CN208761715U - Pendulum pin type broken arch feed supplementing device - Google Patents
Pendulum pin type broken arch feed supplementing device Download PDFInfo
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- CN208761715U CN208761715U CN201821090723.5U CN201821090723U CN208761715U CN 208761715 U CN208761715 U CN 208761715U CN 201821090723 U CN201821090723 U CN 201821090723U CN 208761715 U CN208761715 U CN 208761715U
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- warehouse
- feed screw
- balancing point
- driver
- broken arch
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Abstract
The utility model discloses a kind of pendulum pin type broken arch feed supplementing device, including warehouse, balancing point, feed screw, the first driver and the second driver.The warehouse offers the connector and discharge port communicated with the inner space of the warehouse, and the feed screw is located in the inner space, and the feed screw is also pivotally connected with the warehouse；The balancing point is located in the inner space, and the first end of the balancing point and the warehouse are pivotally connected, and the second end of the balancing point stretches to the feed screw；First driver and the second driver are respectively installed on the warehouse, the output end of first driver is connect to drive the balancing point to do broken arch swing with the first end of the balancing point, and the output end of second driver is connect to drive the feed screw to cook feeding rotation with the feed screw.The pendulum pin type broken arch feed supplementing device of the utility model is avoided that the continuous friction for being wound and being avoided that by material with material during broken arch.
Description
Technical field
The utility model relates to a kind of benefits applied to industries such as engineering plastics, carbon fibre material, food or construction materials
Expect device more particularly to a kind of pendulum pin type broken arch feed supplementing device that the materials such as linear, cotton-shaped or thick bits shape are carried out with broken arch feed supplement.
Background technique
It is well known that the materials such as linear, cotton-shaped or thick bits shape are stored in feed bin and are extremely also easy to produce bridge formation, lead to material not
It can effectively be filled into drawing-in device, so that the material in feed bin normally can not be delivered to material receiving device by drawing-in device
Place.
In order to solve the problems, such as that the materials such as linear, cotton-shaped or thick bits shape generate bridge formation in feed bin, practices well be exactly
Increase the agitating device for doing continuous rotation in feed bin, broken arch is carried out to the material of bridge formation by the continuous rotation of agitating device.
But broken arch is just carried out by way of continuous rotation due to agitating device, it is easy to cause material to twine and is tied to stirring
The cleaning frequency for increasing agitating device on device easily causes equipment fault even to damage equipment and influence production efficiency；Meanwhile
The continuous friction of material and agitating device is easy fever, and low-melting-point material can melt package to agitating device, and influencing production has
Sequence carries out, and may chemically react, and has an impact to product quality, and safety accident may occur.
Therefore, it is badly in need of wanting a kind of be avoided that during broken arch to be wound and be avoided that by material and continuously rub with material
Pendulum pin type broken arch feed supplementing device overcomes drawbacks described above.
Utility model content
The purpose of this utility model is to provide one kind to be avoided that during broken arch and is wound and be avoided that and object by material
The pendulum pin type broken arch feed supplementing device of material continuously to rub.
To achieve the above object, the pendulum pin type broken arch feed supplementing device of the utility model include warehouse, balancing point, feed screw,
First driver and the second driver.The warehouse offers the connector communicated with the inner space of the warehouse and discharging
Mouthful, the feed screw is located in the inner space, and the feed screw is also pivotally connected with the warehouse；The balancing point is located at institute
It states in inner space, the first end of the balancing point and the warehouse are pivotally connected, and the second end of the balancing point stretches to the feed screw；
First driver and the second driver are respectively installed on the warehouse, the output end and the balancing point of first driver
First end connect to drive the balancing point to do broken arch swing, the output end of second driver is connect with the feed screw
To drive the feed screw to cook feeding rotation.
Preferably, the feed screw and balancing point are arranged along the length direction or width direction of the warehouse.
Preferably, the balancing point is located at the corresponding top of the feed screw, the pivot joint center line of the balancing point and warehouse and
The feed screw is parallel with the pivot joint center line of warehouse.
Preferably, the connector is located at the top of the warehouse, the discharge port is located at the bottom of the warehouse,
The feed screw the warehouse short transverse between the connector and discharge port.
Preferably, the pendulum pin type broken arch feed supplementing device of the utility model further includes length direction or width along the warehouse
Direction is placed through first rotating shaft and the second shaft on the side wall of the warehouse, and the first rotating shaft is located at second shaft
Top, the first end of the first rotating shaft, which is inserted in the first end of the balancing point and fixes with the first end of the balancing point, to be connected
It connects, the second end of the first rotating shaft is stretched out outside the warehouse, and the first end of second shaft is inserted in the feed screw
Interior and be fixedly connected with the feed screw, the second end of second shaft is stretched out outside the warehouse.
Preferably, the first rotating shaft is two and along the axial direction of the feed screw in the first from left right side or one in front and one in back
Spaced apart is coaxially arranged, and second shaft is two and along the axial direction of the feed screw in the first from left right side or one in front and one in back
It is spaced apart coaxially arranged.
Preferably, the first end of the first rotating shaft is in removably to be fixedly connected with the first end of the balancing point, it is described
The first end of second shaft is in removably to be fixedly connected with the feed screw.
Preferably, first driver is a motor, the motor directs or through machine driving and drives the pendulum
Needle is swung.
Preferably, first driver is cylinder or hydraulic cylinder, the cylinder body and the warehouse of the cylinder or hydraulic cylinder
The first end of pivot joint, the cylinder or hydraulic piston rod and a connecting rod is pivotally connected, the second end of the connecting rod and the balancing point
First end connection.
Preferably, second driver is motor, the motor drives the feeding spiral shell directly or by machine driving
Bar rotation.
Compared with prior art, since warehouse offers the connector and discharge port that communicate with inner space, feed screw
In internally positioned space, feed screw is also pivotally connected with warehouse, and in the internally positioned space of balancing point and first end and warehouse are pivotally connected, balancing point
Second end stretch to feed screw, the output end of the first driver and the first end of balancing point connect, the output end of the second driver
It is connect with feed screw；Therefore during carrying out broken arch to the intracorporal material in storehouse, drive balancing point around itself and storehouse by the first driver
The pivot joint center line of body pivot joint does reciprocal pivot pendulum, thus realize that the balancing point put by reciprocal pivot carries out broken arch to the intracorporal material in storehouse,
Broken arch is just carried out to the intracorporal material in storehouse in a manner of reciprocal pivot pendulum due to balancing point, therefore is avoided that balancing point is wound by material, moreover it is possible to be kept away
Exempt from the connection friction of balancing point and material, therefore reduces the cleaning frequency and failure of the pendulum pin type broken arch feed supplementing device of the utility model
Rate, so that it is guaranteed that the quality of production efficiency and product.Just since the intracorporal material in storehouse is by balancing point broken arch, so that material is reliably
Filling drives feed screw to rotate at feed screw, then by the second driver, with realize feed screw by material reliably by
The purpose of discharge outlet output.
Detailed description of the invention
Fig. 1 be the utility model pendulum pin type broken arch feed supplementing device in warehouse by the inside after the plane cutting of left and right directions
Structural schematic diagram.
Fig. 2 is warehouse in the pendulum pin type broken arch feed supplementing device of the utility model by after the plane cutting of left and right directions
Portion's structural schematic diagram.
Fig. 3 is balancing point, first rotating shaft, connecting rod and the first driver in the pendulum pin type broken arch feed supplementing device of the utility model
Four planar structure schematic diagrams when fitting together.
Fig. 4 be feed screw in the pendulum pin type broken arch feed supplementing device of the utility model, the second shaft, the second driver,
Planar structure schematic diagram when driving gear, intermediate gear and driven gear fit together.
Specific embodiment
In order to which the technology contents, construction feature of the utility model is described in detail, below in conjunction with embodiment and cooperate attached drawing
It is described further.
The pendulum pin type broken arch feed supplementing device 100 of the utility model includes warehouse 10, balancing point 20, feeds referring to FIG. 1 to FIG. 4,
Expect screw rod 30, the first driver 40 and the second driver 50.Warehouse 10 offers the company communicated with the inner space 11 of warehouse 10
Interface 12 and discharge port 13；Preferably it is that connector 12 is located at the top of warehouse 10, to be more conducive to dosing operation, and discharges
Mouth 13 is located at the bottom of warehouse 10, to be more conducive to discharge, but not limited to this；For example, connector 12 is optionally used
In connecting large-scale warehouse, parcel can be carried out and that wraps greatly feed intake, and discharge port 13 is for connecting material receiving device, such as weightless feeding
Device or measuring chute, feeding at previous material receiving device, which for frequency conversion or can determine frequency, therefore be not limited.Feeding
In the internally positioned space 11 of screw rod 30, pushed with the material in the inner space 11 to warehouse 10 to realize feed door,
Preferably be, feed screw 30 the short transverse (i.e. the up and down direction of Fig. 1 middle warehouse 10) of warehouse 10 be located at connector 12 with
Between discharge port 13, more conducively material flows to material receiving device from discharge port 13；Feed screw 30 is also pivotally connected with warehouse 10 to be formed
It is pivotally connected center line C2.In the internally positioned space 11 of balancing point 20, the material for the bridge formation in internal volume 11 carries out broken arch；
The first end and warehouse 10 of balancing point 20 are pivotally connected to form pivot joint center line C1, and the second end of balancing point 20 stretches to feed screw 30, with
Conducive to balancing point 20 by the material broken arch of the bridge formation in inner space 11, material is additionally favorable for toward filling at feed screw 30, thus just
Material is pushed at discharge port 13 in feed screw 30.First driver 40 and the second driver 50 are respectively installed on warehouse 10
On, the output end of the first driver 40 is connect with the first end of balancing point 20, to drive balancing point 20 to do broken arch by the first driver 40
It swings；The output end of second driver 50 is connect with feed screw 30, to drive feed screw 30 to be fed by the second driver 50
Material rotation.More specifically, as follows:
As shown in Figure 1, feed screw 30 and balancing point 20 are along length direction (the i.e. left and right of warehouse 10 in Fig. 1 of warehouse 10
Direction) arrangement, so that the length direction of feed screw 30 and balancing point 20 and the length direction of warehouse 10 match, more effectively
Ground reasonably uses in 10 space of warehouse；Certainly, according to actual needs, feed screw 30 and balancing point 20 can also be along warehouses 10
Width direction (i.e. the front-rear direction of warehouse 10 in Fig. 1) arrangement, but not limited to this；It is preferably that balancing point 20 is located at feeding
The pivot joint center line C2 of pivot joint the center line C1 and feed screw 30 and warehouse 10 of the corresponding top of screw rod 30, balancing point 20 and warehouse 10
It is parallel, more effectively avoid balancing point 20 and feed screw 30 from interfering during the motion, so that it is guaranteed that the two work can
By property, but not limited to this.
As shown in Fig. 1, Fig. 3 and Fig. 4, the pendulum pin type broken arch feed supplementing device 100 of the utility model further includes along warehouse 10
Length direction (i.e. the left and right directions of warehouse 10 in Fig. 1) is placed through the first rotating shaft 60 and second on the side wall 14 of warehouse 10
Shaft 70, so that the length direction axially along warehouse 10 of first rotating shaft 60 and the second shaft 70 is arranged.First rotating shaft 60 is located at
The top of second shaft 70 is preferably that the axial line of 30 three of first rotating shaft 60, the second shaft 70 and feed screw is equal
Row；The first end of first rotating shaft 60 is inserted in the first end of balancing point 20 and is fixedly connected with the first end of balancing point 20, preferably
It is that the first end of first rotating shaft 60 is in removably to be fixedly connected with the first end of balancing point 20, in order to balancing point 20 and first turn
Assembly and disassembly between axis 60, for example, the first end of first rotating shaft 60 are by the first thread connection component 94 and balancing point 20
First end is fixedly connected, and assembling mode is that the first end of first rotating shaft 60 is first inserted in the first end of balancing point 20, and then
The first end of first rotating shaft 60 and the first end of balancing point 20 are locked by one thread connection component 94 again；Certainly, according to reality
Need, the first end of first rotating shaft 60 can also be fixed together using the modes such as welding and the first end of balancing point 20, therefore not with
This is limited；The second end of first rotating shaft 60 is stretched out outside warehouse 10, in order to connect with the first driver 40.Second shaft 70
First end is inserted in feed screw 30 and is fixedly connected with feed screw 30, is preferably, the first end of the second shaft 70 with
Feed screw 30 is in removably being fixedly connected, in order to the assembly and disassembly between feed screw 30 and the second shaft 70, illustrate and
Speech, the first end of the second shaft 70 is to be fixedly connected by the second thread connection component 95 with feed screw 30, assembling mode
It is that the first end of the second shaft 70 is first inserted in feed screw 30, then the second thread connection component 95 is again by the second shaft
70 first end is locked with feed screw 30；Certainly, according to actual needs, the first end of the second shaft 70 can also adopt
It is fixed together, therefore is not limited with feed screw 30 with modes such as welding；The second end of second shaft 60 stretches out warehouse 10
Outside, in order to being connect with the second driver 50.Specifically, first rotating shaft 60 is two and (schemes along the axial direction of feed screw 30
The left and right directions of 1 middle warehouse 10) in right spaced apart coaxially arranged of a first from left, i other words, the first rotating shaft 60 in left side and right
It is to disconnect between the first rotating shaft 60 of side, plays the purpose for reducing weight, it is often more important that, first turn in left side of balancing point 20
Under the action of the first rotating shaft 60 on axis 60 and right side, so that each side support by first rotating shaft 60 of balancing point 20, therefore
The pivot pendular motion of balancing point 20 is more reliable；Equally, the second shaft 70 is two and along the axial direction of feed screw 30 (i.e. Fig. 1 middle warehouse
10 left and right directions) in right spaced apart coaxially arranged of a first from left, i other words, the of second shaft 70 in left side and right side
It is to disconnect between two shafts 70, plays the purpose for reducing weight, it is often more important that, second shaft of the feed screw 30 in left side
70 and right side the second shaft 70 under the action of so that each side support by the second shaft 70 of feed screw 30,
Therefore the rotation of the feeding of feed screw 30 is more reliable.Certainly, according to actual needs, when the axial direction of feed screw 30 is along warehouse 10
When front-rear direction is arranged, two first rotating shafts 60 at this time are in coaxially arranged, two the second shafts spaced apart one in front and one in back
70 is spaced apart coaxially arranged in one in front and one in back；And first thread connection component 94 and the second thread connection component 95 can be by
The component that bolts and nuts are constituted, but not limited to this.
As shown in Figures 1 and 3, the first driver 40 is cylinder or hydraulic cylinder, the cylinder body 41 and warehouse of cylinder or hydraulic cylinder
10 pivot joints enable cylinder or hydraulic cylinder to put with respect to 10 pivot of warehouse；The first of cylinder or hydraulic piston rod 42 and a connecting rod 80
End pivot joint, the second end of connecting rod 80 are connect with the first end of balancing point 20, therefore in 42 opposing cylinder of piston rod, 41 stretching motion process
In, drive balancing point 20 to do the purpose that reciprocal pivot is put by connecting rod 80, so that the reciprocal pivot of balancing point 20 puts (also known as reciprocal pivot pendulum) more
Reliably；Certainly, according to actual needs, the first driver 40 may be selected to be motor, the motor can directly with balancing point 20 first
End connection can also pass through machine driving (such as V belt translation, chain conveyer, gear drive or worm gear screw rod to drive 20 pivot of balancing point to be put
Transmission) drive 20 pivot of balancing point to be put, therefore be not limited.It will be appreciated that the first end due to balancing point 20 passes through first rotating shaft 60
It is articulated on warehouse 10, at this point, the second end of connecting rod 80 is installed at the second end of first rotating shaft 60.
As shown in Fig. 1 and Fig. 4, the second driver 50 be motor, the motor by machine driving (such as chain conveyer, V belt translation,
Gear drive or Worm Wheel System) drive feed screw 30 to rotate；For example, motor passes through driving gear 91, center tooth
Wheel 92 and driven gear 93 go to drive the rotation of feed screw 30, and driving gear 91 is installed on the output shaft of motor, center tooth
Wheel 92, which is installed at the side wall 14 of warehouse 10 and respectively with driving gear 91 and driven gear 93, to be engaged, driven gear 93 and feeding
Screw rod 30 connects, and drives purpose to realize that the second driver 50 is precisely reliable to feed screw 30；Certainly, according to practical need
It wants, motor can directly drive feed screw 30 to rotate.It will be appreciated that since feed screw 30 passes through the second shaft 70 and storehouse
Body 10 is pivotally connected, at this point, driven gear 93 is installed in the second end of the second shaft 70.
In conjunction with attached drawing, the working principle of the pendulum pin type broken arch feed supplementing device of the utility model is illustrated: when warehouse 10
It has inside stored material and after discharge port 13 connects material receiving device, has started the pendulum pin type broken arch feed supplementing device of the utility model at this time
100；After receiving material receiving device feed supplement signal, the first driver 40 and the work of the second driver 50 at this time, by what is worked
Second driver 50 drives the rotation of feed screw 30 to start feeding, meanwhile, the first driver 40 drives 20 pivot of balancing point pendulum, control
Balancing point 20 does intermittent pivot pendular motion, and break time is adjustable 3 seconds to 20 seconds；Signal, the first driver are completed when receiving feed supplement
40 and second driver 50 stop working.
Compared with prior art, since warehouse 10 offers the connector 12 and discharge port 13 that communicate with inner space 11,
In the internally positioned space 11 of feed screw 30, feed screw 30 is also pivotally connected with warehouse 10, in the internally positioned space 11 of balancing point 20 and
First end and warehouse 10 are pivotally connected, and the second end of balancing point 20 stretches to feed screw 30, the output end and balancing point 20 of the first driver 40
First end connection, the output end of the second driver 50 connect with feed screw 30；Therefore it is carried out brokenly to the material in warehouse 10
During arch, drives balancing point 20 to do reciprocal pivot with the pivot joint center line C1 that warehouse 10 is pivotally connected around it by the first driver 40 and put, from
And realize that the balancing point 20 put by reciprocal pivot carries out broken arch to the material in warehouse 10, just due to balancing point 20 in a manner of reciprocal pivot pendulum pair
Material in warehouse 10 carries out broken arch, therefore is avoided that balancing point 20 is wound by material, moreover it is possible to balancing point 20 and the connection of material be avoided to rub
It wipes, therefore reduces the cleaning frequency and failure rate of the pendulum pin type broken arch feed supplementing device 100 of the utility model, so that it is guaranteed that production effect
The quality of rate and product.Just since the material in warehouse 10 is by 20 broken arch of balancing point, so that material is reliably filled to feeding spiral shell
At bar 30, then feed screw 30 is driven to rotate by the second driver 50, to realize feed screw 30 by material reliably by discharging
The purpose exported at mouth 13.
The person of being worth noting, the pendulum pin type broken arch feed supplementing device of the utility model is mainly for glass dimension, carbon fiber, graphene
Or the broken arch and feed supplement work of the materials such as thick sawdust.
Above disclosed is only the preferred embodiments of the utility model, and the power of the utility model cannot be limited with this
Sharp range, therefore equivalent variations made according to the claim of the utility model belong to the range that the utility model is covered.
Claims (10)
1. a kind of pendulum pin type broken arch feed supplementing device, which is characterized in that including warehouse, balancing point, feed screw, the first driver and
Two drivers, the warehouse offer the connector and discharge port communicated with the inner space of the warehouse, the feed screw
In the inner space, the feed screw is also pivotally connected with the warehouse, and the balancing point is located in the inner space, institute
The first end and the warehouse for stating balancing point are pivotally connected, and the second end of the balancing point stretches to the feed screw, first driver
And second driver be respectively installed on the warehouse, the output end of first driver connect with the first end of the balancing point with
The balancing point is driven to do broken arch swing, the output end of second driver is connect to drive the feeding with the feed screw
Screw rod cooks feeding rotation.
2. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that the feed screw and balancing point are along institute
State the length direction or width direction arrangement of warehouse.
3. pendulum pin type broken arch feed supplementing device according to claim 2, which is characterized in that the balancing point is located at the feeding spiral shell
The corresponding top of bar, the balancing point and the pivot joint center line of warehouse and the feed screw are parallel with the pivot joint center line of warehouse.
4. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that the connector is located at the warehouse
Top at, the discharge port is located at the bottom of the warehouse, and the feed screw is located in the short transverse of the warehouse
Between the connector and discharge port.
5. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that further include the length along the warehouse
Direction or width direction are placed through first rotating shaft and the second shaft on the side wall of the warehouse, and the first rotating shaft is located at described
The top of second shaft, the first end of the first rotating shaft are inserted in the first end of the balancing point and first with the balancing point
End is fixedly connected, and the second end of the first rotating shaft is stretched out outside the warehouse, and the first end of second shaft is inserted in described
It is fixedly connected in feed screw and with the feed screw, the second end of second shaft is stretched out outside the warehouse.
6. pendulum pin type broken arch feed supplementing device according to claim 5, which is characterized in that the first rotating shaft is two and edge
The axial direction of the feed screw in a first from left is right or one in front and one in back spaced apart coaxially arranged, second shaft be two and
Axial direction along the feed screw is in a first from left is right or one in front and one in back spaced apart coaxially arranged.
7. pendulum pin type broken arch feed supplementing device according to claim 5, which is characterized in that the first end of the first rotating shaft with
The first end of the balancing point is in being removably fixedly connected, and the first end of second shaft and the feed screw are in detachable
Be fixedly connected.
8. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that first driver is an electricity
Machine, the motor, which directs or through machine driving, drives the balancing point to swing.
9. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that first driver be cylinder or
The cylinder body of hydraulic cylinder, the cylinder or hydraulic cylinder and the warehouse are pivotally connected, the cylinder or hydraulic piston rod and a connecting rod
First end pivot joint, the second end of the connecting rod are connect with the first end of the balancing point.
10. pendulum pin type broken arch feed supplementing device according to claim 1, which is characterized in that second driver is motor,
The motor drives the feed screw to rotate directly or by machine driving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821090723.5U CN208761715U (en) | 2018-07-10 | 2018-07-10 | Pendulum pin type broken arch feed supplementing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821090723.5U CN208761715U (en) | 2018-07-10 | 2018-07-10 | Pendulum pin type broken arch feed supplementing device |
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| Publication Number | Publication Date |
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| CN208761715U true CN208761715U (en) | 2019-04-19 |
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| CN201821090723.5U Active CN208761715U (en) | 2018-07-10 | 2018-07-10 | Pendulum pin type broken arch feed supplementing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108675010A (en) * | 2018-07-10 | 2018-10-19 | 广东宏工物料自动化系统有限公司 | Pendulum pin type broken arch feed supplementing device |
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2018
- 2018-07-10 CN CN201821090723.5U patent/CN208761715U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108675010A (en) * | 2018-07-10 | 2018-10-19 | 广东宏工物料自动化系统有限公司 | Pendulum pin type broken arch feed supplementing device |
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Address after: 523000 Building 429B, Dazhou Community Qiaochang Road (Dazhou Section), Qiaotou Town, Dongguan City, Guangdong Province Patentee after: Honggong Technology Co., Ltd Address before: 523000 Building 429B, Dazhou Community Qiaochang Road (Dazhou Section), Qiaotou Town, Dongguan City, Guangdong Province Patentee before: ONGOAL MATERIAL AUTOMATION EQUIPMENT Co.,Ltd. |
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