CN107554089A - A kind of pipeline system electric capacity batch code spraying system - Google Patents
A kind of pipeline system electric capacity batch code spraying system Download PDFInfo
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- CN107554089A CN107554089A CN201710640555.6A CN201710640555A CN107554089A CN 107554089 A CN107554089 A CN 107554089A CN 201710640555 A CN201710640555 A CN 201710640555A CN 107554089 A CN107554089 A CN 107554089A
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- pipeline
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- electric capacity
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Abstract
The invention discloses a kind of pipeline system electric capacity batch code spraying system, including：First pipeline, the second pipeline, rotary shaft, the first code-spraying mechanism, the second code-spraying mechanism, material jacking mechanism and drive mechanism.The present invention utilizes to be coordinated between the first pipeline, the second pipeline, rotary shaft, the first code-spraying mechanism, the second code-spraying mechanism, material jacking mechanism and drive mechanism, realize coding operating line formula processing side, so that the synchronous progress low with bottom surface of electric capacity axial plane stamp, so as to effectively improve coding efficiency.
Description
Technical field
The present invention relates to electric capacity technical field of processing equipment, more particularly to a kind of pipeline system electric capacity batch code spraying system.
Background technology
Electric capacity is in production, it is necessary to stamp pattern or word in its axial plane and bottom surface to make a check mark or illustrate.It is existing
Capacitor code printing makes, and its axial plane stamp and bottom surface stamp are all carried out separately, and this stamp mode is extremely inefficient, it would be highly desirable to improve.
The content of the invention
Based on technical problem existing for above-mentioned background technology, the present invention proposes a kind of pipeline system electric capacity batch coding system
System.
The present invention proposes a kind of pipeline system electric capacity batch code spraying system, including：First pipeline, the second pipeline,
Rotary shaft, the first code-spraying mechanism, the second code-spraying mechanism, material jacking mechanism and drive mechanism, wherein：
First pipeline, the second pipeline are used to transmit electric capacity, and its electric capacity transmitted is belonged to vertical state；
First pipeline has the first Transfer pipe passed through for single electric capacity；Second pipeline is located at first pipeline one end, and
Two pipelines are located at the lower section of the first pipeline, and the second pipeline has the second Transfer pipe passed through for single electric capacity；
Rotary shaft is between the first pipeline, the second pipeline and along the sender of the first pipeline, the second pipeline
To arrangement；Rotary shaft is provided with multiple bar blocks uniform around its axial plane annular, and each bar blocks are along the axis direction of rotary shaft
Extend, be equipped with axially extending bar-shaped trough in each bar blocks, the side wall of each bar blocks is equipped with and the bar shaped groove sidewall
The window of conducting, and when any one bar blocks is docked with the first pipeline, the first transmission of bar-shaped trough is logical in the bar blocks
Road is turned on, and when any one bar blocks is docked with the second pipeline, the bar-shaped trough in the bar blocks is led with the second Transfer pipe
It is logical；It is provided with the bar-shaped trough and is used to make electric capacity keep fixed retaining mechanism inside it；
First code-spraying mechanism is located at the top of rotary shaft side, and the first code-spraying mechanism includes the first shower nozzle and for driving the
The first power unit that one shower nozzle moves up and down；
Second code-spraying mechanism is located at the top of the second pipeline, and the second code-spraying mechanism includes the second shower nozzle and for driving the
The second power unit that two shower nozzles move up and down；
Material jacking mechanism is located at the one end of rotary shaft away from the second pipeline, and material jacking mechanism includes being located at the second Transfer pipe
Push rod on same straight line and the 3rd power unit for driving bearing of trend of the push rod along the second Transfer pipe to stretch；
Drive mechanism is used to drive rotary shaft to rotate to drive bar blocks to enter and the first pipeline or the second pipeline pair
State is connect, and in rotary shaft rotation process, when wherein any one bar blocks is docked with the first pipeline, remaining each bar shaped
In block, there are a bar blocks to be docked with the second pipeline, there are a bar blocks to be in below the first code-spraying mechanism, and in first
The window in bar blocks below code-spraying mechanism is located at the lower section of the first shower nozzle.
Preferably, the angle between two bar blocks of arbitrary neighborhood is 90 °.
Preferably, the first shower nozzle is provided with multiple, and each first shower nozzle is equally spaced along the bearing of trend of bar-shaped trough；Bar blocks
On window be equipped with it is multiple, and when bar blocks are rotated to the lower section of the first code-spraying mechanism, each window point in the bar blocks
Not Wei Yu each first shower nozzle lower section and successively with each first shower nozzle correspond.
Preferably, retaining mechanism includes the first striker plate, the second striker plate, first striker plate, the second striker plate phase
To arrange bar-shaped trough bearing of trend both sides, one end that the first striker plate, the second striker plate are located remotely from each other respectively with the bar-shaped trough
Inwall fix, spacing is reserved in the first striker plate, the second striker plate side close to each other, and this is smaller than the outer of electric capacity
Footpath.
Preferably, retaining mechanism also includes third gear flitch, fourth gear flitch, and the third gear flitch leans on positioned at rotary shaft
One end of nearly first pipeline and fixation, third gear flitch is close to the surface of rotary shaft side and each bar blocks against third gear
On flitch and it is located at the bearing of trend of the first Transfer pipe provided with the through hole turned on the first Transfer pipe；Fourth gear flitch position
Supported in rotary shaft close to one end of the second pipeline and fixation, fourth gear flitch close to the surface of rotary shaft side and each bar blocks
Lean on, on fourth gear flitch and be located at the bearing of trend of the second Transfer pipe provided with the through hole turned on the second Transfer pipe.
Preferably, bar blocks are provided with four, and four bar blocks are uniform in the outer axial face annular of rotary shaft；The drive mechanism
Often rotary shaft is driven to rotate once, its anglec of rotation is 90 °.
In the present invention, the first pipeline, the second pipeline are used to convey electric capacity, the first code-spraying mechanism, the second ink jet numbering machine
Structure is used to carry out electric capacity coding operation, and pusher is used to the electric capacity in bar-shaped trough pushing to the second pipeline, driven
Mechanism and rotary shaft coordinate for making each bar blocks in rotary shaft in the first pipeline, the first code-spraying mechanism, the second conveying
Between cycle rotation so that bar blocks enter and the first pipeline mated condition or enter the first code-spraying mechanism lower section or enter
With the second pipeline mated condition.In work, when bar blocks are docked with the first pipeline, the first of bar-shaped trough in the bar blocks
Transfer pipe turns on so that the electric capacity that the first pipeline is conveyed enters bar-shaped trough；When bar blocks are under the first code-spraying mechanism
Fang Shi, the window in the bar blocks are located at the lower section of the first shower nozzle so that the first shower nozzle can pass through the window in the bar blocks
Coding operation is carried out to the electric capacity in bar-shaped trough；When bar blocks are docked with the second pipeline, bar-shaped trough in the bar blocks with
Second Transfer pipe turns on so that push rod can push to the material in the bar-shaped trough the second pipeline, and utilize and be arranged on
The second code-spraying mechanism on second pipeline carries out coding to the electric capacity for entering the second pipeline.Because in the present invention, window is set
Put the side wall in bar blocks so that the first code-spraying mechanism is in the side wall of electric capacity through the code that window is sprayed；Second pipeline
Positioned at the lower section of the first pipeline so that electric capacity is in bottom-up state after entering the second pipeline, to utilize the second spray
Bottom coding of the ink recorder structure to electric capacity；Rotary shaft is in rotation process, when wherein any one bar blocks and the first pipeline pair
When connecing, in remaining each bar blocks, there are a bar blocks to be docked with the second pipeline, there are a bar blocks to be in the first ink jet numbering machine
Below structure, Shi Ge roads manufacturing procedure is carried out continuously, to improve coding efficiency.
In summary, a kind of pipeline system electric capacity batch code spraying system proposed by the present invention, utilizes the first pipeline, second
Coordinate between pipeline, rotary shaft, the first code-spraying mechanism, the second code-spraying mechanism, material jacking mechanism and drive mechanism, realize spray
Code operating line formula processing side, so as to effectively improve coding efficiency.
Brief description of the drawings
Fig. 1 is a kind of structural representation of pipeline system electric capacity batch code spraying system proposed by the present invention；
Fig. 2 is the structural representation of rotary shaft described in a kind of pipeline system electric capacity batch code spraying system proposed by the present invention
Figure.
Embodiment
Below, technical scheme is described in detail by specific embodiment.
As shown in Figure 1-2, Fig. 1 is a kind of structural representation of pipeline system electric capacity batch code spraying system proposed by the present invention
Figure；Fig. 2 is the structural representation of rotary shaft described in a kind of pipeline system electric capacity batch code spraying system proposed by the present invention.
Reference picture 1-2, a kind of pipeline system electric capacity batch code spraying system that the embodiment of the present invention proposes, including：First is defeated
Line sending 1, the second pipeline 2, rotary shaft 3, the first code-spraying mechanism 4, the second code-spraying mechanism 5, material jacking mechanism 6 and drive mechanism,
Wherein：
First pipeline 1, the second pipeline 2 are used to transmit electric capacity C, and its electric capacity C transmitted is belonged to vertical
State；First pipeline 1 has the first Transfer pipe passed through for single electric capacity C；Second pipeline 2 is located at the first pipeline 1
One end, and the second pipeline 2 is located at the lower section of the first pipeline 1, the second pipeline 2 has second passed through for single electric capacity C
Transfer pipe.
Rotary shaft 3 is between the first pipeline 1, the second pipeline 2 and along the biography of the first pipeline 1, the second pipeline 2
Direction is sent to arrange；Rotary shaft 3 is provided with multiple bar blocks 7 uniform around its axial plane annular, and each bar blocks 7 are along rotary shaft 3
Axis direction extends, and is equipped with axially extending bar-shaped trough 701 in each bar blocks 7, the side walls of each bar blocks 7 be equipped with
The window 702 of the side wall of bar-shaped trough 701 conducting, and when any one bar blocks 7 is docked with the first pipeline 1, the bar blocks 7
The first Transfer pipe conducting of upper bar-shaped trough 701, when any one bar blocks 7 is docked with the second pipeline 2, the bar blocks 7
On bar-shaped trough 701 turned on the second Transfer pipe；It is provided with the bar-shaped trough 701 and is used to make electric capacity C keep solid inside it
Fixed retaining mechanism.
First code-spraying mechanism 4 is located at the top of the side of rotary shaft 3, and the first code-spraying mechanism 4 includes the first shower nozzle and for driving
The first power unit that dynamic first shower nozzle moves up and down；Second code-spraying mechanism 5 is located at the top of the second pipeline 2, the second coding
Mechanism 5 includes the second shower nozzle and the second power unit for driving the second shower nozzle to move up and down；Material jacking mechanism 6 is located at rotary shaft
3 one end away from the second pipeline 2, material jacking mechanism 6 include the push rod being located along the same line with the second Transfer pipe and are used for
Drive the 3rd flexible power unit of bearing of trend of the push rod along the second Transfer pipe.
Drive mechanism is used to drive rotary shaft 3 to rotate to drive bar blocks 7 to enter and the first pipeline 1 or the second pipeline
2 mated conditions, and in the rotation process of rotary shaft 3, it is remaining when wherein any one bar blocks 7 is docked with the first pipeline 1
In each bar blocks 7, there are a bar blocks 7 to be docked with the second pipeline 2, there are a bar blocks 7 to be under the first code-spraying mechanism 4
Side, and the window 702 in the bar blocks 7 in the lower section of the first code-spraying mechanism 4 is located at the lower section of the first shower nozzle.
The present invention so works, and is rotated using drive mechanism driving rotary shaft 3, so that a unloaded bar blocks 7
Docked with the first pipeline 1, electric capacity C is sequentially entered in the bar-shaped trough 701 of the bar blocks 7 using the first pipeline 1, make to be equipped with
The electric capacity C rotation of bar blocks 7 makes the window 702 in the bar blocks 7 be located at the first shower nozzle to the lower section of the first code-spraying mechanism of spray
Lower section, to carry out coding using electric capacity C of first shower nozzle in the bar blocks 7, make the bar shaped by the first code-spraying mechanism
Block 7 is docked with the second pipeline 2, and the electric capacity C in the bar blocks 7 is pushed into the second pipeline 2, and profit using pusher 6
Coding work is carried out to the electric capacity C for entering the second pipeline 2 with the second code-spraying mechanism.
From the foregoing, it will be observed that in the present invention, the first pipeline 1, the second pipeline 2 are used to convey electric capacity C, the first code-spraying mechanism
4th, the second code-spraying mechanism 5 is used to carry out electric capacity C coding operation, and pusher is used to push the electric capacity C in bar-shaped trough 701
To the second pipeline 2, drive mechanism and rotary shaft 3 coordinate for making each bar blocks 7 in rotary shaft 3 in the first pipeline 1, the
Cycle rotation between the conveying of one code-spraying mechanism 4, second, so that bar blocks 7 enter and the mated condition of the first pipeline 1 or entrance
The lower section of first code-spraying mechanism 4 enters and the mated condition of the second pipeline 2.In work, when the pipeline 1 of bar blocks 7 and first
During docking, the first Transfer pipe conducting of bar-shaped trough 701 in the bar blocks 7 so that the electric capacity C that the first pipeline 1 is conveyed enters
Enter bar-shaped trough 701；When bar blocks 7 are in the first 4 lower section of code-spraying mechanism, the window 702 in the bar blocks 7 is located at the first shower nozzle
Lower section so that the first shower nozzle can pass through the bar blocks 7 on window 702 in bar-shaped trough 701 electric capacity C carry out coding work
Industry；When bar blocks 7 are docked with the second pipeline 2, the bar-shaped trough 701 in the bar blocks 7 turns on the second Transfer pipe so that
Push rod can push to the material in the bar-shaped trough 701 second pipeline 2, and utilize the be arranged on the second pipeline 2
Two code-spraying mechanisms 5 carry out coding to the electric capacity C for entering the second pipeline 2.Because in the present invention, window 702 is arranged on bar blocks 7
Side wall so that the code that the first code-spraying mechanism 4 is sprayed through window 702 is in electric capacity C side wall；Second pipeline 2 is located at
The lower section of first pipeline 1 so that electric capacity C is in bottom-up state after entering the second pipeline 2, to utilize the second coding
Bottom coding of the mechanism 5 to electric capacity C；Rotary shaft 3 is in rotation process, when wherein any one pipeline 1 of bar blocks 7 and first
During docking, in remaining each bar blocks 7, there are a bar blocks 7 to be docked with the second pipeline 2, there are a bar blocks 7 to be in first
The lower section of code-spraying mechanism 4, Shi Ge roads manufacturing procedure is carried out continuously, to improve coding efficiency.
In addition, in the present embodiment, the angle between two bar blocks 7 of arbitrary neighborhood is 90 °, so that two adjacent bars
The place face of shape block 7 is mutually perpendicular to, and avoids that the first shower nozzle is caused to interfere when the first shower nozzle moves down.
In the present embodiment, the first shower nozzle is provided with multiple, bearing of trend equidistant cloth of each first shower nozzle along bar-shaped trough 701
Put；Window 702 in bar blocks 7 be equipped with it is multiple, and when bar blocks 7 are rotated to the lower section of the first code-spraying mechanism 4, the bar shaped
Each window 702 on block 7 corresponds positioned at the lower section of each first shower nozzle and with each first shower nozzle successively respectively, so that each first
Shower nozzle carries out coding operation through each window to each electric capacity C in bar-shaped trough, so that whole electric capacity C coding operations are to arrange
It is carried out continuously for unit, so as to effectively improve coding efficiency.
In the present embodiment, retaining mechanism includes the first striker plate 8, the second striker plate 9, first striker plate 8, second gear
The both sides of the bearing of trend of bar-shaped trough 701 positioned opposite of flitch 9, one end that the first striker plate 8, the second striker plate 9 are located remotely from each other point
Inwall not with the bar-shaped trough 701 is fixed, and spacing is reserved in the first striker plate 8, the second striker plate 9 side close to each other, and should
Be smaller than electric capacity C external diameter so that bar blocks 7 go to lower section when, electric capacity C will not drop away out of bar-shaped trough 701.This reality
Apply in example, retaining mechanism also includes third gear flitch 10, fourth gear flitch 11, and the third gear flitch 10 is located at rotary shaft 3 and leaned on
One end of nearly first pipeline 1 and fixation, third gear flitch 10 is close to the surface of the side of rotary shaft 3 and each bar blocks 7 against the
On three striker plates 10 and it is located at the bearing of trend of the first Transfer pipe provided with the through hole turned on the first Transfer pipe；Fourth gear
Flitch 11 is located at rotary shaft 3 close to one end of the second pipeline 2 and fixation, table of the fourth gear flitch 11 close to the side of rotary shaft 3
Face and each bar blocks 7 on fourth gear flitch 11 and positioned at the bearing of trend of the second Transfer pipe against being provided with and the second transmission
The through hole of channel conductive, to be cooperated using third gear flitch 10, fourth gear flitch 11, make electric capacity C in bar-shaped trough 701 not
It can be skidded off from rotary course from both ends.
In the present embodiment, bar blocks 7 are provided with four, and four bar blocks 7 are uniform in the outer axial face annular of rotary shaft 3；It is described
Drive mechanism often drives rotary shaft 3 to rotate once, and its anglec of rotation is 90 °, and the setting of the structure can ensure bar blocks 7 not
In the case of causing interference to the first shower nozzle, shorten the single rotational time of rotary shaft 3 to greatest extent, further to heighten processing
Efficiency.
In summary, a kind of pipeline system electric capacity C batch code spraying systems proposed by the present invention, the first pipeline 1, are utilized
Coordinate between two pipelines 2, rotary shaft 3, the first code-spraying mechanism 4, the second code-spraying mechanism 5, material jacking mechanism 6 and drive mechanism,
Coding operating line formula processing side is realized, so as to effectively improve coding efficiency.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited thereto,
Any one skilled in the art the invention discloses technical scope in, technique according to the invention scheme and its
Inventive concept is subject to equivalent substitution or change, should all be included within the scope of the present invention.
Claims (6)
- A kind of 1. pipeline system electric capacity batch code spraying system, it is characterised in that including：First pipeline (1), the second pipeline (2), rotary shaft (3), the first code-spraying mechanism (4), the second code-spraying mechanism (5), material jacking mechanism (6) and drive mechanism, wherein：First pipeline (1), the second pipeline (2) are used to transmit electric capacity (C), and belong to its electric capacity (C) transmitted Vertical state；First pipeline (1) has the first Transfer pipe passed through for single electric capacity (C)；Second pipeline (2) is positioned at the One pipeline (1) one end, and the second pipeline (2) is located at the lower section of the first pipeline (1), the second pipeline (2) has for single The second Transfer pipe that individual electric capacity (C) passes through；Rotary shaft (3) is between the first pipeline (1), the second pipeline (2) and along the first pipeline (1), the second pipeline (2) direction of transfer arrangement；Rotary shaft (3) is provided with multiple bar blocks (7) uniform around its axial plane annular, each bar blocks (7) Extend along the axis direction of rotary shaft (3), axially extending bar-shaped trough (701), each bar are equipped with each bar blocks (7) The side wall of shape block (7) is equipped with the window (702) turned on the bar-shaped trough (701) side wall, and when any one bar blocks (7) with When first pipeline (1) docks, the first Transfer pipe conducting of bar-shaped trough (701) in the bar blocks (7), when any one bar shaped When block (7) docks with the second pipeline (2), the bar-shaped trough (701) in the bar blocks (7) turns on the second Transfer pipe；It is described It is provided with bar-shaped trough (701) and is used to make electric capacity (C) keep fixed retaining mechanism inside it；First code-spraying mechanism (4) is located at the top of rotary shaft (3) side, and the first code-spraying mechanism (4) includes the first shower nozzle and is used for The first power unit for driving the first shower nozzle to move up and down；Second code-spraying mechanism (5) is located at the top of the second pipeline (2), and the second code-spraying mechanism (5) includes the second shower nozzle and is used for The second power unit for driving the second shower nozzle to move up and down；Material jacking mechanism (6) is located at the one end of rotary shaft (3) away from the second pipeline (2), and material jacking mechanism (6) includes and the second transmission The push rod and for driving bearing of trend of the push rod along the second Transfer pipe flexible the 3rd that passage is located along the same line are dynamic Power unit；Drive mechanism is used to drive rotary shaft (3) to rotate to drive bar blocks (7) to enter and the first pipeline (1) or the second conveying Line (2) mated condition, and in rotary shaft (3) rotation process, when wherein any one bar blocks (7) and the first pipeline (1) are right When connecing, in remaining each bar blocks (7), there is a bar blocks (7) to be docked with the second pipeline (2), there is bar blocks (7) place Below the first code-spraying mechanism (4), and the window (702) in the bar blocks (7) below the first code-spraying mechanism (4) is positioned at the The lower section of one shower nozzle.
- 2. pipeline system electric capacity batch code spraying system according to claim 1, it is characterised in that two bars of arbitrary neighborhood Angle between shape block (7) is 90 °.
- 3. pipeline system electric capacity batch code spraying system according to claim 1, it is characterised in that the first shower nozzle is provided with more Individual, bearing of trend of each first shower nozzle along bar-shaped trough (701) is equally spaced；Window (702) in bar blocks (7) is equipped with more It is individual, and when the lower section of bar blocks (7) rotation to the first code-spraying mechanism (4), each window (702) in the bar blocks (7) is respectively Corresponded positioned at the lower section of each first shower nozzle and successively with each first shower nozzle.
- 4. pipeline system electric capacity batch code spraying system according to claim 1, it is characterised in that retaining mechanism includes first Striker plate (8), the second striker plate (9), first striker plate (8), the second striker plate (9) bar-shaped trough positioned opposite (701) prolong The both sides in direction are stretched, one end that the first striker plate (8), the second striker plate (9) are located remotely from each other is interior with the bar-shaped trough (701) respectively Wall is fixed, and spacing is reserved in the first striker plate (8), the second striker plate (9) side close to each other, and this is smaller than electric capacity (C) External diameter.
- 5. pipeline system electric capacity batch code spraying system according to claim 1, it is characterised in that retaining mechanism also includes the Three striker plates (10), fourth gear flitch (11), the third gear flitch (10) are located at rotary shaft (3) close to the first pipeline (1) One end and fixation, third gear flitch (10) close to rotary shaft (3) side surface and each bar blocks (7) against third gear material On plate (10) and it is located at the bearing of trend of the first Transfer pipe provided with the through hole turned on the first Transfer pipe；Fourth gear flitch (11) positioned at rotary shaft (3) close to one end of the second pipeline (2) and fixation, fourth gear flitch (11) is close to rotary shaft (3) one The surface of side and each bar blocks (7) on fourth gear flitch (11) and positioned at the bearing of trend of the second Transfer pipe against being provided with The through hole turned on the second Transfer pipe.
- 6. the pipeline system electric capacity batch code spraying system according to any one of claim 1-5, it is characterised in that bar blocks (7) four are provided with, four bar blocks (7) are uniform in the outer axial face annular of rotary shaft (3)；The drive mechanism often drives rotary shaft (3) rotate once, its anglec of rotation is 90 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710640555.6A CN107554089B (en) | 2017-07-31 | 2017-07-31 | A kind of pipeline system capacitor batch code spraying system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710640555.6A CN107554089B (en) | 2017-07-31 | 2017-07-31 | A kind of pipeline system capacitor batch code spraying system |
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| CN107554089A true CN107554089A (en) | 2018-01-09 |
| CN107554089B CN107554089B (en) | 2019-05-17 |
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| JPH01108074A (en) * | 1987-10-22 | 1989-04-25 | Seiko Epson Corp | Small-type printer |
| CN201371627Y (en) * | 2009-02-23 | 2009-12-30 | 徐志春 | Capacitor automatic laser marking machine |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN107554089B (en) | 2019-05-17 |
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