CN101352820B - Floating-grinding device for ceramic bushing - Google Patents
Floating-grinding device for ceramic bushing Download PDFInfo
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- CN101352820B CN101352820B CN2008101207460A CN200810120746A CN101352820B CN 101352820 B CN101352820 B CN 101352820B CN 2008101207460 A CN2008101207460 A CN 2008101207460A CN 200810120746 A CN200810120746 A CN 200810120746A CN 101352820 B CN101352820 B CN 101352820B
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- fixture block
- air supported
- floating
- supported head
- insulator
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Abstract
The invention relates to a floating lap equipment of porcelain bushings and aims at solving the problem of providing a floating lap equipment of porcelain bushings specialized for grinding the inner hole in a zirconia porcelain bushing. The technique scheme is that the center of the floating head of the device is provided with a run-through porcelain bushing nip; the part exceeding the midheight at one side of the middle axle of the octagonal oblate column in the upper part of the floating head is replaced by an embedded fixture block guide pin boss that is internally provided with two fixture block guide pins; one end of the guide pin is sheathed with a fixture block spring and the other end of the spring tightly presses the floating head fixture block which is embedded in the fixture block guide pin boss and can move slightly; the fixture block guide pin boss is internally provided with a movable porcelain bushing buffering bolt; the other end of the floating head is provided with two open fixture block pushing pins; the main shaft of the main body is at the lower part of the floating head; the floating head is supported on the ball bearing of a flat bearing and the main shaft of the main body is sheathed in a locating circle with clearance; one corner of the floating head is provided with a strengthening mechanism. The invention can be used on the inner hole grinding and clamping device in the zirconia porcelain bushing of a fiber optic butting adapter.
Description
Technical field
The present invention relates to a kind of isolated plant that endoporus grinds that is used for, especially a kind of floating-grinding device for ceramic bushing is applicable to that the zirconia ceramic sleeve endoporus of fiber alignment adapter grinds clamping device.
Background technology
In development optical-fibre communications industrialization process, the manufacturing of optical passive component is one of key technology.The kind of optical passive component is a lot, and wherein, as use amount maximum in the optical communication passive device is the joints of optical fibre.Single fiber-optic connector is by two zirconium oxide ceramic contact pins (in be installed with optical fiber), inserts in the zirconia ceramic sleeves (adapter) from two ends respectively, realizes fiber alignment, and optical information transmits by this connector.The precision index of the joints of optical fibre is very high: insert loss≤0.2dB, zirconia ceramic sleeve internal diameter size tolerance must be controlled at ± 0.001mm in, to keep the axiality of two butt joint contact pins, guarantee the accurate centering of optical fiber, reduce the light path loss, improve the optical communication quality.
The basic skills of processing ceramic casing inner diameter has two kinds both at home and abroad:
1) inner hole grinding method---adopt small-sized internal grinder, the cover pipe orifice is carried out grinding with minor diameter Carborundum wheel rod (φ 2.5mm endoporus porcelain bushing uses φ 2mm Carborundum wheel rod, aperture φ 1.25mm to use φ 1mm Carborundum wheel rod).Grinding efficient is higher, but minor diameter Carborundum wheel rod is made difficulty, and the bistrique rotating speed is very high again, and wearing and tearing influence machining accuracy easily.The grinding machine that automatic detection, compensation are abroad arranged, but equipment price costliness, use and maintenance cost are big.Present use inner hole grinding method processing ceramic sleeve pipe, leave surplus behind the mill mostly, arrange the lappingout endoporus to reach size again for later process.
2) endoporus Ginding process---adopt easy unit head and collet, with the accurate steel wire that grinds as grinding rod, be equipped with abrasive sand and carry out endoporus and grind, grind the back endoporus and can reach very high dimensional accuracy and circularity.The hole big to surplus can divide thick, essence to grind several times, to reach requirement.But this method requires height to the experience and the skill of grinding, and belongs to labour-intensive production, needs a large amount of labour, productivity ratio lower.
Summary of the invention
The technical problem to be solved in the present invention is: a kind of floating-grinding device for ceramic bushing that the zirconia ceramic sleeve endoporus grinds that is specifically designed to is provided, this floating-grinding device can not only free the operative employee from heavy, uninteresting intensive hand labour, can also increase substantially automaticity and operating efficiency, guarantee that the porcelain bushing endoporus obtains high accuracy, satisfies the requirement of fiber alignment adapter.
The technical solution adopted in the present invention is: floating-grinding device for ceramic bushing, it is characterized in that this device main body partly is air supported head, it is overlooked direction and is octagonal, the center has the insulator folder mouth of perforation, one side of the flat cylinder of its octagonal of air supported head the first half axis and surpass half height part and replace by the fixture block guiding key seat that embeds, be provided with two fixture block guide fingers in it symmetrically, one end of every fixture block guide finger is with the fixture block spring, length when spring discharges is its length of reserving greater than fixture block guiding key seat, but the other end of fixture block spring props up and is embedded in the fixture block guiding key seat and the air supported head fixture block of slight displacement, be provided with insulator latching buffer tongue over against an insulator folder mouthful direction in the fixture block guide holder, its other end is equipped with insulator latching buffer spring; The opposite side of described air supported head is parallel be provided with two can promote the air supported head fixture block open the fixture block pushing pin, the other end of this pushing pin exposes the outside; Described air supported head the latter half is main body main shaft and the smaller threaded portion of lower end diameter that is positioned on the vertical centering control axis; The base plane of air supported head the first half is bearing on the ball of plane bearing, and its main body main shaft is gapped to be enclosed within the centring ring, and its threaded portion is furnished with locking nut, and this locking nut one side has groove and is furnished with fastening bolt; On an angle of described air supported head, be provided with righting mechanism.
Described righting mechanism is the angle bar that is loaded on first angle of floating, and this angle bar is curved, and angle, its angle are arranged just in time is a plane of back angle bar to be installed perpendicular to the push rod of setting upright cylinder.
The gap of leaving between smooth cylinder of described air supported head Lower Half and the centring ring is 2mm.
Described insulator latching buffer tongue slightly has the inclined-plane.
The invention has the beneficial effects as follows: the situation of the working condition of this floating-grinding device and hand lapping high-quality workpiece matches fully, but grind by machine fully, with all being that manual workman has liberated in the past, also improved production efficiency greatly from heavy, uninteresting work; This device both can keep vertical with the grinding steel wire, the porcelain bushing aperture is resetted by grinding the steel wire servo-actuated, thereby guaranteed that there are good circularity and cylindricity in the aperture of being ground, and the uniformity of aperture size is very high, satisfies the required precision of milled ceramic cover pipe orifice fully.
Description of drawings
Fig. 1 is the main half sectional view (analyse and observe the position at the fixture block guide finger, open the fixture block pushing pin and do not head into) of air supported head of the present invention.
Fig. 2 is the main half sectional view (analyse and observe the position at the fixture block guide finger, open the fixture block pushing pin and head into) of air supported head of the present invention.
Fig. 3 is the main half sectional view (analysing and observe the position at insulator latching buffer tongue) of air supported head of the present invention.
Fig. 4 is the vertical view (opening the fixture block pushing pin does not head into) of air supported head of the present invention.
Fig. 5 is the vertical view (opening the fixture block pushing pin heads into) of air supported head of the present invention.
Fig. 6 is that the present invention is installed in the structural representation on the station.
Fig. 7 is the present invention's structural representation during the loading, unloading material on station.
Structural representation when Fig. 8 is work of the present invention (grinding).
Fig. 9 is the vertical view (three kind states of expression righting mechanism) of the present invention on station.
The specific embodiment
Shown in Fig. 1-5, the main part of present embodiment is an air supported head 1, and every milling apparatus can be equipped with a plurality of air supported heads, and this example has 6 air supported heads that can work simultaneously, and air supported head is overlooked direction and is octagonal, and promptly square cuts four angles with 45 degree.
The center of air supported head has the insulator folder mouth 33 of perforation, and this folder mouth can be done small size folding, so that the insulator turnover.One side of the flat cylinder of its octagonal of air supported head 1 the first half axis and surpass half height part and replace by the fixture block guiding key seat 3 that embeds, be provided with two fixture block guide fingers 4 in it symmetrically, one end of every fixture block guide finger is with fixture block spring 6, length when spring discharges be its length of reserving (asking for an interview Fig. 1 and Fig. 4) greater than fixture block guiding key seat 3, and the other end of fixture block spring 6 props up and is embedded in the fixture block guiding key seat and the air supported head fixture block 5 of slightly displacement (apart from being b).Be provided with insulator latching buffer tongue 7 over against insulator folder mouthful 33 directions in fixture block guiding key seat 3, its other end is equipped with insulator latching buffer spring 8.The opposite side of described air supported head 1 is parallel be provided with two can promote air supported head fixture block 5 open fixture block pushing pin 2, the other end of this pushing pin exposes the outside.Described air supported head 1 the latter half is the smaller threaded portion of diameter that is smooth cylindrical main body main shaft 1-1 and fuses that is positioned on the vertical centering control axis.The base plane of air supported head 1 the first half is bearing on the ball of plane bearing 25, and plane bearing is installed on the air supported head installing plate 11, and this installing plate is installed in again on the machine bed plate 23.The smooth barrel portion of this routine air supported head 1 vertical direction leaves being enclosed within the centring ring 26 of 2mm gap, and its threaded portion is furnished with locking nut 10, but this locking nut one side has the groove 10-1 of regulating shaft to the gap, and is furnished with fastening bolt 34.On an angle of each air supported head 1, be provided with righting mechanism.
As shown in Figure 9, every machine of this example is equipped with 6 floating-grinding devices, each lapping device is established a righting mechanism, described righting mechanism is the angle bar 35 that is loaded on 1 one angles of air supported head, this angle bar is curved 45 ° of the same angles in the oblique angle that cuts with air supported head, and this angle just in time is a plane of back angle bar to be installed perpendicular to the push rod of setting upright cylinder 36.
Shown in Fig. 6,7,8, present embodiment is except this floating-grinding device, the auxiliary equipment of also being furnished with some automated productions, there is movably air supported head location fork 24 on the left side as device, its back is prelocalization air cylinder fixed plate 19 and the prelocalization cylinder 22 that promotes the location fork, the feeding trolley cylinder 21 that this device left side also is provided with feeding trolley 18, feeding trolley cylinder fixed mount 20 in addition and is installed on it; The right of this device is a back pullout (BPO) jacking block 17, promote its back pullout (BPO) cylinder 12 on the back pullout (BPO) air cylinder fixed plate 14 of being mounted in, be installed in the dump car cylinder 13 in addition on the back pullout (BPO) air cylinder fixed plate 14, this cylinder promotes dump car 15, and the front end of dump car is equipped with into, discharge cylinder 16.
As shown in Figure 8, grinding steel wire 31 upper ends that the present invention is used to grind porcelain bushing shell are installed in grinds pin and installs 30, the lower end has grinding oil oil-filling cavity 32, grinding pin installation head property slide rail 27 along the line moves up and down, linear slide rail is installed on the machine portal frame back timber 29, grinds steel wire 31 by grinding motor 28 driven rotary, can not only rotate at a high speed so grind steel wire, can also move up and down and move forward and backward with portal frame, grinding oil oil-filling cavity 32 is used for injecting grinding oil.
Because air supported head 1 is mounted in the centring ring 26 greater than main body main shaft 1-1, and supported by the ball of a plane bearing 25, the lower end of main body main shaft by a locking nut 10 give air supported head up and down the gap adjustment and be locked in plane bearing and locking nut between, make air supported head on plane bearing, to be rotated like this, can in main body main shaft and centring ring, carry out any direction translation again, so reach and ground insulator and grind during steel wire seeks automatically, and make workpiece become flexible grinding with grinding between the steel wire, guarantee the perpendicularity of insulator endoporus.
Operation principle of the present invention is: promote air supported heads location fork 24 pairs of air supported heads 1 by prelocalization cylinder 22 and position and seek, air supported head is set in the fork of location, back pullout (BPO) cylinder 12 is split 2 effects of fixture block pushing pin, the elastic force that overcomes fixture block spring 6 makes the 5 outside translations of air supported head fixture block, and insulator folder mouth 33 opens.Deliver to the insulator that opens the Jia Kou center by feeding trolley, (insulator down squeezes along inclined-plane 7-1) of being delivered to the advancing of insulator top, discharge cylinder 16 flexibilities by dump car 15 is pushed in the insulator folder mouthfuls 33, and the insulator of completion of processing is released by insulator to be processed.When insulator enters in the insulator folder mouth 33, advance to delay lock by insulator latching buffer tongue 7 and 8 pairs of insulators that replace of insulator latching buffer spring, guarantee that putting in place of insulator is highly consistent.Afterwards, each feeding cylinder is return, and exposes air supported head and insulator that clamping finishes, returns back pullout (BPO) cylinder 12 and air supported head location fork 24, and the insulator of so any translation of clamped energy, rotation is waited to grind by automated exchanged cutter.
The operation principle of righting mechanism of the present invention is: because grinding steel wire and porcelain bushing shell are interference fit when grinding, steel wire certainly will drive air supported head deflection during rotation, as No. 2 air supported heads among Fig. 9, if this angle retention time slightly length will make the casing inner diameter that grinds round, defectives such as groove are arranged, if can constantly set upright air supported head automatically behind this righting mechanism, internal surface of sleeve pipe can all be ground to uniformly, guarantee product quality.
Claims (5)
1. floating-grinding device for ceramic bushing, it is characterized in that: this device main body partly is air supported head (1), it is overlooked direction and is octagonal, the center has the insulator folder mouthful (33) of perforation, one side of the flat cylinder of air supported head (1) its octagonal of the first half axis and surpass half height part and replace by the fixture block guiding key seat (3) that embeds, be provided with two fixture block guide fingers (4) in it symmetrically, one end of every fixture block guide finger is with fixture block spring (6), length when the fixture block spring discharges is greater than the fixture block length that key seat (3) reserves for this spring that leads, one end of fixture block spring (6) props up the air supported head fixture block (5) that is embedded in the fixture block guiding key seat and can slight displacement, be provided with insulator latching buffer tongue (7) over against insulator folder mouthful (a 33) direction in fixture block guiding key seat, insulator latching buffer spring (8) is equipped with in the outer end of insulator latching buffer tongue; The opposite side of the flat cylinder of described air supported head (1) its octagonal of the first half axis is parallel be provided with two can promote air supported head fixture block (5) open fixture block pushing pin (2), the outside is exposed in the outer end of this pushing pin; Described air supported head (1) the latter half is main body main shaft (1-1) and the smaller threaded portion of lower end diameter that is positioned on the vertical centering control axis; The base plane of air supported head (1) the first half is bearing on the ball of plane bearing (25), described main body main shaft (1-1) is gapped to be enclosed within the centring ring (26), described threaded portion is furnished with locking nut (10), and this locking nut one side has groove (10-1) and is furnished with fastening bolt (34); On an angle of described air supported head (1), be provided with righting mechanism.
2. floating-grinding device for ceramic bushing according to claim 1, it is characterized in that: described righting mechanism is for being loaded on the angle bar (35) on (1) angle of air supported head, this angle bar is bent has angle, this angle just in time to make a plane of installation back angle bar perpendicular to the push rod of setting upright cylinder.
3. floating-grinding device for ceramic bushing according to claim 1 and 2 is characterized in that: the gap of leaving between the smooth cylinder of the main body main shaft (1-1) of described air supported head (1) the latter half and the centring ring (26) is 2mm.
4. floating-grinding device for ceramic bushing according to claim 1 and 2 is characterized in that: described insulator latching buffer tongue (7) slightly has inclined-plane (7-1).
5. floating-grinding device for ceramic bushing according to claim 3 is characterized in that: described insulator latching buffer tongue (7) slightly has inclined-plane (7-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101207460A CN101352820B (en) | 2008-09-11 | 2008-09-11 | Floating-grinding device for ceramic bushing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101207460A CN101352820B (en) | 2008-09-11 | 2008-09-11 | Floating-grinding device for ceramic bushing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101352820A CN101352820A (en) | 2009-01-28 |
| CN101352820B true CN101352820B (en) | 2010-07-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101207460A Expired - Fee Related CN101352820B (en) | 2008-09-11 | 2008-09-11 | Floating-grinding device for ceramic bushing |
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| Country | Link |
|---|---|
| CN (1) | CN101352820B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102814728B (en) * | 2012-08-24 | 2014-09-10 | 深圳市翔通光电技术有限公司 | Inner bore lapping machine for ceramic bushing used for optical fiber ceramic inserted core metal assembly |
| CN104551975B (en) * | 2014-12-02 | 2017-04-26 | 浙江安统汽车部件有限公司 | Standing grinder and grinding method |
| CN105397420A (en) * | 2015-12-02 | 2016-03-16 | 苏州天孚光通信股份有限公司 | Grinding process of inner hole of optical interface metal component |
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2008
- 2008-09-11 CN CN2008101207460A patent/CN101352820B/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN101352820A (en) | 2009-01-28 |
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