CN207917840U - A kind of automated packing device - Google Patents
A kind of automated packing device Download PDFInfo
- Publication number
- CN207917840U CN207917840U CN201820075294.8U CN201820075294U CN207917840U CN 207917840 U CN207917840 U CN 207917840U CN 201820075294 U CN201820075294 U CN 201820075294U CN 207917840 U CN207917840 U CN 207917840U
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- China
- Prior art keywords
- rotating circular
- circular disk
- workbench
- fixedly connected
- packing device
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Abstract
The utility model discloses a kind of automated packing device, including filling place, the filling place includes workbench, at least one rotating circular disk and at least one set of stop gauge, the stop gauge is fixedly connected on the workbench, the rotating circular disk is located in the stop gauge, the rotating circular disk rotatable connection is on the workbench, at least one stuffing hole is offered on the periphery of the rotating circular disk, blanking hole is offered on the workbench, side is provided with conveyer belt below the filling place, it is mobile on the conveyer belt to be provided at least one empty cup body, material is filled at by the stuffing hole and the blanking hole in the empty cup body.A kind of automated packing device material energy automated packing of the utility model, reduces labor workload, provides efficiency, also improve the stability of sky cup body weight.
Description
Technical field
The utility model is related to a kind of filler devices, more particularly to a kind of automated packing device.
Background technology
When existing part producing workshop still uses hand-stuff, wherein hand-stuff, not only need using it is a large amount of artificial, at
This height, and manual operation, cause workshop working efficiency relatively low.
Invention content
The utility model is completed to solve in the prior art insufficient, and the purpose of this utility model is to provide one
Kind automated packing device, its advantage is that material energy automated packing, reduces labor workload, provides efficiency, also improve sky
The stability of cup body weight.
A kind of automated packing device of the utility model, including filling place, the filling place include workbench, at least
One rotating circular disk and at least one set of stop gauge, the stop gauge are fixedly connected on the workbench, the rotational circle
Disk is located in the stop gauge, and rotating circular disk rotatable connection is on the workbench, the periphery of the rotating circular disk
On offer at least one stuffing hole, offer blanking hole on the workbench, side is provided with biography below the filling place
Band is sent, is moved on the conveyer belt and is provided at least one empty cup body, material is filled out and set by the stuffing hole and the blanking hole
In in the empty cup body.
A kind of automated packing device of the utility model can also be：
The stop gauge includes cylindrical holder, T-type holder and hockey stick, and the cylindrical holder is fixedly connected on the work
On platform, each end of T-type holder is fixedly connected at the top of the cylindrical holder, and T-type mid-stent bottom, which is fixed, to be connected
It is connected to fixed link, the hockey stick is fixedly connected on the bottom of fixed, and the hockey stick center is located at rotating circular disk center
Surface, hockey stick both ends length extend above the stuffing hole, and the material is movably connected on by the hockey stick
On the rotating circular disk.
The hockey stick is S-shaped.
T-type holder one end is located at the top of the blanking hole, and the T-type holder is fixedly connected with the first bullet on one end
Piece, first shrapnel bottom is corresponding with the blanking hole site and in the stuffing hole, and the material passes through described the
One shrapnel is filled at from the stuffing hole and the blanking hole in the empty cup body.
The second shrapnel is fixedly connected on the T-type holder other end, second shrapnel bottom is flat with the stuffing hole
It goes and right over the stuffing hole, the extra material can release formula with second shrapnel and offset on the stuffing hole.
The stop gauge further includes at least one flange component, and the flange component is fixedly connected on the cylindrical holder
Inside.
The flange component includes the first rib, and first rib extends vertically and is located at T-type holder one end
The lower section of the T-type holder, first rib bottom is parallel with the stuffing hole, and the material is lived by first rib
It is dynamic to be connected in the stuffing hole.
The flange component includes the second rib and third rib, and second rib is parallel with T-type holder one end
Setting, third rib both ends are fixedly connected on the inside of the cylindrical holder, the material with second rib and
The third rib can release formula and offset.
Fixing axle is fixedly connected on the workbench, the cylindrical holder both sides are fixedly connected by the fixing axle
In on the workbench.
Transmission shaft is fixedly connected under the rotating circular disk, the transmission shaft is rotatably connected by motor, the rotational circle
Disk is rotatably connected by the transmission shaft on the workbench.
A kind of automated packing device of the utility model, including filling place, the filling place include workbench, at least
One rotating circular disk and at least one set of stop gauge, the stop gauge are fixedly connected on the workbench, the rotational circle
Disk is located in the stop gauge, and rotating circular disk rotatable connection is on the workbench, the periphery of the rotating circular disk
On offer at least one stuffing hole, offer blanking hole on the workbench, side is provided with biography below the filling place
Band is sent, is moved on the conveyer belt and is provided at least one empty cup body, material is filled out and set by the stuffing hole and the blanking hole
In in the empty cup body.In this way, workbench provides workplace and support force for rotating circular disk and stop gauge；Rotating circular disk
Offer stuffing hole so that the stuffing hole on rotating circular disk and rotating circular disk rotates together；Stop gauge, which plays, is pushed into material
Stuffing hole and reduction material drop out the effect of rotating circular disk.When the sky of stuffing hole, blanking hole and conveyer belt on rotating circular disk
Cup body position to it is corresponding when material just fall in empty cup body, to complete automated packing.When work, material is placed on rotation
Turn on disk, material is pushed into stuffing hole by stop gauge, under the stuffing hole on rotating circular disk rotates on workbench
Expect at hole, and empty cup body also moves under the blanking hole under workbench, stuffing hole, blanking hole and empty cup body three's vertical position phase
Corresponding, material is fallen in empty cup body, to complete automated packing.In actual use, it can be adjusted according to customer demand
The type of material in whole sky cup body, so as to adjust the number of rotating circular disk.By the way that workbench, rotating circular disk and backgauge is arranged
Device so that material energy automated packing reduces labor workload, provides efficiency, also improves the stabilization of sky cup body weight
Property.A kind of automated packing device of the utility model, this have the advantage that in terms of existing technologies：Material can be filled out automatically
Material, reduces labor workload, provides efficiency, also improve the stability of sky cup body weight.
Description of the drawings
A kind of schematic top plan view of automated packing device of Fig. 1 the utility model.
A kind of side schematic view of automated packing device of Fig. 2 the utility model.
A kind of sectional perspective schematic diagram of automated packing device of Fig. 3 the utility model.
Figure number explanation
1, workbench；11, fixing axle；2, rotating circular disk；21, stuffing hole；3, stop gauge；31, cylindrical holder；32, T-type
Holder；33, hockey stick；34, the first shrapnel；35, the second shrapnel；36, the first rib；37, the second rib；38, third rib；4, it passes
Send band；41, empty cup body.
Specific implementation mode
Fig. 1 to Fig. 3 below in conjunction with the accompanying drawings is described in further detail a kind of automated packing device of the utility model.
A kind of automated packing device of the utility model please refers to Fig.1 each figure related to Fig. 3, including filling place, described
Filling place includes workbench 1, at least one rotating circular disk 2 and at least one set of stop gauge 3, and the stop gauge 3, which is fixed, to be connected
It is connected on the workbench 1, the rotating circular disk 2 is located in the stop gauge 3, and the rotating circular disk 2 is rotatably connected in institute
It states on workbench 1, at least one stuffing hole 21 is offered on the periphery of the rotating circular disk 2, is offered on the workbench 1
Blanking hole, filling place lower section side are provided with conveyer belt 4, are moved on the conveyer belt 4 and are provided at least one empty cup
Body 41, material are filled at by the stuffing hole 21 and the blanking hole in the empty cup body 41.In this way, workbench 1 is rotation
Disk 2 and stop gauge 3 provide workplace and support force；Rotating circular disk 2 offers at least one stuffing hole 21, rotational circle
Stuffing hole 21 on disk 2 and rotating circular disk 2 rotates together；Stop gauge 3, which is played, to be pushed into stuffing hole 21 by material and reduces object
Material drops out the effect of rotating circular disk 2.When 41 position of empty cup body of stuffing hole 21, blanking hole and conveyer belt 4 on rotating circular disk 2 is equal
Material is just fallen in empty cup body 41 when to corresponding to, to complete automated packing.When work, material is placed on rotating circular disk 2
On, material is pushed into stuffing hole 21 by stop gauge 3, under the stuffing hole 21 on rotating circular disk 2 rotates on workbench 1
Expect at hole, and empty cup body 41 also moves under the blanking hole under workbench 1, stuffing hole 21, blanking hole and 41 three of empty cup body are perpendicular
Straight position is corresponding, and material is fallen in empty cup body 41, to complete automated packing.It in actual use, can basis
Customer demand adjusts the type of material in empty cup body 41, so as to adjust the number of rotating circular disk 2.By the way that workbench is arranged
1, rotating circular disk 2 and stop gauge 3 so that material energy automated packing reduces labor workload, provides efficiency, also improve
The stability of 41 weight of empty cup body.A kind of automated packing device of the utility model, has in terms of existing technologies
Advantage is：Material energy automated packing, reduces labor workload, provides efficiency, also improves the stabilization of 41 weight of sky cup body
Property.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:The stop gauge 3 includes cylindrical holder 31, T-type holder 32 and hockey stick 33, and the cylindrical holder 31 is solid
Surely it is connected on the workbench 1,32 each end of the T-type holder is fixedly connected in 31 top of the cylindrical holder, the T
32 central bottom of type holder is fixedly connected with fixed link, and the hockey stick 33 is fixedly connected on the bottom of fixed, the hockey stick
33 centers are located at right over 2 center of the rotating circular disk, and 33 both ends length of the hockey stick extends 21 top of the stuffing hole,
The material is movably connected on by the hockey stick 33 on the rotating circular disk 2.In this way, cylindrical holder 31 is fixedly connected on work
On platform 1 so that cylindrical holder 31 stablize and securely；T-type holder 32 is fixed on cylindrical holder 31, and cylindrical holder 31 is T-type branch
Frame 32 provides support force, meanwhile, hockey stick 33 is fixedly connected on bottom of fixed, and support force is provided for hockey stick 33.Work as rotation
When disk 2 rotates, it is responsible for driving the material in rotating circular disk 2 positioned at the hockey stick 33 of bottom of fixed, to which material to be pushed into
In the stuffing hole 21 of rotating circular disk 2.33 both ends length of hockey stick each extends to 21 top of stuffing hole, when material pours into rotating circular disk 2
When upper, more materials can be pushed into stuffing hole 21 by hockey stick 33 so that 21 filler of stuffing hole is abundant.Even more preferably, cylinder
Holder 31 is fixed circle, and fixed circle is circle.Circular cylindrical holder 31 just matches with rotating circular disk 2 so that gear
Material is more steadily pushed into stuffing hole 21 and further decreases material and dropped out outside rotating circular disk 2 by material device 3.Further
Preferred embodiment is：The hockey stick 33 is S-shaped.In this way, the hockey stick 33 of S-shaped is matched with rotating circular disk 2 so that push the area of material
Bigger.When rotating circular disk 33 rotates so that more materials, which can be pushed open, to be entered in stuffing hole.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:Described 32 one end of T-type holder is located at the top of the blanking hole, is fixed on described 32 one end of T-type holder
It is connected with the first shrapnel 34,34 bottom of the first shrapnel is corresponding with the blanking hole site and in the stuffing hole 21,
The material is filled at from the stuffing hole 21 and the blanking hole in the empty cup body 41 by first shrapnel 34.This
There is elasticity, the first shrapnel 34 to be located at 32 one end bottom of T-type holder for sample, the first shrapnel 34, and 34 bottom of the first shrapnel is located at blanking
Right over hole and it is inserted into stuffing hole 21.When rotating circular disk 2 rotates, drive the first shrapnel 34 that flexible deformation occurs, when under
When at one stuffing hole 21, the first shrapnel 34 restores to the original state, and elastic force springs into material in empty cup body 41.First shrapnel 34 can
The material in stuffing hole 21 is sprung into sky cup body 41 to the charging for completing material to play.Even more preferably, cylindrical holder 31 is
Stainless steel is made so that 31 rigidity of cylindrical holder is strong, stability is strong.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:Be fixedly connected with the second shrapnel 35 on 32 other end of T-type holder, 35 bottom of the second shrapnel with
The stuffing hole 21 is parallel and right over the stuffing hole 21, the extra material and described second on the stuffing hole 21
Shrapnel 35 can release formula and offset.In this way, the second shrapnel 35 is located on 32 other end of T-type holder, 35 bottom of the second shrapnel and rotation
Disk 2 is parallel and extends at stuffing hole 21.When rotating circular disk 2 rotates, the second shrapnel 35 can will be above stuffing hole
Material at 21 is driven out of.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:The stop gauge 3 further includes at least one flange component, and the flange component is fixedly connected on described
31 inside of cylindrical holder.It is dropped out outside rotating circular disk 2 in this way, flange component can play reduction material.Even more preferably, rib group
Part is made of stainless steel so that flange component rigidity is strong, stability is strong and durability is strong.Further preferred embodiment is：
The flange component includes the first rib 36, and first rib 36 extends vertically with described 32 one end of T-type holder and is located at institute
The lower section of T-type holder 32 is stated, 36 bottom of the first rib is parallel with the stuffing hole 21, and the material passes through the first gear
Side 36 is movably connected in the stuffing hole 21.First rib 36 is extended vertically with 32 one end of T-type holder, and the first rib 36 plays
It will be above the material at stuffing hole 21 to keep off, further improve the stability of automated packing quantity.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:The flange component includes the second rib 37 and third rib 38, second rib 37 and the T-type
32 one end of holder is arranged in parallel, and 38 both ends of third rib are fixedly connected in 31 inside of the cylindrical holder, the material
Formula can be released with second rib 37 and the third rib 38 to offset.In this way, the second rib 37 and 32 one end of T-type holder
Parallel, the second rib 37 plays the role of backgauge, further decreases material and drops out outside rotating circular disk 2.38 both ends of third rib are equal
It is fixed on cylindrical holder 31, third rib 38 also functions to the effect of backgauge, and reducing material into one drops out rotating circular disk 2
Outside.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:Fixing axle 11 is fixedly connected on the workbench 1,31 both sides of the cylindrical holder are by described solid
Dead axle 11 is fixedly connected on the workbench 1.In this way, fixing axle 11 is fixedly connected on workbench 1, it will by fixing axle 11
Cylindrical holder 31 is fixedly connected on workbench 1 so that cylindrical holder 31 is more stablized, while being also convenient for disassembling and installing.
A kind of automated packing device of the utility model please refers to Fig.1 figure related each to Fig. 3, in front technical solution
On the basis of can also be:Transmission shaft is fixedly connected under the rotating circular disk 2, the transmission shaft is rotatably connected by motor, institute
Rotating circular disk 2 is stated to be rotatably connected on the workbench 1 by the transmission shaft.In this way, motor is rotating circular disk 2 and transmission shaft
Provide rotary power so that rotating circular disk 2 can normally rotate.
It is above-mentioned that only several specific embodiments in the utility model are illustrated, but can not be as the utility model
Protection domain, the equivalent change or modification or equal proportion amplification made by every design spirit according in the utility model or contracting
It is small etc., it is deemed to fall the scope of protection of the utility model.
Claims (10)
1. a kind of automated packing device, it is characterised in that：Including filling place, the filling place includes workbench (1), at least
One rotating circular disk (2) and at least one set of stop gauge (3), the stop gauge (3) are fixedly connected on the workbench (1)
On, the rotating circular disk (2) is located in the stop gauge (3), and rotating circular disk (2) rotatable connection is in the workbench
(1) on, at least one stuffing hole (21) is offered on the periphery of the rotating circular disk (2), is offered on the workbench (1)
Blanking hole, side is provided with conveyer belt (4) below the filling place, on the conveyer belt (4) it is mobile be provided with it is at least one
Empty cup body (41), material are filled at by the stuffing hole (21) and the blanking hole in the empty cup body (41).
2. a kind of automated packing device according to claim 1, it is characterised in that：The stop gauge (3) includes cylinder
Holder (31), T-type holder (32) and hockey stick (33), the cylindrical holder (31) is fixedly connected on the workbench (1), described
T-type holder (32) each end is fixedly connected at the top of the cylindrical holder (31), and T-type holder (32) central bottom is fixed
It is connected with fixed link, the hockey stick (33) is fixedly connected on the bottom of fixed, and hockey stick (33) center is located at the rotation
Turn right over disk (2) center, hockey stick (33) both ends length extends above the stuffing hole (21), and the material is logical
The hockey stick (33) is crossed to be movably connected on the rotating circular disk (2).
3. a kind of automated packing device according to claim 2, it is characterised in that：The hockey stick (33) is S-shaped.
4. a kind of automated packing device according to claim 2, it is characterised in that：Described T-type holder (32) one end is located at
The top of the blanking hole is fixedly connected with the first shrapnel (34), first shrapnel (34) on described T-type holder (32) one end
Bottom is corresponding with the blanking hole site and in the stuffing hole (21), the material by first shrapnel (34) from
The stuffing hole (21) and the blanking hole are filled in the empty cup body (41).
5. a kind of automated packing device according to claim 2, it is characterised in that：On T-type holder (32) other end
It is fixedly connected with the second shrapnel (35), the second shrapnel (35) bottom is parallel with the stuffing hole (21) and is located at the filler
Right over hole (21), the extra material can release formula with second shrapnel (35) and offset on the stuffing hole (21).
6. according to a kind of automated packing device described in claim 2-5 any one claims, it is characterised in that：The gear
Material device (3) further includes at least one flange component, and the flange component is fixedly connected on the inside of the cylindrical holder (31).
7. a kind of automated packing device according to claim 6, it is characterised in that：The flange component includes the first rib
(36), first rib (36) extends vertically with described T-type holder (32) one end and under the T-type holder (32)
Side, the first rib (36) bottom is parallel with the stuffing hole (21), and the material passes through first rib (36) activity
It is connected in the stuffing hole (21).
8. a kind of automated packing device according to claim 6, it is characterised in that：The flange component includes the second rib
(37) it is arranged in parallel with described T-type holder (32) one end with third rib (38), second rib (37), the third rib
(38) both ends are fixedly connected on the inside of the cylindrical holder (31), the material with second rib (37) and described the
Three ribs (38) can release formula and offset.
9. according to a kind of automated packing device described in claim 2-5 any one claims, it is characterised in that：The work
Make to be fixedly connected with fixing axle (11) on platform (1), cylindrical holder (31) both sides connect by the way that the fixing axle (11) is fixed
It is connected on the workbench (1).
10. according to a kind of automated packing device described in claim 1-5 any one claims, it is characterised in that：It is described
Transmission shaft is fixedly connected under rotating circular disk (2), the transmission shaft is rotatably connected by motor, and the rotating circular disk (2) passes through
The transmission shaft rotatable connection is on the workbench (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820075294.8U CN207917840U (en) | 2018-01-17 | 2018-01-17 | A kind of automated packing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820075294.8U CN207917840U (en) | 2018-01-17 | 2018-01-17 | A kind of automated packing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207917840U true CN207917840U (en) | 2018-09-28 |
Family
ID=63604335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820075294.8U Active CN207917840U (en) | 2018-01-17 | 2018-01-17 | A kind of automated packing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207917840U (en) |
-
2018
- 2018-01-17 CN CN201820075294.8U patent/CN207917840U/en active Active
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