CN207757438U - Double end ball crusher - Google Patents
Double end ball crusher Download PDFInfo
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- CN207757438U CN207757438U CN201721928088.9U CN201721928088U CN207757438U CN 207757438 U CN207757438 U CN 207757438U CN 201721928088 U CN201721928088 U CN 201721928088U CN 207757438 U CN207757438 U CN 207757438U
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Abstract
The utility model discloses a kind of double end ball crusher, including rack, the first grinding mechanism, the second grinding mechanism, the first feed mechanism, the second feed mechanism, the first rotating mechanism and the second rotating mechanism.Rack includes frame and stand, first grinding mechanism and the second grinding mechanism are loaded at the left and right sides wall of stand respectively, first rotating mechanism is installed on the first feed mechanism, second rotating mechanism is installed on the second feed mechanism, first rotating mechanism and the second rotating mechanism include respectively rotary shaft and electric rotating machine, and rotary shaft is arranged along the upper and lower directions of rack；In process of lapping, the first feed mechanism drives the first bulb to the feeding of the first grinding mechanism, is cooperated by the first grinding mechanism and the first rotating mechanism and grinds the first bulb；At the same time, the second feed mechanism drives the second bulb to the feeding of the second grinding mechanism, is cooperated by the second grinding mechanism and the second rotating mechanism and grinds the second bulb, to realize the purpose of double end abrading-ball.
Description
Technical field
The utility model is related to a kind of ball crusher more particularly to a kind of double end ball crushers of beauty apparatus.
Background technology
With the continuous development of economy and being constantly progressive for society, various material consumptions are provided for people’s lives
Product, it is horizontal with abundant people’s lives, and beauty apparatus is exactly a kind of in many material consumption product.
Wherein, for the beauty apparatus with bulb, such as the cosmetic stick with bulb, since bulb is direct and human body
The part of skin contact, once the outer surface of these parts is not smooth enough, or there are when some rough parts, therefore make
Used time can cause the injuries such as the skin lesion of human skin；Therefore, bulb is ground be manufacture the beauty apparatus with bulb must not
The process that can lack.
And currently, being that operating personnel are realized by milling apparatus to the grinding of bulb；Specifically first bulb is installed on
On the fixture of milling apparatus upper saddle, then slide is pushed to be moved towards the polishing belt for doing rotary motion by operating personnel again,
So that the bulb on slide is in contact with the polishing belt for doing rotary motion, to by doing the polishing belt of rotary motion to bulb
Surface be ground, realize the grinding purpose of bulb.
But existing milling apparatus only has a set of polishing belt, therefore bulb can only be ground from single head, therefore grind
It is low to grind efficiency；Simultaneously as existing milling apparatus is to push slide to go to keep bulb opposite in process of lapping by operating personnel
Polishing belt is fed, i.e., feeding is realized by operating personnel, therefore increases the burden of operating personnel, creates a further reduction grinding effect
Rate, thus the occasion of automation can not be adapted to.
Therefore, there is an urgent need for it is a kind of can the first bulb of simultaneous grinding and the second bulb and grinding efficiency height to be adapted to automation journey
The double end ball crusher spent in high occasion overcomes above-mentioned defect.
Utility model content
The purpose of this utility model is to provide a kind of energy the first bulb of simultaneous grinding and the second bulb and grinding efficiency height
To be adapted to the double end ball crusher in the occasion of high degree of automation.
To achieve the goals above, the double end ball crusher of the utility model is applicable in the first bulb of simultaneous grinding and the second ball
Head, including rack, the first grinding mechanism, the second grinding mechanism, the first feed mechanism, the second feed mechanism, for for described the
One bulb is installed and is driven the first rotating mechanism of first ball joint-rotating and for installing and driving for second bulb
Second rotating mechanism of second ball joint-rotating.The rack includes the frame at lower section and the stand at top, and described the
One grinding mechanism is installed at the left side wall of the stand, and second grinding mechanism is installed at the right side wall of the stand；
First feed mechanism and the second feed mechanism are installed at the top end part of the frame, and first rotating mechanism is installed on
On first feed mechanism, second rotating mechanism is installed on second feed mechanism；First rotating mechanism
And second rotating mechanism include respectively rotary shaft install for bulb and the electric rotating machine for driving the rotary shaft to rotate, it is described
Rotary shaft is arranged along the upper and lower directions of the rack；In process of lapping, first feed mechanism drives first bulb
To the feeding of first grinding mechanism, grinds mechanism and the mutual cooperation of the first rotating mechanism by described first and grind described first
Bulb；At the same time, second feed mechanism drives second bulb to the feeding of second grinding mechanism, by described the
Two grinding mechanisms and the second rotating mechanism cooperate and grind second bulb.
Preferably, the electric rotating machine is along the cloth that is staggered that the rack front-rear direction and the rotary shaft are in one in front and one in back
It sets, the output shaft of the electric rotating machine is parallel with the rotary shaft, and driving pulley is equipped on the output shaft of the electric rotating machine,
Driven pulley is installed in the rotary shaft, belt is arranged on the driving pulley and driven pulley.
Preferably, the electric rotating machine is along the cloth that is staggered that the rack front-rear direction and the rotary shaft are in one in front and one in back
It sets, the output shaft of the electric rotating machine is parallel with the rotary shaft, and the output shaft of the electric rotating machine is connected with retarder, described
Driving pulley is installed on the output shaft of retarder, driven pulley is installed in the rotary shaft, the driving pulley and driven
Belt is arranged on belt wheel.
Preferably, the first grinding mechanism and the second grinding mechanism include respectively grinding motor, main drive belt wheel, driven band
Wheel, pushing tow belt wheel, polishing belt, wheel carrier, telescopic cylinder and slide guide wheel, upper and lower directions cloth of the telescopic cylinder along the rack
It sets, the output end of the telescopic cylinder is connect with the wheel carrier, and the driven belt wheel is installed on the wheel carrier, the main drive band
Along the corresponding arrangement that the rack upper and lower directions is in one on the other, the polishing belt is sheathed on the main drive for wheel and driven belt wheel
On belt wheel and driven belt wheel, the grinding motor drives the main drive belt wheel rotation, the pushing tow belt wheel to be located at the grinding skin
In the space that band is enclosed, polishing belt opens forward described in front-rear direction pushing tow of the pushing tow belt wheel also along the rack, institute
Slide guide wheel is stated along the front-rear direction of the rack in being installed on the wheel carrier in tandem, the slide guide wheel is described flexible
Cylinder drives the wheel carrier oscilaltion to be rolled in the process along the side wall of the stand.
Preferably, the pushing tow belt wheel is along the alignment that the upper and lower directions of the rack is in one on the other, the pushing tow
Belt wheel is also located at the main front for driving belt wheel and driven belt wheel along the front-rear direction of the rack.
Preferably, the driving pulley aligns along the upper and lower directions of the rack with the driven belt wheel.
Preferably, first feed mechanism and the second feed mechanism are respectively slidedly arranged on comprising the front-rear direction along the rack
Feeding balladeur train at the top end part of the frame and for drive the feeding balladeur train along the rack front-rear direction slide into
To motor, the feeding motor is installed at the top end part of the frame, the rotary shaft and electric rotating of first rotating mechanism
Machine is installed on the feeding balladeur train of first feed mechanism, and the rotary shaft and electric rotating machine of second rotating mechanism are installed on
On the feeding balladeur train of second feed mechanism.
Preferably, first feed mechanism and the second feed mechanism also include respectively to be arranged along the rack front-rear direction
Feed screw and sliding sleeve in the feeding screw on the feed screw, the feeding screw is installed on the feeding balladeur train.
Preferably, first feed mechanism and the second feed mechanism also include respectively the linear guide group, the straight line is led
Rail group arranges that the linear guide group is installed on the top end part of the frame and the feeding is slided along the front-rear direction of the rack
Between frame.
Preferably, the linear guide group of first feed mechanism or the second feed mechanism is also along the right and left of the rack
To in the arranged spaced apart of the first from left right side.
Compared with prior art, since the double end ball crusher of the utility model includes rack, the first grinding mechanism, second grinds
Grinding machine structure, the second feed mechanism, is installed for the first bulb of confession and drives the first of the first ball joint-rotating to revolve the first feed mechanism
Rotation mechanism and for installing for the second bulb and driving the second rotating mechanism of the second ball joint-rotating, therefore in process of lapping, the
One feed mechanism drives the first bulb to the feeding of the first grinding mechanism, is cooperated by the first grinding mechanism and the first rotating mechanism
And grind the first bulb；At the same time, the second feed mechanism drives the second bulb to the feeding of the second grinding mechanism, by the second grinding
Mechanism and the second rotating mechanism cooperate and grind the second bulb, i other words, the first feed mechanism, the first rotating mechanism and the
One grinding mechanism is combined into the nested structure to the first grinding ball, and by the second feed mechanism, the second rotating mechanism and the
Two grinding mechanisms are combined into another nested structure to the second grinding ball, and two nested structures are mutual indepedent and do not interfere with each other, to make
The double end abrading-ball function of the utility model is obtained simultaneously to the first bulb and the second grinding ball (i.e. double end is ground), grinding is improved and imitates
Rate；At the same time, the feeding of the first bulb be realized by the first feed mechanism and the feeding of the second bulb be by second into
It is realized to mechanism, on the one hand so that the grinding quality of the first bulb and the second bulb is more preferable, on the other hand so that this practicality is new
The degree of automation higher of the double end ball crusher of type；Furthermore since the first rotating mechanism and the second rotating mechanism include respectively for ball
The rotary shaft of head installation and the electric rotating machine for driving rotary shaft rotation, rotary shaft is arranged along the upper and lower directions of rack, therefore is dropped
Low rotary shaft is to rack level space hold.
Description of the drawings
Fig. 1 is the dimensional structure diagram that the double end ball crusher of the utility model is watched in main view direction.
Fig. 2 is the dimensional structure diagram that the double end ball crusher of the utility model is watched in left direction.
Fig. 3 is the dimensional structure diagram that the double end ball crusher of the utility model is watched in right direction.
Fig. 4 is the left view of the double end ball crusher of the utility model.
Fig. 5 is the right view of the double end ball crusher of the utility model.
Fig. 6 be the double end ball crusher of the utility model first grinding mechanism in telescopic cylinder, wheel carrier, driven belt wheel and
Dimensional structure diagram when slide guide wheel fits together.
Specific implementation mode
Description is made to the preferred embodiment of the utility model with reference to the Figure of description provided.
It please refers to Fig.1 to Fig. 5, the double end ball crusher 100 of the utility model is applicable in the first bulb of simultaneous grinding 210 and second
Bulb 220, including rack 10, first grind mechanism 20, second and grind mechanism 30, the first feed mechanism 40, the second feed mechanism
50, for for the installation of the first bulb 210 and the first rotating mechanism 60 for driving the first bulb 210 to rotate and for supplying the second bulb
220 install and drive the second rotating mechanism 70 that the second bulb 220 rotates.Rack 10 includes at frame 11 and top at lower section
Stand 12, more rationally compact installation site is createed with the combination by stand 12 and frame 11；Preferably it is stand
12 are located at the centre position of the top end part of frame 11, and align with the rear wall of frame 11, but not limited to this.First grinder
Structure 20 is installed at the left side wall of stand 12, and installation and support are provided to the first grinding mechanism 20 by stand 12；Second grinder
Structure 30 is installed at the right side wall of stand 12, and installation and support are provided to the second grinding mechanism 30 by stand 12；Preferably it is, such as
Shown in Fig. 1, in this present embodiment, mechanism 30 is ground in cloth symmetrical in stand 12 by the first grinding mechanism 20 and second
It sets, but not limited to this.First feed mechanism 40 and the second feed mechanism 50 are installed at the top end part of frame 11, right by frame 11
First feed mechanism 40 and the second feed mechanism 50 provide installation and support；Preferably it is, in this present embodiment, the first grinder
Structure 20 is located at the opposite back upper place of the first feed mechanism 40 along the front-rear direction of rack 10, and the second grinding mechanism 30 is also along rack 10
Front-rear direction be located at the opposite back upper place of the second feed mechanism 50, but not limited to this.First rotating mechanism 60 is installed on first
On feed mechanism 40, the first rotating mechanism 60 is driven to be fed along the front and back of rack 10 by the first feed mechanism 40；Second rotation
Mechanism 70 is installed on the second feed mechanism 50, drives the second rotating mechanism 70 before and after rack 10 by the second feed mechanism 50
Direction is fed.First rotating mechanism 60 includes for the rotary shaft 61 of the first bulb 210 installation and for driving rotary shaft 61 to rotate
Electric rotating machine 62, rotary shaft 61 along rack 10 upper and lower directions arrange；Equally, the second rotating mechanism 70 includes to supply the second bulb
The rotary shaft 71 of 220 installations and the electric rotating machine 72 for driving the rotation of rotary shaft 71, upper and lower of the rotary shaft 71 along rack 10
To arrangement.Therefore in process of lapping, the first feed mechanism 40 drives the first bulb 210 to be fed to the first grinding mechanism 20, by the
One grinding mechanism 20 and the first rotating mechanism 60 cooperate and grind the first bulb 210；At the same time, the second feed mechanism 50
It drives the second bulb 220 to be fed to the second grinding mechanism 30, is cooperated by the second grinding mechanism 30 and the second rotating mechanism 70
And the second bulb 220 is ground, it realizes the grinding simultaneously to the first bulb 210 and the second bulb 220, reaches the mesh of double end abrading-ball
's.More specifically, as follows：
As shown in Figure 1, Figure 2 and shown in Fig. 4, in first rotating mechanism 60 of the present embodiment, electric rotating machine 62 is before rack 10
Rear direction and rotary shaft 61 are preferably that rotary shaft 61 is located behind and electric rotating machine 62 in being staggeredly arranged one in front and one in back
In front, in order to rotary shaft 61 close to the first grinding mechanism 20 and electric rotating machine 62 far from the first grinding mechanism 20, to just
It is ground by the first grinding mechanism 20 in the first bulb 210 in rotary shaft 61；The output shaft of electric rotating machine 62 and rotary shaft 61
Parallel, the output shaft of electric rotating machine 62 is connected with retarder 63, and driving pulley 64 is equipped on the output shaft of retarder 63, rotation
Driven pulley 65 is installed on axis 61, belt 66 is arranged on driving pulley 64 and driven pulley 65, in order to electric rotating machine 62
Remotely to the driving of rotary shaft 61, and ensure the steady reliability that rotary shaft 61 rotates.Certainly, in the first of other embodiments
In rotating mechanism 60, retarder 63 can be deleted, accordingly, driving pulley 64 at this time is directly mounted at the defeated of electric rotating machine 62
On shaft, therefore it is not limited.
As shown in Fig. 1, Fig. 3 and Fig. 5, in second rotating mechanism 70 of the present embodiment, electric rotating machine 72 is before rack 10
Rear direction and rotary shaft 71 are preferably that rotary shaft 71 is located behind and electric rotating machine 72 in being staggeredly arranged one in front and one in back
In front, in order to rotary shaft 71 close to the second grinding mechanism 30 and electric rotating machine 72 far from the second grinding mechanism 30, to just
It is ground by the second grinding mechanism 30 in the second bulb 220 in rotary shaft 71；The output shaft of electric rotating machine 72 and rotary shaft 71
Parallel, the output shaft of electric rotating machine 72 is connected with retarder 73, and driving pulley 74 is equipped on the output shaft of retarder 73, rotation
Driven pulley 75 is installed on axis 71, belt 76 is arranged on driving pulley 74 and driven pulley 75, in order to electric rotating machine 72
Remotely to the driving of rotary shaft 71, and ensure the steady reliability that rotary shaft 71 rotates.Certainly, in the second of other embodiments
In rotating mechanism 70, retarder 73 can be deleted, accordingly, driving pulley 74 at this time is directly mounted at the defeated of electric rotating machine 72
On shaft, therefore it is not limited.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 6, the first grinding mechanism 20 includes grinding motor 21, main drive belt wheel 22, driven band
Wheel 23, pushing tow belt wheel 24, polishing belt 25, wheel carrier 26, telescopic cylinder 27 and slide guide wheel 28.Telescopic cylinder 27 is upper along rack 10
Lower direction arrangement is preferably that telescopic cylinder 27 is in output end arrangement directed downwardly so that left side of the telescopic cylinder 27 to stand 12
The space utilization of wall is more reasonable, and the output end of telescopic cylinder 27 is connect with wheel carrier 26, is driven on wheel carrier 26 by telescopic cylinder 27
Lower lifting.Driven belt wheel 23 is installed on wheel carrier 26, and driven belt wheel 23 is made to follow the oscilaltion together of wheel carrier 26.Main drive belt wheel 22
And driven belt wheel 23 is along the corresponding arrangement that 10 upper and lower directions of rack is in one on the other, is preferably that main drive belt wheel 22 is along rack 10
Upper and lower directions align with driven belt wheel 23, and the main belt wheel 22 that drives is located at the surface of driven belt wheel 23, in favor of flexible gas
Cylinder 27 drives the sliding downwards of driven belt wheel 23 and adjusts polishing belt 25 downwards, and it is reasonable to the left sidewall position of stand 12 to be additionally favorable for
It utilizes, but not limited to this.Polishing belt 25 is sheathed on main drive belt wheel 22 and driven belt wheel 23, and grinding motor 21 drives main drive band
22 rotation of wheel, pushing tow belt wheel 24 is located in the space that polishing belt 25 is enclosed, to meet pushing tow belt wheel 24 from polishing belt 25
The demand that inside pushing tow polishing belt 25 opens outward, pushing tow belt wheel 24 is also along the front-rear direction pushing tow polishing belt of rack 10
25 open forward；Preferably be, pushing tow belt wheel 24 along rack 10 upper and lower directions in alignment one on the other, in order to the
One bulb 210 is located at polishing belt 25 at the position between pushing tow belt wheel 24 one on the other, therefore in the first feed mechanism
40 drive the first bulb 210 to during back fed, and 23 de-regulation polishing belt 25 of driven belt wheel is driven by telescopic cylinder 27
It is elastic and change milling area of the polishing belt 25 to the first bulb 210, therefore grind more reliable property；Pushing tow belt wheel 24 is also along machine
The front-rear direction of frame 10 is located at the front of main drive belt wheel 22 and driven belt wheel 23, so that polishing belt 25 is by 24 institute of pushing tow belt wheel
The position of pushing tow is close towards 210 direction of the first bulb, in favor of the grinding of the first bulb 210, but not limited to this.28 edge of slide guide wheel
For the front-rear direction of rack 10 in being installed in tandem on wheel carrier 26, slide guide wheel 28 drives about 26 wheel carrier in telescopic cylinder 27
It is rolled along the left side wall of stand 12 in lifting process, by the slide guide wheel 28 one in front and one in back arranged, to increase wheel carrier 26 and stand
While lateral support between 12 left side wall, the steady of left side wall oscilaltion of the wheel carrier 26 with respect to stand 12 more can ensure that
Reliability, so that it is guaranteed that driven belt wheel 23 automatically adjusts the tensioning degree of polishing belt 25, so that the first grinding mechanism 20
The milling area to the first bulb 210 can neatly be changed according to actual needs, so, improve the grinding of the first bulb 210
Efficiency and quality.
As shown in Fig. 1, Fig. 3 and Fig. 5, the second grinding mechanism 30 includes grinding motor 31, main drive belt wheel 32, driven belt wheel
33, pushing tow belt wheel 34, polishing belt 35, wheel carrier 36, telescopic cylinder 37 and slide guide wheel 38.Telescopic cylinder 37 is above and below rack 10
Direction is arranged, is preferably, telescopic cylinder 37 is in output end arrangement directed downwardly so that right side wall of the telescopic cylinder 37 to stand 12
Space utilization it is more reasonable, and the output end of telescopic cylinder 37 is connect with wheel carrier 36, and about 36 wheel carrier is driven by telescopic cylinder 37
Lifting.Driven belt wheel 33 is installed on wheel carrier 36, and driven belt wheel 33 is made to follow the oscilaltion together of wheel carrier 36.Main drive belt wheel 32 and
Driven belt wheel 33, in corresponding arrangement one on the other, is preferably that main drive belt wheel 32 is along rack 10 along 10 upper and lower directions of rack
Upper and lower directions aligns with driven belt wheel 33, and the main surface driven belt wheel 32 and be located at driven belt wheel 33, in favor of telescopic cylinder
37 drive the sliding downwards of driven belt wheel 33 and adjust polishing belt 35 downwards, are additionally favorable for the reasonable of the right side wall position of stand 12
It utilizes, but not limited to this.Polishing belt 35 is sheathed on main drive belt wheel 32 and driven belt wheel 33, and grinding motor 31 drives main drive band
32 rotation of wheel, pushing tow belt wheel 34 is located in the space that polishing belt 35 is enclosed, to meet pushing tow belt wheel 34 from polishing belt 35
The demand that inside pushing tow polishing belt 35 opens outward, pushing tow belt wheel 34 also rack 10 front and back pushing tow polishing belt 35 to
Preceding opening；Preferably it is that pushing tow belt wheel 34 is along the alignment that the upper and lower directions of rack 10 is in one on the other, in order to the second ball
First 220 are located at polishing belt 35 at the position between pushing tow belt wheel 34 one on the other, therefore are driven in the second feed mechanism 50
Make the second bulb 220 to during back fed, drives 33 de-regulation polishing belt 35 of driven belt wheel elastic by telescopic cylinder 37
And change milling area of the polishing belt 35 to the second bulb 220, therefore grind more reliable property；Pushing tow belt wheel 34 is also along rack 10
Front-rear direction be located at it is main drive belt wheel 32 and driven belt wheel 33 front so that polishing belt 35 is by 34 pushing tows of pushing tow belt wheel
Position it is close towards 220 direction of the second bulb, in favor of the grinding of the second bulb 220, but not limited to this.Slide guide wheel 38 is along rack
For 10 front-rear direction in being installed in tandem on wheel carrier 36, slide guide wheel 38 drives 36 oscilaltion of wheel carrier in telescopic cylinder 37
It is rolled in the process along the right side wall of stand 12, by the slide guide wheel 38 one in front and one in back arranged, to increase wheel carrier 36 and stand 12
While lateral support between right side wall, the steady reliable of right side wall oscilaltion of the wheel carrier 36 with respect to stand 12 more can ensure that
Property, so that it is guaranteed that driven belt wheel 33 automatically adjusts the tensioning degree of polishing belt 35, so that the second grinding mechanism 30 can root
The milling area to the second bulb 220 is neatly adjusted according to actual needs, so, improve the grinding efficiency of the second bulb 220
And quality.
As shown in Figure 1, Figure 2 and Fig. 4 shown in, the first feed mechanism 40 include along rack 10 front-rear direction be slidedly arranged on frame 11 it
Feeding balladeur train 41 at top end part and the feeding motor 42 for driving feeding balladeur train 41 to be slid along 10 front-rear direction of rack, feeding
Motor 42 is installed at the top end part of frame 11, and the rotary shaft 61 and electric rotating machine 62 of the first rotating mechanism 60 are installed on feeding and slide
On frame 41, by feeding balladeur train 41 go that the first rotating mechanism 60 is driven to shift to the first grinding mechanism 20 or be moved away from by feeding motor 42
First grinding mechanism 20.Specifically, in this present embodiment, feeding motor 42 drive feeding 41 slip mode of balladeur train be：First into
To mechanism 40 also comprising the feed screw 43 and sliding sleeve arranged along 10 front-rear direction of rack in the feeding screw on feed screw 43
(not shown), feeding screw are installed on feeding balladeur train 41, so that when feeding motor 42 drives feed screw 43 to rotate, by
The feed screw 43 of rotation drives axial direction sliding of the feeding screw along feed screw 43, so that feeding balladeur train 41 is together with feeding
Screw slides together, improves the precision that feeding balladeur train 41 is fed, but not limited to this.It is opposite to further increase feeding balladeur train 41
The steady reliability that frame 11 slides, therefore the first feed mechanism 40 includes also the linear guide group 44, the linear guide group 44 is along rack
10 front-rear direction arrangement, the linear guide group 44 are installed between the top end part of frame 11 and feeding balladeur train 41, are preferably, directly
Line guide rail group 44 is in also the arranged spaced apart of the first from left right side along the left and right directions of rack 10, but not limited to this.
As shown in Fig. 1, Fig. 3 and Fig. 5, the second feed mechanism 50 include along rack 10 front-rear direction be slidedly arranged on frame 11 it
Feeding balladeur train 51 at top end part and the feeding motor 52 for driving feeding balladeur train 51 to be slid along 10 front-rear direction of rack, feeding
Motor 52 is installed at the top end part of frame 11, and the rotary shaft 71 and electric rotating machine 72 of the second rotating mechanism 70 are installed on feeding and slide
On frame 51, by feeding balladeur train 51 go that the second rotating mechanism 70 is driven to shift to the second grinding mechanism 30 or be moved away from by feeding motor 52
Second grinding mechanism 30.Specifically, in this present embodiment, feeding motor 52 drive feeding 51 slip mode of balladeur train be：First into
To mechanism 50 also comprising the feed screw 53 and sliding sleeve arranged along 10 front-rear direction of rack in the feeding screw on feed screw 53
(not shown), feeding screw are installed on feeding balladeur train 51, so that when feeding motor 52 drives feed screw 53 to rotate, by
The feed screw 53 of rotation drives axial direction sliding of the feeding screw along feed screw 53, so that feeding balladeur train 51 is together with feeding
Screw slides together, improves the precision that feeding balladeur train 51 is fed, but not limited to this.It is opposite to further increase feeding balladeur train 51
The steady reliability that frame 11 slides, therefore the second feed mechanism 50 includes also the linear guide group 54, the linear guide group 54 is along rack
10 front-rear direction arrangement, the linear guide group 54 are installed between the top end part of frame 11 and feeding balladeur train 51, are preferably, directly
Line guide rail group 54 is in also the arranged spaced apart of the first from left right side along the left and right directions of rack 10, but not limited to this.
Compared with prior art, since the double end ball crusher 100 of the utility model includes that rack 10, first grinds mechanism
20, the second grinding mechanism 30, the first feed mechanism 40, the second feed mechanism 50, for being installed for the first bulb 210 and driving the
First rotating mechanism 60 of one bulb 210 rotation and second bulb 220 rotates for installing and driving for the second bulb 220
Two rotating mechanisms 70, therefore in process of lapping, the first feed mechanism 40 drive the first bulb 210 to the first grinding mechanism 20 into
It gives, cooperated by the first grinding mechanism 20 and the first rotating mechanism 60 and grinds the first bulb 210；At the same time, second into
The second bulb 220 is driven to be fed to the second grinding mechanism 30 to mechanism 50, by the second grinding mechanism 30 and the second rotating mechanism 70
It cooperates and grinds the second bulb 220, i other words, the first feed mechanism 40, the first rotating mechanism 60 and first grind mechanism
20 are combined into the nested structure ground to the first bulb 210, and by the second feed mechanism 50, the second rotating mechanism 70 and second
Grinding mechanism 30 is combined into another nested structure ground to the second bulb 220, and two nested structures are mutual indepedent and do not interfere with each other, to
The double end ball crusher 100 of the utility model simultaneously grinds the first bulb 210 and the second bulb 220, and (i.e. double end is ground
Mill), improve grinding efficiency；At the same time, the feeding of the first bulb 210 is to be realized by the first feed mechanism 40 and second
The feeding of bulb 220 is realized by the second feed mechanism 50, on the one hand so that the first bulb 210 and the second bulb 220 are ground
Better quality is ground, on the other hand so that the degree of automation higher of the double end ball crusher 100 of the utility model；Furthermore due to
One rotating mechanism 60 and the second rotating mechanism 70 include respectively the rotary shaft 61,71 installed for bulb and for drive rotary shaft 61,
The electric rotating machine 62,72 of 71 rotations, rotary shaft 61,71 is arranged along the upper and lower directions of rack 10, therefore reduces by 61,71 pairs of machines of rotary shaft
10 horizontal space of frame occupies.
The foundation of the person of being worth noting, front-rear direction mentioned above and left and right directions are based on Fig. 1；In user
Operate the utility model double end ball crusher 100 when, in face of user a side be front, back to a side be rear, position
It is known as left side in the user left side, the right for being located at user is known as right side.
Above disclosed is only the preferred embodiments of the utility model, and effect is to facilitate those skilled in the art
Understand and implement according to this, the interest field of the utility model cannot be limited with this certainly, therefore special according to the present utility model application
Equivalent variations made by sharp range still fall within the range that the utility model is covered.
Claims (10)
1. a kind of double end ball crusher is applicable in the first bulb of simultaneous grinding and the second bulb, which is characterized in that including rack, first
Grinding mechanism, the second grinding mechanism, the first feed mechanism, the second feed mechanism, for installing and driving for first bulb
First rotating mechanism of first ball joint-rotating and for installing for second bulb and driving second ball joint-rotating
The second rotating mechanism, the rack include lower section at frame and the stand at top, it is described first grinding mechanism is installed on
At the left side wall of the stand, second grinding mechanism is installed at the right side wall of the stand, first feed mechanism
And second feed mechanism be installed at the top end part of the frame, first rotating mechanism is installed on first feed mechanism
On, second rotating mechanism is installed on second feed mechanism, and first rotating mechanism and the second rotating mechanism are each
Including the rotary shaft installed for bulb and the electric rotating machine for driving the rotary shaft rotation, the rotary shaft is along the rack
Upper and lower directions arrangement；In process of lapping, first feed mechanism drives first bulb to first grinder
Structure is fed, and is ground mechanism and the mutual cooperation of the first rotating mechanism by described first and is ground first bulb；At the same time, institute
Stating the second feed mechanism drives second bulb to the feeding of second grinding mechanism, and mechanism and second is ground by described second
Rotating mechanism cooperates and grinds second bulb.
2. double end ball crusher according to claim 1, which is characterized in that the electric rotating machine is along the rack front-rear direction
With the rotary shaft in being staggeredly arranged one in front and one in back, the output shaft of the electric rotating machine is parallel with the rotary shaft, the rotation
Driving pulley is installed on the output shaft of rotating motor, driven pulley is installed in the rotary shaft, the driving pulley and driven
Belt is arranged on belt wheel.
3. double end ball crusher according to claim 1, which is characterized in that the electric rotating machine is along the rack front-rear direction
With the rotary shaft in being staggeredly arranged one in front and one in back, the output shaft of the electric rotating machine is parallel with the rotary shaft, the rotation
The output shaft of rotating motor is connected with retarder, and driving pulley is equipped on the output shaft of the retarder, is pacified in the rotary shaft
Equipped with driven pulley, belt is arranged on the driving pulley and driven pulley.
4. double end ball crusher according to claim 1, which is characterized in that the first grinding mechanism and the second grinding mechanism
Include respectively to grind motor, main drive belt wheel, driven belt wheel, pushing tow belt wheel, polishing belt, wheel carrier, telescopic cylinder and slide guide wheel, it is described
Telescopic cylinder arranges that the output end of the telescopic cylinder is connect with the wheel carrier, described driven along the upper and lower directions of the rack
Belt wheel is installed on the wheel carrier, and the main drive belt wheel and driven belt wheel are along the correspondence that the rack upper and lower directions is in one on the other
Arrangement, the polishing belt are sheathed on the main drive belt wheel and driven belt wheel, and the grinding motor drives the main drive belt wheel
Rotation, the pushing tow belt wheel are located in the space that the polishing belt is enclosed, and the pushing tow belt wheel is also before and after the rack
Polishing belt opens forward described in the pushing tow of direction, and the slide guide wheel is in be installed in tandem along the front-rear direction of the rack
On the wheel carrier, the slide guide wheel is during the telescopic cylinder drives the wheel carrier oscilaltion along the side wall of the stand
It rolls.
5. double end ball crusher according to claim 4, which is characterized in that upper and lower of the pushing tow belt wheel along the rack
To in alignment one on the other, the pushing tow belt wheel also along the front-rear direction of the rack be located at the main drive belt wheel and by
Drive the front of belt wheel.
6. double end ball crusher according to claim 4, which is characterized in that upper and lower of the main drive belt wheel along the rack
It aligns to the driven belt wheel.
7. double end ball crusher according to claim 1, which is characterized in that first feed mechanism and the second feed mechanism
Include respectively along the rack front-rear direction be slidedly arranged on feeding balladeur train at the top end part of the frame and for drive it is described into
To the feeding motor that balladeur train slides along the rack front-rear direction, the feeding motor is installed at the top end part of the frame,
The rotary shaft and electric rotating machine of first rotating mechanism are installed on the feeding balladeur train of first feed mechanism, and described second
The rotary shaft and electric rotating machine of rotating mechanism are installed on the feeding balladeur train of second feed mechanism.
8. double end ball crusher according to claim 7, which is characterized in that first feed mechanism and the second feed mechanism
Respectively also comprising the feed screw and sliding sleeve arranged along the rack front-rear direction in the feeding screw on the feed screw, institute
Feeding screw is stated to be installed on the feeding balladeur train.
9. double end ball crusher according to claim 7, which is characterized in that first feed mechanism and the second feed mechanism
Also include respectively the linear guide group, the linear guide group is arranged along the front-rear direction of the rack, the linear guide group peace
Between top end part and the feeding balladeur train loaded on the frame.
10. double end ball crusher according to claim 9, which is characterized in that first feed mechanism or the second feeding machine
The linear guide group of structure is also along the left and right directions of the rack in the arranged spaced apart of the first from left right side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721928088.9U CN207757438U (en) | 2017-12-29 | 2017-12-29 | Double end ball crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721928088.9U CN207757438U (en) | 2017-12-29 | 2017-12-29 | Double end ball crusher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207757438U true CN207757438U (en) | 2018-08-24 |
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ID=63182510
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721928088.9U Active CN207757438U (en) | 2017-12-29 | 2017-12-29 | Double end ball crusher |
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| Country | Link |
|---|---|
| CN (1) | CN207757438U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108214281A (en) * | 2017-12-29 | 2018-06-29 | 东莞市马驰科精密制品有限公司 | Double end ball crusher |
-
2017
- 2017-12-29 CN CN201721928088.9U patent/CN207757438U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108214281A (en) * | 2017-12-29 | 2018-06-29 | 东莞市马驰科精密制品有限公司 | Double end ball crusher |
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