CN109483246A - Tubular object extruding assembly line - Google Patents
Tubular object extruding assembly line Download PDFInfo
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- CN109483246A CN109483246A CN201910003256.0A CN201910003256A CN109483246A CN 109483246 A CN109483246 A CN 109483246A CN 201910003256 A CN201910003256 A CN 201910003256A CN 109483246 A CN109483246 A CN 109483246A
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- Prior art keywords
- unit
- tubing
- chamfering
- processed
- drilling
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/04—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations
Abstract
The present invention provides a kind of tubular object extruding assembly lines, it is related to the technical field of mechanical equipment, unit is pressed into including supply unit, units, chamfering unit, shaping unit, oil spout unit and bearing, each unit is all set in rack, and along the conveying direction of tubing to be processed, units and chamfering unit are respectively positioned on before shaping unit, and shaping unit, oil spout unit and bearing indentation unit are set gradually；Shaping unit is used for tubing to be processed for removing the aluminium skimmings generated in tubing to be processed by processing, supply unit by a unit transportation to adjacent next unit.The process that the tubular object extruding assembly line alleviates tubing in the prior art carries out on different devices, needs multiple person cooperational, the low problem of production efficiency.
Description
Technical field
The present invention relates to mechanical equipment technical fields, more particularly, to a kind of tubular object extruding assembly line.
Background technique
Aluminum pipe be every grass trimmer must accessory, during finished product aluminum pipe is made, needs on tubing punching, fall
Angle, removal are by manufacturing procedure bring aluminium skimmings, then oil spout, press fitting oiliness bearing etc..In the prior art, above-mentioned process exists
It is carried out respectively in different equipment, needs multiple person cooperational, not only production efficiency is low, and transport tubing compares in process of production
Trouble is also easy to cause scuffing etc. of colliding with of personnel.
Summary of the invention
The purpose of the present invention is to provide a kind of tubular object extruding assembly lines, to alleviate adding for tubing existing in the prior art
Work process carries out on different devices, needs multiple person cooperational, the low technical problem of production efficiency.
Tubular object extruding assembly line provided by the invention includes supply unit, units, chamfering unit, shaping unit, spray
Oily unit and bearing are pressed into unit, and each unit is all set in rack, and along the conveying direction of tubing to be processed, the drilling
Unit and the chamfering unit are respectively positioned on before the shaping unit, the shaping unit, the oil spout unit and the axis
Pressure-bearing enters unit and sets gradually；The shaping unit is described defeated for removing the aluminium skimmings generated in tubing to be processed by processing
Unit is sent to be used for tubing to be processed by a unit transportation to adjacent next unit.
Further, each unit is arranged at equal intervals, and the supply unit includes the conveying being slideably positioned in the rack
Plate, the tubing being set on the delivery board pick and place component and for driving the delivery board round-trip between adjacent stations,
The first driving assembly of tubing is fetched and delivered, first driving assembly is set in the rack.
Further, it includes that tubing lifts plate, is arranged at intervals at the tubing and lifts on plate that the tubing, which picks and places component,
At least two groups lifting assembly that multiple groups tubing is lifted seat and is arranged at intervals on the delivery board, the power of the lifting assembly
Output end is lifted plate with the tubing and is connect, and tubing described in every group lifts a unit in seat and the tubular object extruding assembly line
It is corresponding.
Further, including two units, two units are located at the same side of tubing hole to be drilled,
And be arranged along the length direction interval of tubing hole to be drilled, one drills for the first end on pipe length direction hole to be drilled,
Another is for the second end drilling on pipe length direction hole to be drilled.
Further, the units include drilling support component, drilling hold down assembly, drill, for driving
The drilling driving assembly of drill rotation and for driving the drilling driving assembly and the drill waiting
The second driving assembly to switch between station and drilling station, the drilling support component, the drilling holds down assembly and institute
It states the second driving assembly to be all set in the rack, wherein the drilling support component is used to support tubing hole to be drilled, described
Drilling holds down assembly for compressing tubing hole to be drilled.
Further, including two chamfering units, two the chamfering unit one is located to chamfering pipe length
First end on direction, another is located to the second end on chamfering pipe length direction；
The chamfering unit include chamfering support component, chamfering hold down assembly, chmfer bit, for driving the chamfer drill
Head rotation chamfering driving assembly and for drive the chamfering driving assembly and the chmfer bit waiting station with fall
The third driving assembly switched between the station of angle, the chamfering support component, the chamfering hold down assembly and third driving
Component is all set in the rack, wherein the chamfering support component is used to support to chamfering tubing, the chamfering compression group
Part is for compressing to chamfering tubing.
Further, including two shaping units, two the shaping unit one is located to shaping pipe length
First end on direction, another is located to the second end on shaping tubing length direction；The shaping unit includes along to be added
The conveying direction of work tubing is spaced to go aluminium skimmings unit and insufflation unit.
Further, it is pressed into unit including bearing described in spaced two groups of conveying direction along tubing to be processed, often
Group includes that two bearings are pressed into unit, and the bearing of two in every group is pressed into unit one and is located at tubing to be processed
First end on length direction, another is located at the second end on pipe length direction to be processed.
Further, including being pressed into unit to two bearings of the first end being located on pipe length direction to be processed
The first of fed bearings is fed vibrating disk and two bearing pressures to the second end being located on pipe length direction to be processed
Enter the second feed vibrating disk of unit transportation bearing.
Further, including tubing feed unit and feeding manipulator, the feeding manipulator can be described for material list
It is first that tubing to be processed is conveyed between the units.
Tubular object extruding assembly line provided by the invention having the beneficial effect that compared with prior art
Tubular object extruding assembly line provided by the invention includes supply unit, units, chamfering unit, shaping unit, spray
Oily unit and bearing are pressed into unit, and each unit is all set in rack, and along the conveying direction of tubing to be processed, units
Before being respectively positioned on shaping unit with chamfering unit, shaping unit, oil spout unit and bearing indentation unit are set gradually.Shaping list
Member is used for tubing to be processed is defeated by a unit for removing the aluminium skimmings generated in tubing to be processed by processing, supply unit
It send to adjacent next unit.Units can be realized the drilling of tubing in tubular object extruding assembly line provided by the invention,
Angle unit can carry out chamfering to the end of tubing, and shaping unit can remove the aluminium generated in tubing to be processed by processing
Bits, oil spout unit can be realized the oil spout of pipe material inner wall, and bearing indentation unit can be realized the indentation of bearing, and supply unit can
Realize conveying of the tubing to be processed between adjacent Unit two, by the drilling of tubing, chamfering, shaping (remove aluminium skimmings), oil spout and
The processes such as bearing indentation are completed on the same device, can be reduced the quantity of operating personnel, be improved the mechanization journey of tubular object extruding
Degree reduces operating personnel and collides with the possibility of scuffing to improve the production efficiency of tubular object extruding.
Detailed description of the invention
It, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical solution in the prior art
Embodiment or attached drawing needed to be used in the description of the prior art be briefly described, it should be apparent that, it is described below
Attached drawing is some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative labor
It puts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is the schematic perspective view of tubular object extruding assembly line provided in an embodiment of the present invention；
Fig. 2 is enlarged drawing at the A of tubular object extruding assembly line provided in an embodiment of the present invention；
Fig. 3 is the top view of tubular object extruding assembly line provided in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of supply unit in tubular object extruding assembly line provided in an embodiment of the present invention.
Icon: 1- supply unit；2- units；3- chamfering unit；4- shaping unit；5- oil spout unit；6-
Bearing is pressed into unit；7- first is fed vibrating disk；8- second is fed vibrating disk；9- tubing feed unit；10- feeding is mechanical
Hand；11- delivery board；12- tubing picks and places component；The first driving assembly of 13-；21- drilling driving assembly；22- second drives
Component；31- chamfering support component；32- chamfering holds down assembly；33- chamfering driving assembly；34- third driving assembly；41-
Remove aluminium skimmings unit；42- insufflation unit；121- tubing lifts plate；122- tubing lifts seat；123- lifting assembly；100- machine
Frame；200- tubing to be processed；300- blanking mechanical hand；400- discharge station；The first punching unit of 500-；600- second
Punching unit.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementation
Example is a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill
Personnel's every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely to
Convenient for description the present invention and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation,
It is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " second ",
" third " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
As shown in figures 1 and 3, tubular object extruding assembly line provided in this embodiment includes supply unit 1, units 2, falls
Angle unit 3, shaping unit 4, oil spout unit 5 and bearing are pressed into unit 6, and each unit is all set in rack 100, and along to be added
The conveying direction of work tubing 200, units 2 and chamfering unit 3 are respectively positioned on before shaping unit 4, shaping unit 4, oil spout list
Member 5 and bearing indentation unit 6 are set gradually.Shaping unit 4 is for removing the aluminium generated in tubing 200 to be processed by processing
Bits, supply unit 1 are used for tubing to be processed by a unit transportation to adjacent next unit.
Units 2 can be realized the drilling of tubing, 3 energy of chamfering unit in tubular object extruding assembly line provided in this embodiment
Enough ends to tubing carry out chamfering, and shaping unit 4 can remove the aluminium skimmings generated in tubing 200 to be processed by processing, spray
Oily unit 5 can be realized the oil spout of pipe material inner wall, and bearing indentation unit 6 can be realized the indentation of bearing, and supply unit 1 can be real
Existing conveying of the tubing 200 to be processed between adjacent Unit two, by the drilling of tubing, chamfering, shaping (removing aluminium skimmings), oil spout and
The processes such as bearing indentation are completed on the same device, can be reduced the quantity of operating personnel, be improved the mechanization journey of tubular object extruding
Degree reduces operating personnel and collides with the possibility of scuffing to improve the production efficiency of tubular object extruding.
Units 2 and chamfering unit 3 are respectively positioned on before shaping unit 4, specifically, the positional relationship of three can be edge
The conveying direction of tubing 200 to be processed, is set gradually by the sequence of units 2, chamfering unit 3 and shaping unit 4；It can also be with
It is to be set gradually along the conveying direction of tubing 200 to be processed by the sequence of chamfering unit 3, units 2 and shaping unit 4.
It should be noted that the conveying direction for the tubing to be processed 200 mentioned in the present embodiment refers to tubing 200 to be processed
The conveying direction during completing the process is expected from above, i.e., the manufacturing procedure of tubing 200 to be processed in the present embodiment are as follows: drilling
(or chamfering), chamfering (or drilling), shaping, air blowing, oil spout and bearing indentation.
As shown in figure 4, each unit is arranged at equal intervals in the optional technical solution of the present embodiment, supply unit 1 includes sliding
The delivery board 11 being set in rack 100, the tubing being set on delivery board 11 pick and place component 12 and for driving delivery board
11 is round-trip between adjacent stations, fetches and delivers the first driving assembly 13 of tubing, the first driving assembly 13 is set in rack 100.
In the present embodiment, it is preferred that the first driving assembly 13 can be cylinder, and the cylinder body of cylinder is fixed in rack 100,
The piston rod of cylinder is fixedly connected with delivery board 11.
Delivery board 11 is slideably positioned in rack 100, and guide rail is fixedly installed in rack 100 specifically, can be, conveying
Plate 11 is fixedly connected with the sliding block in guide rail.
As shown in figure 4, in the optional technical solution of the present embodiment, tubing pick and place component 12 include tubing lift plate 121,
At least two groups that the multiple groups tubing on plate 121 is lifted seat 122 and is arranged at intervals on delivery board 11 are lifted every being set to tubing
Lifting assembly 123, the power output end of lifting assembly 123 are lifted plate 121 with tubing and are connect, and every group of tubing lifts seat 122 and pipe
A unit in material process line is corresponding.Obviously, tubing lifts seat 122 and is located at the top that tubing lifts plate 121.
Preferably, as a kind of specific embodiment, it includes being arranged at intervals at tubing to lift that every group of tubing, which lifts seat 122,
Two tubing on plate 121 lift seat 122, and two tubing lift seat 122 1 and are used to support the first of tubing 200 to be processed
End, another is used to support the second end of tubing 200 to be processed.
Lifting assembly 123 may include six, and six lifting assemblies 123 are in distributed rectangular on delivery board 11.
Preferably, as a kind of specific embodiment, lifting assembly 123 may include cylinder, and the cylinder body of cylinder is fixed
On delivery board 11, the piston rod of cylinder is lifted plate 121 with tubing and is fixedly connected.
It is same under the action of supply unit in the tubing that each unit is being processed after the processing for completing the unit
Step is transported to respective next unit.Specifically, each tubing is transported to adjacent next unit by the unit processed
Process can be such that
After processing is completed, lifting assembly 123 drives tubing to lift plate 121 and each group tubing support to each unit processed
All those present 122 rise, and every group of tubing lifts seat 122 and holds up its corresponding tubing by the processing stations of corresponding units；Then, first
Driving assembly 13 pushes delivery board 11 and each group tubing to lift seat 122 and move back to adjacent next unit；Then, lifting assembly
123 drive tubing lift plate 121 and each group tubing lifts the reset of seat 122, and each group tubing lifts seat 122 and places corresponding tubing
In on the corresponding unit of arrival；Finally, the first driving assembly 13 drives delivery board 11 and each group tubing to lift the reset of seat 122, with
This circulation.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes two units 2, two units
2 are located at the same side of tubing hole to be drilled, and are arranged along the length direction interval of tubing hole to be drilled, and one in tubing hole to be drilled
First end drilling on length direction, another is for the second end drilling on pipe length direction hole to be drilled.Using in pipe
The mode to drill on material is more advantageous to the cylindricity for guaranteeing tubing.
In the present embodiment, it is preferred that two units 2 are located at tubing hole to be drilled away from the side of next processing unit.
The tubing hole to be drilled mentioned in the present embodiment tubing to be processed 200 hole to be drilled such as i.e..
As shown in figure 3, units 2 include drilling support component, drilling compression in the optional technical solution of the present embodiment
Component, drill, for drive drill rotate drilling driving assembly 21 and for drive drilling driving assembly 21 with
And the second driving assembly 22 that drill switches between waiting station and drilling station, drilling support component, drilling compress
Component and the second driving assembly 22 are all set in rack 100, wherein drilling support component is used to support tubing hole to be drilled, bores
Hole holds down assembly for compressing tubing hole to be drilled.
The process of tubing drilling hole to be drilled may is that the both ends of tubing hole to be drilled are placed in corresponding drilling support component
After in place, drilling, which holds down assembly, compresses tubing hole to be drilled；Then, the second driving assembly 22 driving drilling driving assembly 21 and drilling
Drill bit moves to drilling station by waiting station, and drill drills on tubing hole to be drilled；After drilling, drilling pressure
Tight component resets, and the tubing for completing drilling, which is waited, is delivered to next unit by supply unit.
As a kind of specific embodiment, in the present embodiment, the second driving assembly 22 is electric cylinders, and drill driving assembly 21
For motor.
It can be the rotary cylinder with elevating function that drilling, which holds down assembly,.
As shown in figure 3, in the optional technical solution of the present embodiment, tubular object extruding assembly line includes two chamfering units 3, two
A chamfering unit 3 one are located to the first end on chamfering pipe length direction, another is located to chamfering pipe length direction
On second end.In the inside chamfering of tubing to be processed, so that the installation of bearing is more convenient, bearing is can reduce or even avoided
Installation is not just or the case where score bearings occurs.
That mentions in the present embodiment waits the tubing to be processed 200 of chamfering to chamfering tubing.
Chamfering unit 3 include chamfering support component 31, chamfering hold down assembly 32, chmfer bit, for driving chmfer bit
The chamfering driving assembly 33 of rotation and for driving chamfering driving assembly 33 and chmfer bit in waiting station and chamfering station
Between the third driving assembly 34 that switches, chamfering support component 31, chamfering hold down assembly 32 and third driving assembly 34 be respectively provided with
In in rack 100, wherein chamfering support component 31 is used to support to chamfering tubing, and chamfering holds down assembly 32 for compressing wait fall
Cornue material.
The process of tubing drilling hole to be drilled may is that the both ends to chamfering tubing are put in corresponding chamfering support component 31
After setting in place, chamfering holds down assembly 32 compressions to chamfering tubing；Then, third driving assembly 34 drives 33 He of chamfering driving assembly
Chmfer bit moves to chamfering station by waiting station, and chmfer bit carries out chamfering in the corresponding end to chamfering tubing；Chamfering is complete
Bi Hou, chamfering hold down assembly reset, and the tubing for completing chamfering, which is waited, is delivered to next unit by supply unit.
As a kind of specific embodiment, in the present embodiment, the second driving assembly 22 is cylinder or electric cylinders, and drilling is driven
Dynamic component 21 is motor.
It can be the rotary cylinder with elevating function that chamfering, which holds down assembly,.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes two shaping units 4, two shaping units
4 one are located to the first end on shaping tubing length direction, another is located to the second end on shaping tubing length direction.
Shaping unit 4 includes spaced removing aluminium skimmings unit 41 and insufflation unit 42 along the conveying direction of tubing 200 to be processed.Remove aluminium
It considers the spacing between unit 41 and its previous unit to be worth doing, go the spacing and insufflation unit between aluminium skimmings unit 41 and insufflation unit 42
Spacing between 42 and its next unit is identical, and the spacing between oil spout unit 5 and bearing indentation unit 6 is consistent.
That mentions in the present embodiment waits the tubing to be processed 200 of shaping to shaping tubing.
Tubular object extruding assembly line includes two and removes aluminium skimmings unit 41, and two are gone aluminium skimmings unit 41 along tubing 200 to be processed
The setting of length direction interval, one is removed aluminium skimmings for the first end on 200 length direction of tubing to be processed, another is used for
Second end on 200 length direction of tubing to be processed removes aluminium skimmings.
Removing aluminium skimmings unit 41 includes going aluminium skimmings support component, going aluminium skimmings to hold down assembly, remove aluminium skimmings barred body, removing aluminium for driving
Bits barred body rotation go aluminium skimmings driving assembly and for drive remove aluminium skimmings driving assembly and go aluminium skimmings barred body waiting station with
The 4th driving assembly switched between aluminium skimmings station is removed, aluminium skimmings support component is gone, aluminium skimmings is gone to hold down assembly and the 4th driving assembly
It is all set in rack 100, wherein go aluminium skimmings support component to be used to support tubing 200 to be processed, go aluminium skimmings to hold down assembly and be used for
Compress tubing 200 to be processed.It goes aluminium skimmings unit 41 that can remove the aluminium skimmings that preceding process generates, guarantees the cylindricity inside tubing,
Facilitate the press fitting of bearing.
Tubing to be processed may is that aluminium skimmings support group is gone corresponding in the both ends of tubing 200 to be processed except the process of aluminium skimmings
After being in place on part, goes aluminium skimmings to hold down assembly and compress tubing 200 to be processed；Then, the 4th driving Component driver goes aluminium skimmings to drive
It moves component and aluminium skimmings barred body is gone to move to aluminium skimmings station (at this point, aluminium skimmings barred body is gone to protrude into tubing 200 to be processed by waiting station
Correspondence one end), go aluminium skimmings barred body to be removed the processing of aluminium skimmings to tubing 200 to be processed；After except aluminium skimmings, aluminium skimmings pressure is gone
Tight component resets, and completes to go the tubing waiting of aluminium skimmings to be delivered to next unit by supply unit.
As a kind of specific embodiment, in the present embodiment, the 4th driving assembly is electric cylinders, goes the aluminium skimmings driving assembly to be
Motor.
Going aluminium skimmings to hold down assembly can be the rotary cylinder with elevating function.
Insufflation unit 42 includes along the spaced two air blowing support components of length direction of tubing 200 to be processed and edge
Spaced two air blowings of the length direction of tubing 200 to be processed hold down assembly, two air blowing support components and two air blowings
Hold down assembly the uniform first end for being located at tubing 200 to be processed, another is located at the second end of tubing 200 to be processed.Wherein,
It can be the rotary cylinder with elevating function that air blowing, which holds down assembly,.Insufflation unit 42 by drilling, chamfering and goes aluminium skimmings to step on step
Suddenly the aluminium skimmings blowout tubing generated, convenient for the installation of bearing.
Can be after air blowing holds down assembly and compress tubing 200 to be processed in insufflation unit 42, manual operation gas blow pipe to
Processing tubing 200 one end be passed through gas to the other end of tubing 200 to be processed, thus by band process tubing in aluminium skimmings to
Process the other end blowout of tubing 200；Being also possible to insufflation unit 42 includes the appendix connecting with gas source, for driving gas transmission
The 5th driving assembly that pipe switches between waiting station and outlet station is provided with leaving air control valve on appendix, when to be added
Work tubing 200 is in place in air blowing support component and is held down assembly after compression by outlet, and the 5th driving assembly drives gas transmission
Pipe moves to air blowing station to blowing in the lumen of tubing 200 to be processed by waiting station, and after air blowing, the 5th is driven
Component drives appendix to reset again, and air blowing holds down assembly resets, complete the tubing blown wait be delivered to by supply unit it is next
Unit.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes the length direction along tubing 200 to be processed
Spaced two oil spout units 5, two oil spout unit 5 one are located at first end to spray bar material, another be located to
The second end of oil spout tubing.Oil spout unit 5 includes that oil spout support component and oil spout hold down assembly.Wherein, hold down assembly can for oil spout
Think the rotary cylinder with elevating function.Oil spout process increases lubricating oil into tubing to be processed, can guarantee the pressure of bearing
Dress is gone on smoothly.
It can be after oil spout holds down assembly and compress tubing 200 to be processed in oil spout unit 5, to spray bar material length direction
On both ends respectively from the oil spout into the inner cavity of tubing 200 to be processed of manual operation spray bar；Being also possible to oil spout unit 5 includes
The flowline being connect with Fuel Tanking Unit and the 6th driving for driving appendix to switch between waiting station and oil spout station
Component is connected with out oil control valve and oil outlet pump on flowline, when being in place simultaneously in oil spout support component to spray bar material
It is held down assembly after compression by oil spout, the 6th driving assembly drives flowline to move to oil spout station, fuel-displaced control by waiting station
Valve is opened, and flowline, which is treated, carries out oil spout in the lumen of oil spout tubing, after oil spout, the 6th driving assembly drives flowline again
It resets, oil spout holds down assembly resets, and the tubing waiting for completing oil spout is delivered to next unit by supply unit.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes the conveying direction along tubing 200 to be processed
Spaced two groups of bearings are pressed into unit 6, and every group includes that two bearings are pressed into units 6, and two bearing pressures in every group
Enter unit 6 one first ends being located on 200 length direction of tubing to be processed, another is located at 200 length side of tubing to be processed
Upward second end.
In the optional technical solution of the present embodiment, including to the first end being located on 200 length direction of tubing to be processed
First feed vibrating disk 7 of two bearings indentation 6 fed bearings of unit and to the be located on 200 length direction of tubing to be processed
Second feed vibrating disk 8 of two bearings indentation 6 fed bearings of unit at two ends.Vibrating disc can be such that bearing arranges on demand,
Be conducive to going on smoothly for bearing press mounting.
First feed vibrating disk 7 includes the first discharging material path, and the first sub-material component discharges material path close to and first with first
The bearing of discharging material path output can enter the first sub-material component.Side setting of the first sub-material component away from the first discharging material path
There are the first branch and second branch, when the first sub-material component is in first state, the bearing on the first sub-material component is able to enter
The first branch；When first sub-material component is in the second state, the bearing on the first sub-material component is able to enter second branch.First
Branch is pressed into away from one end of the first sub-material component and a bearing of the first end being located on 200 length direction of tubing to be processed
Unit 6 connects, and bearing can be delivered to bearing indentation unit 6；Second branch deviates from one end and position of the first sub-material component
It is connected in another bearing indentation unit 6 of the first end on 200 length direction of tubing to be processed, bearing can be delivered to this
Bearing is pressed into unit 6.
As an embodiment, the first sub-material component may include the first sub-material material path and be set in rack 100
The first sub-material driving assembly, the first sub-material material path is connect with the first sub-material driving assembly, when the first sub-material driving assembly is in
When first state, the first sub-material material path is connected to the first branch；When the first sub-material driving assembly is in the second state, first point
Material material path is connected to second branch.
Preferably, the first sub-material driving assembly can be rotary cylinder.
Second feed vibrating disk 8 includes the second discharging material path, and the second sub-material component discharges material path close to and second with second
The bearing of discharging material path output can enter the second sub-material component.Side setting of the second sub-material component away from the second discharging material path
There are third branch and the 4th branch, when the second sub-material component is in first state, the bearing on the second sub-material component is able to enter
Third branch；When second sub-material component is in the second state, the bearing on the second sub-material component is able to enter the 4th branch.Third
Branch is pressed into away from one end of the second sub-material component and a bearing of the second end being located on 200 length direction of tubing to be processed
Unit 6 connects, and bearing can be delivered to bearing indentation unit 6；4th branch deviates from one end and position of the second sub-material component
It is connected in another bearing indentation unit 6 of the second end on 200 length direction of tubing to be processed, bearing can be delivered to this
Bearing is pressed into unit 6.
As an embodiment, the second sub-material component may include the second sub-material material path and be set in rack 100
The second sub-material driving assembly, the second sub-material material path is connect with the second sub-material driving assembly, when the second sub-material driving assembly is in
When first state, the second sub-material material path is connected to third branch；When the second sub-material driving assembly is in the second state, second point
Material material path is connected to the 4th branch.
Preferably, the second sub-material driving assembly can be rotary cylinder.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes tubing feed unit 9 and feeding manipulator
10, feeding manipulator 10 can convey tubing 200 to be processed between feed unit and units 2.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes blanking mechanical hand 300 and is set to rack
Discharge station 400 on 100, spacing and oil spout unit 5 and bearing between discharge station 400 and bearing indentation unit 6 are pressed into
Spacing between unit 6 is equal.
In the optional technical solution of the present embodiment, tubular object extruding assembly line includes for the first of tubing 200 to be processed
The first punching unit 500 of punching and the second punching unit 600 for the second end punching in tubing 200 to be processed are held, when
When the hole for needing to process on tubing is hole (such as square hole) except circular hole, the first punching unit 500 and the second punching can be passed through
Hole unit 600 is realized.
It should be noted that the tubing to be processed 200 mentioned in the present embodiment can be the aluminum pipe in grass trimmer, but unlimited
In for the aluminum pipe in grass trimmer.
Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent
Pipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according to
So be possible to modify the technical solutions described in the foregoing embodiments, or to some or all of the technical features into
Row equivalent replacement；And these are modified or replaceed, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution
The range of scheme.
Claims (10)
1. a kind of tubular object extruding assembly line, which is characterized in that including supply unit (1), units (2), chamfering unit (3),
Shaping unit (4), oil spout unit (5) and bearing indentation unit (6), each unit are all set on rack (100), and along to be added
The conveying direction of work tubing (200), the units (2) and the chamfering unit (3) be respectively positioned on the shaping unit (4) it
Before, the shaping unit (4), the oil spout unit (5) and bearing indentation unit (6) are set gradually；The shaping list
First (4) for removing the aluminium skimmings generated in tubing to be processed (200) by processing, the supply unit (1) is used for will be to be processed
Tubing by a unit transportation to adjacent next unit.
2. tubular object extruding assembly line according to claim 1, which is characterized in that each unit is arranged at equal intervals, the conveying
Unit (1) includes the delivery board (11) being slideably positioned on the rack (100), the tubing being set on the delivery board (11)
It picks and places component (12) and for driving the delivery board (11) round-trip between adjacent stations, fetches and delivers the first driving group of tubing
Part (13), first driving assembly (13) are set on the rack (100).
3. tubular object extruding assembly line according to claim 2, which is characterized in that it includes pipe that the tubing, which picks and places component (12),
Material lifts plate (121), is arranged at intervals at that the multiple groups tubing that the tubing is lifted on plate (121) lifts seat (122) and interval is set
At least two groups lifting assembly (123) being placed on the delivery board (11), the power output end of the lifting assembly (123) and institute
It states tubing and lifts plate (121) connection, tubing described in every group lifts a unit in seat (122) and the tubular object extruding assembly line
It is corresponding.
4. tubular object extruding assembly line according to claim 1, which is characterized in that including two units (2), two
A units (2) are located at the same side of tubing hole to be drilled, and are arranged along the length direction interval of tubing hole to be drilled, one
For the first end drilling on pipe length direction hole to be drilled, another is for second on pipe length direction hole to be drilled
End drilling.
5. tubular object extruding assembly line according to claim 4, which is characterized in that the units (2) include drilling branch
Support component, drilling hold down assembly, drill, the drilling driving assembly (21) for driving drill rotation and is used for
Drive the second drive that drilling driving assembly (21) and the drill switch between waiting station and drilling station
Dynamic component (22), the drilling support component, the drilling holds down assembly and second driving assembly (22) is all set in institute
It states on rack (100), wherein the drilling support component is used to support tubing hole to be drilled, and the drilling holds down assembly for pressing
Tight tubing hole to be drilled.
6. tubular object extruding assembly line according to claim 1, which is characterized in that including two chamfering units (3), two
A chamfering unit (3) one are located to the first end on chamfering pipe length direction, another is located at long to chamfering tubing
Spend the second end on direction；
The chamfering unit (3) include chamfering support component (31), chamfering hold down assembly (32), chmfer bit, for driving
State the chamfering driving assembly (33) of chmfer bit rotation and for driving the chamfering driving assembly (33) and the chamfer drill
The third driving assembly (34) that switches between waiting station and chamfering station of head, the chamfering support component (31), it is described fall
Angle holds down assembly (32) and the third driving assembly (34) is all set on the rack (100), wherein the chamfering support
Component (31) is used to support to chamfering tubing, the chamfering hold down assembly (32) for compress to chamfering tubing.
7. tubular object extruding assembly line according to claim 1-6, which is characterized in that including two shapings
Unit (4), two the shaping unit (4) one are located to the first end on shaping tubing length direction, another be located to
Second end on shaping tubing length direction；The shaping unit (4) includes along the conveying direction interval of tubing to be processed (200)
What is be arranged removes aluminium skimmings unit (41) and insufflation unit (42).
8. tubular object extruding assembly line according to claim 1-6, which is characterized in that including along tubing to be processed
(200) bearing described in spaced two groups of conveying direction is pressed into unit (6), and every group includes that two bearing indentations are single
First (6), and two bearings in every group be pressed into unit (6) one be located on tubing to be processed (200) length direction the
One end, another is located at the second end on tubing to be processed (200) length direction.
9. tubular object extruding assembly line according to claim 8, which is characterized in that including to positioned at tubing to be processed (200)
First feed vibrating disk (7) He Xiangwei of described bearing indentation unit (6) fed bearings of two of the first end on length direction
Second in two described bearing indentation unit (6) fed bearings of the second end on tubing to be processed (200) length direction supplies
Expect vibrating disk (8).
10. tubular object extruding assembly line according to claim 1-6, which is characterized in that including tubing feed unit
(9) and feeding manipulator (10), the feeding manipulator (10) can be between the feed unit and the units (2)
Convey tubing to be processed (200).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910003256.0A CN109483246A (en) | 2019-01-02 | 2019-01-02 | Tubular object extruding assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910003256.0A CN109483246A (en) | 2019-01-02 | 2019-01-02 | Tubular object extruding assembly line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109483246A true CN109483246A (en) | 2019-03-19 |
Family
ID=65713672
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910003256.0A Pending CN109483246A (en) | 2019-01-02 | 2019-01-02 | Tubular object extruding assembly line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109483246A (en) |
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| CN108015550A (en) * | 2018-01-07 | 2018-05-11 | 余成付 | Two-way chamfering impulse- free robustness process line lathe |
| CN209394295U (en) * | 2019-01-02 | 2019-09-17 | 浙江天泰机械有限公司 | Tubular object extruding assembly line |
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|---|---|---|---|---|
| CN203738387U (en) * | 2014-01-24 | 2014-07-30 | 深圳市鑫嘉惠机械有限公司 | Fully-automatic saddle tube machining device |
| CN104924080A (en) * | 2015-07-13 | 2015-09-23 | 吕永昌 | Guide rail machining device |
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