CN109795849A - A kind of automatic feeding with screening function - Google Patents
A kind of automatic feeding with screening function Download PDFInfo
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- CN109795849A CN109795849A CN201910117053.4A CN201910117053A CN109795849A CN 109795849 A CN109795849 A CN 109795849A CN 201910117053 A CN201910117053 A CN 201910117053A CN 109795849 A CN109795849 A CN 109795849A
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- connecting rod
- conveyer
- sieve bucket
- fixedly connected
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Abstract
The invention discloses a kind of automatic feedings with screening function, including sieve bucket and feed opening, charging barrel is provided on the left of the sieve bucket, the front and rear sides of the charging barrel are fixedly connected to first connecting rod, the first bolt is threaded on the left of the sieve bucket, the charging barrel is internally provided with the second connecting rod, first motor is fixedly connected with above second connecting rod, the lower central part of the sieve bucket, which runs through, is connected with third connecting rod, the second motor is fixedly connected with below the third connecting rod, the feed opening is on the right side of sieve bucket, there are setting in rear side and front side.The automatic feeding with screening function, the feeding that can be convenient, and it can guarantee the top of feedstock transportation to processing unit (plant), the feeding of processing unit (plant) when so as to facilitate processing, and the installing and dismounting that can be convenient device, the time for the control screening that is moved easily, and can be convenient, keep screening more abundant.
Description
Technical field
The present invention relates to feed device correlative technology field, specially a kind of automatic feeding with screening function.
Background technique
With the development of the times, science and technology is constantly progressive, and various mechanical equipments continue to develop, and greatly accelerates product
Production efficiency, feed device refer to the device on feedstock transportation to process equipment generally there is power device, can be automatic
Complete feeding process, general processing unit (plant), especially stirring grinding device etc., it is often necessary to sieve, sieve to raw material
Various sizes of raw material is separately handled afterwards, has not only saved cost, but also accelerate working efficiency.
But the general automatic feeding with screening function on the market, can not easily feeding, and cannot be guaranteed will
Feedstock transportation to the top of processing unit (plant), thus when cannot facilitate processing processing unit (plant) feeding, and can not easily install
Dismantle the device, it has not been convenient to it is mobile, and the time of screening can not easily be controlled, it usually will cause screening and be not enough, because
This, it is proposed that a kind of automatic feeding with screening function, in order to solve the problems, such as to propose among the above.
Summary of the invention
The purpose of the present invention is to provide a kind of automatic feedings with screening function, to solve above-mentioned background technique
The automatic feeding with screening function general on the market of middle proposition, can not easily feeding, and cannot be guaranteed will be former
Material is delivered to the top of processing unit (plant), thus when cannot facilitate processing processing unit (plant) feeding, and can not easily install and tear open
Unload the device, it has not been convenient to which mobile, and can not easily control the time of screening, usually will cause that screening is not enough asks
Topic.
To achieve the above object, the invention provides the following technical scheme: a kind of automatic feeding with screening function,
Including sieve bucket and feed opening, charging barrel is provided on the left of the sieve bucket, and charging barrel passes through the upper table of bellows and sieve bucket
Face is fixedly connected, and the front and rear sides of the charging barrel are fixedly connected to first connecting rod, and first connecting rod is through being connected to
It sieves on bucket, the first bolt is threaded on the left of the sieve bucket, and first bolt is fitted closely with first connecting rod, it is described
Charging barrel is internally provided with the second connecting rod, and feeding block is fixedly connected on the outside of the second connecting rod, second connection
First motor is fixedly connected with above bar, and first motor is fixedly connected on the inner wall upper surface of charging barrel, and feeding
Feeding port is offered below the left side of bucket, the lower central part of the sieve bucket, which runs through, is connected with third connecting rod, and third connects
The top nested encryptions of extension bar are fixedly connected with the second motor on the upper surface of sieve bucket below the third connecting rod, and
It is fixedly connected with 3 sieve plates in the middle part of third connecting rod, and offers preformed hole on the sieve plate at top and middle part, under described
Material mouth has setting in right side, rear side and the front side of sieve bucket, and the feed opening on right side, rear side and front side is located at, neutralizes
The top of lower preformed hole, supporting leg is fixedly connected with below the sieve bucket, and the supporting leg includes the second connecting tube, the 5th connection
Bar, the second bolt, second spring and universal wheel, and the inside of the second connecting tube is through being connected with the 5th connecting rod, the described 5th
The lower section of connecting rod is fixedly connected with universal wheel by second spring, and is connected with the second bolt on the left of the 5th connecting rod, and
And second bolt thread be connected in the second connecting tube, the sieve right side of bucket, rear side pass through connecting plate with front side respectively and connect
There are second conveyer, second conveyer and third transmission device, and be threaded with the first bolt on connecting plate, and should
First bolt is fitted tightly on sieve bucket, and the second conveyer, second conveyer and third transmission device are located at
The lower section of the feed opening on right side, rear side and front side, and the lower section of second conveyer, second conveyer and third transmission device
It is mounted on connection frame, and is fixedly connected with supporting leg below connection frame, the rear side of the second conveyer, the second transmission
The left side of device and third transmission device is fixedly installed with third motor, and is fixedly installed with baffle on third transmission device.
Preferably, the charging barrel constitutes rotational structure on sieve bucket, sieves bucket, second conveyer, second conveyer
Lifting structure is constituted on universal wheel with third transmission device.
Preferably, the width dimensions of the feeding block are equal to the internal diameter of charging barrel, and feeding block is in the second connecting rod
On be spirally distributed.
Preferably, sieve plate spaced set in third connecting rod, and be uniformly distributed on the sieve plate of top and middle side
There is preformed hole, and the aperture size of the preformed hole of top is greater than the aperture size of the preformed hole of lower section.
Preferably, the feed opening includes feeder pipe, connecting cavity, sprue, the 4th connecting rod, the first connecting tube, the first bullet
Spring, buffer board and blanking port are welded and connected with connecting cavity on the right side of feeder pipe, are connected with sprue on the left of the inner wall of feeder pipe, block up
The right center position of block is fixedly connected with the 4th connecting rod, and the right side of connecting cavity is run through on the right side of the 4th connecting rod, and the 4th connects
The first connecting tube is fixedly connected in the middle part of extension bar, the first connecting tube is connected on the inner wall of feeder pipe, and the inner wall of connecting cavity is right
Side is fixedly connected with buffer board by the first spring, offers blanking port below connecting cavity.
Preferably, first connecting tube constitutes rotational structure, and the first connection by the 4th connecting rod on feeder pipe
Pipe is connected by the way of being threadedly coupled with feeder pipe.
Preferably, the buffer board constitutes stretching structure in connecting cavity, and the right side spaced set of buffer board has
One spring.
Preferably, the 5th connecting rod constitutes stretching structure on universal wheel, and the second bolt and the 5th connecting rod are tight
Closely connected conjunction.
Preferably, the third transmission device is obliquely installed with second conveyer, and the upper table of second conveyer
The upper surface highest point of face minimum point and third transmission device is located in same level with the upper surface of second conveyer.
Preferably, baffle spaced set on third transmission device, and third transmission device, second conveyer
Pass through connecting plate with second conveyer and constitutes detaching structure on sieve bucket.
Compared with prior art, the beneficial effects of the present invention are: the automatic feeding with screening function, Ke Yifang
Just feeding, and can guarantee that processing unit (plant) is upper when so as to facilitate processing by the top of feedstock transportation to processing unit (plant)
Material, and the installing and dismounting that the can be convenient device, are moved easily, and the time for the control screening that can be convenient, and make to sieve
More sufficiently；
1, it is provided with the second connecting tube, the 5th connecting rod and first connecting rod, sieves and is provided with supporting leg below bucket and connection frame,
Second connecting tube constitutes lifting structure in the 5th connecting rod, then passes through the height of the adjustable device of supporting leg, guarantees first
Transmission device, second conveyer and third transmission device are located at the top of processing unit (plant), and charging barrel is existed by first connecting rod
Rotational structure is constituted on sieve bucket, then can guarantee that the height of feeding port is lower, keep feeding more laborsaving；
2, it is provided with baffle, third transmission device, second conveyer and second conveyer, third transmission device and first pass
Send device to be obliquely installed, and the upper surface highest point of the upper surface minimum point of second conveyer and third transmission device with
The upper surface of second conveyer is located in same level, then can guarantee third transmission device, second conveyer and
The blanking point of one transmission device is located at sustained height, then the processing unit (plant) of sustained height can be used, and baffle is transmitted in third
Spaced set on device can prevent raw material from falling；
3, the first connecting tube, the 4th connecting rod, sprue, the first connecting tube phase by the way of being threadedly coupled with feeder pipe are provided with
Connection, the 4th connecting rod of rotation makes that sprue can be driven to move in the lateral direction, to control whether sprue is located at feeder pipe
Inside, when sprue is located inside feeder pipe, raw material will be always situated in sieve bucket inside, it is former when sprue leaves blanking pipe surface
Material will be by feed opening blanking, so as to easily control the time of material screening.
Attached drawing invention
Fig. 1 is that the present invention faces the schematic diagram of the section structure；
Fig. 2 is top view cross section structural schematic diagram of the present invention；
Fig. 3 is side elevational cross-section structural schematic diagram of the present invention；
Fig. 4 is enlarged structure schematic diagram at A in Fig. 2 of the present invention；
Fig. 5 is enlarged structure schematic diagram at B in Fig. 3 of the present invention；
Fig. 6 is feed opening structure schematic diagram of the present invention；
Fig. 7 is leg structure schematic diagram of the present invention.
In figure: 1, sieving bucket；2, charging barrel；3, bellows；4, first connecting rod；5, the first bolt；6, the second connecting rod；
7, feeding block；8, first motor；9, feeding port；10, third connecting rod；11, the second motor；12, sieve plate；13, preformed hole；14,
Feed opening；1401, feeder pipe；1402, connecting cavity；1403, sprue；1404, the 4th connecting rod；1405, the first connecting tube；
1406, the first spring；1407, buffer board；1408, blanking port；15, supporting leg；1501, the second connecting tube；1502, the 5th connection
Bar；1503, the second bolt；1504, second spring；1505, universal wheel；16, second conveyer；17, second conveyer；
18, third transmission device；19, third motor；20, connection frame；21, connecting plate；22, baffle.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-7 is please referred to, the present invention provides a kind of technical solution: a kind of automatic feeding with screening function, packet
Include sieve bucket 1, charging barrel 2, bellows 3, first connecting rod 4, the first bolt 5, the second connecting rod 6, feeding block 7, first motor
8, feeding port 9, third connecting rod 10, the second motor 11, sieve plate 12, preformed hole 13, feed opening 14, the transmission dress of supporting leg 15, first
16, second conveyer 17, third transmission device 18, third motor 19, connection frame 20, connecting plate 21 and baffle 22 are set, bucket 1 is sieved
Left side be provided with charging barrel 2, and charging barrel 2 is fixedly connected by bellows 3 with the upper surface of sieve bucket 1, before charging barrel 2
Two sides are fixedly connected to first connecting rod 4 afterwards, and first connecting rod 4 sieves the left side screw thread of bucket 1 through being connected on sieve bucket 1
It is connected with the first bolt 5, and first bolt 5 is fitted closely with first connecting rod 4, charging barrel 2 is internally provided with the second company
Extension bar 6, and the outside of the second connecting rod 6 is fixedly connected with feeding block 7, the top of the second connecting rod 6 is fixedly connected with the first electricity
Machine 8, and first motor 8 is fixedly connected on the inner wall upper surface of charging barrel 2, and is offered below the left side of charging barrel 2
Material mouth 9, the lower central part of sieve bucket 1, which runs through, is connected with third connecting rod 10, and the top nested encryptions of third connecting rod 10
On the upper surface of sieve bucket 1, the lower section of third connecting rod 10 is fixedly connected with the second motor 11, and the middle part of third connecting rod 10
3 sieve plates 12 are fixedly connected with, and offer preformed hole 13 on the sieve plate 12 at top and middle part, feed opening 14 is in sieve bucket 1
Right side, rear side and front side have a setting, and the feed opening 14 on right side, rear side and front side is located at, neutralizes lower preformed hole
13 top, feed opening 14 include feeder pipe 1401, connecting cavity 1402, sprue 1403, the 4th connecting rod 1404, the first connecting tube
1405, the first spring 1406, buffer board 1407 and blanking port 1408, the right side of feeder pipe 1401 are welded and connected with connecting cavity
1402, the inner wall left side of feeder pipe 1401 is connected with sprue 1403, and the right center position of sprue 1403 is fixedly connected with the 4th
The right side of connecting cavity 1402 is run through on connecting rod 1404, the right side of the 4th connecting rod 1404, and the middle part of the 4th connecting rod 1404 is fixed
It is connected with the first connecting tube 1405, the first connecting tube 1405 is connected on the inner wall of feeder pipe 1401, the inner wall of connecting cavity 1402
Right side is fixedly connected with buffer board 1407 by the first spring 1406, and the lower section of connecting cavity 1402 offers blanking port 1408,
The lower section of sieve bucket 1 is fixedly connected with supporting leg 15, and supporting leg 15 includes the second connecting tube 1501, the 5th connecting rod 1502, the second bolt
1503, second spring 1504 and universal wheel 1505, and the inside of the second connecting tube 1501 is through being connected with the 5th connecting rod 1502,
The lower section of 5th connecting rod 1502 is fixedly connected with universal wheel 1505, and a left side for the 5th connecting rod 1502 by second spring 1504
Side is connected with the second bolt 1503, and the second bolt 1503 is threaded in the second connecting tube 1501, the right side of sieve bucket 1,
Rear side and front side pass through connecting plate 21 respectively and are connected with second conveyer 16, second conveyer 17 and third transmission device
18, and the first bolt 5 is threaded on connecting plate 21, and first bolt 5 is fitted tightly on sieve bucket 1, the first transmission
Device 16, second conveyer 17 and third transmission device 18 are located at the lower section of the feed opening 14 of right side, rear side and front side,
And the lower section of second conveyer 16, second conveyer 17 and third transmission device 18 is mounted on connection frame 20, and even
The lower section for connecing frame 20 is fixedly connected with supporting leg 15, rear side, second conveyer 17 and the third transmission dress of second conveyer 16
The left side for setting 18 is fixedly installed with third motor 19, and baffle 22 is fixedly installed on third transmission device 18.
If Fig. 1 charging barrel 2 constitutes rotational structure on sieve bucket 1, bucket 1, second conveyer 16, second conveyer 17 are sieved
Lifting structure is constituted on universal wheel 1505 with third transmission device 18, then can guarantee that second conveyer 16, second passes
Device 17 and third transmission device 18 is sent to be located at the top of processing unit (plant), and feeding port 9 is located at lower position, makes feeding more
Laborsaving, the width dimensions of feeding block 7 are equal to the internal diameter of charging barrel 2 as shown in figure 1, and feeding block 7 is in the second connecting rod 6
Spiral distribution can will then be transmitted by the rotation of the second connecting rod 6 above raw material；
The spaced set in third connecting rod 10 of sieve plate 12 as shown in figure 1, and be evenly distributed on the sieve plate 12 of top and middle side
Preformed hole 13, and the aperture size of the preformed hole 13 of top is greater than the aperture size of the preformed hole 13 of lower section, passes through preformed hole
13 to can be convenient be that raw material is sieved, and by material screening is in 3 kinds of grades by sieve plate 12, as stated the first connection in Fig. 6 institute
Pipe 1405 constitutes rotational structure, and the first connecting tube 1405 and feeder pipe by the 4th connecting rod 1404 on feeder pipe 1401
1401 are connected by the way of being threadedly coupled, then the control sprue 1403 that can be convenient by the 4th connecting rod 1404 of rotation
Position, thus reach control raw material whether can blanking and sieving time, guarantee material screening it is more abundant；
As Fig. 6 buffer board 1407 constitutes stretching structure in connecting cavity 1402, and the right side spaced set of buffer board 1407 has
First spring 1406 can then alleviate the impact force after raw material centrifugal movement with buffer board 1407, both protect device, also protect
Raw material, as the 5th connecting rod 1502 constitutes stretching structure on universal wheel 1505 in Fig. 7, and the second bolt 1503 and the 5th connects
Extension bar 1502 fits closely, and logical by the elasticity of second spring 1504 can be the device damping, to reduce noise, by the
What two bolts 1503 can be convenient fixes 1502 position of the 5th connecting rod, consequently facilitating adjusting the device height；
As third transmission device 18 is obliquely installed with second conveyer 16 in Fig. 3, and the upper surface of second conveyer 16
The upper surface highest point of minimum point and third transmission device 18 is located at same level with the upper surface of second conveyer 17
On, then it is same can to guarantee that the lower discharge position of second conveyer 16, second conveyer 17 and third transmission device 18 is located at
On horizontal plane, it thereby may be ensured that and processed on the processing unit (plant) of the same model height, as baffle 22 exists in Fig. 3 and Fig. 5
Spaced set on third transmission device 18, and third transmission device 18, second conveyer 17 and second conveyer 16 are equal
Constitute detaching structure on sieve bucket 1 by connecting plate 21, then it can be by third transmission device 18, second conveyer 17 and first
Transmission device 16 easily moves after dismantling, and baffle 22 can prevent raw material from gravity being followed to fall.
Working principle: when using the automatic feeding with screening function, first according to the height of process equipment,
It adjusts the height of the device, when adjusting, the second bolt 1503 sieved on 1 lower section supporting leg 15 of bucket is rotated counterclockwise leave the first
Then five connecting rods, 1502 surface is slided the 5th connecting rod 1502 in the second connecting tube 1501, guarantee second conveyer
After 17 are fixed on sieve bucket 1, the lower surface of second conveyer 17 is located on process equipment, adjusts and completes the second bolt
1503 screw, then in the same way by second conveyer 16, second conveyer 17 and third transmission device
The height of supporting leg 15 on 18, which adjusts, to be completed, then by second conveyer 16, second conveyer 17 and third transmission device 18
Right side, rear side and the front side of sieve bucket 1 are pushed to by universal wheel 1505 respectively, then by the first bolt 5 and 21 screw thread of connecting plate
It fits closely, second conveyer 16, second conveyer 17 and third transmission device 18 can be installed with sieve bucket 1 after connection
On sieve bucket 1, the lower section of connection frame 20 is provided with supporting leg 15, second conveyer 16, second conveyer 17 and third transmission
5th connecting rod 1502 constitutes stretching structure by second spring 1504 on universal wheel 1505 when device 18 is mobile, then by the
The elastic reaction of two springs 1504 is the device damping, and the lower section for sieving bucket 1 is also equipped with supporting leg 15, then the device can be convenient
Movement, and be arranged shock-absorption device, bucket 1, second conveyer 16, second conveyer 17 and third transmission device 18 can be sieved
Reduction noise when use rotates charging barrel 2, makes charging barrel 2 after then unscrewing the first bolt 5 on first connecting rod 4
Then lower section and ground face contact rotate the first bolt 5 and fit closely and can fix charging barrel 2 with sieve bucket 1, and can reduce
The height of material mouth 9 keeps feeding more convenient；
After being installed, the article for needing feeding is poured on feeding port 9, then by the first motor 8 of model Y90S-2
Power switch is opened, and first motor 8 will drive feeding block 7 to rotate by the second connecting rod 6, and feeding block 7 is in the second connecting rod 6
It is spirally distributed, and feeding block 7 and the inner wall of charging barrel 2 fit closely, then when feeding block 7 rotates, material can be driven
It moves up, when raw material is sent to the top of bellows 3, the effect for following gravity is fallen into sieve bucket 1, i.e. completion feeding
Work；
Then, the power switch of the second motor 11 of model Y90S-2 is opened, the second motor 11 will pass through third connecting rod
10 drive sieve plate 12 to rotate, and sieve plate 12 is equidistantly provided with 3, and the sieve of the sieve plate 12 of top and middle part on the second motor 11
Preformed hole 13 is offered on plate 12, and the aperture size of the preformed hole 13 of top is greater than the aperture ruler of the preformed hole 13 of lower section
Very little, raw material is fallen when on sieve plate 12, and the lesser raw material of particle will fall into second by the preformed hole 13 on first sieve plate 12
On a sieve plate 12, then the smallest raw material of particle will fall into the sieve plate 12 of bottom by the preformed hole 13 on middle part sieve plate 12
On；
After third connecting rod 10 rotates a period of time, the second motor 11 is closed, then the 4th connecting rod 1404 of rotation, first
Connecting tube 1405 is connected by the way of being threadedly coupled with feeder pipe 1401, then sprue will be pushed by rotating the 4th connecting rod 1404
1403 slide on feeder pipe 1401, to open the opening of feeder pipe 1401, raw material will fall into connection along feeder pipe 1401
In chamber 1402, then passes through blanking port 1408 and respectively fall in second conveyer 16, second conveyer 17 and third transmission device
On 18, it is then again turned on the second motor 11, so that the raw material on sieve plate 12 is done centrifugal movement and enters in feed opening 14, feed opening 14
In be provided with the first spring 1406, when raw material hit buffer board 1407 when, the elastic reaction of the first spring 1406 will alleviate raw material
Impact force, and the left side of buffer board 1407 pastes and is connected with rubber block, then plays and protect the device and original dual work
With eventually being fallen originally by blanking port 1408；
When raw material is fallen on second conveyer 16, second conveyer 17 and third transmission device 18, by second conveyer
16, the third motor 19 in second conveyer 17 and third transmission device 18 is opened, and third motor 19 will drive the first transmission
Device 16, second conveyer 17 and third transmission device 18 rotate, i.e., raw material are sent on processing unit (plant), and third transmits
Device 18 and second conveyer 17 are obliquely installed, and the upper surface highest point of third transmission device 18 is filled with the first transmission
It sets 16 upper surface minimum point and the upper surface of second conveyer 17 is located in same level, then can guarantee to pass raw material
It send to same level, can be processed on mutually level Raw material processing device, and on third transmission device 18 etc.
Away from baffle 22 is provided with, the problem of preventing raw material from gravity being followed to fall is played, here it is sending automatically with screening function
The whole process that material device uses.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (10)
1. a kind of automatic feeding with screening function, including sieve bucket (1) and feed opening (14), it is characterised in that: described
It is provided with charging barrel (2) on the left of sieve bucket (1), and charging barrel (2) is fixed by bellows (3) and the upper surface of sieve bucket (1)
Connection, the front and rear sides of the charging barrel (2) are fixedly connected to first connecting rod (4), and first connecting rod (4) is through connection
On sieve bucket (1), it is threaded with the first bolt (5) on the left of the sieve bucket (1), and first bolt (5) is connect with first
Bar (4) fits closely, and the charging barrel (2) is internally provided with the second connecting rod (6), and the outside of the second connecting rod (6) is solid
Surely it is connected with feeding block (7), is fixedly connected with first motor (8) above second connecting rod (6), and first motor (8)
It is fixedly connected on the inner wall upper surface of charging barrel (2), and is offered feeding port (9) below the left side of charging barrel (2), it is described
The lower central part of sieve bucket (1), which runs through, to be connected with third connecting rod (10), and the top nested encryptions of third connecting rod (10)
It on the upper surface of sieve bucket (1), is fixedly connected with the second motor (11) below the third connecting rod (10), and third connects
It is fixedly connected with 3 sieve plates (12) in the middle part of bar (10), and offers preformed hole on the sieve plate (12) at top and middle part
(13), the feed opening (14) has setting, and the blanking on right side, rear side and front side in right side, rear side and the front side of sieve bucket (1)
Mouth (14) is located at, neutralizes the top of lower preformed hole (13), is fixedly connected with supporting leg (15) below the sieve bucket (1),
The supporting leg (15) includes the second connecting tube (1501), the 5th connecting rod (1502), the second bolt (1503), second spring
(1504) and universal wheel (1505), and the inside of the second connecting tube (1501) is through being connected with the 5th connecting rod (1502), described
The lower section of 5th connecting rod (1502) is fixedly connected with universal wheel (1505) by second spring (1504), and the 5th connecting rod
(1502) it is connected on the left of the second bolt (1503), and the second bolt (1503) is threaded in the second connecting tube (1501)
On, right side, rear side and the front side of sieve bucket (1) pass through connecting plate (21) respectively and are connected with second conveyer (16), second
Transmission device (17) and third transmission device (18), and the first bolt (5) are threaded on connecting plate (21), and this first
Bolt (5) is fitted tightly on sieve bucket (1), the second conveyer (16), second conveyer (17) and third transmission dress
Set the lower section that (18) are located at the feed opening (14) of right side, rear side and front side, and second conveyer (16), the second transmission dress
It sets and is mounted on connection frame (20) below (17) and third transmission device (18), and be fixedly connected below connection frame (20)
Have supporting leg (15), a left side for the rear side of the second conveyer (16), second conveyer (17) and third transmission device (18)
Side is fixedly installed with third motor (19), and baffle (22) are fixedly installed on third transmission device (18).
2. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the charging barrel
(2) rotational structure is constituted on sieve bucket (1), sieve bucket (1), second conveyer (16), second conveyer (17) and third pass
Device (18) is sent to constitute lifting structure on universal wheel (1505).
3. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the feeding block
(7) width dimensions are equal to the internal diameter of charging barrel (2), and feeding block (7) is divided in the shape of a spiral on the second connecting rod (6)
Cloth.
4. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the sieve plate
(12) spaced set on third connecting rod (10), and preformed hole is evenly distributed on the sieve plate (12) of top and middle side
(13), and the aperture size of the preformed hole of top (13) be greater than lower section preformed hole (13) aperture size.
5. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the feed opening
It (14) include feeder pipe (1401), connecting cavity (1402), sprue (1403), the 4th connecting rod (1404), the first connecting tube
(1405), the first spring (1406), buffer board (1407) and blanking port (1408), feeder pipe are welded and connected on the right side of (1401)
The inner wall left side of connecting cavity (1402), feeder pipe (1401) is connected with sprue (1403), the right center position of sprue (1403)
It is fixedly connected with the 4th connecting rod (1404), the right side of connecting cavity (1402) is run through on the right side of the 4th connecting rod (1404), and the 4th
It is fixedly connected in the middle part of connecting rod (1404) the first connecting tube (1405), the first connecting tube (1405) is connected to feeder pipe
(1401) on inner wall, the inner wall right side of connecting cavity (1402) is fixedly connected with buffer board by the first spring (1406)
(1407), blanking port (1408) are offered below connecting cavity (1402).
6. a kind of automatic feeding with screening function according to claim 5, it is characterised in that: described first connects
Adapter tube (1405) constitutes rotational structure, and the first connecting tube (1405) by the 4th connecting rod (1404) on feeder pipe (1401)
It is connected by the way of being threadedly coupled with feeder pipe (1401).
7. a kind of automatic feeding with screening function according to claim 5, it is characterised in that: the buffer board
(1407) stretching structure is constituted in connecting cavity (1402), and the right side spaced set of buffer board (1407) has the first spring
(1406).
8. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the described 5th connects
Extension bar (1502) constitutes stretching structure on universal wheel (1505), and the second bolt (1503) and the 5th connecting rod (1502) are close
Fitting.
9. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the third passes
Device (18) is sent to be obliquely installed with second conveyer (16), and the upper surface minimum point and third of second conveyer (16)
The upper surface highest point of transmission device (18) is located in same level with the upper surface of second conveyer (17).
10. a kind of automatic feeding with screening function according to claim 1, it is characterised in that: the baffle
(22) spaced set on third transmission device (18), and third transmission device (18), second conveyer (17) and first
Transmission device (16) constitutes detaching structure on sieve bucket (1) by connecting plate (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110094061A (en) * | 2019-06-11 | 2019-08-06 | 刘红明 | A kind of feeding device of building concrete |
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| CN106179956A (en) * | 2016-10-09 | 2016-12-07 | 芜湖瑞德机械科技有限公司 | Sandy soil screening plant for building and operational approach thereof |
| CN206631913U (en) * | 2017-03-30 | 2017-11-14 | 厦门象屿工程咨询管理有限公司 | A kind of Sand screen for building |
| CN108273722A (en) * | 2018-01-17 | 2018-07-13 | 郑东亮 | A kind of drum-type anti-clogging quick Sand screen for building |
| CN208390382U (en) * | 2018-04-06 | 2019-01-18 | 新郑市新材料专业孵化器服务中心 | A kind of diadust drying device |
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| US3268072A (en) * | 1962-04-24 | 1966-08-23 | Turners Asbestos Fibres Ltd | Method of and apparatus for classifying fibres by length |
| CN106179956A (en) * | 2016-10-09 | 2016-12-07 | 芜湖瑞德机械科技有限公司 | Sandy soil screening plant for building and operational approach thereof |
| CN206631913U (en) * | 2017-03-30 | 2017-11-14 | 厦门象屿工程咨询管理有限公司 | A kind of Sand screen for building |
| CN108273722A (en) * | 2018-01-17 | 2018-07-13 | 郑东亮 | A kind of drum-type anti-clogging quick Sand screen for building |
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| CN110094061A (en) * | 2019-06-11 | 2019-08-06 | 刘红明 | A kind of feeding device of building concrete |
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| CN109795849B (en) | 2020-08-25 |
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