CN208592634U - A kind of materials in the tube processing branch transport mechanism - Google Patents

Abstract

The utility model discloses a kind of materials in the tube to process branch transport mechanism, belongs to materiel machining transmitting mechanical apparatus field.The perforating mechanism inclination of the utility model is fixed on the processing base between cutting agency and material guide mechanism, storage materials in the tube bucket is provided with and communicated on the upside of down tube expects pipe, the drilling motor output end of middle side part is rotatably connected to punching bull stick on lifting connecting plate, rotating plate cylinder is inclined between punching board and processing base, it is in the charge of mechanism being radially arranged at the upper side of guide disk along guide disk, radial level on the processing base of guide disk two sides along guide disk is symmetrically arranged with branch conveyer belt, driving mechanism is provided on the processing base of guide shaft lower end side.The structure design of the utility model is reasonable, materials in the tube by the stable intermittent blanking of root and can be carried out perforation processing, and the materials in the tube completed the process can be carried out branch transmission, improves materials in the tube processing transmission the degree of automation, meets the needs that processing uses.

Description

A kind of materials in the tube processing branch transport mechanism

Technical field

The utility model belongs to materiel machining transmitting mechanical apparatus field more particularly to a kind of materials in the tube processing branch conveyer Structure is mainly used in materials in the tube and continuously transmits perforation processing field.

Background technique

Tubing is exactly the material for making pipe fitting, and the quality of the different tubing of different pipe fittings, tubing directly determines The quality of pipe fitting, tubing are materials necessary to architectural engineering, and there are commonly feed pipe, drainpipe, gas pipe, steam heating pipe, electricity Wire conduit and rain pipe etc., with the development of science and technology, the tubing that house decoration uses also experienced from plain cast iron pipe, water The development of mud pipe, concrete reinforced pipe and asbestos-cement pipe to ductile iron pipe, coating steel pipe, plastic tube and aluminum plastic composite pipe Journey.According to the usage of tubing, for the production and processing standard of tubing there are many type, architectural engineering, power plant, chemical plant etc. are multi-purpose Such tubing, there is execution standard GB/T5310, and the tubing for high-pressure boiler has execution standard GB/T8163, trandfer fluid nothing The tubing of seam steel pipe has execution standard GB3087, and the tubing of low-pressure boiler seamless steel pipe has execution standard GB/T9948, petroleum The tubing of cracking seamless steel pipe has execution standard GB/T14976, fluid conveying stainless-steel seamless pipe, and common material has conjunction Gold, carbon steel and stainless steel.Tubing in the process of production and processing, is directed to the tubing of metal material, needs dimensions is longer Tubing be uniformly cut into the shorter materials in the tube of dimensions paragraph by paragraph, be cut into section shape materials in the tube be both ends be connected to side it is close The structure closed needs materials in the tube side carrying out perforation processing in order to which materials in the tube can be installed and used preferably by later process, Existing tubing, in order to which the side of materials in the tube is carried out perforation processing, needs during being cut into materials in the tube progress perforation processing Materials in the tube are placed into Ka Guan mechanism by worker by root manually, recycle perforating mechanism that materials in the tube side is carried out perforation processing manually, Materials in the tube manufacturing procedure is more, and worker needs high frequency materials in the tube are clamped and picked and placed, and the labor intensity of worker is larger, and materials in the tube are beaten The efficiency of hole machined is lower, and the degree of automation of entire materials in the tube feeding perforation processing is low, and existing materials in the tube perforating mechanism is also difficult to The automatic continuous feeding for realizing materials in the tube, is also difficult to materials in the tube exactly being moved to required beat during perforation processing Hole machined station, the quality for causing materials in the tube to be punched cannot be guaranteed, existing to set by the materials in the tube of perforation processing from punching After standby upper completion processing, it is difficult to the materials in the tube for completing processing automatically be carried out branch transmission, need worker manually by materials in the tube feeding And place to required transport mechanism, it is lower that materials in the tube transmit processing efficiency, it is difficult to meet the needs that processing uses.

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, materials in the tube by the stable intermittent blanking of root and can be subjected to perforation processing, and can will complete the process Materials in the tube carry out branch transmission, and the materials in the tube for improving materials in the tube processing transmission the degree of automation process branch transport mechanism.

In order to solve the above-mentioned technical problem, the technical scheme adopted by the utility model is a kind of materials in the tube processing branch passes Send mechanism, it is characterised in that: the materials in the tube processing branch transport mechanism includes processing base, cutting agency, perforating mechanism and leads Expect mechanism, the cutting agency is fixed at diagonally downward at the upper side of processing base, and material guide mechanism level is fixed at Upside below processing base, perforating mechanism inclination are fixed on the processing base between cutting agency and material guide mechanism, institute Stating cutting agency includes down tube expects pipe, lifting support, gear pipe holder, gear pipe connecting plate and lifting cylinder, the processing base top Side is fixedly installed expects pipe pedestal vertically, and down tube expects pipe is fixed at diagonally downward on the upside of expects pipe pedestal, in down tube expects pipe It is provided with lower tube passage, storage materials in the tube bucket is provided with and communicated on the upside of down tube expects pipe, down tube expects pipe lower end side is tiltedly installed with Lifting support is connected and fixed between lifting support downside and processing base using bracket base, and lifting support two sides tilt respectively It is provided with lifting guide pillar, lifting guide pillar is mutually perpendicular to down tube expects pipe, and the gear pipe holder tilt slide is set to lifting guide pillar, Gear pipe holder side both ends are respectively arranged with jacking sleeve compatible with lifting guide pillar, and the lifting cylinder is fixed diagonally downward Middle side part is set on lifting support, and lifting cylinder output end is fixedly connected with middle side part on gear pipe holder, the gear pipe holder Internal two sides up and down tilt respectively has shifted to install gear pipe connecting plate, and gear pipe connecting plate is parallel to each other with lifting guide pillar, and gear pipe connecting plate is sliding It is dynamic to be set to down tube expects pipe, lifting guide groove compatible with gear pipe connecting plate is provided in down tube expects pipe, the perforating mechanism includes Punching board, rotating plate cylinder, punching support, adjusting guide plate, punching cylinder and drilling motor, the punching support are inclined at On the upside of processing base, punching support is mutually perpendicular to down tube expects pipe, and the punching support upper vertical is connected with adjusting and leads Plate, adjusting guide plate top two sides are fixedly installed punching cylinder diagonally downward respectively, adjust and be tiltedly installed on the downside of guide plate Connecting plate is gone up and down, punching cylinder output is fixed with lifting connecting plate, is gone up and down middle side part on connecting plate and is fixedly installed punching diagonally downward Motor, drilling motor output end are rotatably connected to punching bull stick, are provided with punching on the processing base on the downside of the lifting connecting plate Board, punching board are L-type structure, are hinged on the downside of the punching board and are connected to processing base, the rotating plate cylinder is obliquely installed Between punching board and processing base, rotating plate cylinder output is hinged with lower end on the upside of punching board, rotating plate cylinder tail end Hinge is connected to processing base, and upset guide groove compatible with punching board, the material guiding machine are provided on the downside of the punching support Structure includes guide disk, guide shaft, is in the charge of mechanism and driving mechanism, the setting of guide disc level below the processing base on Side, middle side part is fixedly installed guide shaft vertically under guide disk, and guide shaft is rotationally connected with processing base vertically, described It is in the charge of mechanism being radially arranged at the upper side of guide disk along guide disk, along guide on the processing base of guide disk two sides The radial level of disk is symmetrically arranged with branch conveyer belt, is provided with driving on the processing base of guide shaft lower end side Mechanism is fixedly uniformly arranged with multiple ball pedestals, rolling in ball pedestal on the processing base of the guide disk lower outer Dynamic to be provided with tray ball, the mechanism of being in the charge of includes being in the charge of support, being in the charge of rotating plate and conduit cylinder, is in the charge of rotating plate and is obliquely installed It is being in the charge of on the upside of support, being in the charge of rotating plate is L-type structure, and the lower end for being in the charge of rotating plate, which is hinged to be connected to, is in the charge of support, is in the charge of on the upside of rotating plate Conduit cylinder is tiltedly installed between one end and guide disk, conduit cylinder tail end is hinged in guide disk, and conduit cylinder is defeated Outlet hinge, which is connected to, is in the charge of one end on the upside of rotating plate, and the rotating plate top two sides of being in the charge of are symmetrically arranged with barrier support, is in the charge of rotating plate Upper horizontal is provided with cushioning fender, and cushioning fender upper end, which is hinged, is connected to barrier support upper end, and cushioning fender lower end is arc-shaped Structure, inclination is symmetrically arranged with buffering tension spring, the driving mechanism packet respectively between two middle side part of cushioning fender and barrier support It including driving arm, lift shaft, adjusts cylinder and connector motor magnet, driving arm is fixed at vertically on the downside of processing base, Guide shaft lower end is rotationally connected with driving arm, and successively level is fixedly installed driven tooth from top to bottom for guide shaft downside Wheel and lower driven gear are fixedly installed magnet holder on the processing base of the driving arm side, and connector motor magnet is vertical It is fixed in magnet holder downwards, connector motor magnet output end is coaxially fixedly installed driving gear, the driving arm Middle part is vertically arranged with lift shaft, and lift shaft is slideably positioned in driving arm along the vertical direction, is provided on driving arm Lifting through-hole compatible with lift shaft, driving arm lower end is horizontally disposed adjusting connecting plate, and the rotation of lift shaft lower end connects It is connected to adjusting connecting plate, adjusts and is vertically arranged with adjusting cylinder above connecting plate between two sides and driving arm respectively, the lifting turns Adjusting sleeve compatible with lift shaft is vertically arranged on processing base on the upside of axis, the setting of lift shaft upper end is being adjusted In sleeve, the lift shaft is successively horizontally disposed with from top to bottom upper connection gear and lower connection gear, the lower tooth connection Wheel and driving gear engagement connection.

Further, it is provided with adjusting lock plunger between adjusting guide plate and the punching support, adjusts and is provided on guide plate Adjusting guide groove compatible with lock plunger is adjusted, adjusts guide groove and is parallel to each other with down tube expects pipe.

Further, fitting is provided with suction electromagnet on the upside of the punching board, and suction electromagnet is L-type structure.

Further, it is 90 degree of connector motor magnet that the connector motor magnet, which selects angle of revolution, and the driving gear is straight Diameter is identical with lower connection gear diameter, and lower connection gear diameter is 3 times of lower driven gear diameter, the upper connection gear diameter It is identical with upper driven gear diameter.

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 on the processing base that perforating mechanism inclination is fixed between cutting agency and material guide mechanism, cutting agency can be by materials in the tube By the stable intermittent blanking of root, materials in the tube can smoothly be carried out perforation processing by perforating mechanism, and material guide mechanism can play completion The materials in the tube of hole machined carry out branch transmission, and materials in the tube is enabled to continue the processing of later process respectively, improve materials in the tube processing The degree of automation and processing efficiency of transmission, by being provided with lower tube passage in down tube expects pipe, connection setting on the upside of down tube expects pipe There is storage materials in the tube bucket, enables the more root canal material being placed in storage materials in the tube bucket successively to carry out blanking along down tube expects pipe, under Materials in the tube pipe lower end side is tiltedly installed with lifting support, and gear pipe holder tilt slide is set to lifting guide pillar, fixes diagonally downward The lifting cylinder output end for being set to middle side part on lifting support is fixedly connected with middle side part on gear pipe holder, is kept off inside pipe holder Upper and lower two sides tilt respectively has shifted to install gear pipe connecting plate, and gear pipe connecting plate is slideably positioned in down tube expects pipe, is pushed away using lifting cylinder Dynamic gear pipe holder back and forth carries out elevating movement, the gear pipe connecting plate of gear pipe holder internal derangement setting is replaced logical to down tube Materials in the tube in road are stopped, and are enabled the materials in the tube in down tube expects pipe by the stable blanking of root to perforating mechanism, are passed through punching Bracket upper vertical is connected with adjusting guide plate, adjusts two sides above guide plate and is fixedly installed punching gas diagonally downward respectively Cylinder, punching cylinder output are fixed with lifting connecting plate, are gone up and down middle side part on connecting plate and are fixedly installed drilling motor diagonally downward, beat Hole motor output end is rotatably connected to punching bull stick, goes up and down and is provided with punching board on the processing base on the downside of connecting plate, punching is held It is hinged on the downside of plate and is connected to processing base, rotating plate cylinder is inclined between punching board and processing base, on the downside of punching support It is provided with upset guide groove compatible with punching board, fitting is provided with suction electromagnet on the upside of punching board, utilizes rotating plate gas Cylinder driving punching board is rotated, so that punching board side is identical as the tilt angle of down tube expects pipe, so that down tube expects pipe Interior materials in the tube can be tumbled smoothly to punching board, be magnetic using suction electromagnet energization band, be enabled materials in the tube are secured Absorption fix, avoid materials in the tube generated during perforation processing offset skew, utilize drilling motor driving punching bull stick, punching Cylinder pushes lifting connecting plate diagonally downward, enables the carry out perforation processing by materials in the tube rapidly and efficiently, by adjusting guide plate and punching It is provided with adjusting lock plunger between bracket, adjusts and is provided with adjusting guide groove compatible with lock plunger is adjusted on guide plate, adjusting is led Slot is parallel to each other with down tube expects pipe, and the enabled dimensions according to materials in the tube will adjust guide plate and carry out moving adjusting along guide groove is adjusted, The materials in the tube by sizes standard caliber of enabled exactly carry out perforation processing, after materials in the tube complete perforation processing, utilize Rotating plate cylinder driving punching board is rotated, and punching board side is identical as the tilt angle for being in the charge of rotating plate, so that punching is held Materials in the tube on plate are capable of the tumbling to being in the charge of on rotating plate of steady and smooth, by the setting of guide disc level below the processing base on Mechanism being radially arranged at the upper side of guide disk along guide disk is in the charge of in side, enables materials in the tube by perforation processing It is rolled from punching board and is snapped down to being in the charge of in mechanism on the upside of guide disk, the lower end by being in the charge of rotating plate, which is hinged to be connected to, is in the charge of Support is in the charge of on the upside of rotating plate and is tiltedly installed with conduit cylinder between one end and guide disk, is in the charge of and is turned using the driving of conduit cylinder Plate enables materials in the tube steady suitable so that the tilt angle for being in the charge of rotating plate is consistent with punching board and is located on the downside of punching board Smooth roll is glided, and is hinged using cushioning fender upper end and is connected to barrier support upper end, and cushioning fender lower end is arc-shaped structure, buffering Inclination is symmetrically arranged with buffering tension spring respectively between two middle side part of baffle and barrier support, so that during materials in the tube glide, pipe Material can be contacted first with cushioning fender, and cushioning fender can have damping rotate under the drawing of buffering tension spring, realize pipe The blanking of material buffers, and avoids materials in the tube from generating biggish collision in blanking process and causes the breakages of materials in the tube, passes through guide disk Lower middle side part is fixedly installed guide shaft vertically, and guide shaft is rotationally connected with processing base, guide shaft lower end one vertically It is provided with driving mechanism on the processing base of side, is back and forth rotated using driving mechanism driving guide shaft, is made to be able to achieve and lead The reciprocating rotation for expecting disk is symmetrically arranged with point by the radial level on the processing base of guide disk two sides along guide disk Road conveyer belt, so that utilizing conduit cylinder when that will be in the charge of mechanism using guide disk rotational and turn to branch conveyer belt side Driving is in the charge of rotating plate and turns to state diagonally downward, and the materials in the tube being in the charge of on rotating plate are efficiently rolled along being in the charge of rotating plate Continue to transmit on to branch conveyer belt, realizes the continuous branch transmission of materials in the tube, the efficiency of materials in the tube following process is improved, by leading Expect to be fixedly uniformly arranged with multiple ball pedestals on the processing base of disk lower outer, is rolled in ball pedestal and be provided with tray Ball, it is enabled that support is carried out during rotation to guide disk, it avoids guide disk from generating skew during rotation, passes through Guide shaft lower end is rotationally connected with driving arm, so that guide shaft is capable of steady and smooth under the drive of connector motor magnet Reciprocating rotation is returned 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 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 adjusting connecting plate, and lift shaft lower end is rotationally connected with adjusting connecting plate, adjusts two sides above connecting plate Be vertically arranged with adjusting 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 Connector motor magnet drives driving gear back and forth to be rotated, and driving gear is able to drive lower connection gear and is rotated, and utilizes tune Displacements of cylinders drives lift shaft along the vertical direction, and when connection gear engages connection with lower driven gear instantly, lift shaft can Lower driven gear is driven to be rotated via lower connection gear, to drive guide shaft to be rotated, when upper connection gear exists When engaging connection with upper driven gear under the driving of adjusting cylinder, lift shaft can drive upper driven tooth via upper connection gear Wheel is rotated, so that guide shaft be driven to be rotated, using between lower connection gear and lower driven gear transmission ratio and Transmission ratio between upper connection gear and upper driven gear is different, so that the feelings fixed in the angle of connector motor magnet reciprocating rotating Under condition, the rotation of the different angles of revolution of progress of guide disk exactly can be realized, it is ensured that can will be in the charge of the upper of mechanism Materials in the tube be respectively sent on the branch conveyer belt of guide disk two sides, through this structure, the utility model structure design Rationally, materials in the tube by the stable intermittent blanking of root and can be subjected to perforation processing, and the materials in the tube completed the process can be divided Road transmission improves materials in the tube processing transmission the degree of automation, meets the needs that processing uses.

Detailed description of the invention

Fig. 1 is a kind of schematic view of the front view of materials in the tube processing branch transport mechanism of the utility model.

Fig. 2 is the schematic view of the front view of the cutting agency of the utility model.

Fig. 3 is the attachment structure schematic diagram of the cutting agency of the utility model.

Fig. 4 is the schematic view of the front view of the perforating mechanism of the utility model.

Fig. 5 is the schematic view of the front view of the material guide mechanism of the utility model.

Fig. 6 is the overlooking structure diagram of the material guide mechanism of the utility model.

Fig. 7 is the schematic view of the front view for being in the charge of mechanism of the utility model.

In figure: 1. processing bases, 2. down tube expects pipes, 3. lifting supports, 4. gear pipe holders, 5. gear pipe connecting plates, 6. Lifting cylinder, 7. expects pipe pedestals, 8. lower tube passages, 9. storage materials in the tube buckets, 10. bracket bases, 11. lifting guide pillars, 12. liters Drop sleeve, 13. lifting guide grooves, 14. punching boards, 15. rotating plate cylinders, 16. punching supports, 17. adjusting guide plates, 18. Punching cylinder, 19. drilling motors, 20. lifting connecting plates, 21. punching bull sticks, 22. upset guide grooves, 23. guide disks, 24. Guide shaft, 25. are in the charge of mechanism, and 26. branch conveyer belts, 27. ball pedestals, 28. tray balls, 29. are in the charge of support, 30. it is in the charge of rotating plate, 31. conduit cylinders, 32. barrier supports, 33. cushioning fenders, 34. buffering tension springs, 35. driving branch Frame, 36. lift shafts, 37. adjust cylinders, 38. connector motor magnets, driven gear on 39., 40. lower driven gears, and 41. Magnet holder, 42. driving gears, 43. lifting through-holes, 44. adjust connecting plates, and 45. adjust sleeves, connection gear on 46., 47. lower connection gear, 48. adjust lock plunger, and 49. adjust guide groove, 50. suction electromagnet.

Specific embodiment

In order to further describe the utility model, a kind of materials in the tube processing branch conveyer 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, a kind of materials in the tube of the utility model process branch transport mechanism, including processing base 1, cutting agency, Perforating mechanism and material guide mechanism, cutting agency are fixed at 1 upper side of processing base diagonally downward, and material guide mechanism level is solid Fixed that upside is arranged below processing base 1, perforating mechanism inclination is fixed at the processing between cutting agency and material guide mechanism On pedestal 1.As shown in Figure 2 and Figure 3, the cutting agency of the utility model include down tube expects pipe 2, lifting support 3, gear pipe holder 4, Pipe connecting plate 5 and lifting cylinder 6 are kept off, 1 upper side of processing base is fixedly installed expects pipe pedestal 7 vertically, and down tube expects pipe 2 is tilted towards Under be fixed at the upside of expects pipe pedestal 7, be provided with lower tube passage 8 in down tube expects pipe 2, be provided with and communicated on the upside of down tube expects pipe 2 Materials in the tube bucket 9 is stored up, 2 lower end side of down tube expects pipe is tiltedly installed with lifting support 3, adopts between 3 downside of lifting support and processing base 1 It is connected and fixed with bracket base 10,3 two sides of lifting support are tiltedly installed with lifting guide pillar 11, lifting guide pillar 11 and lower materials in the tube respectively Pipe 2 is mutually perpendicular to, and gear 4 tilt slide of pipe holder is set to lifting guide pillar 11, and gear 4 side both ends of pipe holder are respectively arranged with and rise The compatible jacking sleeve 12 of guide rod 11 drops, and lifting cylinder 6 is fixed at middle side part on lifting support 3 diagonally downward, goes up and down 6 output end of cylinder is fixedly connected with middle side part on gear pipe holder 4, and two sides tilt respectively above and below 4 inside of gear pipe holder shifts to install There is gear pipe connecting plate 5, gear pipe connecting plate 5 is parallel to each other with lifting guide pillar 11, and gear pipe connecting plate 5 is slideably positioned in down tube expects pipe 2, lower materials in the tube Lifting guide groove 13 compatible with gear pipe connecting plate 5 is provided on pipe 2.As shown in figure 4, the perforating mechanism of the utility model includes beating Hole board 14, rotating plate cylinder 15, punching support 16, adjusting guide plate 17, punching cylinder 18 and drilling motor 19, punching support 16 incline Tiltedly setting is mutually perpendicular in 1 upside of processing base, punching support 16 with down tube expects pipe 2, and the connection of 16 upper vertical of punching support is set It is equipped with and adjusts guide plate 17, adjust 17 top two sides of guide plate and be fixedly installed punching cylinder 18 diagonally downward respectively, adjust guide plate 17 Downside is tiltedly installed with lifting connecting plate 20, and punching 18 output end of cylinder and lifting connecting plate 20 are fixed, goes up and down middle side part on connecting plate 20 It is fixedly installed drilling motor 19 diagonally downward, 19 output end of drilling motor is rotatably connected to punching bull stick 21, goes up and down connecting plate 20 Punching board 14 is provided on the processing base 1 of downside, punching board 14 is L-type structure, is hinged and is connected on the downside of punching board 14 Processing base 1, rotating plate cylinder 15 are inclined between punching board 14 and processing base 1,15 output end of rotating plate cylinder and beat Board 14 upside lower end in hole is hinged, 15 tail end of rotating plate cylinder hinge be connected to processing base 1, be provided on the downside of punching support 16 with Punch the compatible upset guide groove 22 of board 14.As shown in Figure 5, Figure 6, the material guide mechanism of the utility model includes guide disk 23, guide shaft 24, be in the charge of mechanism 25 and driving mechanism, guide disk 23 is horizontally set on 1 lower section upside of processing base, guide The lower middle side part of disk 23 is fixedly installed guide shaft 24 vertically, and guide shaft 24 is rotationally connected with processing base 1 vertically, is in the charge of Mechanism 25 is radially arranged at the upper side of guide disk 23 along guide disk 23, on the processing base 1 of 23 two sides of guide disk Branch conveyer belt 26 is symmetrically arranged with along the radial level of guide disk 23, on the processing base 1 of 24 lower end side of guide shaft It is provided with driving mechanism, multiple ball pedestals 27 are fixedly uniformly arranged on the processing base 1 of 23 lower outer of guide disk, is rolled It is rolled in pearl pedestal 27 and is provided with tray ball 28.As shown in fig. 7, the utility model be in the charge of mechanism include be in the charge of support 29, It is in the charge of rotating plate 30 and conduit cylinder 31, rotating plate 30 is in the charge of and is inclined at and be in the charge of the upside of support 29, being in the charge of rotating plate 30 is L-type knot Structure, the lower end for being in the charge of rotating plate 30, which is hinged to be connected to, is in the charge of support 29, is in the charge of between 30 upside one end of rotating plate and guide disk 23 and tilts It is provided with conduit cylinder 31,31 tail end of conduit cylinder hinge is connected to guide disk 23, and 31 output end of conduit cylinder hinge, which is connected to, to be held 30 upside one end of pipe rotating plate is in the charge of 30 top two sides of rotating plate and is symmetrically arranged with barrier support 32, is in the charge of 30 upper horizontal of rotating plate and sets It is equipped with cushioning fender 33,33 upper end of cushioning fender, which is hinged, is connected to 32 upper end of barrier support, and 33 lower end of cushioning fender is arc-shaped knot Structure, inclination is symmetrically arranged with buffering tension spring 34 respectively between 33 liang of middle side parts of cushioning fender and barrier support 32.The utility model Driving mechanism include driving arm 35, lift shaft 36, adjust cylinder 37 and connector motor magnet 38, driving arm 35 is solid vertically In 1 downside of processing base, 24 lower end of guide shaft is rotationally connected with driving arm 35 for fixed setting, 24 downside of guide shaft from up to Under successively level be fixedly installed driven gear 39 and lower driven gear 40, it is solid on the processing base 1 of 35 side of driving arm Surely it is provided with magnet holder 41, connector motor magnet 38 is fixed at straight down in magnet holder 41, and connector motor magnet 38 is defeated Outlet is coaxially fixedly installed driving gear 42, and lift shaft 36,36 edge of lift shaft are vertically arranged in the middle part of driving arm 35 Vertical direction is slideably positioned in driving arm 35, and lifting through-hole compatible with lift shaft 36 is provided on driving arm 35 43,35 lower end of driving arm is horizontally disposed adjusting connecting plate 44, and 36 lower end of lift shaft, which is rotationally connected with, adjusts connecting plate 44, adjusts It is vertically arranged with respectively between 44 top two sides of connecting plate and driving arm 35 and adjusts cylinder 37, the processing bottom of 36 upside of lift shaft Adjusting sleeve 45 compatible with lift shaft 36 is vertically arranged on seat 1, the setting of 36 upper end of lift shaft is adjusting sleeve 45 Interior, lift shaft 36 is successively horizontally disposed with from top to bottom upper connection gear 46 and lower connection gear 47, lower 47 He of connection gear The engagement connection of driving gear 42.

It is provided between the adjusting guide plate 17 and punching support 16 of the utility model and adjusts lock plunger 48, adjusted on guide plate 17 It is provided with adjusting guide groove 49 compatible with lock plunger 48 is adjusted, guide groove 49 is adjusted and is parallel to each other with down tube expects pipe 2, enable basis The dimensions of materials in the tube will adjust guide plate 17 and carry out moving adjusting along guide groove 49 is adjusted, and enabled exactly advises sizes The materials in the tube of lattice caliber carry out perforation processing.Fitting is provided with suction electromagnet 50 on the upside of the punching board 14 of the utility model, inhales Material electromagnet 50 is L-type structure, when materials in the tube carry out perforation processing, is magnetic using 50 energization band of suction electromagnet, and enabling will Materials in the tube firmly adsorb fixation, and materials in the tube is avoided to generate offset skew during perforation processing, are needing to punch on board 14 To when being in the charge of in mechanism 25, the power-off of suction electromagnet 50 loses magnetism the blanking of side pipe material, enables the rolling of materials in the tube convenient and smooth Dynamic blanking.It is 90 degree of connector motor magnet 38 that the connector motor magnet 38 of the utility model, which selects angle of revolution, and driving gear 42 is straight Diameter is identical with lower 47 diameter of connection gear, and lower 47 diameter of connection gear is 3 times of lower 40 diameter of driven gear, upper connection gear 46 Diameter is identical with upper 39 diameter of driven gear, using between lower connection gear 47 and lower driven gear 40 transmission ratio and upper connection Transmission ratio between gear 46 and upper driven gear 39 is different, so that the feelings fixed in the angle of 38 reciprocating rotating of connector motor magnet Under condition, the rotation of the different angles of revolution of progress of 23 exactly of guide disk can be realized, it is ensured that can will be in the charge of mechanism 25 Upper materials in the tube be respectively sent on the branch conveyer belt 26 of 23 two sides of guide disk.

By adopting the above technical scheme, a kind of materials in the tube processing branch transport mechanism of the utility model when in use, passes through Perforating mechanism inclination is fixed on the processing base 1 between cutting agency and material guide mechanism, and cutting agency can be by materials in the tube By the stable intermittent blanking of root, materials in the tube can smoothly be carried out perforation processing by perforating mechanism, and material guide mechanism can play completion The materials in the tube of hole machined carry out branch transmission, and materials in the tube is enabled to continue the processing of later process respectively, improve materials in the tube processing The degree of automation and processing efficiency of transmission are connected on the upside of down tube expects pipe 2 and set by being provided with lower tube passage 8 in down tube expects pipe 2 It is equipped with storage materials in the tube bucket 9, enables the more root canal material being placed in storage materials in the tube bucket 9 successively to carry out blanking along down tube expects pipe 2, leads to It crosses 2 lower end side of down tube expects pipe and is tiltedly installed with lifting support 3, gear 4 tilt slide of pipe holder is set to lifting guide pillar 11, tilts 6 output end of lifting cylinder for being fixedly installed on middle side part on lifting support 3 downwards is fixedly connected with middle side part on gear pipe holder 4, Two sides tilt respectively above and below 4 inside of gear pipe holder has shifted to install gear pipe connecting plate 5, and gear pipe connecting plate 5 is slideably positioned in down tube expects pipe 2, push gear pipe holder 4 back and forth to carry out elevating movement using lifting cylinder 6, so that the gear pipe of gear 4 internal derangement of pipe holder setting Connecting plate 5, which can replace, stops the materials in the tube in lower tube passage 8, enables the materials in the tube in down tube expects pipe 2 stable by root Blanking is connected with by 16 upper vertical of punching support to perforating mechanism and adjusts guide plate 17, adjust 17 top two sides of guide plate It is fixedly installed punching cylinder 18 diagonally downward respectively, punching 18 output end of cylinder and lifting connecting plate 20 are fixed, go up and down connecting plate 20 Upper middle side part is fixedly installed drilling motor 19 diagonally downward, and 19 output end of drilling motor is rotatably connected to punching bull stick 21, rises It is provided with punching board 14 on the processing base 1 of 20 downside of drop connecting plate, hinge on the downside of board 14 is punched and is connected to processing base 1, turn Plate cylinder 15 is inclined between punching board 14 and processing base 1, is provided on the downside of punching support 16 and punching board 14 Compatible upset guide groove 22 is punched fitting on the upside of board 14 and is provided with suction electromagnet 50, beaten using the driving of rotating plate cylinder 15 Hole board 14 is rotated, so that punching 14 side of board is identical as the tilt angle of down tube expects pipe 2, so that in down tube expects pipe 2 Materials in the tube can smoothly tumble to punching board 14 on, be magnetic using 50 energization band of suction electromagnet, enable by materials in the tube jail Solid absorption fix, avoid materials in the tube generated during perforation processing offset skew, utilize drilling motor 19 driving punching bull stick 21, punching cylinder 18 pushes lifting connecting plate 20 diagonally downward, enables the carry out perforation processing by materials in the tube rapidly and efficiently, passes through adjusting It is provided between guide plate 17 and punching support 16 and adjusts lock plunger 48, adjusted to be provided on guide plate 17 and be fitted with adjusting 48 phase of lock plunger The adjusting guide groove 49 matched adjusts guide groove 49 and is parallel to each other with down tube expects pipe 2, enabled to adjust guide plate according to the dimensions of materials in the tube 17 carry out moving adjusting along guide groove 49 is adjusted, and the materials in the tube by sizes standard caliber of enabled exactly carry out punching and add Work, materials in the tube complete perforation processing after, using rotating plate cylinder 15 drive punching board 14 rotated, punching 14 side of board with The tilt angle for being in the charge of rotating plate 30 is identical, enables the tumbling to being in the charge of rotating plate 30 of the materials in the tube steady and smooth on punching board 14 On, 1 lower section upside of processing base is horizontally set on by guide disk 23, is in the charge of being arranged radially along guide disk 23 of mechanism 25 In 23 upper side of guide disk, the materials in the tube by perforation processing are rolled from punching board 14 and are snapped down to guide circle 23 upside of disk is in the charge of in mechanism 25, and the lower end by being in the charge of rotating plate 30, which is hinged to be connected to, is in the charge of support 29, is in the charge of 30 upside of rotating plate It is tiltedly installed with conduit cylinder 31 between one end and guide disk 23, rotating plate 30 is in the charge of using the driving of conduit cylinder 31, so that holding The tilt angle and punching board 14 of pipe rotating plate 30 are consistent and are located at 14 downside of punching board, and materials in the tube steady and smooth is rolled It is dynamic to glide, it is hinged using 33 upper end of cushioning fender and is connected to 32 upper end of barrier support, 33 lower end of cushioning fender is arc-shaped structure, is delayed It rushes to tilt respectively between 33 liang of middle side parts of baffle and barrier support 32 and is symmetrically arranged with buffering tension spring 34, so that being slipped under materials in the tube Cheng Zhong, materials in the tube can be contacted first with cushioning fender 33, cushioning fender 33 can buffering tension spring 34 drawing under have damping into Row rotation realizes the blanking buffering of materials in the tube, materials in the tube is avoided to generate biggish collision in blanking process and cause the breakages of materials in the tube, It is fixedly installed guide shaft 24 vertically by the lower middle side part of guide disk 23, guide shaft 24 is rotationally connected with processing bottom vertically Seat 1 is provided with driving mechanism on the processing base 1 of 24 lower end side of guide shaft, and driving mechanism is utilized to drive guide shaft 24 It is back and forth rotated, makes the reciprocating rotation for being able to achieve guide disk 23, led by edge on the processing base 1 of 23 two sides of guide disk The radial level of material disk 23 is symmetrically arranged with branch conveyer belt 26, so that will be in the charge of mechanism 25 using the rotation of guide disk 23 When turning to branch 26 side of conveyer belt, rotating plate 30 is in the charge of using the driving of conduit cylinder 31 and turns to state diagonally downward, so that The materials in the tube being in the charge of on rotating plate 30 can continue to transmit along being in the charge of in the efficient rolling to branch conveyer belt 26 of rotating plate 30, real The existing continuous branch of materials in the tube transmits, the efficiency of raising materials in the tube following process, on the processing base 1 by 23 lower outer of guide disk Multiple ball pedestals 27 are fixedly uniformly arranged with, is rolled in ball pedestal 27 and is provided with tray ball 28, enabled to guide disk 23 carry out support during rotation, avoid guide disk 23 from generating skew during rotation, pass through 24 lower end of guide shaft It is rotationally connected with driving arm 35, so that guide shaft 24 is capable of the reciprocating rotary of steady and smooth under the drive of connector motor magnet 38 Dynamic, by 24 downside of guide shaft, successively level is fixedly installed upper driven gear 39 and lower driven gear 40 from top to bottom, returns Turn 38 output end of electromagnet and be coaxially fixedly installed driving gear 42, lift shaft 36 is slideably positioned in driving branch along the vertical direction Frame 35,35 lower end of driving arm is horizontally disposed adjusting connecting plate 44, and 36 lower end of lift shaft, which is rotationally connected with, adjusts connecting plate 44, adjusts It is vertically arranged with respectively between section 44 top two sides of connecting plate and driving arm 35 and adjusts cylinder 37, the setting of 36 upper end of lift shaft exists It adjusts in sleeve 45, lift shaft 36 is successively horizontally disposed with from top to bottom upper connection gear 46 and lower connection gear 47, lower company Gear 47 and the engagement connection of driving gear 42 are connect, drives driving gear 42 back and forth to be rotated using connector motor magnet 38, actively Gear 42 is able to drive lower connection gear 47 and is rotated, and drives lift shaft 36 along the vertical direction using cylinder 37 is adjusted, when When lower connection gear 47 engages connection with lower driven gear 40, lift shaft 36 is driven under capable of driving via lower connection gear 47 Gear 40 is rotated, to drive guide shaft 24 to be rotated, when upper connection gear 46 is under the driving for adjusting cylinder 37 When engaging connection with upper driven gear 39, lift shaft 36 can drive upper 39 turns of driven gear via upper connection gear 46 It is dynamic, so that guide shaft 24 be driven to be rotated, utilize transmission ratio between lower connection gear 47 and lower driven gear 40 and upper Transmission ratio between connection gear 46 and upper driven gear 39 is different, so that the angle in 38 reciprocating rotating of connector motor magnet is fixed In the case where, it can be realized the rotation of the different angles of revolution of progress of 23 exactly of guide disk, it is ensured that can will be in the charge of machine The upper materials in the tube of structure 25 are respectively sent on the branch conveyer belt 26 of 23 two sides of guide disk.Through this structure, this is practical New structural design is reasonable, materials in the tube by the stable intermittent blanking of root and can be carried out perforation processing, and can will complete the process Materials in the tube carry out branch transmission, improve materials in the tube processing transmission the degree of automation, meet the needs that use of processing.

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 materials in the tube process branch transport mechanism, it is characterised in that: the materials in the tube processing branch transport mechanism includes processing bottom Seat, cutting agency, perforating mechanism and material guide mechanism, the cutting agency are fixed at diagonally downward one above processing base Side, material guide mechanism level are fixed at upside below processing base, and perforating mechanism inclination is fixed at cutting agency and leads Expect mechanism between processing base on, the cutting agency include down tube expects pipe, lifting support, gear pipe holder, gear pipe connecting plate and Lifting cylinder, the processing base upper side are fixedly installed expects pipe pedestal vertically, and down tube expects pipe is fixedly installed diagonally downward On the upside of expects pipe pedestal, it is provided with lower tube passage in down tube expects pipe, storage materials in the tube bucket is provided with and communicated on the upside of down tube expects pipe, under described Materials in the tube pipe lower end side is tiltedly installed with lifting support, is connected admittedly between processing base using bracket base on the downside of lifting support Fixed, lifting support two sides are tiltedly installed with lifting guide pillar respectively, and lifting guide pillar is mutually perpendicular to down tube expects pipe, the gear pipe holder Tilt slide is set to lifting guide pillar, and gear pipe holder side both ends are respectively arranged with jacking sleeve compatible with lifting guide pillar, The lifting cylinder is fixed at middle side part on lifting support diagonally downward, on the upside of lifting cylinder output end and gear pipe holder in Portion is fixedly connected, and two sides tilt shifted to install gear pipe connecting plate, gear pipe connecting plate and lifting respectively up and down inside the gear pipe holder Guide rod is parallel to each other, and gear pipe connecting plate is slideably positioned in down tube expects pipe, and liter compatible with gear pipe connecting plate is provided in down tube expects pipe Guide groove drops, and the perforating mechanism includes punching board, rotating plate cylinder, punching support, adjusts guide plate, punching cylinder and punching electricity Machine, the punching support are inclined on the upside of processing base, and punching support is mutually perpendicular to down tube expects pipe, the punching support Upper vertical is connected with adjusting guide plate, and two sides are fixedly installed punching gas diagonally downward respectively above the adjusting guide plate Cylinder adjusts and is tiltedly installed with lifting connecting plate on the downside of guide plate, and punching cylinder output is fixed with lifting connecting plate, goes up and down on the upside of connecting plate Portion is fixedly installed drilling motor diagonally downward, and drilling motor output end is rotatably connected to punching bull stick, under the lifting connecting plate Punching board is provided on the processing base of side, punching board is L-type structure, is hinged on the downside of the punching board and is connected to processing bottom Seat, the rotating plate cylinder are inclined between punching board and processing base, on the upside of rotating plate cylinder output and punching board Lower end is hinged, and rotating plate cylinder tail end is hinged in processing base, is provided on the downside of the punching support and is mutually fitted with punching board The upset guide groove matched, the material guide mechanism include guide disk, guide shaft, are in the charge of mechanism and driving mechanism, guide disk water Flat that upside is arranged below processing base, middle side part is fixedly installed guide shaft vertically under guide disk, and guide shaft is vertical It is rotationally connected with processing base, it is described to be in the charge of mechanism being radially arranged at the upper side of guide disk along guide disk, guide circle Radial level on the processing base of disk two sides along guide disk is symmetrically arranged with branch conveyer belt, guide shaft lower end one It is provided with driving mechanism on the processing base of side, is fixedly uniformly arranged on the processing base of the guide disk lower outer more A ball pedestal, interior roll of ball pedestal are provided with tray ball, and the mechanism of being in the charge of includes being in the charge of support, being in the charge of rotating plate and lead Pipe cylinder is in the charge of rotating plate and is inclined at and is in the charge of on the upside of support, and being in the charge of rotating plate is L-type structure, and the lower end for being in the charge of rotating plate is hinged It in being in the charge of support, is in the charge of on the upside of rotating plate and is tiltedly installed with conduit cylinder between one end and guide disk, conduit cylinder tail end is hinged It is connected to guide disk, conduit cylinder output hinge, which is connected to, is in the charge of one end on the upside of rotating plate, and described to be in the charge of two sides above rotating plate symmetrical It is provided with barrier support, rotating plate upper horizontal is in the charge of and is provided with cushioning fender, cushioning fender upper end is hinged and is connected on barrier support End, cushioning fender lower end are arc-shaped structure, and inclination is symmetrically arranged with respectively between two middle side part of cushioning fender and barrier support Tension spring is buffered, the driving mechanism includes that driving arm, lift shaft, adjusting cylinder and connector motor magnet, driving arm are vertical Be fixed on the downside of processing base, guide shaft lower end is rotationally connected with driving arm, on the downside of guide shaft from top to bottom according to Sub-level is fixedly installed driven gear and lower driven gear, is fixedly installed on the processing base of the driving arm side Magnet holder, connector motor magnet are fixed in magnet holder straight down, and connector motor magnet output end is coaxially fixedly installed There is driving gear, is vertically arranged with lift shaft in the middle part of the driving arm, lift shaft is slideably positioned in drive along the vertical direction Bracket is moved, lifting through-hole compatible with lift shaft is provided on driving arm, driving arm lower end is horizontally disposed adjusting Connecting plate, lift shaft lower end are rotationally connected with adjusting connecting plate, adjust and set vertically respectively between two sides and driving arm above connecting plate It is equipped with adjusting cylinder, adjusting set compatible with lift shaft is vertically arranged on the processing base on the upside of the lift shaft Cylinder, the setting of lift shaft upper end are being adjusted in sleeve, and the lift shaft is successively horizontally disposed with from top to bottom upper connection gear With lower connection gear, the lower connection gear and driving gear engagement connection.

2. a kind of materials in the tube according to claim 1 process branch transport mechanism, it is characterised in that: the adjustings guide plate with beat It is provided with adjusting lock plunger between the bracket of hole, adjusts and is provided with adjusting guide groove compatible with lock plunger is adjusted on guide plate, adjust Guide groove is parallel to each other with down tube expects pipe.

3. a kind of materials in the tube according to claim 1 process branch transport mechanism, it is characterised in that: on the upside of the punching board Fitting is provided with suction electromagnet, and suction electromagnet is L-type structure.

4. a kind of materials in the tube according to claim 1 process branch transport mechanism, it is characterised in that: the connector motor magnet choosing The connector motor magnet for being 90 degree with angle of revolution, the driving gear diameter is identical with lower connection gear diameter, lower connection gear Diameter is 3 times of lower driven gear diameter, and the upper connection gear diameter is identical with upper driven gear diameter.