CN209533112U - A kind of surface roughness processing equipment for standby pipe - Google Patents
A kind of surface roughness processing equipment for standby pipe Download PDFInfo
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- CN209533112U CN209533112U CN201920173244.8U CN201920173244U CN209533112U CN 209533112 U CN209533112 U CN 209533112U CN 201920173244 U CN201920173244 U CN 201920173244U CN 209533112 U CN209533112 U CN 209533112U
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Abstract
The utility model relates to a kind of surface roughness processing equipments for standby pipe, belong to surface roughness processing equipment technical field, solves the technical issues of sandblasting is carried out to standby pipe surface using artificial method in the prior art, including two drive shafts, sandblasting mechanism, recovering mechanism, installing mechanism between sandblasting mechanism and recovering mechanism, sandblasting mechanism includes sandblasting screw rod, sandblasting mounting base, material storing box, sandblasting pipette tips, recovering mechanism includes recycling screw rod, linkage unit, recycle mounting base, recycling bins, the discharge port of sandblasting pipette tips, the feed inlet of recycling bins is arranged along drive shaft radial direction, and the discharge port of sandblasting pipette tips and the feed inlet of recycling bins are located along the same line.This is used for the surface roughness processing equipment of standby pipe, increases the roughness of standby pipe surface and forms sputtering target material, realizes the recycling of waste material, reduce the pollution of the labor intensity and the grains of sand of operator to environment, improve the production efficiency and quality of product.
Description
Technical field
The utility model relates to surface roughness processing equipment technical field, in particular to a kind of surface for standby pipe is thick
Rugosity processing equipment.
Background technique
The processing method of existing standby pipe surface roughness mainly has mechanical mill elimination and etch.Machinery mill elimination is to use
Fine grinding wheel or abrasive material carry out mill to standby pipe surface and disappear, and are then carrying out surface clean, the standby pipe surface roughness processed is uneven
It is even.Etch is to corrode standby pipe to surface by electrolytic method in strong acid, and wherein there are strong acid, highly basic in corrosive liquid
Equal substances, not only cause large effect to environment, but also the life of operator is be easy to cause to injure, in order to solve standby pipe table
The problem of surface roughness processing, part operation personnel attempt for the grains of sand to be sprayed on standby tube outer surface and increase the coarse of its surface
Degree not only increases the labor intensity of operator in this way, and due to the difference of operator's proficiency, causes
Keep standby pipe surface roughness uneven, therefore, not only increases the labor intensity of operator, and reduce the matter of product
Amount.
Utility model content
The purpose of this utility model is to provide a kind of surface roughness processing equipments for standby pipe, and standby pipe is mounted on
On installing mechanism, the grains of sand are ejected into the outer surface of standby pipe by sandblasting mechanism, to increase the roughness of standby pipe surface and formation
Sputtering target material, while recovering mechanism realizes the recycling of waste material, not only makes the processing of sputtering target material more convenient, reduces operator
The labor intensity of member, improves the production efficiency and quality of product, and reduce pollution of the grains of sand to environment, and then improve
The practicability of surface roughness processing equipment.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of surface roughness processing equipment for standby pipe, including pedestal in the horizontal direction, two parallel and intervals
It is installed in the support plate of base top surface, rotation connection turns on the supporting plate and with one-to-one two drivings of two support plates
Axis, is arranged between two drive shafts and for installing the fitting machine for pipe the driving mechanism for rotating drive shaft
Structure is arranged between two support plates and for the grains of sand to be splashed to the sandblasting mechanism for tube outer surface formation sputtering target material, are set
The recovering mechanism between two support plates and for recycling waste material is set, the drive shaft is horizontally disposed, two institutes
The axis for stating drive shaft is overlapped, and two drive shafts are arranged along its axis direction interval, and the installing mechanism is located at
Between sandblasting mechanism and recovering mechanism, the sandblasting mechanism includes being rotatably connected between two support plates and putting down with drive shaft
Capable sandblasting screw rod, is set in sandblasting screw rod outer peripheral surface and is threadedly coupled with it the driving assembly for making the rotation of sandblasting screw rod
Sandblasting mounting base, be arranged and between sandblasting mounting base and two support plates and make sandblasting mounting base along sandblasting spiro rod length direction
Mobile the first guidance set, be installed in sandblasting mounting base and the material storing box for storing the grains of sand, be installed on material storing box and
For the grains of sand to be splashed to the sandblasting pipette tips of standby tube outer surface, the recovering mechanism includes being rotatably connected between two support plates
And and the parallel recycling screw rod of sandblasting screw rod, both it is arranged between recycling screw rod and sandblasting screw rod and realizes the linkage groups to link
Part, the recycling mounting base for being set in recycling screw rod outer peripheral surface and being threadedly coupled with it, setting are in recycling mounting base and two supports
Between plate and makes to recycle the second guidance set moved in mounting base edge recycling spiro rod length direction, is removably mounted at recycling installation
On seat and for recycling the recycling bins of waste material, the discharge ports of the sandblasting pipette tips, recycling bins feed inlet along drive shaft diameter
It is arranged to direction, and the discharge port of the sandblasting pipette tips and the feed inlet of recycling bins are located along the same line.
It, will when carrying out sandblasting to increase its surface roughness to standby tube outer surface by using above-mentioned technical proposal
Standby pipe is mounted on installing mechanism, and rotates together standby pipe and drive shaft, and sandblasting screw rod turns under the drive of driving assembly
Dynamic, sandblasting screw rod drives sandblasting mounting base to move along sandblasting spiro rod length direction, and then drives sandblasting pipette tips mobile, due to sandblasting
Screw rod is parallel with drive shaft, so that sandblasting pipette tips is driven to move along standby length of tube direction, meanwhile, drive shaft is in driving mechanism
Drive under rotate, drive shaft drives standby pipe to rotate by installing mechanism, to realize the sandblasting of standby tube outer surface, and is formed
Sputtering target material, meanwhile, sandblasting screw rod drives recycling screw rod to rotate by linkage unit, and recycling screw rod drives recycling mounting base to move
Dynamic, recycling mounting base drives recycling bins mobile, to realize the synchronizing moving of recycling bins and sandblasting pipette tips, makes recycling bins to waste material
It is recycled, to not only make the processing of sputtering target material more convenient, reduces the labor intensity of operator, improve product
Production efficiency and quality, and pollution of the grains of sand to environment is reduced, and then improve the practical of surface roughness processing equipment
Property.
The utility model is further arranged to: the outer peripheral surface of the recycling bins is installed with fixed ring flat-plate, the fixed ring flat-plate
It is removably mounted in recycling mounting base by clamping screw.
By using above-mentioned technical proposal, the mutual cooperation of fixed ring flat-plate and clamping screw realizes recycling bins and recycling
Being detachably connected between mounting base improves the practicability of recovering mechanism convenient for clearing up the waste material in recycling bins.
The utility model is further arranged to: the linkage unit include setting recycling screw rod and sandblasting screw rod between and
The first interlocking bar for being rotatably supported on support plate side, is installed at the first bevel gear for being installed in first interlocking bar one end
The third bevel gear of the one interlocking bar other end, the second bevel gear being installed on sandblasting screw rod, be installed on recycling screw rod the
Second bevel gear of four bevel gears, first bevel gear is meshed, and the third bevel gear and the 4th bevel gear are meshed.
By using above-mentioned technical proposal, when needing to rotate recycling screw rod, rotoblast bolt, sandblasting screw rod drives the
Two bevel-gear rotatings, the second bevel gear drive the rotation of the first interlocking bar, and the first interlocking bar drives third bevel-gear rotating, third umbrella
Gear drives the 4th bevel-gear rotating, and the 4th bevel gear drives recycling screw rod rotation, to realize recycling screw rod and sandblasting screw rod
Synchronous rotation, and then realize the synchronizing moving of sandblasting pipette tips and recycling bins, keep the recycling of waste material more convenient, more stable.
The utility model is further arranged to: second guidance set includes being installed between two support plates and and returning
The second parallel guide rod of screw rod is received, second guide rod, which runs through recycling mounting base and slides with it, to be connect.
It by using above-mentioned technical proposal, moves recycling mounting base along recycling spiro rod length direction, and then makes recycling bins
It is moved along standby length of tube direction, not only makes the processing and installation of the second guidance set more convenient, but also improve recovering mechanism to make
Stability.
The utility model is further arranged to: spacer sleeve sets that there are two slide the of connection with it on second guide rod
Two spacing collars, the recycling mounting base are located between two the second spacing collars, on two second spacing collars respectively
It is threaded with the second fixing bolt, second fixing bolt runs through the periphery of the second spacing collar side wall and the second guide rod
Face is inconsistent.
By using above-mentioned technical proposal, recycles mounting base and moved between two the second spacing collars, recycling is installed
The mobile position of seat is defined, and improves the stability that recovering mechanism uses, while the second spacing collar is fixed by second
Bolt is fixed, and keeps the use of the second spacing collar more convenient.
The utility model is further arranged to: first guidance set includes being installed between two support plates and and spraying
The first parallel guide rod of sand screw rod, first guide rod, which runs through sandblasting mounting base and slides with it, to be connect.
It by using above-mentioned technical proposal, moves sandblasting mounting base along sandblasting spiro rod length direction, and then makes sand-blasting gun
Head is moved along standby length of tube direction, not only makes the processing and installation of the first guidance set more convenient, but also improve sandblasting mechanism
The stability used.
The utility model is further arranged to: spacer sleeve sets that there are two slide the of connection with it on first guide rod
One spacing collar, the sandblasting mounting base are located between two the first spacing collars, on two first spacing collars respectively
It is threaded with the first fixing bolt, first fixing bolt runs through the periphery of the first spacing collar side wall and the first guide rod
Face is inconsistent.
By using above-mentioned technical proposal, sandblasting mounting base moves between two the first spacing collars, installs to sandblasting
The mobile position of seat is defined, and improves the stability that sandblasting mechanism uses, while the first spacing collar is fixed by first
Bolt is fixed, and keeps the use of the first spacing collar more convenient.
The utility model is further arranged to: the installing mechanism includes two for installing standby pipe and turning with two drivings
The one-to-one installation mold of axis, the installation mold include the rotation for installing standby pipe and being overlapped with the axis of drive shaft
Axis both is arranged between rotation axis and drive shaft and realizes the connection component being detachably connected, is set in rotation axis periphery
Face and for clamping for pipe first be tensioned arc plate and second tensioning arc plate, setting first tensioning arc plate and rotation axis between and
Component, setting are adjusted between the second tensioning arc plate and rotation axis and for adjusting two for adjusting the first of distance between the two
Between person distance second adjust component, it is described first tensioning arc plate, second tensioning arc plate axis and rotation axis axis
It is overlapped, the first tensioning arc plate, the second bending direction for being tensioned arc plate are directed to rotation axis.
By using above-mentioned technical proposal, when that will be mounted on installing mechanism for pipe, standby pipe sleeve is located at two installations
On first tensioning arc plate of mold, the outer peripheral surface of the second tensioning arc plate, the positive camber of the first tensioning arc plate adjusts component first
Under the action of and standby pipe medial surface it is inconsistent, the positive camber of the second tensioning arc plate is under the action of second adjusts component and standby pipe
Medial surface it is inconsistent, thus on the rotating shaft by the standby stable installation of pipe, and rotate together standby pipe and rotation axis, make standby pipe
Installation it is more stable, improve the stability that installing mechanism uses.
The utility model is further arranged to: the first tensioning arc plate, the second tensioning arc board group close to form an annulus.
By using above-mentioned technical proposal, connecing for the first tensioning arc plate, the second tensioning arc plate and standby pipe medial surface is increased
Contacting surface product improves the frictional force of the first tensioning arc plate, the second tensioning arc plate and standby pipe medial surface, reduces standby pipe and has skidded
The case where occur, improve the stability that installing mechanism uses.
The utility model is further arranged to: the connection component includes the first installation for being installed in drive shaft outer peripheral surface
Plate, be installed in rotation axis outer peripheral surface and second mounting plate inconsistent with the first mounting plate, multiple settings in the first mounting plate and
Fastening bolt between second mounting plate, the fastening nut being threadedly coupled with fastening bolt, the screw rod of the fastening bolt run through
First mounting plate, the second mounting plate and fastening nut are threadedly coupled.
By using above-mentioned technical proposal, the first mounting plate and the second mounting plate are removable by fastening bolt, fastening nut
Connection is unloaded, thus realize being detachably connected for drive shaft and rotation axis, convenient for being replaced to rotation axis, consequently facilitating according to
Length, the interior diameter size etc. of standby pipe replace installation mold, improve the practicability of installing mechanism.
In conclusion the utility model has the following beneficial effects:
1, standby pipe is mounted on installing mechanism, sprays by the surface roughness processing equipment for standby pipe of the utility model
The grains of sand are ejected into the outer surface of standby pipe by sand mechanism, to increase the roughness of standby pipe surface and form sputtering target material, simultaneously
Recovering mechanism realizes the recycling of waste material, not only makes the processing of sputtering target material more convenient, reduces the labor intensity of operator,
The production efficiency and quality of product are improved, while reducing pollution of the grains of sand to environment, and then improve at surface roughness
Manage the practicability of equipment.
2, recycling bins are removably mounted in recycling mounting base by fixed ring flat-plate, clamping screw, convenient for in recycling bins
Waste material cleared up, improve the practicability of recovering mechanism.
3, two the second spacing collars are set on the second guide rod, are limited convenient for the position mobile to recycling mounting base
It is fixed, the stability that recovering mechanism uses is improved, two the first spacing collars are set on the first guide rod, convenient for pacifying to sandblasting
The mobile position of dress seat is defined, and improves the stability that sandblasting mechanism uses.
4, rotation axis is removably mounted in drive shaft by connection component, is not only convenient for replacing rotation axis,
And length, the interior diameter size etc. convenient for the standby pipe of basis replace installation mold, improve the practicability of installation mold,
And then improve the practicability of installing mechanism.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the structural schematic diagram in order to indicate drive shaft；
Fig. 3 is the portion the A enlarged drawing in Fig. 2；
Fig. 4 is to indicate that the first adjusting component, second adjust the partial sectional view of component；
Fig. 5 is the portion the B enlarged drawing in Fig. 4；
Fig. 6 is the structural schematic diagram in order to indicate the first spacing collar, the first fixing bolt；
Fig. 7 is the structural schematic diagram in order to indicate recovering mechanism；
Fig. 8 is the structural schematic diagram in order to indicate the second spacing collar, the second fixing bolt.
In figure, 1, pedestal；11, support plate；2, drive shaft；3, driving mechanism；31, the first driving motor；32, first is solid
Fixed board；4, installation mold；41, rotation axis；411, the first adjusting grooves；4111, the first spacing block set；412, the second adjusting is recessed
Slot；4121, the second spacing block set；42, connection component；421, the first mounting plate；422, the second mounting plate；423, fastening bolt；
424, fastening nut；43, the first tensioning arc plate；44, the second tensioning arc plate；45, first component is adjusted；451, the first adjusting rod；
452, the first compressed spring；4511, the first retention bead；46, second component is adjusted；461, the second adjusting rod；462, the second pressure
Contracting spring；4611, the second retention bead；5, sandblasting mechanism；51, sandblasting screw rod；52, sandblasting mounting base；53, material storing box；54, it sprays
Sand pipette tips；55, driving assembly；551, the second driving motor；552, the second fixed plate；56, the first guidance set；561, it first leads
To bar；562, the first spacing collar；563, the first fixing bolt；6, recovering mechanism；61, screw rod is recycled；62, mounting base is recycled；
63, recycling bins；631, collection tank；632, cabinet is recycled；64, fixed ring flat-plate；641, clamping screw；65, linkage unit；651,
First interlocking bar；652, the first bevel gear；653, the second bevel gear；654, third bevel gear；655, the 4th bevel gear；66,
Two guidance sets；661, the second guide rod；662, the second spacing collar；663, the second fixing bolt；71, the first limit plate；72,
Second limit plate.
Specific embodiment
The utility model is described in further detail below in conjunction with drawings and examples.
A kind of surface roughness processing equipment for standby pipe, as depicted in figs. 1 and 2, including pedestal 1, pedestal 1 is along level
Direction setting, and the cross section of pedestal 1 is rectangle.The top surface of pedestal 1 is vertically fixed, and there are two support plate 11, two support plates
11 are arranged along 1 length direction interval of pedestal, and support plate 11 is arranged along 1 width direction of pedestal.Turn respectively in two support plates 11
Dynamic to be connected with drive shaft 2, i.e. the quantity of drive shaft 2 is two, and two drive shafts 2 are set along 1 length direction interval of pedestal
It sets, and the axis of two drive shafts 2 is overlapped, drive shaft 2 is arranged along 1 length direction of pedestal.In one of support plate 11
It is provided with the driving mechanism 3 for rotating drive shaft 2, the peace for installing standby pipe is provided between two drive shafts 2
Mounting mechanism, two support plates 11 are provided in the side of installing mechanism and form sputtering target for the grains of sand to be ejected into standby tube outer surface
The sandblasting mechanism 5 of material, two support plates 11 are provided with the recovering mechanism 6 for recycling waste material in the other side of installing mechanism, i.e.,
Installing mechanism is between sandblasting mechanism 5 and recovering mechanism 6.
As shown in Fig. 2, driving mechanism 3 includes the first driving motor 31, the first driving motor 31 passes through the first fixed plate 32
It is installed on side of the support plate 11 far from drive shaft 2, support plate 11 and the first driving motor are run through in one end of drive shaft 2
31 output shaft is fixedly connected.
As shown in Figures 2 and 3, installing mechanism includes two for installing the installation mold 4 of standby pipe, two installation molds 4
It is corresponded with two drive shafts 2, and installation mold 4 is removably mounted in drive shaft 2.Installation mold 4 includes along drive
The rotation axis 41 of 2 length direction of turn axis setting, the axis of rotation axis 41 and the axis of drive shaft 2 are overlapped, and rotation axis 41
Side positioned at drive shaft 2 far from support plate 11.Both realizations are provided between rotation axis 41 and drive shaft 2 detachably to connect
The connection component 42 connect.Rotation axis 41 far from the outer peripheral surface of 2 one end of drive shaft be arranged with for the standby pipe of clamping and in standby pipe
The compatible first tensioning arc plate 43 in side and the second tensioning arc plate 44.The axis of first tensioning arc plate 43, the second tensioning arc plate
44 axis, the axis of rotation axis 41 are parallel, and the bending direction of the first tensioning arc plate 43 is directed toward rotation axis 41, the second tensioning arc
The bending direction of plate 44 is directed toward rotation axis 41.In the first tensioning arc plate 43 and inconsistent the second tensioning arc plate 44, the first tensioning
Arc plate 43 and the second tensioning combination of arc plate 44 form an annulus.In conjunction with shown in Fig. 4 and Fig. 5, the first tensioning arc plate 43 and rotation
Between axis 41 be arranged there are three for adjusts distance between the two first adjust component 45, three first adjusting components 45 along turn
The setting of 41 axis direction interval of moving axis.There are three for adjusting between the two for setting between second tensioning arc plate 44 and rotation axis 41
The second of distance adjusts component 46, and three second adjusting components 46 are arranged along 41 axis direction interval of rotation axis.
As shown in Figure 3 and Figure 5, connection component 42 includes being installed in drive shaft 2 close to 41 one end outer peripheral surface of rotation axis
First mounting plate 421, the first mounting plate 421 be in circular ring shape, outer peripheral surface of the rotation axis 41 close to 2 one end of drive shaft be installed with
The second inconsistent mounting plate 422 of first mounting plate 421, the second mounting plate 422 are in circular ring shape.Second mounting plate 422 and first
Multiple fastening bolts 423 are provided between mounting plate 421, multiple fastening bolts 423 are uniform along 421 circumferential direction of the first mounting plate
The screw rod of setting, fastening bolt 423 is threaded with fastening nut 424 through the first mounting plate 421, the second mounting plate 422, i.e.,
First mounting plate 421, the second mounting plate 422 are detachably connected by fastening bolt 423, fastening nut 424.
As shown in Figure 3 and Figure 5, the first adjusting component 45 includes being installed in the first of 43 negative camber of the first tensioning arc plate to adjust
Bar 451, the first adjusting rod 451 are arranged along 41 radial direction of rotation axis, and the outer peripheral surface of rotation axis 41 offers and the first adjusting rod
451 compatible first adjusting grooves 411, the first adjusting rod 451 are located at first far from one end of the first tensioning arc plate 43 and adjust
In groove 411.The first compressed spring 452 is installed between 411 inner bottom surface of first adjusting rod 451 and the first adjusting grooves.In order to
The first adjusting rod 451 is prevented to be detached from the first adjusting grooves 411, the first adjusting rod 451 is outer far from first tensioning 43 one end of arc plate
Circumferential surface is installed with the first retention bead 4511, and the medial surface of 411 open end of the first adjusting grooves is installed with and the first retention bead
4511 compatible first spacing block sets 4111.
As shown in Figure 3 and Figure 5, the second adjusting component 46 includes being installed in the second of 44 negative camber of the second tensioning arc plate to adjust
Bar 461, the second adjusting rod 461 are arranged along 41 radial direction of rotation axis, and the outer peripheral surface of rotation axis 41 offers and the second adjusting rod
461 compatible second adjusting grooves 412, the second adjusting rod 461 are located at second far from one end of the second tensioning arc plate 44 and adjust
In groove 412.The second compressed spring 462 is installed between 412 inner bottom surface of second adjusting rod 461 and the second adjusting grooves.In order to
The second adjusting rod 461 is prevented to be detached from the second adjusting grooves 412, the second adjusting rod 461 is outer far from second tensioning 44 one end of arc plate
Circumferential surface is installed with the second retention bead 4611, and the medial surface of 412 open end of the second adjusting grooves is installed with and the second retention bead
4611 compatible second spacing block sets 4121.
As shown in Figure 3 and Figure 5, in order to keep the installation of standby pipe more convenient, the first tensioning arc plate of one of installation mold 4
43 outer peripheral surface is installed with the first limit plate 71, and the first limit plate 71 is in fan annular setting.Second tensioning arc of the installation mold 4
The outer peripheral surface of plate 44 is installed with the second limit plate 72, and the second limit plate 72 is in fan annular setting.
When that will be mounted on installing mechanism for pipe, the end face of standby pipe one end and the first limit plate 71, the second limit plate 72
Inconsistent, the first tensioning arc plate 43, second that standby pipe sleeve is located at two installation molds 4 is tensioned on the outer peripheral surface of arc plate 44, and the
The positive camber of one tensioning arc plate 43 is under the action of the first compressed spring 452 and the medial surface of standby pipe is inconsistent, the second tensioning arc
The positive camber of plate 44 is under the action of the second compressed spring 462 and the medial surface of standby pipe is inconsistent, by the first tensioning arc plate 43,
The mutual cooperation of second tensioning arc plate 44 rotates together standby pipe and rotation axis 41 to realize the fixation of standby pipe, not only makes the
One adjust component 45, second adjust component 46 use it is more convenient, and make installing mechanism using more stable, while the first peace
Loading board 421 and the second mounting plate 422 are detachably connected by fastening bolt 423, fastening nut 424, to realize drive shaft 2
It is mentioned with being detachably connected for rotation axis 41 convenient for being replaced according to length, the interior diameter size etc. of standby pipe to installation mold 4
The high practicability of installing mechanism.
As shown in Fig. 2, sandblasting mechanism 5 includes the sandblasting screw rod 51 being rotatably connected between two support plates 11, sandblasting spiral shell
Bar 51 and drive shaft 2 are arranged in parallel.The outer peripheral surface of sandblasting screw rod 51 is threaded with sandblasting mounting base 52, sandblasting mounting base 52
Side close to installing mechanism is installed with the material storing box 53 for storing the grains of sand, is installed on material storing box 53 for spraying the grains of sand
Discharge port to the sandblasting pipette tips 54 of standby tube outer surface, sandblasting pipette tips 54 is arranged along 2 radial direction of drive shaft.Setting first is driven
The driving assembly 55 for rotating sandblasting screw rod 51, two support plates 11 and sandblasting are provided in the support plate 11 of dynamic motor 31
The first guidance set 56 for moving sandblasting mounting base 52 along 51 length direction of sandblasting screw rod is provided between mounting base 52.
As shown in Fig. 2, driving assembly 55 includes the second driving motor 551, the second driving motor 551 passes through the second fixed plate
552 are installed on side of the support plate 11 far from sandblasting screw rod 51, and one end of sandblasting screw rod 51 is driven through support plate 11 and second
The output shaft of dynamic motor 551 is fixedly connected.
As shown in Figure 2 and Figure 6, the first guidance set 56 includes the first guide rod being installed between two support plates 11
561, the first guide rod 561 and sandblasting screw rod 51 are arranged in parallel, one end of the first guide rod 561 through sandblasting mounting base 52 and with
It slides connection.The outer peripheral surface of first guide rod 561 is arranged there are two sliding the first spacing collar 562 of connection with it, and two
First spacing collar 562 is arranged along 561 length direction interval of the first guide rod, and sandblasting mounting base 52 is located at two first limits
Between sleeve 562.The first fixing bolt 563, and two the first fixing bolts are respectively arranged on two the first spacing collars 562
563 and two the first spacing collars 562 correspond.The screw rod of first fixing bolt 563 is through the first spacing collar 562 and the
The outer peripheral surface of one guide rod 561 is inconsistent, and the screw rod of the first fixing bolt 563 and the first spacing collar 562 are threadedly coupled.
As shown in fig. 7, recovering mechanism 6 includes the recycling screw rod 61 being rotatably connected between two support plates 11, spiral shell is recycled
Bar 61 and sandblasting screw rod 51 are arranged in parallel.The outer peripheral surface of recycling screw rod 61 is threaded with recycling mounting base 62, recycles mounting base
62 are provided with the recycling bins 63 for recycling waste material close to the side of installing mechanism.Recycling bins 63 include setting in recycling mounting base
Collection tank 631 between 62 and drive shaft 2, collection tank 631 are arranged in cuboid-type open at one end and hollow, collect
The open end of cabinet 631 forms feed inlet, and the feed inlet of collection tank 631 is arranged along the radial direction of drive shaft 2, and collects
The feed inlet of cabinet 631 and the discharge port of sandblasting pipette tips 54 are located along the same line.As shown in connection with fig. 8, collection tank 631 is close
The outer peripheral surface of recycling 62 one end of mounting base is installed with matched fixation ring flat-plate 64, and fixed ring flat-plate 64 passes through clamping screw
641 are removably mounted in recycling mounting base 62.The bottom end of collection tank 631 is installed with the recycling cabinet being connected with inside it
632, recycling cabinet 632 is in top end opening and hollow cuboid-type is arranged, and recycles cabinet 632 close to recycling mounting base 62 1
Medial surface of the medial surface and collection tank 631 at end close to mounting base one end is located on same vertical guide.Recycle screw rod 61 and spray
It is provided with the linkage unit 65 for realizing the two linkage between sand screw rod 51, is arranged between two support plates 11 and recycling mounting base 62
Having makes to recycle the second guidance set 66 that mounting base 62 is moved along recycling 61 length direction of screw rod.
As shown in fig. 7, sandblasting screw rod 51 runs through support plate 11 far from one end of the second driving motor 551, screw rod 61 is recycled
Support plate 11 is run through in one end far from the second driving motor 551.Linkage unit 65, driving assembly 55 are separately positioned on sandblasting screw rod
51 both ends, i.e. two support plates 11 are located between linkage unit 65 and the second driving motor 551.Linkage unit 65 includes rotation
It is supported on 11 side of support plate and along the first interlocking bar 651 of 1 width direction of pedestal setting, the first interlocking bar 651 is located at spray
Between sand screw rod 51 and recycling screw rod 61.The outer peripheral surface of the first interlocking bar 651 one end along its length is installed with and its axis
The first bevel gear 652 being overlapped, the outer peripheral surface of sandblasting screw rod 51 are installed with the second bevel gear being meshed with the first bevel gear 652
653, the axis of the second bevel gear 653 and the axis of sandblasting screw rod 51 are overlapped.First interlocking bar 651 along its length another
The outer peripheral surface at end is installed with the third bevel gear 654 being overlapped with its axis, and the outer peripheral surface of recycling screw rod 61 is installed with and third umbrella
The 4th bevel gear 655 that gear 654 is meshed, the axis of the 4th bevel gear 655 and the axis of recycling screw rod 61 are overlapped.
As shown in Figure 7 and Figure 8, the second guidance set 66 includes the second guide rod being installed between two support plates 11
661, the second guide rod 661 and recycling screw rod 61 are arranged in parallel, one end of the second guide rod 661 through recycling mounting base 62 and with
It slides connection.The outer peripheral surface of second guide rod 661 is arranged there are two sliding the second spacing collar 662 of connection with it, and two
Second spacing collar 662 is arranged along 661 length direction interval of the second guide rod, and recycles mounting base 62 and be located at two second limits
Between sleeve 662.The second fixing bolt 663, and two the second fixing bolts are respectively arranged on two the second spacing collars 662
663 and two the second spacing collars 662 correspond.The screw rod of second fixing bolt 663 is through the second spacing collar 662 and the
The outer peripheral surface of two guide rods 661 is inconsistent, and the screw rod of the second fixing bolt 663 and the second spacing collar 662 are threadedly coupled.
When carrying out sandblasting to increase its surface roughness to standby tube outer surface, standby pipe is mounted on installing mechanism,
Sandblasting screw rod 51 rotates under the drive of the second driving motor 551, and sandblasting screw rod 51 drives sandblasting mounting base 52 along sandblasting screw rod
51 length directions are mobile, and then drive sandblasting pipette tips 54 mobile, since sandblasting screw rod 51 is parallel with drive shaft 2, to drive
Sandblasting pipette tips 54 are moved along standby length of tube direction, meanwhile, drive shaft 2 rotates under the drive of the first driving motor 31, driving
Shaft 2 drives rotation axis 41 to rotate, and rotation axis 41 drives the first tensioning arc plate 43, second to be tensioned arc plate 44 and rotates, and then drives
Standby pipe rotates, to realize the sandblasting of standby tube outer surface, and forms sputtering target material, meanwhile, sandblasting screw rod 51 passes through linkage unit
65 drive recycling screw rod 61 to rotate, and recycling screw rod 61 drives recycling mounting base 62 mobile, and recycling mounting base 62 drives recycling bins 63
It is mobile, to realize the synchronizing moving of recycling bins 63 and sandblasting pipette tips 54, recycle recycling bins 63 to waste material, to make to splash
Shoot at the target material processing it is more convenient, reduce the labor intensity of operator, improve the production efficiency and quality of product, drop simultaneously
Low pollutions of the grains of sand to environment, and then improve the practicability of surface roughness processing equipment.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (10)
1. a kind of surface roughness processing equipment for standby pipe, it is characterised in that: including in the horizontal direction pedestal (1), two
A parallel and interval is installed in the support plate (11) of pedestal (1) top surface, is rotatably connected on support plate (11) and supports with two
One-to-one two drive shafts (2) of plate (11), are arranged at two the driving mechanism (3) for rotating drive shaft (2)
Installing mechanism, setting between drive shaft (2) and for installing standby pipe between two support plates (11) and are used for the grains of sand
Standby tube outer surface is splashed to form the sandblasting mechanism (5) of sputtering target material, be arranged between two support plates (11) and for recycling
The recovering mechanism (6) of waste material, the drive shaft (2) is horizontally disposed, the axis weight of two drive shafts (2)
It closes, and two drive shafts (2) are arranged along its axis direction interval, the installing mechanism is located at sandblasting mechanism (5) and returns
Receive mechanism (6) between, the sandblasting mechanism (5) include be rotatably connected between two support plates (11) and with drive shaft (2)
Parallel sandblasting screw rod (51), is set in sandblasting screw rod (51) outside at the driving assembly (55) for making sandblasting screw rod (51) rotation
Circumferential surface and the sandblasting mounting base (52) being threadedly coupled with it, be arranged between sandblasting mounting base (52) and two support plates (11) and
Make sandblasting mounting base (52) along mobile the first guidance set (56) of sandblasting screw rod (51) length direction, be installed in sandblasting mounting base
(52) it on and is used to store the material storing box (53) of the grains of sand, is installed on material storing box (53) and be used to for the grains of sand to be splashed to standby pipe appearance
The sandblasting pipette tips (54) in face, the recovering mechanism (6) include be rotatably connected between two support plates (11) and with sandblasting screw rod
(51) parallel recycling screw rod (61), setting between recycling screw rod (61) and sandblasting screw rod (51) and realize the connection that the two links
Dynamic component (65), the recycling mounting base (62) for being set in recycling screw rod (61) outer peripheral surface and being threadedly coupled with it, setting are being recycled
Between mounting base (62) and two support plates (11) and make to recycle mounting base (62) along recycling screw rod (61) length direction movement
Second guidance set (66), the recycling bins (63) for being removably mounted in recycling mounting base (62) and being used to recycle waste material, it is described
The discharge port of sandblasting pipette tips (54), the feed inlet of recycling bins (63) are arranged along drive shaft (2) radial direction, and the sandblasting
The discharge port of pipette tips (54) and the feed inlet of recycling bins (63) are located along the same line.
2. a kind of surface roughness processing equipment for standby pipe according to claim 1, it is characterised in that: the recycling
The outer peripheral surface of case (63) is installed with fixed ring flat-plate (64), and the fixed ring flat-plate (64) is detachably installed by clamping screw (641)
In recycling mounting base (62).
3. a kind of surface roughness processing equipment for standby pipe according to claim 1, it is characterised in that: the linkage
Component (65) includes setting between recycling screw rod (61) and sandblasting screw rod (51) and is rotatably supported on support plate (11) side
The first interlocking bar (651), be installed in the first interlocking bar (651) one end the first bevel gear (652), be installed in the first interlocking bar
(651) the third bevel gear (654) of the other end, be installed on sandblasting screw rod (51) the second bevel gear (653), be installed in recycling
The second bevel gear (653) of the 4th bevel gear (655) on screw rod (61), first bevel gear (652) is meshed, and described
Three bevel gears (654) and the 4th bevel gear (655) are meshed.
4. a kind of surface roughness processing equipment for standby pipe according to claim 1, it is characterised in that: described second
Guidance set (66) includes being installed in the second guide rod between two support plates (11) and parallel with recycling screw rod (61)
(661), second guide rod (661) is run through recycling mounting base (62) and is slid with it and connect.
5. a kind of surface roughness processing equipment for standby pipe according to claim 4, it is characterised in that: described second
Spacer sleeve sets that there are two the second spacing collar (662) of connection, the recycling mounting base (62) are slid with it on guide rod (661)
Between two the second spacing collars (662), it is solid that second is threaded on two second spacing collars (662) respectively
Determine bolt (663), second fixing bolt (663) is through the second spacing collar (662) side wall and the second guide rod (661)
Outer peripheral surface is inconsistent.
6. a kind of surface roughness processing equipment for standby pipe according to claim 1, it is characterised in that: described first
Guidance set (56) includes being installed between two support plates (11) and first guide rod parallel with sandblasting screw rod (51)
(561), first guide rod (561) is run through sandblasting mounting base (52) and is slid with it and connect.
7. a kind of surface roughness processing equipment for standby pipe according to claim 6, it is characterised in that: described first
Spacer sleeve sets that there are two the first spacing collar (562) of connection, the sandblasting mounting base (52) are slid with it on guide rod (561)
Between two the first spacing collars (562), it is solid that first is threaded on two first spacing collars (562) respectively
Determine bolt (563), first fixing bolt (563) is through the first spacing collar (562) side wall and the first guide rod (561)
Outer peripheral surface is inconsistent.
8. a kind of surface roughness processing equipment for standby pipe according to claim 1, it is characterised in that: the installation
Mechanism include two for install standby pipe and with the one-to-one installation mold (4) of two drive shafts (2), the installation mold
It (4) include for installing the standby rotation axis (41) managed and be overlapped with the axis of drive shaft (2), setting in rotation axis (41) and driving
Between turn axis (2) and realize both be detachably connected connection component (42), be set in rotation axis (41) outer peripheral surface and be used for
Clamping is tensioned arc plate (43) and the second tensioning arc plate (44), setting in the first tensioning arc plate (43) and rotation axis for the first of pipe
(41) first between and for adjusting distance between the two adjusts component (45), setting in the second tensioning arc plate (44) and rotates
Second between axis (41) and for adjusting distance between the two adjusts component (46), first tensioning arc plate (43), second
It is tensioned the axis of arc plate (44) to be overlapped with the axis of rotation axis (41), first tensioning arc plate (43), the second tensioning arc plate
(44) bending direction is directed to rotation axis (41).
9. a kind of surface roughness processing equipment for standby pipe according to claim 8, it is characterised in that: described first
It is tensioned arc plate (43), the second tensioning arc plate (44) combination forms an annulus.
10. a kind of surface roughness processing equipment for standby pipe according to claim 8, it is characterised in that: the company
Connected components (42) include the first mounting plate (421) for being installed in drive shaft (2) outer peripheral surface, are installed in rotation axis (41) outer peripheral surface
And with the first mounting plate (421) inconsistent the second mounting plate (422), multiple settings in the first mounting plate (421) and the second peace
Fastening bolt (423) between loading board (422), the fastening nut (424) being threadedly coupled with fastening bolt (423), the fastening
The screw rod of bolt (423) is threadedly coupled through the first mounting plate (421), the second mounting plate (422) and fastening nut (424).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920173244.8U CN209533112U (en) | 2019-01-31 | 2019-01-31 | A kind of surface roughness processing equipment for standby pipe |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920173244.8U CN209533112U (en) | 2019-01-31 | 2019-01-31 | A kind of surface roughness processing equipment for standby pipe |
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| CN209533112U true CN209533112U (en) | 2019-10-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114536226A (en) * | 2022-03-29 | 2022-05-27 | 武汉江丰电子材料有限公司 | Rotary target material sand blasting cleaning system device, sand blasting cleaning method and application |
-
2019
- 2019-01-31 CN CN201920173244.8U patent/CN209533112U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114536226A (en) * | 2022-03-29 | 2022-05-27 | 武汉江丰电子材料有限公司 | Rotary target material sand blasting cleaning system device, sand blasting cleaning method and application |
| CN114536226B (en) * | 2022-03-29 | 2023-05-12 | 武汉江丰电子材料有限公司 | Rotary target sand blasting cleaning system device, sand blasting cleaning method and application |
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