CN208600108U - Vibrating screen discharging part flow arrangement - Google Patents
Vibrating screen discharging part flow arrangement Download PDFInfo
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- CN208600108U CN208600108U CN201820473772.0U CN201820473772U CN208600108U CN 208600108 U CN208600108 U CN 208600108U CN 201820473772 U CN201820473772 U CN 201820473772U CN 208600108 U CN208600108 U CN 208600108U
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- discharge end
- vibrating screen
- part flow
- flow arrangement
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Abstract
The utility model discloses a kind of vibrating screen discharging part flow arrangements, including the feed end being flexible coupling with vibrating screen, and the first discharge end being connected respectively with grading adjuster, the second discharge end being connected with chain bucket, the opening direction of the feed end is vertical with the first discharge end and the second discharge end opening direction, the inner cavity of vibrating screen discharging part flow arrangement is divided into two regions by inclined plate and vertical plate, the region being wherein connected with the first discharge end is located at the lower section in the region being connected with the second discharge end, through-hole is provided on the vertical plate separated between first area and second area.The utility model structure is simple, easy for assemble or unload, at the same when grading adjuster being effectively prevent to break down or grading adjuster feed pipe fill after influence the operation of the entire production line, improve production efficiency.
Description
Technical field
The utility model relates to the vibrating screens on a kind of sand production line processed, and in particular to a kind of vibrating screen discharging shunting dress
It sets, belongs to sand apparatus for production line technical field processed.
Background technique
Gather materials as a constituent essential in the construction materials such as concrete, mortar, refers to that partial size exists
4.75mm aggregate below, is commonly called as sand, at present the apparatus for production line of Machine-made Sand include feed bin, batcher, sand making machine, vibrating screen,
Grading adjuster, elevator, mountain flour seperator, belt conveyor and screw conveyor, building stones to be broken lead to after entering feed bin
Cross batcher be transported to by belt conveyor be crushed in sand making machine after enter in vibrating screen and sieved, reach or be less than specification
The building stones of partial size are transported in mountain flour seperator by elevator and are separated, and the mountain flour isolated is transported to stone by screw conveyor
It is stored in powder tank, qualified Machine-made Sand is transported in mechanism silo by belt conveyor and is stored, greater than the building stones point of specification partial size
Two kinds, one is the sand that partial size is greater than 26mm, are delivered to sand making machine sand processed again, another kind is the sand that partial size is 5-26mm, defeated
It send to roll to the grading adjuster with screening sieve connection through grading adjuster and be crushed the smaller sand of particle is made, then pass to
Elevator is simultaneously promoted to sand making machine, hence into next sand period processed.
Under vibrating screen normal operating conditions, the material of vibrating screen upper screen lower end enters back into feed back into grading adjuster
Elevator, and the material of upper screen upper end is directly into feed back elevator；However, due to the sand particles for entering grading adjuster
Diameter be not it is too big, be easy to cause grading adjuster putty, once grading adjuster putty, it is possible to cause complete machine to stop production,
And long-time putty, it is also possible to grading adjuster belt be caused to burn.
Summary of the invention
The purpose of the utility model is to provide a kind of vibrating screen discharge part flow arrangement, when grading adjuster breaks down or
After person's grading adjuster feed pipe is filled, material can be made to be directly entered feed back elevator by the present apparatus, avoided because of grade auxiliary tone
Machine failure and stop production.
To achieve the goals above, a kind of vibrating screen discharging part flow arrangement of the utility model, including be flexible coupling with vibrating screen
Feed end, and the first discharge end being connected respectively with grading adjuster, the second discharge end being connected with chain bucket, institute
The opening direction for stating feed end is vertical with the first discharge end and the second discharge end opening direction, vibrating screen discharge part flow arrangement it is interior
Chamber is divided into two regions by inclined plate and vertical plate, is connected wherein the region being connected with the first discharge end is located at the second discharge end
The lower section in region is provided with through-hole on the vertical plate separated between first area and second area.
The material of Vibration Screen upper screen lower end enters first area by feed end, the material of upper screen lower end into
It crosses feed end and enters second area, the material in first area is the lesser material of partial size, enters gradation by the first discharge end
Adjustment machine；Material in second area is the biggish material of partial size, enters material elevator by the second discharge end, using mentioning
The machine of liter is promoted to sand making machine；After grading adjuster breaks down or the feed pipe of grading adjuster is filled, material is from first
Through-hole on the vertical plate separated between region and second area enters second area, then directly enters from the second discharge end
Material elevator does not influence the running of the entire production line, after dredging first area or after grading adjuster resumes work, material
Grading adjuster can be entered by first area again.
The interference of material elevator and grading adjuster work in order to prevent, as a further improvement, the object of first area
Straight down, second area Flow of Goods and Materials direction is diagonally downward for direction of flow；First discharge end opening area is greater than second and goes out
Expect end opening area, and the first discharging end position is higher than the second discharge end.
Further, uniformly distributed several band irons on the inclined plate that first area and second area separate, second area blanking are inclined
Uniformly distributed several band irons, the welding direction of band iron tilt upwards on inclined plate.Band iron on inclined plate and hang plate on the one hand can be with
The wear-resisting property of device is improved, on the other hand by its buffer function to material, keeps Flow of Goods and Materials speed retarded, prevents
Block discharge port.
Further, the side of first area is provided with access hole and is covered with cover board.It can be observed at any time point by access hole
The material transferring situation in device is flowed, feed blocking is prevented and influences the operation of production line.
For the ease of installing and dismounting and maintenance, the upper end two sides of the present apparatus are welded with lifting lug.
Further, present apparatus two sides have been welded with supporting element.Since the feed end of vibrating screen and the present apparatus is flexible coupling, it is
The vibration of vibrating screen is prevented to be fixed on the rack for the influence of the present apparatus, therefore by the present apparatus by supports support.
The utility model structure is simple, easy for assemble or unload, at the same when grading adjuster being effectively prevent to break down or
Grading adjuster feed pipe influences the operation of the entire production line after filling, improve production efficiency.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the top view of Fig. 1；
Fig. 4 is vertical plate structural schematic diagram.
In figure: 1, feed end；2, the first discharge end；3, the second discharge end；4, inclined plate；5, vertical plate；5.1, through-hole；6,
One region；7, second area；8, band iron；9, hang plate；10, access hole；11, lifting lug；12, supporting element.
Specific embodiment
The utility model is further illustrated with reference to the accompanying drawing.
As shown in Figures 1 to 4, a kind of vibrating screen discharges part flow arrangement, including the feed end 1 being flexible coupling with vibrating screen, with
And the first discharge end 2 being connected respectively with grading adjuster, the second discharge end 3 being connected with chain bucket, the feed end 1
Opening direction it is vertical with the first discharge end 2 and 3 opening direction of the second discharge end, vibrating screen discharge part flow arrangement inner cavity it is oblique
Plate 4 and vertical plate 5 are divided to for two regions, wherein the region being connected with the first discharge end 2 is located at the area being connected with the second discharge end 3
The lower section in domain is provided with through-hole 5.1 on the vertical plate 5 separated between first area 6 and second area 7.
The material of Vibration Screen upper screen lower end enters first area 6, the material of upper screen lower end by feed end 1
Enter second area 7 into feed end 1 is crossed, the material in first area 6 is the lesser material of partial size, by the first discharge end 2 into
Enter grading adjuster；Material in second area 7 is the biggish material of partial size, enters material elevator by the second discharge end 3,
Sand making machine is promoted to using elevator；After grading adjuster breaks down or the feed pipe of grading adjuster is filled, object
Expect that the through-hole 5.1 on the vertical plate 5 that separates between first area 6 and second area 7 enters second area, then directly from the
Two discharge ends 3 enter material elevator, do not influence the running of the entire production line, after dredging first area or grading adjuster is extensive
It returns to work after work, material can enter grading adjuster by first area 6 again.
The interference of material elevator and grading adjuster work in order to prevent, as a further improvement, the object of first area 6
Straight down, 7 Flow of Goods and Materials direction of second area is diagonally downward for direction of flow；First discharge end, 2 opening area is greater than second
3 opening area of discharge end, and 2 position of the first discharge end is higher than the second discharge end 3.
Further, uniformly distributed several band irons 8 on the inclined plate 4 that first area 6 and second area 7 separate, 7 blanking of second area
Hang plate 9 on uniformly distributed several band irons 8, the welding direction of band iron 8 tilts upwards.Band iron one on inclined plate 8 and hang plate 9
The wear-resisting property of device can be improved in aspect, on the other hand by its buffer function to material, obtains Flow of Goods and Materials speed
Slow down, prevents blocking discharge port.
Further, the side of first area 6 is provided with access hole 10 and is covered with cover board.It can be observed at any time by access hole
Material transferring situation in part flow arrangement prevents feed blocking and influences the operation of production line.
For the ease of installing and dismounting and maintenance, the upper end two sides of the present apparatus are welded with lifting lug 11.
Further, present apparatus two sides have been welded with supporting element 12.Since the feed end of vibrating screen and the present apparatus is flexible coupling,
Influence of the vibration of vibrating screen for the present apparatus in order to prevent, therefore the present apparatus is fixed on the rack by supports support.
Claims (6)
- The part flow arrangement 1. a kind of vibrating screen discharges, including the feed end (1) being flexible coupling with vibrating screen, and respectively with gradation adjustment It machine connected the first discharge end (2), the second discharge end (3) for being connected with chain bucket, which is characterized in that the feed end (1) opening direction is vertical with the first discharge end (2) and the second discharge end (3) opening direction, vibrating screen discharging part flow arrangement Inner cavity is divided into two regions by inclined plate (4) and vertical plate (5), wherein the region being connected with the first discharge end (2) is located at and second The lower section in discharge end (3) connected region is provided on the vertical plate (5) separated between first area (6) and second area (7) logical Hole (5.1).
- The part flow arrangement 2. vibrating screen according to claim 1 discharges, which is characterized in that the Flow of Goods and Materials of first area (6) Straight down, second area (7) Flow of Goods and Materials direction is diagonally downward in direction；First discharge end (2) opening area is greater than second and goes out Expect end (3) opening area, and the first discharge end (2) position is higher than the second discharge end (3).
- The part flow arrangement 3. vibrating screen according to claim 2 discharges, which is characterized in that first area (6) and second area (7) several band irons (8), uniformly distributed several band irons on the hang plate (9) of second area (7) blanking are evenly distributed on the inclined plate (4) separated (8), the welding direction of band iron (8) tilts upwards.
- The part flow arrangement 4. vibrating screen according to claim 3 discharges, which is characterized in that the side of first area (6) is provided with Access hole (10) is simultaneously covered with cover board.
- The part flow arrangement 5. vibrating screen according to claim 4 discharges, which is characterized in that the upper end two sides of the present apparatus are welded with Lifting lug (11).
- The part flow arrangement 6. vibrating screen according to any one of claims 1 to 5 discharges, which is characterized in that the present apparatus Two sides have been welded with supporting element (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473772.0U CN208600108U (en) | 2018-03-30 | 2018-03-30 | Vibrating screen discharging part flow arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473772.0U CN208600108U (en) | 2018-03-30 | 2018-03-30 | Vibrating screen discharging part flow arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208600108U true CN208600108U (en) | 2019-03-15 |
Family
ID=65660415
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820473772.0U Active CN208600108U (en) | 2018-03-30 | 2018-03-30 | Vibrating screen discharging part flow arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208600108U (en) |
-
2018
- 2018-03-30 CN CN201820473772.0U patent/CN208600108U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information |
Inventor after: Hou Youfu Inventor after: Ren Jianhong Inventor after: Ma Ling Inventor after: Wang Zhongli Inventor after: Ruan Jilian Inventor after: Sun Jinming Inventor before: Hou Youfu Inventor before: Ren Jianhong Inventor before: Ma Ling Inventor before: Wang Zhongli Inventor before: Ruan Jilian Inventor before: Sun Jinming |
|
| CB03 | Change of inventor or designer information |