CN108907640A - Shifting method in front of fibre core and silica gel ring assembling center and assembling - Google Patents

Shifting method in front of fibre core and silica gel ring assembling center and assembling Download PDF

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Publication number
CN108907640A
CN108907640A CN201810762901.2A CN201810762901A CN108907640A CN 108907640 A CN108907640 A CN 108907640A CN 201810762901 A CN201810762901 A CN 201810762901A CN 108907640 A CN108907640 A CN 108907640A
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CN
China
Prior art keywords
needle
cushion rubber
seat
silica gel
transverse
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
CN201810762901.2A
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Chinese (zh)
Inventor
谷志阳
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Wenzhou Vocational and Technical College
Original Assignee
Wenzhou Vocational and Technical College
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Wenzhou Vocational and Technical College filed Critical Wenzhou Vocational and Technical College
Priority to CN201810762901.2A priority Critical patent/CN108907640A/en
Publication of CN108907640A publication Critical patent/CN108907640A/en
Withdrawn legal-status Critical Current

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23PMETAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P19/00Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
    • B23P19/001Article feeders for assembling machines
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23PMETAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P19/00Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
    • B23P19/04Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes for assembling or disassembling parts

Abstract

Shifting method in front of fibre core and silica gel ring assembling center and assembling, the present invention relates to fibre cores and silica gel ring to assemble center, including total rack, the conveying cushion rubber device being vertically set in total rack and the conveying needle device being arranged in total rack;Conveying cushion rubber device includes the cushion rubber frame being vertically arranged in total rack, the cushion rubber lifting cylinder being vertically arranged on cushion rubber frame, the cushion rubber lifting seat that cushion rubber lifting cylinder lower end is set and is slided up and down on cushion rubber frame, the cushion rubber transverse direction push rod being horizontally installed on cushion rubber frame, the swivel base in the cushion rubber of transverse shifting on cushion rubber transverse direction push rod and on cushion rubber lifting seat, cushion rubber gangway for transhipment on swivel base and for accommodating silica gel collar member is set in cushion rubber, and on cushion rubber lifting seat and lower end is vertically arranged in for drawing the cushion rubber dispatch tube of silica gel collar member from cushion rubber gangway for transhipment upper end.The present invention has rational design, compact-sized and easy to use.

Description

Shifting method in front of fibre core and silica gel ring assembling center and assembling
Technical field
The present invention relates to middle shifting methods before fibre core and silica gel ring assembling center and assembling.
Background technique
Currently, existing need fibre core and glue in working environment dustless, without air pollution in silica gel ring and fibre core Circle assembling needs technician to be inserted into fibre core by artificial cushion rubber and assembles, and packaging efficiency is low, high rejection rate, does not meet existing Generationization rhythm of production is badly in need of providing a kind of structurally reasonable, high production efficiency now, and assembly precision is high, high-precision fibre core Center and the preceding middle shifting method of assembling are assembled with silica gel ring.
Summary of the invention
The technical problems to be solved by the invention be generally speaking to provide a kind of fibre core and silica gel ring assembling center and Shifting method in front of assembling;The technical issues of solving in detail and acquirement beneficial effect in aftermentioned content and combine specific embodiment party Content specifically describes in formula.
To solve the above problems, the technical solution adopted by the present invention is that:
A kind of fibre core and silica gel ring assemble center, fill including total rack, the conveying cushion rubber being vertically set in total rack Set and be arranged in the conveying needle device in total rack;
Conveying cushion rubber device includes the cushion rubber frame being vertically arranged in total rack, the cushion rubber liter being vertically arranged on cushion rubber frame Sending down abnormally ascending cylinder, is horizontally installed on cushion rubber at the cushion rubber lifting seat that cushion rubber lifting cylinder lower end is arranged in and slides up and down on cushion rubber frame Cushion rubber transverse direction push rod on frame, swivel base, setting in the cushion rubber of transverse shifting on cushion rubber transverse direction push rod and on cushion rubber lifting seat In cushion rubber on swivel base and for accommodate silica gel collar member cushion rubber gangway for transhipment and be vertically arranged on cushion rubber lifting seat and under Hold the cushion rubber dispatch tube for drawing silica gel collar member from cushion rubber gangway for transhipment upper end.
Conveying needle device includes the needle fixed frame being vertically arranged in total rack, in the needle being horizontally set on needle fixed frame Rotating motor, the needle ellipse being arranged on needle transfer motor output shaft are arranged below needle ellipse and on needle fixed frame The needle lower slider of lower movement, is arranged in needle the needle lower tumbler for being arranged on needle lower slider and being in rolling contact with needle ellipse lower end Upper top reset spring between lower slider and needle fixed frame, the needle transverse holder being arranged on needle fixed frame, transverse rotation are set It sets the rotary shaft in the needle in needle transverse holder, be eccentrically set on rotary shaft one end and cantilever end lower end and needle lower pressure wheel in needle The needle beat plate of contact, slides laterally above needle transverse holder the needle rotating seat that the rotary shaft other end in needle is arranged in Needle lateral seat, is arranged in needle the needle transverse direction guide wheel that needle lateral seat one end is arranged in and is used to contact with needle ellipse lateral wall pressure On fixed frame and it is located at the needle guide holder of the needle lateral seat other end, is arranged between needle guide holder and needle lateral seat and be set with outer The needle lateral shaft of spring is pushed up, is arranged in needle lateral seat and longitudinal needle V-type seat for being loaded with fiber chipware, setting are under needle V-type seat It holds and for through slot, the needle beat motor being arranged in needle lateral seat, setting under the needle to needle U-type groove placement fiber chipware in needle On V-type seat and it is located at the needle bias through slot of through slot side under needle, is arranged in needle bias through slot and is driven by needle beat motor and hindered Gear fiber chipware under send needle eccentric wheel, be disposed longitudinally on needle rotating seat upper surface and for place fiber chipware needle U-type groove, Be vertically arranged on needle fixed frame and be located at needle rotating seat side needle be vertically directed seat, vertical penetrating setting is vertically directed in needle The vertical through slot of needle and setting in seat is in the vertical through slot upper end of needle and needle V-groove corresponding with needle rotating seat output end;
The long axis of needle ellipse is vertical direction, and the short axle of needle ellipse is horizontal direction.
Shifting method in front of a kind of fibre core and silica gel ring assembling, assembles center, including fibre by means of fibre core and silica gel ring The middle shifting method of chipware is tieed up,
The middle shifting method of fiber chipware specifically includes following steps;Firstly, by fiber chipware level storage to needle V-type seat In;Then, rotating motor drives needle ellipse to swing in needle, and needle ellipse pushes needle lower tumbler downlink and drives needle transverse direction guide wheel horizontal To movement;Secondly, needle transverse direction guide wheel drives needle V-type seat to move laterally to above needle U-type groove;Again, needle beat motor drives needle Eccentric wheel rotation, a fiber chipware is descended horizontally into needle U-type groove;And then, needle lower tumbler passes through the needle of needle lower slider Pressing beat plate is swung under lower pressure wheel, and needle beat plate drives the rotation of needle rotating seat by rotary shaft in needle, and fiber chipware is along needle V Type groove slides into the vertical through slot of needle, and skids off along the vertical through slot of needle.
It further include the middle shifting method of silica gel collar member after the middle shifting method for executing fiber chipware;
The middle shifting method of silica gel collar member includes the following steps, firstly, starting cushion rubber lifting cylinder drives under cushion rubber dispatch tube Silica gel collar member in row and negative pressure absorbing cushion rubber gangway for transhipment;Then, cushion rubber lifting cylinder drive cushion rubber dispatch tube uplink and from Come unglued swivel base in enclosing;Secondly, cushion rubber transverse direction push rod drives swivel base in cushion rubber to be moved transversely out below cushion rubber dispatch tube;Again, Cushion rubber lifting cylinder drives cushion rubber dispatch tube downlink and silica gel collar member is assembled on fiber chipware;Finally, cushion rubber dispatch tube is just Pressure blows to obtain silica gel collar member and uplink.
The long axis of needle ellipse of the present invention is vertical direction, and the short axle of needle ellipse is horizontal direction.To realize needle Lower pressure wheel moves simultaneously with needle transverse direction guide wheel, but designs to ensure that the delay time that the two moves by major and minor axis, thus So that eccentric motion opens through slot, so that core is fallen into U.To ensure that continuity, optimize structure, simplifies structure.
The total rack of the present invention is support, and absorption and relieving to cushion rubber are realized by the positive/negative-pressure of cushion rubber dispatch tube;In order to It realizes position monitor, can use Hall sensor;Needle ellipse realizes progressive error.
Needle lower tumbler reduces friction, realizes rotate driving by needle beat plate, is become core by horizontality by needle U-type groove For heeling condition, to be slipped in through slot automatically, needle V-groove increased core enters range, is automatically reset, is led to by spring realization It crosses needle V-type seat and realizes that core slides into through slot automatically.
Beneficial effects of the present invention description without being limited thereto, in order to preferably be easy to understand, specific embodiment part into More detailed description is gone.
Detailed description of the invention
Fig. 1 is whole structural schematic diagram of the invention;
Fig. 2 is the structural schematic diagram of fiber chipware of the present invention;
Fig. 3 is the structural schematic diagram of cushion rubber dispatch tube of the present invention;
Fig. 4 is the structural schematic diagram of needle U-type groove of the present invention;
Fig. 5 is the structural schematic diagram of rotating motor in needle of the present invention;
Fig. 6 is the structural schematic diagram of needle lateral seat of the present invention;
Fig. 7 is the structural schematic diagram of needle bias through slot of the present invention;
Wherein:1, total rack;5, cushion rubber device is conveyed;6, needle device is conveyed;12, silica gel collar member;13, fiber chipware;29, Cushion rubber frame;30, cushion rubber lifting cylinder;31, cushion rubber lifting seat;32, cushion rubber dispatch tube;35, swivel base in cushion rubber;36, cushion rubber transfer Channel;37, cushion rubber transverse direction push rod;44, needle fixed frame;45, rotating motor in needle;46, needle ellipse;49, needle lower tumbler;50, needle Lower slider;51, needle lower pressure wheel;52, needle beat plate;53, rotary shaft in needle;54, needle transverse holder;55, needle rotating seat;56, Needle U-type groove;57, needle is vertically directed seat;58, needle V-groove;59, the vertical through slot of needle;60, needle lateral seat;61, needle transverse direction guide wheel; 62, needle lateral shaft;63, needle guide holder;64, needle V-type seat;65, through slot under needle;66, needle bias through slot;67, needle beat motor; 68, needle eccentric wheel.
Specific embodiment
As shown in figs. 1-7, the fibre core of the present embodiment and silica gel ring assemble center, including total rack 1, be vertically set on it is total Conveying cushion rubber in rack 1 device 5 and the conveying needle device 6 that is arranged in total rack 1;
Conveying cushion rubber device 5 includes the cushion rubber frame 29 being vertically arranged in total rack 1, is vertically arranged on cushion rubber frame 29 Cushion rubber lifting cylinder 30, the cushion rubber lifting seat 31 that 30 lower end of cushion rubber lifting cylinder is set and is slided up and down on cushion rubber frame 29, It is horizontally installed on the cushion rubber transverse direction push rod 37 on cushion rubber frame 29, the transverse direction on cushion rubber transverse direction push rod 37 and on cushion rubber lifting seat 31 Swivel base 35 in mobile cushion rubber, be arranged in cushion rubber on swivel base 35 and the cushion rubber gangway for transhipment 36 for accommodating silica gel collar member 12, And on cushion rubber lifting seat 31 and lower end is vertically arranged in for drawing the glue of silica gel collar member 12 from 36 upper end of cushion rubber gangway for transhipment Enclose dispatch tube 32.
Conveying needle device 6 includes the needle fixed frame 44 being vertically arranged in total rack 1, is horizontally set on needle fixed frame 44 Needle in rotating motor 45, needle ellipse 46 in needle on 45 output shaft of rotating motor is set, be arranged below needle ellipse 46 and The needle lower slider 50 that moves up and down on needle fixed frame 44 is arranged on needle lower slider 50 and rolls with 46 lower end of needle ellipse and connects The needle lower tumbler 49 of touching, is arranged in needle fixed frame the upper top reset spring being arranged between needle lower slider 50 and needle fixed frame 44 Rotary shaft 53 in the needle that needle transverse holder 54 on 44, transverse rotation are arranged in needle transverse holder 54 is eccentrically set on 53 one end of rotary shaft and cantilever end lower end are contacted with needle lower pressure wheel 51 in needle needle beat plate 52, that rotary shaft 53 is arranged in needle is another The needle rotating seat 55 of one end slides laterally needle lateral seat 60 above needle transverse holder 54, is arranged in needle lateral seat 60 1 It holds and the needle transverse direction guide wheel 61 for contacting with 46 lateral wall pressure of needle ellipse, setting is on needle fixed frame 44 and positioned at needle transverse direction The needle guide holder 63 of 60 other ends of seat, the needle for being arranged between needle guide holder 63 and needle lateral seat 60 and being set with outer top spring are horizontal To axis 62, it is arranged in needle lateral seat 60 and is longitudinally loaded with the needle V-type seat 64 of fiber chipware 13, setting in 64 lower end of needle V-type seat And for needle U-type groove 56 place fiber chipware 13 needle under through slot 65, be arranged in needle lateral seat 60 needle beat motor 67, Be arranged on needle V-type seat 64 and be located at the needle bias through slot 66 of 65 side of through slot under needle, be arranged in needle bias through slot 66 and by Needle beat motor 67, which drives, to be stopped the needle eccentric wheel 68 sent under fiber chipware 13, is disposed longitudinally on 55 upper surface of needle rotating seat and use It is perpendicular in the needle for placing the needle U-type groove 56 of fiber chipware 13, being vertically arranged on needle fixed frame 44 and being located at 55 side of needle rotating seat Vertical penetrating the vertical through slot 59 of needle and be arranged in the vertical through slot of needle that needle is vertically directed in seat 57 is arranged in straight guide holder 57 59 upper ends and needle V-groove 58 corresponding with 55 output end of needle rotating seat;
The long axis of needle ellipse 46 is vertical direction, and the short axle of needle ellipse 46 is horizontal direction.
Shifting method in front of fibre core and the silica gel ring assembling of the present embodiment, assembles center by means of fibre core and silica gel ring, Middle shifting method including fiber chipware 13,
The middle shifting method of fiber chipware 13 specifically includes following steps;Firstly, needle V-type is arrived in the horizontal storage of fiber chipware 13 In seat 64;Then, rotating motor 45 drives needle ellipse 46 to swing in needle, and needle ellipse 46 pushes 49 downlink of needle lower tumbler and drive 61 transverse shifting of needle transverse direction guide wheel;Secondly, needle transverse direction guide wheel 61 drives needle V-type seat 64 to move laterally to 56 top of needle U-type groove;Again Secondary, needle beat motor 67 drives needle eccentric wheel 68 to rotate, and a fiber chipware 13 is descended horizontally into needle U-type groove 56;Immediately , needle lower tumbler 49 is swung by the lower pressing beat plate 52 of needle lower pressure wheel 51 of needle lower slider 50, and needle beat plate 52 passes through in needle Rotary shaft 53 drives needle rotating seat 55 to rotate, and fiber chipware 13 slides into the vertical through slot 59 of needle along needle V-groove 58, and along needle Vertical through slot 59 skids off.
It further include the middle shifting method of silica gel collar member 12 after the middle shifting method for executing fiber chipware 13;
The middle shifting method of silica gel collar member 12 includes the following steps, firstly, starting cushion rubber lifting cylinder 30 drives cushion rubber transmission Silica gel collar member 12 in 32 downlink of pipe and negative pressure absorbing cushion rubber gangway for transhipment 36;Then, cushion rubber lifting cylinder 30 drives cushion rubber to pass It send 32 uplink of pipe and leaves swivel base 35 in cushion rubber;Secondly, cushion rubber transverse direction push rod 37 drives swivel base 35 in cushion rubber to be moved transversely out 32 lower section of cushion rubber dispatch tube;Again, cushion rubber lifting cylinder 30 drives 32 downlink of cushion rubber dispatch tube and is assembled into silica gel collar member 12 On fiber chipware 13;Finally, 32 positive pressure of cushion rubber dispatch tube blows to obtain silica gel collar member 12 and uplink.
The long axis of needle ellipse 46 of the present invention is vertical direction, and the short axle of needle ellipse 46 is horizontal direction.To realize Needle lower pressure wheel 51 is moved with needle transverse direction guide wheel 61 simultaneously, but when by major and minor axis both designing to ensure that the delay of movement Between, so that eccentric motion opens through slot, so that core is fallen into U.To ensure that continuity, optimize structure, simplifies Structure.
The total rack 1 of the present invention is support, and absorption and relieving to cushion rubber are realized by the positive/negative-pressure of cushion rubber dispatch tube 32;For Realization position monitor, can use Hall sensor;Needle ellipse 46 realizes progressive error.
Needle lower tumbler 49 reduces friction, rotate driving is realized by needle beat plate 52, by needle U-type groove 56 by core by level State becomes heeling condition, to be slipped in through slot automatically, 58 increased core of needle V-groove enters range, is realized certainly by spring It is dynamic to reset, realize that core slides into through slot automatically by needle V-type seat 64.
The present invention has rational design, it is low in cost, durable, safe and reliable, easy to operate, time saving and energy saving, save fund, It is compact-sized and easy to use.
It is to disclose in order to more clear, and the prior art is just no longer enumerated that the present invention, which fully describes,.
Finally it should be noted that:The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations;Although Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that:It still may be used To modify to technical solution documented by previous embodiment or equivalent replacement of some of the technical features;Make It is obvious for being combined for those skilled in the art to multiple technical solutions of the invention.And these are modified or replace It changes, the spirit and scope for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution.

Claims (4)

1. a kind of fibre core and silica gel ring assemble center, it is characterised in that:Including total rack (1), it is vertically set on total rack (1) On conveying cushion rubber device (5) and conveying needle device (6) on total rack (1) is set;
Conveying cushion rubber device (5) includes the cushion rubber frame (29) being vertically arranged on total rack (1), is vertically arranged in cushion rubber frame (29) On cushion rubber lifting cylinder (30), setting is in cushion rubber lifting cylinder (30) lower end and the cushion rubber that slides up and down on cushion rubber frame (29) Lifting seat (31), the cushion rubber transverse direction push rod (37) being horizontally installed on cushion rubber frame (29), on cushion rubber transverse direction push rod (37) and Swivel base (35), setting on swivel base (35) and are used to accommodate silica gel in cushion rubber in the cushion rubber of transverse shifting on cushion rubber lifting seat (31) It the cushion rubber gangway for transhipment (36) of collar member (12) and is vertically arranged on cushion rubber lifting seat (31) and lower end is used for from cushion rubber transfer Draw the cushion rubber dispatch tube (32) of silica gel collar member (12) in channel (36) upper end.
2. fibre core according to claim 1 and silica gel ring assemble center, it is characterised in that:Conveying needle device (6) includes Rotating motor (45) in the needle fixed frame (44) that is vertically arranged on total rack (1), the needle being horizontally set on needle fixed frame (44), Needle ellipse (46) on rotating motor (45) output shaft, setting are set in needle below needle ellipse (46) and in needle fixed frame (44) the needle lower slider (50) that moves up and down on is arranged on needle lower slider (50) and is in rolling contact with needle ellipse (46) lower end Needle lower tumbler (49), upper top reset spring between needle lower slider (50) and needle fixed frame (44) is set, setting is consolidated in needle Determine the needle transverse holder (54) on frame (44), rotary shaft is arranged in the needle on needle transverse holder (54) in transverse rotation (53), it is eccentrically set on (53) one end of rotary shaft in needle and needle beat plate that cantilever end lower end is contacted with needle lower pressure wheel (51) (52), the needle rotating seat (55) of rotary shaft (53) other end is set in needle, is slid laterally above needle transverse holder (54) Needle lateral seat (60), setting needle lateral seat (60) one end and for contact with needle ellipse (46) lateral wall pressure needle transverse direction Guide wheel (61), is arranged in needle the needle guide holder (63) for being arranged on needle fixed frame (44) and being located at needle lateral seat (60) other end Between guide holder (63) and needle lateral seat (60) and it is set with the needle lateral shaft (62) of outer top spring, is arranged in needle lateral seat (60) Upper and longitudinal needle V-type seat (64) for being loaded with fiber chipware (13), setting in needle V-type seat (64) lower end and are used for needle U-type groove (56) through slot (65) under the needle of fiber chipware (13), the needle beat motor (67) being arranged on needle lateral seat (60), setting are placed On needle V-type seat (64) and it is located at the needle bias through slot (66) of through slot (65) side under needle, is arranged in needle bias through slot (66) And it driven by needle beat motor (67) and stops the needle eccentric wheel (68) sent under fiber chipware (13), be disposed longitudinally on needle rotating seat (55) upper surface and for place fiber chipware (13) needle U-type groove (56), be vertically arranged on needle fixed frame (44) and be located at The needle of needle rotating seat (55) side is vertically directed seat (57), vertical penetrating setting is led to vertically in the needle that needle is vertically directed in seat (57) Slot (59) and setting are in the vertical through slot of needle (59) upper end and needle V-groove (58) corresponding with needle rotating seat (55) output end;
The long axis of needle ellipse (46) is vertical direction, and the short axle of needle ellipse (46) is horizontal direction.
3. shifting method in front of a kind of fibre core and silica gel ring assembling, it is characterised in that:By means of fibre core described in claim 1 With silica gel ring assembling center, the middle shifting method including fiber chipware (13),
The middle shifting method of fiber chipware (13) specifically includes following steps;Firstly, needle V-type is arrived in the horizontal storage of fiber chipware (13) In seat (64);Then, rotating motor (45) drives needle ellipse (46) to swing in needle, and needle ellipse (46) pushes needle lower tumbler (49) Downlink and drive needle transverse direction guide wheel (61) transverse shifting;Secondly, needle transverse direction guide wheel (61) drives needle V-type seat (64) to move laterally to Above needle U-type groove (56);Again, needle beat motor (67) drives needle eccentric wheel (68) rotation, by fiber chipware (13) water It is flat to drop in needle U-type groove (56);And then, pressing under the needle lower pressure wheel (51) that needle lower tumbler (49) passes through needle lower slider (50) Beat plate (52) is swung, and needle beat plate (52) drives needle rotating seat (55) rotation, fiber chipware by rotary shaft (53) in needle (13) it slides into the vertical through slot of needle (59) along needle V-groove (58), and is skidded off along the vertical through slot of needle (59).
4. shifting method in front of fibre core according to claim 1 and silica gel ring assembling, it is characterised in that:Executing fibre core It further include the middle shifting method of silica gel collar member (12) after the middle shifting method of part (13);
The middle shifting method of silica gel collar member (12) includes the following steps, firstly, starting cushion rubber lifting cylinder (30) drives cushion rubber transmission Manage the silica gel collar member (12) in (32) downlink and negative pressure absorbing cushion rubber gangway for transhipment (36);Then, cushion rubber lifting cylinder (30) band Dynamic cushion rubber dispatch tube (32) uplink simultaneously leaves swivel base in cushion rubber (35);Secondly, cushion rubber transverse direction push rod (37) drives swivel base in cushion rubber (35) it is moved transversely out below cushion rubber dispatch tube (32);Again, cushion rubber lifting cylinder (30) drives under cushion rubber dispatch tube (32) Silica gel collar member (12) is simultaneously assembled on fiber chipware (13) by row;Finally, cushion rubber dispatch tube (32) positive pressure blows to obtain silica gel collar member (12) and uplink.
CN201810762901.2A 2018-07-12 2018-07-12 Shifting method in front of fibre core and silica gel ring assembling center and assembling Withdrawn CN108907640A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201810762901.2A CN108907640A (en) 2018-07-12 2018-07-12 Shifting method in front of fibre core and silica gel ring assembling center and assembling

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201810762901.2A CN108907640A (en) 2018-07-12 2018-07-12 Shifting method in front of fibre core and silica gel ring assembling center and assembling

Publications (1)

Publication Number Publication Date
CN108907640A true CN108907640A (en) 2018-11-30

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ID=64411100

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201810762901.2A Withdrawn CN108907640A (en) 2018-07-12 2018-07-12 Shifting method in front of fibre core and silica gel ring assembling center and assembling

Country Status (1)

Country Link
CN (1) CN108907640A (en)

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Application publication date: 20181130

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