CN203449144U - Optical fiber grinding machine with digital display pressure values - Google Patents
Optical fiber grinding machine with digital display pressure values Download PDFInfo
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- CN203449144U CN203449144U CN201320501846.4U CN201320501846U CN203449144U CN 203449144 U CN203449144 U CN 203449144U CN 201320501846 U CN201320501846 U CN 201320501846U CN 203449144 U CN203449144 U CN 203449144U
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- exerting pressure
- pressure
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- optical fiber
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Abstract
The utility model relates to an optical fiber grinding machine device, in particular to an optical fiber grinding machine with digital display pressure values. The optical fiber grinding machine comprises a work platform and an optical fiber grinding machine body arranged on the work platform, wherein a plurality of pressure regulating devices are distributed around an optical fiber grinding disc in the optical fiber grinding machine body, a display screen is also arranged on the optical fiber grinding machine body, and the display screen is connected with each pressure regulating device through pressure sensing circuits. After the structure of the optical fiber grinding machine device is adopted, ordinary workers can carry out regulation according to the displayed pressure values, and in addition, the pressure values of each pressure regulating device are maintained consistent, so the pressure regulation of the optical fiber grinding machine is precise, the pressure regulating values can be displayed in real time, the use is convenient, and the grinding finished product rate is high.
Description
Technical field
The utility model relates to optical fiber lapping machine, refers in particular to a kind of optic fiber polishing machine with digital display force value.
Background technology
Along with the development of mechanics of communication, optical fiber has obtained increasingly extensive application as a kind of high speed communication device.In the connection application process of optical fiber, need to adopt optic fiber polishing machine to grind fiber connector, for each fiber connector is ground to form to same plane, optical fiber lapping dish need to keep same pressure, and pressure need to be adjusted to the force value of setting, traditional optic fiber polishing machine does not have the equipment of digital display force value, mostly to rotate by experienced operator and carry out spiral pressure regulation according to working experience by nut, in order to keep the pressure of optical fiber lapping dish consistent, need to being located at the other pressure regulating device in each bight of optical fiber lapping dish, carry out pressure regulation successively, this manual spiral voltage regulating mode relies on experienced operator's working experience and the familiarity to pressure regulating device completely, this artificial voltage regulating mode is wasted time and energy, and can not guarantee the accuracy of pressure regulation, grinding yield rate is low.
Summary of the invention
This novel object is exactly a kind of optic fiber polishing machine with digital display force value providing for the deficiencies in the prior art part.
For achieving the above object, this novel technical scheme is: a kind of optic fiber polishing machine with digital display force value, include: workbench and be arranged on the optic fiber polishing machine body on workbench, optical fiber lapping dish in optic fiber polishing machine body is all round distributed with several regulators, display screen is also housed on optic fiber polishing machine body, and display screen is connected by pressure sensor circuit with each regulator.
Described regulator is four, and four regulators are separately positioned on the position, four angles of abrasive disk.
Described regulator includes:
One fixture positioning supporting part, fixture positioning supporting part is fixedly installed on the installing hole of workbench or is one-body molded with workbench, and fixture positioning supporting part has upper slip cavity and the lower through-hole communicating with each other from top to bottom;
One pressing piece main body, pressing piece main body profile is mated with described upper slip cavity, pressing piece main body is provided with the end of exerting pressure acting on optical fiber lapping dish, in pressing piece main body, offer stairstepping through hole, Wei great footpath, the top shoulder hole of this stairstepping through hole, the bottom of this stairstepping through hole is path shoulder hole, and shoulder hole upper end, large footpath has internal thread;
One screw rod of exerting pressure, the screw rod of exerting pressure is shaped to " protruding " character form structure, and the screw rod of exerting pressure is joined and is formed by top miner diameter end and bottom bigger diameter end;
One pad of exerting pressure, the pad of exerting pressure has the centre bore coordinating with the screw rod top miner diameter end of exerting pressure, the centre bore of pad of exerting pressure is less than the external diameter of the screw rod middle and lower part bigger diameter end of exerting pressure, and the external diameter of the pad of exerting pressure is less than the diameter of large footpath shoulder hole and is greater than the diameter of path shoulder hole;
One spring of exerting pressure, the external diameter of the spring of exerting pressure is less than the aperture of large footpath shoulder hole;
One stem nut of exerting pressure, the end of thread of the internal thread coupling of Wei Yu great footpath, the lower end shoulder hole of the stem nut of exerting pressure;
One pressure sensor; Have stiff end and movable end, stiff end is fixedly connected on workbench;
During assembling, pressing piece subject activity is plugged in the upper slip cavity of fixture positioning supporting part, the screw rod activity of exerting pressure is located in the stairstepping through hole in pressing piece main body, the exert pressure bottom of screw rod is pressed on the movable end of pressure sensor, the pad of exerting pressure is set on the top miner diameter end of the screw rod of exerting pressure, the spring housing of exerting pressure is located on the top miner diameter end of the screw rod of exerting pressure, the exert pressure lower end of spring is pressed on and exerts pressure on pad, the end of thread movable whorl of stem nut of exerting pressure is connected on the internal thread of large footpath shoulder hole in pressing piece main body, the end of thread of stem nut of exerting pressure is pressed on the upper end of the spring of exerting pressure, under work pressurized state, the lower surface of the pad of exerting pressure is pressed on the top miner diameter end and bottom bigger diameter end abutted surface of the cascaded surface of stairstepping through hole and the screw rod of exerting pressure simultaneously, under inoperative free state, the lower surface of the pad of exerting pressure is pressed on the top miner diameter end and bottom bigger diameter end abutted surface of the screw rod of exerting pressure, and the top miner diameter end of the screw rod of exerting pressure and bottom bigger diameter end abutted surface are higher than the cascaded surface of stairstepping through hole.
The end of exerting pressure being pressed in described pressing piece main body on optical fiber lapping dish is a pin, and this pin is plugged in pin hole corresponding to pressing piece main body top.
In described pressing piece main body, be also plugged with the handle of exerting pressure, exert pressure handle and described pin are positioned on same axis.
Adopt after said structure, basis is novel to be coupled together the display screen on regulator and optic fiber polishing machine body by pressure sensor circuit, possesses pressure value Presentation Function, like this, adopt this novel structure, common laborer can regulate according to the pressure value showing, and the force value of each regulator is consistent, the pressure regulation that makes optic fiber polishing machine accurately, can show in real time pressure regulation numerical value, easy to use, to grind yield rate high.
Accompanying drawing explanation
Fig. 1 is the perspective exploded view of this novel optical fiber grinder;
Fig. 2 is the assembly structure schematic diagram under the work pressurized state of this novel optical fiber grinder;
Fig. 3 is the assembly structure schematic diagram under the inoperative free state of this novel optical fiber grinder;
Fig. 4 is the upward view that this novel optical fiber grinder uses state.
The specific embodiment
As Figure 1-4, a kind of optic fiber polishing machine with digital display force value, include: workbench and be arranged on the optic fiber polishing machine body on workbench, optical fiber lapping dish 200 in optic fiber polishing machine body is all round distributed with several regulators, display screen is also housed on optic fiber polishing machine body, and display screen is connected by pressure sensor circuit with each regulator.
Its regulator, includes:
One fixture positioning supporting part 10, fixture positioning supporting part 10 is fixedly installed on the installing hole of workbench 100 or is one-body molded with workbench 100, and fixture positioning supporting part 10 has upper slip cavity 11 and the lower through-hole 12 communicating with each other from top to bottom;
One pressing piece main body 20, pressing piece main body 20 profiles are mated with described upper slip cavity 11, pressing piece main body 20 is provided with the end of exerting pressure acting on optical fiber lapping dish 200, in pressing piece main body, offer stairstepping through hole, Wei great footpath, the top shoulder hole 22 of this stairstepping through hole, the bottom of this stairstepping through hole is path shoulder hole 23, and shoulder hole 22 upper ends, large footpath have internal thread;
One screw rod 30 of exerting pressure, the screw rod 30 of exerting pressure is shaped to " protruding " character form structure, and the screw rod 30 of exerting pressure is joined and is formed by top miner diameter end 31 and bottom bigger diameter end 32;
One pad 40 of exerting pressure, the pad 40 of exerting pressure has the centre bore 41 coordinating with the screw rod top miner diameter end of exerting pressure, the centre bore 41 of pad 40 of exerting pressure is less than the external diameter of the screw rod 30 middle and lower part bigger diameter ends 32 of exerting pressure, and the external diameter of the pad 40 of exerting pressure is less than the diameter of large footpath shoulder hole 22 and is greater than the diameter of path shoulder hole 23;
One spring 50 of exerting pressure, the external diameter of the spring 50 of exerting pressure is less than the aperture of large footpath shoulder hole 22;
One stem nut 60 of exerting pressure, the end of thread 61 of the internal thread coupling of Wei Yu great footpath, the lower end shoulder hole 22 of the stem nut 60 of exerting pressure;
One pressure sensor 70; Have stiff end 71 and movable end 72, stiff end 71 is fixedly connected on workbench 100 by fixed block 80;
During assembling, pressing piece main body 20 is actively plugged in the upper slip cavity 11 of fixture positioning supporting part 10, screw rod 30 activities of exerting pressure are located in the stairstepping through hole in pressing piece main body 20, the exert pressure bottom of screw rod 30 is pressed on the movable end 72 of pressure sensor 70, the pad 40 of exerting pressure is set on the top miner diameter end 31 of the screw rod 30 of exerting pressure, the spring 50 of exerting pressure is set on the top miner diameter end 31 of the screw rod 30 of exerting pressure, the exert pressure lower end of spring 50 is pressed on and exerts pressure on pad 40, the end of thread 61 movable whorls of stem nut 60 of exerting pressure are connected on the internal thread of large footpath shoulder hole 22 in pressing piece main body 20, the end of thread 61 of stem nut 60 of exerting pressure is pressed on the upper end of the spring 50 of exerting pressure, under work pressurized state, the lower surface of the pad 40 of exerting pressure is pressed on the cascaded surface 24 of stairstepping through hole and the top miner diameter end 31 and bottom bigger diameter end 32 abutted surfaces 33 of the screw rod 30 of exerting pressure simultaneously, under inoperative free state, the exert pressure lower surface of pad 40 is pressed on the top miner diameter end 31 and bottom bigger diameter end 32 abutted surfaces 33 of the screw rod 30 of exerting pressure, and the top miner diameter end 31 of the screw rod 30 of exerting pressure and bottom bigger diameter end 32 abutted surfaces 33 are higher than the cascaded surface 24 of stairstepping through hole.
The end of exerting pressure being pressed in pressing piece main body 20 on optical fiber lapping dish 200 is a pin 21, and this pin 21 is plugged in pin hole corresponding to pressing piece main body 20 tops.
In pressing piece main body 20, be also plugged with the handle 25 of exerting pressure, the handle 25 of exerting pressure is positioned on same axis with described pin 21.
During use, as shown in Figure 4, on the side, four angles of optical fiber lapping dish 200, a regulator of the present invention is respectively set, successively by reading in real time force value below and carrying out pressure regulation;
Under inoperative free state, as shown in Figure 3, total deadweight of pressing piece main body 20 and exert pressure stem nut 60 and exert pressure handle 25 and pin 21 is acted on and is exerted pressure on screw rod 30 by exert pressure spring 50 and the pad 40 of exerting pressure, and the bottom of the screw rod 30 of exerting pressure is pressed on the movable end 72 of pressure sensor 70 and reaches balance; Now, the lower surface of the pad 40 of exerting pressure is pressed on the top miner diameter end 31 and bottom bigger diameter end 32 abutted surfaces 33 of the screw rod 30 of exerting pressure, and the top miner diameter end 31 of the screw rod 30 of exerting pressure and bottom bigger diameter end 32 abutted surfaces 33 are higher than the cascaded surface 24 of stairstepping through hole;
Under work pressurized state, as depicted in figs. 1 and 2, optical fiber lapping dish 200 is upwards given 20 1 buffer brakes of pressing piece main body by pin 21, pressing piece main body 20 moves upward, make to exert pressure the cascaded surface 24 of stem nut 60 and stairstepping through hole along with moving upward, when moving upward to the top miner diameter end 31 of the screw rod 30 of exerting pressure and bottom bigger diameter end 32 abutted surfaces 33, the cascaded surface 24 of stairstepping through hole reaches balance when concordant, the pressure that acts on pressing piece main body 20 is acted on and is exerted pressure on pad 40 by the spring 50 of exerting pressure, the pad 40 of exerting pressure acts on the top miner diameter end 31 and bottom bigger diameter end 32 abutted surfaces 33 of the screw rod 30 of exerting pressure, make force value be delivered to pressure sensor 70 by the screw rod 30 of exerting pressure, by external pressure display circuit, force value is demonstrated by digital display screen again, in the time of need to regulating pressure, the stem nut 60 of can knob exerting pressure, press down the spring 50 of exerting pressure, because acting on simultaneously, the pad 40 of exerting pressure exerts pressure in screw rod 30 and pressing piece main body 20, the elastic force increasing is applied to by the pad 40 of exerting pressure the screw rod 30 of exerting pressure on the one hand and is delivered on pressure sensor 70, on the other hand, the elastic force increasing is applied in pressing piece main body 20 by the pad 40 of exerting pressure, by pin 21, acted on optical fiber lapping dish 200.
As from the foregoing, the present invention have compact conformation novelty, pressure regulation accurately, can show in real time pressure regulation numerical value, easy to use, grind the high feature of yield rate.
Claims (4)
1. an optic fiber polishing machine with digital display force value, include: workbench and be arranged on the optic fiber polishing machine body on workbench, it is characterized in that: the optical fiber lapping dish circumferential distribution in optic fiber polishing machine body has several regulators, display screen is also housed on optic fiber polishing machine body, and display screen is connected by pressure sensor circuit with each regulator;
Described regulator is four, and four regulators are separately positioned on the position, four angles of abrasive disk.
2. a kind of optic fiber polishing machine with digital display force value according to claim 1, is characterized in that: described regulator includes:
One fixture positioning supporting part, fixture positioning supporting part is fixedly installed on the installing hole of workbench or is one-body molded with workbench, and fixture positioning supporting part has upper slip cavity and the lower through-hole communicating with each other from top to bottom;
One pressing piece main body, pressing piece main body profile is mated with described upper slip cavity, pressing piece main body is provided with the end of exerting pressure acting on optical fiber lapping dish, in pressing piece main body, offer stairstepping through hole, Wei great footpath, the top shoulder hole of this stairstepping through hole, the bottom of this stairstepping through hole is path shoulder hole, and shoulder hole upper end, large footpath has internal thread;
One screw rod of exerting pressure, the screw rod of exerting pressure is shaped to " protruding " character form structure, and the screw rod of exerting pressure is joined and is formed by top miner diameter end and bottom bigger diameter end;
One pad of exerting pressure, the pad of exerting pressure has the centre bore coordinating with the screw rod top miner diameter end of exerting pressure, the centre bore of pad of exerting pressure is less than the external diameter of the screw rod middle and lower part bigger diameter end of exerting pressure, and the external diameter of the pad of exerting pressure is less than the diameter of large footpath shoulder hole and is greater than the diameter of path shoulder hole;
One spring of exerting pressure, the external diameter of the spring of exerting pressure is less than the aperture of large footpath shoulder hole;
One stem nut of exerting pressure, the end of thread of the internal thread coupling of Wei Yu great footpath, the lower end shoulder hole of the stem nut of exerting pressure;
One pressure sensor; Have stiff end and movable end, stiff end is fixedly connected on workbench;
During assembling, pressing piece subject activity is plugged in the upper slip cavity of fixture positioning supporting part, the screw rod activity of exerting pressure is located in the stairstepping through hole in pressing piece main body, the exert pressure bottom of screw rod is pressed on the movable end of pressure sensor, the pad of exerting pressure is set on the top miner diameter end of the screw rod of exerting pressure, the spring housing of exerting pressure is located on the top miner diameter end of the screw rod of exerting pressure, the exert pressure lower end of spring is pressed on and exerts pressure on pad, the end of thread movable whorl of stem nut of exerting pressure is connected on the internal thread of large footpath shoulder hole in pressing piece main body, the end of thread of stem nut of exerting pressure is pressed on the upper end of the spring of exerting pressure, under work pressurized state, the lower surface of the pad of exerting pressure is pressed on the top miner diameter end and bottom bigger diameter end abutted surface of the cascaded surface of stairstepping through hole and the screw rod of exerting pressure simultaneously, under inoperative free state, the lower surface of the pad of exerting pressure is pressed on the top miner diameter end and bottom bigger diameter end abutted surface of the screw rod of exerting pressure, and the top miner diameter end of the screw rod of exerting pressure and bottom bigger diameter end abutted surface are higher than the cascaded surface of stairstepping through hole.
3. a kind of optic fiber polishing machine with digital display force value according to claim 2, is characterized in that: the end of exerting pressure being pressed in described pressing piece main body on optical fiber lapping dish is a pin, and this pin is plugged in pin hole corresponding to pressing piece main body top.
4. a kind of optic fiber polishing machine with digital display force value according to claim 3, is characterized in that: in described pressing piece main body, be also plugged with the handle of exerting pressure, exert pressure handle and described pin are positioned on same axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320501846.4U CN203449144U (en) | 2013-08-17 | 2013-08-17 | Optical fiber grinding machine with digital display pressure values |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320501846.4U CN203449144U (en) | 2013-08-17 | 2013-08-17 | Optical fiber grinding machine with digital display pressure values |
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| Publication Number | Publication Date |
|---|---|
| CN203449144U true CN203449144U (en) | 2014-02-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320501846.4U Expired - Fee Related CN203449144U (en) | 2013-08-17 | 2013-08-17 | Optical fiber grinding machine with digital display pressure values |
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| CN (1) | CN203449144U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112894608A (en) * | 2021-01-22 | 2021-06-04 | 宁波云德半导体材料有限公司 | Adjustable quartz grinding device |
-
2013
- 2013-08-17 CN CN201320501846.4U patent/CN203449144U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112894608A (en) * | 2021-01-22 | 2021-06-04 | 宁波云德半导体材料有限公司 | Adjustable quartz grinding device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140226 Termination date: 20150817 |
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| EXPY | Termination of patent right or utility model |