XU Active CN208912299U (en) | 2018-09-21 | 2018-09-21 | Shredder accumulatingdust expires paper induction structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208912299U (en) |
-
2018
- 2018-09-21 CN CN201821547047.XU patent/CN208912299U/en active Active
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