CN208592668U - A kind of materials in the tube continuous edge grinding machine structure - Google Patents
A kind of materials in the tube continuous edge grinding machine structure Download PDFInfo
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- CN208592668U CN208592668U CN201820971531.9U CN201820971531U CN208592668U CN 208592668 U CN208592668 U CN 208592668U CN 201820971531 U CN201820971531 U CN 201820971531U CN 208592668 U CN208592668 U CN 208592668U
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Abstract
The utility model discloses a kind of materials in the tube continuous edge grinding machine structures, belong to material transmission machinery processing equipment field.The edging mechanism of the utility model is fixed at vertically 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, two sides tilt shifted to install gear pipe connecting plate respectively up and down inside gear pipe holder, rotating circular disc is provided with bearing material card slot radially outside, processing support, successively horizontal symmetrical is provided with outer edging mechanism and interior edging mechanism from top to bottom, 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.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 edging 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
Technical field
The utility model belongs to material transmission machinery processing equipment field more particularly to a kind of materials in the tube continuous edge grinding machine structure,
It is mainly used in materials in the tube and continuously transmits edging manufacture 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 the materials in the tube edges at two ends of section shape due to cutting
The reason of and make the end of tubing unsmooth, in order to which materials in the tube can be installed and used preferably by later process, need by
Materials in the tube both side ends carry out edging processing, so that materials in the tube both side ends edging is processed into smooth state, existing tubing is being cut
During at materials in the tube, in order to which the both side ends of materials in the tube are carried out edging processing, worker is needed manually to be placed into materials in the tube by root
In Ka Guan mechanism, recycle edging mechanism that materials in the tube both side ends are carried out edging processing respectively manually, and tubing is cut into
After materials in the tube, the inner side and outer side of materials in the tube both side ends can generate rough state, need to utilize edging mechanism by materials in the tube end
Inner side and outer side processed respectively, process is more, and worker needs high frequency materials in the tube are clamped and picked and placed, the labor of worker
Fatigue resistance is larger, and the efficiency of materials in the tube edging processing is lower, and the degree of automation of entire materials in the tube feeding edging processing is low, existing mill
Side mechanism is also difficult to realize the automatic continuous feeding of materials in the tube, is also difficult in edging process by the shifting of materials in the tube exactly
Move causes the quality of materials in the tube edging that cannot be guaranteed to required edging processing stations, the existing pipe processed by edging
Material is after completing processing from edger unit, it is difficult to the materials in the tube for completing processing automatically be carried out branch transmission, need worker's hand
It moves materials in the tube feeding and places to required transport mechanism, it is lower that materials in the tube transmit processing efficiency, it is difficult to meet what processing used
It needs.
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 edging processing, and can will complete the process
Materials in the tube carry out branch transmission, improve the materials in the tube continuous edge grinding machine structure of materials in the tube processing transmission the degree of automation.
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 continuous edge grinding machine
Structure, it is characterised in that: the materials in the tube continuous edge grinding machine structure includes processing base, cutting agency, edging mechanism and material guide mechanism, institute
It states cutting agency to be fixed at diagonally downward at the upper side of processing base, material guide mechanism level is fixed under processing base
Square side, the edging mechanism are fixed at vertically on the processing base between cutting agency and material guide mechanism, the blanking
Mechanism includes down tube expects pipe, lifting support, gear pipe holder, gear pipe connecting plate and lifting cylinder, is erected at the upper side of the processing base
It is directly fixedly installed expects pipe pedestal, down tube expects pipe is fixed at diagonally downward on the upside of expects pipe pedestal, is provided in down tube expects pipe
Lower tube passage, down tube expects pipe upside are provided with and communicated with storage materials in the tube bucket, and down tube expects pipe lower end side is tiltedly installed with lifting branch
Frame is connected and fixed between lifting support downside and processing base using bracket base, and lifting support two sides are tiltedly installed with respectively
Lifting guide pillar, lifting guide pillar are mutually perpendicular to down tube expects pipe, and the gear pipe holder tilt slide is set to lifting guide pillar, keep off pipe branch
Frame side both ends are respectively arranged with jacking sleeve compatible with lifting guide pillar, and the lifting cylinder is fixed at diagonally downward
Middle side part on lifting support, lifting cylinder output end is fixedly connected with middle side part on gear pipe holder, on the gear pipe holder inside
Lower two sides tilt respectively has shifted to install gear pipe connecting plate, and gear pipe connecting plate is parallel to each other with lifting guide pillar, gear pipe connecting plate sliding setting
In being provided with lifting guide groove compatible with gear pipe connecting plate in down tube expects pipe, down tube expects pipe, the edging mechanism includes including turning
Dynamic support, rotating circular disc, processing support, outer edging mechanism, interior edging mechanism and blanking guide plate, rotating stand are fixedly installed vertically
On the upside of processing base, rotating circular disc is rotationally connected with vertically on the upside of rotating stand, and coaxially fixation is set vertically for rotating circular disc side
It is equipped with tep reel gear, level is fixedly installed translating bracket on the rotating stand on the downside of tep reel gear, and translating bracket is interior along level
Direction sliding is provided with tep reel rack gear, and tep reel rack gear and the engagement connection of tep reel gear, the fixation of translating bracket side level are set
It is equipped with tep reel cylinder, tep reel cylinder output is fixedly connected with tep reel rack gear one end, and the rotating circular disc is arranged radially outside
There is bearing material card slot, is arc-shaped structure on the inside of bearing material card slot, is symmetrically arranged with card in the rotating circular disc of bearing material card slot two sides
Expect that rotating plate, the rotating plate that gets stuck are L-type structure, one middle side part of rotating plate that gets stuck is hinged in rotating circular disc, and get stuck rotating plate end side
The cylinder that gets stuck is provided between rotating circular disc, the cylinder tail end that gets stuck is hinged in rotating circular disc, and the cylinder output that gets stuck is hinged
It is connected to the rotating plate end that gets stuck, the processing support is vertically arranged on the processing base of rotating stand side, and processing support is from upper
Successively horizontal symmetrical is provided with outer edging mechanism and interior edging mechanism under, the outer edging mechanism include outer edging motor, on
Connecting plate, upper flat-removing air cyclinder and outer beveler are translated, two sides horizontal symmetrical is provided with outer edging motor, outer mill above processing support
Level is fixedly installed flat-removing air cyclinder respectively on the processing support of side motor two sides, and the upper translation connecting plate, which is vertically arranged in, to be added
Work support side, upper flat-removing air cyclinder output end are fixed with upper translation connecting plate side, are fixedly uniformly arranged on the outside of upper translation connecting plate
More upper translation guide rods, upper translation guide rod are slideably positioned in processing support, level in the middle part of the upper translation connecting plate in the horizontal direction
It is rotatably connected to outer edging shaft, outer edging motor output end, which horizontally rotates, is connected with upper joint sleeve cylinder, outer edging shaft one end
It clamps and is arranged in upper joint sleeve cylinder, outer edging shaft is slideably positioned in upper joint sleeve cylinder, the outer edging sand in the horizontal direction
Wheel is vertically arranged the edging card slot that circular platform type structure is provided on outer edging shaft one end, outer beveler, the interior edging
Mechanism includes interior edging motor, lower translation connecting plate, lower flat-removing air cyclinder and interior beveler, two sides horizontal symmetrical below processing support
It is provided with interior edging motor, level is fixedly installed lower flat-removing air cyclinder on the processing support of interior edging motor two sides, described lower flat
It moves connecting plate and is vertically arranged in processing support side, lower flat-removing air cyclinder output end is fixed with lower translation connecting plate side, lower translation connecting plate
Outside, which is fixedly uniformly arranged under more, translates guide rod, and lower translation guide rod is slideably positioned in processing support in the horizontal direction, described
Horizontally rotate in the middle part of lower translation connecting plate and be connected with interior edging shaft, interior edging motor output end, which horizontally rotates, is connected with lower joint sleeve
Cylinder, interior edging shaft one end, which clamps, to be arranged in lower joint sleeve cylinder, and interior edging shaft is slideably positioned in lower connection in the horizontal direction
Sleeve, the interior beveler are vertically arranged in interior edging shaft one end, and interior beveler is circular platform type structure, and the blanking is led
Plate be fixed at diagonally downward processing support on the downside of, the material guide mechanism include guide disk, guide shaft, guide gear,
Lead material cylinder is arranged below processing base upside, is in the charge of mechanism along guide disk with mechanism, the guide disc level is in the charge of
Be radially arranged at the upper side of guide disk, middle side part is fixedly installed guide shaft, guide shaft vertically under guide disk
Lower horizontal is fixedly installed guide gear, and level is fixedly installed rack support, tooth on the processing base of guide gear side
Sliding is provided with translating rack compatible with guide gear in the horizontal direction in bracket, and lead material cylinder level is fixed at
Rack support side, lead material cylinder output end are fixedly connected with translating rack one end, the processing base of guide disk two sides
On along the radial level of guide disk be symmetrically arranged with branch conveyer belt, the mechanism of being in the charge of includes being in the charge of support, being in the charge of rotating plate
With conduit cylinder, it is in the charge of rotating plate and is inclined at and be in the charge of on the upside of support, being in the charge of rotating plate is L-type structure, is in the charge of the lower end hinge of rotating plate
It is connected to and is in the charge of support, be in the charge of on the upside of rotating plate and be tiltedly installed with conduit cylinder, conduit cylinder tail end between one end and guide disk
Hinge is connected to guide disk, and conduit cylinder output hinge, which is connected to, is in the charge of one end on the upside of rotating plate, described to be in the charge of two sides above rotating plate
It is symmetrically arranged 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 to baffle branch
Frame upper end, cushioning fender lower end are arc-shaped structure, and inclination is symmetrically set respectively between two middle side part of cushioning fender and barrier support
It is equipped with buffering tension spring.
Further, a plurality of limit conducting bar is evenly arranged on the inside of the upper joint sleeve cylinder in the horizontal direction, outer edging turns
A plurality of limit guide groove compatible with limit conducting bar, the upper joint sleeve cylinder and outer mill are evenly arranged on the outside of axis in the horizontal direction
The connection type and lower joint sleeve cylinder of side shaft are identical as the connection type of interior edging shaft.
Further, multiple ball pedestals are fixedly uniformly arranged on the processing base of the guide disk lower outer,
It is rolled in ball pedestal and is provided with tray ball.
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 edging mechanism is fixed at vertically between cutting agency and material guide mechanism, cutting agency can be by materials in the tube
By the stable intermittent blanking of root, edging mechanism can will carry out outer edging processing after materials in the tube clamping fixed and successively and interior edging adds
The materials in the tube for completing edging processing can be carried out branch transmission, materials in the tube is enabled to continue rear road respectively by work, material guide mechanism
The processing of process improves the degree of automation and processing efficiency of materials in the tube processing transmission, logical by being provided with down tube in down tube expects pipe
Road is provided with and communicated with storage materials in the tube bucket on the upside of down tube expects pipe, enable the more root canal material being placed in storage materials in the tube bucket successively along
Down tube expects pipe carries out blanking, is tiltedly installed with lifting support, gear pipe holder tilt slide setting by down tube expects pipe lower end side
In lifting guide pillar, it is fixedly installed in the lifting cylinder output end and gear pipe holder upside of middle side part on lifting support diagonally downward
Portion is fixedly connected, and two sides tilt shifted to install gear pipe connecting plate respectively up and down inside gear pipe holder, and gear pipe connecting plate is slideably positioned in
Down tube expects pipe pushes gear pipe holder back and forth to carry out elevating movement using lifting cylinder, so that gear pipe holder internal derangement setting
Gear pipe connecting plate, which can replace, stops the materials in the tube in lower tube passage, enables the materials in the tube in down tube expects pipe stable by root
Blanking is rotationally connected on the upside of rotating stand, rotating circular disc side is coaxially solid vertically vertically to edging mechanism by rotating circular disc
Surely it is provided with tep reel gear, is slided in the horizontal direction in the translating bracket on the downside of tep reel gear and is provided with tep reel rack gear, tep reel gas
Cylinder output end is fixedly connected with tep reel rack gear one end, is back and forth translated using tep reel cylinder Level Promoting tep reel rack gear, so that
Rotating circular disc can back and forth be rotated under the drive of tep reel gear, and rotation circle is controlled using the translation distance of tep reel rack gear
The driving rotating circular disc of the rotational angle of disk, enabled efficiently and accurately is rotated, it is ensured that can turn the materials in the tube in rotating circular disc
It is dynamic to be moved to required processing stations, it is provided with bearing material card slot radially outside by rotating circular disc, is circle on the inside of bearing material card slot
Arcuate structure is driving rotating circular disc to be rotated, is enabling the bearing material card slot in rotating circular disc accurate using tep reel cylinder
Be located at down tube expects pipe on the downside of, materials in the tube along down tube expects pipe fall when can smoothly drop down onto bearing material card slot, utilize bearing material
It is symmetrically arranged with the rotating plate that gets stuck in the rotating circular disc of card slot two sides, one middle side part of rotating plate that gets stuck is hinged in rotating circular disc, is got stuck
It is provided with the cylinder that gets stuck between rotating plate end side and rotating circular disc, using getting stuck, cylinder pushes the rotating plate that gets stuck to be rotated,
Enabled by materials in the tube, securely stable clamping fixed is in bearing material card slot, avoiding materials in the tube from being detached from sliding out of bearing material card slot, by adding
Work support is vertically arranged on the processing base of rotating stand side, and successively horizontal symmetrical is provided with outside processing support from top to bottom
Edging mechanism and interior edging mechanism enable during materials in the tube rotational translation, can successively carry out materials in the tube both side ends outer
Edging processing and the processing of interior edging, by the way that level is fixedly installed upper translation gas respectively on the processing support of outer edging motor two sides
Cylinder, upper flat-removing air cyclinder output end are fixed with upper translation connecting plate side, and outer edging shaft one end in the middle part of upper translation connecting plate, which clamps, to be set
It sets in the upper joint sleeve cylinder of outer edging motor output end, outer edging shaft is slideably positioned in upper joint sleeve cylinder in the horizontal direction,
It is provided with the edging card slot of circular platform type structure on outer beveler, drives outer beveler to be rotated using outer edging motor,
It is translated using connecting plate is translated on upper flat-removing air cyclinder Level Promoting, enables the edging card slot on outer beveler close
Edging is fitted closely on the outside of materials in the tube end, is fixedly installed by level on the processing support of interior edging motor two sides lower flat
Cylinder is moved, lower flat-removing air cyclinder output end is fixed with lower translation connecting plate side, interior edging shaft one end card in the middle part of lower translation connecting plate
Installing is set in the lower joint sleeve cylinder of interior edging motor output end, and interior edging shaft is slideably positioned in lower joint sleeve in the horizontal direction
Cylinder, interior beveler are circular platform type structure, drive interior beveler to be rotated using interior edging motor, utilize lower flat-removing air cyclinder
Connecting plate is translated under Level Promoting to be translated, and enables the close inside with materials in the tube end of beveler of circular platform type structure
Edging is fitted closely, using above structure, allows to efficiently carrying out materials in the tube both side ends into outer edging processing and interior edging adds
Work is fixed at diagonally downward on the downside of processing support by blanking guide plate, and guide disc level is arranged below processing base
Mechanism being radially arranged at the upper side of guide disk along guide disk is in the charge of in upside, enables the materials in the tube processed by edging
Enough to be snapped down to being in the charge of in mechanism on the upside of guide disk along blanking guide plate out of bearing material card slot, the lower end by being in the charge of rotating plate is cut with scissors
It is connected to and is in the charge of support, be in the charge of on the upside of rotating plate and be tiltedly installed with conduit cylinder between one end and guide disk, utilize conduit cylinder
Rotating plate is in the charge of in driving, so that the tilt angle for being in the charge of rotating plate is consistent with blanking guide plate and is located on the downside of blanking guide plate, so that materials in the tube
Can steady and smooth be snapped down to and be in the charge of on rotating plate along blanking guide plate, be hinged and be connected on barrier support using cushioning fender upper end
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, so that materials in the tube can be contacted first with cushioning fender during materials in the tube glide, cushioning fender can be in buffering tension spring
Drawing under there is damping rotate, realize the blanking buffering of materials in the tube, materials in the tube avoided to generate biggish touch in blanking process
The breakage for hitting and causing materials in the tube is fixedly installed guide shaft, water on the downside of guide shaft by middle side part under guide disk vertically
It is flat to be fixedly installed guide gear, it is slided in the horizontal direction in rack support and is provided with translation tooth compatible with guide gear
Item, lead material cylinder output end are fixedly connected with translating rack one end, are back and forth carried out using lead material cylinder Level Promoting translating rack
Translation, makes to be able to achieve guide disk reciprocating rotation, passes through the radial water on the processing base of guide disk two sides along guide disk
It is flat to be symmetrically arranged with branch conveyer belt, so that turning to branch conveyer belt side mechanism will be in the charge of using guide disk rotational
When, it is in the charge of rotating plate using the driving of conduit cylinder and turns to state diagonally downward, enable the materials in the tube being in the charge of on rotating plate along holding
Pipe rotating plate is efficiently rolled to continuing to transmit on branch conveyer belt, realizes the continuous branch transmission of materials in the tube, it is subsequent to improve materials in the tube
The efficiency of processing is fixedly uniformly arranged with multiple ball pedestals, ball bottom on the processing base by guide disk lower outer
It is rolled in seat and is provided with tray ball, it is enabled that support is carried out during rotation to guide disk, avoid guide disk from rotating
Skew is generated in the process, and through this structure, the structure design of the utility model is reasonable, can be by materials in the tube by the stable interval of root
Blanking simultaneously carries out edging processing, and the materials in the tube completed the process can be carried out branch transmission, improves materials in the tube processing transmission automation
Degree 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 continuous edge grinding machine structure 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 edging mechanism of the utility model.
Fig. 5 is the right side structural representation of the edging mechanism of the utility model.
Fig. 6 is the schematic view of the front view of the rotating circular disc of the utility model.
Fig. 7 is the overlooking structure diagram of the outer edging mechanism of the utility model.
Fig. 8 is the overlooking structure diagram of the interior edging mechanism of the utility model.
Fig. 9 is the upper joint sleeve cylinder of the utility model and the attachment structure schematic diagram of outer edging shaft.
Figure 10 is the schematic view of the front view of the material guide mechanism of the utility model.
Figure 11 is the overlooking structure diagram of the material guide mechanism of the utility model.
Figure 12 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. rotating stands, 15. rotating circular discs, 16. processing supports, 17. outer edging mechanisms, 18.
Interior edging mechanism, 19. blanking guide plates, 20. tep reel gears, 21. translating brackets, 22. tep reel rack gears, 23. tep reel cylinders,
It gets stuck rotating plate 24. bearing material card slot, 25., 26. get stuck cylinder, 27. outer edging motors, translate connecting plate on 28., put down on 29.
Cylinder is moved, 30. outer bevelers translate guide rod, 32. outer edging shafts, 33. upper joint sleeve cylinders, 34. edging cards on 31.
Slot, edging motor in 35., 36. it is lower translate connecting plates, 37. lower flat-removing air cyclinders, beveler in 38., 39. lower translations lead
Bar, edging shaft in 40., 41. lower joint sleeve cylinders, 42. guide disks, 43. guide shafts, 44. guide gears, 45.
Lead material cylinder, 46. are in the charge of mechanism, and 47. rack supports, 48. translating racks, 49. branch conveyer belts, 50. are in the charge of support,
51. being in the charge of rotating plate, 52. conduit cylinders, 53. barrier supports, 54. cushioning fenders, 55. buffer tension springs, and 56. limits are led
Item, 57. limit guide grooves, 58. ball pedestals, 59. tray balls.
Specific embodiment
In order to further describe the utility model, a kind of materials in the tube continuous edge grinding machine structure 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 materials in the tube continuous edge grinding machine structure of the utility model, including processing base 1, cutting agency, edging
Mechanism and material guide mechanism, cutting agency are fixed at 1 upper side of processing base diagonally downward, and the fixation of material guide mechanism level is set
The side below processing base 1 is set, edging mechanism is fixed at the processing base 1 between cutting agency and material guide mechanism vertically
On.As shown in Figure 2 and Figure 3, the cutting agency of the utility model includes down tube expects pipe 2, lifting support 3, gear pipe holder 4, gear Guan Lian
Plate 5 and lifting cylinder 6,1 upper side of processing base are fixedly installed expects pipe pedestal 7 vertically, and down tube expects pipe 2 is fixed diagonally downward
Setting is provided with lower tube passage 8 in 7 upside of expects pipe pedestal, down tube expects pipe 2, is provided with and communicated with storage materials in the tube on the upside of down tube expects pipe 2
Bucket 9,2 lower end side of down tube expects pipe are tiltedly installed with lifting support 3, use bracket between 3 downside of lifting support and processing base 1
Pedestal 10 is connected and fixed, and 3 two sides of lifting support are tiltedly installed with lifting guide pillar 11, lifting guide pillar 11 and 2 phase of down tube expects pipe respectively
Mutually vertical, 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 leads with lifting
The compatible jacking sleeve 12 of bar 11, lifting cylinder 6 are fixed at middle side part on lifting support 3, lifting cylinder 6 diagonally downward
Output end 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 has shifted to install gear pipe
Connecting plate 5, gear pipe connecting plate 5 are parallel to each other with lifting guide pillar 11, keep off pipe connecting plate 5 and are slideably positioned in down tube expects pipe 2, in down tube expects pipe 2
It is provided with lifting guide groove 13 compatible with gear pipe connecting plate 5.As shown in Figure 4, Figure 5, the edging mechanism of the utility model includes packet
Include rotating stand 14, rotating circular disc 15, processing support 16, outer edging mechanism 17, interior edging mechanism 18 and blanking guide plate 19, rotation
Support 14 is fixed at 1 upside of processing base vertically, and rotating circular disc 15 is rotationally connected with 14 upside of rotating stand, rotation vertically
15 side of disk is coaxially fixedly installed tep reel gear 20 vertically, and horizontal fixation is set on the rotating stand 14 of 20 downside of tep reel gear
It is equipped with translating bracket 21, is slided in the horizontal direction in translating bracket 21 and is provided with tep reel rack gear 22, tep reel rack gear 22 and reel teeth
20 engagement connection of wheel, 21 side level of translating bracket are fixedly installed tep reel cylinder 23,23 output end of tep reel cylinder and reel teeth
22 one end of item is fixedly connected, as shown in fig. 6, the rotating circular disc 15 of the utility model is provided with bearing material card slot 24 radially outside,
It is arc-shaped structure on the inside of bearing material card slot 24, is symmetrically arranged with the rotating plate 25 that gets stuck in the rotating circular disc 15 of 24 two sides of bearing material card slot,
The rotating plate 25 that gets stuck is L-type structure, and 25 1 middle side part of rotating plate that gets stuck is hinged in rotating circular disc 15, and get stuck 25 end side of rotating plate
The cylinder 26 that gets stuck is provided between rotating circular disc 15,26 tail end of cylinder that gets stuck hinge is connected to rotating circular disc 15, and get stuck cylinder 26
Output end hinge is connected to 25 end of rotating plate that gets stuck.
The processing support 16 of the utility model is vertically arranged on the processing base 1 of 14 side of rotating stand, processes support
16 successively horizontal symmetrical is provided with outer edging mechanism 17 and interior edging mechanism 18 from top to bottom, as shown in fig. 7, the utility model
Outer edging mechanism 17 includes outer edging motor 27, upper translation connecting plate 28, upper flat-removing air cyclinder 29 and outer beveler 30, processes support
16 top two sides horizontal symmetricals are provided with outer edging motor 27, distinguish on the processing support 16 of outer 27 two sides of edging motor horizontal solid
Surely it is provided with flat-removing air cyclinder 29, upper translation connecting plate 28 is vertically arranged in processing 16 side of support, upper 29 output end of flat-removing air cyclinder
It is fixed with upper 28 side of translation connecting plate, more upper translation guide rods 31, upper translation is fixedly uniformly arranged on the outside of upper translation connecting plate 28
Guide rod 31 is slideably positioned in processing support 16 in the horizontal direction, horizontally rotates in the middle part of upper translation connecting plate 28 and is connected with outer edging shaft
32, outer 27 output end of edging motor, which horizontally rotates, is connected with upper joint sleeve cylinder 33, and outer 32 one end of edging shaft, which clamps, to be arranged upper
It connects in sleeve 33, outer edging shaft 32 is slideably positioned in upper joint sleeve cylinder 33 in the horizontal direction, and outer beveler 30 is set vertically
The edging card slot 34 that circular platform type structure is provided on outer 32 one end of edging shaft, outer beveler 30 is set, as shown in figure 8, this
The interior edging mechanism of utility model includes interior edging motor 35, lower translation connecting plate 36, lower flat-removing air cyclinder 37 and interior beveler 38,
Processing 16 lower section two sides horizontal symmetrical of support is provided with interior edging motor 35, water on the processing support 16 of interior 35 two sides of edging motor
Flat to be fixedly installed lower flat-removing air cyclinder 37, lower translation connecting plate 36 is vertically arranged in processing 16 side of support, and lower flat-removing air cyclinder 37 is defeated
Outlet is fixed with lower 36 side of translation connecting plate, and translation guide rod 39 under more is fixedly uniformly arranged on the outside of lower translation connecting plate 36, under
Translation guide rod 39 is slideably positioned in processing support 16 in the horizontal direction, horizontally rotates in the middle part of lower translation connecting plate 36 and is connected with interior edging
Shaft 40, interior 35 output end of edging motor, which horizontally rotates, is connected with lower joint sleeve cylinder 41, and interior 40 one end of edging shaft clamps setting
In lower joint sleeve cylinder 41, interior edging shaft 40 is slideably positioned in lower joint sleeve cylinder 41 in the horizontal direction, and interior beveler 38 is perpendicular
Straight setting is circular platform type structure in interior 40 one end of edging shaft, interior beveler 38, and blanking guide plate 19 is fixedly installed diagonally downward
In 16 downside of processing support.As shown in Figure 10, Figure 11, the material guide mechanism of the utility model includes guide disk 42, guide shaft
43, guide gear 44, lead material cylinder 45 and it is in the charge of mechanism 46, guide disk 42 is horizontally set on 1 lower section upside of processing base, holds
Pipe mechanism 46 is radially arranged in 42 upper side of guide disk along guide disk 42, and the lower middle side part of guide disk 42 is fixed vertically
It is provided with guide shaft 43,43 lower horizontal of guide shaft is fixedly installed guide gear 44, the processing of 44 side of guide gear
Level is fixedly installed rack support 47 on pedestal 1, slides and is provided with and guide gear 44 in the horizontal direction in rack support 47
Compatible translating rack 48,45 level of lead material cylinder are fixed at 47 side of rack support, 45 output end of lead material cylinder with
48 one end of translating rack is fixedly connected, and the radial level on the processing base 1 of 42 two sides of guide disk along guide disk 42 is symmetrical
It is provided with branch conveyer belt 49, as shown in figure 12, the mechanism 46 of being in the charge of of the utility model includes being in the charge of support 50, being in the charge of rotating plate 51
With conduit cylinder 52, it is in the charge of rotating plate 51 and is inclined at and be in the charge of the upside of support 50, being in the charge of rotating plate 51 is L-type structure, is in the charge of rotating plate
51 lower end, which is hinged to be connected to, is in the charge of support 50, is in the charge of between 51 upside one end of rotating plate and guide disk 42 and is tiltedly installed with conduit gas
Cylinder 52,52 tail end of conduit cylinder hinge are connected to guide disk 42, and 52 output end of conduit cylinder hinge, which is connected to, is in the charge of 51 upside of rotating plate
The 51 top two sides of rotating plate of being in the charge of of one end, the utility model are symmetrically arranged with barrier support 53, are in the charge of 51 upper horizontal of rotating plate and set
It is equipped with cushioning fender 54,54 upper end of cushioning fender, which is hinged, is connected to 53 upper end of barrier support, and 54 lower end of cushioning fender is arc-shaped knot
Structure, inclination is symmetrically arranged with buffering tension spring 55 respectively between 54 liang of middle side parts of cushioning fender and barrier support 53.
As shown in figure 9,33 inside of upper joint sleeve cylinder of the utility model is evenly arranged with a plurality of limit in the horizontal direction and leads
Item 56, outer 32 outside of edging shaft are evenly arranged with a plurality of limit guide groove 57 compatible with limit conducting bar 56 in the horizontal direction,
So that upper joint sleeve cylinder 33 not only can smoothly drive outer edging shaft 32 to be rotated, and outer edging shaft 32 can also
It is translated along 33 level of upper joint sleeve cylinder, the connection type and lower joint sleeve cylinder 41 of upper joint sleeve cylinder 33 and outer edging shaft 32
Identical as the connection type of interior edging shaft 40, using above structure, the both side ends of materials in the tube are capable of high efficiency smooth and grind
Side processing.Multiple ball pedestals are fixedly uniformly arranged on the processing base 1 of 42 lower outer of guide disk of the utility model
58, interior roll of ball pedestal 58 is provided with tray ball 59, enabled to carry out support during rotation to guide disk 42, avoids
Guide disk 42 generates skew during rotation.
By adopting the above technical scheme, a kind of materials in the tube continuous edge grinding machine structure of the utility model when in use, passes through edging
Mechanism is fixed at vertically on the processing base 1 between cutting agency and material guide mechanism, and cutting agency can be by materials in the tube by root
Stable intermittent blanking, edging mechanism can will carry out outer edging processing after materials in the tube clamping fixed and successively and interior edging is processed,
The materials in the tube for completing edging processing can be carried out branch transmission by material guide mechanism, and materials in the tube is enabled to continue later process respectively
Processing, improve materials in the tube processing transmission the degree of automation and processing efficiency, by being 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 storage materials in the tube bucket 9, enable be placed on storage materials in the tube bucket 9 in more root canal material successively along
Down tube expects pipe 2 carries out blanking, is tiltedly installed with lifting support 3 by 2 lower end side of down tube expects pipe, keeps off 4 tilt slide of pipe holder
It is set to lifting guide pillar 11, is fixedly installed on 6 output end of lifting cylinder and gear pipe branch of middle side part on lifting support 3 diagonally downward
Middle side part is fixedly connected on frame 4, and two sides tilt respectively above and below 4 inside of gear pipe holder has shifted to install gear pipe connecting plate 5, keeps off pipe connecting plate
5 are 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 gear pipe holder 4
The gear pipe connecting plate 5 of internal derangement setting, which can replace, stops the materials in the tube in lower tube passage 8, so that in down tube expects pipe 2
Materials in the tube can be rotationally connected with vertically 14 upside of rotating stand by rotating circular disc 15 by the stable blanking of root to edging mechanism,
15 side of rotating circular disc is coaxially fixedly installed tep reel gear 20 vertically, and the translating bracket 21 of 20 downside of tep reel gear is interior along level
Direction sliding is provided with tep reel rack gear 22, and 23 output end of tep reel cylinder is fixedly connected with 22 one end of tep reel rack gear, utilizes tep reel gas
23 Level Promoting tep reel rack gear 22 of cylinder is back and forth translated, and enables rotating circular disc 15 reciprocal under the drive of tep reel gear 20
It is rotated, the rotational angle of rotating circular disc 15 is controlled using the translation distance of tep reel rack gear 22, enable the drive of efficiently and accurately
Dynamic rotating circular disc 15 is rotated, it is ensured that can lead to the materials in the tube rotational translation in rotating circular disc 15 to required processing stations
It crosses rotating circular disc 15 and is provided with bearing material card slot 24 radially outside, be arc-shaped structure on the inside of bearing material card slot 24, utilizing tep reel
Cylinder 23 drives rotating circular disc 15 to be rotated, and the bearing material card slot 24 in rotating circular disc 15 is enabled accurately to be located at lower materials in the tube
2 downside of pipe, materials in the tube can smoothly drop down onto bearing material card slot 24 when falling along down tube expects pipe 2, utilize 24 liang of bearing material card slot
It is symmetrically arranged with the rotating plate 25 that gets stuck in the rotating circular disc 15 of side, 25 1 middle side part of rotating plate that gets stuck is hinged in rotating circular disc 15, card
It is provided with the cylinder 26 that gets stuck between material 25 end side of rotating plate and rotating circular disc 15, cylinder 26 pushes the rotating plate that gets stuck using getting stuck
25 are rotated, and enabled by materials in the tube, securely stable clamping fixed avoids materials in the tube out of bearing material card slot 24 in bearing material card slot 24
Be detached from sliding, by process support 16 be vertically arranged on the processing base 1 of 14 side of rotating stand, processing support 16 from up to
Under successively horizontal symmetrical be provided with outer edging mechanism 17 and interior edging mechanism 18, enable during materials in the tube rotational translation, energy
It is enough that materials in the tube both side ends are successively subjected to outer edging processing and the processing of interior edging, pass through the processing support of outer 27 two sides of edging motor
Level is fixedly installed flat-removing air cyclinder 29 respectively on 16, and upper 29 output end of flat-removing air cyclinder is fixed with upper 28 side of translation connecting plate,
Outer 32 one end of edging shaft at upper 28 middle part of translation connecting plate clamps the upper joint sleeve cylinder 33 that outer 27 output end of edging motor is arranged in
Interior, outer edging shaft 32 is slideably positioned in upper joint sleeve cylinder 33 in the horizontal direction, is provided with circular platform type knot on outer beveler 30
The edging card slot 34 of structure drives outer beveler 30 to be rotated using outer edging motor 27, horizontal using upper flat-removing air cyclinder 29
Connecting plate 28 is translated in promotion to be translated, enable edging card slot 34 on outer beveler 30 closely with materials in the tube end
Outside fits closely edging, is fixedly installed lower flat-removing air cyclinder by level on the processing support 16 of interior 35 two sides of edging motor
37, lower 37 output end of flat-removing air cyclinder is fixed with lower 36 side of translation connecting plate, the interior edging shaft 40 1 at lower 36 middle part of translation connecting plate
End, which clamps, to be arranged in the lower joint sleeve cylinder 41 of interior 35 output end of edging motor, and interior edging shaft 40 slides setting in the horizontal direction
In lower joint sleeve cylinder 41, interior beveler 38 is circular platform type structure, drives interior beveler 38 to carry out using interior edging motor 35
Rotation is translated using connecting plate 36 is translated under lower 37 Level Promoting of flat-removing air cyclinder, so that the beveler 38 of circular platform type structure
Edging closely can be fitted closely on the inside of materials in the tube end, using above structure, allowed to materials in the tube both side ends are efficient
The outer edging processing of progress and the processing of interior edging, be fixed at 16 downside of processing support diagonally downward by blanking guide plate 19,
Guide disk 42 is horizontally set on 1 lower section upside of processing base, is in the charge of mechanism 46 along guide disk 42 and is radially arranged in guide
42 upper side of disk to be snapped down to out of bearing material card slot 24 along blanking guide plate 19 by the materials in the tube of edging processing and lead
42 upside of material disk is in the charge of in mechanism 46, and the lower end by being in the charge of rotating plate 51, which is hinged to be connected to, is in the charge of support 50, is in the charge of rotating plate 51
It is tiltedly installed with conduit cylinder 52 between upside one end and guide disk 42, is in the charge of rotating plate 51 using the driving of conduit cylinder 52, makes
The tilt angle and blanking guide plate 19 that rotating plate 51 must be in the charge of enable materials in the tube steady suitable unanimously and positioned at 19 downside of blanking guide plate
It is freely snapped down to and is in the charge of on rotating plate 51 along blanking guide plate 19, be hinged using 54 upper end of cushioning fender and be connected to 53 upper end of barrier support,
54 lower end of cushioning fender is arc-shaped structure, and inclination is symmetrical arranged respectively between 54 liang of middle side parts of cushioning fender and barrier support 53
There is buffering tension spring 55, so that materials in the tube can be contacted first with cushioning fender 54 during materials in the tube glide, cushioning fender 54 can be
Buffering under the drawing of tension spring 55 has damping rotate, and realizes the blanking buffering of materials in the tube, materials in the tube is avoided to produce in blanking process
Raw biggish collision and the breakage for causing materials in the tube, are fixedly installed guide shaft 43 by the lower middle side part of guide disk 42 vertically,
43 lower horizontal of guide shaft is fixedly installed guide gear 44, and sliding is provided with and guide in the horizontal direction in rack support 47
The compatible translating rack 48 of gear 44,45 output end of lead material cylinder are fixedly connected with 48 one end of translating rack, utilize guide gas
45 Level Promoting translating rack 48 of cylinder is back and forth translated, and is made to be able to achieve 42 reciprocating rotation of guide disk, is passed through guide disk 42
Radial level on the processing base 1 of two sides along guide disk 42 is symmetrically arranged with branch conveyer belt 49, so that utilizing guide
When the rotation of disk 42 will be in the charge of mechanism 46 and turn to branch 49 side of conveyer belt, 51 turns of rotating plate are in the charge of using the driving of conduit cylinder 52
It moves and the materials in the tube being in the charge of on rotating plate 51 is enabled efficiently to roll to branch transmission along rotating plate 51 is in the charge of to state diagonally downward
Continue to transmit on band 49, realizes the continuous branch transmission of materials in the tube, improve the efficiency of materials in the tube following process, pass through guide disk 42
It is fixedly uniformly arranged with multiple ball pedestals 58 on the processing base 1 of lower outer, is rolled in ball pedestal 58 and is provided with tray
Ball 59, it is enabled that support is carried out during rotation to guide disk 42, avoid guide disk 42 from generating during rotation askew
Tiltedly.Through this structure, the structure design of the utility model is reasonable, materials in the tube by the stable intermittent blanking of root and can be ground
Side processing, and the materials in the tube completed the process can be subjected to branch transmission, materials in the tube processing transmission the degree of automation is improved, processing is met
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 materials in the tube continuous edge grinding machine structure, it is characterised in that: the materials in the tube continuous edge grinding machine structure includes processing base, blanking machine
Structure, edging mechanism and material guide mechanism, the cutting agency are fixed at diagonally downward at the upper side of processing base, material guide mechanism
Level is fixed at side below processing base, the edging mechanism be fixed at vertically cutting agency and material guide mechanism it
Between processing base on, the cutting agency includes down tube expects pipe, lifting support, gear pipe holder, gear pipe connecting plate and lifting cylinder,
It is fixedly installed expects pipe pedestal vertically at the upper side of the processing base, down tube expects pipe is fixed at expects pipe pedestal diagonally downward
Upside is provided with lower tube passage in down tube expects pipe, and storage materials in the tube bucket, down tube expects pipe lower end are provided with and communicated on the upside of down tube expects pipe
Side is tiltedly installed with lifting support, is connected and fixed between processing base using bracket base on the downside of lifting support, lifting branch
Frame 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
It is set to lifting guide pillar, 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, the fixed company of middle side part on lifting cylinder output end and gear pipe holder
It connects, two sides tilt shifted to install gear pipe connecting plate respectively up and down inside the gear pipe holder, keep off pipe connecting plate and lifting guide pillar is mutual
In parallel, gear pipe connecting plate is slideably positioned in down tube expects pipe, and lifting guide groove compatible with gear pipe connecting plate, institute are provided in down tube expects pipe
Stating edging mechanism includes rotating stand, rotating circular disc, processing support, outer edging mechanism, interior edging mechanism and blanking guide plate, rotation
Support is fixed at vertically on the upside of processing base, and rotating circular disc is rotationally connected with vertically on the upside of rotating stand, rotating circular disc one
Side is coaxially fixedly installed tep reel gear vertically, and level is fixedly installed translating bracket on the rotating stand on the downside of tep reel gear,
Sliding is provided with tep reel rack gear, tep reel rack gear and the engagement connection of tep reel gear, the translation branch in the horizontal direction in translating bracket
Frame side level is fixedly installed tep reel cylinder, and tep reel cylinder output is fixedly connected with tep reel rack gear one end, the rotation circle
Disk is provided with bearing material card slot radially outside, is arc-shaped structure, the rotation circle of bearing material card slot two sides on the inside of bearing material card slot
The rotating plate that gets stuck is symmetrically arranged on disk, the rotating plate that gets stuck is L-type structure, and one middle side part of rotating plate that gets stuck is hinged in rotating circular disc, card
It is provided with the cylinder that gets stuck between material rotating plate end side and rotating circular disc, the cylinder tail end that gets stuck is hinged in rotating circular disc, card
Material cylinder output hinge is connected to the rotating plate end that gets stuck, and the processing support is vertically arranged in the processing base of rotating stand side
On, successively horizontal symmetrical is provided with outer edging mechanism and interior edging mechanism, the outer edging mechanism packet to processing support from top to bottom
Outer edging motor, upper translation connecting plate, upper flat-removing air cyclinder and outer beveler are included, two sides horizontal symmetrical is provided with above processing support
Outer edging motor, level is fixedly installed flat-removing air cyclinder, the upper translation respectively on the processing support of outer edging motor two sides
Connecting plate is vertically arranged in processing support side, and upper flat-removing air cyclinder output end is fixed with upper translation connecting plate side, outside upper translation connecting plate
Side be fixedly uniformly arranged with more it is upper translate guide rods, upper translation guide rod is slideably positioned in processing support in the horizontal direction, it is described on
Horizontally rotate in the middle part of translation connecting plate and be connected with outer edging shaft, outer edging motor output end, which horizontally rotates, is connected with upper joint sleeve
Cylinder, outer edging shaft one end, which clamps, to be arranged in upper joint sleeve cylinder, and outer edging shaft is slideably positioned in connection in the horizontal direction
Sleeve, the outer beveler are vertically arranged the mill that circular platform type structure is provided on outer edging shaft one end, outer beveler
Checkpost slot, the interior edging mechanism include interior edging motor, lower translation connecting plate, lower flat-removing air cyclinder and interior beveler, processing branch
Seat lower section two sides horizontal symmetrical is provided with interior edging motor, and level is fixedly installed down on the processing support of interior edging motor two sides
Flat-removing air cyclinder, the lower translation connecting plate are vertically arranged in processing support side, lower flat-removing air cyclinder output end and lower translation connecting plate one
Side is fixed, and is fixedly uniformly arranged under more on the outside of lower translation connecting plate and is translated guide rod, lower translation guide rod slides in the horizontal direction to be set
It is placed in processing support, horizontally rotates in the middle part of the lower translation connecting plate and is connected with interior edging shaft, interior edging motor output end is horizontal
It is rotatably connected to lower joint sleeve cylinder, interior edging shaft one end, which clamps, to be arranged in lower joint sleeve cylinder, and interior edging shaft is along level side
To lower joint sleeve cylinder is slideably positioned in, the interior beveler is vertically arranged in interior edging shaft one end, and interior beveler is circle
Bench-type structure, the blanking guide plate be fixed at diagonally downward processing support on the downside of, the material guide mechanism include guide disk,
Guide shaft, guide gear, lead material cylinder and it is in the charge of mechanism, upside is arranged below processing base in the guide disc level,
It is in the charge of mechanism being radially arranged at the upper side of guide disk along guide disk, middle side part is fixedly installed vertically under guide disk
Guide shaft, guide shaft lower horizontal are fixedly installed guide gear, and level is fixed on the processing base of guide gear side
It is provided with rack support, is slided in the horizontal direction in rack support and is provided with translating rack compatible with guide gear, guide
Cylinder level is fixed at rack support side, and lead material cylinder output end is fixedly connected with translating rack one end, the guide
Radial level on the processing base of disk two sides along guide disk is symmetrically arranged with branch conveyer belt, and the mechanism of being in the charge of includes
It is in the charge of support, is in the charge of rotating plate and conduit cylinder, be in the charge of rotating plate and be inclined at and be in the charge of on the upside of support, being in the charge of rotating plate is L-type structure,
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 and is tiltedly installed with conduit gas between one end and guide disk
Cylinder, conduit cylinder tail end are hinged in guide disk, and conduit cylinder output hinge, which is connected to, is in the charge of one end on the upside of rotating plate, described to hold
Two sides are symmetrically arranged with barrier support above pipe rotating plate, are in the charge of rotating plate upper horizontal and are provided with cushioning fender, cushioning fender upper end
Hinge is connected to barrier support upper end, and cushioning fender lower end is arc-shaped structure, between two middle side part of cushioning fender and barrier support
Inclination is symmetrically arranged with buffering tension spring respectively.
2. a kind of materials in the tube continuous edge grinding machine structure according to claim 1, it is characterised in that: lateral edge in the upper joint sleeve cylinder
Horizontal direction is evenly arranged with a plurality of limit conducting bar, is evenly arranged with and a plurality of leads with limit in the horizontal direction on the outside of outer edging shaft
The connection type and lower joint sleeve cylinder of the compatible limit guide groove of item, the upper joint sleeve cylinder and outer edging shaft and interior edging turn
The connection type of axis is identical.
3. a kind of materials in the tube continuous edge grinding machine structure according to claim 1, it is characterised in that: the guide disk lower outer
Processing base on be fixedly uniformly arranged with multiple ball pedestals, rolled in ball pedestal and be provided with tray ball.
Priority Applications (1)
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CN201820971531.9U CN208592668U (en) | 2018-06-23 | 2018-06-23 | A kind of materials in the tube continuous edge grinding machine structure |
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CN201820971531.9U CN208592668U (en) | 2018-06-23 | 2018-06-23 | A kind of materials in the tube continuous edge grinding machine structure |
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CN201820971531.9U Expired - Fee Related CN208592668U (en) | 2018-06-23 | 2018-06-23 | A kind of materials in the tube continuous edge grinding machine structure |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110948300A (en) * | 2019-10-26 | 2020-04-03 | 安徽黄山恒久链传动有限公司 | Efficient and environment-friendly pin shaft polishing equipment |
CN112124944A (en) * | 2019-12-31 | 2020-12-25 | 马世光 | Working method of circular ball guide mechanism |
-
2018
- 2018-06-23 CN CN201820971531.9U patent/CN208592668U/en not_active Expired - Fee Related
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110948300A (en) * | 2019-10-26 | 2020-04-03 | 安徽黄山恒久链传动有限公司 | Efficient and environment-friendly pin shaft polishing equipment |
CN110948300B (en) * | 2019-10-26 | 2021-06-29 | 安徽黄山恒久链传动有限公司 | Efficient and environment-friendly pin shaft polishing equipment |
CN112124944A (en) * | 2019-12-31 | 2020-12-25 | 马世光 | Working method of circular ball guide mechanism |
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Granted publication date: 20190312 Termination date: 20190623 |