CN108584509A - A kind of steel bar horizontal conveyance device - Google Patents
A kind of steel bar horizontal conveyance device Download PDFInfo
- Publication number
- CN108584509A CN108584509A CN201810655071.3A CN201810655071A CN108584509A CN 108584509 A CN108584509 A CN 108584509A CN 201810655071 A CN201810655071 A CN 201810655071A CN 108584509 A CN108584509 A CN 108584509A
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- China
- Prior art keywords
- fixing bracket
- steel bar
- fixedly installed
- bracket
- brace
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H20/00—Advancing webs
- B65H20/16—Advancing webs by web-gripping means, e.g. grippers, clips
- B65H20/18—Advancing webs by web-gripping means, e.g. grippers, clips to effect step-by-step advancement of web
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H23/00—Registering, tensioning, smoothing or guiding webs
- B65H23/04—Registering, tensioning, smoothing or guiding webs longitudinally
- B65H23/26—Registering, tensioning, smoothing or guiding webs longitudinally by transverse stationary or adjustable bars or rollers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/10—Handled articles or webs
- B65H2701/11—Dimensional aspect of article or web
- B65H2701/113—Size
- B65H2701/1133—Size of webs
- B65H2701/11332—Size of webs strip, tape, narrow web
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/10—Handled articles or webs
- B65H2701/17—Nature of material
- B65H2701/173—Metal
Landscapes
- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
The invention discloses a kind of steel bar horizontal conveyance devices, belong to metal material processing machinery equipment field.Level is fixed at fixing bracket side successively from top to bottom for the top brace mechanism and bottom brace mechanism of the invention, upper reciprocating plate is horizontally set on the downside of translating bracket, upper translating rack is slideably positioned in the horizontal direction on the downside of guiding trestle, it is provided with drive rod between upper rotation plectane side outer end and upper guide link, lower reciprocating plate is horizontally set on the upside of lower translating bracket, lower translating rack is slideably positioned in the horizontal direction on the upside of lower guiding trestle, it is provided with lower drive rod between lower rotation plectane side outer end and lower guide link, using connection belt transmission connection between upper rotation plectane and lower rotation plectane.Structure of the invention reasonable design, can be rapidly and efficiently steel bar is smoothly transported, and what can be processed according to steel bar need to realize that the horizontal continuity of steel bar transport and interval is transported, and meet the needs that use of processing.
Description
Technical field
The invention belongs to metal material processing machinery equipment field more particularly to a kind of steel bar horizontal conveyance devices, mainly
Transport applied to metal steel bar is processed.
Background technology
Steel are the general designation of the iron-carbon alloy between 0.02% to 2.11% to phosphorus content percentage, the chemical composition of steel
Can be with great changes have taken place, the steel containing only carbon is known as carbon steel or ordinary steel, and in actual production, steel is often according to purposes
For difference containing different alloying elements, such as manganese, nickel and vanadium etc., the mankind are quite long to the application of steel and research history, but
Be until Bessemerizing invention, steel produce all be a high efficiency at low cost work, nowadays, steel is cheap with its
Price, reliable performance are as one of most commonly used material, steel are construction industry, manufacturing industry and people's daily life in the world
In indispensable ingredient, it may be said that steel are the material bases of modern society.There are many type of steel, according to carbon content height
Classification, can be divided into mild steel, medium carbon steel and high-carbon steel, classify according to the quality of steel, can be divided into ordinary steel, high-quality
Steel and high-duty cast steel, classify according to the manufacturing process of steel, can be divided into forged steel, cast steel, hot-rolled steel and cold-drawn steel.Steel
Material exists, small section steel bar is in reality after by production and processing out mainly in the form of dimensions larger steel bar or steel plate
What is used in the application of border is particularly extensive, and small section steel bar may be used as preferable connecting plate of hardness etc., therefore be processed in actual production
In, it is necessary first to large-scale steel bar or steel plate are uniformly cut into the smaller steel bar of a plurality of dimensions, then by small section steel bar water
It is flat to be transported, and processing, the existing steel bar conveyer such as during steel bar transports steel bar is cut and is punched
Complicated and troublesome in poeration, common method is using transmission motor driving transfer roller, and transfer roller is realized in rotation process
The horizontal of steel bar transports, but this kind of steel bar conveyer, during transporting steel bar, transfer roller holds in rotation process
Skidding easily is generated with steel bar, leads to the transmission that is carried out continuously by steel bar exactly for being difficult to precise and high efficiency, and existing steel
Indexing transfer method mainly realizes the transmission and stopping of steel bar using the frequent start and stop of motor are transmitted, therefore is actually answering
Transmission motor can be damaged with the frequent start and stop of motor in the process, are transmitted first, lead to the repair for increasing transmission motor
Rate and scrappage so that transmission motor is difficult to the operation of long period stabilization, secondly realizes steel bar using the start and stop of transmission motor
Indexing transfer, steel in transmit process can due to the inertia and motor of itself after stopping electric drive rotation continuation band
Dynamic steel bar is transmitted so that steel bar is difficult to accurately be transmitted, and can not accurately control the transmission length of steel bar, lead to steel
Item is unable to being processed as needed for precise and high efficiency, needs worker to be adjusted manually in process, not only reduces
The processing efficiency and quality of steel bar also create the working strength of worker, therefore existing steel bar conveyer cannot meet steel
Item processes the needs used.
Invention content
The technical problem to be solved by the present invention is to overcome the above-mentioned deficiency in the presence of the prior art, and provide a kind of knot
Structure reasonable design, can be rapidly and efficiently steel bar is smoothly transported, and can according to steel bar process need realize steel bar
Horizontal continuity transport and the steel bar horizontal conveyance device transported of interval.
In order to solve the above-mentioned technical problem, the technical solution adopted in the present invention is：A kind of steel bar horizontal conveyance device,
It is characterized in that：The steel bar horizontal conveyance device includes fixing bracket, top brace mechanism and bottom brace mechanism, the top brace machine
Level is fixed at fixing bracket side successively from top to bottom for structure and bottom brace mechanism, and the top brace mechanism includes top brace
Wheel, overhanging cable, upper reciprocating plate, upper translating bracket, upper driving drum, upper translating rack and upper rotation plectane, the fixed branch
Both ends are rotatably connected to top brace wheel vertically respectively at the upper side of frame, are rotated vertically on the fixing bracket between two top brace wheels
It is connected with driving drum, level is fixedly installed translating bracket on the fixing bracket between two top brace wheels, upper reciprocal
Plate level is arranged on the downside of upper translating bracket, and homogeneous vertical is fixedly installed on multiple successively in the horizontal direction on the upside of upper reciprocating plate
Translation plates, upper translation plates are slideably positioned in translating bracket in the horizontal direction, and the overhanging cable both sides are wound respectively to be connected to
The top brace wheel of fixing bracket both sides, middle side part winding is connected to driving drum on overhanging cable, both sides below overhanging cable
Horizontal symmetrical is provided with upper junction plate respectively, and upper junction plate of the upper reciprocating plate both sides respectively with overhanging cable both sides is fixed, described
Both sides are fixedly installed top brace pedestal respectively below upper reciprocating plate, and top brace Its lower side is vertically slided and is provided with
Lifting guide pillar, upper lifting guide pillar lower horizontal are fixedly installed top brace electromagnet, and top brace electromagnet side is connected with
Top brace electric lead, the upper driving drum side are vertically arranged with reciprocating gear, the fixing bracket on the upside of upper reciprocating gear
Upper level is fixedly installed guiding trestle, and upper translating rack is slideably positioned in the horizontal direction on the downside of guiding trestle, described
Upper translating rack one end level is fixedly installed guide link, and fixing bracket upper horizontal is fixedly installed guiding trestle,
Upper guide link is slideably positioned in guiding trestle in the horizontal direction, and upper rotation plectane is rotationally connected with guide link one vertically
On the fixing bracket of side, drive rod, upper drive rod one end are provided between upper rotation plectane side outer end and upper guide link
Hinge is connected to rotation plectane, and upper drive rod other end hinge is connected to guide link, and the bottom brace mechanism includes bottom brace
Wheel, lower traction rope, lower reciprocating plate, lower translating bracket, underdrive roller, lower translating rack and lower rotation plectane, the fixed branch
Side both ends are rotatably connected to bottom brace wheel vertically respectively below frame, are rotated vertically on the fixing bracket between two bottom brace wheels
It is connected with underdrive roller, level is fixedly installed lower translating bracket on the fixing bracket between two bottom brace wheels, lower reciprocal
Plate level is arranged on the upside of lower translating bracket, on the downside of lower reciprocating plate in the horizontal direction successively homogeneous vertical be fixedly installed it is multiple under
Translation plates, lower translation plates are slideably positioned in lower translating bracket in the horizontal direction, and the lower traction rope both sides are wound respectively to be connected to
The bottom brace wheel of fixing bracket both sides, middle side part winding is connected to underdrive roller under lower traction rope, both sides above lower traction rope
Horizontal symmetrical is provided with lower connecting plate respectively, and lower connecting plate of the lower reciprocating plate both sides respectively with lower traction rope both sides is fixed, described
Both sides are fixedly installed bottom brace pedestal respectively above lower reciprocating plate, vertically slide and are provided with down on the upside of bottom brace pedestal
Lifting guide pillar, lower lifting guide pillar upper horizontal are fixedly installed bottom brace electromagnet, and bottom brace electromagnet side is connected with
Bottom brace electric lead, underdrive roller side are vertically arranged with lower reciprocating gear, the fixing bracket on the downside of lower reciprocating gear
Upper level is fixedly installed lower guiding trestle, and lower translating rack is slideably positioned in the horizontal direction on the upside of lower guiding trestle, described
Lower translating rack one end level is fixedly installed lower guide link, and fixing bracket lower horizontal is fixedly installed lower guiding trestle,
Lower guide link is slideably positioned in lower guiding trestle in the horizontal direction, and lower rotation plectane is rotationally connected with lower guide link one vertically
On the fixing bracket of side, lower drive rod, lower drive rod one end are provided between lower rotation plectane side outer end and lower guide link
Hinge is connected to lower rotation plectane, and lower drive rod other end hinge is connected to lower guide link, the upper drive of the upper rotation plectane side
The lower drive rod of lever and lower rotation plectane side is symmetrical arranged, using connection belt between upper rotation plectane and lower rotation plectane
It is sequentially connected, side level, which is fixedly installed, below the fixing bracket send a motor, send between a motor and lower rotation plectane
Be sequentially connected using feed belt, the fixing bracket on both sides of the middle horizontally rotate successively be connected with charging deflector roll and discharging lead
Roller.
Further, the lower translation plates both sides are provided with arc-shaped structure, and being horizontally disposed in lower translating bracket has under
The compatible translation channel of translation plates, lower translation plates downside, which uniformly rolls, is provided with more translation balls, lower translation plates both sides pair
Claim to roll and is provided with guiding ball.
Further, both sides horizontal symmetrical is provided with lower gib block below the lower translating rack, water on lower guiding trestle
It is flat to be provided with lower guide channel compatible with lower gib block.
Further, the lower lifting guide pillar lower horizontal is fixedly installed lower adjustable end stop, is erected on the upside of bottom brace pedestal
It directly is provided with lower liftway compatible with lower lifting guide pillar, bottom brace Its lower side is provided with to be adapted with lower adjustable end stop
Lower reciprocal passage, suit is provided with reciprocal spring in the lower lifting guide pillar on the upside of lower adjustable end stop.
Further, it is respectively provided on the fixing bracket of the upper and lower traction rope side of the fixing bracket of the overhanging cable side
There is adjusting bracket, be rotatably connected to bull wheel in adjusting bracket vertically, be provided with adjusting guide groove in adjusting bracket, on fixing bracket
Level is fixedly installed adjusting lead screw, adjusts lead screw horizontal through guide groove is adjusted, adjusts and be threaded with fixing nut on lead screw.
Further, the overhanging cable and lower traction rope are all made of high strength wire rope.
Compared with prior art, the present invention haing the following advantages and effect：Structure of the invention reasonable design passes through fixed branch
Frame on both sides of the middle horizontally rotates successively is connected with charging deflector roll and discharging deflector roll so that steel bar can lie in a horizontal plane in charging deflector roll
With discharging deflector roll on and smoothly transported, upper reciprocating gear, upper translation tooth are vertically arranged with by upper driving drum side
Item is slideably positioned in the horizontal direction on the downside of guiding trestle, and upper guide link is slideably positioned in guiding branch in the horizontal direction
Frame is provided with drive rod between upper rotation plectane side outer end and upper guide link, utilizes the continuous rotation of upper rotation plectane
The enabled upper translating rack of driving is back and forth translated, upper translating rack and the engagement connection of upper reciprocating gear so that upper driving drum
It can back and forth be rotated, top brace wheel, two pull-up are rotatably connected to vertically respectively by both ends at the upper side of fixing bracket
Driving drum is rotatably connected on fixing bracket between item wheel vertically, is uniformly erected successively in the horizontal direction on the upside of upper reciprocating plate
The multiple upper translation plates being directly fixedly installed are slideably positioned in translating bracket in the horizontal direction, the overhanging cable both sides company of winding respectively
It is connected to the top brace wheel of fixing bracket both sides, middle side part winding is connected to driving drum, upper reciprocating plate both sides on overhanging cable
The upper junction plate with overhanging cable both sides is fixed respectively, using the reciprocating rotation of upper driving drum enable the upper reciprocating plate of driving along
Upper translating bracket is back and forth translated, and top brace pedestal, top brace bottom are fixedly installed respectively by both sides below upper reciprocating plate
Vertically sliding is provided with lifting guide pillar for seat downside, and upper lifting guide pillar lower horizontal is fixedly installed top brace electromagnetism
Iron so that when the translation direction of upper reciprocating plate is identical as translation direction needed for steel bar, top brace electromagnet, which is powered, carries magnetic force,
Top brace electromagnet and steel bar adsorb so that steel bar can be kept with upper reciprocating plate synchronize translated, it is flat when upper reciprocating plate
When shifting direction is opposite with translation direction needed for steel bar, the power-off of top brace electromagnet loses magnetic force so that the translation of upper reciprocating plate is not
Steel bar can be driven to be translated, lower reciprocating gear is vertically arranged with by underdrive roller side, lower translating rack is along level side
To being slideably positioned on the downside of lower guiding trestle, lower guide link is slideably positioned in lower guiding trestle, lower rotation circle in the horizontal direction
It is provided with lower drive rod between plate side outer end and lower guide link, it is lower flat using the enabled driving of continuous rotation of lower rotation plectane
It moves rack back and forth to be translated, lower translating rack and the engagement connection of lower reciprocating gear so that underdrive roller can be carried out back and forth
Rotation is rotatably connected to bottom brace wheel, consolidating between two bottom brace wheels vertically respectively by both ends at the upper side of fixing bracket
It is rotatably connected to underdrive roller on fixed rack vertically, homogeneous vertical fixed setting successively in the horizontal direction on the downside of lower reciprocating plate
Multiple lower translation plates are slideably positioned in lower translating bracket in the horizontal direction, and lower traction rope both sides are wound respectively is connected to fixing bracket
The bottom brace wheel of both sides, middle side part winding is connected to underdrive roller under lower traction rope, lower reciprocating plate both sides respectively with lower traction
The lower connecting plate of rope both sides is fixed, and it is past along lower translating bracket to enable the lower reciprocating plate of driving using the reciprocating rotation of underdrive roller
It is translated again, is fixedly installed bottom brace pedestal respectively by both sides above lower reciprocating plate, bottom brace pedestal upside is along vertical
Direction sliding is provided with lower lifting guide pillar, and lower lifting guide pillar upper horizontal is fixedly installed bottom brace electromagnet so that instantly past
When the translation direction of compound plate is identical as translation direction needed for steel bar, bottom brace electromagnet, which is powered, carries magnetic force, bottom brace electromagnet
Adsorbed with steel bar so that steel bar can be kept with lower reciprocating plate synchronize translated, the translation direction and steel bar of reciprocating plate instantly
When required translation direction is opposite, the power-off of bottom brace electromagnet loses magnetic force so that the translation of lower reciprocating plate will not drive steel bar into
Row translation, by, using connection belt transmission connection, a motor and lower rotation being sent to justify between upper rotation plectane and lower rotation plectane
It is sequentially connected using feed belt between plate, is rotated using sending a motor to be rotated by plectane so that is lower to rotate plectane
It can keep synchronous with upper rotation plectane to be rotated in the same direction, the upper drive rod by upper rotation plectane side and lower rotation plectane
The lower drive rod of side is symmetrical arranged so that upper reciprocating plate synchronous can in opposite directions be translated with lower reciprocating plate so that top brace
Electromagnet and bottom brace electromagnet alternately can pull steel bar to carry out translation transport so that steel bar can be carried out continuously translation fortune
It send, and steel bar translational motion of steel bar in transmit process is entirely by top brace electromagnet and bottom brace electromagnet translation carry
It is dynamic so that steel bar horizontal can accurately carry out translational motion, and be handed over successively in top brace electromagnet and bottom brace electromagnet
For driving during steel bar carries out translation transport, top brace electromagnet and bottom brace electromagnet operation to both ends speed all
It is relatively slow, make to be avoided that steel bar since the too fast generation inertia of translational velocity is translated, by above structure, when steel bar needs interval
When being transported, it is only necessary to which by one of electromagnet in top brace electromagnet and bottom brace electromagnet, power-off loses magnetic for a long time
Power, another block of electromagnet are normally carried out for power-off so that steel bar can only be in top brace electromagnet and bottom brace electromagnet
Translation transport is carried out under the drive of one of electromagnet, the interval translation for realizing steel bar is transported so that steel bar can stop
Gap being processed rapidly and efficiently, have translation compatible with lower translation plates logical by being horizontally disposed in lower translating bracket
Road, lower translation plates downside, which uniformly rolls, is provided with more translation balls, and symmetrically rolling is provided with guiding ball for lower translation plates both sides,
Lower reciprocating plate is smoothly translated along lower translating bracket level, and upper translating bracket and upper translation plates have
The structure similar with lower translating bracket and lower translation plates so that upper reciprocating plate can along upper translating bracket level smoothly into
Row translation, lower adjustable end stop, the lower lifting guide pillar on the upside of lower adjustable end stop are fixedly installed by lower lifting guide pillar lower horizontal
Upper suit is provided with reciprocal spring so that when bottom brace electromagnet is powered with magnetic force, lower lifting guide pillar can vertically accurately
It moving upwards so that bottom brace electromagnet can be adsorbed with steel bar and be fixed, when the power-off of bottom brace electromagnet loses magnetic force, lower liter
Drop guide post can accurately move downward vertically under the driving of reciprocal spring so that bottom brace electromagnet uper side surface can be complete
Total detachment steel bar downside surface, avoid bottom brace electromagnet in drawback movement with steel bar downside surface generate friction and under the influence of
Reciprocating plate normally translates, and upper lifting guide pillar and top brace pedestal are with similar with lower lifting guide pillar and bottom brace pedestal
Structure, both can ensure that steel bar carried out translation transport under the pulling of top brace electromagnet, and be also avoided that top brace electromagnet existed
Friction is generated with steel bar uper side surface when drawback movement and influence upper reciprocating plate and normally translate, pass through consolidating for overhanging cable side
It is both provided with adjusting bracket on the fixing bracket of the upper and lower traction rope side of fixed rack, drawing is rotatably connected to vertically in adjusting bracket
Rope sheave is provided with adjusting guide groove in adjusting bracket so that overhanging cable and lower traction rope can be in tensioning state always, avoid
Overhanging cable and lower traction rope are influenced steel bar and are normally translated due to relaxation, and height is all made of by overhanging cable and lower traction rope
Intensity steel wire rope, it is ensured that overhanging cable and lower traction rope have preferable hardness and rigidity, avoid overhanging cable and lower traction rope
Generate larger elastic deformation, it is ensured that can be rapidly and efficiently steel bar is smoothly transported, and can according to steel bar process
It needs to realize that the horizontal continuity of steel bar transport and interval is transported, meets the needs that processing uses.
Description of the drawings
Fig. 1 is a kind of main structure diagram of steel bar horizontal conveyance device of the present invention.
Fig. 2 is the attachment structure schematic diagram of the lower translation plates and lower translating bracket of the present invention.
Fig. 3 is the attachment structure schematic diagram of the lower translating rack and lower guiding trestle of the present invention.
Fig. 4 is the attachment structure schematic diagram of the lower lifting guide pillar and bottom brace pedestal of the present invention.
Fig. 5 is the adjusting bracket of the present invention and its attachment structure schematic diagram of subsidiary body.
In figure：1. fixing bracket, 2. top brace wheels, 3. overhanging cables, reciprocating plate on 4., translating bracket on 5., 6.
Upper driving drum, translating rack on 7. rotate plectane on 8., translation plates on 9., 10. upper junction plates, 11. top brace bottoms
Seat, lifting guide pillar on 12., 13. top brace electromagnet, 14. top brace electric leads, reciprocating gear on 15. are oriented on 16.
Holder, guide link on 17., guiding trestle on 18., drive rod on 19., 20. bottom brace wheels, 21. times traction ropes, 22.
Lower reciprocating plate, 23. times translating brackets, 24. underdrive rollers, 25. times translating racks, 26. times rotation plectanes, 27. times flat
Move plate, 28. lower connecting plates, 29. bottom brace pedestals, 30. times lifting guide pillars, 31. bottom brace electromagnet, 32. bottom braces electricity
Conducting wire, 33. times reciprocating gears, 34. times guiding trestles, 35. times guide links, 36. times guiding trestles, 37. times drivings
Bar, 38. connection belts, 39. send a motor, 40. feed belts, 41. charging deflector rolls, 42. discharging deflector rolls, 43. translations
Channel, 44. translation balls, 45. guiding balls, 46. times gib blocks, 47. times guide channels, 48. times adjustable end stops, 49.
Lower liftway, 50. times reciprocal passages, 51. reciprocal springs, 52. adjusting brackets, 53. bull wheels, 54. adjust guide groove,
55. adjusting lead screw, 56. fixing nuts.
Specific implementation mode
In order to further describe the present invention, a kind of the specific of steel bar horizontal conveyance device is expanded on further below in conjunction with the accompanying drawings
Embodiment, following embodiment is explanation of the invention and the invention is not limited in following embodiments.
As shown in Figure 1, a kind of steel bar horizontal conveyance device of the present invention, including fixing bracket 1, top brace mechanism and bottom brace
Level is fixed at 1 side of fixing bracket successively from top to bottom for mechanism, top brace mechanism and bottom brace mechanism.The present invention's is upper
Brace agency includes top brace wheel 2, overhanging cable 3, upper reciprocating plate 4, upper translating bracket 5, upper driving drum 6, upper translating rack 7
With upper rotation plectane 8,1 upper side both ends of fixing bracket are rotatably connected to top brace wheel 2, two top brace wheels 2 vertically respectively
Between fixing bracket 1 on be rotatably connected to driving drum 6 vertically, it is horizontal on the fixing bracket 1 between two top brace wheels 2
It is fixedly installed translating bracket 5, upper reciprocating plate 4 is horizontally set on 5 downside of translating bracket, and 4 upside of upper reciprocating plate is along level
Homogeneous vertical is fixedly installed multiple upper translation plates 9 successively in direction, and upper translation plates 9 are slideably positioned in translation branch in the horizontal direction
Frame 5,3 both sides of overhanging cable of the invention wind the top brace wheel 2 for being connected to 1 both sides of fixing bracket, 3 upside of overhanging cable respectively
Middle part winding is connected to driving drum 6, and horizontal symmetrical is provided with upper junction plate 10 to 3 lower section both sides of overhanging cable respectively, upper past
4 both sides of compound plate are fixed with the upper junction plate 10 of 3 both sides of overhanging cable respectively, and 4 lower section both sides of upper reciprocating plate of the invention are solid respectively
Surely it is provided with top brace pedestal 11, the vertically sliding of 11 downside of top brace pedestal is provided with lifting guide pillar 12, upper lifting
12 lower horizontal of guide post is fixedly installed top brace electromagnet 13, and 13 side of top brace electromagnet is connected with top brace conductance
Line 14,6 side of upper driving drum of the invention are vertically arranged with reciprocating gear 15, the fixing bracket of 15 upside of upper reciprocating gear
Level is fixedly installed guiding trestle 16 on 1, and upper translating rack 7 is slideably positioned in the horizontal direction under guiding trestle 16
Side, 7 one end level of upper translating rack are fixedly installed guide link 17, and 1 upper horizontal of fixing bracket, which is fixedly installed, to be led
To holder 18, upper guide link 17 is slideably positioned in guiding trestle 18 in the horizontal direction, and upper rotation plectane 8 is rotatablely connected vertically
In on the fixing bracket 1 of 17 side of upper guide link, it is provided between upper 8 side outer end of rotation plectane and upper guide link 17
Drive rod 19,19 one end of upper drive rod, which is hinged, is connected to rotation plectane 8, and 19 other end of upper drive rod hinge is connected to guide link
17.The bottom brace mechanism of the present invention includes bottom brace wheel 20, lower traction rope 21, lower reciprocating plate 22, lower translating bracket 23, underdrive
Roller 24, lower translating rack 25 and lower rotation plectane 26,1 lower section side both ends of fixing bracket are rotatably connected to drop-down vertically respectively
Item wheel 20 is rotatably connected to underdrive roller 24, two bottom brace wheels on the fixing bracket 1 between two bottom brace wheels 20 vertically
Level is fixedly installed lower translating bracket 23 on fixing bracket 1 between 20, and lower reciprocating plate 22 is horizontally set on lower translating bracket
23 upsides, homogeneous vertical is fixedly installed multiple lower translation plates 27, lower translation plates to 22 downside of lower reciprocating plate successively in the horizontal direction
27 are slideably positioned in lower translating bracket 23 in the horizontal direction, and 21 both sides of lower traction rope of the invention are wound respectively is connected to fixed branch
The bottom brace wheel 20 of 1 both sides of frame, 21 times middle side part windings of lower traction rope are connected to underdrive roller 24,21 top two of lower traction rope
Horizontal symmetrical is provided with lower connecting plate 28 respectively for side, lower 22 both sides of the reciprocating plate lower connecting plate 28 with lower 21 both sides of traction rope respectively
Fixed, 22 top both sides of lower reciprocating plate are fixedly installed bottom brace pedestal 29 respectively, and 29 upside of bottom brace pedestal is vertically
Sliding is provided with lower lifting guide pillar 30, and lower 30 upper horizontal of lifting guide pillar is fixedly installed bottom brace electromagnet 31, bottom brace electricity
31 side of magnet is connected with bottom brace electric lead 32, and 24 side of underdrive roller of the invention is vertically arranged with lower past double tooth
33 are taken turns, level is fixedly installed lower guiding trestle 34 on the fixing bracket 1 of 33 downside of lower reciprocating gear, and lower translating rack 25 is along water
Square to the upside of lower guiding trestle 34 is slideably positioned in, 25 one end level of lower translating rack is fixedly installed lower guide link 35,
1 lower horizontal of fixing bracket is fixedly installed lower guiding trestle 34, and lower guide link 35 is slideably positioned in down in the horizontal direction to be led
To holder 36, lower rotation plectane 26 is rotationally connected with vertically on the fixing bracket 1 of 35 side of lower guide link, lower rotation plectane 26
Lower drive rod 37 is provided between side outer end and lower guide link 35, lower 37 one end of drive rod is hinged and is connected to lower rotation plectane
26, lower 37 other end of drive rod hinge is connected to lower guide link 35.19 He of upper drive rod of upper 8 side of rotation plectane of the present invention
The lower drive rod 37 of 26 side of lower rotation plectane is symmetrical arranged, using connection skin between upper rotation plectane 8 and lower rotation plectane 26
Band 38 is sequentially connected, and 1 lower section side level of fixing bracket, which is fixedly installed, send a motor 39, send a motor 39 and lower rotation plectane
It is sequentially connected using feed belt 40 between 26,1 on both sides of the middle of fixing bracket horizontally rotates successively is connected with charging 41 He of deflector roll
Discharge deflector roll 42.
As shown in Fig. 2, 27 both sides of lower translation plates of the present invention are provided with arc-shaped structure, level is set in lower translating bracket 23
It is equipped with translation channel 43 compatible with lower translation plates 27,27 downside of lower translation plates, which uniformly rolls, is provided with more translation balls
44, lower 27 both sides of translation plates, which symmetrically roll to be provided with, is oriented to ball 45.As shown in figure 3,25 lower section of lower translating rack of the present invention
Both sides horizontal symmetrical is provided with lower gib block 46, be horizontally disposed on lower guiding trestle 34 have it is compatible with lower gib block 46 under lead
To channel 47.As shown in figure 4,30 lower horizontal of lower lifting guide pillar of the present invention is fixedly installed lower adjustable end stop 48, bottom brace
29 upside of pedestal is vertically arranged with lower liftway 49 compatible with lower lifting guide pillar 30, and 29 downside of bottom brace pedestal is provided with
Lower reciprocal passage 50 compatible with lower adjustable end stop 48 is set in the lower lifting guide pillar 30 of the upside of lower adjustable end stop 48 and is provided with
Reciprocal spring 51.As shown in figure 5, the fixation of 1 upper and lower traction rope of fixing bracket, 21 side of 3 side of overhanging cable of the present invention
It is both provided with adjusting bracket 52 on holder 1, is rotatably connected to bull wheel 53 in adjusting bracket 52 vertically, is arranged in adjusting bracket 52
Have and adjust guide groove 54, level, which is fixedly installed, on fixing bracket 1 adjusts lead screw 55, adjusts lead screw 55 horizontal through adjusting guide groove
54, it adjusts and is threaded with fixing nut 56 on lead screw 55.The overhanging cable 3 and lower traction rope 21 of the present invention is all made of high intensity
Steel wire rope, it is ensured that overhanging cable 3 and lower traction rope 21 have preferable hardness and rigidity, avoid overhanging cable 3 and lower traction rope
21 generate larger elastic deformation, it is ensured that can be rapidly and efficiently steel bar is smoothly transported.
Using above-mentioned technical proposal, a kind of steel bar horizontal conveyance device of the present invention when in use, passes through fixing bracket 1
On both sides of the middle horizontally rotates successively is connected with charging deflector roll 41 and discharging deflector roll 42 so that steel bar can lie in a horizontal plane in charging and lead
It is transported on roller 41 and discharging deflector roll 42 and smoothly, upper reciprocating gear 15 is vertically arranged with by 6 side of upper driving drum,
Upper translating rack 7 is slideably positioned in 16 downside of guiding trestle in the horizontal direction, and upper guide link 17 is slided set in the horizontal direction
It is placed in guiding trestle 18, is provided with drive rod 19 between upper 8 side outer end of rotation plectane and upper guide link 17, in utilization
Above translating rack 7 is back and forth translated for the enabled driving of continuous rotation of rotation plectane 8, upper translating rack 7 and upper reciprocating gear 15
Engagement connection so that upper driving drum 6 can be rotated back and forth, be turned by the way that 1 upper side both ends of fixing bracket are vertical respectively
It is dynamic to be connected with top brace wheel 2, it is rotatably connected to driving drum 6 vertically on the fixing bracket 1 between two top brace wheels 2, on
Multiple upper translation plates 9 of homogeneous vertical fixed setting are slideably positioned in 4 upside of reciprocating plate in the horizontal direction successively in the horizontal direction
Upper translating bracket 5,3 both sides of overhanging cable wind the top brace wheel 2 for being connected to 1 both sides of fixing bracket, 3 upside of overhanging cable respectively
Middle part winding is connected to driving drum 6, and 4 both sides of upper reciprocating plate are fixed with the upper junction plate 10 of 3 both sides of overhanging cable respectively, profit
It is back and forth translated along upper translating bracket 5 with the upper reciprocating plate 4 of the enabled driving of the reciprocating rotation of driving drum 6, by upper past
4 lower section both sides of compound plate are fixedly installed top brace pedestal 11 respectively, and the vertically sliding of 11 downside of top brace pedestal is provided with
Upper lifting guide pillar 12,12 lower horizontal of upper lifting guide pillar are fixedly installed top brace electromagnet 13 so that when putting down for upper reciprocating plate 4
When shifting direction is identical as translation direction needed for steel bar, top brace electromagnet 13, which is powered, carries magnetic force, top brace electromagnet 13 and steel
Item adsorbs so that steel bar can be kept with upper reciprocating plate 4 synchronize translated, when translation direction and the steel bar institute of upper reciprocating plate 4
When needing translation direction opposite, the power-off of top brace electromagnet 13 loses magnetic force so that the translation of upper reciprocating plate 4 will not drive steel bar into
Row translation, is vertically arranged with lower reciprocating gear 33, lower translating rack 25 slides in the horizontal direction by 24 side of underdrive roller
It is set to 34 downside of lower guiding trestle, lower guide link 35 is slideably positioned in lower guiding trestle 34, lower rotation circle in the horizontal direction
It is provided with lower drive rod 37 between 26 side outer end of plate and lower guide link 35, the continuous rotation using lower rotation plectane 26 is enabled
Translating rack 25 is back and forth translated under driving, lower translating rack 25 and the engagement connection of lower reciprocating gear 33 so that underdrive is rolled
Cylinder 24 can be rotated back and forth, and bottom brace wheel 20 is rotatably connected to vertically respectively by 1 upper side both ends of fixing bracket, and two
Underdrive roller 24 is rotatably connected on fixing bracket 1 between a bottom brace wheel 20 vertically, 22 downside of lower reciprocating plate is along level
Direction successively homogeneous vertical fixed setting multiple lower translation plates 27 be slideably positioned in lower translating bracket 23 in the horizontal direction, under lead
21 both sides of messenger wind the bottom brace wheel 20 for being connected to 1 both sides of fixing bracket, the 21 times middle side part winding connections of lower traction rope respectively
In underdrive roller 24, lower 22 both sides of reciprocating plate are fixed with the lower connecting plate 28 of lower 21 both sides of traction rope respectively, utilize underdrive
The lower reciprocating plate 22 of the enabled driving of the reciprocating rotation of roller 24 is back and forth translated along lower translating bracket 23, passes through lower reciprocating plate 22
Top both sides are fixedly installed bottom brace pedestal 29 respectively, and the vertically sliding of 29 upside of bottom brace pedestal is provided with lower lifting
Guide post 30, lower 30 upper horizontal of lifting guide pillar are fixedly installed bottom brace electromagnet 31 so that the translation side of reciprocating plate 22 instantly
To it is identical as translation direction needed for steel bar when, bottom brace electromagnet 31, which is powered, carries magnetic force, and bottom brace electromagnet 31 and steel bar are inhaled
It is attached so that steel bar can with lower reciprocating plate 22 keep synchronize translated, instantly needed for the translation direction and steel bar of reciprocating plate 22
When translation direction is opposite, bottom brace electromagnet 31 power-off lose magnetic force so that the translation of lower reciprocating plate 22 will not drive steel bar into
Translation of going send a motor 39 under by being sequentially connected using connection belt 38 between upper rotation plectane 8 and lower rotation plectane 26
It is sequentially connected using feed belt 40 between rotation plectane 26, is rotated using sending a motor 39 to be rotated by plectane 26,
Lower rotation plectane 26 to keep synchronous with upper rotation plectane 8 to be rotated in the same direction, passes through the upper of 8 side of upper rotation plectane
The lower drive rod 37 of 26 side of drive rod 19 and lower rotation plectane is symmetrical arranged so that upper reciprocating plate 4 and lower reciprocating plate 22 can
It synchronizes and is translated in opposite directions so that top brace electromagnet 13 and bottom brace electromagnet 31 alternately can pull steel bar to carry out translation fortune
It send so that steel bar can be carried out continuously translation and transport, and steel bar translational motion of steel bar in transmit process is entirely by upper
Tie rod electromagnet 13 and the translation of bottom brace electromagnet 31 drive so that and steel bar horizontal can accurately carry out translational motion, and
During top brace electromagnet 13 and bottom brace electromagnet 31 alternately drive steel bar to carry out translation transport successively, top brace electricity
Magnet 13 and bottom brace electromagnet 31 are all relatively slow in the speed of operation to both ends, make to be avoided that steel bar due to the too fast production of translational velocity
Raw inertia is translated, by above structure, when steel bar needs interval to be transported, it is only necessary to by 13 He of top brace electromagnet
One of electromagnet power-off for a long time in bottom brace electromagnet 31 loses magnetic force, and another block of electromagnet is normally carried out for disconnected
Electricity so that steel bar can only carry out under the drive of one of electromagnet in top brace electromagnet 13 and bottom brace electromagnet 31
Translation is transported, and the interval translation for realizing steel bar is transported so that steel bar can in the gap of pause being processed rapidly and efficiently,
There is translation channel 43 compatible with lower translation plates 27 by being horizontally disposed in lower translating bracket 23,27 downside of lower translation plates is uniformly
Rolling is provided with more translation balls 44, and lower 27 both sides of translation plates, which symmetrically roll to be provided with, is oriented to ball 45 so that lower reciprocating plate
22 can smoothly be translated along lower translating bracket 23 is horizontal, and upper translating bracket 5 and upper translation plates 9 have with it is lower flat
Move holder 23 and the similar structure of lower translation plates 27 so that upper reciprocating plate 4 can along upper translating bracket 5 it is horizontal smoothly into
Row translation is fixedly installed lower adjustable end stop 48, the lower liter of 48 upside of lower adjustable end stop by 30 lower horizontal of lower lifting guide pillar
Suit is provided with reciprocal spring 51 on drop guide post 30 so that when bottom brace electromagnet 31 is powered with magnetic force, lower lifting guide pillar 30
It can accurately move upwards vertically so that bottom brace electromagnet 31 can be adsorbed with steel bar and be fixed, when bottom brace electromagnet 31
When power-off loses magnetic force, lower lifting guide pillar 30 can accurately move downward vertically under the driving of reciprocal spring so that drop-down
31 uper side surface of electromagnet can completely disengage steel bar downside surface, avoid bottom brace electromagnet 31 in drawback movement and steel
Downside surface generate friction and under the influence of reciprocating plate 22 normally translate, and upper lifting guide pillar 12 and top brace pedestal 11 have
There is the structure similar with lower lifting guide pillar 30 and bottom brace pedestal 29, both can ensure that pulling of the steel bar in top brace electromagnet 13
Under carry out translation transport, be also avoided that top brace electromagnet 13 in drawback movement with steel bar uper side surface generate friction and influence
Upper reciprocating plate 4 normally translates, and passes through the fixing bracket 1 of 1 upper and lower traction rope of fixing bracket, 21 side of 3 side of overhanging cable
On be both provided with adjusting bracket 52, bull wheel 53 is rotatably connected in adjusting bracket 52 vertically, tune is provided in adjusting bracket 52
Save guide groove 54 so that overhanging cable 3 and lower traction rope 21 can be in tensioning state always, avoid overhanging cable 3 and lower traction
Rope 21 is influenced steel bar and is normally translated due to relaxation, and high strength wire rope is all made of by overhanging cable 3 and lower traction rope 21,
Ensure that overhanging cable 3 and lower traction rope 21 have preferable hardness and rigidity, avoid overhanging cable 3 and lower traction rope 21 generate compared with
Big elastic deformation.Through this structure, the configuration of the present invention is simple, can be rapidly and efficiently steel bar is smoothly transported
It send, and what can be processed according to steel bar needs to realize that the horizontal continuity of steel bar transport and interval is transported, meeting processing makes
Needs.
Described in this specification above content is only illustrations made for the present invention.Technology belonging to the present invention
The technical staff in field can make various modifications or additions to the described embodiments or by a similar method
It substitutes, content without departing from description of the invention or beyond the scope defined by this claim should all belong to this
The protection domain of invention.
Claims (6)
1. a kind of steel bar horizontal conveyance device, it is characterised in that：The steel bar horizontal conveyance device includes fixing bracket, top brace
Mechanism and bottom brace mechanism, level is fixed at fixing bracket successively from top to bottom for the top brace mechanism and bottom brace mechanism
Side, the top brace mechanism includes top brace wheel, overhanging cable, upper reciprocating plate, upper translating bracket, upper driving drum, upper flat
Move rack and upper rotation plectane, both ends are rotatably connected to top brace wheel vertically respectively at the upper side of the fixing bracket, on two
It is rotatably connected to driving drum on fixing bracket between tie rod wheel vertically, water on the fixing bracket between two top brace wheels
Flat to be fixedly installed translating bracket, upper reciprocating plate is horizontally set on the downside of translating bracket, along level side on the upside of upper reciprocating plate
Multiple upper translation plates are fixedly installed to homogeneous vertical successively, upper translation plates are slideably positioned in translating bracket in the horizontal direction,
The overhanging cable both sides wind the top brace wheel for being connected to fixing bracket both sides respectively, and middle side part winding connects on overhanging cable
In upper driving drum, horizontal symmetrical is provided with upper junction plate respectively for both sides below overhanging cable, upper reciprocating plate both sides respectively with it is upper
The upper junction plate of traction rope both sides is fixed, and both sides are fixedly installed top brace pedestal, top brace respectively below the upper reciprocating plate
Its lower side vertically slides and is provided with lifting guide pillar, and upper lifting guide pillar lower horizontal is fixedly installed top brace electromagnetism
Iron, top brace electromagnet side are connected with top brace electric lead, and the upper driving drum side is vertically arranged with back and forth
Gear, level is fixedly installed guiding trestle on the fixing bracket on the upside of upper reciprocating gear, and upper translating rack is in the horizontal direction
It is slideably positioned on the downside of guiding trestle, upper translating rack one end level is fixedly installed guide link, fixing bracket
Upper horizontal is fixedly installed guiding trestle, and upper guide link is slideably positioned in guiding trestle, upper rotation in the horizontal direction
Plectane is rotationally connected with vertically on the fixing bracket of guide link side, upper rotation plectane side outer end and upper guide link it
Between be provided with drive rod, upper drive rod one end, which is hinged, is connected to rotation plectane, and upper drive rod other end hinge is connected to guiding
Connecting rod, the bottom brace mechanism includes bottom brace wheel, lower traction rope, lower reciprocating plate, lower translating bracket, underdrive roller, lower flat
Move rack and lower rotation plectane, side both ends are rotatably connected to bottom brace wheel vertically respectively below the fixing bracket, under two
It is rotatably connected to underdrive roller on fixing bracket between tie rod wheel vertically, water on the fixing bracket between two bottom brace wheels
Flat to be fixedly installed lower translating bracket, lower reciprocating plate is horizontally set on the upside of lower translating bracket, along level side on the downside of lower reciprocating plate
Multiple lower translation plates are fixedly installed to homogeneous vertical successively, lower translation plates are slideably positioned in lower translating bracket in the horizontal direction,
The lower traction rope both sides wind the bottom brace wheel for being connected to fixing bracket both sides respectively, and middle side part winding connects under lower traction rope
Horizontal symmetrical is provided with lower connecting plate respectively for both sides above underdrive roller, lower traction rope, and lower reciprocating plate both sides are respectively under
The lower connecting plate of traction rope both sides is fixed, and both sides are fixedly installed bottom brace pedestal, bottom brace respectively above the lower reciprocating plate
Vertically sliding is provided with lower lifting guide pillar on the upside of pedestal, and lower lifting guide pillar upper horizontal is fixedly installed bottom brace electromagnetism
Iron, bottom brace electromagnet side are connected with bottom brace electric lead, and underdrive roller side is vertically arranged with lower reciprocal
Gear, level is fixedly installed lower guiding trestle on the fixing bracket on the downside of lower reciprocating gear, and lower translating rack is in the horizontal direction
It is slideably positioned on the upside of lower guiding trestle, lower translating rack one end level is fixedly installed lower guide link, fixing bracket
Lower horizontal is fixedly installed lower guiding trestle, and lower guide link is slideably positioned in lower guiding trestle, lower rotation in the horizontal direction
Plectane is rotationally connected with vertically on the fixing bracket of lower guide link side, lower rotation plectane side outer end and lower guide link it
Between be provided with lower drive rod, lower drive rod one end, which is hinged, is connected to lower rotation plectane, and lower drive rod other end hinge is connected to lower guiding
Connecting rod, the upper drive rod of the upper rotation plectane side and the lower drive rod of lower rotation plectane side are symmetrical arranged, upper rotation circle
Using connection belt transmission connection between plate and lower rotation plectane, fixing bracket lower section side level, which is fixedly installed, send item
Motor is sent and is sequentially connected using feed belt between a motor and lower rotation plectane, fixing bracket on both sides of the middle water successively
It is flat to be rotatably connected to charging deflector roll and discharging deflector roll.
2. a kind of steel bar horizontal conveyance device according to claim 1, it is characterised in that：The lower translation plates both sides setting
There is arc-shaped structure, being horizontally disposed in lower translating bracket has translation channel compatible with lower translation plates, on the downside of lower translation plates
Even rolling is provided with more translation balls, and lower translation plates both sides symmetrically roll and are provided with guiding ball.
3. a kind of steel bar horizontal conveyance device according to claim 1, it is characterised in that：Two below the lower translating rack
Side horizontal symmetrical is provided with lower gib block, and being horizontally disposed on lower guiding trestle has lower guide channel compatible with lower gib block.
4. a kind of steel bar horizontal conveyance device according to claim 1, it is characterised in that：Water on the downside of the lower lifting guide pillar
It is flat to be fixedly installed lower adjustable end stop, it is logical that lower lifting compatible with lower lifting guide pillar is vertically arranged on the upside of bottom brace pedestal
Road, bottom brace Its lower side are provided with lower reciprocal passage compatible with lower adjustable end stop, the lower lifting on the upside of lower adjustable end stop
Suit is provided with reciprocal spring on guide post.
5. a kind of steel bar horizontal conveyance device according to claim 1, it is characterised in that：The overhanging cable side is consolidated
It is both provided with adjusting bracket on the fixing bracket of the upper and lower traction rope side of fixed rack, drawing is rotatably connected to vertically in adjusting bracket
Rope sheave is provided with adjusting guide groove in adjusting bracket, and level is fixedly installed adjusting lead screw on fixing bracket, adjusts lead screw level and wears
Guide groove is overregulated, adjusts and is threaded with fixing nut on lead screw.
6. a kind of steel bar horizontal conveyance device according to claim 1, it is characterised in that：The overhanging cable and lower traction
Rope is all made of high strength wire rope.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655071.3A CN108584509A (en) | 2018-06-23 | 2018-06-23 | A kind of steel bar horizontal conveyance device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655071.3A CN108584509A (en) | 2018-06-23 | 2018-06-23 | A kind of steel bar horizontal conveyance device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108584509A true CN108584509A (en) | 2018-09-28 |
Family
ID=63634095
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810655071.3A Withdrawn CN108584509A (en) | 2018-06-23 | 2018-06-23 | A kind of steel bar horizontal conveyance device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108584509A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109335799A (en) * | 2018-11-16 | 2019-02-15 | 浙江耀阳新材料科技有限公司 | A kind of film fixed length transport mechanism |
| CN109335800A (en) * | 2018-11-16 | 2019-02-15 | 浙江耀阳新材料科技有限公司 | A kind of film segmentation drawing transport mechanism |
| CN109910429A (en) * | 2019-03-08 | 2019-06-21 | 湖南长城信息金融设备有限责任公司 | Card quickly scalds color device |
-
2018
- 2018-06-23 CN CN201810655071.3A patent/CN108584509A/en not_active Withdrawn
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109335799A (en) * | 2018-11-16 | 2019-02-15 | 浙江耀阳新材料科技有限公司 | A kind of film fixed length transport mechanism |
| CN109335800A (en) * | 2018-11-16 | 2019-02-15 | 浙江耀阳新材料科技有限公司 | A kind of film segmentation drawing transport mechanism |
| CN109335800B (en) * | 2018-11-16 | 2024-03-29 | 浙江耀阳新材料科技有限公司 | Film segmentation traction conveying mechanism |
| CN109335799B (en) * | 2018-11-16 | 2024-03-29 | 浙江耀阳新材料科技有限公司 | Film fixed-length conveying mechanism |
| CN109910429A (en) * | 2019-03-08 | 2019-06-21 | 湖南长城信息金融设备有限责任公司 | Card quickly scalds color device |
| CN109910429B (en) * | 2019-03-08 | 2024-04-23 | 长城信息股份有限公司 | Quick card scalding device |
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Application publication date: 20180928 |
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