CN204525116U - Reversible double-end polishing machine - Google Patents
Reversible double-end polishing machine Download PDFInfo
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- CN204525116U CN204525116U CN201520010635.XU CN201520010635U CN204525116U CN 204525116 U CN204525116 U CN 204525116U CN 201520010635 U CN201520010635 U CN 201520010635U CN 204525116 U CN204525116 U CN 204525116U
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- polishing machine
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Abstract
A kind of reversible double-end polishing machine, this reversible double-end polishing machine comprises a runner, an adjust structure and a polishing group, adjust structure is connected with polishing group, this polishing group comprises at least two rubbing heads be fixedly connected with, this at least two rubbing head and runner concentric, it is turning above runner, and this at least two rubbing heads flip-flop movement alternately contacts with runner.This reversible double-end polishing machine efficiency is high.
Description
[technical field]
The utility model relates to polissoir, particularly a kind of reversible double-end polishing machine.
[background technology]
Polishing refers to and utilizes machinery, chemistry or electrochemical effect; workpiece (as sheet glass, Mobile phone screen etc.) surface roughness is reduced; to obtain the processing method of light, flat surface, be utilize flexible polishing instrument and abrasive grain or other polishing mediums to carry out modification processing to surface of the work.Polishing machine is used to a kind of electric tool of polishing, its by base, dump, the primary element such as polishing fabric, motor forms, polishing fabric adopts wool to take turns usually, its material is wool, it can play the effect of the trace that disappears, blast, also as one of combination polishing wheel of the shallow surface scratch of elimination glass, together can use with polishing powder cooling fluid, the rotation of wool wheel provides power by motor; Dump and be used to the rotating disk of place work piece, itself and wool are taken turns setting up and down and distance is set to the thickness of workpiece usually, make to dump by applying external force and carry out free rotation, arrange several vacuum holes on dumping, the workpiece of polishing treats that flour milling is towards wool wheel and whole workpiece is absolute parallel and be gently pressed in equably and dump upper and fixed by vacuum suction.When polishing machine works, wool wheel provides power and uniform rotation by motor, its be loaded with certain speed difference of dumping of workpiece, wool wheel is faster relative to rotating speed of dumping, and both relative motion makes wool take turns the workpiece on dumping is produced to certain friction thus reaches the object of polishing.
Current polishing machine is on the market of a great variety, be initially single-head polisher, in order to raise the efficiency, technical staff has invented double-end polishing machine, namely a polishing machine is arranged two rubbing heads to operate simultaneously, no matter be single head or double-end polishing machine, its overall polishing process is all such: on workpiece is positioned over and dumps by artificial loading before polishing, after blowing, polishing machine starts polishing, polishing terminates rear operator and is taken off by workpiece and put new one group of polished workpiece again, in the process of feeding and material loading, polishing machine is in holding state, whole like this production process is in discontinuity, efficiency is very low.
[utility model content]
In order to overcome prior art problem, the utility model provides the high reversible double-end polishing machine of a kind of efficiency.
The scheme of the utility model technical solution problem is to provide a kind of reversible double-end polishing machine, this reversible double-end polishing machine comprises a runner, an adjust structure and a polishing group, adjust structure is connected with polishing group, this polishing group comprises at least two rubbing heads be fixedly connected with, this at least two rubbing head and runner concentric, it is turning above runner, and this at least two rubbing heads flip-flop movement alternately contacts with runner.
Preferably, described rubbing head comprises a circular groove and one or morely to dump, and this is dumped and is arranged in this circular groove, dumps and can be movable relatively between runner.
Preferably, described in dump on be provided with vacuum tank, this vacuum tank is groove-like.
Preferably, described circular groove comprises a chassis and a baffle plate, base plate and baffle plate one-body molded, baffle plate along edge, chassis arrange, its size is greater than runner size.
Preferably, be fixedly connected with by central shaft between described at least two rubbing heads, described central shaft and runner concentric.
Preferably, described adjust structure comprises a thin bar and one first motor, and the first motor is arranged on thin bar one end, and this thin bar is passed central shaft and is fixedly connected with central shaft.
Preferably, described adjust structure comprises one first Height Adjustable support and one second support further, first support and the second Bracket setting are in the relative both sides of runner, and described thin bar one end is flexibly connected with the first support, and the first motor of the described thin bar other end is arranged on the secondary support bracket.
Preferably, reversible double-end polishing machine comprises a base further, is integrated with the second motor and cylinder in described base, and runner is connected with the second motor, and the first support and the second support are connected with cylinder through susceptor surface.
Preferably, described first support and/or the second support are provided with geometrical clamp.
Preferably, polishing group comprises some thin axles further, and this thin axle is between two rubbing heads, and it independently arranges or is wholely set, and thin axle is provided with motor, and this motor connects a bearing, and bearing is connected with the center of circle of dumping.
Compared with prior art, the utility model reversible double-end polishing machine is by arranging turnover two rubbing head alternations, make operative employee's another rubbing head while feeding and material loading still carry out work, whole like this production process is in coherent, improves production efficiency.When reversible double-end polishing machine is in polishing during work, wool wheel is faster relative to rotating speed of dumping, and both relative motions make wool wheel produce certain friction for the workpiece on dumping thus reach the object of polishing.By the vacuum hole on dumping being arranged the groove-like of " H " type, making the area of its vacuum suction larger, by vacuum tank is arranged to large-area groove-like, making on more firm being adsorbed on of workpiece dump.By arranging at the edge of circular groove the baffle plate that a circle has certain altitude, preventing wool from taking turns the mixture of polishing machine and water in rotation process and entering to spatter to surrounding, thus ensure that spatter property.By arranging the first support and the second support makes two of this reversible double-end polishing machine rubbing head liftables and has enough upset spaces, rotating to this distance between the two when taking turns relative with wool owing to dumping is the thickness of workpiece, so makes this reversible double-end polishing machine be suitable for the workpiece of different-thickness by the adjustment of liftable first support and the second support.Be positioned at height on base by arranging the fixing montant of geometrical clamp restriction: owing to can not accomplish precisely when cylinder carries out elevating control to montant, so arrange the extreme lower position that geometrical clamp declined to carry out screens, this geometrical clamp plays spacing effect.
[accompanying drawing explanation]
Fig. 1 is the perspective view of the utility model reversible double-end polishing machine.
Fig. 2 is the structural representation of dumping of the utility model reversible double-end polishing machine.
Fig. 3 is the perspective view of the rubbing head half-twist of reversible double-end polishing machine in Fig. 1.
Fig. 4 is the structural representation of the utility model reversible double-end polishing machine when polishing.
[detailed description of the invention]
In order to make the purpose of this utility model, technical scheme and advantage are clearly understood, below in conjunction with accompanying drawing and embodiment, are further elaborated to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to Fig. 1, the utility model reversible double-end polishing machine 1 is for carrying out polishing to the workpiece such as sheet glass, mobile phone, it comprises polishing group 11, wool wheel 13, adjust structure 15 and base 17, base 17 is one cube of cavity, wool wheel 13 is positioned at base 17, polishing group 11 to be positioned at directly over wool wheel 13 and to be to be supported on above base 15 (in all embodiments by adjust structure 15, the position determiners such as upper and lower, left and right are only limitted to the relative position in given view, but not absolute position), this adjust structure 15 can carry out oscilaltion.
Polishing group 11 comprises rubbing head 111, central shaft 113 and four thin axles 115 of two vertical direction symmetries, central shaft 113 will be connected and fixed both this through the center of two rubbing heads 111, four thin axles 115 between two rubbing heads 111 and and central shaft 113 parallel to each other.Each rubbing head 111 comprises a circular groove 112, and circular groove 112 is a circular channel-shaped body opened wide, and this circular groove 112 comprises the chassis 1121 of a circle, and the edge-perpendicular along chassis 1121 outwards erects a circle baffle plate 1122, and this baffle plate 122 has certain height.Arrange in circular groove 112 four sizes identical dump 114, dump 114 for round turntable, its circle centre position respectively arranges a bearing (not shown), thin axle 115 is fixedly connected with upper and lower two circular grooves 112, the end of the thin axle 115 of every root arranges a motor 1151, motor 1151 is fixed thereon, and certain user can select the fixed position of motor 1151 as required, and the rotation that motor 1151 is bearing provides power thus drives 114 rotations of dumping.Dump 114 quantity be not construed as limiting, the quantity of thin axle 114 with dump 114 quantity corresponding.As a kind of embodiment variant, thin axle 115 non-integral be positioned on two rubbing heads 111 is arranged, it is independently arranged, namely connect corresponding up and down two dump 114 thin axle 115 be divided into two sections to be fixedly connected with circular groove 112 respectively, and these two sections do not exist annexation.Meanwhile, the fixed bar that central shaft 113 surrounding setting at least three is in parallel or other jockeys are connected to two chassis 1121, and it plays the effect fixing two rubbing heads 111, and whether this fixed bar is arranged is not construed as limiting.The shape of this circular groove 112 is not construed as limiting, and it can be square or other shapes.
Refer to Fig. 2, each dumping arranges the vacuum tank 1141 of several " H " types on 114, and it is the vacuum hole of groove-like, for adsorbing workpiece, the groove-like of this vacuum tank 1141 arranges and the area of absorption workpiece can be made larger, thus plays more firm suction-operated to workpiece.As a kind of embodiment variant, the shape of vacuum tank 1141 can be other primary and secondaries as the groove of the shape such as " A ", " B ", " C " or other shapes, its object is all make its large-area absorption workpiece, makes more firm being adsorbed on of workpiece dump on 114.The shape of each vacuum tank 1141 of dumping on 114 also can not be identical.Best, between vacuum tank 1141 with its place dump 114 the center of circle be symmetrical arranged.
Wool wheel 13 is round turntable, two rubbing heads 111 take turns 13 concentrics with this wool, central shaft 113 and wool take turns 13 concentrics, its surface is wool material, according to its softness, the different object of wool wheel 13 processing of different hardness, this wool wheel 13 is with friction of workpiece thus workpiece is played to the effect of the trace that disappears, blast.This wool wheel 13 diameter be less than circular groove 112 diameter and be greater than four dump 114 circumscribed diameter.When circular groove 112 is other shapes non-circular, wool wheel 13 diameter be less than circular groove 112 inscribe diameter of a circle and be greater than four dump 114 circumscribed diameter.As one distortion, this wool wheel 13 can for adopting the runner of other material polishing fabrics.
The limit that two of base 17 are relative arranges three apertures 171 respectively, this base 17 inside arranges two cylinder (not shown) and a second motor (not shown) further, this second motor is used for as the rotation of wool wheel 13 provides power, and two cylinders are used for controlling the lifting of adjust structure 15.
Adjust structure 15 comprises thin bar 151 and first motor 153, this thin bar 151 passes across the point midway of central shaft 113 and one is fixing, this first motor 153 is positioned at the right side of thin bar 151 and both compact siro spinning technology, it provides power to make thin bar 151 own rotation, thus drive two rubbing heads 111 to be that axle rotates with thin bar, reach the object spun upside down.
Please consult Fig. 3 further, this adjust structure 15 comprises the first support 155 further, it is positioned at below the first motor 153, and this first support 155 comprises the first eyebolt 152 and cross bar 154, first eyebolt 152 and twists and to be connected on the first motor 153 and both tighten fixing.Cross bar 154 to be connected to below the first eyebolt 152 and to be horizontally disposed with, vertical direction along cross bar 154 arranges three montants 156 downwards, these three montants 156 are through three apertures 171 on base 17, every root montant 156 is arranged respectively a geometrical clamp 1561, this geometrical clamp 1561 is used for limiting fixing montant 156 and is positioned at height on base 17: owing to can not accomplish precisely when cylinder carries out elevating control to montant 156, so arrange the extreme lower position that geometrical clamp 1561 declined to carry out screens, this geometrical clamp 1561 plays spacing effect.
This adjust structure 15 comprises the second support 157 further, it is positioned at the lower left side of thin bar 151, this second support 157 comprises the second eyebolt 158, the difference of this second support 157 and the first support 155 is only: the second eyebolt 158 be enclosed within thin bar 151 left side and between the two can relative motion neatly, namely should both be flexibly connected, the left side of thin bar 151 arranges a plug (non-label) and prevents the second support 157 from coming off on the left of thin bar 151.In addition, the first support 155 is identical with the 26S Proteasome Structure and Function of the second support 157, and it is separately positioned on wool and takes turns relative both sides, and both are arranged in central shaft bilateral symmetry.Montant 156 quantity of the first support 155 and the second support 157 is not construed as limiting, and its optimal number is two or three, and as a kind of embodiment variant, the first support 155 is not identical with the quantity of the montant 156 that the second support 157 comprises respectively.Aperture 171 quantity at base 17 edge is not construed as limiting, and its quantity is corresponding with the quantity of montant 156.Two cylinders in base 17 are corresponding with the first support 155 and the second support 157 respectively, control the lifting both this respectively.As a kind of embodiment variant, first support 155 and the second support 157 can be controlled by a cylinder simultaneously, this situation the montant 156 of an only support 155 wherein can arrange geometrical clamp 1561, also can while on the montant 156 of the first support 155 and the second support 157, geometrical clamp 1561 is set.
As a kind of embodiment variant, adjust structure 15 can be the structure making polishing group 11 rotate arbitrarily and adjust its height.Such as, this adjust structure 15 is underslung structures, and it is suspended on eminence by rope or other modes and regulates connected polishing group 11.Or the side of base 17 arranges other can support thin bar 151 and the first motor 153 and the device adjusting its height.
As a kind of embodiment variant, this reversible double-end polishing machine 1 can comprise two rubbing heads 111 of the above-mentioned vertical symmetry of many groups, namely comprises multiple polishing group 11 and is set up in parallel; Be out of shape as another kind, can with certain of intersection point a distance of distance on central shaft 113 itself and thin bar 151 a bit for axle center, direction of both ends to thin bar 151 stretches out a rotating shaft, and these rotating shaft both sides connect a rubbing head 111 respectively, and each rubbing head 111 arranges corresponding wool wheel 13 below respectively.
When deployed, first on wool wheel 13, putting into polishing agent and water etc. makes it mix, then adjusting this reversible double-end polishing machine 1 makes it be in original state, the height of support 155 makes polishing group 11 have enough rotation spaces, geometrical clamp 1561 is clipped in position suitable on montant 156 simultaneously, two rubbing heads 111 are in upper-lower position, at this moment operator workpiece (not shown) is held in place above dump on 114, each workpiece covers corresponding vacuum tank 1141 completely, absorption of workpieces is lived by the vacuum at this moment in vacuum tank 1141, its attraction is much larger than the gravity of workpiece.
Please consult Fig. 4 further, after material loading terminates, the first motor 153 starts, thin bar 151 starts to rotate, thus drive polishing group 11 to rotate, the rubbing head 111 being loaded with workpiece rotates to and take turns 13 relative with wool below, at this moment operator can continue to put into workpiece toward dumping on 114 above, two cylinders simultaneously in base 17 start startup makes the first support 155 and the synchronous falls downward of the second support 157, stop in the position of clamping to geometrical clamp 1561, 114 distances of taking turns 13 with wool of now dumping are only the thickness of workpiece, take turns 13 surfaces with wool and contact gently for polished of workpiece.Second motor starts startup makes wool wheel 13 rotate, electrode 1151 start for bearing provide power and then drive dump 114 rotation, wool wheel 13 is faster relative to 114 rotating speeds of dumping, and both relative motion makes wool take turns 13 the workpiece of dumping on 114 is produced to certain friction thus reaches the object of polishing.After polishing terminates, second motor cuts out, two cylinders make the first support 155 and the second support 157 synchronously rise to initial position, at this moment the first motor 153 starts startup polishing group 11 is rotated, above the rubbing head 111 being loaded with polishing workpiece turn to from down, the rubbing head 111 being loaded with polished workpiece rotates to below, and start the polishing of a new round, the workpiece of polishing above takes off and puts into polished workpiece by operator simultaneously.So, the rotation gone round and begun again, carries out taking turns the another polishing taken turns.
Compared with prior art, the utility model reversible double-end polishing machine 1 is by arranging the alternation of turnover two rubbing heads 111, operative employee's another rubbing head 111 while feeding and material loading is made still to carry out work, whole like this production process is in coherent, improves production efficiency.When reversible double-end polishing machine 1 is in polishing during work, wool wheel 13 is faster relative to 114 rotating speeds of dumping, and both relative motion makes wool take turns 13 the workpiece of dumping on 114 is produced to certain friction thus reaches the object of polishing.The groove-like of " H " type is set by the vacuum hole of will dump on 114, makes the area of its vacuum suction larger, by vacuum tank 1141 is arranged to large-area groove-like, make more firm being adsorbed on of workpiece dump on 114.By arranging the baffle plate 1122 that a circle has certain altitude at the edge of circular groove 112, prevent wool wheel 13 mixture of polishing machine and water in rotation process from entering to spatter to surrounding, thus ensure that spatter property.By arranging the first support 155 and the second support 157 makes two of this reversible double-end polishing machine 1 rubbing head 11 liftables and has enough upset spaces, due to dump 114 rotations to wool take turns 13 relative time this distance be between the two the thickness of workpiece, so make this reversible double-end polishing machine 1 be suitable for the workpiece of different-thickness by the adjustment of liftable first support 155 and the second support 157.Limit fixing montant 156 be positioned at height on base 17 by arranging geometrical clamp 1561: owing to can not accomplish precisely when cylinder carries out elevating control to montant 156, so arrange the extreme lower position that geometrical clamp 1561 declined to carry out screens, this geometrical clamp 1561 plays spacing effect.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all any amendments done within principle of the present utility model, equivalent replacement and improvement etc. all should comprise within protection domain of the present utility model.
Claims (10)
1. a reversible double-end polishing machine, it is characterized in that: this reversible double-end polishing machine comprises a runner, an adjust structure and a polishing group, adjust structure is connected with polishing group, this polishing group comprises at least two rubbing heads be fixedly connected with, this at least two rubbing head and runner concentric, it is turning above runner, and this at least two rubbing heads flip-flop movement alternately contacts with runner.
2. reversible double-end polishing machine as claimed in claim 1, is characterized in that: described rubbing head comprises a circular groove and one or morely to dump, and this is dumped and is arranged in this circular groove, dumps and can be movable relatively between runner.
3. reversible double-end polishing machine as claimed in claim 2, is characterized in that: described in dump on be provided with vacuum tank, this vacuum tank is groove-like.
4. reversible double-end polishing machine as claimed in claim 2, is characterized in that: described circular groove comprises a chassis and a baffle plate, base plate and baffle plate one-body molded, baffle plate is along the setting of edge, chassis, and its size is greater than runner size.
5. reversible double-end polishing machine as claimed in claim 1, be is characterized in that: be fixedly connected with by central shaft between described at least two rubbing heads, described central shaft and runner concentric.
6. reversible double-end polishing machine as claimed in claim 5, is characterized in that: described adjust structure comprises a thin bar and one first motor, and the first motor is arranged on thin bar one end, and this thin bar is passed central shaft and is fixedly connected with central shaft.
7. reversible double-end polishing machine as claimed in claim 6, it is characterized in that: described adjust structure comprises one first Height Adjustable support and one second support further, first support and the second Bracket setting are in the relative both sides of runner, described thin bar one end is flexibly connected with the first support, and the first motor of the described thin bar other end is arranged on the secondary support bracket.
8. reversible double-end polishing machine as claimed in claim 7, it is characterized in that: reversible double-end polishing machine comprises a base further, be integrated with the second motor and cylinder in described base, runner is connected with the second motor, and the first support and the second support are connected with cylinder through susceptor surface.
9. reversible double-end polishing machine as claimed in claim 7 or 8, is characterized in that: described first support and/or the second support are provided with geometrical clamp.
10. reversible double-end polishing machine as claimed in claim 1, it is characterized in that: polishing group comprises some thin axles further, this thin axle is between two rubbing heads, it independently arranges or is wholely set, thin axle is provided with motor, this motor connects a bearing, and bearing is connected with the center of circle of dumping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520010635.XU CN204525116U (en) | 2015-01-01 | 2015-01-01 | Reversible double-end polishing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520010635.XU CN204525116U (en) | 2015-01-01 | 2015-01-01 | Reversible double-end polishing machine |
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| CN204525116U true CN204525116U (en) | 2015-08-05 |
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| CN201520010635.XU Active CN204525116U (en) | 2015-01-01 | 2015-01-01 | Reversible double-end polishing machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015436A (en) * | 2019-12-26 | 2020-04-17 | 王光银 | Quick detachable formula optical lens piece polishing equipment |
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2015
- 2015-01-01 CN CN201520010635.XU patent/CN204525116U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015436A (en) * | 2019-12-26 | 2020-04-17 | 王光银 | Quick detachable formula optical lens piece polishing equipment |
| CN111015436B (en) * | 2019-12-26 | 2020-12-01 | 福州荣德光电科技有限公司 | Quick detachable formula optical lens piece polishing equipment |
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Effective date of registration: 20170103 Address after: 213133 Jiangsu province Xinbei District of Changzhou City Luo Xi Zhen Wang Cai Road No. 10 Patentee after: Changzhou Haolilai Photo-Electicity Scientific and Technical Co., Ltd. Address before: 518000 Guangdong Province, Dongguan city of Phoenix Industrial Zone of Fenggang Town Road Jinpeng No. 62 Patentee before: Chen Liang |