CN108409123A - A kind of optical glass cutting machine - Google Patents

A kind of optical glass cutting machine Download PDF

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Publication number
CN108409123A
CN108409123A CN201810573449.5A CN201810573449A CN108409123A CN 108409123 A CN108409123 A CN 108409123A CN 201810573449 A CN201810573449 A CN 201810573449A CN 108409123 A CN108409123 A CN 108409123A
Authority
CN
China
Prior art keywords
optical glass
push
lock shaft
pull cylinder
guide rail
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Withdrawn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
CN201810573449.5A
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Chinese (zh)
Inventor
陈永桥
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.)
Sinopol Electronic Technology Co Ltd
Original Assignee
Sinopol Electronic Technology Co Ltd
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 Sinopol Electronic Technology Co Ltd filed Critical Sinopol Electronic Technology Co Ltd
Priority to CN201810573449.5A priority Critical patent/CN108409123A/en
Publication of CN108409123A publication Critical patent/CN108409123A/en
Withdrawn legal-status Critical Current

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Classifications

    • CCHEMISTRY; METALLURGY
    • C03GLASS; MINERAL OR SLAG WOOL
    • C03BMANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
    • C03B33/00Severing cooled glass
    • C03B33/02Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor
    • C03B33/023Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor the sheet or ribbon being in a horizontal position
    • C03B33/03Glass cutting tables; Apparatus for transporting or handling sheet glass during the cutting or breaking operations

Abstract

The invention discloses a kind of optical glass cutting machine, structure includes:Cutting processing platform, transmission mechanism, cutter device, fixing axle, support footing, mounting bracket, air supporting wind turbine, auxiliary rod, cutting processing platform is vertically arranged to mounting bracket upper end and is gap-matched with fixing axle, transmission mechanism is horizontally fixed on fixing axle side and is used with cutter device and is flexibly connected, cutter device is vertically arranged to cutting processing platform upper end and with fixing axle using mechanical connection, support footing is set there are four and is uniformly installed on mounting bracket bottom end and is fixed using nut altogether, mounting bracket is tightly attached to support footing top and with cutting processing platform using interference fit vertically, air supporting wind turbine is vertically fixed on cutting processing platform bottom end and is used with fixing axle and is electrically connected, cutter device of the present invention.

Description

A kind of optical glass cutting machine
Technical field
The present invention is a kind of optical glass cutting machine, belongs to cutting machine field.
Background technology
Optical glass is a kind of non-crystalline solids of random structure, general to use when being cut to optical glass Glass cutter, in glass-cutting, optical glass will place the place of smooth-going, optical glass be wiped totally, in cutting optics glass The posture for taking pencil when glass with thumb index finger middle finger picture holds glass cutter and gently exerts oneself alignment target, a knife at, handle of a knife with At an angle, but the prior art is incomplete for the angle of optical glass, not only time-consuming and laborious when manually cutting, and And firmly it is more difficult to control, be easy to cause optical glass hurt or glass cutter scuffing, seriously affect working efficiency.
Invention content
In view of this, an embodiment of the present invention provides a kind of optical glass cutting machine, it is incomplete to improve the prior art, It is not only time-consuming and laborious when manually cutting but also firmly more difficult to control, it is easy to cause optical glass and is hurt or glass cutter It scratches, seriously affects the deficiency of working efficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions:A kind of optical glass cutting machine, Its structure includes:It is cutting processing platform, transmission mechanism, cutter device, fixing axle, support footing, mounting bracket, air supporting wind turbine, auxiliary Bar, the cutting processing platform is helped to be vertically arranged to mounting bracket upper end and be gap-matched with fixing axle, the driver Structure is horizontally fixed on fixing axle side and with cutter device using being flexibly connected, and the cutter device is vertically arranged to cutting and adds Work platform upper end and with fixing axle using be mechanically connected, the support footing set altogether there are four and be uniformly installed on mounting bracket bottom It holds and is fixed using nut, the mounting bracket is tightly attached to support footing top and uses interference with cutting processing platform vertically Cooperation, the air supporting wind turbine are vertically fixed on cutting processing platform bottom end and are used with fixing axle and be electrically connected, the auxiliary rod Be equipped with altogether it is multiple and be uniformly installed on mounting bracket side and weld together, the cutter device by protective cover, servo motor, Automatically it finds probe accurately, automatic rotatable cutting bit, optical glass, left push-and-pull cylinder, right push-and-pull cylinder, guide rail transmission component, lead Rail mounting base forms, and the protective cover is vertically arranged to servo motor upper end and using matching, and the servo motor is horizontal It is installed on and finds probe left end accurately automatically and with automatic rotatable cutting bit using being electrically connected, the automatic probe vertical of finding accurately is consolidated Be scheduled on automatic rotatable cutting bit upper end, the automatic rotatable cutting bit be horizontally installed to protective cover right end and with look for automatically Quasi- probe using mechanical connection, the optical glass rectangular cross-section structure and it is vertical be tightly attached to cutting processing platform top and It is gap-matched, the left push-and-pull cylinder is conllinear with right push-and-pull cylinder axle center, and the right push-and-pull cylinder is horizontally fixed on a left side and pushes away Draw cylinder right end and with guide rail transmission component using being flexibly connected, the guide rail transmission component level is through left push-and-pull cylinder With right push-and-pull cylinder inside and with servo motor using being electrically connected, the guide rail mounting base is integrated with guide rail transmission component Structure.
Further, the servo motor is made of motor body, shaft coupling, bogey, guide rod, the motor body It is vertically arranged to shaft coupling upper end and conllinear with bogey axle center, the shaft coupling is vertically fixed on bogey top simultaneously And with motor body using being electrically connected, the bogey is integrated with guide rod, the guide rod rectangular cross-section structure And it is embedded in bogey inner bottom vertically and electrical connection, the shaft coupling is used to be installed vertically on left push-and-pull cylinder upper end simultaneously And it uses and matches.
Further, the automatic probe of finding accurately is by attachment device, telescopic rod, movable cabin, adjusting part, auxiliary support bar Composition, the attachment device is vertically arranged to automatic rotatable cutting bit upper end and uses with telescopic rod match, described to stretch Contracting bar rectangular cross-section structure and be vertically embedded into movable cabin inner bottom and with adjusting part using be mechanically connected, the activity Storehouse level is tightly attached to protective cover right end and is gap-matched, the adjusting part be horizontally installed to movable cabin left end and with Bogey is tightly attached to adjusting part top and is welded together vertically using interference fit, the auxiliary support bar.
Further, the automatic rotatable cutting bit is made of optical glass cutter, adjusting knob, fixing end, institute It is conllinear with adjusting knob axle center to state optical glass cutter, the optical glass cutter are embedded in adjusting knob inner tip vertically And using matching, the adjusting knob sets there are two and is uniformly installed on fixing end lower end and uses interference fit altogether, The attachment device vertical nest is in fixing end outer ring and welds together.
Further, the left push-and-pull cylinder is by the first sliding block, left fixed plate, the first fixing nut, left lock shaft, stretching bullet Spring forms, and the guide rod is fixed on the first upper end of slide block and with left lock shaft using being mechanically connected vertically, and the left fixed plate is cut Face is rectangular configuration and is vertically arranged to the first sliding block top and with left lock shaft using matching, and first fixing nut is total If it is fixed on there are two and uniformly left lock shaft front end and with left fixed plate using being flexibly connected, the left lock shaft is installed vertically on Left dead plate upper end and weld together, the extension spring level be tightly attached to left fixed plate right end and with right push-and-pull cylinder Using flexible connection.
Further, the right push-and-pull cylinder is made of the second sliding block, right fixed plate, the second fixing nut, right lock shaft, institute It states the second sliding block and is vertically arranged to right fixed plate lower end and with guide rail transmission component using being flexibly connected, the right fixed plate is cut Rectangular configuration is in face and is vertically arranged to the second upper end of slide block and welds together with right lock shaft, and second fixing nut is total It is fixed on there are two and if uniformly right lock shaft front end and using being threadedly coupled, the right lock shaft is conllinear with the second sliding block axle center.
Further, the guide rail transmission component is made of the first lock shaft, sliding slot, guide rail, the second lock shaft, and described One lock shaft is conllinear with the second lock shaft axle center, the sliding slot be horizontally installed in the middle part of the first lock shaft and the second lock shaft and It is gap-matched, the guide rail level is flexibly connected through left push-and-pull cylinder with right push-and-pull cylinder inside and use, institute It states the second lock shaft and is horizontally installed to sliding slot right end and with guide rail using interference fit.
Further, the transmission mechanism is integrated with cutter device.
Beneficial effects of the present invention are as follows:A kind of optical glass cutting machine of the present invention, optical glass cutting is convenient, assembly line Whole process, which is adopted, computerizeds control, high degree of automation, maintains convenient advantage, the optical glass cut will be needed to put first It sets on cutting processing platform, because cutting processing platform is located at one end of fixing axle and is equipped with flexible guiding ruler, so by flexible Guiding ruler is defined the size of cutting, so prevent cutting when optical glass sideslip, optical glass cutter be installed to from It is dynamic to find probe lower section accurately, and by it is set there are two consistent identical adjusting knob and adjusting part by optical glass cutter with And the angular adjustment between optical glass ensures effect of the optical glass in cutting, is passing through operator to suitable position Member's startup power supply switch, makes fixing axle carry out that transmission mechanism is driven to affect the operating of cutter device, in the effect of servo motor It is lower that left push-and-pull cylinder is driven to be moved along sliding slot internal guide rail with right push-and-pull cylinder, to realize optical glass cutter to optics The cutting of glass.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of optical glass cutting machine of the present invention.
Fig. 2 is the internal structure schematic diagram of cutter device of the present invention.
Fig. 3 is the inside detailed construction schematic diagram of cutter device of the present invention.
Fig. 4 is the First partial detailed construction schematic diagram in Fig. 3 of the present invention.
Fig. 5 is the second local detailed construction schematic diagram in Fig. 3 of the present invention.
In figure:Cutting processing platform -1, transmission mechanism -2, cutter device -3, fixing axle -4, support footing -5, mounting bracket - 6, air supporting wind turbine -7, auxiliary rod -8, protective cover -301, servo motor -302, automatic find probe -303, automatic rotary cutter accurately Head -304, optical glass -305, left push-and-pull cylinder -306, right push-and-pull cylinder -307, guide rail transmission component -308, guide rail installation Seat -309, shaft coupling -3022, bogey -3023, guide rod -3024, attachment device -3031, stretches motor body -3021 Bar -3032, adjusting part -3034, auxiliary support bar -3035, optical glass cutter -3041, adjusts rotation at movable cabin -3033 Button -3042, fixing end -3043, the first sliding block -3061, left fixed plate -3062, the first fixing nut -3063, left lock shaft - 3064, extension spring -3065, the second sliding block -3071, right fixed plate -3072, the second fixing nut -3073, right lock shaft -3074, First lock shaft -3081, sliding slot -3082, guide rail -3083, the second lock shaft -3084.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, Fig. 1~Fig. 5 The structure of the cutting machine of embodiment of the present invention is schematically shown, With reference to embodiment, this is expanded on further Invention.
Embodiment
As Figure 1-Figure 5, the present invention provides a kind of optical glass cutting machine, and structure includes:Cutting processing platform 1, Transmission mechanism 2, cutter device 3, fixing axle 4, support footing 5, mounting bracket 6, air supporting wind turbine 7, auxiliary rod 8, the cutting processing Platform 1 is vertically arranged to 6 upper end of mounting bracket and is gap-matched with fixing axle 4, and the transmission mechanism 2 is horizontally fixed on solid 4 side of dead axle and with cutter device 3 using being flexibly connected, the cutter device 3 is vertically arranged to 1 upper end of cutting processing platform And with fixing axle 4 using being mechanically connected, the support footing 5 set altogether there are four and it is uniform be installed on 6 bottom end of mounting bracket and It is fixed using nut, the mounting bracket 6 is tightly attached to support 5 top of footing and is matched using interference with cutting processing platform 1 vertically It closes, the air supporting wind turbine 7 is vertically fixed on 1 bottom end of cutting processing platform and is used with fixing axle 4 and is electrically connected, the auxiliary rod 8 be equipped with altogether it is multiple and be uniformly installed on 6 side of mounting bracket and weld together, the cutter device 3 by protective cover 301, watch Take motor 302, it is automatic find probe 303 accurately, automatic rotatable cutting bit 304, optical glass 305, left push-and-pull cylinder 306, the right side push away Cylinder 307, guide rail transmission component 308, guide rail mounting base 309 is drawn to form, the protective cover 301 is vertically arranged to servo motor 302 upper ends and using matching, the servo motor 302 be horizontally installed to find accurately automatically 303 left ends of probe and with it is automatic Rotatable cutting bit 304 is vertically fixed on using electrical connection, the automatic probe 303 of finding accurately on automatic rotatable cutting bit 304 End, the automatic rotatable cutting bit 304 are horizontally installed to 301 right end of protective cover and use machine with automatic probe 303 of finding accurately Tool connects, and 305 rectangular cross-section structure of the optical glass and vertical be tightly attached to 1 top of cutting processing platform and use gap Cooperation, the left push-and-pull cylinder 306 is conllinear with 307 axle center of right push-and-pull cylinder, and the right push-and-pull cylinder 307 is horizontally fixed on a left side and pushes away Draw 306 right end of cylinder and with guide rail transmission component 308 using be flexibly connected, 308 level of the guide rail transmission component through Left push-and-pull cylinder 306 is electrically connected with inside right push-and-pull cylinder 307 and with the use of servo motor 302, the guide rail mounting base 309 It is integrated with guide rail transmission component 308, the servo motor 302 is filled by motor body 3021, shaft coupling 3022, carrying The composition of 3023, guide rod 3024 is set, the motor body 3021 is vertically arranged to 3022 upper end of shaft coupling and and bogey 3023 axle center are conllinear, and the shaft coupling 3022 is vertically fixed on 3023 top of bogey and with motor body 3021 using electricity Connection, the bogey 3023 is integrated with guide rod 3024,3024 rectangular cross-section structure of the guide rod and vertically It is embedded in 3023 inner bottom of bogey and using electrical connection, the shaft coupling 3022 is installed vertically on left push-and-pull cylinder 306 Upper end and using matching, it is described it is automatic find accurately probe 303 by attachment device 3031, telescopic rod 3032, movable cabin 3033, adjust Component 3034, the composition of auxiliary support bar 3035 are saved, the attachment device 3031 is vertically arranged on automatic rotatable cutting bit 304 It holds and with telescopic rod 3032 using matching, 3032 rectangular cross-section structure of the telescopic rod and is vertically embedded into movable cabin 3033 Inner bottom and with adjusting part 3034 using being mechanically connected, 3033 level of the movable cabin is tightly attached to 301 right end of protective cover And it is gap-matched, the adjusting part 3034 is horizontally installed to 3033 left end of movable cabin and is adopted with bogey 3023 With interference fit, the auxiliary support bar 3035 is tightly attached to 3034 top of adjusting part and is welded together vertically, it is described from Dynamic rotatable cutting bit 304 is made of optical glass cutter 3041, adjusting knob 3042, fixing end 3043, the optics glass Glass cutter 3041 are conllinear with 3042 axle center of adjusting knob, and the optical glass cutter 3041 are embedded in adjusting knob 3042 vertically Inner tip and using matching, the adjusting knob 3042 sets there are two and is uniformly installed on 3043 lower end of fixing end simultaneously altogether And using interference fit, 3031 vertical nest of the attachment device is in 3043 outer ring of fixing end and welds together, the left side Push-and-pull cylinder 306 is by the first sliding block 3061, left fixed plate 3062, the first fixing nut 3063, left lock shaft 3064, extension spring 3065 compositions, the guide rod 3024 are fixed on 3061 upper end of the first sliding block and are used with left lock shaft 3064 and be mechanically connected vertically, It 3062 rectangular cross-section structure of left fixed plate and is vertically arranged to 3061 top of the first sliding block and is adopted with left lock shaft 3064 With matching, first fixing nut 3063 set there are two and be uniformly fixed on altogether 3064 front end of left lock shaft and with left fixation Plate 3062 is installed vertically on 3062 upper end of left fixed plate and is welded together, institute using flexible connection, the left lock shaft 3064 3065 level of extension spring is stated to be tightly attached to 3062 right end of left fixed plate and be flexibly connected with the use of right push-and-pull cylinder 307, it is described Right push-and-pull cylinder 307 is made of the second sliding block 3071, right fixed plate 3072, the second fixing nut 3073, right lock shaft 3074, described Second sliding block 3071 is vertically arranged to 3072 lower end of right fixed plate and uses with guide rail transmission component 308 be flexibly connected, described It 3072 rectangular cross-section structure of right fixed plate and is vertically arranged to 3071 upper end of the second sliding block and is welded on right lock shaft 3074 Together, second fixing nut 3073 is set there are two and is uniformly fixed on 3074 front end of right lock shaft and connected using screw thread altogether Connect, the right lock shaft 3074 is conllinear with 3071 axle center of the second sliding block, the guide rail transmission component 308 by the first lock shaft 3081, Sliding slot 3082, guide rail 3083, the second lock shaft 3084 composition, 3081 and second lock shaft of the first lock shaft, 3084 axle center are total Line, the sliding slot 3082 are horizontally installed to 3084 middle part of the first lock shaft 3081 and the second lock shaft and are gap-matched, The guide rail 3083 is horizontal to be flexibly connected through and 307 inside of right push-and-pull cylinder and use of left push-and-pull cylinder 306, and described the Two lock shafts 3084 be horizontally installed to 3082 right end of sliding slot and with guide rail 3083 using be interference fitted, the transmission mechanism 2 with Cutter device 3 is integrated.
Optical glass cutting of the present invention is convenient, and assembly line whole process, which is adopted, computerizeds control, high degree of automation, maintenance It is convenient:
Specifically, the optical glass 305 cut will be needed to be placed on cutting processing platform 1 first, because cutting processing is flat Platform 1 is located at one end of fixing axle 4 and equipped with flexible guiding ruler, so being defined to the size of cutting by flexible guiding ruler, in turn 305 sideslip of optical glass when preventing from cutting.
Specifically, optical glass cutter 3041 be installed to it is automatic find accurately below probe 303, and by there are two set Consistent identical adjusting knob 3042 and adjusting part 3034 will be between optical glass cutter 3041 and optical glass 305 Angular adjustment ensures effect of the optical glass 305 in cutting to suitable position.
Specifically, being switched by operating personnel's startup power supply, fixing axle 4 is made to carry out that transmission mechanism 2 is driven to cut to affect The operating for cutting device 3 drives left push-and-pull cylinder 306 with right push-and-pull cylinder 307 along sliding slot under the action of servo motor 302 3082 internal guide rails 3083 move, to realize cutting of the optical glass cutter 3041 to optical glass 305.
In some embodiments, support footing 5 is rubber foot, can be to the optics more than cutting processing platform 1 Glass 305 provides help when being cut.

Claims (8)

1. a kind of optical glass cutting machine, structure include:Cutting processing platform (1), transmission mechanism (2), cutter device (3), Fixing axle (4), support footing (5), mounting bracket (6), air supporting wind turbine (7), auxiliary rod (8), it is characterised in that:
The cutting processing platform (1) is vertically arranged to mounting bracket (6) upper end and is gap-matched with fixing axle (4), institute It states transmission mechanism (2) and is horizontally fixed on fixing axle (4) side and with cutter device (3) using being flexibly connected, the cutting fills It sets (3) and is vertically arranged to cutting processing platform (1) upper end and with fixing axle (4) using mechanical connection, the support footing (5) Mounting bracket (6) bottom end is set there are four and be uniformly installed on altogether and is fixed using nut, and the mounting bracket (6) is tightly attached to branch vertically Support footing (5) top and with cutting processing platform (1) using being interference fitted, the air supporting wind turbine (7) is vertically fixed on cutting Processing platform (1) bottom end and with fixing axle (4) using be electrically connected, the auxiliary rod (8) is altogether equipped with multiple and be uniformly installed on Mounting bracket (6) side and weld together;
The cutter device (3) by protective cover (301), servo motor (302), find probe (303), automatic circumgyration incision accurately automatically Cutter head (304), left push-and-pull cylinder (306), right push-and-pull cylinder (307), guide rail transmission component (308), is led at optical glass (305) Rail mounting base (309) forms;
The protective cover (301) is vertically arranged to servo motor (302) upper end and uses match, the servo motor (302) it is horizontally installed to find probe (303) left end accurately automatically and use with automatic rotatable cutting bit (304) to be electrically connected, institute It states and automatic find probe (303) accurately and be vertically fixed on automatic rotatable cutting bit (304) upper end, the automatic rotatable cutting bit (304) it is horizontally installed to protective cover (301) right end and with automatic probe (303) of finding accurately using mechanical connection, the optics glass Glass (305) rectangular cross-section structure and vertically it is tightly attached to cutting processing platform (1) top and is gap-matched, the left side pushes away Draw cylinder (306) conllinear with right push-and-pull cylinder (307) axle center, the right push-and-pull cylinder (307) is horizontally fixed on left push-and-pull cylinder (306) right end and with guide rail transmission component (308) using be flexibly connected, guide rail transmission component (308) level through Left push-and-pull cylinder (306) with right push-and-pull cylinder (307) inside and with servo motor (302) using being electrically connected, pacify by the guide rail Dress seat (309) is integrated with guide rail transmission component (308).
2. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The servo motor (302) is by electricity Machine ontology (3021), shaft coupling (3022), bogey (3023), guide rod (3024) composition, the motor body (3021) are perpendicular It is straight to be installed on shaft coupling (3022) upper end and, the shaft coupling (3022) vertically fixation conllinear with bogey (3023) axle center It is electrically connected on bogey (3023) top and with motor body (3021) use, the bogey (3023) and guide rod (3024) it is integrated, guide rod (3024) rectangular cross-section structure and vertically embedded bogey (3023) inner bottom It holds and using electrical connection, the shaft coupling (3022) is installed vertically on left push-and-pull cylinder (306) upper end and uses and matches.
3. a kind of optical glass cutting machine according to claim 1, it is characterised in that:It is described to find probe (303) accurately automatically By attachment device (3031), telescopic rod (3032), movable cabin (3033), adjusting part (3034), auxiliary support bar (3035) group At the attachment device (3031) is vertically arranged to automatic rotatable cutting bit (304) upper end and is adopted with telescopic rod (3032) With matching, telescopic rod (3032) rectangular cross-section structure and be vertically embedded into movable cabin (3033) inner bottom and with tune Component (3034) is saved using mechanical connection, between movable cabin (3033) level is tightly attached to protective cover (301) right end and is used Gap coordinates, and the adjusting part (3034) is horizontally installed to movable cabin (3033) left end and was used with bogey (3023) It is full of cooperation, the auxiliary support bar (3035) is tightly attached to adjusting part (3034) top and is welded together vertically.
4. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The automatic rotatable cutting bit (304) it is made of optical glass cutter (3041), adjusting knob (3042), fixing end (3043), the optical glass cutting Knife (3041) is conllinear with adjusting knob (3042) axle center, and the optical glass cutter (3041) are embedded in adjusting knob vertically (3042) inner tip and using matching, the adjusting knob (3042) sets there are two and is uniformly installed on fixing end altogether (3043) lower end and use interference fit, attachment device (3031) vertical nest is in fixing end (3043) outer ring and welds It is connected together.
5. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The left push-and-pull cylinder (306) by First sliding block (3061), left fixed plate (3062), the first fixing nut (3063), left lock shaft (3064), extension spring (3065) Composition, the guide rod (3024) are fixed on the first sliding block (3061) upper end and are connected using machinery with left lock shaft (3064) vertically Connect, left fixed plate (3062) rectangular cross-section structure and be vertically arranged to the first sliding block (3061) top and with left lock shaft (3064) using matching, first fixing nut (3063) sets there are two and is uniformly fixed on left lock shaft (3064) front end altogether And with left fixed plate (3062) using being flexibly connected, the left lock shaft (3064) is installed vertically on left fixed plate (3062) upper end And weld together, extension spring (3065) level be tightly attached to left fixed plate (3062) right end and with right push-and-pull cylinder (307) using flexible connection.
6. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The right push-and-pull cylinder (307) by Second sliding block (3071), right fixed plate (3072), the second fixing nut (3073), right lock shaft (3074) composition, described second slides Block (3071) is vertically arranged to right fixed plate (3072) lower end and uses with guide rail transmission component (308) be flexibly connected, described Right fixed plate (3072) rectangular cross-section structure and be vertically arranged to the second sliding block (3071) upper end and with right lock shaft (3074) Weld together, second fixing nut (3073) sets there are two and is uniformly fixed on right lock shaft (3074) front end and adopts altogether It is threadedly coupled, the right lock shaft (3074) is conllinear with the second sliding block (3071) axle center.
7. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The guide rail transmission component (308) It is made of the first lock shaft (3081), sliding slot (3082), guide rail (3083), the second lock shaft (3084), first lock shaft (3081) conllinear with the second lock shaft (3084) axle center, the sliding slot (3082) is horizontally installed to the first lock shaft (3081) and the In the middle part of two lock shafts (3084) and be gap-matched, the guide rail (3083) it is horizontal through left push-and-pull cylinder (306) with Right push-and-pull cylinder (307) is internal and using flexible connection, and second lock shaft (3084) is horizontally installed to sliding slot (3082) Right end and with guide rail (3083) using be interference fitted.
8. a kind of optical glass cutting machine according to claim 1, it is characterised in that:The transmission mechanism (2) and cutting Device (3) is integrated.
CN201810573449.5A 2018-06-06 2018-06-06 A kind of optical glass cutting machine Withdrawn CN108409123A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201810573449.5A CN108409123A (en) 2018-06-06 2018-06-06 A kind of optical glass cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201810573449.5A CN108409123A (en) 2018-06-06 2018-06-06 A kind of optical glass cutting machine

Publications (1)

Publication Number Publication Date
CN108409123A true CN108409123A (en) 2018-08-17

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201810573449.5A Withdrawn CN108409123A (en) 2018-06-06 2018-06-06 A kind of optical glass cutting machine

Country Status (1)

Country Link
CN (1) CN108409123A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110981179A (en) * 2019-12-18 2020-04-10 江西欣达机械制造有限公司 Plane precision cutting machine for cutting high-precision optical glass

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110981179A (en) * 2019-12-18 2020-04-10 江西欣达机械制造有限公司 Plane precision cutting machine for cutting high-precision optical glass

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Application publication date: 20180817