CN109850526A - A kind of water cavity cover board feed device - Google Patents
A kind of water cavity cover board feed device Download PDFInfo
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- CN109850526A CN109850526A CN201811571869.6A CN201811571869A CN109850526A CN 109850526 A CN109850526 A CN 109850526A CN 201811571869 A CN201811571869 A CN 201811571869A CN 109850526 A CN109850526 A CN 109850526A
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Abstract
The present invention relates to a kind of water cavity cover board feed devices, the workbench including main body frame, above main body frame；Through a rectangular straight slot is offered in the middle part of the workbench, it is equipped with lifting platform in the rectangular straight slot, is equipped with the driving mechanism for driving it to move up and down below the lifting platform；Delivery chute is equipped with along wherein axis direction in the worktable upper surface of the lifting platform side, the lifting platform is equipped with storage tank groove mechanism, the storage tank groove mechanism includes storing cavity, set on storing cavity upper end and is attached thereto logical multiple storage tanks, and storage tank groove mechanism periphery is equipped with the pushing mechanism for being pushed into workpiece in delivery chute.The present invention provides a kind of productive temp efficiency to be significantly improved, and achievees the purpose that real high efficiency storage transport, then achievees the purpose that subsequent fast automatic press fitting, the water cavity cover board feed device improved production efficiency and product quality.
Description
Technical field
The invention belongs to metal working technical area more particularly to a kind of water cavity cover board feed devices.
Background technique
Water cavity cover board as one of special equipment key components and parts, to components internal structure and sealing requirements compared with
To be stringent, therefore to guarantee that water cavity coverplate parts stablize transport and need specific special-shaped water cavity cover board feed device, currently on the market
There is no a kind of applicable device, once urgently designs a kind of special-shaped water cavity cover board press-loading apparatus, on the one hand meet for components are deposited
On the other hand the requirement of yield improves the quality and efficiency purpose of components air-tightness.
Therefore, these problems are based on, a kind of productive temp efficiency is provided and is significantly improved, are reached really efficiently
The purpose of rate storage transport, then achievees the purpose that subsequent fast automatic press fitting, the water cavity improved production efficiency and product quality
Cover board feed device, has important practical significance.
Summary of the invention
It has obtained obviously mentioning it is an object of the invention to overcome the deficiencies of the prior art and provide a kind of productive temp efficiency
Height achievees the purpose that real high efficiency storage transport, then achievees the purpose that subsequent fast automatic press fitting, improve production efficiency
With the water cavity cover board feed device of product quality.
The present invention adopts the following technical solutions to achieve:
A kind of water cavity cover board feed device, the workbench including main body frame, above main body frame；
Through a rectangular straight slot is offered in the middle part of the workbench, it is equipped with lifting platform in the rectangular straight slot, under the lifting platform
Side is equipped with the driving mechanism for driving it to move up and down；It is set in the worktable upper surface of the lifting platform side along wherein axis direction
There is delivery chute, the lifting platform is equipped with storage tank groove mechanism, and the storage tank groove mechanism includes storing cavity, is set to storage cavity
Body upper end is simultaneously attached thereto logical multiple storage tanks, and storage tank groove mechanism periphery is equipped with for workpiece to be pushed into delivery chute
Interior pushing mechanism.
Preferably, the storing cavity is the hollow cube structure surrounded by lower box body, upper cover plate, the storing cavity
Interior is cube hollow cavity, and wherein axis direction is equipped with tapping channel, the length of the tapping channel on edge in the hollow cavity
It is parallel with the length direction of delivery chute to spend direction, the tapping channel is set as the first workpiece far from the side of delivery chute and places
Position, the two sides that first workpiece places position are respectively provided with to the first workpiece and place the second workpiece placement position that position is fed,
The side that the second workpiece places position, which is equipped with, places position for placing the third workpiece that position is fed to second workpiece.
It is further preferred that the pushing mechanism includes being respectively used to that the first workpiece is pushed to place position, second workpiece placement
First straight line propulsion cylinder, second straight line propulsion cylinder, the third linear advancement cylinder of workpiece on position are placed in position, third workpiece,
The first straight line propulsion cylinder, second straight line propulsion cylinder, the lower end of third linear advancement cylinder are upper with workbench respectively
Surface Joint, the first straight line propulsion cylinder, second straight line propulsion cylinder, the pushing piston on third linear advancement cylinder
Plate is in cube plate structure.
It is further preferred that the upper cover plate upper end is respectively provided with to the first workpiece places position, second workpiece is placed
Position, third workpiece place the first storage tank being fed in position, the second storage tank, third storage tank, first storage tank, second
Storage tank, third storage tank are in tube structure up and down respectively, and first storage tank, the second storage tank, third are stored up
Batch can is respectively arranged on upper cover plate, and the lower end of first storage tank, the second storage tank, third storage tank extends through
Cover board.
It is further preferred that first workpiece places position, second workpiece places position, third workpiece is placed position and is located at
The underface of first storage tank, the second storage tank, third storage tank.
It is further preferred that being offered respectively in the storing cavity and the vertically disposed two side walls of delivery chute for first
The pushing piston plate of linear advancement cylinder extend into the intracorporal first pusher fluting of hollow cavity, is pushed out to for workpiece along tapping channel
Discharging on delivery chute is slotted, and is also offered respectively on the side wall of the storing cavity straight for second straight line propulsion cylinder, third
The pushing piston plate of line propulsion cylinder extend into the intracorporal second pusher fluting of hollow cavity, third pusher fluting.
It is further preferred that plane where the third workpiece places the lower surface of position is higher than under second workpiece placement position
Plane where surface, and the second workpiece for being located at right side places the lower surface place plane of position higher than the second workpiece positioned at left side
Plane where placing the lower surface of position, plane is higher than tapping channel, the first work where the second workpiece places the lower surface of position
Part places plane where the lower surface of position.
It is further preferred that plane where the third pusher fluting is higher than plane where the second pusher is slotted, and it is located at
Plane where the second pusher fluting on right side is higher than plane where the second pusher fluting positioned at left side, the second pusher fluting
Place plane is higher than plane where the first pusher fluting, discharging fluting.
Preferably, detection and localization is equipped with below the workbench to pop one's head in.
It is further preferred that the driving mechanism is lifting cylinder, the lifting cylinder is installed on main body frame, described
The free end of the piston rod of lifting cylinder and lifting platform lower surface centre Joint.
The advantages and positive effects of the present invention are:
1. in the present invention, lifting platform can be driven to move up and down by driving mechanism, it is built-in to each storage tank convenient for operator
Enter the pile workpiece successively stacked up and down, once can at most store 100 workpiece in each storage tank, No. one time feeding meets every batch of
Secondary production task amount, 8 seconds/part, while productive temp efficiency is significantly improved, and reaches real high efficiency storage transport
Purpose.
2. in the present invention, storage tank groove mechanism includes storing cavity, set on storing cavity upper end and is attached thereto logical more
A storage tank, storage tank are used for the conveying workpieces into storage cavity body, are used to store in storage cavity body and conveying work pieces, structure are tight
It gathers, workpiece conveying is convenient.
3. in the present invention, the two sides that the first workpiece places position in storage cavity body are respectively provided with to the first workpiece and place position
The second workpiece of feed places position, and the side that second workpiece places position is equipped with for placing the third work that position is fed to second workpiece
Part places position, and workpiece conveying is convenient, can also save the occupied space of storing cavity.
4. in the present invention, storage tank groove mechanism periphery is equipped with for workpiece to be pushed into the pushing mechanism in delivery chute, push away
Motivation structure is used to for the intracorporal workpiece of storage cavity being successively pushed into delivery chute one by one and waits for that lower sequence is processed, to realize sending to delivery chute
Material process reduces human intervention, achievees the purpose that real high efficiency storage transport, then reaches subsequent fast automatic press fitting
Purpose, improve production efficiency and product quality.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention；
Fig. 2 is the structural schematic diagram removed under main body frame, driving mechanism state in Fig. 1；
Fig. 3 is the overlooking structure diagram of Fig. 2；
Fig. 4 is the overlooking structure diagram of lifting platform in Fig. 3, storing cavity；
Fig. 5 is the overlooking structure diagram that storing cavity removes under upper cover board status in Fig. 4；
Fig. 6 is the schematic view of the front view of Fig. 4；
Fig. 7 is the left view structural representation of Fig. 4；
Fig. 8 is the right side structural representation of Fig. 4；
Fig. 9 is the backsight structural representation of Fig. 4.
In figure: 1. main body frames, 2. workbench, 3. rectangular straight slot, 4. lifting platforms, 5. delivery chutes, 6. storing cavitys, 7. storages
Batch can, 8. lower box bodies, 9. upper cover plates, 10. tapping channels, 11. first workpiece place position, 12. second workpieces place position, 13. the
Three workpiece place position, 14. first straight line propulsion cylinders, 15. second straight line propulsion cylinders, 16. third linear advancement cylinders, 17.
First storage tank, 18. second storage tanks, 19. third storage tanks, 20. pushing piston plates, 21. first pushers fluting, 22. workpiece,
23. discharging fluting, 24. second pushers fluting, 25. third pushers fluting, 26. detection and localizations probe, 27. lifting cylinders.
Specific embodiment
Technical solution of the present invention is described in further detail below with reference to drawings and examples.
As shown in figs 1-9, a kind of water cavity cover board feed device, including main body frame 1, the work above main body frame 1
Make platform 2；Through a rectangular straight slot 3 is offered in the middle part of the workbench 2, lifting platform 4, the liter are equipped in the rectangular straight slot 3
The driving mechanism for driving it to move up and down is equipped with below drop platform 4；Along wherein on 2 upper surface of workbench of 4 side of lifting platform
Axis direction is equipped with delivery chute 5, and the lifting platform 4 is equipped with storage tank groove mechanism, and the storage tank groove mechanism includes storage cavity
Body 6 set on 6 upper end of storing cavity and is attached thereto logical multiple storage tanks 7, and storage tank groove mechanism periphery is equipped with for will
Workpiece 22 is pushed into the pushing mechanism in delivery chute 5.
Embodiment: can drive lifting platform 4 to move up and down by driving mechanism, when lifting platform 4 is located at bottom convenient for behaviour
Make worker and be packed into the pile workpiece 22 successively stacked up and down into each storage tank 7, once can at most be stored in each storage tank 7
100 workpiece can drive lifting platform 4 to move up upper surface and the upper surface phase of workbench 2 up to lifting platform 4 by driving mechanism
It flushes, storage tank groove mechanism includes storing cavity 6, set on 6 upper end of storing cavity and is attached thereto logical multiple storage tanks 7, is stored up
Batch can 7 is used for the conveying workpieces into storing cavity 6, for storing and conveying work pieces 22 in storing cavity 6, outside storage tank groove mechanism
It is equipped with the pushing mechanism for being pushed into workpiece 22 in delivery chute 5 week, pushing mechanism is used for the workpiece 22 in storing cavity 6
It is successively pushed into delivery chute 5 one by one to process to lower sequence, to realize the feeding process to delivery chute 5, reduces human intervention, once
Feeding meets every batch of production task amount, and 8 seconds/part, while productive temp efficiency is significantly improved, and reaches really efficiently
The purpose of rate storage transport, then achievees the purpose that subsequent fast automatic press fitting, improves production efficiency and product quality.
For further, it can also consider in the present invention, the storing cavity 6 is enclosed by lower box body 8, upper cover plate 9
At hollow cube structure, be cube hollow cavity in the storing cavity 6, along its central axes side in the hollow cavity
To tapping channel 10 is equipped with, the length direction of the tapping channel 10 is parallel with the length direction of delivery chute 5, and the discharging is logical
Road 10 is set as the first workpiece far from the side of delivery chute 5 and places position 11, and the two sides that first workpiece places position 11 are set respectively
Have and place position 12 for placing the second workpiece that position 11 is fed to the first workpiece, the side that the second workpiece places position 12 is equipped with
Position 13 is placed for placing the third workpiece that position 12 is fed to second workpiece.
For further, it can also consider in the present invention, the pushing mechanism includes being respectively used to push the first work
Part places position 11, second workpiece places position 12, third workpiece places the first straight line propulsion cylinder 14, second of workpiece 22 on position 13
Linear advancement cylinder 15, third linear advancement cylinder 16, the first straight line propulsion cylinder 14, second straight line propulsion cylinder 15,
The lower end of third linear advancement cylinder 16 respectively with the upper surface Joint of workbench 2, the first straight line propulsion cylinder 14,
Pushing piston plate 20 on two linear advancement cylinders 15, third linear advancement cylinder 16 is in cube plate structure.Convenient for pushing away
Material piston plate 20 is extended into or out to the first pusher fluting 21, discharging the 23, second pusher of fluting fluting 24, third pusher fluting 25
Then the push of workpiece in storing cavity 6 is realized.
For further, it can also consider in the present invention, 9 upper end of upper cover plate is respectively provided with to the first work
Part places position 11, second workpiece places position 12, third workpiece places the first storage tank 17 being fed in position 13, the second storage tank
18, third storage tank 19, first storage tank 17, the second storage tank 18, third storage tank 19 are respectively in cylinder up and down
Body structure, and first storage tank 17, the second storage tank 18, third storage tank 19 are respectively arranged on upper cover plate 9, and described
First storage tank 17, the second storage tank 18, third storage tank 19 lower end extend through upper cover plate 9.
For further, it can also consider in the present invention, first workpiece places position 11, second workpiece places position
12, third workpiece places the underface that position 13 is located at the first storage tank 17, the second storage tank 18, third storage tank 19.
Operational sequence 1: as shown in Fig. 3,4,5, the first workpiece places position 11 and is located at one of tapping channel 10 far from delivery chute 5
Side, first straight line propulsion cylinder 14 are located at the downside that the first workpiece places position 11, and first straight line propulsion cylinder 14, the first workpiece
Place position 11, tapping channel 10, delivery chute 5, the first storage tank 17 and the workpiece in the first storage tank 17 it is vertical in
Axis is respectively positioned on same perpendicular, drives its pushing piston plate 20 to extend into storage cavity by first straight line propulsion cylinder 14
The undermost workpiece 22 that the first workpiece can be pushed to place on position 11 in body 6 pushes on delivery chute 5 along tapping channel 10, with reality
It now is used for follow-up work to 5 feeding process of delivery chute, first straight line propulsion cylinder 14 drives its pushing piston plate 20 to reset again,
Under gravity, the workpiece 22 in the first storage tank 17 falls to the first workpiece and places in position 11, repeats above-mentioned steps later
So that the workpiece in the first storage tank 17 is successively pushed on delivery chute 5 by first straight line propulsion cylinder 14 one by one, until first
Workpiece in storage tank 17 is all pushed completely, at this point, the first storage tank 17 is finished for material process；
Operational sequence 2: as shown in Fig. 3,4,5, the quantity that second workpiece places position 12 is two and is located at the placement of the first workpiece
The left and right sides of position 11, second workpiece place position 12 and are used to place the feed of position 11, second straight line propulsion cylinder 15 to the first workpiece
Quantity be two and be located at the left and right sides that two second workpieces place position 12, and second straight line propulsion cylinder 15, second
The vertical central axes that workpiece places position 12, the second storage tank 18 and the workpiece in the second storage tank 18 are respectively positioned on same
On perpendicular, wherein the second straight line propulsion cylinder 15 positioned at 2 left side of workbench can drive its pushing piston plate 20 to push position
Second workpiece in left side places the undermost workpiece 22 on position 12 and is pushed to the first workpiece and places on position 11, and second
Linear advancement cylinder 15 drives its pushing piston plate 20 to reset again, under the effect of gravity, under the workpiece 22 in the second storage tank 18
It drops down onto second workpiece to place in position 12, then drives its pushing piston plate 20 to push the first workpiece by first straight line propulsion cylinder 14
The workpiece 22 placed on position 11 pushes on delivery chute 5 along tapping channel 10, repeatedly until being located at second storing in left side
Workpiece 22 in tank 18 is all pushed completely, is driven again by being located at the second straight line propulsion cylinder 15 on 2 right side of workbench later
Its pushing piston plate is moved to push the second workpiece for being located at right side to place the undermost workpiece on position 12 and pushed to first
Workpiece is placed on position 11, and second straight line propulsion cylinder 15 drives its pushing piston plate 20 to reset again, under the effect of gravity, the second storage
Workpiece 22 in batch can 18 falls to second workpiece and places in position 12, drives it to push away by first straight line propulsion cylinder 14 again later
Material piston plate push the first workpiece place position 11 on workpiece pushed on delivery chute 5 along tapping channel 10, repeatedly until
Workpiece in second storage tank 18 on right side is all pushed completely, at this point, the second storage tank 18 is finished for material process；
Operational sequence 3: as shown in Fig. 3,4,5, the quantity that third workpiece places position 13 is two and is located at two second workpieces
The upside of position 12 is placed, third workpiece places position 13 and is used to place the feed of position 12, third linear advancement cylinder 16 to second workpiece
Quantity be two and be located at the upsides that two third workpiece place position 13, and be located at the third linear advancement cylinder of the same side
16, third workpiece places the equal position in vertical central axes of position 13, third storage tank 19 and the workpiece in third storage tank 19
In on same perpendicular, two third linear advancement cylinders 16 can respectively drive its pushing piston plate 20 and push positioned at third work
The undermost workpiece that part places on position 13 pushes to corresponding second workpiece and places on position 12, and second workpiece places position 12
On workpiece pass through second straight line propulsion cylinder 15 again and push to the first workpiece and place on position 11, then gas promoted by first straight line
The workpiece that cylinder 14 drives its pushing piston plate that the first workpiece is pushed to place on position 11 pushes on delivery chute 5 along tapping channel 10,
Repeatedly until the workpiece in third storage tank 19 is all pushed completely, i.e., the workpiece quilt in all third storage tanks 19
It pushes on delivery chute 5 and finally passes through driving mechanism again at this point, third storage tank 19 is finished for material process for follow-up work
Driving lifting platform 4, which moves down, supplements workpiece into each storage tank 7 convenient for operator.
For further, it can also consider in the present invention, the storing cavity 6 and delivery chute 5 vertically disposed two
It the pushing piston plate 20 for first straight line propulsion cylinder 14 is offered on a side wall respectively extend into hollow cavity intracorporal first and push away
Material fluting 21 is pushed out to the fluting of the discharging on delivery chute 5 23, the side wall of the storing cavity 6 along tapping channel 10 for workpiece 22
On also offer respectively for second straight line propulsion cylinder 15, third linear advancement cylinder 16 pushing piston plate 20 extend into it is hollow
The intracorporal second pusher fluting 24 of chamber, third pusher fluting 25.
As shown in Fig. 3,5, the pushing piston plate 20 of first straight line propulsion cylinder 14 can be protruded by the first pusher fluting 21
In to storing cavity 6 and the first workpiece is placed into the workpiece on position 11 and pushes to delivery chute 5 along tapping channel 10, discharging fluting 23
On, wherein pushing piston plate 20, the first pusher the 21, first workpiece of fluting place work on position 11 on first straight line propulsion cylinder 14
Part, discharging fluting 23 central axes coincide, the pushing piston plate 20 of second straight line propulsion cylinder 15 can be opened by the second pusher
Slot 24 extend into storing cavity 6 and second workpiece is placed to the workpiece on position 12 and pushes on the first workpiece placement position 11,
Pushing piston plate 20, the second pusher fluting 24, second workpiece are placed on position 12 in workpiece on middle second straight line propulsion cylinder 15
Axis coincides, and the pushing piston plate 20 of third linear advancement cylinder 16 can extend into storing cavity by third pusher fluting 25
In 6 and third workpiece is placed the workpiece on position 13 to push on second workpiece placement position 12, wherein third linear advancement cylinder
The central axes that pushing piston plate 20, third pusher fluting 25, third workpiece place workpiece on position 13 on 16 coincide, to realize
The workpiece in each storage tank 7 is finally pushed into delivery chute 5 one by one by the driving of pushing mechanism, to realize to delivery chute 5
Feeding process.
For further, it can also consider in the present invention, the third workpiece is put down where placing the lower surface of position 13
The second workpiece that face, which is higher than second workpiece, places plane where the lower surface of position 12, and be located at right side places the lower surface institute of position 12
It is higher than in plane and is placed under position 12 positioned at plane, the second workpiece where the lower surface of the second workpiece placement position 12 in left side
Plane where surface is higher than tapping channel 10, the first workpiece places plane where the lower surface of position 11.
As shown in figures 5-9, the first workpiece places position 11, second workpiece places position 12, third workpiece is placed and deposited between position 13
In difference in height, the first workpiece, which places position 11, second workpiece places position 12, third workpiece placement position 13 is in different height space has
Help that work is avoided to place the interference between position, wherein plane is higher than discharging where second workpiece places the lower surface of position 12
Plane where the lower surface of position 11 is placed in channel 10, the first workpiece, and the second workpiece for being located at right side places the lower surface of position 12
The second workpiece that place plane is higher than positioned at left side places the lower surface place plane of position 12, and the second workpiece for facilitating two sides is put
Workpiece in set 12 is pushed into the first workpiece under the driving of respective second straight line propulsion cylinder 15 and places on position 11, keeps away
Exempt from occur pushing excessive phenomenon, plane is higher than the following table that second workpiece places position 12 where third workpiece places the lower surface of position 13
Plane where face, the third workpiece for facilitating two sides place the workpiece on position 13 in the drive of respective third linear advancement cylinder 16
Second workpiece is pushed under dynamic to place on position 12.
For further, it can also consider in the present invention, the third pusher slots 25 place planes higher than second
Pusher 24 place planes of fluting, and the second pusher that the second pusher 24 place planes of fluting for being located at right side are higher than positioned at left side is opened
24 place plane of slot, second pusher is slotted, and 24 place planes are higher than the first pusher fluting 21, discharge 23 place planes of fluting.
As shown in figures 5-9, the central axes of third pusher fluting 25 and the third workpiece of corresponding setting are placed on position 13
The central axes of lowest level workpiece coincide, the central axes of the second pusher fluting 24 and the second workpiece of corresponding setting are placed
The central axes of lowest level workpiece on position 12 coincide, the first pusher fluting 21, discharging fluting 23 central axes be located at first
The central axes that workpiece places the lowest level workpiece on position 11 coincide.
It for further, can also consider in the present invention, detection and localization probe 26 is equipped with below the workbench 2.
Detection and localization probe 26 is for detecting whether the upper surface of lifting platform 4 is flush with the upper surface of workbench 2.It needs to illustrate
It is that detection and localization probe 26 can be used the detection and localization that brand is OMRON model E2G-M18KS07-WS-D1 and pop one's head in, electricity
Line structure, working principle etc. are the prior art, therefore are no longer described in detail.
For further, it can also consider in the present invention, the driving mechanism is lifting cylinder 27, the lifting air
Cylinder 27 is installed on main body frame 1, free end and the 4 lower surface centre phase of lifting platform of the piston rod of the lifting cylinder 27
It is affixed.Lifting cylinder 27 is for driving rising or falling for lifting platform 4, it should be noted that moves up and down to improve lifting platform 4
Stability, multiple telescopic rods can be also set between lifting platform 4 and main body frame 1, the upper and lower ends difference of the telescopic rod
It is connected with lifting platform 4, main body frame 1, so that telescopic rod extends therewith when lifting cylinder 27 drives lifting platform 4 to rise or fall
Or shorten, the stability that lifting platform 4 moves up and down is helped to improve, wherein telescopic rod can be, but not limited to using in the prior art
Second level telescopic rod.
It should be noted that specific structure, working principle and the circuit knot of the probe of detection and localization used in the present apparatus
Structure is the prior art, and only its included power supply line need to be separately connected mains supply can work, therefore no longer elaborate.
In conclusion the present invention provides a kind of productive temp efficiency to be significantly improved, reach real high efficiency
The purpose for storing transport, then achievees the purpose that subsequent fast automatic press fitting, the water cavity lid improved production efficiency and product quality
Plate feed device.
Claims (10)
1. a kind of water cavity cover board feed device, including main body frame (1), the workbench (2) being set to above main body frame (1)；Institute
It states in the middle part of workbench (2) through offering a rectangular straight slot (3), is equipped with lifting platform (4) in the rectangular straight slot (3), the liter
The driving mechanism for driving it to move up and down is equipped with below drop platform (4)；On workbench (2) upper surface of lifting platform (4) side
Delivery chute (5) are equipped with along wherein axis direction, the lifting platform (4) is equipped with storage tank groove mechanism, the storage tank groove mechanism
Including storing cavity (6), it is set to storing cavity (6) upper end and is attached thereto logical multiple storage tanks (7), the storage tank scouring machine
Structure periphery is equipped with the pushing mechanism for being pushed into workpiece (22) in delivery chute (5).
2. a kind of water cavity cover board feed device according to claim 1, it is characterised in that: the storing cavity (6) be by
The hollow cube structure that lower box body (8), upper cover plate (9) surround, the interior storing cavity (6) is cube hollow cavity, institute
It states in hollow cavity and is equipped with tapping channel (10) along wherein axis direction, the length direction and delivery chute of the tapping channel (10)
(5) length direction is parallel, and the tapping channel (10) is set as the first workpiece far from the side of delivery chute (5) and places position
(11), the two sides that first workpiece places position (11), which are respectively provided with to the first workpiece, places the second work that position (11) are fed
Part places position (12), and the side that the second workpiece places position (12) is equipped with for placing that position (12) be fed to second workpiece
Three workpiece place position (13).
3. a kind of water cavity cover board feed device according to claim 2, it is characterised in that: the pushing mechanism includes difference
For pushing the first workpiece to place position (11), second workpiece places position (12), third workpiece places workpiece (22) on position (13)
First straight line propulsion cylinder (14), second straight line propulsion cylinder (15), third linear advancement cylinder (16), the first straight line push away
Inlet casing (14), second straight line propulsion cylinder (15), the lower end of third linear advancement cylinder (16) are upper with workbench (2) respectively
Surface Joint, the first straight line propulsion cylinder (14), second straight line propulsion cylinder (15), third linear advancement cylinder (16)
On pushing piston plate (20) be in cube plate structure.
4. a kind of water cavity cover board feed device according to claim 2, it is characterised in that: upper cover plate (9) upper end point
It She You not be for placing feed in position (13) to the first workpiece placement position (11), second workpiece placement position (12), third workpiece
First storage tank (17), the second storage tank (18), third storage tank (19), first storage tank (17), the second storage tank
(18), third storage tank (19) is respectively in tube structure up and down, and first storage tank (17), the second storage tank
(18), third storage tank (19) is respectively arranged on upper cover plate (9), and first storage tank (17), the second storage tank (18),
The lower end of third storage tank (19) extends through upper cover plate (9).
5. a kind of water cavity cover board feed device according to claim 4, it is characterised in that: first workpiece places position
(11), second workpiece places position (12), third workpiece places position (13) and is located at the first storage tank (17), the second storage tank
(18), the underface of third storage tank (19).
6. a kind of water cavity cover board feed device according to claim 3, it is characterised in that: the storing cavity (6) with it is defeated
The pushing piston plate (20) offered respectively in slot (5) vertically disposed two side walls for first straight line propulsion cylinder (14) is sent to stretch
Enter and is pushed out on delivery chute (5) to the intracorporal first pusher fluting (21) of hollow cavity, for workpiece (22) along tapping channel (10)
Discharging is slotted (23), is also offered respectively on the side wall of the storing cavity (6) straight for second straight line propulsion cylinder (15), third
The pushing piston plate (20) of line propulsion cylinder (16) extend into the intracorporal second pusher fluting (24) of hollow cavity, third pusher fluting
(25).
7. a kind of water cavity cover board feed device according to claim 5, it is characterised in that: the third workpiece places position
(13) plane where lower surface is higher than second workpiece and places plane where the lower surface of position (12), and is located at second work on right side
Plane where part places the lower surface of position (12) is higher than positioned at plane where the lower surface of second workpiece placement position (12) in left side,
Plane where the second workpiece places the lower surface of position (12) is higher than tapping channel (10), the first workpiece is placed under position (11)
Plane where surface.
8. a kind of water cavity cover board feed device according to claim 6, it is characterised in that: the third pusher slots (25)
Place plane is higher than plane where the second pusher fluting (24), and is higher than positioned at plane where second pusher on right side fluting (24)
Plane where the second pusher fluting (24) positioned at left side, plane where the second pusher fluting (24) are higher than the first pusher and open
Plane where slot (21), discharging fluting (23).
9. a kind of water cavity cover board feed device according to claim 1, it is characterised in that: set below the workbench (2)
There is detection and localization to pop one's head in (26).
10. -9 described in any item a kind of water cavity cover board feed devices according to claim 1, it is characterised in that: the driving machine
Structure is lifting cylinder (27), and the lifting cylinder (27) is installed on main body frame (1), the piston rod of the lifting cylinder (27)
Free end and lifting platform (4) lower surface centre Joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811571869.6A CN109850526B (en) | 2018-12-21 | 2018-12-21 | Water cavity cover plate feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811571869.6A CN109850526B (en) | 2018-12-21 | 2018-12-21 | Water cavity cover plate feeding device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109850526A true CN109850526A (en) | 2019-06-07 |
| CN109850526B CN109850526B (en) | 2021-04-13 |
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ID=66891807
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811571869.6A Active CN109850526B (en) | 2018-12-21 | 2018-12-21 | Water cavity cover plate feeding device |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN201415343Y (en) * | 2009-06-09 | 2010-03-03 | 深圳市金士康实业有限公司 | Automatic feeding device |
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| CN204938296U (en) * | 2015-08-24 | 2016-01-06 | 苏州赛腾精密电子股份有限公司 | Bad material storing mechanism |
| CN105417083A (en) * | 2015-12-07 | 2016-03-23 | 贵州西南工具(集团)有限公司 | Full-automatic blade feeding device and feeding method thereof |
| CN107829200A (en) * | 2017-12-07 | 2018-03-23 | 广东溢达纺织有限公司 | Knitting machine corner angle block feeding device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0729907A1 (en) * | 1995-03-01 | 1996-09-04 | E.C.H. WILL GmbH | Transport device for sheet plies |
| CN201415343Y (en) * | 2009-06-09 | 2010-03-03 | 深圳市金士康实业有限公司 | Automatic feeding device |
| CN103523518A (en) * | 2013-10-14 | 2014-01-22 | 苏州市国晶电子科技有限公司 | Automatic feeding device for laser engraving machine |
| CN204938296U (en) * | 2015-08-24 | 2016-01-06 | 苏州赛腾精密电子股份有限公司 | Bad material storing mechanism |
| CN105417083A (en) * | 2015-12-07 | 2016-03-23 | 贵州西南工具(集团)有限公司 | Full-automatic blade feeding device and feeding method thereof |
| CN107829200A (en) * | 2017-12-07 | 2018-03-23 | 广东溢达纺织有限公司 | Knitting machine corner angle block feeding device |
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