CN101169503A - Fiber discharging device suitable for automatic optical fiber winding machine - Google Patents
Fiber discharging device suitable for automatic optical fiber winding machine Download PDFInfo
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- CN101169503A CN101169503A CNA2007101787457A CN200710178745A CN101169503A CN 101169503 A CN101169503 A CN 101169503A CN A2007101787457 A CNA2007101787457 A CN A2007101787457A CN 200710178745 A CN200710178745 A CN 200710178745A CN 101169503 A CN101169503 A CN 101169503A
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Abstract
The invention relates to a fiber arranging mechanism which is applied to an automatic optical fiber ring coiling machine, and the fiber arranging mechanism is composed of a fiber arranging component (1), a driving component (2) and a platform bracket (3). The lower installing face (302) of the platform bracket (3) is fixedly arranged on a precision platform (4). The upper installing face (301) of the platform bracket (3) is fixed with the slipway base (13) of the fiber arranging component (1). The fiber arranging component (1) is composed of an outer cover (11), a working table (12), the slipway base (13) and a sliding component (15). The fiber arranging mechanism of the invention is applied to the realization of fiber arranging function on various automatic optical fiber ring coiling machines, simultaneously, the invention also can be used in the machines such as optical fiber repeat coiling typed machines and optical fiber selecting machines. A screw lever (170) is driven to rotate by a motor (201), and the working table (12) can be made smoothly to slide on an A guiding rail (155) and a B guiding rail (156). Slight optical fibers can be accurately arranged on a preconcerted light fiber ring through adopting a frame with high stiffness, a prestressed assembling structure and an excellent driving and controlling characteristic in the fiber arranging mechanism.
Description
Technical field
The present invention relates to a kind of fiber discharging device, more particularly, be meant a kind of fiber discharging device that is applicable to automatic optical fiber winding machine.
Background technology
Optical fibre gyro is born in 1976, it is a kind of novel sensor that utilizes optical fiber sensing technology measurement space inertia slewing rate, developed at present the novel main flow instrument that the inertial technology field has epoch-making feature, it is compared with the laser gyro of exploitation in recent years with normally used mechanical gyro, has higher precision, and cost is low, and volume is little, and is in light weight.The application prospect of optical fibre gyro is very wide, and it not only is used for navigation, the missile guidance of aircraft, boats and ships, the high precision position control of spaceship, and also can be applicable to the guiding of sedan limousine on civilian, and robot and automation control system or the like.
Fiber optic loop is the sensing core of optical fibre gyro, and it is big that its basic demand is that extinction ratio is wanted, and reciprocity will be got well.The high-quality fiber optic loop of coiling how, very important to the development of optical fibre gyro, its winding method has multiple, four extremely symmetrical winding best results are international a kind of methods, at present, artificial coiling is mostly adopted in the coiling of internal optical fiber ring, does not have specialized equipment, can't guarantee its coiling quality.
The fiber discharging device that uses on more present optical fiber winding machines, backlass simple in structure, no are eliminated mechanism, rigidity is low, transmission control is steady and arrange defectives such as fibre is accurately low.General fiber discharging device is to adopt preferably after ring technology, must guarantee that its optical fiber that is wound on the optical fiber tube keeps homogeneity and accuracy.
Summary of the invention
The purpose of this invention is to provide a kind of fiber discharging device that is applicable to automatic optical fiber winding machine, this fiber discharging device can be arranged on the predetermined fiber optic loop very thin optical fiber by adopting high rigidity framework, prestress assembly structure and good transmission and control characteristic exactly.
The present invention is a kind of fiber discharging device that is applicable on the automatic optical fiber winding machine, and this fiber discharging device is become with the platform groups of holders by the fine assembly of row, driven unit; The following installed surface of platform support is fixedly mounted on the precision surface plate, fixes with the slide unit base of the fine assembly of row on the last installed surface of platform support; The motor of driven unit, speed reduction unit place an outside of fiber discharging device, and the driven by motor worktable moves back and forth on the slide unit base, guarantee that optical fiber twines in the precision of putting on fine ring, guide wheel, the fine ring of receipts.
Advantage of the present invention: 1 has the support of high rigidity framework, has reduced the equipment natural frequency, is not easy to excite vibration, arranges fine process stabilization; The prestress assembly structure has all been adopted at the activity link of 2 transmissions and connection position, and the fine process of the row of making does not have backlass, is specially adapted to very thin optical fiber operation; 3 transmission links adopt keyless joint etc. to eliminate the high rigidity connected mode of backlasses, obtain good transmission and control characteristic, make when the fine motion of row, stablize, friction, guarantee that very thin optical fiber arranges fine motor performance; 4 because the framework with high rigidity can carry the miscellaneous part of automatic optical fiber winding machine on the fiber discharging device, as put fine structure, tension control mechanism etc., makes automatic optical fiber winding machine can obtain flexible technology and guarantees ability.
Description of drawings
Fig. 1 is the wiring layout of fiber discharging device of the present invention and precision surface plate.
Fig. 2 is the blast diagrammatic sketch of fiber discharging device of the present invention.
Fig. 2 A is the blast diagrammatic sketch of the slide assemblies of fiber discharging device of the present invention.
Fig. 2 B is the structural drawing of slide unit base of the present invention.
Fig. 2 C is the blast diagrammatic sketch of the face of looking up of worktable of the present invention.
Fig. 2 D is the structural drawing of left socle.
Fig. 2 E is the structural drawing of right support.
Fig. 2 F is the structural drawing of leading screw support.
Fig. 3 is the structural drawing of platform support.
Among the figure: 1. arrange fine assembly 11. outer cover 111.A protective cover 112.B protective covers
113.A link 114.B link 115.C link 116.D link 12. worktable
121a. workplace 121b. bottom surface 122.E locating slot 123.F locating slot 124. pads
125. loss of weight groove 126. boss 127. screw 128.A installed surface 129.B installed surfaces
130. 132.B limit, groove 13. slide unit base 131.A limit 133.A locating slot
134.A boss 135.B boss 136.A locating surface 137.B locating surface 138.B locating slot
139.G locating slot 140.H locating slot 141.C locating slot 142.D locating slot 143.C boss
144.D boss 145.B lightening hole 15. slide assemblies 151.A guide rail slide block 152.D guide rail slide blocks
153.B guide rail slide block 154.C guide rail slide block 155.A guide rail 156.B guide rail 157. baroclinic blocks
161.A shielding support 162.B shielding support 163.A web joint
164.B web joint 165.C web joint 166.D web joint 170. ball-screws 171. shaft couplings
172.C bearing 173.D bearing 174. left flange 175.A bearing 176.B bearings
177. right flange 178. set nut 179.A outer separator 180.A inner spacing collar 181.B outer separators
182.B inner spacing collar 190. electric machine supports 191. first Building L 192. second Building L 193.A faces
194.B skewback 213.C goes up skewback at the bottom of the face 21. left socles 21 1.B locating piece 212.C
214.D end skewback 215.D goes up skewback 216.A through hole 217.A face 218.B face
219. skewback 223.A goes up skewback at the bottom of 22. right supports, the 22 1.A locating piece 222.A of bottom surface
224.B end skewback 225.B goes up skewback 226.B through hole 227.A face 228.B face
229. skewback 233.E goes up skewback at the bottom of the 23. leading screw support 231.C locating piece 232.E of bottom surface
234.F end skewback 235.F goes up skewback 236.C through hole 237.A face 238.B face
239. bottom surface 240. screw sets, 2. driven units, 201. motors, 202. speed reduction units
3. 302. times installed surface 303.A of installed surface lightening hole, 4. precision surface plates on the platform support 301.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
See also Fig. 1, shown in Figure 2, the present invention is a kind of fiber discharging device that is applicable on the automatic optical fiber winding machine, and this fiber discharging device is made up of the fine assembly 1 of row, driven unit 2 and platform support 3; The following installed surface 302 of platform support 3 is fixedly mounted on the precision surface plate 4, and is fixing with the slide unit base 13 of the fine assembly 1 of row on the last installed surface 301 of platform support 3; The motor 201 of driven unit 2, speed reduction unit 202 place an outside of fiber discharging device 1, and motor 201 drives worktable 12 and moves back and forth on slide unit base 13, guarantee that optical fiber twines in the precision of putting on fine ring, guide wheel, the fine ring of receipts.
See also shown in Fig. 2, Fig. 2 A～Fig. 2 F, the fine assembly 1 of the row among the present invention has the fine effect of accurate row.Whole slide unit base portion adopts high hard material (HT200, HT300) to make, and has high rigidity characteristic, its transmission precision, and stability is strong.Arranging fine assembly 1 is made up of outer cover 11, worktable 12, slide unit base 13 and slide assemblies 15.
Slide unit base 13 is an one machine-shaping part, the center of slide unit base 13 has A locating slot 133, the both sides of A locating slot 133 are respectively equipped with A boss 134, B boss 135, and G locating slot 139, D boss 144, H locating slot 140, B lightening hole 145, C locating slot 141, C boss 143, D locating slot 142 are arranged on the groove face of A locating slot 133 from left to right in turn; The outside of A boss 134 is A limits 131, and A limit 131 is provided with a plurality of counter sinks; B boss 135 is provided with the B locating slot 138 that is used to install baroclinic block 157, and the outside of B boss 135 is B limits 132, and B limit 132 is provided with a plurality of counter sinks.The end face of the right-hand member A boss 134 of slide unit base 13 is connected with the A web joint 163 of A shielding support 161, and the end face of B boss 135 is connected with the C web joint 165 of B shielding support 162.In the present invention, cut out B locating slot 138 on the B boss 135, and evenly put into 10 baroclinic blocks 157 in B locating slot 138, purpose is to make A guide rail 155 precision positioning and the prestress of appropriateness is arranged on B locating surface 137.
A guide rail 155 is installed on the B locating surface 137 of slide unit base 13, and B guide rail slide block 153, C guide rail slide block 154 are installed on the A guide rail 155;
Left socle 21 includes skewback 214 at the bottom of skewback 212 at the bottom of B locating piece 211, the C, the last skewback 213 of C, the D, the last skewback 215 of D, and the center of left socle 21 bodies has A through hole 216, and the bottom surface 219 of left socle 21 is installed on the D boss 144; B locating piece 211 fits in A face 217 lower ends of left socle 21, and by being installed in the H locating slot 140 screw and cooperating of threaded hole; Fit in the inclined-plane that the inclined-plane of skewback 212 and C go up skewback 213 at the bottom of the C, the another side of the last skewback 213 of C fits in one jiao of B face 218 lower end of left socle 21; The inclined-plane of skewback 214 and D go up the inclined-plane applying of skewback 215 at the bottom of the D, and the another side of the last skewback 215 of D fits in another angle, B face 218 lower ends of left socle 21; And skewback 212 is installed in the G locating slot 139 by screw and cooperating of threaded hole with the last skewback 215 of D with skewback 214 at the bottom of the last skewback 213 of C, the D at the bottom of the C.In the present invention, the last skewback 213 of C slides on 212 inclined-planes of skewback at the bottom of the C by the inclined-plane and presses to B face 218 and make left socle 21 rely on B locating piece 211 to produce preload pressures, make left socle 21 positions firm, reliable, but resisted movement is impacted, thereby make worktable 12 bearing accuracy height, row is fine reliable, and the no reflection events gap is suitable for very thin optical fiber and twines.
Right support 22 includes skewback 224 at the bottom of skewback 222 at the bottom of A locating piece 221, the A, the last skewback 223 of A, the B, the last skewback 225 of B, and the center of right support 22 bodies has B through hole 226, and the bottom surface 229 of right support 22 is installed on the C boss 143; A locating piece 22 1 fits in A face 227 lower ends of right support 22, and by being installed in the C locating slot 141 screw and cooperating of threaded hole; Fit in the inclined-plane that the inclined-plane of skewback 222 and A go up skewback 223 at the bottom of the A, the another side of the last skewback 223 of A fits in one jiao of B face 228 lower end of right support 22; The inclined-plane of skewback 224 and B go up the inclined-plane applying of skewback 225 at the bottom of the B, and the another side of the last skewback 225 of B fits in another angle, B face 228 lower ends of right support 22; And skewback 222 is installed in the D locating slot 142 by screw and cooperating of threaded hole with the last skewback 225 of B with skewback 224 at the bottom of the last skewback 223 of A, the B at the bottom of the A.In the present invention, the last skewback 223 of A slides on 222 inclined-planes of skewback at the bottom of the A by the inclined-plane and presses to B face 228 and make right support 22 rely on A locating piece 221 to produce preload pressures, make right support 22 positions firm, reliable, but resisted movement is impacted, thereby make worktable 12 bearing accuracy height, row is fine reliable, and the no reflection events gap is suitable for very thin optical fiber and twines.
Leading screw support 23 includes skewback 234 at the bottom of skewback 232 at the bottom of C locating piece 231, the E, the last skewback 233 of E, the F, the last skewback 235 of F, the center of leading screw support 23 bodies has C through hole 236, screw set 240 is installed in the C through hole 236, and the bottom surface 239 of leading screw support 23 is installed on the pad 124 of boss 126 of groove 130 of worktable 12; C locating piece 231 fits in A face 237 lower ends of leading screw support 23, and is installed in by screw and cooperating of threaded hole in the E locating slot 122 of worktable 12; Fit in the inclined-plane that the inclined-plane of skewback 232 and E go up skewback 233 at the bottom of the E, the another side of the last skewback 233 of E fits in one jiao of B face 238 lower end of leading screw support 23; The inclined-plane of skewback 234 and F go up the inclined-plane applying of skewback 235 at the bottom of the F, and the another side of the last skewback 235 of F fits in another angle, B face 238 lower ends of leading screw support 23; And skewback 232 is installed in the F locating slot 123 of worktable 12 by screw and cooperating of threaded hole with the last skewback 235 of F with skewback 234 at the bottom of the last skewback 233 of E, the F at the bottom of the E.In the present invention, the last skewback 233 of E slides on 232 inclined-planes of skewback at the bottom of the E by the inclined-plane and presses to B face 238 and make leading screw support 23 rely on C locating piece 231 to produce preload pressures, make leading screw support 23 positions firm, reliable, but resisted movement is impacted, thereby make worktable 12 bearing accuracy height, row is fine reliable, and the no reflection events gap is suitable for very thin optical fiber and twines.
The left end of ball-screw 170 outwards is socketed with C bearing 172, B inner spacing collar 182, D bearing 173, left flange 174, shaft coupling 171 from the lining, be socketed with B outer separator 181 on the outer shroud of B inner spacing collar 182, and left bearing group (the left bearing group is formed by C bearing 172, B inner spacing collar 182, B outer separator 181, D bearing 173) is installed in the A through hole 216 of left socle 21; The right-hand member of ball-screw 170 outwards is socketed with A bearing 175, A inner spacing collar 180, B bearing 176, right flange 177, set nut 178 from the lining, be socketed with A outer separator 179 on the outer shroud of A inner spacing collar 180, and right bearing group (the right bearing group is formed by A bearing 175, A inner spacing collar 180, A outer separator 179, B bearing 176) is installed in the B through hole 226 of right support 22; The middle part of ball-screw 170 is socketed in the screw set 140, and screw set 140 is installed in the C through hole 236 of leading screw support 23.
In the present invention, the A of right support 22 goes up skewback 223 and B goes up skewback 225 when pressing down, and is used to lock right support 22 moving in the horizontal direction.C on the left socle 21 goes up skewback 213 and D goes up skewback 215 when pressing down, and is used to lock left socle 21 moving in the horizontal direction.Leading screw support 23 is fixed in pad 124 upper surfaces, and be close to C locating piece 231, at the bottom of the D at the bottom of skewback 232, the last skewback 233 of D, the E skewback 234 and E go up skewback 235 respectively beveling fit and be fixed in the F locating slot 123, last skewback 233 of D and E go up skewback 235 when pressing down, and are used to lock leading screw support 23 moving in the horizontal direction.
In the present invention, shaft coupling 171 drives ball-screw 170 by motor 201 and rotates, and simultaneously, worktable 12 moves back and forth under the drive of ball-screw 170, and the displacement may command, realizes the precision winding of optical fiber on the ring body axial direction.Shaft coupling 171 adopts keyless, improves to connect bearing accuracy and rigidity, the control performance of improvement platform 12.
See also Fig. 1, shown in Figure 2, driven unit 2 of the present invention includes motor 201 and speed reduction unit 202, and the output shaft of motor 201 is connected with speed reduction unit 202, and speed reduction unit 202 is connected with shaft coupling 171, and motor 201 casings are installed on the A face 193 of electric machine support 190.Motor 201 is a servomotor, and output power is 400W～850W; The reduction gear ratio of speed reduction unit 202 is 1: 20～1: 50.
See also shown in Figure 3, platform support 3 is an one machine-shaping part, symmetry has a plurality of A lightening holes 303 on the platform support 3, last installed surface 301 fixedly mounts thereon with the slide unit base that cooperates the fine assembly 1 of the row of making 104 of threaded hole by screw, and following installed surface 302 is fixedly mounted on the precision surface plate 4 platform support 3 by screw and cooperating of threaded hole.In the present invention, platform support 3 employing hard materials are manufactured has porous structure, and its rigidity is big, and stability is strong, thereby can guarantee moving and support accuracy of worktable 12 effectively.
Precision surface plate 4 among the present invention is provided with a plurality of fixed installation device mounting hole, and platform support 3 and fiber discharging device are installed on the precision surface plate 4.
The fiber discharging device of the present invention's design is applicable to the realization of the fine function of row on all kinds of automatic optical fiber winding machines, also can use in the machine of types such as optical fiber after-combustion, optical fiber screening simultaneously.Rotate by adopting motor 201 to drive leading screw 170, worktable 12 is being slided on A guide rail 155, B guide rail 156 stably.
Claims (1)
1. fiber discharging device that is applicable to automatic optical fiber winding machine is characterized in that: this fiber discharging device is made up of row's fine assembly (1), driven unit (2) and platform support (3); The following installed surface (302) of platform support (3) is fixedly mounted on the precision surface plate (4), and the last installed surface (301) of platform support (3) is gone up with the slide unit base (13) of the fine assembly of row (1) fixing;
The fine assembly of described row (1) is made up of outer cover (11), worktable (12), slide unit base (13) and slide assemblies (15);
Outer cover (11) includes A protective cover (111) and B protective cover (112), the A link (113) of A protective cover (111) is connected with the A face (193) of electric machine support (190), and the B link (114) of A protective cover (111) is connected with the B installed surface (129) of worktable (12); The C link (115) of B protective cover (112) is connected with the A installed surface (128) of worktable (12), and the D link (116) of B protective cover (112) is connected with the B web joint (164) of A shielding support (161) and the D web joint (166) of B shielding support (162) respectively;
The workplace (121a) of worktable (12) is a burnishing surface, the center, bottom surface (121b) of worktable (12) is provided with a groove (130), there is boss (126) at the center of groove (130), pad (124) is installed on the boss (126), the both sides of boss (126) are respectively E locating slot (122), F locating slot (123), are arranged with four loss of weight grooves (125) around the groove (130); Four jiaos of bottom surface (121b) are installed in worktable (12) on the A guide rail slide block (151), B guide rail slide block (152), C guide rail slide block (153), D guide rail slide block (154) of slide assemblies (15) by screw (127) respectively;
There is A locating slot (133) at the center of slide unit base (13), the both sides of A locating slot (133) are respectively equipped with A boss (134), B boss (135), and G locating slot (139), D boss (144), H locating slot (140), B lightening hole (145), C locating slot (141), C boss (143), D locating slot (142) are arranged on the groove face of A locating slot (133) from left to right in turn; The outside of A boss (134) is A limit (131); B boss (135) is provided with the B locating slot (138) that is used to install baroclinic block (157), and the outside of B boss (135) is B limit (132); The end face of the right-hand member A boss (134) of slide unit base (13) is connected with the A web joint (163) of A shielding support (161), and the end face of B boss (135) is connected with the C web joint (165) of B shielding support (162);
Electric machine support (190) includes first Building L (191), second Building L (192), there is a through hole (194) at the center of electric machine support (190), through hole (194) is used for shaft coupling (171) and passes, and first Building L (191), second Building L (192) are installed in by screw and cooperating of threaded hole in the A locating slot (133) of left end of slide unit base (13);
Slide assemblies (15) includes A guide rail (155), B guide rail (156), A guide rail slide block (151), B guide rail slide block (153), C guide rail slide block (154), D guide rail slide block (152), a ball-screw (170), left socle (21), right support (22), leading screw support (23);
A guide rail (155) is installed on the B locating surface (137) of slide unit base (13), and B guide rail slide block (153), C guide rail slide block (154) are installed on the A guide rail (155);
B guide rail (156) is installed on the A locating surface (136) of slide unit base (13), and A guide rail slide block (151), D guide rail slide block (152) are installed on the B guide rail (156);
Left socle (21) includes skewback (214) at the bottom of skewback (212) at the bottom of B locating piece (211), the C, the last skewback of C (213), the D, the last skewback of D (215), the center of left socle (21) body has A through hole (216), and the bottom surface (219) of left socle (21) is installed on the D boss (144); B locating piece (211) fits in A face (217) lower end of left socle (21), and by being installed in screw and cooperating of threaded hole in the H locating slot (140); The inclined-plane of skewback at the bottom of the C (212) and C go up the inclined-plane of skewback (213) and fit, and the another side of the last skewback of C (213) fits in one jiao of B face (218) lower end of left socle (21); The inclined-plane of skewback at the bottom of the D (214) and D go up the inclined-plane of skewback (215) and fit, and the another side of the last skewback of D (215) fits in another angle, B face (218) lower end of left socle (21); And skewback at the bottom of the C (212) is gone up skewback (215) by being installed in screw and cooperating of threaded hole in the G locating slot (139) with skewback (214) at the bottom of the last skewback (213) of C, the D with D;
Right support (22) includes skewback (224) at the bottom of skewback (222) at the bottom of A locating piece (221), the A, the last skewback of A (223), the B, the last skewback of B (225), the center of right support (22) body has B through hole (226), and the bottom surface (229) of right support (22) is installed on the C boss (143); A locating piece (221) fits in A face (227) lower end of right support (22), and by being installed in screw and cooperating of threaded hole in the C locating slot (141); The inclined-plane of skewback at the bottom of the A (222) and A go up the inclined-plane of skewback (223) and fit, and the another side of the last skewback of A (223) fits in one jiao of B face (228) lower end of right support (22); The inclined-plane of skewback at the bottom of the B (224) and B go up the inclined-plane of skewback (225) and fit, and the another side of the last skewback of B (225) fits in another angle, B face (228) lower end of right support (22); And skewback at the bottom of the A (222) is gone up skewback (225) by being installed in screw and cooperating of threaded hole in the D locating slot (142) with skewback (224) at the bottom of the last skewback (223) of A, the B with B;
Leading screw support (23) includes skewback (234) at the bottom of skewback (232) at the bottom of C locating piece (231), the E, the last skewback of E (233), the F, the last skewback of F (235), the center of leading screw support (23) body has C through hole (236), screw set (240) is installed in the C through hole (236), and the bottom surface (239) of leading screw support (23) is installed on the pad (124) of boss (126) of groove (130) of worktable (12); C locating piece (231) fits in A face (237) lower end of leading screw support (23), and by in the E locating slot (122) that is installed in screw and cooperating of threaded hole worktable (12); The inclined-plane of skewback at the bottom of the E (232) and E go up the inclined-plane of skewback (233) and fit, and the another side of the last skewback of E (233) fits in one jiao of B face (238) lower end of leading screw support (23); The inclined-plane of skewback at the bottom of the F (234) and F go up the inclined-plane of skewback (235) and fit, and the another side of the last skewback of F (235) fits in another angle, B face (238) lower end of leading screw support (23); And skewback at the bottom of the E (232) is gone up skewback (235) by in the F locating slot (123) that is installed in screw and cooperating of threaded hole worktable (12) with skewback (234) at the bottom of the last skewback (233) of E, the F with F;
The left end of ball-screw (170) outwards has C bearing (172), B inner spacing collar (182), D bearing (173), left flange (174), shaft coupling (171) from the lining, be socketed with B outer separator (181) on the outer shroud of B inner spacing collar (182), C bearing (172), B inner spacing collar (182), B outer separator (181), D bearing (173) form the left bearing group, and the left bearing group is installed in the A through hole (216) of left socle (21); The right-hand member of ball-screw (170) outwards has A bearing (175), A inner spacing collar (180), B bearing (176), right flange (177), set nut (178) from the lining, be socketed with A outer separator (179) on the outer shroud of A inner spacing collar (180), A bearing (175), A inner spacing collar (180), A outer separator (179), B bearing (176) form the right bearing group, and the right bearing group is by in the B through hole (226) that is installed in right support (22); The middle part of ball-screw (170) is socketed in the screw set (140).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101787457A CN100489581C (en) | 2007-12-05 | 2007-12-05 | Fiber discharging device suitable for automatic optical fiber winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101787457A CN100489581C (en) | 2007-12-05 | 2007-12-05 | Fiber discharging device suitable for automatic optical fiber winding machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101169503A true CN101169503A (en) | 2008-04-30 |
| CN100489581C CN100489581C (en) | 2009-05-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007101787457A Expired - Fee Related CN100489581C (en) | 2007-12-05 | 2007-12-05 | Fiber discharging device suitable for automatic optical fiber winding machine |
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|---|---|
| CN (1) | CN100489581C (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104724544A (en) * | 2015-03-25 | 2015-06-24 | 北京航空航天大学 | Optical fiber automatic guiding control device suitable for optical fiber ring winding machine |
| CN105911645A (en) * | 2016-06-29 | 2016-08-31 | 许海琨 | Full-automatic field single optical fiber band forming device |
| CN108106636A (en) * | 2017-12-26 | 2018-06-01 | 重庆华渝电气集团有限公司 | A kind of fine device of fiber optic loop coiling auxiliary row |
| CN108216812A (en) * | 2017-12-25 | 2018-06-29 | 东莞捷荣技术股份有限公司 | A kind of labeling bracket component and label-sticking mechanism |
| CN108821000A (en) * | 2018-08-24 | 2018-11-16 | 北京计算机技术及应用研究所 | A kind of automatic fiber discharging device of ring winding machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3533687A1 (en) * | 1985-09-21 | 1987-03-26 | Teldix Gmbh | DEVICE FOR MEASURING THE SPEED |
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2007
- 2007-12-05 CN CNB2007101787457A patent/CN100489581C/en not_active Expired - Fee Related
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| CN104724544A (en) * | 2015-03-25 | 2015-06-24 | 北京航空航天大学 | Optical fiber automatic guiding control device suitable for optical fiber ring winding machine |
| CN104724544B (en) * | 2015-03-25 | 2017-06-06 | 北京航空航天大学 | A kind of optical fiber automatic guide control device suitable for optical fiber winding machine |
| CN105911645A (en) * | 2016-06-29 | 2016-08-31 | 许海琨 | Full-automatic field single optical fiber band forming device |
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| CN108216812A (en) * | 2017-12-25 | 2018-06-29 | 东莞捷荣技术股份有限公司 | A kind of labeling bracket component and label-sticking mechanism |
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| CN108821000A (en) * | 2018-08-24 | 2018-11-16 | 北京计算机技术及应用研究所 | A kind of automatic fiber discharging device of ring winding machine |
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| CN100489581C (en) | 2009-05-20 |
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Assignee: General aviation (Beijing) Photoelectric Technology Co Ltd Assignor: Beihang University Contract record no.: 2010110000215 Denomination of invention: Fiber discharging device suitable for automatic optical fiber winding machine Granted publication date: 20090520 License type: Exclusive License Open date: 20080430 Record date: 20101227 |
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Assignee: Aviation Gyro (Beijing) Photoelectricity Technology Co., Ltd. Assignor: Beihang University Contract record no.: 2010110000215 Denomination of invention: A row of fiber mechanism suitable for automatic optical fiber winding machine Granted publication date: 20090520 License type: Exclusive license Open date: 20080430 Record date: 20101227 |
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