CN209701706U - Bifurcated funnel meets the preventing clogging up device of charge level side bifurcated passage - Google Patents
Bifurcated funnel meets the preventing clogging up device of charge level side bifurcated passage Download PDFInfo
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- CN209701706U CN209701706U CN201920200849.1U CN201920200849U CN209701706U CN 209701706 U CN209701706 U CN 209701706U CN 201920200849 U CN201920200849 U CN 201920200849U CN 209701706 U CN209701706 U CN 209701706U
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- bifurcated
- funnel
- charge level
- dilatation
- bifurcated funnel
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Abstract
The utility model discloses the preventing clogging up device that a kind of bifurcated funnel meets charge level side bifurcated passage, be for overcome it is existing reprint computer room in reprint material, because apart from bifurcated funnel top to meet charge level close for upstream belt, the inner sidewall generation of material impact bifurcated funnel is turned back, cause channel blockage, artificial dredging labor intensity is high, and work efficiency is low, influences what the shortcomings that normally producing provided.The dilatation chamber for being equipped on the outside of charge level and communicating with bifurcated funnel top, the bifurcated passage drop-over of the lower part of dilatation chamber and the side bifurcated funnel are met in bifurcated funnel；On the edge-on wall, setting is equipped with the movable flashboard that can close and open dilatation chamber entrance.Material is dished out parabolic intracavitary into dilatation from upstream belt, it is fallen directly on the belt of downstream along bifurcated passage, the side wall not impacted in bifurcated funnel will not be generated and be turned back, its tapping channel is smooth to be blocked, without manually dredging, labor intensity is alleviated, work efficiency is improved, ensure that going on smoothly for production.
Description
Technical field
The utility model belongs to affiliated facility, specifically a kind of to prevent bifurcated funnel from meeting the blocking of charge level side bifurcated
Device.
Background technique
The various in style of boat-carrying fragmentary material is transported with belt conveyer on harbour, it is each that the orientation that need to be stored is transported after unloading
Different, since the amount of shipping of goods is big, harbour places ground farther out apart from material, and the belt conveyer needs for transmitting material are set up
Multiple reprinting computer rooms are sent according to storage requirement sub-material, generally to be set between two reprinting belt feeders in the reprinting computer room
Bifurcated funnel is set, by the transmission direction of the cutting plate control material on bifurcated funnel, is distributed to different places as required.
Currently, due to reprint computer room space it is limited, occupy in shipping of goods in addition significant proportion poor fluidity coal,
The viscous wet goods kind such as ore, the layout angle of bifurcated funnel can produce bigger effect the handling capacity of material.As shown in Figure 1, A to
Fragmentary material 2 on the upstream belt 1 of operation makes material 2 from the right side by changing the beat direction of cutting plate 4 in bifurcated funnel 3
The lower outlet of bifurcated 3.1 falls on the downstream belt 5 on the right side and is transported to one place, or falls on from the outlet of left bifurcated 3.2
The storing place of different directions is transported on the downstream belt 6 on the left side；
When the needs of material 2 are transmitted from the downstream belt 6 that the channel of the left bifurcated 3.2 falls on lower left, imaginary line
Cutting plate 4 represented by part covers the channel entrance of right bifurcated 3.1, and material 2 is spilled over the operation of upstream belt 1, due to
Edge-on wall 3.7 of the throw point apart from 3 top of bifurcated funnel is relatively close, oliquely downward turns back after bumping against on edge-on wall 3.7, just into
In the channel of the farther away left bifurcated 3.2 of left side distance, then fallen on the downstream belt 6 on the left side along left 3.2 channel of bifurcated, because of object
Expect that 2 running routes are smooth, the outlet of left bifurcated 3.2 will not be blocked；
When material 2 need from 3.1 channel of right bifurcated to the downstream belt 5 of lower right of bifurcated funnel 3 when, material 2 from
The upper space for entering bifurcated funnel 3 after upstream belt 1 is opened, when being spilled over due to material 2 with the operation of upstream belt 1, material 2 is rushed
It is oliquely downward turned back after out by the blocking of charge level 3.6 is met on edge-on wall 3.7, the material 2 turned back is rushed at again under bifurcated funnel 3
It is formed below the left side wall 3.11 of the right bifurcated 3.1 in portion in a zigzag, at this point, partial material 2 can fall to the downstream belt 5 on the right side
On, some material 2 is influenced by right 3.1 left side wall 3.11 of bifurcated, can be turned back along the direction of material strike line B, in addition
The wet viscous blocking that will cause right 3.1 channel of bifurcated of cargo, makes to convey process interruption.Need staff to right bifurcated 3.1 at this time
Channel dredged.In this way, material 2 constantly falls from upstream belt 1 will block the channel of right bifurcated 3.1 repeatedly, need
It constantly manually to be dredged, heavy workload, labor intensity are high, and working efficiency is low, influences normally to produce.
Summary of the invention
Technical problem to be solved in the utility model is that the prior art is overcome to reprint in the reprinting computer room of the confined space
Material, because upstream belt is met apart from bifurcated funnel top, charge level is close, needs to enter when wet viscous material falls from the belt of upstream
When meeting the downstream belt of charge level side, the inner sidewall generation of two Secondary Shocks bifurcated funnels is turned back, and causes feed blocking channel, manually
It dredges that labor intensity is high, and work efficiency is low, influences the shortcomings that normally producing, a kind of bifurcated funnel is provided and meets charge level side bifurcated passage
Preventing clogging up device.
In order to solve the above problems existing in the present technology, the utility model adopts the following technical solutions realization: In
Meeting on the outside of charge level on bifurcated funnel upper side wall, it is directly parabolic equipped with the material on the upstream belt that can make operation
Bifurcated passage drop-over below the dilatation chamber fallen into, the lower part of dilatation chamber and the edge-on wall；Charge level is met in the bifurcated funnel
Edge-on wall on, setting the movable flashboard that can close and open dilatation chamber entrance is installed.
The utility model also has following technical characteristic:
The setting of the dilatation chamber is to be open in the charge level position of meeting of the edge-on wall of bifurcated funnel equipped with dilatation, leaks to bifurcated
The box-shaped dilatation chamber of bucket outside wider space, openings snap-fit is in the outside that the dilatation is open；
The installation of the activity flashboard, is the two sides for being located at dilatation opening on the bifurcated funnel, along bifurcated funnel
Edge-on wall is erect and is equipped with guide groove relatively, is mounted in guide groove at left and right sides of movable flashboard, the elevator of bifurcated funnel top installation
Lift rope on machine is connected to the top of movable flashboard.
The advantages of the utility model and good effect are, due to being equipped in the outside for meeting charge level of the edge-on wall of bifurcated funnel
The dilatation chamber turned back from upstream belt falling material is not made, the channel drop-over of the lower part of dilatation chamber and the side bifurcated, material is in throwing
Object is linear to be spilled over intracavitary into dilatation, is fallen directly on the side downstream belt along bifurcated passage, material does not impact bifurcated funnel
Inner sidewall will not generate and turn back, tapping channel would not block, and without artificial dredging, to alleviate labor intensity, mention
High working efficiency, ensure that is normally produced goes on smoothly.
Detailed description of the invention
Fig. 1 is the flow diagram that the material of the prior art transmits in bifurcated funnel；
Fig. 2 is the flow diagram that the material of the utility model transmits in bifurcated funnel；
Fig. 3 be in Fig. 2 D to partial enlargement diagram.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and embodiments.
Fig. 1 is that the material 2 of the prior art transmits schematic diagram, and upstream belt 1 passes through the transmission dispensing fragmentary material of bifurcated funnel 3
2, the material 2 on upstream belt 1 makees A to operation with belt；When belt return, material 2 is thrown into the top of bifurcated funnel 3
Chamber, when the needs of material 2 are fallen on the downstream belt 6 of lower left from the left bifurcated 3.2 of bifurcated funnel 3, operation cutting plate 4 will be right
It blocks (referring to the imaginary line position of cutting plate 4 in Fig. 1), since material 2 is spilled over a little apart from bifurcated in 3.1 channel of right bifurcated of side
The edge-on wall 3.7 on 3 top of funnel is relatively close, material 2 impact the edge-on wall 3.7 of bifurcated funnel 3 meet charge level 3.6 after oliquely downward roll over
It returns, just opposite left 3.2 channel of bifurcated, then along being fallen on the downstream belt 6 of lower left under left 3.2 channel of bifurcated；
When the needs of material 2 are fallen on the downstream belt 5 of lower right from the right bifurcated 3.1 of bifurcated funnel 3, cutting plate is operated
4 block the left bifurcated 3.2 in left side, and after material 2 leaves the upper space of the entrance bifurcated funnel 3 of upstream belt 1, material 2 is rushed at
The edge-on wall 3.7 on 3 top of bifurcated funnel, is turned back obliquely by the blocking for meeting charge level 3.6, and the material 2 turned back rushes at point again
3.11 lower section of left side wall of 3 lower right bifurcated 3.1 of funnel is pitched, at this point, partial material 2 can be fallen on the downstream belt 5 on the right side,
Some material 2 is influenced by right 3.1 left side wall 3.11 of bifurcated, running track form of zigzag, along material strike line B
Direction turn back and block the channel of right bifurcated 3.1, cause conveying process to interrupt；Need staff to right bifurcated 3.1 at this time
Channel is dredged.In this way, material 2 constantly falls and block repeatedly the channel of right bifurcated 3.1 from upstream belt 1, need constantly
Ground is manually dredged, and heavy workload, labor intensity are high, and working efficiency is low, has an effect on normal production.
In Fig. 2, when rushing at the right side wall 3.7 on 3 top of bifurcated funnel to change material 2, avoid by edge-on wall 3.7
On meet the blocking of charge level 3.6 and turn back and cause the blocking in right 3.1 channel of bifurcated, meet charge level in 3 upper side wall 3.7 of bifurcated funnel
At 3.6, equipped with the directly parabolic dilatation chamber 3.4 fallen into of the material 2 on the upstream belt 1 that can make operation；Dilatation chamber 3.4
Top communicated with 3 top of bifurcated funnel, the channel drop-over of the right bifurcated 3.1 of its underpart and the side；Meanwhile it being leaked in the bifurcated
The described of bucket 3 is met on the edge-on wall 3.7 of 3.6 side of charge level, and setting is equipped with the activity that can close and open 3.5 entrance of dilatation chamber
Flashboard 8.
When material 2 needs to fall from the channel of right bifurcated 3.1, the movable gate being mounted on edge-on wall 3.7 is erect in operation
Plate 8 opens 3.4 entrance of dilatation chamber, parabolic naturally along the direction for the line C that dishes out after material 2 is dished out by upstream belt 1
Into dilatation chamber 3.4, due to the channel drop-over of the right bifurcated 3.1 of the lower part and side of dilatation chamber 3.4, material 2 is along right bifurcated 3.1
Channel it is direct under fall on downstream belt 5, turn back because that will not generated by the blocking for meeting charge level 3.6 described on edge-on wall 3.7
Blocking, does not need manually to dredge, and greatly reduces labor intensity height, improves work efficiency, ensure that being normally carried out for production；
When material 2 needs to fall from left 3.2 channel of bifurcated, the movable flashboard 8 that installation is erect in operation closes dilatation chamber 3.4
Entrance, operation cutting plate 4 to the right beat by 3.1 block of right bifurcated on right side, material 2 will the opposite left bifurcated 3.2 it is logical
Road operation, swimmingly falls on down on the downstream belt 6 of lower left along left 3.2 channel of bifurcated, will not block.
The setting of the dilatation chamber 3.4 is to be open in 3.6 position of charge level of meeting of the edge-on wall 3.7 of bifurcated funnel 3 equipped with dilatation
3.5(is referring to Fig. 3), to the box-shaped dilatation chamber 3.4 of 3 outside wider space of bifurcated funnel, openings snap-fit is open in the dilatation
3.5 outside, which is closed, to be fixed.
In Fig. 3, the installation of the activity flashboard 8 is to be located at dilatation on the edge-on wall 3.7 of the bifurcated funnel 3 to be open
3.5 or so two outsides (referring to fig. 2) are vertically equipped with guide groove 3.3 along the edge-on wall 3.7 of bifurcated funnel 3 relatively, movable flashboard 8
The left and right sides is mounted in guide groove 3.3, and 3 top of bifurcated funnel is equipped with hoist engine 7, and lift rope 7.1 is connected to movable flashboard 8
Top.
Starting hoist engine 7 can lift or put down movable flashboard 8, open or close dilatation opening 3.5 it is i.e. openable or passes
Dilatation chamber 3.4 is closed, in conjunction with the beat of cutting plate 4, that is, can guarantee that material 2 is suitable to different bifurcated passages by bifurcated funnel 3
Smooth conveying material 2 is without blocking.
Claims (3)
1. the preventing clogging up device that a kind of bifurcated funnel meets charge level side bifurcated passage, it is characterised in that: in bifurcated funnel upper side
Meeting on the outside of charge level on wall, equipped with the directly parabolic dilatation chamber fallen into of the material on the upstream belt that can make operation,
Bifurcated passage drop-over below the lower part of dilatation chamber and the edge-on wall；On the edge-on wall that the bifurcated funnel meets charge level, erect
It is vertical that the movable flashboard that can close and open dilatation chamber entrance is installed.
2. the preventing clogging up device that bifurcated funnel as described in claim 1 meets charge level side bifurcated passage, it is characterised in that: described
The setting of dilatation chamber is to be open in the charge level position of meeting of the edge-on wall of bifurcated funnel equipped with dilatation, extends to bifurcated funnel outside empty
Between box-shaped dilatation chamber, openings snap-fit is in the outside that the dilatation is open.
3. the preventing clogging up device that bifurcated funnel as described in claim 1 meets charge level side bifurcated passage, it is characterised in that: described
The installation of movable flashboard, is the two sides for being located at dilatation opening on the bifurcated funnel, erects phase along the edge-on wall of bifurcated funnel
It to guide groove is equipped with, is mounted in guide groove at left and right sides of movable flashboard, the lift rope on the hoist engine of bifurcated funnel top installation
It is connected to the top of movable flashboard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920200849.1U CN209701706U (en) | 2019-02-15 | 2019-02-15 | Bifurcated funnel meets the preventing clogging up device of charge level side bifurcated passage |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920200849.1U CN209701706U (en) | 2019-02-15 | 2019-02-15 | Bifurcated funnel meets the preventing clogging up device of charge level side bifurcated passage |
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| CN209701706U true CN209701706U (en) | 2019-11-29 |
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| CN201920200849.1U Expired - Fee Related CN209701706U (en) | 2019-02-15 | 2019-02-15 | Bifurcated funnel meets the preventing clogging up device of charge level side bifurcated passage |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111115130A (en) * | 2020-03-30 | 2020-05-08 | 天津美腾科技股份有限公司 | Material transportation and distribution device and material distribution method |
-
2019
- 2019-02-15 CN CN201920200849.1U patent/CN209701706U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111115130A (en) * | 2020-03-30 | 2020-05-08 | 天津美腾科技股份有限公司 | Material transportation and distribution device and material distribution method |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191129 Termination date: 20210215 |
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| CF01 | Termination of patent right due to non-payment of annual fee |