CN208593780U - A kind of sheet stock continuous overturning branch mechanism - Google Patents
A kind of sheet stock continuous overturning branch mechanism Download PDFInfo
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- CN208593780U CN208593780U CN201820971518.3U CN201820971518U CN208593780U CN 208593780 U CN208593780 U CN 208593780U CN 201820971518 U CN201820971518 U CN 201820971518U CN 208593780 U CN208593780 U CN 208593780U
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Abstract
The utility model discloses a kind of sheet stock continuous overturning branch mechanisms, belong to material transmission machinery apparatus field.The turnover mechanism of the utility model is arranged on the material transfer pedestal of preceding transport mechanism side, branch feed mechanism is arranged in material transfer pedestal side, preceding transmission conduction band level winding is connected to preceding transfer roller, absorption returning face plate side both ends are hinged respectively is connected to turnover bracket, the guide shaft of middle side part is rotationally connected with material transfer pedestal vertically under guide disk, stock supporting mechanism is radially arranged on the upside of guide disk along guide disk, level is fixedly installed branch conveyer belt respectively on the material transfer pedestal of guide disk two sides, driving mechanism is provided on the material transfer pedestal of guide shaft lower end side.The structure design of the utility model is reasonable, can by sheet stock, block-by-block is carried out continuously overturning in transmit process, and the sheet stock that complete overturning processing can be uniformly subjected to branch transmission, improve sheet stock and transmit atomization degree, meet the needs of production and application.
Description
Technical field
The utility model belongs to material transmission machinery apparatus field more particularly to a kind of sheet stock continuous overturning branch mechanism,
It is mainly used in sheet stock machining production line branch transmission field.
Background technique
Sheet stock is primarily referred to as the material that shape and structure is flake structure, and for sheet stock compared to plate, dimensions is smaller, thickness
Thinner, there are many materials of sheet stock, including wooden sheet stock, resin sheet stock and metal sheet stock, and wooden sheet stock mainly uses timber
Machining forms, and wooden sheet stock resource is extensive and low in cost, is building and decorations master material to be applied, but wooden
Matter sheet stock toughness is poor and hardness is difficult to be guaranteed, and resin sheet stock mainly uses resin material melting injection molding to form, and sets
Rouge sheet stock quality is preferable compared with light and toughness, and for resin sheet stock mainly for the production of thermoformed articles such as plastics cupulate bowls, resin sheet stock is wide
The general packaging for fields such as food, veterinary antibiotics, beverage, dairy products and industrial parts, metal sheet stock mainly use metal material
It is process, metal sheet stock heavier mass and hardness is stronger, can be used for the processing assembling of mechanical equipment, can also be widely used in
Building materials field, metal sheet stock is in order to improve performance, and metal sheet stock mainly exists in the form of composite metal plate, metal composite
Plate refers to the plank on one layer of sheet metal coated with another metal, make to reach do not reduce using effect (antiseptic property,
Mechanical strength etc.) under the premise of economize on resources, reduce the effect of cost, the complex method of composite metal plate usually has explosion multiple
It closes, explosion Rolling compund and Rolling compund etc., metallic composite can be divided into composite plate, multiple tube, compound bar etc. by appearance, gold
Belong to composite plate and is mainly used in anti-corrosion, pressure vessel manufacturing, electric construction, petrochemical industry, medicine, light industry, automobile and other industries.Metal sheet stock exists
In process of manufacture, after being processed sheet stock side, need sheet stock carrying out flip horizontal, so that the other side of sheet stock
Also it can successively be processed, structure is complicated and troublesome in poeration for existing sheet stock turnover mechanism, it is difficult to smoothly turn over sheet stock
Turn, be easy to cause sheet stock to fall off in switching process, causes sheet stock to be difficult to continuous high-efficient and overturn, and existing overturning
Mechanism is difficult to carry out overturning transmission suitable for the sheet stock of sizes specification, and existing sheet stock transport mechanism was transmitted by sheet stock
Cheng Zhong, it is difficult to which the sheet stock that will complete overturning processing uniformly carries out branch transmission, therefore existing sheet stock transport mechanism is by piece
Material still can only be transmitted after being overturn along a conveyer belt, not only affected the transmission efficiency of sheet stock, also made piece
Material can only successively be processed in production and processing by single conveyer belt, reduce the production and processing efficiency of sheet stock, Bu Nengman
The needs produced and used enough.
Utility model content
Technical problem to be solved in the utility model is the above-mentioned deficiency in the presence of overcoming the prior art, and provides one
It is kind reasonable in design, can by sheet stock, block-by-block is carried out continuously overturning in transmit process, and can will complete what overturning was processed
Sheet stock uniformly carries out branch transmission, improves the sheet stock continuous overturning branch mechanism of sheet stock transmission atomization degree.
In order to solve the above-mentioned technical problem, the technical scheme adopted by the utility model is a kind of sheet stock continuous overturning point
Road mechanism, it is characterised in that: the sheet stock continuous overturning branch mechanism include material transfer pedestal, preceding conveying mechanism, turnover mechanism and
Branch feed mechanism, the preceding transport mechanism level are fixed at middle part at the upper side of material transfer pedestal, and turnover mechanism setting exists
On the material transfer pedestal of preceding transport mechanism side, branch feed mechanism is arranged in material transfer pedestal side, and the preceding transport mechanism includes
Preceding transmission bracket, preceding transmission conduction band adjust screw rod, screw rod adjustable plate and lifting connecting rod, and preceding transmission support level setting is passing
Expect at the upper side of pedestal, preceding transmission bracket one end, which horizontally rotates, is connected with preceding transfer roller, and preceding transmission conduction band level is arranged in forward pass
It send on the upside of bracket, preceding transmission conduction band level winding is connected to preceding transfer roller, transmits bracket lower horizontal before described and is fixedly installed
Upper junction plate, level is fixedly installed lower connecting plate on the material transfer pedestal on the downside of upper junction plate, adjusts screw rod and is horizontally set on
Between connecting plate and lower connecting plate, adjusts screw rod two sides and be symmetrically arranged the opposite thread surface of the hand of spiral, adjust silk
Bar two sides are threaded with screw rod adjustable plate respectively, and the upper and lower two sides of screw rod adjustable plate are respectively between upper junction plate and lower connecting plate
Symmetrical be hinged is connected to lifting connecting rod, adjusts screw rod one end and is fixedly installed adjusting handle vertically, the turnover mechanism includes turning over
Turn bracket, absorption returning face plate, rotation gear and overturning connector motor magnet, turnover bracket to be fixed at vertically on material transfer pedestal
Side, absorption returning face plate are arranged on the upside of turnover bracket, and absorption returning face plate side is fixedly installed absorption electromagnet, adsorb returning face plate
Other side both ends are hinged are connected to turnover bracket respectively, and absorption returning face plate side is fixedly installed rotation gear vertically, and overturning is used back
Turn on the turnover bracket that electromagnetism iron level is fixed on the downside of rotation gear, overturning is fixed vertically with connector motor magnet output end
It is provided with turning gear, turning gear and rotation gear engagement connection, the branch feed mechanism include guide disk, guide turn
Axis, stock supporting mechanism and driving mechanism, guide disc level are arranged on the upside of material transfer pedestal, and middle side part is fixed vertically under guide disk
It is provided with guide shaft, guide shaft is rotationally connected with material transfer pedestal vertically, and the stock supporting mechanism is set along the radial direction of guide disk
It sets on the upside of guide disk, level is fixedly installed branch conveyer belt respectively on the material transfer pedestal of guide disk two sides, and branch passes
It send band to be parallel to each other with preceding transmission conduction band, is provided with driving mechanism on the material transfer pedestal of guide shaft lower end side, it is described
It is fixedly uniformly arranged with multiple ball pedestals on the material transfer pedestal of guide disk lower outer, rolls to be provided in ball pedestal and hold
Disk ball, the stock supporting mechanism include feeding support, flat-removing air cyclinder, fixed link plate, adjusting bracket and bearing material bracket, the feeding
Support is fixed at vertically on the upside of guide disk, and flat-removing air cyclinder is fixed at feeding support along the radial level of guide disk
Side, flat-removing air cyclinder output end are vertically arranged with fixed link plate, and level is fixedly installed translation respectively at fixed link plate side both ends
Guide rod, translation guide rod are slideably positioned in feeding support in the horizontal direction, and the fixed link plate side is horizontally disposed adjusting bracket,
Adjusting bracket is L-type structure, and adjusting bracket side level is fixedly installed blanking shaft, and blanking shaft one end is rotationally connected with solid
Determine connecting plate, be fixedly installed blanking gear in the blanking shaft vertically, level is fixed in the fixed link plate on the downside of blanking gear
It is provided with rack gear blanking bracket, is slided in the horizontal direction in rack gear blanking bracket and is provided with blanking rack gear, rack gear blanking bracket one
Side level is fixedly installed blanking cylinder, and blanking cylinder output is fixedly connected with blanking rack gear one end, the bearing material bracket water
Flat to be arranged on the upside of adjusting bracket, middle side part is fixedly installed adjusting shaft vertically under bearing material bracket, adjusts the rotation of shaft lower end
It is connected to adjusting bracket, the level in the middle part of shaft that adjusts is fixedly installed adjustment gear, water in the adjusting bracket of adjustment gear side
It is flat to be fixedly installed rack gear translating bracket, it is slided in the horizontal direction in rack gear translating bracket and is provided with translating rack, rack gear translation
Bracket side level is fixedly installed adjusting cylinder, adjusts cylinder output and is fixedly connected with translating rack one end, the bearing material
Bracket is case structure open at one end, and level is fixedly installed feeding guide rod, feeding respectively for two sides above bearing material internal stent
Sliding is provided with feeding connecting plate in the horizontal direction on guide rod, and bearing material bracket side upper end level is fixedly installed drawing material cylinder, draws
Material cylinder output is fixedly connected with feeding connecting plate side, and middle side part is fixedly installed suction gas straight down under feeding connecting plate
Cylinder, suction cylinder output level are fixedly installed drawing material connecting plate, and material connecting plate lower horizontal is drawn to be fixedly installed drawing material electromagnet,
The driving mechanism includes that driving arm, lift shaft, lifting cylinder and branch connector motor magnet, driving arm are fixed vertically
It is arranged in material transfer Its lower side, guide shaft lower end is rotationally connected with driving arm, successively water from top to bottom on the downside of guide shaft
It is flat to be fixedly installed driven gear and lower driven gear, magnet is fixedly installed on the material transfer pedestal of the driving arm side
Bracket, branch are fixed in magnet holder straight down with connector motor magnet, and branch is coaxial with connector motor magnet output end
It is fixedly installed driving gear, is vertically arranged with lift shaft in the middle part of the driving arm, lift shaft slides along the vertical direction
It is set to driving arm, lifting through-hole compatible with lift shaft is provided on driving arm, driving arm lower end level is set
It is equipped with lifting connecting plate, lift shaft lower end is rotationally connected with lifting connecting plate, divides between two sides and driving arm above lifting connecting plate
It is not vertically arranged with lifting cylinder, is vertically arranged on the material transfer pedestal on the upside of the lift shaft compatible with lift shaft
Sleeve is adjusted, the setting of lift shaft upper end is being adjusted in sleeve, and the lift shaft is successively horizontally disposed with from top to bottom upper company
Connect gear and lower connection gear, the lower connection gear and driving gear engagement connection.
Further, it is 90 degree of connector motor magnet, the overturning that the overturning connector motor magnet, which selects angle of revolution,
Gear diameter is 2 times for rotating gear diameter.
Further, it is 90 degree of connector motor magnet, the active that the branch connector motor magnet, which selects angle of revolution,
Gear diameter is identical with lower connection gear diameter, and lower connection gear diameter is 3 times of lower driven gear diameter, the upper tooth connection
Wheel diameter is identical with upper driven gear diameter.
Further, uniform rotation is connected with more guide transfer rollers in the horizontal direction on the downside of the bearing material internal stent.
The utility model compared with prior art, has the following advantages that and effect: the structure design of the utility model is reasonable, leads to
It crosses turnover mechanism to be arranged on the material transfer pedestal of preceding transport mechanism side, the setting of branch feed mechanism is preceding in material transfer pedestal side
Sheet stock level can be transmitted by transport mechanism, and turnover mechanism can smoothly turn over the sheet stock that preceding transport mechanism transmits
Turn, the sheet stock for completing overturning processing successively can uniformly be carried out branch transmission by branch feed mechanism, enabled to improve sheet stock and passed
The degree of automation for sending processing is arranged on the upside of preceding transmission bracket by preceding transmission conduction band level, preceding transmission conduction band level winding
It is connected to preceding transfer roller, the sheet stock before being placed in using the transmission of preceding transmission conduction band is enabled on transmission conduction band carries out translation biography
It send, is arranged on the upside of turnover bracket by absorption returning face plate, absorption returning face plate side is fixedly installed absorption electromagnet, and absorption is turned over
Rotating plate other side both ends are hinged respectively is connected to turnover bracket, and overturning is fixedly installed overturning tooth with connector motor magnet output end vertically
The rotation gear of wheel, turning gear and absorption returning face plate side engages connection, can will be along preceding transmission using absorption electromagnet
The sheet stock that conduction band is transmitted, which adsorbs, to be fixed, and is driven turning gear using overturning connector motor magnet, is enabled and adsorb returning face plate
It is enough smoothly back and forth to be rotated, it is enabled that sheet stock is steadily efficiently carried out to overturning transmission, it is selected using overturning with connector motor magnet
The connector motor magnet for being 90 degree with angle of revolution, turning gear diameter are 2 times for rotating gear diameter, so that overturning revolution electricity
Each rotary motion of magnet can drive absorption returning face plate to carry out the overturning of 180 degree, realize the continuous horizontal overturning of sheet stock, lead to
It overregulates screw rod to be horizontally set between upper junction plate and lower connecting plate, adjusts the opposite thread surface of the screw rod two sides hand of spiral
Upper to be threaded with screw rod adjustable plate respectively, two sides are symmetrical between upper junction plate and lower connecting plate respectively up and down for screw rod adjustable plate
Hinge is connected to lifting connecting rod, adjusts screw rod one end and is fixedly installed adjusting handle vertically, enabled using the rotation of adjusting handle
Drive adjust screw rod rotated, enable it is convenient preceding transmission bracket is smoothly subjected to lift adjustment along the vertical direction, enable expire
The transmission of sufficient sizes specification sheet stock is overturn, and is arranged on the upside of material transfer pedestal by guide disc level, and stock supporting mechanism edge is led
Material disk is radially arranged on the upside of guide disk, and level is fixedly installed branch respectively on the material transfer pedestal of guide disk two sides
Conveyer belt, branch conveyer belt are parallel to each other with preceding transmission conduction band, so that reducing sheet stock transmission processes occupied space, by leading
Expect to be provided with driving mechanism on the material transfer pedestal of shaft lower end side, steadily can efficiently drive guide circle using driving mechanism
Disk level is rotated, and guide disk, which is able to drive stock supporting mechanism during rotation and synchronizes, to be rotated, and is enabled bearing material machine
The sheet stock placed on the upside of structure, which smoothly rotates, is sent to branch conveyer belt, realizes the uniform branch transmission of sheet stock, passes through guide disk
It is fixedly uniformly arranged with multiple ball pedestals on the material transfer pedestal of lower outer, is rolled in ball pedestal and is provided with tray ball,
Enable guide disk is horizontal smoothly to be rotated, avoids guide disk from generating skew during rotation, pass through translation
Cylinder is fixed at feeding support side along the radial level of guide disk, and flat-removing air cyclinder output end is vertically arranged with fixed company
Plate, fixed link plate side is horizontally disposed adjusting bracket, and bearing material support level is arranged on the upside of adjusting bracket, utilizes flat-removing air cyclinder
Level Promoting fixed link plate, fixed link plate horizontal can accurately be translated under the limition orientation of translation guide rod, so that holding
Material bracket can place the sheet stock level for completing overturning processing after horizontal translation, pass through the blanking of adjusting bracket side
Shaft one end is rotationally connected with fixed link plate, is fixedly installed blanking gear, the tooth on the downside of blanking gear in blanking shaft vertically
Sliding is provided with blanking rack gear in the horizontal direction in blanking bracket, and the blanking cylinder output of rack gear blanking bracket side is under
Material rack gear one end is fixedly connected, using blanking cylinder Level Promoting blanking rack gear, so that driving adjusting bracket extremely in guide disk
When branch conveyer belt side, adjusting bracket can be rotated under the drive of blanking rack gear along blanking shaft, bearing material bracket energy
It is enough to adjust under the drive of adjusting bracket to heeling condition, enable the sheet stock on bearing material bracket smooth smoothly using gravity
It slides on branch conveyer belt and continues to transmit, adjusting branch is rotationally connected with by the adjusting shaft lower end on the downside of bearing material bracket
Frame, the level in the middle part of shaft that adjusts are fixedly installed adjustment gear, in the rack gear translating bracket of adjustment gear side in the horizontal direction
Sliding is provided with translating rack, and the adjusting cylinder output of rack gear translating bracket side is fixedly connected with translating rack one end, benefit
With cylinder Level Promoting translating rack is adjusted, so that bearing material bracket is when being moved to branch conveyer belt side, bearing material bracket can
It is rotated under the drive for adjusting cylinder, so that bearing material bracket is moved to branch conveyer belt side under the drive of guide disk
When, opening of the bearing material bracket after being rotated still is able to facilitate towards branch conveyer belt under the sheet stock in bearing material bracket
Continue to transmit on material to branch conveyer belt, be slided in the horizontal direction on the feeding guide rod by two sides above bearing material internal stent
It is dynamic to be provided with feeding connecting plate, draw material cylinder output to be fixedly connected with feeding connecting plate side, under feeding connecting plate middle side part vertically to
Under be fixedly installed suction cylinder, suction cylinder output level is fixedly installed drawing material connecting plate, draws material connecting plate lower horizontal solid
Surely it is provided with drawing material electromagnet, expects cylinder Level Promoting feeding connecting plate using drawing, suction cylinder pushes drawing material connecting plate vertically, enables
By the sheet stock adsorbed on returning face plate using being moved on the inside of bearing material bracket after drawing material electromagnet absorption fixed, it is using bearing material bracket
Case structure open at one end, enables being placed on the inside of bearing material bracket of sheet stock exactly, and sheet stock is avoided to be moved to
The case where offset slides is generated when bearing material internal stent, using uniform rotation is connected in the horizontal direction on the downside of bearing material internal stent
More guide transfer rollers enable sheet stock smoothly to carry out translation transmission along guide transfer roller is smooth, pass through guide shaft lower end
It is rotationally connected with driving arm, so that guide shaft is capable of the reciprocating rotary of steady and smooth under the drive of branch connector motor magnet
Dynamic, by the way that successively level is fixedly installed upper driven gear and lower driven gear from top to bottom on the downside of guide shaft, branch is used back
Turn electromagnet output end and be coaxially fixedly installed driving gear, lift shaft is slideably positioned in driving arm along the vertical direction, drives
Dynamic pedestal lower end is horizontally disposed lifting connecting plate, and lift shaft lower end is rotationally connected with lifting connecting plate, two sides above lifting connecting plate
Be vertically arranged with lifting cylinder respectively between driving arm, the setting of lift shaft upper end is being adjusted in sleeve, lift shaft from
Successively being horizontally disposed under has upper connection gear and lower connection gear, and lower connection gear and driving gear engagement connection utilize
Branch drives driving gear back and forth to be rotated with connector motor magnet, and driving gear is able to drive lower connection gear and is rotated,
Lift shaft is driven along the vertical direction using lifting cylinder, and when connection gear engages connection with lower driven gear instantly, lifting turns
Axis can drive lower driven gear to be rotated via lower connection gear, to drive guide shaft to be rotated, when upper connection
When gear engages connection under the driving of lifting cylinder with upper driven gear, lift shaft can drive via upper connection gear
Driven gear is rotated, so that guide shaft be driven to be rotated, utilizes the biography between lower connection gear and lower driven gear
It is dynamic more different than the transmission ratio between upper connection gear and upper driven gear, so that in branch connector motor magnet reciprocating rotating
In the case where angle fixation, the rotation of the different angles of revolution of progress of guide disk exactly can be realized, it is ensured that can incite somebody to action
The upper sheet stock for being in the charge of mechanism is respectively sent to continue to transmit on the branch conveyer belts of guide disk two sides, although and point
The location of road conveyer belt difference, so that guide disk was rotated when sheet stock rotation is sent to different branch conveyer belts
Angle is different, but utilize transmission ratio between lower connection gear and lower driven gear and upper connection gear and upper driven gear it
Between transmission ratio it is different, keep the time that can ensure that guide disk turns round every time identical, it is ensured that guide disk is capable of continuous uniform
Sheet stock is rotated and is transmitted on guide to branch conveyer belt, through this structure, the structure design of the utility model is reasonable, can
With block-by-block is carried out continuously overturning in transmit process by sheet stock, and the sheet stock for completing overturning processing can be uniformly subjected to branch
Transmission improves sheet stock and transmits atomization degree, meets the needs of production and application.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of sheet stock continuous overturning branch mechanism of the utility model.
Fig. 2 is a kind of overlooking structure diagram of sheet stock continuous overturning branch mechanism of the utility model.
Fig. 3 is the preceding transport mechanism of the utility model and the schematic view of the front view of turnover mechanism.
Fig. 4 is the schematic view of the front view of the stock supporting mechanism of the utility model.
Fig. 5 is the overlooking structure diagram of the stock supporting mechanism of the utility model.
Fig. 6 is the schematic view of the front view of the driving mechanism of the utility model.
In figure: 1. material transfer pedestals transmit bracket before 2., and conduction band is transmitted before 3., and 4. adjust screw rods, and 5. screw rods are adjusted
Plate, 6. go up and down connecting rods, transfer roller before 7., 8. upper junction plates, 9. lower connecting plates, 10. adjusting handles, 11. overturning branch
Frame, 12. absorption returning face plates, 13. rotation gears, 14. overturning connector motor magnets, 15. absorption electromagnet, 16. overturning teeth
It takes turns, 17. guide disks, 18. guide shafts, 19. branch conveyer belts, 20. ball pedestals, 21. tray balls, on 22.
Material support, 23. flat-removing air cyclinders, 24. fixed link plates, 25. adjusting brackets, 26. bearing material brackets, 27. translation guide rods, 28.
Blanking shaft, 29. blanking gears, 30. rack gear blanking brackets, 31. blanking rack gears, 32. blanking cylinders, 33. adjustings turn
Axis, 34. adjustment gears, 35. rack gear translating brackets, 36. translating racks, 37. adjusting cylinders, 38. feeding guide rods, 39.
Feeding connecting plate, 40. draw material cylinders, 41. suction cylinders, 42. draw material connecting plates, 43. draw material electromagnet, 44. driving arms,
45. lift shaft, 46. lifting cylinders, 47. branch connector motor magnets, driven gear on 48., 49. lower driven gears,
50. magnet holder, 51. driving gears, 52. lifting through-holes, 53. lifting connecting plates, 54. adjust sleeve, tooth connection on 55.
Wheel, 56. lower connection gears, 57. guide transfer rollers.
Specific embodiment
In order to further describe the utility model, a kind of sheet stock continuous overturning direct through-connection equipment is further described with reference to the accompanying drawing
The specific embodiment of structure, following embodiment is the explanation to the utility model and the utility model is not limited to following implementation
Example.
As shown in Figure 1 and Figure 2, a kind of sheet stock continuous overturning branch mechanism of the utility model, including material transfer pedestal 1, preceding material transfer
Mechanism, turnover mechanism and branch feed mechanism, preceding transport mechanism level are fixed at 1 upper side middle part of material transfer pedestal, turn over
Rotation mechanism is arranged on the material transfer pedestal 1 of preceding transport mechanism side, and branch feed mechanism is arranged in 1 side of material transfer pedestal.Such as Fig. 3
Shown, the preceding transport mechanism of the utility model includes preceding transmission bracket 2, preceding transmission conduction band 3, adjusts screw rod 4, screw rod adjustable plate 5
With lifting connecting rod 6, preceding transmission bracket 2 is horizontally set on 1 upper side of material transfer pedestal, and preceding 2 one end of transmission bracket horizontally rotates
Transfer roller 7 before being connected with, 2 upside of transmission bracket before preceding transmission conduction band 3 is horizontally set on, preceding 3 horizontal coil of transmission conduction band connection
In preceding transfer roller 7, preceding 2 lower horizontal of transmission bracket is fixedly installed upper junction plate 8, on the material transfer pedestal 1 of 8 downside of upper junction plate
Level is fixedly installed lower connecting plate 9, adjusts screw rod 4 and is horizontally set between upper junction plate 8 and lower connecting plate 9, adjusts screw rod 4
Two sides are symmetrically arranged the opposite thread surface of the hand of spiral, adjust 4 two sides of screw rod and are threaded with screw rod adjusting respectively
Plate 5, about 5 two sides of screw rod adjustable plate are symmetrically hinged between upper junction plate 8 and lower connecting plate 9 are connected to lifting connecting rod 6 respectively,
It adjusts 4 one end of screw rod and is fixedly installed adjusting handle 10 vertically, the turnover mechanism of the utility model includes turnover bracket 11, absorption
Returning face plate 12, rotation gear 13 and overturning connector motor magnet 14, turnover bracket 11 are fixed at vertically on material transfer pedestal 1
Side, the setting of absorption returning face plate 12 are fixedly installed absorption electromagnet 15, inhale in 11 upside of turnover bracket, absorption 12 side of returning face plate
Attached 12 other side both ends of returning face plate are hinged respectively is connected to turnover bracket 11, and absorption 12 side of returning face plate is fixedly installed rotation vertically
Gear 13, overturning are fixed on the turnover bracket 11 of 13 downside of rotation gear with 14 level of connector motor magnet, and overturning is used back
Turn 14 output end of electromagnet and is fixedly installed turning gear 16, turning gear 16 and the rotation engagement connection of gear 13 vertically.This reality
It include guide disk 17, guide shaft 18, stock supporting mechanism and driving mechanism, 17 water of guide disk with novel branch feed mechanism
Flat setting is fixedly installed guide shaft 18 in 1 upside of material transfer pedestal, the lower middle side part of guide disk 17 vertically, and guide shaft 18 is perpendicular
It is directly rotationally connected with material transfer pedestal 1, stock supporting mechanism is radially arranged in 17 upside of guide disk, guide disk along guide disk 17
Level is fixedly installed branch conveyer belt 19, branch conveyer belt 19 and preceding 3 phase of transmission conduction band respectively on the material transfer pedestal 1 of 17 two sides
It is mutually parallel, driving mechanism, the material transfer of 17 lower outer of guide disk are provided on the material transfer pedestal 1 of 18 lower end side of guide shaft
It is fixedly uniformly arranged with multiple ball pedestals 20 on pedestal 1, is rolled in ball pedestal 20 and is provided with tray ball 21.Such as Fig. 4, figure
Shown in 5, the stock supporting mechanism of the utility model includes feeding support 22, flat-removing air cyclinder 23, fixed link plate 24, adjusting bracket 25 and holds
Expect that bracket 26, feeding support 22 are fixed at 17 upside of guide disk, radial direction of the flat-removing air cyclinder 23 along guide disk 17 vertically
Level is fixed at 22 side of feeding support, and 23 output end of flat-removing air cyclinder is vertically arranged with fixed link plate 24, fixed link plate 24
Level is fixedly installed translation guide rod 27 respectively at side both ends, and translation guide rod 27 is slideably positioned in feeding support in the horizontal direction
22,24 side of fixed link plate is horizontally disposed adjusting bracket 25, and adjusting bracket 25 is L-type structure, and 25 side of adjusting bracket is horizontal
It is fixedly installed blanking shaft 28,28 one end of blanking shaft is rotationally connected with fixed link plate 24, fixes vertically in blanking shaft 28
It is provided with blanking gear 29, level is fixedly installed rack gear blanking bracket 30, tooth in the fixed link plate 24 of 29 downside of blanking gear
Sliding is provided with blanking rack gear 31 in the horizontal direction in blanking bracket 30, and 30 side level of rack gear blanking bracket is fixedly installed
Blanking cylinder 32,32 output end of blanking cylinder are fixedly connected with 31 one end of blanking rack gear, 26 water of bearing material bracket of the utility model
In 25 upside of adjusting bracket, the lower middle side part of bearing material bracket 26 is fixedly installed vertically adjusts shaft 33 for flat setting, adjusts shaft 33
Lower end is rotationally connected with adjusting bracket 25, adjusts 33 middle part level of shaft and is fixedly installed adjustment gear 34, adjustment gear 34 1
Level is fixedly installed rack gear translating bracket 35 in the adjusting bracket 25 of side, slides and sets in the horizontal direction in rack gear translating bracket 35
Be equipped with translating rack 36,35 side level of rack gear translating bracket, which is fixedly installed, adjusts cylinder 37, adjust 37 output end of cylinder with
36 one end of translating rack is fixedly connected, and the bearing material bracket 26 of the utility model is case structure open at one end, bearing material bracket 26
Level is fixedly installed feeding guide rod 38 respectively for inner upper two sides, slides in the horizontal direction on feeding guide rod 38 and is provided with feeding
Connecting plate 39,26 side upper end level of bearing material bracket are fixedly installed drawing material cylinder 40, draw material 40 output end of cylinder and feeding connecting plate
39 sides are fixedly connected, and the lower middle side part of feeding connecting plate 39 is fixedly installed suction cylinder 41 straight down, and suction cylinder 41 exports
End level is fixedly installed drawing material connecting plate 42, and material 42 lower horizontal of connecting plate is drawn to be fixedly installed drawing material electromagnet 43.Such as Fig. 6 institute
Show, the driving mechanism of the utility model includes driving arm 44, lift shaft 45, lifting cylinder 46 and branch connector motor magnet
47, driving arm 44 is fixed at 1 downside of material transfer pedestal vertically, and 18 lower end of guide shaft is rotationally connected with driving arm 44,
Successively level is fixedly installed driven gear 48 and lower driven gear 49, driving arm 44 to 18 downside of guide shaft from top to bottom
Magnet holder 50 is fixedly installed on the material transfer pedestal 1 of side, branch is fixed at magnetic with connector motor magnet 47 straight down
On retort stand 50, branch is coaxially fixedly installed driving gear 51 with 47 output end of connector motor magnet, erects in the middle part of driving arm 44
It directly is provided with lift shaft 45, lift shaft 45 is slideably positioned in driving arm 44 along the vertical direction, is arranged on driving arm 44
There is lifting through-hole 52 compatible with lift shaft 45,44 lower end of driving arm is horizontally disposed lifting connecting plate 53, lift shaft
45 lower ends are rotationally connected with lifting connecting plate 53, go up and down and are vertically arranged with liter respectively between 53 top two sides of connecting plate and driving arm 44
Sending down abnormally ascending cylinder 46 is vertically arranged with adjusting sleeve 54 compatible with lift shaft 45 on the material transfer pedestal 1 of the upside of lift shaft 45,
The setting of 45 upper end of lift shaft is being adjusted in sleeve 54, and lift shaft 45 is successively horizontally disposed with from top to bottom upper connection gear 55
With lower connection gear 56, lower connection gear 56 and the engagement connection of driving gear 51.
It is 90 degree of connector motor magnet, turning gear that the overturning of the utility model, which selects angle of revolution with connector motor magnet 14,
16 diameters are 2 times for rotating 13 diameter of gear, and each rotary motion of overturning connector motor magnet 14 is allowed to drive absorption
Returning face plate 12 carries out the overturning of 180 degree, realizes the continuous horizontal overturning of sheet stock.The branch of the utility model connector motor magnet 47
Selecting angle of revolution is 90 degree of connector motor magnet, and 51 diameter of driving gear is identical with lower 56 diameter of connection gear, lower tooth connection
3 times that 56 diameters are lower 49 diameters of driven gear are taken turns, upper 55 diameter of connection gear is identical with upper 48 diameter of driven gear.This is practical
Uniform rotation is connected with more guide transfer rollers 57 to novel 26 inner lower of bearing material bracket in the horizontal direction, enables sheet stock edge
Guide transfer roller 57 is smooth smoothly carries out translation transmission, facilitate feeding and the blanking of sheet stock.
By adopting the above technical scheme, a kind of sheet stock continuous overturning branch mechanism of the utility model when in use, passes through
Turnover mechanism is arranged on the material transfer pedestal 1 of preceding transport mechanism side, and the setting of branch feed mechanism is preceding in 1 side of material transfer pedestal
Sheet stock level can be transmitted by transport mechanism, and turnover mechanism can smoothly turn over the sheet stock that preceding transport mechanism transmits
Turn, the sheet stock for completing overturning processing successively can uniformly be carried out branch transmission by branch feed mechanism, enabled to improve sheet stock and passed
The degree of automation for sending processing, 2 upside of transmission bracket, preceding 3 horizontal roll of transmission conduction band before being horizontally set on by preceding transmission conduction band 3
The transfer roller 7 before being connected to, the sheet stock before being placed in using the transmission of preceding transmission conduction band 3 is enabled on transmission conduction band 3 carry out flat
Transmission is moved, by the setting of absorption returning face plate 12 in 11 upside of turnover bracket, absorption 12 side of returning face plate is fixedly installed absorption electricity
Magnet 15, absorption 12 other side both ends of returning face plate are hinged respectively is connected to turnover bracket 11, overturning 14 output end of connector motor magnet
It is fixedly installed turning gear 16, the engagement connection of rotation gear 13 of turning gear 16 and absorption 12 side of returning face plate, benefit vertically
The sheet stock absorption being transmitted along preceding transmission conduction band 3 can be fixed with absorption electromagnet 15, utilize overturning revolution electromagnetism
Iron 14 drives turning gear 16, and absorption returning face plate 12 is smoothly back and forth rotated, is enabled sheet stock is steadily efficient
Carry out overturning transmission, selecting angle of revolution using overturning connector motor magnet 14 is 90 degree of connector motor magnet, turning gear
16 diameters are 2 times for rotating 13 diameter of gear, and each rotary motion of overturning connector motor magnet 14 is allowed to drive absorption
Returning face plate 12 carries out the overturning of 180 degree, realizes the continuous horizontal overturning of sheet stock, is horizontally set on upper connection by adjusting screw rod 4
Between plate 8 and lower connecting plate 9, adjusts and be threaded with screw rod tune respectively in the opposite thread surface of the 4 two sides hand of spiral of screw rod
Plate 5 is saved, about 5 two sides of screw rod adjustable plate are symmetrically hinged between upper junction plate 8 and lower connecting plate 8 are connected to lifting connecting rod respectively
6, it adjusts 4 one end of screw rod and is fixedly installed adjusting handle 10 vertically, enable to drive adjusting screw rod 4 using the rotation of adjusting handle 10
Rotated, enable it is convenient preceding transmission bracket 2 is smoothly subjected to lift adjustment along the vertical direction, make to be able to satisfy sizes rule
The transmission of lattice sheet stock is overturn, and is horizontally set on 1 upside of material transfer pedestal by guide disk 17, stock supporting mechanism is along guide disk 17
It is radially arranged on the upside of guide disk 17, level is fixedly installed branch biography respectively on the material transfer pedestal 1 of 17 two sides of guide disk
Band 19 is sent, branch conveyer belt 19 is parallel to each other with preceding transmission conduction band 3, so that reducing sheet stock transmission processes occupied space, leads to
It crosses on the material transfer pedestal 1 of 18 lower end side of guide shaft and is provided with driving mechanism, steadily can efficiently be driven using driving mechanism
Dynamic 17 level of guide disk is rotated, and guide disk 17, which is able to drive stock supporting mechanism during rotation and synchronizes, to be rotated,
Enabled smoothly rotate the sheet stock placed on the upside of stock supporting mechanism is sent to branch conveyer belt 19, realizes that the uniform branch of sheet stock passes
It send, multiple ball pedestals 20, ball pedestal 20 is fixedly uniformly arranged on the material transfer pedestal 1 by 17 lower outer of guide disk
Interior rolling is provided with tray ball 21 so that guide disk 17 horizontal can smoothly be rotated, and guide disk 17 is avoided to exist
Skew is generated in rotation process, and feeding support 22 1 is fixed at along the radial level of guide disk 17 by flat-removing air cyclinder 23
Side, 23 output end of flat-removing air cyclinder are vertically arranged with fixed link plate 24, and 24 side of fixed link plate is horizontally disposed adjusting bracket 25, holds
Material bracket 26 is horizontally set on 25 upside of adjusting bracket, utilizes 23 Level Promoting fixed link plate 24 of flat-removing air cyclinder, fixed link plate 24
It horizontal can accurately be translated under the limition orientation of translation guide rod 27, enable bearing material bracket 26 after horizontal translation
The sheet stock level for completing overturning processing is placed, is rotationally connected with by 28 one end of blanking shaft of 25 side of adjusting bracket
Fixed link plate 24 is fixedly installed blanking gear 29, the rack gear blanking bracket of 29 downside of blanking gear in blanking shaft 28 vertically
Sliding is provided with blanking rack gear 31,32 output end of blanking cylinder of 30 side of rack gear blanking bracket and blanking in the horizontal direction in 30
31 one end of rack gear is fixedly connected, and using 32 Level Promoting blanking rack gear 31 of blanking cylinder, is adjusted so that driving in guide disk 17
When bracket 25 to branch 19 side of conveyer belt, adjusting bracket 25 can be carried out under the drive of blanking rack gear 31 along blanking shaft 28
Rotation, bearing material bracket 26 can adjust under the drive of adjusting bracket 25 to heeling condition, so that the sheet stock on bearing material bracket 26
It can continue to transmit using smooth smoothly slide on branch conveyer belt 19 of gravity, pass through the tune of 26 downside of bearing material bracket
Section 33 lower end of shaft is rotationally connected with adjusting bracket 25, adjusts 33 middle part level of shaft and is fixedly installed adjustment gear 34, adjusts
Sliding is provided with translating rack 36,35 side of rack gear translating bracket in the horizontal direction in the rack gear translating bracket 35 of 34 side of gear
37 output end of adjusting cylinder be fixedly connected with 36 one end of translating rack, using adjust 37 Level Promoting translating rack 36 of cylinder,
So that bearing material bracket 26 is when being moved to branch 19 side of conveyer belt, bearing material bracket 26 can under the drive for adjusting cylinder 37 into
Row rotation, when so that bearing material bracket 26 being moved to branch 19 side of conveyer belt under the drive of guide disk 17, bearing material bracket 26
Opening after being rotated still is able to facilitate towards branch conveyer belt 19 the sheet stock blanking in bearing material bracket 26 to branch
Continue to transmit on conveyer belt 19, be slided in the horizontal direction on the feeding guide rod 38 by 26 inner upper two sides of bearing material bracket
It is provided with feeding connecting plate 39, material 40 output end of cylinder is drawn to be fixedly connected with 39 side of feeding connecting plate, the lower middle side part of feeding connecting plate 39
It is fixedly installed suction cylinder 41 straight down, 41 output end level of suction cylinder is fixedly installed drawing material connecting plate 42, material is drawn to connect
42 lower horizontal of plate is fixedly installed drawing material electromagnet 43, expects 40 Level Promoting feeding connecting plate 39 of cylinder, suction cylinder using drawing
41 vertical promotions, which are drawn, expects connecting plate 42, enables to translate after fixing the sheet stock adsorbed on returning face plate 12 using the drawing material absorption of electromagnet 43
It is case structure open at one end using bearing material bracket 26 to the inside of bearing material bracket 26, enables the putting of sheet stock exactly
The case where being placed in the inside of bearing material bracket 26, sheet stock avoided to generate offset landing when being moved to bearing material 26 inside of bracket, using holding
Uniform rotation is connected with more guide transfer rollers 57 to material 26 inner lower of bracket in the horizontal direction, and sheet stock is turned along guide
Roller 57 is smooth smoothly to carry out translation transmission, is rotationally connected with driving arm 44 by 18 lower end of guide shaft, so that guide turns
Axis 18 is capable of the reciprocating rotation of steady and smooth under the drive of branch connector motor magnet 47, by the downside of guide shaft 18 from upper
Successively level is fixedly installed upper driven gear 48 and lower driven gear 49 under, and branch is coaxial with 47 output end of connector motor magnet
It is fixedly installed driving gear 51, lift shaft 45 is slideably positioned in driving arm 44,44 lower end of driving arm along the vertical direction
Horizontally disposed have a lifting connecting plate 53, and 45 lower end of lift shaft is rotationally connected with lifting connecting plate 53, lifting 53 top two sides of connecting plate with
Lifting cylinder 46 is vertically arranged between driving arm 44 respectively, the setting of 45 upper end of lift shaft is being adjusted in sleeve 54, lifting
Shaft 45 is successively horizontally disposed with from top to bottom upper connection gear 55 and lower connection gear 56, lower connection gear 56 and driving gear
51 engagement connections drive driving gear 51 back and forth to be rotated using branch with connector motor magnet 47, and driving gear 51 being capable of band
Dynamic lower connection gear 56 is rotated, and drives lift shaft 45 along the vertical direction using lifting cylinder 46, instantly connection gear 56
When engaging connection with lower driven gear 49, lift shaft 45 can drive lower 49 turns of driven gear via lower connection gear 56
It is dynamic, so that guide shaft 18 be driven to be rotated, when upper connection gear 55 under the driving of lifting cylinder 46 with upper driven gear
When 48 engagement connection, lift shaft 45 can drive upper driven gear 48 to be rotated via upper connection gear 55, to drive
Guide shaft 18 is rotated, using between lower connection gear 56 and lower driven gear 49 transmission ratio and upper connection gear 55 with
Transmission ratio between upper driven gear 48 is different, so that situation about being fixed in branch with the angle of 47 reciprocating rotating of connector motor magnet
Under, it can be realized the rotation of the different angles of revolution of progress of 17 exactly of guide disk, it is ensured that can will be in the charge of the upper of mechanism
Sheet stock be respectively sent to continue to transmit on the branch conveyer belt 19 of 17 two sides of guide disk, although and branch conveyer belt
Location is different, so that the angle that guide disk 17 is rotated when sheet stock rotation is sent to different branch conveyer belts 19
Difference, but utilize the transmission ratio and upper connection gear 55 and upper driven gear between lower connection gear 56 and lower driven gear 49
Transmission ratio between 48 is different, keeps the time that can ensure that guide disk 17 turns round every time identical, it is ensured that guide disk 17 can connect
Continuous uniformly rotate sheet stock is transmitted on guide to branch conveyer belt 19, through this structure, the utility model structure
Design rationally, can by sheet stock, block-by-block is carried out continuously overturning in transmit process, and it is equal will to complete the sheet stock that overturning is processed
Even carry out branch transmission improves sheet stock and transmits atomization degree, meets the needs of production and application.
Above content is only illustrate to examples for clearly illustrating the present invention described in this specification.The utility model
Person of ordinary skill in the field can make various modifications or additions to the described embodiments or using class
As mode substitute, content without departing from the utility model specification or surmount model defined in the claims
It encloses, all should belong to the protection range of the utility model.
Claims (4)
1. a kind of sheet stock continuous overturning branch mechanism, it is characterised in that: the sheet stock continuous overturning branch mechanism includes material transfer bottom
Seat, preceding conveying mechanism, turnover mechanism and branch feed mechanism, the preceding transport mechanism level are fixed above material transfer pedestal
One middle side part, turnover mechanism are arranged on the material transfer pedestal of preceding transport mechanism side, and branch feed mechanism is arranged in material transfer pedestal
Side, the preceding transport mechanism include preceding transmission bracket, preceding transmission conduction band, adjust screw rod, screw rod adjustable plate and lifting connecting rod,
Preceding transmission support level is arranged at the upper side of material transfer pedestal, and preceding transmission bracket one end, which horizontally rotates, is connected with preceding transfer roller, preceding
It transmits conduction band level to be arranged on the upside of preceding transmission bracket, preceding transmission conduction band level winding is connected to preceding transfer roller, transmits before described
Bracket lower horizontal is fixedly installed upper junction plate, and level is fixedly installed lower connection on the material transfer pedestal on the downside of upper junction plate
Plate adjusts screw rod and is horizontally set between upper junction plate and lower connecting plate, adjusts screw rod two sides and has been symmetrically arranged spiral side
To opposite thread surface, adjusts screw rod two sides and be threaded with screw rod adjustable plate respectively, screw rod adjustable plate up and down distinguish by two sides
It is symmetrically hinged between upper junction plate and lower connecting plate and is connected to lifting connecting rod, adjust screw rod one end and be fixedly installed adjusting vertically
Handwheel, the turnover mechanism include turnover bracket, absorption returning face plate, rotation gear and overturning connector motor magnet, turnover bracket
It is fixed on the upside of material transfer pedestal vertically, absorption returning face plate is arranged on the upside of turnover bracket, and the fixation of absorption returning face plate side is set
It is equipped with absorption electromagnet, absorption returning face plate other side both ends are hinged respectively is connected to turnover bracket, and absorption returning face plate side is solid vertically
Surely it is provided with rotation gear, overturning is fixed on the turnover bracket on the downside of rotation gear with connector motor magnet level, overturning
It is fixedly installed turning gear, turning gear and rotation gear engagement connection, the branch vertically with connector motor magnet output end
Feed mechanism includes guide disk, guide shaft, stock supporting mechanism and driving mechanism, and guide disc level is arranged on material transfer pedestal
Side, middle side part is fixedly installed guide shaft vertically under guide disk, and guide shaft is rotationally connected with material transfer pedestal vertically, described
Stock supporting mechanism is radially arranged on the upside of guide disk along guide disk, horizontal solid respectively on the material transfer pedestal of guide disk two sides
Surely it is provided with branch conveyer belt, branch conveyer belt is parallel to each other with preceding transmission conduction band, the material transfer of guide shaft lower end side
It is provided with driving mechanism on pedestal, multiple ball bottoms are fixedly uniformly arranged on the material transfer pedestal of the guide disk lower outer
Seat, interior roll of ball pedestal are provided with tray ball, and the stock supporting mechanism includes feeding support, flat-removing air cyclinder, fixed link plate, tune
Bracket and bearing material bracket are saved, the feeding support is fixed at vertically on the upside of guide disk, and flat-removing air cyclinder is along guide disk
Radial level is fixed at feeding support side, and flat-removing air cyclinder output end is vertically arranged with fixed link plate, fixed link plate side
Level is fixedly installed translation guide rod respectively at both ends, and translation guide rod is slideably positioned in feeding support, the fixation in the horizontal direction
Connecting plate side is horizontally disposed adjusting bracket, and adjusting bracket is L-type structure, and adjusting bracket side level is fixedly installed blanking and turns
Axis, blanking shaft one end are rotationally connected with fixed link plate, are fixedly installed blanking gear, blanking tooth in the blanking shaft vertically
It takes turns level in the fixed link plate of downside and is fixedly installed rack gear blanking bracket, sliding setting in the horizontal direction in rack gear blanking bracket
There is blanking rack gear, rack gear blanking bracket side level is fixedly installed blanking cylinder, blanking cylinder output and blanking rack gear one
End is fixedly connected, and the bearing material support level is arranged on the upside of adjusting bracket, and middle side part is fixedly installed vertically under bearing material bracket
Shaft is adjusted, shaft lower end is adjusted and is rotationally connected with adjusting bracket, the level in the middle part of shaft that adjusts is fixedly installed adjustment gear, adjusts
It saves level in the adjusting bracket of gear side and is fixedly installed rack gear translating bracket, slided in the horizontal direction in rack gear translating bracket
It is provided with translating rack, rack gear translating bracket side level is fixedly installed adjusting cylinder, adjusts cylinder output and translation tooth
One end is fixedly connected, and the bearing material bracket is case structure open at one end, and two sides are horizontal respectively above bearing material internal stent
It is fixedly installed feeding guide rod, is slided in the horizontal direction on feeding guide rod and is provided with feeding connecting plate, bearing material bracket side upper end water
It is flat to be fixedly installed drawing material cylinder, draw material cylinder output to be fixedly connected with feeding connecting plate side, middle side part is perpendicular under feeding connecting plate
It is directly fixedly installed suction cylinder downwards, suction cylinder output level is fixedly installed drawing material connecting plate, draws water on the downside of material connecting plate
Flat to be fixedly installed drawing material electromagnet, the driving mechanism includes driving arm, lift shaft, lifting cylinder and branch revolution
Electromagnet, driving arm are fixed at material transfer Its lower side vertically, and guide shaft lower end is rotationally connected with driving arm, guide
Successively level is fixedly installed driven gear and lower driven gear, the biography of the driving arm side from top to bottom on the downside of shaft
It is fixedly installed magnet holder on material pedestal, branch is fixed in magnet holder straight down with connector motor magnet, branch
It is coaxially fixedly installed driving gear with connector motor magnet output end, is vertically arranged with lift shaft in the middle part of the driving arm,
Lift shaft is slideably positioned in driving arm along the vertical direction, and it is logical that lifting compatible with lift shaft is provided on driving arm
Hole, driving arm lower end is horizontally disposed lifting connecting plate, and lift shaft lower end is rotationally connected with lifting connecting plate, lifting connecting plate top
Lifting cylinder is vertically arranged between two sides and driving arm respectively, is vertically arranged on the material transfer pedestal on the upside of the lift shaft
Have an adjusting sleeve compatible with lift shaft, the setting of lift shaft upper end is being adjusted in sleeve, the lift shaft from up to
Under be successively horizontally disposed with and have a upper connection gear and lower connection gear, the lower connection gear and driving gear engagement connection.
2. a kind of sheet stock continuous overturning branch mechanism according to claim 1, it is characterised in that: overturning revolution electricity
It is 90 degree of connector motor magnet that magnet, which selects angle of revolution, and the turning gear diameter is 2 times for rotating gear diameter.
3. a kind of sheet stock continuous overturning branch mechanism according to claim 1, it is characterised in that: branch revolution electricity
It is 90 degree of connector motor magnet that magnet, which selects angle of revolution, and the driving gear diameter is identical with lower connection gear diameter, lower company
3 times that gear diameter is lower driven gear diameter are connect, the upper connection gear diameter is identical with upper driven gear diameter.
4. a kind of sheet stock continuous overturning branch mechanism according to claim 1, it is characterised in that: the bearing material internal stent
Uniform rotation is connected with more guide transfer rollers in the horizontal direction for downside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820971518.3U CN208593780U (en) | 2018-06-23 | 2018-06-23 | A kind of sheet stock continuous overturning branch mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820971518.3U CN208593780U (en) | 2018-06-23 | 2018-06-23 | A kind of sheet stock continuous overturning branch mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208593780U true CN208593780U (en) | 2019-03-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820971518.3U Expired - Fee Related CN208593780U (en) | 2018-06-23 | 2018-06-23 | A kind of sheet stock continuous overturning branch mechanism |
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| Country | Link |
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| CN (1) | CN208593780U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111257334A (en) * | 2020-02-28 | 2020-06-09 | 浙江德诺机械科技有限公司 | Lamp inspection method for eye drops in quintuplet |
| CN111977332A (en) * | 2020-07-15 | 2020-11-24 | 秦泽亮 | Sheet material processing mechanism capable of vertically lifting and automatically overturning |
| CN112027600A (en) * | 2019-10-16 | 2020-12-04 | 陈怡� | Pipe fitting continuous conveying mechanism |
| CN112373745A (en) * | 2020-11-29 | 2021-02-19 | 湖南省粉师傅机械科技股份有限公司 | Material storing and controlling system for small-particle food |
| CN115303709A (en) * | 2022-08-08 | 2022-11-08 | 南京理工大学紫金学院 | Automatic production line for forest fire extinguishing bomb |
-
2018
- 2018-06-23 CN CN201820971518.3U patent/CN208593780U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112027600A (en) * | 2019-10-16 | 2020-12-04 | 陈怡� | Pipe fitting continuous conveying mechanism |
| CN112027600B (en) * | 2019-10-16 | 2021-08-20 | 玉环优智科技有限公司 | Pipe fitting continuous conveying mechanism |
| CN111257334A (en) * | 2020-02-28 | 2020-06-09 | 浙江德诺机械科技有限公司 | Lamp inspection method for eye drops in quintuplet |
| CN111977332A (en) * | 2020-07-15 | 2020-11-24 | 秦泽亮 | Sheet material processing mechanism capable of vertically lifting and automatically overturning |
| CN112373745A (en) * | 2020-11-29 | 2021-02-19 | 湖南省粉师傅机械科技股份有限公司 | Material storing and controlling system for small-particle food |
| CN115303709A (en) * | 2022-08-08 | 2022-11-08 | 南京理工大学紫金学院 | Automatic production line for forest fire extinguishing bomb |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190731 Address after: 116600 No. 29-I, Northeast Third Street, Dalian Economic and Technological Development Zone, Liaoning Province Patentee after: DALIAN ETON TECHNOLOGY Co.,Ltd. Address before: 314500 Jiaxing, Tongxiang, China Street, 217-221 street, No. Patentee before: TONGXIANG TANGCHAO ADVERTISING CO.,LTD. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190312 |