CN107322465A - A kind of equipment for processing mill ball - Google Patents
A kind of equipment for processing mill ball Download PDFInfo
- Publication number
- CN107322465A CN107322465A CN201710729764.8A CN201710729764A CN107322465A CN 107322465 A CN107322465 A CN 107322465A CN 201710729764 A CN201710729764 A CN 201710729764A CN 107322465 A CN107322465 A CN 107322465A
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- China
- Prior art keywords
- section
- pushing cylinder
- inner casing
- grinding
- mill ball
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B37/00—Lapping machines or devices; Accessories
- B24B37/02—Lapping machines or devices; Accessories designed for working surfaces of revolution
- B24B37/025—Lapping machines or devices; Accessories designed for working surfaces of revolution designed for working spherical surfaces
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B37/00—Lapping machines or devices; Accessories
- B24B37/34—Accessories
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B37/00—Lapping machines or devices; Accessories
- B24B37/34—Accessories
- B24B37/345—Feeding, loading or unloading work specially adapted to lapping
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
- Crushing And Grinding (AREA)
Abstract
The present invention discloses a kind of equipment for processing mill ball, including housing (1), it is characterised in that：The housing (1) is divided into inner casing (1.1) and shell (1.2), the inner casing (1.1) is sequentially provided with transfer chamber (1.1.1) in the axial direction, grinding chamber (1.1.2) and sub-material room (1.1.3), the inside of the inner casing (1.1) is provided with grinding knife (4), the grinding knife (4) is sequentially provided with delivery section (4.1), ground section (4.2) and extension (4.3), the transfer chamber (1.1.1), grinding chamber (1.1.2) and delivery section (4.1), it is provided with for the pushing cylinder (5) of mill ball in release grinding chamber after fracture and is engaged with the screw thread in delivery section (4.1) to control the switch module (6) that pushing cylinder (5) is moved back and forth vertically in inner casing (1.1) between ground section (4.2), the present invention provides a kind of horizontal positioned, a kind of equipment for processing mill ball of material lagging is not had in production efficiency height and equipment.
Description
Technical field
The present invention relates to mill ball manufacture field, and in particular to a kind of equipment for processing mill ball.
Background technology
In the prior art, most of process equipment of mill ball is using the spherical equipment placed vertically, this equipment
First embryo material is put into equipment when processing mill ball, then restarts equipment and embryo material is ground, simultaneously as plus
The mobility of work embryo material is small, not of uniform size, the problem of machine-shaping is difficult easily occurs, often to be ground for a long time, from
And cause the problem of spherical production efficiency of equipment is low.
The also mill ball equipment of some horizontal positioneds, but that embryo material is often had after machine-shaping terminates is stagnant for this kind equipment
Stay in a device, be not easily taken out, cause the waste of production, while the processing of next group mill ball is have impact on, so such
Although the speed of mill ball equipment production is high, it can not also be accepted because of wasting big by producer.
The content of the invention
The technical problems to be solved by the invention are：There is provided and do not had in a kind of horizontal positioned, production efficiency height and equipment
A kind of equipment for processing mill ball of material lagging.
The technical scheme is that there is provided a kind of equipment for processing mill ball, including housing, it is characterised in that：
The housing is divided into inner casing and shell, and the inner casing is sequentially provided with transfer chamber, grinding chamber and sub-material room in the axial direction, described
The shell that the shell at inner casing axis two ends is provided with above coaxial bearing block and drive mechanism, the sub-material room is provided with charging
Mouthful, the inside of the inner casing is provided with grinding knife, one end and the circumferentially spacing connection of drive mechanism, the grinding knife of the grinding knife
The other end rotated and be connected by bearing and bearing block, the grinding knife is sequentially provided with transmission from drive mechanism end to bearing block end
Section, ground section and extension, the delivery section are located in transfer chamber, and the ground section is located in grinding chamber, the extension section
It is provided with to be used to release in grinding chamber after fracture in sub-material room, between the transfer chamber, grinding chamber and delivery section, ground section and grinds
The pushing cylinder of ball and the switch module to control pushing cylinder to be moved back and forth vertically in inner casing, institute are engaged with the screw thread in delivery section
State and splicing section, pusher section and shaped segment are sequentially provided with pushing cylinder axial direction, the splicing section is located in transfer chamber with pusher section, described
One end of shaped segment is located in grinding chamber, and the other end of the shaped segment is located in transfer chamber, the splicing section be arc column and
The opening of arc column is provided with intilted chamfering, the pushing cylinder towards charging aperture, two inclines of the splicing section arc column
External diameter it is equal with the internal diameter of inner casing, the external diameter of the ground section, the major diameter of thread in delivery section, the internal diameter of splicing section, pusher
The internal diameter of section is equal and is less than the internal diameter of shaped segment, and the switch module includes being engaged with the screw thread in delivery section controlling
The connecting pole that pushing cylinder processed is moved back and forth in inner casing and the switch for controlling connecting pole to coordinate with screw thread in delivery section, it is described to connect
Expect to be provided with elastic threads between the end of section and housing, the elastic threads are easy to pushing cylinder to reset more quickly, and the splicing section is provided with
For the side opening moved for connecting pole, the inner casing is provided with the through hole for being used for passing through for switch and connecting pole.
The present invention program's has the beneficial effect that：When equipment runs well, the smooth mill ball in surface can be obtained, it is disconnected in equipment
Control after material by switch module to pushing cylinder, moves threaded function of the pushing cylinder by delivery section after fracture, so as to promote embryo
Material is continued to move to, and is reached the effect of grinding, is then discharged grinding chamber, is moved in sub-material room, it is to avoid equipment embryo after fracture
Material is trapped in the phenomenon that discharge is difficult in equipment, while also avoiding being deposited on incline from the embryo material that charging aperture is come in, causes embryo
The waste of material, c by the effect of elastic threads can make in pushing cylinder when reseting movement starts mobile column quickly with delivery section
Screw thread offsets, and is easy to the effect reset by screw thread.
As a modification of the present invention, the inner casing lower end is provided with guide groove, and the lower section of the pushing cylinder is provided with and guiding
Groove is engaged so that the guide pad that pushing cylinder is moved axially, is improved, it is ensured that pushing cylinder is by guide pad and guiding by described
The effect of groove completes mill ball in discharge grinding chamber axially movable, more rapidly and effectively.
As a modification of the present invention, the side opening is step through-hole, and the connecting pole includes being used for and delivery section
The mobile column that coordinates of screw thread and for switching the movable block that offsets, the switch module also to include shell fragment, the shell fragment
One end and the junction of mobile column and movable block offset, and the other end of the shell fragment and the step surface of side opening offset, by described
Improve, pushing cylinder can be made in reseting procedure, when connecting pole arrives at the through hole on inner casing, acted on by shell fragment, connecting pole is automatic
Ejection, coordinates the screw thread of mobile column and delivery section and releases, so that pushing cylinder stops movement, it is not necessary to which the rotation for stopping grinding knife coming
Stop the movement of pushing cylinder.
As a modification of the present invention, the splicing section and the inwall radius of pusher section and the inwall semidiameter of shaped segment
Value is improved equal to the diameter of finished product mill ball by described, it is ensured that mill ball is equal in magnitude in last shaping so that grind
The quality of abrading-ball is higher.
Brief description of the drawings
Fig. 1 is the normal grinding working condition overall structure diagram of the present invention.
Fig. 2 is pushing cylinder structural representation of the present invention.
Fig. 3 is inner casing configuration schematic diagram of the present invention.
Fig. 4 is the overall side cross section structure diagram of the present invention.
Mplifying structure schematic diagram when Fig. 5 opens for configuration switches at I in Fig. 4.
Mplifying structure schematic diagram when Fig. 6 closes for configuration switches at I in Fig. 4.
Fig. 7 is pushing cylinder working condition overall structure diagram of the present invention.
Wherein, reference is：1st, housing, 1.1, inner casing, 1.1.1, transfer chamber, 1.1.1.1, through hole, 1.1.2, grinding
Room, 1.1.3, sub-material room, 1.1.4, guide groove, 1.2, shell, 1.2.1, charging aperture, 2, bearing block, 3, drive mechanism, 4, grinding
Knife, 4.1, delivery section, 4.2, ground section, 4.3, extension, 5, pushing cylinder, 5.1, splicing section, 5.1.1, chamfering, 5.2, pusher section,
5.3rd, shaped segment, 5.4, guide pad, 5.5, side opening, 6, switch module, 6.1, connecting pole, 6.1.1, mobile column, 6.1.2, movement
Block, 6.2, switch, 6.3, shell fragment, 7, elastic threads.
Embodiment
Embodiments of the invention are further described below in conjunction with the accompanying drawings.
As shown in figs. 1-7, operation principle of the invention：The present invention including housing 1, be located inside housing 1 grinding knife 4,
For providing the drive mechanism 3 of the power of grinding knife 4 and pushing cylinder 5, switch module 6 for preventing material lagging after fracture.
1 point of housing is that inner casing 1.1 is sequentially provided with transfer chamber 1.1.1, grinding in the axial direction with shell 1.2, inner casing 1.1
Room 1.1.2 and sub-material room 1.1.3, is provided with coaxial bearing block 2 and drive mechanism on the shell 1.2 at the axis two ends of inner casing 1.1
3, charging aperture 1.2.1 is provided with the shell 1.2 above the 1.1.3 of sub-material room, transfer chamber the 1.1.1 other end and shell 1.2 are set
Have and drive mechanism 3 is connected with gap, and the shell 1.2 at the end, transfer chamber 1.1.1 side is provided with what is passed through for switch 6.2
Through hole 1.1.1.1；Sub-material room 1.1.3 one end is connected with grinding chamber 1.1.2, and the sub-material room 1.1.3 other end is outer with housing 1
Shell 1.2 offsets, and the bearing block 2 and bearing for being used for supporting grinding knife 4 is provided with the end housing 1, sub-material room 1.1.3 lower end is set
There is the separator for separating mill ball and grounds travel, mill ball discharging opening row of the mill ball after separation from the lower section of bearing block 2
Go out, the grounds travel after separation by separator from powder-collecting chamber is discharged to, and being provided with grinding chamber 1.1.2 lower end is used for and pushing cylinder 5
On the guide groove 1.1.4 that is engaged of guide pad 5.4, pushing cylinder 5 can be made to be moved along guide groove 1.1.4 directions, wherein guide groove
1.1.4 set location needs to be determined according to the design attitude of guide pad 5.4, it is not necessary to be arranged on grinding chamber
1.1.2 lower end.
Grinding knife 4 is arranged on the inside of housing 1, and one end is connected with drive mechanism 3, and the other end is connected with bearing block 2, can be with
Grinding knife 4 is rotated by drive mechanism 3, grinding knife 4 is divided into being used to pass from the end of drive mechanism 3 to the end of bearing block 2
Send the delivery section 4.1 of embryo material, the ground section 4.2 for grinding embryo material and the extension 4.3 for supporting grinding knife 4, delivery section
4.1 is equal with the external diameter of ground section 4.2, in the connection that the end of delivery section 4.1 is provided with drive shaft is engaged in drive mechanism 3
Gap is provided between screw thread and ground section 4.2 in hole, delivery section 4.1, when the mobile column 6.1.1 is moved to screw tip no longer
Acted on and moved axially by threads turn.
It is divided into three sections on the axis direction of pushing cylinder 5, remains splicing section 5.1, pusher section 5.2, shaped segment 5.3, pushing cylinder 5 and shell
Body 1 is coordinated using gap, and the fit clearance can ensure that pushing cylinder 5 is moved in housing 1, and embryo material can be avoided to enter pushing cylinder 5 and shell again
In gap between body 1；Splicing section 5.1 and pusher section 5.2 and the delivery section 4.1 and ground section 4.2 of grinding knife 4 are matched somebody with somebody using gap
Close, the fit clearance can ensure that pushing cylinder 5 will not be influenceed in moving process by grinding knife 4, ensure that grinding knife 4 can be
The inner rotation of pushing cylinder 5, while embryo material can be avoided to pass through the gap of pushing cylinder 5 and grinding knife 4, it is to avoid cause transmission chaff rice and promote chaff
The phenomenon of the efficiency reduction of rice, the internal diameter of shaped segment 5.3 is bigger than the internal diameter of splicing section 5.1 and pusher section 5.2, the difference of radius
Equal to the diameter of required mill ball, it can so ensure that the diameter ground after ball forming is equal, so just can guarantee that embryo material is being ground
Yield rate during mill, splicing section 5.1 be the opening of arc column and arc column towards charging aperture 1.2.1, for accepting from entering
The embryo material that material mouth 1.2.1 enters, is provided with intilted chamfering 5.1.1 on two inclines of arc column, and chaff rice can be avoided stagnant
Stay on the incline of arc column, pusher section 5.2 has one intersegmental away from the spacing in initial position with the ground section 4.2 of grinding knife 4
It can ensure that embryo material is smoothly ground room 1.1.2 from transfer chamber 1.1.1；It is provided with and the guide groove on housing 1 in the lower section of pushing cylinder 5
1.1.4 the guide pad 5.4 matched, passes through the cooperation of guide groove 1.1.4 and guide pad 5.4, it is ensured that pushing cylinder 5 is in the axial direction
Mobile, the position of guide pad 5.4, guide groove 1.1.4 position, the design of the length three of pushing cylinder 5 need to make pushing cylinder 5 in any position
Put all be directed to groove 1.1.4 covering, it is to avoid embryo material is fallen among guide groove 1.1.4, it is to avoid cause guide pad 5.4 movement block and
The phenomenon that embryo material is wasted, while also to ensure pushing cylinder 5 after the mill ball and grounds travel in releasing grinding chamber 1.1.2, splicing section
5.1 need the intersection with the delivery section 4.1 of grinding knife 4, overlap the pitch that length is more than delivery section 4.1, it is to avoid not
Embryo material into grinding chamber 1.1.2 is dropped out from splicing section 5.1；Switch module 6 includes switch 6.2, connecting pole 6.1, shell fragment 6.3,
The through hole 1.1.1.1 being engaged with switch module 6, corresponding housing are provided with close to the end of drive mechanism 3 in transfer chamber 1.1.1
The spacing hole for passing through switch 6.2 also is provided with 1 shell 1.2, is provided with and matches with connecting pole 6.1 in splicing section 5.1
The side opening 5.5 of conjunction, 6.1 points of connecting pole is mobile column 6.1.1 and movable block 6.1.2, one end of the shell fragment 6.3 and mobile column
6.1.1 the junction with movable block 6.1.2 offsets, and the step surface of the other end and side opening 5.5 of the shell fragment 6.3 offsets, and is pushing away
When cylinder 5 is in home position, the inside that mobile column 6.1.1 does not enter into rice receiving chamber is acted on by shell fragment 6.3, will not be by grinding knife
4 influence, at the same will switch 6.2 outwardly against, make switch 6.2 be in open state, and to make pushing cylinder 5 move when, press
Switch 6.2, moves inward mobile column 6.1.1, now movable block 6.1.2 is completely embedded into pushing cylinder 5, and switch 6.2 is with pushing away
Cylinder 5 is tangent, is not influenceed, then mobile column 6.1.1 can be influenceed by the screw thread in delivery section 4.1, turned by screw thread by the movement of pushing cylinder 5
Dynamic direction axially movable, so that pushing cylinder 5 is promoted axially movable, when 5 reset movement of pushing cylinder, when connecting pole 6.1 is moved
During through hole 1.1.1.1 positions on to inner casing 1.1, shell fragment 6.3 is flicked, and resets connecting pole 6.1, and pushing cylinder 5 will no longer be ground
Knife 4 rotates influence and moved.To provide the initial reset power of pushing cylinder 5, in the shell 1.2 of the end of splicing section 5.1 and housing 1
Elastic threads 7 are connected between inwall, when pushing cylinder 5 needs to reset, elastic threads 7 pull pushing cylinder 5 to be moved to transfer chamber 1.1.1 directions
Dynamic, then grinding knife 4 is inverted, and is promoted pushing cylinder 5 to be axially moveable using the screw thread in delivery section 4.1, is finally completed answering for pushing cylinder 5
Position action, simultaneously as the Design of length of pushing cylinder 5 can make splicing section 5.1 longer, can be with transfer chamber 1.1.1 close drive mechanism
A deep-slotted chip breaker corresponding with arc column is designed in 3 end, arc column is may pass through deep-slotted chip breaker and will not spill embryo material, together
When the deep-slotted chip breaker also be available for elastic threads 7 and pass through.The connection of above-mentioned elastic threads 7 can also be the end that one end is connected to splicing section,
The other end is connected on the inwall of inner casing 1.1, can so reduce the design of deep-slotted chip breaker on transfer chamber 1.1.1, but need to transmission
Room carries out extension design to meet the movement requirement of pushing cylinder.
The present invention use during, during charging aperture 1.2.1 is persistently fed with common apparatus for feeding without
Too big difference, in the case of embryo material fracture, from charging aperture 1.2.1 or waits short time, etc. at delivery section 4.1 without
During embryo material, switch 6.2 is pressed, makes the screw thread that mobile column 6.1.1 enters in splicing section 5.1, delivery section 4.1 and mobile column 6.1.1
Contact, promotes pushing cylinder 5 to be moved to sub-material room 1.1.3 directions, so that pusher section 5.2 is entered in grinding chamber 1.1.2.So as to meeting
There are two kinds of situations, a kind of chaff rice of situation delivery section 4.1 is all introduced into grinding chamber 1.1.2, if the pusher section of pushing cylinder 5
5.2 when being introduced into grinding chamber 1.1.2, and embryo material continues to grind repeatedly in grinding chamber 1.1.2, can not be from grinding because lacking motive force
Grind in room and discharge, and the pusher of pushing cylinder 5 section 5.2 enters after grinding chamber 1.1.2, because pushing cylinder 5 gives embryo material motive force, and pushes away
It is also to rely on the screw thread in delivery section 4.1 that cylinder 5, which advances, so as the speed advanced when the speed advanced is with normal grinding, no
The process of lapping of embryo material can be influenceed, the mill ball of same grinding effect can be obtained, so that it is not enough existing to avoid mill ball grinding
The generation of elephant；The embryo material of delivery section 4.1 is not completely into grinding chamber 1.1.2 in another case, and pushing cylinder 5 separates embryo material, directly
Connect and promote the embryo material in grinding chamber 1.1.2 to be ground and move forward, because pushing cylinder 5 gives embryo material motive force, and
And it is also to rely on the screw thread in delivery section 4.1 that pushing cylinder 5, which advances, so the speed one advanced when the speed advanced is with normal grinding
Sample, does not interfere with the process of lapping of embryo material, can obtain the mill ball of same grinding effect, in pushing cylinder 5 by grinding chamber 1.1.2
Mill ball all discharge after, motor reversal, pushing cylinder 5 by elastic threads 7 act on to transfer chamber 1.1.1 directions move, then passed
The screw thread of section 4.1 and the collective effect of elastic threads 7 is sent to be moved to transfer chamber 1.1.1 directions, the last screw thread by delivery section 4.1
Effect, pushing cylinder 5 is moved with stable speed to transfer chamber 1.1.1 direction, is ejected until connecting pole 6.1 is acted on by shell fragment 6.3,
Agree with onto through hole 1.1.1.1, mobile column 6.1.1 is left splicing section 5.1, the holding position of pushing cylinder 5 is motionless, and grinding knife 4 continues
Reversion, the embryo material for being introduced into grinding chamber 1.1.2 is moved in transfer chamber 1.1.1, also embryo material is seen whether, if so, rotating forward
Grinding knife 4, makes embryo material enter grinding chamber 1.1.2, waits short time, presses switch 6.2, repeats said process, until grinding
Knife 4 is inverted, in transfer chamber 1.1.1 without embryo material untill.The mill ball and grounds travel after grinding can be delivered in the case of two kinds point
Expect room 1.1.3, then separated in the 1.1.3 of sub-material room by separator, grinding of the mill ball after separation from the lower section of bearing block 2
Ball discharging opening is discharged, and the grounds travel after separation is from collection locellus is discharged to by separator.
Described above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical schemes belonged under thinking of the present invention belong to the protection domain of invention.It should be pointed out that for the art
For those of ordinary skill, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (4)
1. a kind of equipment for processing mill ball, including housing (1), it is characterised in that：The housing (1) is divided into inner casing
(1.1) with shell (1.2), the inner casing (1.1) is sequentially provided with transfer chamber (1.1.1), grinding chamber (1.1.2) in the axial direction
With sub-material room (1.1.3), the shell (1.2) at inner casing (1.1) the axis two ends is provided with coaxial bearing block (2) and driving machine
Shell (1.2) above structure (3), the sub-material room (1.1.3) is provided with charging aperture (1.2.1), the inside of the inner casing (1.1)
Provided with grinding knife (4), one end and the circumferential spacing connection of drive mechanism (3) of the grinding knife (4), the grinding knife (4) it is another
One end is rotated with bearing block (2) by bearing and is connected, and the grinding knife (4) is held to bearing block (2) end successively from drive mechanism (3)
Provided with delivery section (4.1), ground section (4.2) and extension (4.3), the delivery section (4.1) is located in transfer chamber (1.1.1),
The ground section (4.2) is located in grinding chamber (1.1.2), and the extension (4.3) is located in sub-material room (1.1.3), described to pass
Send to be provided with to be used to release after fracture between room (1.1.1), grinding chamber (1.1.2) and delivery section (4.1), ground section (4.2) and grind
The pushing cylinder (5) of mill ball and it is engaged to control pushing cylinder (5) on inner casing (1.1) interior edge with the screw thread in delivery section (4.1) in room
The switch module (6) of axial reciprocating movement, be sequentially provided with pushing cylinder (5) axial direction splicing section (5.1), pusher section (5.2) and
Shaped segment (5.3), the splicing section (5.1) is located in transfer chamber (1.1.1) with pusher section (5.2), the shaped segment (5.3)
One end is located in grinding chamber (1.1.2), and the other end of shaped segment is located in transfer chamber (1.1.1), and the splicing section (5.1) is arc
The opening of shape post and arc column is towards charging aperture (1.2.1), and two inclines of splicing section (5.1) arc column are provided with lean-in
Oblique chamfering (5.1.1), the external diameter of the pushing cylinder (5) is equal with the internal diameter of inner casing (1.1), the external diameter of the ground section (4.2),
The internal diameter of major diameter of thread, the internal diameter of splicing section (5.1), pusher section (5.2) in delivery section (4.1) is equal and less than shaping
The internal diameter of section (5.3), the switch module (6) with the screw thread in delivery section (4.1) including being engaged with including controlling pushing cylinder (5)
The connecting pole (6.1) that moves back and forth in shell (1.1) and coordinate for controlling connecting pole (6.1) with screw thread in delivery section (4.1)
Switch (6.2), elastic threads (7) are provided between the end of the splicing section (5.1) and housing (1), the elastic threads (7) are easy to push away
Cylinder (5) is resetted more quickly, and the splicing section (5.1), which is provided with, to be used for for the mobile side opening (5.5) of connecting pole (6.1), it is described in
Shell (1.1) is provided with the through hole (1.1.1) for being used for passing through for switch (6.2) and connecting pole (6.1).
2. a kind of equipment for processing mill ball according to claim 1, it is characterised in that：Under the inner casing (1.1)
End is provided with guide groove (1.1.4), and the lower section of the pushing cylinder (5), which is provided with, to be engaged with guide groove (1.1.4) so that pushing cylinder (5) is carried out
The guide pad (5.4) of axial movement.
3. a kind of equipment for processing mill ball according to claim 1, it is characterised in that：The side opening (5.5) is
Step through-hole, the connecting pole (6.1) includes the mobile column (6.1.1) and use for being used to coordinate with the screw thread in delivery section (4.1)
In the movable block (6.1.2) offseted with switch (6.2), the switch module (6) also includes shell fragment (6.3), the shell fragment (6.3)
One end and the junction of mobile column (6.1.1) and movable block (6.1.2) offset, the other end and side opening of the shell fragment (6.3)
(5.5) step surface offsets.
4. a kind of equipment for processing mill ball according to claim 1, it is characterised in that：The splicing section (5.1)
It is equal to the diameter of finished product mill ball with the inwall radial difference of shaped segment (5.3) with the inwall radius of pusher section (5.2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710729764.8A CN107322465B (en) | 2017-08-23 | 2017-08-23 | A kind of equipment for processing mill ball |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710729764.8A CN107322465B (en) | 2017-08-23 | 2017-08-23 | A kind of equipment for processing mill ball |
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| CN107322465A true CN107322465A (en) | 2017-11-07 |
| CN107322465B CN107322465B (en) | 2019-04-05 |
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| CN106269087A (en) * | 2015-05-17 | 2017-01-04 | 王彩云 | A kind of ultrasound wave dither ball mill |
| CN204892014U (en) * | 2015-08-21 | 2015-12-23 | 中山市康和化工有限公司 | Coating preparation is with superfine horizontal pearl mill |
| CN105881193A (en) * | 2016-06-05 | 2016-08-24 | 山东东阿钢球集团有限公司 | Novel steel ball grinding device and grinding method thereof |
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Effective date of registration: 20210508 Address after: 337016 no.1-218, zone B, Xiangdong Industrial Park, Pingxiang City, Jiangxi Province Patentee after: Pingxiang Dongtao ceramics LLC Address before: 337019 No.40, Trojan Horse Village, Xiabu Town, Xiangdong District, Pingxiang City, Jiangxi Province Patentee before: Zhu Jianliang |
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