CN208895715U - A kind of pipe fitting roll-over feed mechanism - Google Patents

A kind of pipe fitting roll-over feed mechanism Download PDF

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Publication number
CN208895715U
CN208895715U CN201821165020.4U CN201821165020U CN208895715U CN 208895715 U CN208895715 U CN 208895715U CN 201821165020 U CN201821165020 U CN 201821165020U CN 208895715 U CN208895715 U CN 208895715U
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China
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pipe
plate
conduit
guide
overturning
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CN201821165020.4U
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Chinese (zh)
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王英
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Yiyang Hongtai Environmental Plastic Co Ltd
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Yiyang Hongtai Environmental Plastic Co Ltd
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Abstract

The utility model discloses a kind of pipe fitting roll-over feed mechanisms, belong to work pieces process machinery apparatus field.Pipe clamp slot is put along being arranged radially for disk of overturning on the overturning disk of the utility model, guide pipeline is fixedly installed on diagonally downward on the upside of support of pipelines, rotating stand is rotationally connected in the middle part of conduit rotating plate, arc-shaped tube seat is provided on conduit rotating plate, feeding pipeline is fixedly installed on feeding bracket vertically, handspike bearing is rotationally connected in the middle part of push rod rotating plate, gear pipe cylinder output is horizontally disposed gear pipe connecting plate, lateral edge gear pipe cylinder side is provided with step structure compatible with push rod rotating plate lower end on gear pipe connecting plate, pressure pipe guide rod is slideably positioned in translation sleeve in the horizontal direction, pressure pipe guide rod is fixedly installed translation pressing plate along feeding pipe side vertically.The structure design of the utility model is reasonable, accurately can successively carry out flip vertical for pipe fitting is convenient one by one, and can by pipe fitting the feeding of continuous and stable one by one along the vertical direction, meet the needs that processing uses.

Description

A kind of pipe fitting roll-over feed mechanism
Technical field
The utility model belongs to work pieces process machinery apparatus field more particularly to a kind of pipe fitting roll-over feed mechanism, mainly Feeding in continuous material manufacture field applied to pipe fitting.
Background technique
Pipe fitting refers to the workpiece of cylindrical structure, and there are many type of pipe fitting, different pipe fittings different materials, material Quality directly determine the quality of pipe fitting, pipe fitting is material necessary to architectural engineering and mechanical equipment, and pipe fitting is in mechanical system The general designation of the components for the effects of connection, control, deflecting, shunting, sealing, support are played in system.Steel pipe fittings are most main in pipe fitting The one kind wanted, steel pipe fittings are pressure-bearing pipe fittings, and according to the difference of processing technology, steel pipe fittings can be divided into: butt welding class pipe fitting is held Insert welded tube part, threaded fitting and flanged fitting, pipe fitting in addition to classifying according to processing technology, can also by pipe fitting according to On the way, connection type and material are classified respectively.Pipe fitting in the process of production and processing, needs to produce and process by preceding working procedure Pipe fitting successively one by one carry out feeding make the processing that can be carried out later process, existing pipe fitting adds in the production Jing Guo preceding working procedure After work, in order to continue to produce and process pipe fitting, existing method be using manually by pipe fitting manual feeding one by one, worker's Labor intensity is larger, and the loading efficiency of pipe fitting is lower, makes it difficult to meet the needs of large-scale pipe fitting production and processing, existing Pipe fitting is successively being transmitted in transport process by some pipe fitting charging equipments, it is difficult to adjust pipe fitting in transmission transport process Processing stations, existing pipe fitting station, which is adjusted, mainly carries out crawl adjusting for pipe fitting using manipulator, but uses manipulator Carry out station adjusting, it is necessary first to grab pipe fitting, existing manipulator often exists during grabbing pipe fitting Since crawl loosely causes pipe fitting to fall off during crawl pipe fitting, cause pipe fitting that cannot normally be carried out later process Processing, so that the efficiency and quality of pipe fitting processing cannot be guaranteed, and during being grabbed pipe fitting using manipulator, machine Tool hand needs multiple driving mechanisms are continuously independent to be driven, and driving energy consumption is higher, and event also easily occur in more driving mechanisms Barrier, it is difficult to the stable operation of long period, it cannot be guaranteed that continuous high-efficient carries out pipe fitting is stable one by one crawl and places to required Station, cause pipe fitting to be difficult to process by efficiently and accurately.Existing pipe fitting in transmit process mainly using expects pipe into Row transmission, is difficult to stop pipe fitting during downslide when being transmitted using expects pipe, leads to be difficult to realize pipe fitting one by one Blanking is rolled, and will be in pipe fitting transport process, it is difficult to which pipe fitting is accurately carried out flip vertical by high efficiency smooth, leads to difficulty With the convenient accurate station for adjusting pipe fitting, existing pipe fitting is carrying out in feeding process along the vertical direction, due to multiple pipe fittings Be stacked, be in close contact between two neighboring pipe fitting along the vertical direction, cause to be difficult to along the vertical direction by pipe fitting one by one into Row feeding reduces the efficiency and quality of pipe fitting processing, is not able to satisfy 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, accurately flip vertical can be successively carried out for pipe fitting is convenient one by one, and can be by pipe fitting along the vertical direction The pipe fitting roll-over feed mechanism of continuous and stable feeding one by one.
In order to solve the above-mentioned technical problem, the technical scheme adopted by the utility model is a kind of pipe fitting roll-over feeder Structure, it is characterised in that: the pipe fitting roll-over feed mechanism includes fixed bracket, material guide mechanism, turnover mechanism and feed mechanism, institute It states turnover mechanism and feed mechanism and is vertically arranged in fixed bracket two sides respectively, material guide mechanism is inclined at turnover mechanism side Fixation bracket on, the turnover mechanism includes overturning disk, reciprocating motor, puts pipe clamp slot and ejector sleeve cylinder, and overturning disk is perpendicular It is directly rotationally connected with fixed bracket, overturning disk side is coaxially arranged with the auxiliary belt wheel of overturning vertically, and reciprocating motor is horizontally placed on Fixed bracket side, reciprocating motor output end are vertically arranged with overturning main pulley, overturn and adopt between main pulley and the auxiliary belt wheel of overturning With overturning belt transmission connection, reciprocating motor drives overturning main pulley to be rotated, along overturning disk on the overturning disk It has been arranged radially and has put pipe clamp slot, overturning disk is provided with hollow compatible with pipe clamp slot dimensions is put along fixed bracket side Structure puts pipe holder, and conduit through-hole compatible with pipe clamp slot dimensions is put, overturning circle are vertically arranged on fixed bracket Being horizontally disposed on fixation bracket on the upside of disk has air cylinder support, and air cylinder support side level is fixedly installed ejector sleeve cylinder, ejector sleeve Cylinder output level is fixedly installed ejector sleeve snap-gauge, under the overturning disk lateral edge overturning disk it is radially fixed be provided with it is past Multiple baffle, overturns and is symmetrical arranged limit switches below disk on the fixation bracket of two sides, the material guide mechanism includes passage Road, support of pipelines, conduit rotating plate, rotating stand and conduit cylinder, the support of pipelines are vertically arranged in overturning disk side On fixed bracket, guide pipeline is fixedly installed on diagonally downward on the upside of support of pipelines, and guide lower end of duct is horizontal structure, guide Lower end of duct is horizontally set on along overturning disc level radial direction side, and the dimensions of guide pipeline is adapted with pipe clamp slot is put, The rotating stand is vertically arranged on the downside of guide pipeline, and conduit rotating plate is vertically arranged in rotating stand side, in conduit rotating plate Portion is rotationally connected with rotating stand, is provided with rotating plate card slot compatible with conduit rotating plate on the downside of guide pipeline, on conduit rotating plate Side is arranged in guide pipeline, and arc-shaped tube seat is provided on conduit rotating plate, the fixation bracket of side below the conduit rotating plate On be vertically arranged with air cylinder base, conduit cylinder, which tilts upward, to be arranged on the upside of air cylinder base, and the sliding of conduit cylinder output is set It is equipped with reciprocating-piston bar, the inclination of reciprocating-piston bar upper end is fixedly installed lifting connecting plate, lifting one middle side part of connecting plate rotation connection There is driving guide block, conduit rotating plate side is provided with driving guide groove compatible with driving guide block, and driving guide block is slideably positioned in drive Dynamic guide groove, the feed mechanism include feeding bracket, feeding pipeline, gear pipe cylinder, pressure pipe guide rod and push rod rotating plate, the feeding Bracket is vertically arranged in fixed bracket side, and feeding pipeline is fixedly installed on feeding bracket vertically, feeding pipeline upper end side with The conduit orifice plate of hollow structure is vertically arranged between support bracket fastened conduit through-hole, conduit orifice plate two sides are logical with conduit respectively Hole is connected to feeding pipeline, is provided with inlet pipe through-hole at the upper side of feeding pipeline, feeding bracket side, which is vertically arranged with, to push away Rod bearing, the setting of push rod rotating plate are rotationally connected with handspike bearing, the gear pipe cylinder in the middle part of handspike bearing side, push rod rotating plate Level is fixedly installed on feeding bracket side, and gear pipe cylinder output is horizontally disposed gear pipe connecting plate, keeps off lateral edge gear on pipe connecting plate Pipe cylinder side is provided with step structure compatible with push rod rotating plate lower end, and feeding pipeline lower end edge gear pipe connecting plate side is provided with With the compatible reciprocal guide groove of gear pipe connecting plate, the feeding bracket upper horizontal is fixedly installed translation sleeve, translation sleeve with Gear pipe cylinder is parallel to each other, and the pressure pipe guide rod is slideably positioned in translation sleeve in the horizontal direction, and pressure pipe guide rod is along feeding pipeline Side is fixedly installed translation pressing plate vertically, and pressure pipe through-hole compatible with translation pressing plate, pressure pipe guide rod are provided on feeding pipeline Middle part is fixedly installed spring bearer plate, and suit is provided with fixed pressure spring on the pressure pipe guide rod between spring bearer plate and translation sleeve, Push rod rotating plate upper end is set to spring bearer plate along feeding pipe side, and push rod rotating plate upper end is vertically arranged with and pressure pipe guide rod phase The push rod guide groove of adaptation, pressure pipe guide rod are horizontally set in push rod guide groove, and the pressure pipe outer end of guide rod is fixedly installed pressure pipe gear Plate.
Further, it is rotatably connected to and leads respectively on the conduit rotating plate of two sides above and below the arc-shaped tube seat of the conduit rotating plate Pipe idler wheel.
Further, horizontally rotate on the feeding bracket on the downside of the gear pipe connecting plate and be connected with board guide wheel, board guide wheel On be provided with and the compatible limit guide groove of gear pipe connecting plate.
The utility model compared with prior art, has the following advantages that and effect: the structure design of the utility model is reasonable, leads to It crosses turnover mechanism and feed mechanism and is vertically arranged in fixed bracket two sides respectively, material guide mechanism is inclined at turnover mechanism side Fixation bracket on, using material guide mechanism it is enabled by pipe fitting, along guide pipeline, horizontal glide is rolled one by one, enable pipe fitting according to Secondary rolling to overturning disk being put in pipe clamp slot, and enabled by pipe fitting continuous flip vertical one by one using turnover mechanism, enabling will Pipe fitting is adjusted to vertical station from horizontal station rotation, utilizes the enabled continuous and stable one by one along the vertical direction by pipe fitting of feed mechanism Feeding, it is ensured that can pipe fitting transmit one by one in transport process it is convenient adjust pipe fitting processing stations, improve the processing of pipe fitting Efficiency and quality are fixedly installed on the upside of support of pipelines diagonally downward by guide pipeline, enable pipe fitting successively along leading Pipe material steadily rolls downslide, is rotationally connected with rotating stand in the middle part of conduit rotating plate, arc-shaped tube seat is provided on conduit rotating plate, The reciprocating-piston bar upper end inclination of conduit cylinder output is fixedly installed lifting connecting plate, lifting one middle side part of connecting plate rotation connection There is driving guide block, conduit rotating plate side is provided with driving guide groove compatible with driving guide block, and driving guide block is slideably positioned in drive Dynamic guide groove drives lifting connecting plate along inclined direction to be gone up and down, enables conduit rotating plate in conduit cylinder using conduit cylinder Drive under it is continuous it is reciprocal rotate, enable the pipe fitting in guide pipeline successively to roll blanking one by one, it is ensured that can The speed of pipe fitting whereabouts is accurately controlled, the blanking one by one of pipe fitting even is realized, by the arc-shaped tube seat of conduit rotating plate It is rotatably connected to conduit idler wheel respectively on the conduit rotating plate of lower two sides, so that conduit rotating plate, during reciprocally swinging, conduit turns The both ends of plate can using realizing rolling friction between conduit idler wheel and pipe fitting, avoid conduit rotating plate during the swing with pipe fitting Between frictional force it is larger and cause conduit rotating plate be difficult to it is smooth smoothly rotated, by overturn disk be rotatablely connected vertically Using overturning skin between fixed bracket, the overturning main pulley of reciprocating motor output end and the auxiliary belt wheel of overturning for overturning disk side V belt translation connection overturns and puts pipe clamp slot along being arranged radially for disk of overturning on disk, and overturning disk is along fixed bracket side setting Have hollow structure compatible with pipe clamp slot dimensions is put puts pipe holder, when the pipe clamp slot of putting of overturning disk is turned to and led When the side of pipe material lower end, the pipe fitting in guide pipeline is steadily rolled to putting in pipe clamp slot, is made using pipe holder is put Auxiliary support can be carried out to the pipe fitting being placed in pipe clamp slot, and be avoided that pipe fitting between overturning disk and fixed bracket It is fallen in gap, drives overturning disk to be rotated using reciprocating motor, so that overturning disk can be realized turning for right angle It is dynamic, in the rotation process of overturning disk, make the flip vertical for being able to achieve pipe fitting, realizes that pipe fitting is adjusted to from horizontal station rotation Vertical station overturns the radially fixed of disk by lateral edge under overturning disk and is provided with reciprocating shutter, two sides below overturning disk Fixation bracket on be symmetrical arranged limit switches, enable overturning disk continuously accurately back and forth rotated, it is ensured that energy Successively the overturning pipe fitting one by one of enough exactlies adjusts station, by being vertically arranged with and putting pipe clamp slot size on fixed bracket The compatible conduit through-hole of specification, air cylinder support side level are fixedly installed ejector sleeve cylinder, and ejector sleeve cylinder output level is solid Surely it is provided with ejector sleeve snap-gauge, it is enabled to put the pipe fitting in pipe clamp slot along conduit using ejector sleeve cylinder Level Promoting ejector sleeve snap-gauge Through-hole level is pushed, and is fixedly installed on feeding bracket, feeding pipeline upper end side and fixed branch vertically by feeding pipeline Be vertically arranged with the conduit orifice plate of hollow structure between the conduit through-hole of frame, conduit orifice plate two sides respectively with conduit through-hole and upper Pipe material connection is provided with inlet pipe through-hole at the upper side of feeding pipeline, so that pipe fitting is under the Level Promoting of ejector sleeve cylinder, pipe fitting It can carry out translating and successively dropping down onto vertically in feeding pipeline along conduit orifice plate level, enable pipe fitting heap along the vertical direction Folded to be set to feeding pipeline, by being rotationally connected with handspike bearing in the middle part of push rod rotating plate, gear pipe cylinder output is horizontally disposed to be had Pipe connecting plate is kept off, lateral edge gear pipe cylinder side on pipe connecting plate is kept off and is provided with step structure compatible with push rod rotating plate lower end, pressure pipe Guide rod is slideably positioned in translation sleeve in the horizontal direction, and pressure pipe guide rod is fixedly installed translation pressing plate along feeding pipe side vertically, Suit is provided with fixed pressure spring on pressure pipe guide rod between the spring bearer plate being fixedly installed in the middle part of pressure pipe guide rod and translation sleeve, pushes away Bar rotating plate upper end is vertically arranged with push rod guide groove compatible with pressure pipe guide rod, and pressure pipe guide rod is horizontally set in push rod guide groove, Gear pipe connecting plate is pulled to be translated using gear pipe cylinder level, pressure pipe guide rod driving translation pressure under the elastic force effect of fixed pressure spring Plate is fixed with pipe fitting, and the level that the pipe fitting of feeding pipeline lower side loses gear pipe connecting plate can be along feeding tube after stopping Road accurately falls vertically, is moved in feeding pipeline using gear pipe cylinder Level Promoting gear pipe connecting plate, gear pipe connecting plate is translating Push rod rotating plate can be pushed to rotate counterclockwise using step structure in the process, so that push rod rotating plate upper end is able to drive pressure pipe Guide rod translation, so that losing pressing force between translation pressing plate and pipe fitting, pipe fitting is dropped down under gravity on the upside of gear pipe connecting plate, Using above structure, make the pipe fitting being able to achieve in feeding tube road continuous and stable feeding one by one along the vertical direction, utilizes gear pipe connecting plate Horizontally rotate on the feeding bracket of downside and be connected with board guide wheel, limit compatible with gear pipe connecting plate is provided on board guide wheel Guide groove is enabled to gear pipe connecting plate limition orientation in translation motion, it is ensured that gear pipe connecting plate is horizontal accurately back and forth to be translated, and is led to Such structure is crossed, the structure design of the utility model is reasonable, accurately flip vertical can be successively carried out for pipe fitting is convenient one by one, And can by pipe fitting the feeding of continuous and stable one by one along the vertical direction, meet the needs that processing uses.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of pipe fitting roll-over feed mechanism of the utility model.
Fig. 2 is the right side structural representation of the turnover mechanism of the utility model.
Fig. 3 is the schematic view of the front view of the material guide mechanism of the utility model.
Fig. 4 is the schematic view of the front view of the feed mechanism of the utility model.
In figure: 1. fixed brackets, 2. material guide mechanisms, 3. turnover mechanisms, 4. feed mechanisms, 5. overturning disks, 6. Reciprocating motor, 7. put pipe clamp slot, and 8. ejector sleeve cylinders, the 9. auxiliary belt wheels of overturning, 10. overturning main pulleys, 11. overturn belts, 12. put pipe holder, 13. conduit through-holes, 14. air cylinder supports, 15. ejector sleeve snap-gauges, 16. reciprocating shutters, 17. limits are opened It closes, 18. guide pipelines, 19. supports of pipelines, 20. conduit rotating plates, 21. rotating stands, 22. conduit cylinders, 23. rotating plates Card slot, 24. arc-shaped tube seats, 25. air cylinder bases, 26. reciprocating-piston bars, 27. lifting connecting plates, 28. driving guide blocks, 29. Driving guide groove, 30. feeding brackets, 31. feeding pipelines, 32. gear pipe cylinders, 33. pressure pipe guide rods, 34. push rod rotating plates, 35. Conduit orifice plate, 36. inlet pipe through-holes, 37. handspike bearings, 38. gear pipe connecting plates, 39. reciprocal guide grooves, 40. translation sleeves, 41. Translation pressing plate, 42. pressure pipe through-holes, 43. spring bearer plates, 44. fixed pressure springs, 45. push rod guide grooves, 46. pressure pipe baffles, 47. Conduit idler wheel, 48. board guide wheels, 49. limit guide grooves.
Specific embodiment
In order to further describe the utility model, a kind of pipe fitting roll-over feed mechanism is further described with reference to the accompanying drawing Specific embodiment, following embodiment is the explanation to the utility model and the utility model is not limited to following embodiment.
As shown in Figure 1, a kind of pipe fitting roll-over feed mechanism of the utility model, including fixed bracket 1, material guide mechanism 2, overturning Mechanism 3 and feed mechanism 4, turnover mechanism 3 and feed mechanism 4 are vertically arranged in fixed 1 two sides of bracket respectively, and material guide mechanism 2 inclines Tiltedly it is arranged on the fixation bracket 1 of 3 side of turnover mechanism.As shown in Fig. 2, the turnover mechanism 3 of the utility model includes overturning circle Disk 5, reciprocating motor 6 put pipe clamp slot 7 and ejector sleeve cylinder 8, and overturning disk 5 is rotationally connected with fixed bracket 1 vertically, overturns disk 5 Side is coaxially arranged with the auxiliary belt wheel 9 of overturning vertically, and reciprocating motor 6 is horizontally placed on fixed 1 side of bracket, and reciprocating motor 6 exports End is vertically arranged with overturning main pulley 10, overturns and is sequentially connected between main pulley 10 and the auxiliary belt wheel 9 of overturning using overturning belt 11, Reciprocating motor 6 drives overturning main pulley 10 to be rotated, and overturns and puts pipe clamp slot along being arranged radially for disk 5 of overturning on disk 5 7, overturning disk 5 puts pipe holder along what fixed 1 side of bracket was provided with hollow structure compatible with 7 dimensions of pipe clamp slot is put 12, it fixes on bracket 1 and is vertically arranged with conduit through-hole 13 compatible with 7 dimensions of pipe clamp slot is put, 5 upside of overturning disk Being horizontally disposed on fixed bracket 1 has air cylinder support 14, and 14 side level of air cylinder support is fixedly installed ejector sleeve cylinder 8, ejector sleeve gas 8 output end level of cylinder is fixedly installed ejector sleeve snap-gauge 15, the lower lateral edge overturning disk 5 of overturning disk 5 it is radially fixed be provided with it is past Multiple baffle 16, overturns and is symmetrical arranged limit switches 17 on the fixation bracket 1 of 5 lower section two sides of disk.As shown in figure 3, this is practical Novel material guide mechanism 2 includes guide pipeline 18, support of pipelines 19, conduit rotating plate 20, rotating stand 21 and conduit cylinder 22, pipe Road bracket 19 is vertically arranged on the fixation bracket 1 of overturning 5 side of disk, and guide pipeline 18 is fixedly installed on pipeline diagonally downward 19 upside of bracket, 18 lower end of guide pipeline are horizontal structure, and 18 lower end of guide pipeline is horizontally set on along the overturning horizontal diameter of disk 5 To side, the dimensions of guide pipeline 18 is adapted with pipe clamp slot 7 is put, and rotating stand 21 is vertically arranged under guide pipeline 18 Side, conduit rotating plate 20 are vertically arranged in 21 side of rotating stand, are rotationally connected with rotating stand 21, guide in the middle part of conduit rotating plate 20 It is provided with rotating plate card slot 23 compatible with conduit rotating plate 20 on the downside of pipeline 18, is arranged on the upside of conduit rotating plate 20 in guide pipeline 18 It is interior, it is provided with arc-shaped tube seat 24 on conduit rotating plate 20, is vertically arranged with gas on the fixation bracket 1 of 20 lower section side of conduit rotating plate Cylinder bottom seat 25, conduit cylinder 22 tilt upward setting in 25 upside of air cylinder base, and the sliding of 22 output end of conduit cylinder is provided with past Stopper rod 26 is brought back to life, the inclination of 26 upper end of reciprocating-piston bar is fixedly installed lifting connecting plate 27, and lifting 27 1 middle side part of connecting plate rotation connects It is connected to driving guide block 28,20 side of conduit rotating plate is provided with driving guide groove 29 compatible with driving guide block 28, drives guide block 28 It is slideably positioned in driving guide groove 29.As shown in figure 4, the feed mechanism 4 of the utility model includes feeding bracket 30, feeding pipeline 31, pipe cylinder 32, pressure pipe guide rod 33 and push rod rotating plate 34, feeding bracket 30 are kept off and is vertically arranged in fixed 1 side of bracket, feeding tube Road 31 is fixedly installed on feeding bracket 30 vertically, erects between 31 upper end side of feeding pipeline and the conduit through-hole 13 of fixed bracket 1 It is directly provided with the conduit orifice plate 35 of hollow structure, 35 two sides of conduit orifice plate connect with conduit through-hole 13 and feeding pipeline 31 respectively It is logical, inlet pipe through-hole 36 is provided at the upper side of feeding pipeline 31,30 side of feeding bracket is vertically arranged with handspike bearing 37, push rod The setting of rotating plate 34 is rotationally connected with handspike bearing 37 in the middle part of 37 side of handspike bearing, push rod rotating plate 34, and gear pipe cylinder 32 is horizontal It is fixedly installed on 30 side of feeding bracket, gear 32 output end of pipe cylinder is horizontally disposed gear pipe connecting plate 38,38 upside of gear pipe connecting plate Gear 32 side of pipe cylinder is provided with step structure compatible with 34 lower end of push rod rotating plate, 31 lower end edge of feeding pipeline keeps off Guan Lian 38 side of plate is provided with reciprocal guide groove 39 compatible with gear pipe connecting plate 38, and 30 upper horizontal of feeding bracket is fixedly installed translation set Cylinder 40, translation sleeve 40 are parallel to each other with gear pipe cylinder 32, and pressure pipe guide rod 33 is slideably positioned in translation sleeve 40 in the horizontal direction, Pressure pipe guide rod 33 is fixedly installed translation pressing plate 41 along 31 side of feeding pipeline vertically, is provided on feeding pipeline 31 and translation pressing plate 41 compatible pressure pipe through-holes 42 are fixedly installed spring bearer plate 43, spring bearer plate 43 and translation sleeve in the middle part of pressure pipe guide rod 33 Suit is provided with fixed pressure spring 44 on pressure pipe guide rod 33 between 40, and 34 upper end of push rod rotating plate is set to spring bearer plate 43 along feeding 31 side of pipeline, 34 upper end of push rod rotating plate are vertically arranged with push rod guide groove 45 compatible with pressure pipe guide rod 33,33 water of pressure pipe guide rod Flat to be arranged in push rod guide groove 45,33 outer end of pressure pipe guide rod is fixedly installed pressure pipe baffle 46.
Rotation connects respectively on the conduit rotating plate 20 of about 24 two sides of arc-shaped tube seat of the conduit rotating plate 20 of the utility model It is connected to conduit idler wheel 47, so that conduit rotating plate 20, during reciprocally swinging, the both ends of conduit rotating plate 20 can be rolled using conduit Wheel 47 and pipe fitting between realize rolling friction, avoid frictional force of the conduit rotating plate 20 during the swing between pipe fitting larger and Conduit rotating plate 20 is caused to be difficult to smooth smoothly be rotated.On the feeding bracket 30 of 38 downside of gear pipe connecting plate of the utility model Horizontally rotate and be connected with board guide wheel 48, limit guide groove 49 compatible with gear pipe connecting plate 38 is provided on board guide wheel 48, is made It can be to the gear limition orientation in translation motion of pipe connecting plate 38, it is ensured that gear pipe connecting plate 38 is horizontal accurately back and forth to be translated.
By adopting the above technical scheme, a kind of pipe fitting roll-over feed mechanism of the utility model when in use, passes through overturning Mechanism 3 and feed mechanism 4 are vertically arranged in fixed 1 two sides of bracket respectively, and material guide mechanism 2 is inclined at 3 side of turnover mechanism Fixation bracket 1 on, using material guide mechanism 2 it is enabled by pipe fitting, along guide pipeline 18, horizontal glide is rolled one by one, enable pipe fitting It is enough successively to roll putting in pipe clamp slot 7 to overturning disk 5, it is enabled by pipe fitting continuous flip vertical one by one using turnover mechanism 3, It is enabled that pipe fitting is adjusted to vertical station from horizontal station rotation, using feed mechanism 4 it is enabled by pipe fitting along the vertical direction one by one The feeding of continuous and stable, it is ensured that the convenient processing stations for adjusting pipe fitting in transport process can be transmitted one by one in pipe fitting, improve pipe The processing efficiency and quality of part are fixedly installed on the upside of support of pipelines 19 by guide pipeline 18 diagonally downward, enable pipe fitting Enough successively steadily roll along guide pipeline 18 is glided, and is rotationally connected with rotating stand 21, conduit rotating plate in the middle part of conduit rotating plate 20 Arc-shaped tube seat 24 is provided on 20,26 upper end of the reciprocating-piston bar inclination of 22 output end of conduit cylinder is fixedly installed lifting and connects Plate 27, lifting 27 1 middle side part of connecting plate are rotatably connected to driving guide block 28, and 20 side of conduit rotating plate is provided with and driving guide block 28 Compatible driving guide groove 29, driving guide block 28 are slideably positioned in driving guide groove 29, drive lifting connecting plate using conduit cylinder 22 27 are along inclined direction gone up and down, and enable conduit rotating plate 20 is continuous under the drive of conduit cylinder 22 reciprocal turn It is dynamic, enable the pipe fitting in guide pipeline 18 successively to roll blanking one by one, it is ensured that the speed of pipe fitting whereabouts can be accurately controlled, The blanking one by one for realizing pipe fitting even, on the conduit rotating plate 20 by about 24 two sides of arc-shaped tube seat of conduit rotating plate 20 It is rotatably connected to conduit idler wheel 47 respectively, so that conduit rotating plate 20, during reciprocally swinging, the both ends of conduit rotating plate 20 can Rolling friction is realized using between conduit idler wheel 47 and pipe fitting, avoids the rubbing between pipe fitting during the swing of conduit rotating plate 20 Wipe power it is larger and cause conduit rotating plate 20 be difficult to it is smooth smoothly rotated, by overturning disk 5 vertically be rotationally connected with consolidate Fixed rack 1, using overturning between the overturning main pulley 10 of 6 output end of reciprocating motor and the auxiliary belt wheel 9 of overturning for overturning 5 side of disk Belt 11 is sequentially connected, and overturns and puts pipe clamp slot 7 along being arranged radially for disk 5 of overturning on disk 5, overturning disk 5 is along fixed branch What 1 side of frame was provided with hollow structure compatible with 7 dimensions of pipe clamp slot is put puts pipe holder 12, when putting for overturning disk 5 When pipe clamp slot 7 turns to 18 lower end side of guide pipeline, the pipe fitting in guide pipeline 18 is steadily rolled to putting pipe clamp In slot 7, pipe holder 12 is enabled to carry out auxiliary support to the pipe fitting being placed in pipe clamp slot 7 using putting, and be avoided that pipe fitting from It is fallen in gap between overturning disk 5 and fixed bracket 1, drives overturning disk 5 to be rotated using reciprocating motor 6, so that Overturning disk 5 can be realized the rotation of right angle, in the rotation process of overturning disk 5, make to be able to achieve vertically turning over for pipe fitting Turn, realize that pipe fitting is adjusted to vertical station from horizontal station rotation, the radial direction for overturning disk 5 by the lower lateral edge of overturning disk 5 is solid Surely it is provided with reciprocating shutter 16, overturns and is symmetrical arranged limit switches 17 on the fixation bracket 1 of 5 lower section two sides of disk, so that turning over Turning disk 5 continuously accurately can back and forth be rotated, it is ensured that be capable of successively the overturning pipe fitting one by one of exactly and adjusted work Position, by being vertically arranged with conduit through-hole 13 compatible with 7 dimensions of pipe clamp slot is put, air cylinder support 14 on fixed bracket 1 Side level is fixedly installed ejector sleeve cylinder 8, and 8 output end level of ejector sleeve cylinder is fixedly installed ejector sleeve snap-gauge 15, utilizes ejector sleeve 8 Level Promoting ejector sleeve snap-gauge 15 of cylinder, it is enabled to push the pipe fitting put in pipe clamp slot 7 along 13 level of conduit through-hole, lead to It crosses feeding pipeline 31 and is fixedly installed on feeding bracket 30, the conduit through-hole of 31 upper end side of feeding pipeline and fixed bracket 1 vertically Be vertically arranged with the conduit orifice plate 35 of hollow structure between 13,35 two sides of conduit orifice plate respectively with conduit through-hole 13 and feeding tube Road 31 is connected to, and is provided with inlet pipe through-hole 36 at the upper side of feeding pipeline 31, so that pipe fitting is under the Level Promoting of ejector sleeve cylinder 8, Pipe fitting can carry out translating and successively dropping down onto vertically in feeding pipeline 31 along 35 level of conduit orifice plate, enable pipe fitting along perpendicular Histogram is set to feeding pipeline 31 to stacking, by being rotationally connected with handspike bearing 37 in the middle part of push rod rotating plate 34, keeps off pipe cylinder 32 Output end is horizontally disposed gear pipe connecting plate 38, keeps off lateral edge gear 32 side of pipe cylinder on pipe connecting plate 38 and is provided with and 34 lower end of push rod rotating plate Compatible step structure, pressure pipe guide rod 33 are slideably positioned in translation sleeve 40 in the horizontal direction, and pressure pipe guide rod 33 is along feeding 31 side of pipeline is fixedly installed translation pressing plate 41, the spring bearer plate 43 being fixedly installed in the middle part of pressure pipe guide rod 33 and translation sleeve vertically Suit is provided with fixed pressure spring 44 on pressure pipe guide rod 33 between 40, and 34 upper end of push rod rotating plate is vertically arranged with and pressure pipe guide rod 44 Compatible push rod guide groove 45, pressure pipe guide rod 33 are horizontally set in push rod guide groove 45, pull gear using gear pipe cylinder 32 is horizontal Pipe connecting plate 38 is translated, and pressure pipe guide rod 33 driving translation pressing plate 41 and pipe fitting under the elastic force effect of fixed pressure spring 44 compress solid Fixed, the level that the pipe fitting of 31 lower side of feeding pipeline loses gear pipe connecting plate 38 can be vertical quasi- along feeding pipeline 31 after stopping True whereabouts is moved in feeding pipeline 31 using gear 32 Level Promoting of pipe cylinder gear pipe connecting plate 38, and gear pipe connecting plate 38 is translating Push rod rotating plate 34 can be pushed to rotate counterclockwise using step structure in the process, so that 34 upper end of push rod rotating plate is able to drive Pressure pipe guide rod 33 translates, so that losing pressing force between translation pressing plate 41 and pipe fitting, pipe fitting drops down onto gear pipe under gravity The upside of connecting plate 38 makes the pipe fitting being able to achieve in feeding tube road 31 continuous and stable feeding one by one along the vertical direction using above structure, Horizontally rotate on feeding bracket 30 using gear pipe connecting plate 38 downside and be connected with board guide wheel 48, be provided on board guide wheel 48 with The compatible limit guide groove 49 of pipe connecting plate 30 is kept off, is enabled to the gear limition orientation in translation motion of pipe connecting plate 38, it is ensured that gear Guan Lian Plate 38 is horizontal accurately back and forth to be translated.Through this structure, the structure design of the utility model is reasonable, can by pipe fitting by It is a it is convenient accurately successively carry out flip vertical, and can by pipe fitting the feeding of continuous and stable one by one along the vertical direction, meet processing The needs used.
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 (3)

1. a kind of pipe fitting roll-over feed mechanism, it is characterised in that: the pipe fitting roll-over feed mechanism includes fixed bracket, material guiding machine Structure, turnover mechanism and feed mechanism, the turnover mechanism and feed mechanism are vertically arranged in fixed bracket two sides, material guiding machine respectively Structure is inclined on the fixation bracket of turnover mechanism side, and the turnover mechanism includes overturning disk, reciprocating motor, puts pipe clamp Slot and ejector sleeve cylinder, overturning disk are rotationally connected with fixed bracket vertically, and it is auxiliary that overturning disk side is coaxially arranged with overturning vertically Belt wheel, reciprocating motor are horizontally placed on fixed bracket side, and reciprocating motor output end is vertically arranged with overturning main pulley, overturning master Using overturning belt transmission connection between belt wheel and the auxiliary belt wheel of overturning, reciprocating motor drives overturning main pulley to be rotated, described Pipe clamp slot is put along being arranged radially for disk of overturning on overturning disk, overturning disk is provided with and puts pipe clamp slot along fixed bracket side The compatible hollow structure of dimensions puts pipe holder, is vertically arranged on fixed bracket and puts pipe clamp slot dimensions phase The conduit through-hole of adaptation, overturning to be horizontally disposed on the fixation bracket on the upside of disk has air cylinder support, and air cylinder support side level is solid Surely it is provided with ejector sleeve cylinder, ejector sleeve cylinder output level is fixedly installed ejector sleeve snap-gauge, and lateral edge is overturn under the overturning disk The radially fixed of disk is provided with reciprocating shutter, is symmetrical arranged limit switches on the fixation bracket of two sides below overturning disk, The material guide mechanism includes guide pipeline, support of pipelines, conduit rotating plate, rotating stand and conduit cylinder, and the support of pipelines is perpendicular Directly it is arranged on the fixation bracket of overturning disk side, guide pipeline is fixedly installed on diagonally downward on the upside of support of pipelines, guide Lower end of duct is horizontal structure, and guide lower end of duct is horizontally set on along overturning disc level radial direction side, the ruler of guide pipeline Very little specification is adapted with pipe clamp slot is put, and the rotating stand is vertically arranged on the downside of guide pipeline, and conduit rotating plate is vertically arranged in Rotating stand side, conduit rotating plate middle part are rotationally connected with rotating stand, are provided on the downside of guide pipeline and mutually fit with conduit rotating plate The rotating plate card slot matched, conduit rotating plate upside are arranged in guide pipeline, and arc-shaped tube seat, the conduit are provided on conduit rotating plate Air cylinder base is vertically arranged with below rotating plate on the fixation bracket of side, conduit cylinder, which tilts upward, to be arranged on air cylinder base Side, the sliding of conduit cylinder output are provided with reciprocating-piston bar, and the inclination of reciprocating-piston bar upper end is fixedly installed lifting connecting plate, rises Drop one middle side part of connecting plate is rotatably connected to driving guide block, and conduit rotating plate side is provided with driving compatible with driving guide block and leads Slot, driving guide block are slideably positioned in driving guide groove, and the feed mechanism includes feeding bracket, feeding pipeline, gear pipe cylinder, pressure pipe Guide rod and push rod rotating plate, the feeding bracket are vertically arranged in fixed bracket side, and feeding pipeline is fixedly installed on feeding vertically Bracket is vertically arranged with the conduit orifice plate of hollow structure between feeding pipeline upper end side and support bracket fastened conduit through-hole, Conduit orifice plate two sides are connected to conduit through-hole and feeding pipeline respectively, are provided with inlet pipe through-hole at the upper side of feeding pipeline, described Feeding bracket side is vertically arranged with handspike bearing, and push rod rotating plate setting rotation in the middle part of handspike bearing side, push rod rotating plate connects It is connected to handspike bearing, the gear pipe cylinder level is fixedly installed on feeding bracket side, and gear pipe cylinder output is horizontally disposed to be had Pipe connecting plate is kept off, lateral edge gear pipe cylinder side on pipe connecting plate is kept off and is provided with step structure compatible with push rod rotating plate lower end, feeding Lower end of duct is provided with reciprocal guide groove compatible with gear pipe connecting plate along gear pipe connecting plate side, and the feeding bracket upper horizontal is fixed It is provided with translation sleeve, translation sleeve is parallel to each other with gear pipe cylinder, and the pressure pipe guide rod is slideably positioned in flat in the horizontal direction Sleeve is moved, pressure pipe guide rod is fixedly installed translation pressing plate along feeding pipe side vertically, is provided on feeding pipeline and translation pressing plate Compatible pressure pipe through-hole, pressure pipe guide rod middle part are fixedly installed spring bearer plate, the pressure pipe between spring bearer plate and translation sleeve Suit is provided with fixed pressure spring on guide rod, and push rod rotating plate upper end is set to spring bearer plate along feeding pipe side, push rod rotating plate Upper end is vertically arranged with push rod guide groove compatible with pressure pipe guide rod, and pressure pipe guide rod is horizontally set in push rod guide groove, the pressure Pipe outer end of guide rod is fixedly installed pressure pipe baffle.
2. a kind of pipe fitting roll-over feed mechanism according to claim 1, it is characterised in that: the conduit rotating plate it is arc-shaped It is rotatably connected to conduit idler wheel respectively on the conduit rotating plate of two sides above and below tube seat.
3. a kind of pipe fitting roll-over feed mechanism according to claim 1, it is characterised in that: upper on the downside of the gear pipe connecting plate Horizontally rotate on material bracket and be connected with board guide wheel, limit guide groove compatible with gear pipe connecting plate is provided on board guide wheel.
CN201821165020.4U 2018-07-23 2018-07-23 A kind of pipe fitting roll-over feed mechanism Active CN208895715U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821165020.4U CN208895715U (en) 2018-07-23 2018-07-23 A kind of pipe fitting roll-over feed mechanism

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821165020.4U CN208895715U (en) 2018-07-23 2018-07-23 A kind of pipe fitting roll-over feed mechanism

Publications (1)

Publication Number Publication Date
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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110293254A (en) * 2019-07-31 2019-10-01 重庆宏生机电有限责任公司 Part processing recessing equipment
CN110921280A (en) * 2019-10-14 2020-03-27 龚文科 Pipe fitting material loading press-fitting mechanism
CN111332743A (en) * 2020-03-04 2020-06-26 费建国 Automatic material conveying device for processing tubular workpiece
CN111468760A (en) * 2020-05-02 2020-07-31 胡君分 Drilling machine for drilling central hole on shaft material
CN111687474A (en) * 2020-06-15 2020-09-22 浙江昊昌特材科技有限公司 Special automation processing equipment of corrosion-resistant stainless steel seamless steel pipe for petrochemical industry

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110293254A (en) * 2019-07-31 2019-10-01 重庆宏生机电有限责任公司 Part processing recessing equipment
CN110921280A (en) * 2019-10-14 2020-03-27 龚文科 Pipe fitting material loading press-fitting mechanism
CN110921280B (en) * 2019-10-14 2021-05-18 新昌县昌泰轴承有限公司 Pipe fitting material loading press-fitting mechanism
CN111332743A (en) * 2020-03-04 2020-06-26 费建国 Automatic material conveying device for processing tubular workpiece
CN111468760A (en) * 2020-05-02 2020-07-31 胡君分 Drilling machine for drilling central hole on shaft material
CN111687474A (en) * 2020-06-15 2020-09-22 浙江昊昌特材科技有限公司 Special automation processing equipment of corrosion-resistant stainless steel seamless steel pipe for petrochemical industry
CN111687474B (en) * 2020-06-15 2021-09-14 浙江昊昌特材科技有限公司 Special automation processing equipment of corrosion-resistant stainless steel seamless steel pipe for petrochemical industry

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