WO2019174346A1 - Glass mold engraving and milling fixture for use with machining center - Google Patents

Glass mold engraving and milling fixture for use with machining center Download PDF

Info

Publication number
WO2019174346A1
WO2019174346A1 PCT/CN2018/122493 CN2018122493W WO2019174346A1 WO 2019174346 A1 WO2019174346 A1 WO 2019174346A1 CN 2018122493 W CN2018122493 W CN 2018122493W WO 2019174346 A1 WO2019174346 A1 WO 2019174346A1
Authority
WO
WIPO (PCT)
Prior art keywords
bottle
bottle mold
holder
rotary disk
mold
Prior art date
Application number
PCT/CN2018/122493
Other languages
French (fr)
Chinese (zh)
Inventor
戈剑鸣
Original Assignee
苏州东方模具科技股份有限公司
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 苏州东方模具科技股份有限公司 filed Critical 苏州东方模具科技股份有限公司
Publication of WO2019174346A1 publication Critical patent/WO2019174346A1/en

Links

Images

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q3/00Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
    • B23Q3/02Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
    • B23Q3/06Work-clamping means
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q1/00Members which are comprised in the general build-up of a form of machine, particularly relatively large fixed members
    • B23Q1/25Movable or adjustable work or tool supports
    • B23Q1/44Movable or adjustable work or tool supports using particular mechanisms
    • B23Q1/50Movable or adjustable work or tool supports using particular mechanisms with rotating pairs only, the rotating pairs being the first two elements of the mechanism
    • B23Q1/54Movable or adjustable work or tool supports using particular mechanisms with rotating pairs only, the rotating pairs being the first two elements of the mechanism two rotating pairs only
    • B23Q1/5406Movable or adjustable work or tool supports using particular mechanisms with rotating pairs only, the rotating pairs being the first two elements of the mechanism two rotating pairs only a single rotating pair followed perpendicularly by a single rotating pair
    • B23Q1/5437Movable or adjustable work or tool supports using particular mechanisms with rotating pairs only, the rotating pairs being the first two elements of the mechanism two rotating pairs only a single rotating pair followed perpendicularly by a single rotating pair and in which the degree of freedom, which belongs to the working surface, is perpendicular to this surface
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q1/00Members which are comprised in the general build-up of a form of machine, particularly relatively large fixed members
    • B23Q1/25Movable or adjustable work or tool supports
    • B23Q1/26Movable or adjustable work or tool supports characterised by constructional features relating to the co-operation of relatively movable members; Means for preventing relative movement of such members
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P40/00Technologies relating to the processing of minerals
    • Y02P40/50Glass production, e.g. reusing waste heat during processing or shaping
    • Y02P40/57Improving the yield, e-g- reduction of reject rates

Definitions

  • the invention belongs to the technical field of tooling fixtures, and particularly relates to a fixture for glass mold engraving and milling matched with a machining center.
  • the aforementioned machining center is an automated processing equipment that has been developed and applied in recent years. It is found in the Chinese patent literature published so far, such as CN104002200A (Vertical Composite Multi-axis CNC Machining Center), CN104476215A (a kind of flap horizontal Machining Center), CN104802013B (a multi-face machining CNC machining center), CN105364491B (a five-axis CNC machining center), CN106426590A (CNC glass machining center) and CN206952549U (a CNC machining center), and so on.
  • the aforementioned glass mold engraving and milling can be known from the literal interpretation: the glass mold can be carved and the glass mold can be milled in the machining center. For the glass mold carving and / or milling, the glass mold needs to be in a clamped state of reliable clamping, and the clamping of the glass mold needs to be realized by the fixture.
  • fixture refers to special equipment or tools used to clamp or position the workpiece during machining to meet certain process requirements. It is usually required to meet the requirements of no interference during production, accurate and reliable positioning, and convenient operation. Since fixtures have the exclusive characteristics for manufacturing certain products, the degree of generalization is low, and they are often produced by manufacturers who produce corresponding products in a tailor-made manner. Most of the glass mold manufacturers are equipped with various fixtures in a self-made manner. In recent years, although various medium and high-grade machining centers have been applied to small and medium-sized enterprises, the processing products processed by the machining center have the advantages of high speed, good quality and high degree of product standardization.
  • the glass mold as a workpiece is put into the processing center to carry out such as engraving, engraving, drilling and lifting holes, opening positioning grooves, opening wear plate grooves, processing vest eyes (hanging nail holes), milling triangles, milling arcs and tapping
  • the glass mold In the process of hole threading, the glass mold must be reliably clamped or locked by the fixture, and the fast clamping or un-clamping of the workpiece by the fixture is critical to ensure the processing efficiency and processing quality of the machining center. the elements of.
  • the object of the present invention is to provide a method for facilitating the rotation of a glass mold in a circumferential direction to meet the requirements of the engraving and milling process for the cavity, to facilitate the simplification of the structure, to facilitate the manufacture and assembly, and to facilitate the use and inspection.
  • a fixture for glass mold engraving and milling that is compatible with the machining center to avoid the complete re-clamping of the same batch and the same size of the glass mold, thereby improving the efficiency of the clamping and reducing the clamping work strength of the online worker.
  • a fixture for glass mold engraving and milling associated with a machining center includes a revolving bed, and the side facing the upper end of the revolving bed is fixed perpendicular to the revolving bed.
  • a left wall panel which is fixed to the upper side of the right end of the revolving bed and also has a right wall panel fixed in a state perpendicular to the revolving bed, the left and right wall panels are corresponding to each other and on the side of the left wall panel facing away from the right wall panel
  • a left wall panel slewing bearing shaft is fixed, and a right wall panel rotating sleeve is fixed on a side of the right wall panel facing away from the left wall panel, and a reduction box output shaft bearing matching hole is formed at a center position of the rotating bed;
  • a driving mechanism the rotary disk drive mechanism is disposed on a side of the rotary bed facing downward at a position corresponding to the gearbox bearing shaft bearing hole;
  • a rotary disk fixed disk the rotary disk fixed disk is located at the left , between the right wall panels, and the bottom surface of the rotating disc fixing disc is fixedly connected with the rotary disc drive mechanism in a state of maintaining a gap with the upper surface of the rotary bed;
  • a reduction gearbox output shaft retaining hole is provided at a center position of the rotary disk fixing disk and at a position corresponding to the gearbox output shaft bearing matching hole;
  • the turntable driving mechanism comprises a rotary disk drive motor and a rotary disk drive reduction gearbox.
  • the rotary disk drive motor is coupled with the rotary disk drive reduction gearbox and the rotary disk drive reduction gearbox and the rotary disk drive motor are corresponding to the output shaft of the reduction gearbox.
  • the position of the bearing matching hole is fixed to the downward facing side of the rotating bed, and the rotating disk of the rotating disk drive reduction gearbox drives the output shaft of the reduction gearbox and the output shaft bearing of the reduction gearbox, and the output shaft of the rotary disk drive reduction gearbox corresponds to Extending the position of the position of the position of the output shaft of the reduction gear box to the upper side of the rotary disk fixing plate and defining a nut by a rotary disk fixing plate that is screwed at the end of the output shaft of the rotary disk drive reduction gear box, the output of the reduction gear box
  • the shaft bearing is fixed to the rotary disc fixing plate at a position corresponding to the bearing shaft of the reduction gear output shaft bearing.
  • the rotary disk drive motor is a servo motor having a forward/reverse function
  • the rotary disk drive reduction gearbox is a worm gear reduction gearbox
  • the reduction gearbox output shaft bearing It is a flat bearing.
  • a bottle holder fixing plate fixing groove is provided at a side of the rotating disk on a side facing the upper side of the rotating disk at a distance of a radial state, at a center of the rotating disk and corresponding to
  • the position of the output shaft of the rotary disc drive reduction gear box is defined by a rotary disc fixing disc defining a nut operation retaining hole;
  • the bottle mold holder fixing plate is provided with the left bottle mold holder and the right bottle mold holder The position corresponding to the fixing groove of the bottle holder fixing plate is fixed to the side of the rotating disk facing upward, and the structure of the right bottle die supporting mechanism is the same as that of the left bottle die supporting mechanism.
  • both ends of the bottle holder fixing plate pass through the bottle holder fixing plate screw at a position corresponding to the fixing groove of the bottle holder fixing plate and the rotating plate.
  • the right bottle mold holder is fixed to the other end of the bottle holder fixing plate at a position corresponding to the fixing groove of the pair of bottle mold holders together with the right bottle mold supporting mechanism.
  • a glass mold end face stop is provided on the rotary disk and at a position corresponding to one end or the other end of the left and right bottle mold holders.
  • the lower portion of the glass mold end face limiting foot is fixed to the rotary disk at a position corresponding to the fixing groove of the bottle holder fixing plate.
  • the lower portion of the left bottle mold holder is passed through the left bottle mold holder fixing screw at a position corresponding to the fixing groove of the pair of bottle mold holders.
  • One end of the bottle holder fixing plate is fixed, and a left clamping block sliding cavity is opened in a middle portion of the left bottle mold clamping seat, and the left clamping block sliding cavity is penetrated from the left side of the left bottle mold clamping seat to the right side and
  • the upper part of the left bottle mold holder is provided with a pair of left clamping mold legs; the lower part of the right bottle mold clamping seat is fixed by the right bottle mold clamping seat fixing screw corresponding to the pair of bottle mold clamping seat fixing grooves
  • the position is fixed to the other end of the bottle holder fixing plate, and a right clamping block sliding cavity is opened in the middle of the right bottle mold clamping seat, and the right clamping block sliding cavity is penetrated from the right side of the right bottle mold clamping seat to On the left side and corresponding to the left clamping block sliding cavity, a
  • a left nut plate fit is provided on a side of the left bottle mold holder opposite to the right bottle mold holder and in a middle portion of the left bottle mold holder.
  • a cavity, a right nut plate matching cavity is formed on a side of the right bottle mold holder back to the left bottle mold holder and a middle part of the right bottle mold holder, and the left bottle mold support mechanism corresponds to the left
  • the position of the nut plate matching cavity is fixed with the left bottle mold clamping seat, and the right bottle die supporting mechanism is fixed to the right bottle mold clamping seat at a position corresponding to the right nut plate fitting cavity.
  • the left bottle mold support mechanism includes a left clamping block, a left clamping adjustment screw and a left nut plate, and the left clamping block slides with the left clamping block.
  • the cavity is slidingly fitted, and the right side of the left clamping block protrudes from the side of the left clamping block sliding cavity toward the right bottle die supporting mechanism, and the left clamping block has a left clamping block T-shaped groove on the left side of the left clamping block, and the left clamping adjustment is performed.
  • the left end of the screw is formed with a left clamping adjustment screw wrench operating head, the middle of the left clamping adjustment screw passes through the left nut plate, and the right end of the left clamping adjustment screw penetrates into the T-shaped groove of the left clamping block and constitutes a left clamping adjustment
  • the screw head is rounded, and the left clamping adjustment screw head is rotatably engaged with the left clamping block T-shaped groove, and the left nut plate is fixed to the left bottle mold clamping seat at a position corresponding to the left nut plate fitting cavity.
  • the right side of the left clamping block is configured to have a left clamping block inclined surface inclined from the top to the bottom and inclined to the right bottle mold supporting mechanism. One side.
  • a rotary disk drive mechanism is used and the rotary disk fixed disk is fixed to the rotary disk drive mechanism, and the bottle holder fixing plate is provided between the left and right bottle mold holders.
  • the glass mold supported by the left and right bottle mold supporting mechanisms rotates in the circumferential direction as needed to meet the requirements of the engraving and milling process of the cavity; secondly, the left and right bottle mold holders are left and right.
  • the structure of the bottle mold support mechanism can be conveniently manufactured and assembled, and can be conveniently used and inspected.
  • the left and right bottle mold support mechanisms are completed in one of the same batch of the same batch of glass After the mold is clamped, it is not necessary to re-clamp the same glass mold of the same specification and the same batch, which can significantly improve the efficiency of the clamping and reduce the working intensity of the online workers.
  • the rotary bed can be processed. The center is matched to reflect the ideal engraving and milling efficiency of the mold cavity of the glass mold and to ensure the quality of the engraving and milling.
  • Figure 1 is a block diagram of an embodiment of the present invention.
  • Figure 2 is a schematic view of the present invention attached to a machining center.
  • a revolving bed 1 is shown.
  • a left wall panel 11 is preferably fixed by welding in a state perpendicular to the revolving bed 1 at a side of the left end edge portion of the revolving bed 1 in the upward direction.
  • the right end edge portion faces the upper side and is also fixed to a right wall panel 12 by welding in a state perpendicular to the revolving bed 1.
  • the left and right wall panels 11, 12 correspond to each other (ie, the left and right corresponding) and are on the left wall panel.
  • a right wall panel rotating sleeve 121 is fixed to a side of the right wall panel 12 opposite to the left wall panel 11, and the left wall panel slewing bearing
  • the shaft 111 is perpendicular to the left wall panel 11, and the right wall panel rotary sleeve 121 has a vertical relationship with the right wall panel 12.
  • a reduction gearbox output shaft bearing fitting hole 13 is defined at a center position of the rotary bed 1; a mechanism 2, the rotary disk drive mechanism 2 is disposed on a side of the rotary bed 1 facing downward at a position corresponding to the gearbox output shaft bearing fitting hole 13; and a rotary disk fixed disk 10 is shown, the rotary disk fixed disk 10 is located in the aforementioned left and right wall panels 11, 12 And the bottom surface of the rotary disk fixing disk 10 is fixedly coupled to the rotary disk drive mechanism 2 in a state of maintaining a gap with the upper surface of the rotary bed 1; a rotary disk 3 is shown, and the rotary disk 3 is passed
  • the turntable fixing screw 34 is fixed to the upward facing side of the rotating disc fixing disc 10; a bottle holder fixing bottom plate 20 is shown, and the bottle holder fixing bottom plate 20 is movably disposed on the rotating disc as needed 3 facing the upper side; showing a left bottle mold holder 4 and a right bottle mold holder 5, the left bottle mold holder 4 is movably disposed
  • a reduction gearbox output shaft retaining hole 101 (shown in FIG. 2) is provided at a center position of the aforementioned rotary disk fixing disk 10 and at a position corresponding to the aforementioned reduction gear output shaft bearing fitting hole 13, the gearbox output
  • the shaft retaining hole 101 can also be referred to as a reduction gear output shaft fixing hole (the same applies hereinafter);
  • the aforementioned rotary disk drive mechanism 2 includes a rotary disk drive motor 21 and a rotary disk drive reduction gear box 22, and the rotary disk drive motor 21 and the rotary disk
  • the drive reduction gearbox 22 is geared and driven by the rotary disk drive reduction gearbox 22 together with the rotary disk drive motor 21 at a position corresponding to the aforementioned reduction gear output shaft bearing engagement hole 13 through the reduction gear set fixing screw 222 and the downward facing side of the rotary bed 1
  • the rotary disk drive reduction gearbox output shaft 221 of the rotary disk drive reduction gearbox 22 is rotatably engaged with the reduction gear output shaft bearing 2211, and the rotary disk
  • the position is extended above the rotary disk fixing disk 10 and defined by a rotary disk fixing disk defining nut 2212 that is screwed at the end of the rotary disk drive reduction gear output shaft 221, the aforementioned reduction Box 2211 in the output shaft bearing and the position corresponding to the gearbox output shaft bearing hole 13 with back plate 10 is fixed to the fixed disk.
  • the aforementioned rotary disk drive motor 21 is a servo motor having a forward/reverse rotation function
  • the aforementioned rotary disk drive reduction gearbox 22 is a worm gear reduction case
  • the aforementioned reduction gear output shaft bearing 2211 is a planar bearing.
  • a bottle holder fixing plate fixing groove 31 is provided at a side of the above-mentioned turning disk 3 toward the upper side around the rotary disk 3 in a radial state, at the center of the rotary disk 3 and corresponding to the aforementioned rotary disk.
  • the position of the drive gearbox output shaft 221 defines a rotary disk fixing plate defining a nut operation retaining hole 32.
  • the bottle holder fixing plate fixing groove 31 is disconnected at the rotary disk fixing plate defining nut operation retaining hole 32.
  • the left end and the right end of the position of the bottle holder fixing plate 20, that is, the position shown in FIG. 1, are respectively passed through a pair of bottle holder fixing plate screws 201 corresponding to the above-mentioned bottle holder fixing plate fixing groove 31.
  • the position of the rotary disk 3 is fixed to the rotating plate 3 and a pair of mutually parallel bottle mold holder fixing grooves 202 are opened on the side of the bottle mold fixing plate 20 facing upward.
  • the pair of bottle mold holder fixing grooves 202 are from the mold base.
  • One end of the fixing plate 20 in the longitudinal direction extends to the other end (ie, the right end); the aforementioned left bottle mold holder 4, together with the aforementioned left bottle mold supporting mechanism 6, is fixed in correspondence with a pair of bottle mold holders.
  • the position of the groove 202 is fixed to one end of the aforementioned mold holder fixing plate 20, and the aforementioned right bottle mold holder 5 is provided at a position corresponding to the pair of bottle mold holder fixing grooves 202 together with the aforementioned right bottle mold supporting mechanism 7. It is fixed to the other end of the bottle holder fixing plate 20.
  • a glass mold end face limiter is provided on the aforementioned rotary disk 3 and at a position corresponding to one end (the front end shown in Fig. 1) corresponding to the aforementioned left and right bottle mold holders 4, 5.
  • the leg 33, the lower portion of the glass mold end face limiting leg 33 is fixed to the turntable 3 by a limit stop fixing screw 331 at a position corresponding to the bottle holder fixing plate fixing groove 31.
  • Applicants need to explain that if the glass mold end face stop leg 33 is transferred between the other ends of the left and right bottle mold holders 4, 5 (ie, the rear end shown in Figure 1), then it should be considered Equivalent technical means.
  • the lower portion of the left bottle mold holder 4 is passed through the left bottle mold holder fixing screw 41 (two pairs of four) at positions corresponding to the aforementioned pair of bottle mold holder fixing grooves 202.
  • One end of the bottle holder fixing plate 20 is fixed at the left end, and a left clamping block sliding chamber 42 is opened in the middle of the left bottle holder 4, and the left clamping block 42 is from the left side of the left bottle holder 4
  • a pair of left clamping legs 43 are fixed to the right side and are disposed at an upper portion of the left bottle mold holder 4, that is, by a left clamping die screw 431; the lower portion of the right bottle molding holder 5 is clamped by a right bottle mold
  • the seat fixing screws 51 (two pairs of four) are fixed to the other end (ie, the right end) of the bottle holder fixing plate 20 at a position corresponding to the pair of bottle mold holder fixing grooves 202, and are clamped in the right bottle mold.
  • a right clamping block sliding cavity 52 is defined in a middle portion of the mounting seat 5, and the right clamping block sliding cavity 51 penetrates from the right side of the right bottle mold clamping seat 5 to the left side and corresponds to the aforementioned left clamping block sliding cavity 42.
  • the upper part of the right bottle mold holder 5 is provided with a pair of right clamping legs 53 fixed by a right clamping die screw 531, and the pair of right clamping legs 53 are as described above.
  • the aforementioned left bottle die supporting mechanism 6 is disposed on the left bottle molding clamping seat 4 at the position of the corresponding left clamping block sliding cavity 42, and the aforementioned right bottle die supporting mechanism 7 is A position corresponding to the aforementioned right chuck sliding chamber 52 is provided on the aforementioned right bottle mold holder 5.
  • a left nut plate fitting cavity 44 is defined in a side of the left bottle mold holder 4 facing away from the right bottle mold holder 5 , and in the middle of the left bottle mold holder 4 .
  • a right nut plate fitting cavity 54 is formed on the right side of the right bottle mold holder 5 opposite to the left bottle mold holder 4, and in the middle of the right bottle mold holder 5, the aforementioned left bottle mold support
  • the mechanism 6 is fixed to the left bottle mold holder 4 at a position corresponding to the left nut plate fitting cavity 44
  • the right bottle mold supporting mechanism 7 is at a position corresponding to the right nut plate fitting cavity 54 and the right bottle mold holder 5 fixed.
  • the mechanism 6 includes a left clamping block 61, a left clamping adjustment screw 62 and a left nut plate 63.
  • the left clamping block 61 is slidably engaged with the aforementioned left clamping block sliding cavity 42, and the left clamping side of the left clamping block 61 is pulled out.
  • the block sliding chamber 42 faces the side of the right bottle mold supporting mechanism 7, that is, the right side of the left slider 61 detects the right port of the left chuck sliding chamber 42, and the left side of the left block 61 has a left block.
  • the T-shaped groove 611, the left end of the left clamping adjustment screw 62 is formed with a left clamping adjustment screw wrench operating head 621 for the operation of the wrench, the middle of the left clamping adjustment screw 62 passes through the middle of the left nut plate 63, and the left The right end of the clamping adjustment screw 62 penetrates into the left clamping block T-shaped groove 611 and is formed with a left clamping adjustment screw round head 622.
  • the left clamping adjustment screw round head 622 is rotatably fitted with the left clamping block T-shaped groove 611, and the left nut Both ends of the plate 63 are fixed to the left bottle mold clamping seat 4 at a position corresponding to the aforementioned left nut plate fitting cavity 44. set. As shown in FIG.
  • a left nut plate fixing screw hole 441 is formed in the bottom wall of the cavity of the left nut plate fitting cavity 44, and the left nut plate 63 is fixed by a left nut plate fixing screw 631 corresponding to the left nut plate fixing screw.
  • the position of the hole 441 is fixed to the left bottle mold holder 4.
  • the right side of the left clamping block 61 is formed with a left clamping block inclined surface 612 which is inclined from the top to the bottom and inclined in a direction toward the side of the aforementioned right bottle mold supporting mechanism 7.
  • the left block slope 612 of the left clamp block 61 and the right clamp block slope 711 on the left side of the right clamp block 71 of the structure of the right bottle die support mechanism 7 form an inverted figure-eight relationship with each other.
  • a milling machine base 30, a rotary bed left and right displacement driving mechanism 8 and a engraving and milling mechanism 9 belonging to a structural system of a machining center are shown.
  • the milling machine base 30 can also be called a base or a machine.
  • the seat is disposed on the floor of the use place.
  • the milling machine base 30 has a frame 301 in the shape of a gantry.
  • the left and right displacement drive mechanism 8 of the rotary bed is disposed at an upper portion of the milling machine base 30.
  • the rotary bed 1 is disposed on the left and right sides of the rotary bed.
  • the engraving and milling mechanism 9 is disposed on the frame 301 and corresponds to the upper side of the revolving bed 1 of the present invention.
  • the aforementioned left and right displacement drive mechanism 8 of the rotary bed includes a left and right displacement drive motor 81, a left and right displacement drive screw 82, a left and right displacement carriage 83, a left wall plate rotary shaft support frame 84, and a right wall plate rotary sleeve support frame.
  • the left and right displacement drive motor 81 is fixed to an upper portion of the right end surface of the milling machine holder 60.
  • the left and right displacement drive motor 81 is a servo motor having a forward/reverse function, and the left end of the left and right displacement drive screw 82 is rotated.
  • the drive screw left support 821 is fixed on the upper left end of the milling machine base 30, and the right end of the left and right displacement drive screw 82 is rotatably supported on the drive screw right support 822, the drive screw is right
  • the support base 822 is fixed on the upper end of the right end of the milling machine base 30 and is connected to the left and right displacement drive motor shaft of the left and right displacement drive motor 81.
  • the left and right displacement carriages 83 are driven by the left and right displacement carriage nuts (not shown) and the left and right displacement drive screws.
  • the left wall panel rotary shaft supports is fixed to the left end of the left and right displacement carriages 83 by a left wall panel rotary shaft support frame fixing screw 842, and a left wall panel rotary shaft support bearing seat 841 is disposed at an upper portion of the left wall panel rotary shaft support frame 84, the left The left wall panel rotary shaft 111 of the wall panel 11 is rotatably supported on the left wall panel rotary shaft support bearing seat 841 by the left wall panel rotary shaft support bearing 1111, and the right wall panel rotary sleeve
  • the support frame fixing screw 852 is fixed to the right end of the left and right displacement carriages 83 and corresponds to the left wall plate rotary shaft support frame 84.
  • a right wall plate rotary sleeve support bearing is disposed on the upper portion of the right wall plate rotary sleeve support frame 85.
  • the seat block 851, the right wall panel rotary sleeve 121 of the right wall panel 12 is rotatably supported on the right wall panel rotary sleeve support bearing seat 851 by the right wall panel rotary sleeve support bearing 1211, and the swing bed swing drive mechanism 86 is disposed. It is connected to the right wall panel rotary bushing support frame 85 and to the right wall panel rotary bushing 121.
  • the left and right displacement drive screw 82 When the left and right displacement drive motor 81 is operated, the left and right displacement drive screw 82 is driven by the left and right displacement carriages 83 to cooperate with the right and left displacement drive screws 82 through the left and right displacement carriage nuts and to slide with a pair of right and left displacement carriage guides 831. Therefore, the left and right displacement driving plates 83 are driven by the right and left displacement driving screws 82 to slide along the pair of right and left displacement carriage guides 831.
  • the left wall panel rotary shaft support frame 84 and the right wall panel rotary sleeve support frame 85 are synchronously moved by the left and right displacement carriages 83, and the left and right displacement carriages 83 are synchronously moved to finally drive the rotary bed 1 of the present invention and the rotary bed 1 as a carrier. All of the components shown in Figure 1 are also moved synchronously.
  • the left and right displacement carriages 83 move leftward or rightward depending on the state in which the left and right displacement drive motors 82 operate clockwise or counterclock
  • the aforementioned swing bed swing drive mechanism 86 includes a swing drive motor 861, a pendulum drive reduction gearbox 862, and a reduction gear box support seat 863.
  • the swing drive motor 861 is in driving engagement with the swing drive reduction gear box 862 and is driven by the swing drive reduction gearbox 862 together with the swing drive motor 861. It is fixed to the reduction case support 863, and the reduction case support 863 is fixed to the lower portion of the right wall plate rotary sleeve support frame 85 by the reduction case support fixing screw 8631.
  • the reduction gear shaft 8621 of the swing drive reduction gearbox 862 is inserted into the right wall panel rotary bushing 121 and is fixedly coupled to the right wall panel rotary bushing 121.
  • the aforementioned oscillating drive motor 86 is a servo motor having a forward/reverse function. When it is in operation, it drives the oscillating drive reduction gearbox 862, is decelerated by the oscillating drive reduction gearbox 862, and drives the right wall panel rotary bushing 121 by the reduction gearbox shaft 8621. , the right wall panel rotary sleeve 121 drives the right wall panel 12 and swings the rotary bed 1 , and the rotary bed 1 swings from the front to the rear circular arc, that is, an angle from the front to the rear arc or from the rear to the front arc Rotating an angle from the rear forward arc depends on the clockwise or counterclockwise operating state of the swing drive motor 86.
  • the engraving and milling mechanism 9 mentioned above includes a lateral carriage 91, a transverse screw drive motor 92, a transverse screw 93, a lifting frame 94, a lifting screw drive motor 95, a lifting screw 96, an engraving cutter driving wheel 97, and an engraving cutter 98.
  • the horizontal pallet 91 is slidably engaged with the pair of lateral rails 9111 by the lateral pallet slider 911, and the pair of lateral rails 9111 are fixed to the left side of the aforementioned frame 301 and the pair of lateral rails 9111 are parallel to each other, the transverse screw
  • the drive motor 92 is a servo motor having a forward/reverse function, and the transverse screw drive motor 92 is fixed to the frame 301, and both ends (front end and rear end) of the transverse screw 93 are rotatably supported on the frame 30 and the transverse screw The rear end of the 93 is drivingly coupled to the motor shaft of the transverse screw drive motor 92.
  • the aforementioned lateral carriage 91 is mated (threaded) with the transverse screw 93 by the carriage nut 912, and the lifting frame 94 and the pair of lifting rails 941 Sliding fit, and the pair of lifting frame rails 941 are fixed in a longitudinal parallel state with the left side of the lateral pallet 91, and the lifting frame 94 is also threadedly engaged with the lifting screw 96 by the lifting nut, the lifting screw driving motor 9 5 is fixed on the lifting screw driving motor base 951.
  • the lifting screw driving electric seat 951 is fixed to the upper part of the lateral carriage 91 by the motor seat screw 9511, and the lifting screw driving motor 95 is a servo motor having a forward/reverse function.
  • the motor shaft of the screw drive motor 95 faces downward and is drivingly connected to the upper end of the lift screw 96.
  • the lift frame 94 is screwed with the middle portion of the lift screw 96 by the lift nut, and the lower end of the lift screw 96 is rotatably supported by the lift screw support.
  • the lifting screw support base 961 is fixed to the lower end of the lateral carriage 91, and the engraving cutter driving wheel 97 is a pulley which is driven by a engraving cutter driving motor 99 shown by a broken line in the drawing.
  • the driving pulley driven by the engraving cutter driving motor 99 is fixed on the motor shaft of the engraving and milling cutter driving motor 99, and the engraving and milling cutter driving wheel 97 is driven by the belt, and the engraving cutter driving wheel 97 is fixed to the engraving and milling cutter transmission.
  • the upper end of the shaft 971 is fixed to the lower end of the engraving cutter drive shaft 971 by the engraving cutter 98, and corresponds to the upper surface of the glass mold 40 sandwiched between the left and right bottle mold holders 4, 5, thereby
  • the engraving and milling cutter driving wheel 97 drives the engraving and milling cutter transmission shaft 971, and the engraving and milling cutter 98 is driven by the engraving and milling cutter transmission shaft 971.
  • the engraving and milling cutter driving motor 99 is mounted on the lifting frame 94.
  • the transverse screw 93 is rotated by the aforementioned transverse screw drive motor 92, since the lateral carriage 91 is screw-engaged with the transverse screw 93 by the lateral carriage nut 912 and also slidably by the lateral carriage slider 911 and the pair of lateral guides 9111 In cooperation, the forward or reverse rotation of the transverse screw drive motor 92 causes the transverse screw 93 to rotate forward or reverse accordingly, thereby causing the lateral carriage 91 to be displaced forward or backward.
  • the lifting screw 96 is rotated by the lifting screw driving motor 95, and the lifting frame 94 is driven by the lifting screw 96 to follow the pair of lifting frame guides 941 to descend or ascend, so that the aforementioned engraving and milling cutter 98 is also moved up or down accordingly to be engraved and milled.
  • the knife 98 engraves the pattern 401 required for the process on the cavity 401 of the glass mold 40.
  • the glass mold 40 to be engraved and milled is to be sandwiched between the left and right bottle mold holders 4, 5, the glass mold 40 is first supported on the left side of the mold with the cavity 401 facing upward. Between the left clamping block slope 612 of the right clamping block 71 and the right clamping block inclined surface 711 of the right clamping block 71, and the front end surface of the glass mold 40 is in contact with the aforementioned glass mold end surface limiting stop 33, and then passed to the left and right clamps.
  • the operation of the die feet 43, 53 causes the left and right clamping legs 43, 53 to respectively hold the clamping faces (also referred to as "combined faces") on both sides of the glass mold 40, and then pass by the online operator.
  • the tool such as a wrench, operates the left clamping adjustment screw wrench operating head 621 of the left clamping adjustment screw 62, and the left clamping block 61 is displaced to the right by the left clamping adjustment screw 62 (take the state of FIG. 1 as an example), by the left clamp
  • the left clamp ramp 612 of the block 61 forces the glass mold 40 to be displaced upwardly, with one side of the glass mold 40 being reliably clamped by the cooperation of a pair of left clamping legs 43.
  • the right clamping block slope 711 of the right clamping block 71 forces the glass mold 40 to be displaced upward and the other side of the glass mold 40 is reliably clamped by the cooperation of a pair of right clamping legs 53.
  • the rotary disk drive mechanism 2 can make the glass mold 40 rotate in the 360° direction according to the process requirements set by the electric controller.
  • the rotary disk drive motor 21 operates to drive the rotary disk drive reduction gear box 22, and the rotary disk drive reduction gear output shaft 221 drives the rotary disk fixed disk 10, and the rotary disk fixed disk 10 drives the rotary disk 3 fixed thereto.
  • the bottle holder fixing plate 20 is driven by the rotary disk 3, and the left and right bottle mold holders 4 and 5 are driven by the bottle holder fixing plate 20, thereby driving the clamping between the left and right bottle mold holders 4 and 5.
  • the glass mold 40 supported by the left and right bottle mold supporting mechanisms 6, 7 is rotated, and the direction in which the glass mold 40 is rotated clockwise or counterclockwise depends on the clockwise or counterclockwise working state of the rotary disk drive motor 21.
  • the swinging of the revolving bed 1 in the arc direction is carried out by the above-described slewing swing drive mechanism 86, and the left and right movement of the revolving bed 1 is performed by the above-described revolving bed left and right displacement drive mechanism 8.
  • the front and rear displacement of the engraving cutter 98 is performed by the aforementioned transverse screw drive motor 92; the up and down displacement of the engraving cutter 98 is performed by the aforementioned lifting screw drive motor 95; the operation of the engraving and milling cutter 98 is driven by the aforementioned engraving cutter 99 served as. Since these motion processes have been described above, they will not be described again.
  • the engraving and milling cutter 98 is separated from the cavity 401, and the online worker removes the glass mold 40 which has been engraved by the operation of the left and right clamping legs 43, 53 and will be the next one to be carved. Since the milled glass mold 40 is clamped, since the glass mold 40 is of the same batch and the same specification, it is not necessary to operate the left clamp adjustment screw wrench operation head 621 of the left clamp adjustment screw 62 again, and the clamp can be improved. Tight efficiency.
  • the technical solution provided by the present invention compensates for the shortcomings in the prior art, successfully completes the inventive task, and faithfully implements the technical effects described by the applicant in the above technical effects column.

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Constituent Portions Of Griding Lathes, Driving, Sensing And Control (AREA)
  • Jigs For Machine Tools (AREA)
  • Moulds For Moulding Plastics Or The Like (AREA)

Abstract

A glass mold (40) engraving and milling fixture for use with a machining center, comprising: a rotary table (1), the side of the left end thereof being provided with a left wallboard (11), the side of the right end thereof being provided with a right wallboard (12), and the central position thereof being provided with a reduction gearbox output shaft bearing matching hole (13); a rotary disk drive mechanism (2) provided on the downward side of the rotary table; a rotary disk fixing disk (10) located between the left and right wallboards (11, 12); a rotary disk (3) fixed to the upward side of the rotary disk fixing disk (10); a bottle mold seat fixing base plate (20) provided on the upward side of the rotary disk (3); left and right bottle mold clamping seats (4, 5) provided on the left and right ends of the bottle mold seat fixing base plate (20); and a left bottle mold supporting mechanism (6) provided on the left bottle mold clamping seat (4) and extending to the side of the left bottle mold clamping seat (4) close to the right bottle mold clamping seat (5), and a right bottle mold supporting mechanism (7) provided on the right bottle mold clamping seat (5) and extending to the side of the right bottle mold clamping seat (5) close to the left bottle mold clamping seat (4). The present invention meets the engraving and milling technological requirements for a mold cavity (401), is easy to manufacture, assemble, use, and maintain, improves the clamping efficiency, and implements ideal engraving and milling efficiency while ensuring the quality.

Description

与加工中心配套的玻璃模具雕铣用的工装夹具Fixture for glass mold engraving and milling matching with machining center 技术领域Technical field
本发明属于工装夹具技术领域,具体涉及一种与加工中心配套的玻璃模具雕铣用的工装夹具。The invention belongs to the technical field of tooling fixtures, and particularly relates to a fixture for glass mold engraving and milling matched with a machining center.
背景技术Background technique
前述的加工中心是近年来发展并应用成熟的自动化加工设备,在迄今为止公开的中国专利文献中不乏见诸,如CN104002200A(立卧复合多轴数控加工中心)、CN104476215A(一种翻板卧式加工中心)、CN104802013B(一种多面加工的数控加工中心)、CN105364491B(一种五轴数控加工中心)、CN106426590A(数控玻璃加工中心)和CN206952549U(一种数控加工中心),等等。前述的玻璃模具雕铣从其字面释义可知:在加工中心上既可对玻璃模具进行雕花,又能对玻璃模具进行铣加工。对玻璃模具雕花和/或铣加工均需将玻璃模具处于可靠夹住的夹装状态,而对玻璃模具的夹装需凭借工装夹具实现。The aforementioned machining center is an automated processing equipment that has been developed and applied in recent years. It is found in the Chinese patent literature published so far, such as CN104002200A (Vertical Composite Multi-axis CNC Machining Center), CN104476215A (a kind of flap horizontal Machining Center), CN104802013B (a multi-face machining CNC machining center), CN105364491B (a five-axis CNC machining center), CN106426590A (CNC glass machining center) and CN206952549U (a CNC machining center), and so on. The aforementioned glass mold engraving and milling can be known from the literal interpretation: the glass mold can be carved and the glass mold can be milled in the machining center. For the glass mold carving and / or milling, the glass mold needs to be in a clamped state of reliable clamping, and the clamping of the glass mold needs to be realized by the fixture.
如业界所知,工装夹具在工业产品的生产中起着十分重要的作用,玻璃模具的加工也不例外。所谓的工装夹具是指用于在机械加工中对工件进行夹持或定位,以达到一定工艺要求的特别的装备或工具。通常需要满足在产品生产时无干涉现象、定位准确可靠和操作方便等要求。由于工装夹具具有针对制造某种产品的专属的特点,因此通用化程度低,往往由生产相应产品的厂商以量体裁衣的方式自行制作,玻璃模具生产厂商也大多以自制的方式配备各种工装夹具。近几年来,虽然各种中高档的加工中心为广大中小企业所应用,由加工中心加工产品具有速度快和质量好及产品标准化程度高等优点,但是如果缺乏与加工中心配套的工装夹具,那么这些优点便无从体现。以将作为工件的玻璃模具付诸加工中心实施诸如刻字、雕花、钻设提模孔、开设定位槽、开设磨耗板槽、加工背心眼(挂钉孔)、铣三角、铣圆弧和攻内孔螺纹等工序时必须由工装夹具将玻璃模具可靠夹持即锁定,而工装夹具对工件的快速夹持或解除夹持即解锁的可靠与否是保证加工中心加工效率和加工质量的至关重要的因素。As the industry knows, tooling fixtures play an important role in the production of industrial products, and the processing of glass molds is no exception. The so-called fixtures refer to special equipment or tools used to clamp or position the workpiece during machining to meet certain process requirements. It is usually required to meet the requirements of no interference during production, accurate and reliable positioning, and convenient operation. Since fixtures have the exclusive characteristics for manufacturing certain products, the degree of generalization is low, and they are often produced by manufacturers who produce corresponding products in a tailor-made manner. Most of the glass mold manufacturers are equipped with various fixtures in a self-made manner. In recent years, although various medium and high-grade machining centers have been applied to small and medium-sized enterprises, the processing products processed by the machining center have the advantages of high speed, good quality and high degree of product standardization. However, if there are no tooling fixtures matching the machining center, then these The advantages are not reflected. The glass mold as a workpiece is put into the processing center to carry out such as engraving, engraving, drilling and lifting holes, opening positioning grooves, opening wear plate grooves, processing vest eyes (hanging nail holes), milling triangles, milling arcs and tapping In the process of hole threading, the glass mold must be reliably clamped or locked by the fixture, and the fast clamping or un-clamping of the workpiece by the fixture is critical to ensure the processing efficiency and processing quality of the machining center. the elements of.
在公开的中国专利文献中不乏关于玻璃模具加工用的工装夹具的技术信息,典型的如CN101659015B推荐的“加工玻璃模具用的工装夹具”和CN102689187A提供的“玻璃模具加工用转台式工装夹具”,这两项专利各有说明书的技术效果栏中记载的技术效果,但是存在以下相同的缺憾:其一,由于该两项专利均是针对玻璃模具的卧置夹装(卧置 夹装是指玻璃模具的模腔向下)而提出的,即并不是针对玻璃模具的模腔加工而提出的,因而没有必要使处于夹装状态的玻璃模具依需作360度的圆周方向的任意角度转动,然而对于玻璃模具模腔的雕花,毫无疑问需将模腔朝向上并且还需使玻璃模具作360度圆周方向的任意角度转动,于是由于前述两项专利均未给出能使玻璃模具作圆周方向转动的启示,因而在雕花工艺中对玻璃模具夹装不具有启示意义;其二,由于需要通过夹臂开合机构同时驱使两对夹臂相向运动或彼此斥开,因而整体结构复杂,既不利于制造与装配,也不便于日常使用与检护,尤其由于动作传递环节多,在一定程度上影响夹装的可靠性。In the published Chinese patent literature, there is no shortage of technical information about fixtures for glass mold processing, such as "tooling fixtures for processing glass molds" recommended by CN101659015B and "rotary fixtures for glass mold processing" provided by CN102689187A. These two patents each have the technical effects described in the technical effects column of the specification, but the following shortcomings exist: First, since both patents are for the horizontal clamping of the glass mold (the horizontal clamping means glass) The mold cavity of the mold is proposed downward, that is, it is not proposed for the cavity machining of the glass mold, so that it is not necessary to rotate the glass mold in the clamped state at any angle of 360 degrees in the circumferential direction as needed. For the engraving of the mold cavity of the glass mold, there is no doubt that the cavity should be oriented upwards and the glass mold should be rotated at any angle of 360 degrees in the circumferential direction. Therefore, neither of the above two patents can give the glass mold a circumferential direction. The revelation of rotation, therefore, does not have any enlightenment to the glass mold clamping in the carving process; second, due to the need to pass the clamp At the same time, the opening and closing mechanism drives the two pairs of clamping arms to move toward each other or disengage from each other, so the overall structure is complicated, which is not conducive to manufacturing and assembly, and is not convenient for daily use and inspection, especially due to many movement transmission links, affecting the clamping to some extent. The reliability of the installation.
针对上述已有技术,有必要开发适用雕花的并且能与加工中心配套的玻璃模具雕铣用的工装夹具,为此本申请人作了有益的设计并且形成了下面将要介绍的技术方案。In view of the above prior art, it is necessary to develop a fixture for the glass mold engraving and milling which is suitable for engraving and can be matched with the machining center. For this reason, the applicant has made an advantageous design and formed a technical solution to be described below.
发明内容Summary of the invention
本发明的任务在于提供一种有助于使玻璃模具在圆周方向依需回转而藉以满足对模腔的雕铣工艺要求、有利于显著简化结构而藉以方便制作与装配并且方便使用与检护、有益于避免对同一批次及同一规格的玻璃模具全面重复夹装而藉以提高夹装效率并且减轻在线作业人员的夹装作业强度的与加工中心配套的玻璃模具雕铣用的工装夹具。The object of the present invention is to provide a method for facilitating the rotation of a glass mold in a circumferential direction to meet the requirements of the engraving and milling process for the cavity, to facilitate the simplification of the structure, to facilitate the manufacture and assembly, and to facilitate the use and inspection. A fixture for glass mold engraving and milling that is compatible with the machining center to avoid the complete re-clamping of the same batch and the same size of the glass mold, thereby improving the efficiency of the clamping and reducing the clamping work strength of the online worker.
本发明的任务是这样来完成的,一种与加工中心配套的玻璃模具雕铣用的工装夹具,包括一回转床,在该回转床的左端朝向上的一侧以垂直于回转床的状态固定有一左墙板,在回转床的右端朝向上的一侧并且同样以垂直于回转床的状态固定有一右墙板,左、右墙板彼此对应并且在左墙板背对右墙板的一侧固定有一左墙板回转支承轴,而在右墙板背对左墙板的一侧固定有一右墙板回转轴套,在回转床的中心位置开设有一减速箱输出轴轴承配合孔;一回转盘驱动机构,该回转盘驱动机构在对应于所述减速箱输出轴轴承配合孔的位置设置在所述回转床朝向下的一侧;一回转盘固定盘,该回转盘固定盘位于所述的左、右墙板之间,并且该回转盘固定盘的底面在与所述回转床的上表面之间保持有间隙的状态下与所述回转盘驱动机构固定连接;一回转盘,该回转盘与所述回转盘固定盘朝向上的一侧固定;一瓶模座固定底板,该瓶模座固定底板移动地设置在所述回转盘朝向上的一侧;一左瓶模夹装座和一右瓶模夹装座,左瓶模夹装座移动地设置在所述瓶模座固定底板的左端,而右瓶模夹装座移动地设置在瓶模座固定底板的右端并且该左、右瓶模夹装座彼此对应;一左瓶模支承机构和一右瓶模支承机构,左瓶模支承机构设置在所述左瓶模夹装座上并且伸展到左瓶模夹装座朝向右瓶模夹装座的一侧,右瓶模支承 机构设置在右瓶模夹装座上并且伸展到右瓶模夹装座朝向左瓶模夹装座的一侧。The task of the present invention is completed in such a manner that a fixture for glass mold engraving and milling associated with a machining center includes a revolving bed, and the side facing the upper end of the revolving bed is fixed perpendicular to the revolving bed. There is a left wall panel, which is fixed to the upper side of the right end of the revolving bed and also has a right wall panel fixed in a state perpendicular to the revolving bed, the left and right wall panels are corresponding to each other and on the side of the left wall panel facing away from the right wall panel A left wall panel slewing bearing shaft is fixed, and a right wall panel rotating sleeve is fixed on a side of the right wall panel facing away from the left wall panel, and a reduction box output shaft bearing matching hole is formed at a center position of the rotating bed; a driving mechanism, the rotary disk drive mechanism is disposed on a side of the rotary bed facing downward at a position corresponding to the gearbox bearing shaft bearing hole; a rotary disk fixed disk, the rotary disk fixed disk is located at the left , between the right wall panels, and the bottom surface of the rotating disc fixing disc is fixedly connected with the rotary disc drive mechanism in a state of maintaining a gap with the upper surface of the rotary bed; a rotary disc, the back The disc is fixed to an upward side of the rotating disc fixing disc; a bottle holder fixing the bottom plate, the bottle holder fixing bottom plate is movably disposed on a side of the rotating disc facing upward; a left bottle mold holder and a right bottle mold holder, the left bottle mold holder is movably disposed at a left end of the bottle holder fixing bottom plate, and the right bottle mold holder is movably disposed at a right end of the bottle holder fixing bottom plate and the left side, The right bottle mold holders correspond to each other; a left bottle mold support mechanism and a right bottle mold support mechanism, the left bottle mold support mechanism is disposed on the left bottle mold holder and extends to the left bottle mold holder to the right One side of the bottle mold holder, the right bottle mold support mechanism is disposed on the right bottle mold holder and extends to the side of the right bottle mold holder toward the left bottle mold holder.
在本发明的一个具体的实施例中,在所述回转盘固定盘的中心位置并且在对应于所述减速箱输出轴轴承配合孔的位置开设有减速箱输出轴让位孔;所述的回转盘驱动机构包括一回转盘驱动电机和一回转盘驱动减速箱,回转盘驱动电机与回转盘驱动减速箱传动配合并且由回转盘驱动减速箱连同回转盘驱动电机在对应于所述减速箱输出轴轴承配合孔的位置与所述回转床朝向下的一侧固定,该回转盘驱动减速箱的回转盘驱动减速箱输出轴与减速箱输出轴轴承转动配合,该回转盘驱动减速箱输出轴在对应于所述减速箱输出轴让位孔的位置伸展至所述回转盘固定盘的上方并且由旋配在回转盘驱动减速箱输出轴末端的回转盘固定盘限定螺母限定,所述的减速箱输出轴轴承在对应于所述减速箱输出轴轴承配合孔的位置与所述的回转盘固定盘固定。In a specific embodiment of the present invention, a reduction gearbox output shaft retaining hole is provided at a center position of the rotary disk fixing disk and at a position corresponding to the gearbox output shaft bearing matching hole; The turntable driving mechanism comprises a rotary disk drive motor and a rotary disk drive reduction gearbox. The rotary disk drive motor is coupled with the rotary disk drive reduction gearbox and the rotary disk drive reduction gearbox and the rotary disk drive motor are corresponding to the output shaft of the reduction gearbox. The position of the bearing matching hole is fixed to the downward facing side of the rotating bed, and the rotating disk of the rotating disk drive reduction gearbox drives the output shaft of the reduction gearbox and the output shaft bearing of the reduction gearbox, and the output shaft of the rotary disk drive reduction gearbox corresponds to Extending the position of the position of the position of the output shaft of the reduction gear box to the upper side of the rotary disk fixing plate and defining a nut by a rotary disk fixing plate that is screwed at the end of the output shaft of the rotary disk drive reduction gear box, the output of the reduction gear box The shaft bearing is fixed to the rotary disc fixing plate at a position corresponding to the bearing shaft of the reduction gear output shaft bearing.
在本发明的另一个具体的实施例中,所述的回转盘驱动电机为具有正反转功能的伺服电机,所述的回转盘驱动减速箱为蜗轮减速箱;所述的减速箱输出轴轴承为平面轴承。In another specific embodiment of the present invention, the rotary disk drive motor is a servo motor having a forward/reverse function, the rotary disk drive reduction gearbox is a worm gear reduction gearbox; and the reduction gearbox output shaft bearing It is a flat bearing.
在本发明的又一个具体的实施例中,在所述回转盘朝向上的一侧围绕回转盘的四周以辐射状态间隔开设有瓶模座固定板固定槽,在回转盘的中心并且在对应于所述回转盘驱动减速箱输出轴的位置开设有一回转盘固定盘限定螺母操作让位孔;所述的瓶模座固定板连同所述的左瓶模夹装座以及右瓶模夹装座在对应于所述瓶模座固定板固定槽的位置与所述的回转盘朝向上的一侧固定,所述右瓶模支承机构的结构是与所述左瓶模支承机构的结构相同的。In still another specific embodiment of the present invention, a bottle holder fixing plate fixing groove is provided at a side of the rotating disk on a side facing the upper side of the rotating disk at a distance of a radial state, at a center of the rotating disk and corresponding to The position of the output shaft of the rotary disc drive reduction gear box is defined by a rotary disc fixing disc defining a nut operation retaining hole; the bottle mold holder fixing plate is provided with the left bottle mold holder and the right bottle mold holder The position corresponding to the fixing groove of the bottle holder fixing plate is fixed to the side of the rotating disk facing upward, and the structure of the right bottle die supporting mechanism is the same as that of the left bottle die supporting mechanism.
在本发明的再一个具体的实施例中,所述瓶模座固定板的两端各通过瓶模座固定板螺钉在对应于所述的瓶模座固定板固定槽的位置与所述回转盘固定并且在该瓶模固定板朝向上的一侧开设有一对彼此并行的瓶模夹装座固定槽,该对瓶模夹装座固定槽自瓶模座固定板的长度方向的一端延伸至另一端;所述的左瓶模夹装座连同所述的左瓶模支承机构在对应于所述的一对瓶模夹装座固定槽的位置与所述瓶模座固定板的一端固定,而所述的右瓶模夹装座连同所述的右瓶模支承机构在对应于一对瓶模夹装座固定槽的位置与瓶模座固定板的另一端固定。In still another specific embodiment of the present invention, both ends of the bottle holder fixing plate pass through the bottle holder fixing plate screw at a position corresponding to the fixing groove of the bottle holder fixing plate and the rotating plate. Fixing and opening a pair of bottle mold holder fixing grooves parallel to each other on a side of the bottle mold fixing plate, the pair of bottle mold holder fixing grooves extending from one end of the length of the bottle holder fixing plate to the other One end; the left bottle mold holder and the left bottle mold support mechanism are fixed to one end of the bottle holder fixing plate at a position corresponding to the pair of bottle mold holder fixing grooves, and The right bottle mold holder is fixed to the other end of the bottle holder fixing plate at a position corresponding to the fixing groove of the pair of bottle mold holders together with the right bottle mold supporting mechanism.
在本发明的还有一个具体的实施例中,在所述回转盘上并且在对应于所述左、右瓶模夹装座的一端或另一端之间的位置设置有一玻璃模具端面限位挡脚,该玻璃模具端面限位挡脚的下部在对应于所述瓶模座固定板固定槽的位置与回转盘固定。In still another specific embodiment of the present invention, a glass mold end face stop is provided on the rotary disk and at a position corresponding to one end or the other end of the left and right bottle mold holders. The lower portion of the glass mold end face limiting foot is fixed to the rotary disk at a position corresponding to the fixing groove of the bottle holder fixing plate.
在本发明的更而一个具体的实施例中,所述左瓶模夹装座的下部通过左瓶模夹装座 固定螺钉在对应于所述的一对瓶模夹装座固定槽的位置与所述瓶模座固定板的一端固定,在左瓶模夹装座的中部开设有一左夹块滑动腔,该左夹块滑动腔自左瓶模夹装座的左侧贯通至右侧并且在左瓶模夹装座的上部设置有一对左夹模脚;所述右瓶模夹装座的下部通过右瓶模夹装座固定螺钉在对应于所述的一对瓶模夹装座固定槽的位置与所述瓶模座固定板的另一端固定,在右瓶模夹装座的中部开设有一右夹块滑动腔,该右夹块滑动腔自右瓶模夹装座的右侧贯通至左侧并且与所述的左夹块滑动腔相对应,在右瓶模夹装座的上部设置有一对右夹模脚,该对右夹模脚与所述的一对左夹模脚相对应;所述的左瓶模支承机构在对应的所述左夹块滑动腔的位置设置在所述左瓶模夹装座上,所述的右瓶模支承机构在对应于所述右夹块滑动腔的位置设置在所述右瓶模夹装座上。In still another specific embodiment of the present invention, the lower portion of the left bottle mold holder is passed through the left bottle mold holder fixing screw at a position corresponding to the fixing groove of the pair of bottle mold holders. One end of the bottle holder fixing plate is fixed, and a left clamping block sliding cavity is opened in a middle portion of the left bottle mold clamping seat, and the left clamping block sliding cavity is penetrated from the left side of the left bottle mold clamping seat to the right side and The upper part of the left bottle mold holder is provided with a pair of left clamping mold legs; the lower part of the right bottle mold clamping seat is fixed by the right bottle mold clamping seat fixing screw corresponding to the pair of bottle mold clamping seat fixing grooves The position is fixed to the other end of the bottle holder fixing plate, and a right clamping block sliding cavity is opened in the middle of the right bottle mold clamping seat, and the right clamping block sliding cavity is penetrated from the right side of the right bottle mold clamping seat to On the left side and corresponding to the left clamping block sliding cavity, a pair of right clamping legs are disposed on an upper portion of the right bottle mold clamping seat, and the pair of right clamping legs correspond to the pair of left clamping legs The left bottle mold supporting mechanism is disposed at the position of the corresponding left clamping block sliding cavity in the left bottle mold clamping In the seat, the right bottle mold supporting mechanism is disposed on the right bottle mold clamping seat at a position corresponding to the right clamping block sliding cavity.
在本发明的进而一个具体的实施例中,在所述左瓶模夹装座背对所述右瓶模夹装座的一侧并且位于左瓶模夹装座的中部开设有一左螺母板配合腔,在右瓶模夹装座背对左瓶模夹装座的一侧并且位于右瓶模夹装座的中部开设有一右螺母板配合腔,所述的左瓶模支承机构在对应于左螺母板配合腔的位置与左瓶模夹装座固定,所述的右瓶模支承机构在对应于右螺母板配合腔的位置与右瓶模夹装座固定。In still another specific embodiment of the present invention, a left nut plate fit is provided on a side of the left bottle mold holder opposite to the right bottle mold holder and in a middle portion of the left bottle mold holder. a cavity, a right nut plate matching cavity is formed on a side of the right bottle mold holder back to the left bottle mold holder and a middle part of the right bottle mold holder, and the left bottle mold support mechanism corresponds to the left The position of the nut plate matching cavity is fixed with the left bottle mold clamping seat, and the right bottle die supporting mechanism is fixed to the right bottle mold clamping seat at a position corresponding to the right nut plate fitting cavity.
在本发明的又更而一个具体的实施例中,所述的左瓶模支承机构包括一左夹块、一左夹紧调整螺杆和一左螺母板,左夹块与所述左夹块滑动腔滑动配合,并且左夹块的右侧探出左夹块滑动腔朝向所述右瓶模支承机构的一侧,在左夹块的左侧开设有一左夹块T形槽,左夹紧调整螺杆的左端构成有一左夹紧调整螺杆扳手操作头,左夹紧调整螺杆的中部穿过左螺母板,而左夹紧调整螺杆的右端探入左夹块T形槽并且构成有一左夹紧调整螺杆圆头,该左夹紧调整螺杆圆头与左夹块T形槽转动配合,左螺母板在对应于所述左螺母板配合腔的位置与左瓶模夹装座固定。In still another specific embodiment of the present invention, the left bottle mold support mechanism includes a left clamping block, a left clamping adjustment screw and a left nut plate, and the left clamping block slides with the left clamping block. The cavity is slidingly fitted, and the right side of the left clamping block protrudes from the side of the left clamping block sliding cavity toward the right bottle die supporting mechanism, and the left clamping block has a left clamping block T-shaped groove on the left side of the left clamping block, and the left clamping adjustment is performed. The left end of the screw is formed with a left clamping adjustment screw wrench operating head, the middle of the left clamping adjustment screw passes through the left nut plate, and the right end of the left clamping adjustment screw penetrates into the T-shaped groove of the left clamping block and constitutes a left clamping adjustment The screw head is rounded, and the left clamping adjustment screw head is rotatably engaged with the left clamping block T-shaped groove, and the left nut plate is fixed to the left bottle mold clamping seat at a position corresponding to the left nut plate fitting cavity.
在本发明的又进而一个具体的实施例中,所述左夹块的右侧构成有一左夹块斜面,该左夹块斜面自上向下倾斜并且倾斜方向朝向所述的右瓶模支承机构的一侧。In still another specific embodiment of the present invention, the right side of the left clamping block is configured to have a left clamping block inclined surface inclined from the top to the bottom and inclined to the right bottle mold supporting mechanism. One side.
本发明提供的技术方案的技术效果之一,由于采用了回转盘驱动机构并且将回转盘固定盘与回转盘驱动机构固定,又由于瓶模座固定板连同左、右瓶模夹装座之间的并且由左、右瓶模支承机构支承的玻璃模具在圆周方向依需回转,满足对模腔的雕铣工艺要求;之二,由于显著简化了左、右瓶模夹装座以及左、右瓶模支承机构、的结构,因而既可方便制作与装配,又能方便使用与检护;之三,由于左、右瓶模支承机构在完成了对同一规格的同一批次中的其中一个玻璃模具的夹装后无需对该同一规格及同一批次中 的其它玻璃模具重新全面夹装,因而能显著提高夹装效率并且减轻在线作业人员的作业强度;之四,由于可将回转床与加工中心相配合,因而得以体现对玻璃模具的模腔的理想的雕铣效率并且保障雕铣质量。One of the technical effects of the technical solution provided by the present invention is that a rotary disk drive mechanism is used and the rotary disk fixed disk is fixed to the rotary disk drive mechanism, and the bottle holder fixing plate is provided between the left and right bottle mold holders. And the glass mold supported by the left and right bottle mold supporting mechanisms rotates in the circumferential direction as needed to meet the requirements of the engraving and milling process of the cavity; secondly, the left and right bottle mold holders are left and right. The structure of the bottle mold support mechanism can be conveniently manufactured and assembled, and can be conveniently used and inspected. Third, since the left and right bottle mold support mechanisms are completed in one of the same batch of the same batch of glass After the mold is clamped, it is not necessary to re-clamp the same glass mold of the same specification and the same batch, which can significantly improve the efficiency of the clamping and reduce the working intensity of the online workers. Fourth, the rotary bed can be processed. The center is matched to reflect the ideal engraving and milling efficiency of the mold cavity of the glass mold and to ensure the quality of the engraving and milling.
附图说明DRAWINGS
图1为本发明的实施例结构图。Figure 1 is a block diagram of an embodiment of the present invention.
图2为本发明配套在加工中心上的示意图。Figure 2 is a schematic view of the present invention attached to a machining center.
具体实施方式detailed description
为了能够更加清楚地理解本发明的技术实质和有益效果,申请人在下面以实施例的方式作详细说明,但是对实施例的描述均不是对本发明方案的限制,任何依据本发明构思所作出的仅仅为形式上的而非实质性的等效变换都应视为本发明的技术方案范畴。In order to be able to understand the technical spirit and the advantages of the present invention, the present invention will be described in detail below, but the description of the embodiments is not intended to limit the invention. The mere equivalent of a formal rather than a substantial equivalent transformation should be considered as a technical solution of the present invention.
在下面的描述中凡是涉及上、下、左、右、前和后的方向性或称方位性的概念都是针对正在被描述的图所处的位置状态而言的,因而不能将其理解为对本发明提供的技术方案的特别限定。In the following description, the concepts of directionality or orientation involving up, down, left, right, front and back are all directed to the positional state in which the figure being described is located, and thus cannot be understood as The technical solution provided by the present invention is specifically limited.
请参见图1,示出了一回转床1,在该回转床1的左端边缘部位朝向上的一侧以垂直于回转床1的状态优选采用焊接方式固定有一左墙板11,在回转床1的右端边缘部位朝向上的一侧并且同样以垂直于回转床1的状态优选采用焊接方式固定有一右墙板12,左、右墙板11、12彼此对应(即左右对应)并且在左墙板11背对右墙板12的一侧固定有一左墙板回转支承轴111,而在右墙板12背对左墙板11的一侧固定有一右墙板回转轴套121,左墙板回转支承轴111与左墙板11垂直,右墙板回转轴套121与右墙板12形成垂直关系,在回转床1的中心位置开设有一减速箱输出轴轴承配合孔13;示出了一回转盘驱动机构2,该回转盘驱动机构2在对应于前述减速箱输出轴轴承配合孔13的位置设置在前述回转床1朝向下的一侧;示出了一回转盘固定盘10,该回转盘固定盘10位于前述的左、右墙板11、12之间,并且该回转盘固定盘10的底面在与前述回转床1的上表面之间保持有间隙的状态下与前述回转盘驱动机构2固定连接;示出了一回转盘3,该回转盘3通过回转盘固定螺钉34与前述回转盘固定盘10朝向上的一侧固定;示出了一瓶模座固定底板20,该瓶模座固定底板20移动地即可以依需调整地设置在前述回转盘3朝向上的一侧;示出了一左瓶模夹装座4和一右瓶模夹装座5,左瓶模夹装座4移动地即可调整地设置在前述瓶模座固定底板20的左端,而右瓶模夹装座5移动地即可调整地设置在瓶模座固定底板20的右端并且该左、右瓶模夹装座4、5彼此对应;示出了一左 瓶模支承机构6和一右瓶模支承机构7,左瓶模支承机构6设置在前述左瓶模夹装座4上并且伸展到左瓶模夹装座4朝向右瓶模夹装座5的一侧,右瓶模支承机构7设置在右瓶模夹装座5上并且伸展到右瓶模夹装座5朝向左瓶模夹装座4的一侧。Referring to Fig. 1, a revolving bed 1 is shown. A left wall panel 11 is preferably fixed by welding in a state perpendicular to the revolving bed 1 at a side of the left end edge portion of the revolving bed 1 in the upward direction. The right end edge portion faces the upper side and is also fixed to a right wall panel 12 by welding in a state perpendicular to the revolving bed 1. The left and right wall panels 11, 12 correspond to each other (ie, the left and right corresponding) and are on the left wall panel. 11 is fixed to a side of the right wall panel 12 with a left wall panel slewing bearing shaft 111, and a right wall panel rotating sleeve 121 is fixed to a side of the right wall panel 12 opposite to the left wall panel 11, and the left wall panel slewing bearing The shaft 111 is perpendicular to the left wall panel 11, and the right wall panel rotary sleeve 121 has a vertical relationship with the right wall panel 12. A reduction gearbox output shaft bearing fitting hole 13 is defined at a center position of the rotary bed 1; a mechanism 2, the rotary disk drive mechanism 2 is disposed on a side of the rotary bed 1 facing downward at a position corresponding to the gearbox output shaft bearing fitting hole 13; and a rotary disk fixed disk 10 is shown, the rotary disk fixed disk 10 is located in the aforementioned left and right wall panels 11, 12 And the bottom surface of the rotary disk fixing disk 10 is fixedly coupled to the rotary disk drive mechanism 2 in a state of maintaining a gap with the upper surface of the rotary bed 1; a rotary disk 3 is shown, and the rotary disk 3 is passed The turntable fixing screw 34 is fixed to the upward facing side of the rotating disc fixing disc 10; a bottle holder fixing bottom plate 20 is shown, and the bottle holder fixing bottom plate 20 is movably disposed on the rotating disc as needed 3 facing the upper side; showing a left bottle mold holder 4 and a right bottle mold holder 5, the left bottle mold holder 4 is movably disposed on the bottle holder fixing bottom plate 20 The left end, and the right bottle mold holder 5 is movably disposed at the right end of the bottle holder fixing bottom plate 20 and the left and right bottle mold holders 4, 5 correspond to each other; The support mechanism 6 and a right bottle mold support mechanism 7, the left bottle mold support mechanism 6 is disposed on the aforementioned left bottle mold holder 4 and extends to the side of the left bottle mold holder 4 facing the right bottle mold holder 5. The right bottle mold support mechanism 7 is disposed on the right bottle mold holder 5 and extends to the right bottle mold holder 5 toward Left bottle mold clip fitting seat 4 side.
继续见图1,在前述回转盘固定盘10的中心位置并且在对应于前述减速箱输出轴轴承配合孔13的位置开设有减速箱输出轴让位孔101(图2示),该减速箱输出轴让位孔101也可称减速箱输出轴固定孔(以下同);前述的回转盘驱动机构2包括一回转盘驱动电机21和一回转盘驱动减速箱22,回转盘驱动电机21与回转盘驱动减速箱22传动配合并且由回转盘驱动减速箱22连同回转盘驱动电机21在对应于前述减速箱输出轴轴承配合孔13的位置通过减速箱固定螺钉222与前述回转床1朝向下的一侧固定,该回转盘驱动减速箱22的回转盘驱动减速箱输出轴221与减速箱输出轴轴承2211转动配合,该回转盘驱动减速箱输出轴221在对应于前述减速箱输出轴让位孔101的位置伸展至前述回转盘固定盘10的上方并且由旋配在回转盘驱动减速箱输出轴221末端的回转盘固定盘限定螺母2212限定,前述的减速箱输出轴轴承2211在对应于前述减速箱输出轴轴承配合孔13的位置与前述的回转盘固定盘10固定。Continuing to refer to FIG. 1, a reduction gearbox output shaft retaining hole 101 (shown in FIG. 2) is provided at a center position of the aforementioned rotary disk fixing disk 10 and at a position corresponding to the aforementioned reduction gear output shaft bearing fitting hole 13, the gearbox output The shaft retaining hole 101 can also be referred to as a reduction gear output shaft fixing hole (the same applies hereinafter); the aforementioned rotary disk drive mechanism 2 includes a rotary disk drive motor 21 and a rotary disk drive reduction gear box 22, and the rotary disk drive motor 21 and the rotary disk The drive reduction gearbox 22 is geared and driven by the rotary disk drive reduction gearbox 22 together with the rotary disk drive motor 21 at a position corresponding to the aforementioned reduction gear output shaft bearing engagement hole 13 through the reduction gear set fixing screw 222 and the downward facing side of the rotary bed 1 Fixedly, the rotary disk drive reduction gearbox output shaft 221 of the rotary disk drive reduction gearbox 22 is rotatably engaged with the reduction gear output shaft bearing 2211, and the rotary disk drive reduction gearbox output shaft 221 is corresponding to the output shaft of the reduction gearbox output shaft 101. The position is extended above the rotary disk fixing disk 10 and defined by a rotary disk fixing disk defining nut 2212 that is screwed at the end of the rotary disk drive reduction gear output shaft 221, the aforementioned reduction Box 2211 in the output shaft bearing and the position corresponding to the gearbox output shaft bearing hole 13 with back plate 10 is fixed to the fixed disk.
在本实施例中,前述的回转盘驱动电机21为具有正反转功能的伺服电机,前述的回转盘驱动减速箱22为蜗轮减速箱;前述的减速箱输出轴轴承2211为平面轴承。In the present embodiment, the aforementioned rotary disk drive motor 21 is a servo motor having a forward/reverse rotation function, and the aforementioned rotary disk drive reduction gearbox 22 is a worm gear reduction case; and the aforementioned reduction gear output shaft bearing 2211 is a planar bearing.
由图1所示,在前述回转盘3朝向上的一侧围绕回转盘3的四周以辐射状态间隔开设有瓶模座固定板固定槽31,在回转盘3的中心并且在对应于前述回转盘驱动减速箱输出轴221的位置开设有一回转盘固定盘限定螺母操作让位孔32,前述瓶模座固定板固定槽31在回转盘固定盘限定螺母操作让位孔32处是断开的。前述的瓶模座固定板20连同前述的左瓶模夹装座4以及右瓶模夹装座5在对应于前述瓶模座固定板固定槽31的位置与前述的回转盘3朝向上的一侧固定,前述右瓶模支承机构7的结构是与前述左瓶模支承机构6的结构相同的。As shown in FIG. 1, a bottle holder fixing plate fixing groove 31 is provided at a side of the above-mentioned turning disk 3 toward the upper side around the rotary disk 3 in a radial state, at the center of the rotary disk 3 and corresponding to the aforementioned rotary disk. The position of the drive gearbox output shaft 221 defines a rotary disk fixing plate defining a nut operation retaining hole 32. The bottle holder fixing plate fixing groove 31 is disconnected at the rotary disk fixing plate defining nut operation retaining hole 32. The above-mentioned bottle holder fixing plate 20, together with the aforementioned left bottle mold holder 4 and the right bottle mold holder 5, at a position corresponding to the above-mentioned bottle holder fixing plate fixing groove 31 and one of the aforementioned rotary disks 3 facing upward The side fixing is performed, and the structure of the right bottle mold supporting mechanism 7 is the same as that of the aforementioned left bottle mold supporting mechanism 6.
继续见图1,前述瓶模座固定板20的两端即图1所示位置状态的左端和右端各通过一对瓶模座固定板螺钉201在对应于前述的瓶模座固定板固定槽31的位置与前述回转盘3固定并且在该瓶模固定板20朝向上的一侧开设有一对彼此并行的瓶模夹装座固定槽202,该对瓶模夹装座固定槽202自瓶模座固定板20的长度方向的一端(即左端)延伸至另一端(即右端);前述的左瓶模夹装座4连同前述的左瓶模支承机构6在对应于一对瓶模夹装座固定槽202的位置与前述瓶模座固定板20的一端固定,而前述的右瓶模夹装 座5连同前述的右瓶模支承机构7在对应于一对瓶模夹装座固定槽202的位置与瓶模座固定板20的另一端固定。Continuing to refer to FIG. 1, the left end and the right end of the position of the bottle holder fixing plate 20, that is, the position shown in FIG. 1, are respectively passed through a pair of bottle holder fixing plate screws 201 corresponding to the above-mentioned bottle holder fixing plate fixing groove 31. The position of the rotary disk 3 is fixed to the rotating plate 3 and a pair of mutually parallel bottle mold holder fixing grooves 202 are opened on the side of the bottle mold fixing plate 20 facing upward. The pair of bottle mold holder fixing grooves 202 are from the mold base. One end of the fixing plate 20 in the longitudinal direction (ie, the left end) extends to the other end (ie, the right end); the aforementioned left bottle mold holder 4, together with the aforementioned left bottle mold supporting mechanism 6, is fixed in correspondence with a pair of bottle mold holders. The position of the groove 202 is fixed to one end of the aforementioned mold holder fixing plate 20, and the aforementioned right bottle mold holder 5 is provided at a position corresponding to the pair of bottle mold holder fixing grooves 202 together with the aforementioned right bottle mold supporting mechanism 7. It is fixed to the other end of the bottle holder fixing plate 20.
由图1所示,在前述回转盘3上并且在对应于前述左、右瓶模夹装座4、5的一端(图1所示的前端)之间的位置设置有一玻璃模具端面限位挡脚33,该玻璃模具端面限位挡脚33的下部在对应于前述瓶模座固定板固定槽31的位置通过限位挡脚固定螺钉331与回转盘3固定。申请人需要说明的是:如果将玻璃模具端面限位挡脚33转移至左、右瓶模夹装座4、5的另一端(即图1所示的后端)之间,那么应当视为等同的技术手段。As shown in Fig. 1, a glass mold end face limiter is provided on the aforementioned rotary disk 3 and at a position corresponding to one end (the front end shown in Fig. 1) corresponding to the aforementioned left and right bottle mold holders 4, 5. The leg 33, the lower portion of the glass mold end face limiting leg 33 is fixed to the turntable 3 by a limit stop fixing screw 331 at a position corresponding to the bottle holder fixing plate fixing groove 31. Applicants need to explain that if the glass mold end face stop leg 33 is transferred between the other ends of the left and right bottle mold holders 4, 5 (ie, the rear end shown in Figure 1), then it should be considered Equivalent technical means.
继续见图1,前述左瓶模夹装座4的下部通过左瓶模夹装座固定螺钉41(两对共四个)在对应于前述的一对瓶模夹装座固定槽202的位置与前述瓶模座固定板20的一端即左端固定,在左瓶模夹装座4的中部开设有一左夹块滑动腔42,该左夹块滑动腔42自左瓶模夹装座4的左侧贯通至右侧并且在左瓶模夹装座4的上部设置有即通过左夹模脚螺钉431固定有一对左夹模脚43;前述右瓶模夹装座5的下部通过右瓶模夹装座固定螺钉51(两对共四个)在对应于前述的一对瓶模夹装座固定槽202的位置与前述瓶模座固定板20的另一端(即右端)固定,在右瓶模夹装座5的中部开设有一右夹块滑动腔52,该右夹块滑动腔51自右瓶模夹装座5的右侧贯通至左侧并且与前述的左夹块滑动腔42相对应,在右瓶模夹装座5的上部设置有即通过右夹模脚螺钉531固定有一对右夹模脚53,该对右夹模脚53与前述的一对左夹模脚43相对应;前述的左瓶模支承机构6在对应的前述左夹块滑动腔42的位置设置在前述左瓶模夹装座4上,前述的右瓶模支承机构7在对应于前述右夹块滑动腔52的位置设置在前述右瓶模夹装座5上。Continuing with FIG. 1, the lower portion of the left bottle mold holder 4 is passed through the left bottle mold holder fixing screw 41 (two pairs of four) at positions corresponding to the aforementioned pair of bottle mold holder fixing grooves 202. One end of the bottle holder fixing plate 20 is fixed at the left end, and a left clamping block sliding chamber 42 is opened in the middle of the left bottle holder 4, and the left clamping block 42 is from the left side of the left bottle holder 4 A pair of left clamping legs 43 are fixed to the right side and are disposed at an upper portion of the left bottle mold holder 4, that is, by a left clamping die screw 431; the lower portion of the right bottle molding holder 5 is clamped by a right bottle mold The seat fixing screws 51 (two pairs of four) are fixed to the other end (ie, the right end) of the bottle holder fixing plate 20 at a position corresponding to the pair of bottle mold holder fixing grooves 202, and are clamped in the right bottle mold. A right clamping block sliding cavity 52 is defined in a middle portion of the mounting seat 5, and the right clamping block sliding cavity 51 penetrates from the right side of the right bottle mold clamping seat 5 to the left side and corresponds to the aforementioned left clamping block sliding cavity 42. The upper part of the right bottle mold holder 5 is provided with a pair of right clamping legs 53 fixed by a right clamping die screw 531, and the pair of right clamping legs 53 are as described above. Corresponding to the left clamping die foot 43; the aforementioned left bottle die supporting mechanism 6 is disposed on the left bottle molding clamping seat 4 at the position of the corresponding left clamping block sliding cavity 42, and the aforementioned right bottle die supporting mechanism 7 is A position corresponding to the aforementioned right chuck sliding chamber 52 is provided on the aforementioned right bottle mold holder 5.
由图1所示,在前述左瓶模夹装座4背对前述右瓶模夹装座5的一侧即左侧并且位于左瓶模夹装座4的中部开设有一左螺母板配合腔44,在右瓶模夹装座5背对左瓶模夹装座4的一侧即右侧并且位于右瓶模夹装座5的中部开设有一右螺母板配合腔54,前述的左瓶模支承机构6在对应于左螺母板配合腔44的位置与左瓶模夹装座4固定,前述的右瓶模支承机构7在对应于右螺母板配合腔54的位置与右瓶模夹装座5固定。As shown in FIG. 1 , a left nut plate fitting cavity 44 is defined in a side of the left bottle mold holder 4 facing away from the right bottle mold holder 5 , and in the middle of the left bottle mold holder 4 . a right nut plate fitting cavity 54 is formed on the right side of the right bottle mold holder 5 opposite to the left bottle mold holder 4, and in the middle of the right bottle mold holder 5, the aforementioned left bottle mold support The mechanism 6 is fixed to the left bottle mold holder 4 at a position corresponding to the left nut plate fitting cavity 44, and the right bottle mold supporting mechanism 7 is at a position corresponding to the right nut plate fitting cavity 54 and the right bottle mold holder 5 fixed.
继续见图1,如前述,由于右瓶模支承机构7的结构与左瓶模支承机构6的结构相同,因而在下面申请人仅对右瓶模支承机构6作详细说明,该左瓶模支承机构6包括一左夹块61、一左夹紧调整螺杆62和一左螺母板63,左夹块61与前述左夹块滑动腔42滑动配合,并且左夹块61的右侧探出左夹块滑动腔42朝向前述右瓶模支承机构7的一侧,即左滑块61的右侧探出左夹块滑动腔42的右腔口,在左夹块61的左侧开设有左夹 块T形槽611,左夹紧调整螺杆62的左端构成有一用于供扳手操作的左夹紧调整螺杆扳手操作头621,左夹紧调整螺杆62的中部穿过左螺母板63的中部,而左夹紧调整螺杆62的右端探入左夹块T形槽611并且构成有一左夹紧调整螺杆圆头622,该左夹紧调整螺杆圆头622与左夹块T形槽611转动配合,左螺母板63的两端在对应于前述左螺母板配合腔44的位置与左瓶模夹装座4固定。由图1所示,在前述左螺母板配合腔44的腔底壁上开设有左螺母板固定螺钉孔441,前述的左螺母板63通过左螺母板固定螺钉631在对应于左螺母板固定螺钉孔441的位置与左瓶模夹装座4固定。Continuing with FIG. 1, as described above, since the structure of the right bottle mold supporting mechanism 7 is the same as that of the left bottle mold supporting mechanism 6, the applicant will only describe the right bottle mold supporting mechanism 6 in detail, which is supported by the left bottle mold. The mechanism 6 includes a left clamping block 61, a left clamping adjustment screw 62 and a left nut plate 63. The left clamping block 61 is slidably engaged with the aforementioned left clamping block sliding cavity 42, and the left clamping side of the left clamping block 61 is pulled out. The block sliding chamber 42 faces the side of the right bottle mold supporting mechanism 7, that is, the right side of the left slider 61 detects the right port of the left chuck sliding chamber 42, and the left side of the left block 61 has a left block. The T-shaped groove 611, the left end of the left clamping adjustment screw 62 is formed with a left clamping adjustment screw wrench operating head 621 for the operation of the wrench, the middle of the left clamping adjustment screw 62 passes through the middle of the left nut plate 63, and the left The right end of the clamping adjustment screw 62 penetrates into the left clamping block T-shaped groove 611 and is formed with a left clamping adjustment screw round head 622. The left clamping adjustment screw round head 622 is rotatably fitted with the left clamping block T-shaped groove 611, and the left nut Both ends of the plate 63 are fixed to the left bottle mold clamping seat 4 at a position corresponding to the aforementioned left nut plate fitting cavity 44. set. As shown in FIG. 1, a left nut plate fixing screw hole 441 is formed in the bottom wall of the cavity of the left nut plate fitting cavity 44, and the left nut plate 63 is fixed by a left nut plate fixing screw 631 corresponding to the left nut plate fixing screw. The position of the hole 441 is fixed to the left bottle mold holder 4.
由图1所示,前述左夹块61的右侧构成有一左夹块斜面612,该左夹块斜面612自上向下倾斜并且倾斜方向朝向前述的右瓶模支承机构7的一侧。具体而言,左夹块61的左夹块斜面612与右瓶模支承机构7的结构体系的右夹块71的左侧的右夹块斜面711彼此形成倒八字形的关系。As shown in Fig. 1, the right side of the left clamping block 61 is formed with a left clamping block inclined surface 612 which is inclined from the top to the bottom and inclined in a direction toward the side of the aforementioned right bottle mold supporting mechanism 7. Specifically, the left block slope 612 of the left clamp block 61 and the right clamp block slope 711 on the left side of the right clamp block 71 of the structure of the right bottle die support mechanism 7 form an inverted figure-eight relationship with each other.
请参见图2并且结合图1,在图2中示出了属于加工中心的结构体系的铣床座30、回转床左右位移驱动机构8和雕铣机构9,铣床座30也可称基座或机座,设置在使用场所的地坪上,该铣床座30具有一龙门架形状的机架301,回转床左右位移驱动机构8设置在铣床座30的上部,前述的回转床1设置在回转床左右位移驱动机构8上,雕铣机构9设置在机架301上并且对应于本发明的回转床1的上方。Referring to FIG. 2 and in conjunction with FIG. 1, in FIG. 2, a milling machine base 30, a rotary bed left and right displacement driving mechanism 8 and a engraving and milling mechanism 9 belonging to a structural system of a machining center are shown. The milling machine base 30 can also be called a base or a machine. The seat is disposed on the floor of the use place. The milling machine base 30 has a frame 301 in the shape of a gantry. The left and right displacement drive mechanism 8 of the rotary bed is disposed at an upper portion of the milling machine base 30. The rotary bed 1 is disposed on the left and right sides of the rotary bed. On the displacement drive mechanism 8, the engraving and milling mechanism 9 is disposed on the frame 301 and corresponds to the upper side of the revolving bed 1 of the present invention.
继续见图2,前述的回转床左右位移驱动机构8包括左右位移驱动电机81、左右位移驱动螺杆82、左右位移拖板83、左墙板回转轴支承架84、右墙板回转轴套支承架85和回转床摆动驱动机构86,左右位移驱动电机81与铣床座60的右端面的上部固定,该左右位移驱动电机81为具有正反转功能的伺服电机,左右位移驱动螺杆82的左端转动地支承在驱动螺杆左支承座821上,而该驱动螺杆左支承座821固定在铣床座30的左端上部,左右位移驱动螺杆82的右端转动地支承在驱动螺杆右支承座822上,该驱动螺杆右支承座822固定在铣床座30的右端上部并且与左右位移驱动电机81的左右位移驱动电机轴传动连接,左右位移拖板83通过左右位移拖板螺母(图中未示出)与左右位移驱动螺杆82相配合并且该左右位移拖板83的下部与一对左右位移拖板导轨831滑动配合,而该对左右位移拖板导轨831固定在铣床座30的上部,前述的左位移驱动螺杆82对应于一对左右位移拖板导轨831之间并且与一对左右位移拖板导轨831在长度方向保持并行,左墙板回转轴支承架84通过左墙板回转轴支承架固定螺钉842与左右位移拖板83的左端固定,在该左墙板回转轴支承架84的上部设置有一左墙板回转轴支承轴承座841, 所述左墙板11的左墙板回转轴111通过左墙板回转轴支承轴承1111转动地支承在左墙板回转轴支承轴承座841上,右墙板回转轴套支承架85通过右墙板回转轴套支承架固定螺钉852与左右位移拖板83的右端固定并且与左墙板回转轴支承架84相对应,在该右墙板回转轴套支承架85的上部设置有一右墙板回转轴套支承轴承座851,所述右墙板12的右墙板回转轴套121通过右墙板回转轴套支承轴承1211转动地支承在右墙板回转轴套支承轴承座851上,回转床摆动驱动机构86设置在右墙板回转轴套支承架85上并且与右墙板回转轴套121连接。2, the aforementioned left and right displacement drive mechanism 8 of the rotary bed includes a left and right displacement drive motor 81, a left and right displacement drive screw 82, a left and right displacement carriage 83, a left wall plate rotary shaft support frame 84, and a right wall plate rotary sleeve support frame. 85 and a swing bed swing drive mechanism 86, the left and right displacement drive motor 81 is fixed to an upper portion of the right end surface of the milling machine holder 60. The left and right displacement drive motor 81 is a servo motor having a forward/reverse function, and the left end of the left and right displacement drive screw 82 is rotated. Supported on the drive screw left support 821, the drive screw left support 821 is fixed on the upper left end of the milling machine base 30, and the right end of the left and right displacement drive screw 82 is rotatably supported on the drive screw right support 822, the drive screw is right The support base 822 is fixed on the upper end of the right end of the milling machine base 30 and is connected to the left and right displacement drive motor shaft of the left and right displacement drive motor 81. The left and right displacement carriages 83 are driven by the left and right displacement carriage nuts (not shown) and the left and right displacement drive screws. 82 is matched and the lower portion of the left and right displacement carriages 83 is slidably engaged with a pair of left and right displacement carriage guides 831, and the pair of left and right displacement carriage guides The 831 is fixed to the upper portion of the milling machine base 30, and the aforementioned left displacement driving screw 82 corresponds to a pair of right and left displacement carriage rails 831 and is held in parallel with a pair of right and left displacement carriage rails 831 in the longitudinal direction, and the left wall panel rotary shaft supports The frame 84 is fixed to the left end of the left and right displacement carriages 83 by a left wall panel rotary shaft support frame fixing screw 842, and a left wall panel rotary shaft support bearing seat 841 is disposed at an upper portion of the left wall panel rotary shaft support frame 84, the left The left wall panel rotary shaft 111 of the wall panel 11 is rotatably supported on the left wall panel rotary shaft support bearing seat 841 by the left wall panel rotary shaft support bearing 1111, and the right wall panel rotary sleeve support bracket 85 passes through the right wall panel rotary sleeve. The support frame fixing screw 852 is fixed to the right end of the left and right displacement carriages 83 and corresponds to the left wall plate rotary shaft support frame 84. A right wall plate rotary sleeve support bearing is disposed on the upper portion of the right wall plate rotary sleeve support frame 85. The seat block 851, the right wall panel rotary sleeve 121 of the right wall panel 12 is rotatably supported on the right wall panel rotary sleeve support bearing seat 851 by the right wall panel rotary sleeve support bearing 1211, and the swing bed swing drive mechanism 86 is disposed. It is connected to the right wall panel rotary bushing support frame 85 and to the right wall panel rotary bushing 121.
当左右位移驱动电机81工作时,由其带动左右位移驱动螺杆82,由于左右位移拖板83通过左右位移拖板螺母与左右位移驱动螺杆82相配合并且与一对左右位移拖板导轨831滑动配合,因而由左右位移驱动螺杆82带动左右位移拖板83循着一对左右位移拖板导轨831滑动。由左右位移拖板83带动左墙板回转轴支承架84以及右墙板回转轴套支承架85随左右位移拖板83同步移动,最终带动本发明的回转床1以及以回转床1为载体设置的由图1所示的所有部件也相应同步移动。左右位移拖板83向左或向右移动取决于左右位移驱动电机82顺时针或逆时针工作的状态。When the left and right displacement drive motor 81 is operated, the left and right displacement drive screw 82 is driven by the left and right displacement carriages 83 to cooperate with the right and left displacement drive screws 82 through the left and right displacement carriage nuts and to slide with a pair of right and left displacement carriage guides 831. Therefore, the left and right displacement driving plates 83 are driven by the right and left displacement driving screws 82 to slide along the pair of right and left displacement carriage guides 831. The left wall panel rotary shaft support frame 84 and the right wall panel rotary sleeve support frame 85 are synchronously moved by the left and right displacement carriages 83, and the left and right displacement carriages 83 are synchronously moved to finally drive the rotary bed 1 of the present invention and the rotary bed 1 as a carrier. All of the components shown in Figure 1 are also moved synchronously. The left and right displacement carriages 83 move leftward or rightward depending on the state in which the left and right displacement drive motors 82 operate clockwise or counterclockwise.
前述的回转床摆动驱动机构86包括摆动驱动电机861、摆驱动减速箱862和减速箱支承座863,摆动驱动电机861与摆动驱动减速箱862传动配合并且由摆动驱动减速箱862连同摆动驱动电机861固定在减速箱支承座863上,而该减速箱支承座863通过减速箱支承座固定螺钉8631与前述右墙板回转轴套支承架85的下部固定。前述摆动驱动减速箱862的减速箱轴8621插入前述右墙板回转轴套121内并且与右墙板回转轴套121键配合固定连接。The aforementioned swing bed swing drive mechanism 86 includes a swing drive motor 861, a pendulum drive reduction gearbox 862, and a reduction gear box support seat 863. The swing drive motor 861 is in driving engagement with the swing drive reduction gear box 862 and is driven by the swing drive reduction gearbox 862 together with the swing drive motor 861. It is fixed to the reduction case support 863, and the reduction case support 863 is fixed to the lower portion of the right wall plate rotary sleeve support frame 85 by the reduction case support fixing screw 8631. The reduction gear shaft 8621 of the swing drive reduction gearbox 862 is inserted into the right wall panel rotary bushing 121 and is fixedly coupled to the right wall panel rotary bushing 121.
前述的摆动驱动电机86为具有正反转功能的伺服电机,当其工作时,则带动摆动驱动减速箱862,经摆动驱动减速箱862减速并且由减速箱轴8621带动右墙板回转轴套121,由右墙板回转轴套121带动右墙板12并使回转床1摆动,回转床1由前向后圆弧摆动即由前向后圆弧转动一个角度或者由后向前圆弧摆动即由后向前圆弧转动一个角度取决于摆动驱动电机86的顺时针或逆时针工作状态。The aforementioned oscillating drive motor 86 is a servo motor having a forward/reverse function. When it is in operation, it drives the oscillating drive reduction gearbox 862, is decelerated by the oscillating drive reduction gearbox 862, and drives the right wall panel rotary bushing 121 by the reduction gearbox shaft 8621. , the right wall panel rotary sleeve 121 drives the right wall panel 12 and swings the rotary bed 1 , and the rotary bed 1 swings from the front to the rear circular arc, that is, an angle from the front to the rear arc or from the rear to the front arc Rotating an angle from the rear forward arc depends on the clockwise or counterclockwise operating state of the swing drive motor 86.
上面提及的雕铣机构9包括横向拖板架91、横向螺杆驱动电机92、横向螺杆93、升降架94、升降螺杆驱动电机95、升降螺杆96、雕铣刀驱动轮97和雕铣刀98,横向拖板架91通过横向托板架滑块911与一对横向导轨9111滑动配合,而该对横向导轨9111与前述机架301的左侧固定并且该对横向导轨9111彼此上下并行,横向螺杆驱动电机92 为具有正反转功能的伺服电机,该横向螺杆驱动电机92固定在机架301上,横向螺杆93的两端(前端和后端)转动地支承在机架30上并且该横向螺杆93的后端与横向螺杆驱动电机92的电机轴传动连接,前述的横向拖板架91通过拖板架螺母912与横向螺杆93相配合(螺纹配合),升降架94与一对升降架导轨941滑动配合,而该对升降架导轨941以纵向并行状态与横向拖板架91的左侧固定,并且升降架94还通过升降架螺母与升降螺杆96螺纹配合,升降螺杆驱动电机95固定在升降螺杆驱动电机座951上,该升降螺杆驱动电座951通过电机座螺钉9511与横向拖板架91的上部固定,升降螺杆驱动电机95为具有正反转功能的伺服电机,该升降螺杆驱动电机95的电机轴朝向下并且与升降螺杆96的上端传动连接,前述升降架94通过前述升降架螺母与升降螺杆96的中部螺纹配合,升降螺杆96的下端转动地支承在升降螺杆支承座961上,而该升降螺杆支承座961与横向拖板架91的下端固定,雕铣刀驱动轮97为皮带轮,由图中以虚线示出的雕铣刀驱动电机99驱动。具体是:由雕铣刀驱动电机99驱动固定在雕铣刀驱动电机99的电机轴上的主动皮带轮,经皮带带动雕铣刀驱动轮97,由于雕铣刀驱动轮97固定在雕铣刀传动轴971的上端,又由于雕铣刀98固定在雕铣刀传动轴971的下端,并且对应于夹装在左、右瓶模夹装座4、5之间的玻璃模具40的上方,因而由雕铣刀驱动轮97带动雕铣刀传动轴971,由雕铣刀传动轴971带动雕铣刀98,前述的雕铣刀驱动电机99安装在升降架94上。The engraving and milling mechanism 9 mentioned above includes a lateral carriage 91, a transverse screw drive motor 92, a transverse screw 93, a lifting frame 94, a lifting screw drive motor 95, a lifting screw 96, an engraving cutter driving wheel 97, and an engraving cutter 98. The horizontal pallet 91 is slidably engaged with the pair of lateral rails 9111 by the lateral pallet slider 911, and the pair of lateral rails 9111 are fixed to the left side of the aforementioned frame 301 and the pair of lateral rails 9111 are parallel to each other, the transverse screw The drive motor 92 is a servo motor having a forward/reverse function, and the transverse screw drive motor 92 is fixed to the frame 301, and both ends (front end and rear end) of the transverse screw 93 are rotatably supported on the frame 30 and the transverse screw The rear end of the 93 is drivingly coupled to the motor shaft of the transverse screw drive motor 92. The aforementioned lateral carriage 91 is mated (threaded) with the transverse screw 93 by the carriage nut 912, and the lifting frame 94 and the pair of lifting rails 941 Sliding fit, and the pair of lifting frame rails 941 are fixed in a longitudinal parallel state with the left side of the lateral pallet 91, and the lifting frame 94 is also threadedly engaged with the lifting screw 96 by the lifting nut, the lifting screw driving motor 9 5 is fixed on the lifting screw driving motor base 951. The lifting screw driving electric seat 951 is fixed to the upper part of the lateral carriage 91 by the motor seat screw 9511, and the lifting screw driving motor 95 is a servo motor having a forward/reverse function. The motor shaft of the screw drive motor 95 faces downward and is drivingly connected to the upper end of the lift screw 96. The lift frame 94 is screwed with the middle portion of the lift screw 96 by the lift nut, and the lower end of the lift screw 96 is rotatably supported by the lift screw support. At 961, the lifting screw support base 961 is fixed to the lower end of the lateral carriage 91, and the engraving cutter driving wheel 97 is a pulley which is driven by a engraving cutter driving motor 99 shown by a broken line in the drawing. Specifically, the driving pulley driven by the engraving cutter driving motor 99 is fixed on the motor shaft of the engraving and milling cutter driving motor 99, and the engraving and milling cutter driving wheel 97 is driven by the belt, and the engraving cutter driving wheel 97 is fixed to the engraving and milling cutter transmission. The upper end of the shaft 971 is fixed to the lower end of the engraving cutter drive shaft 971 by the engraving cutter 98, and corresponds to the upper surface of the glass mold 40 sandwiched between the left and right bottle mold holders 4, 5, thereby The engraving and milling cutter driving wheel 97 drives the engraving and milling cutter transmission shaft 971, and the engraving and milling cutter 98 is driven by the engraving and milling cutter transmission shaft 971. The engraving and milling cutter driving motor 99 is mounted on the lifting frame 94.
由前述横向螺杆驱动电机92使横向螺杆93转动,由于横向拖板架91通过横向拖板架螺母912与横向螺杆93螺纹传动配合并且还通过横向拖板架滑块911与一对横向导轨9111滑动配合,因而由横向螺杆驱动电机92的正转或反转使横向螺杆93相应正转或反转,带动横向拖板架91向前或向后位移。The transverse screw 93 is rotated by the aforementioned transverse screw drive motor 92, since the lateral carriage 91 is screw-engaged with the transverse screw 93 by the lateral carriage nut 912 and also slidably by the lateral carriage slider 911 and the pair of lateral guides 9111 In cooperation, the forward or reverse rotation of the transverse screw drive motor 92 causes the transverse screw 93 to rotate forward or reverse accordingly, thereby causing the lateral carriage 91 to be displaced forward or backward.
由前述升降螺杆驱动电机95使升降螺杆96转动,由升降螺杆96带动升降架94循着一对升降架导轨941下行或上行,使前述的雕铣刀98也相应上行或下行,以由雕铣刀98对玻璃模具40的模腔401雕铣出工艺所要求的花纹图案。The lifting screw 96 is rotated by the lifting screw driving motor 95, and the lifting frame 94 is driven by the lifting screw 96 to follow the pair of lifting frame guides 941 to descend or ascend, so that the aforementioned engraving and milling cutter 98 is also moved up or down accordingly to be engraved and milled. The knife 98 engraves the pattern 401 required for the process on the cavity 401 of the glass mold 40.
当要对有待于雕铣的玻璃模具40夹装于前述左、右瓶模夹装座4、5之间时,先将玻璃模具40以其模腔401朝向上的状态支承于前述左夹块61的左夹块斜面612与右夹块71的右夹块斜面711之间,并且使玻璃模具40的前端端面与前述的玻璃模具端面限位挡脚33贴触,再通过对左、右夹模脚43、53的操作,使左、右夹模脚43、53分别对玻璃模具40的两侧的合模面(也可称“合缝面”)迫持,再接着由在线操作人员通过工 具如扳手对左夹紧调整螺杆62的左夹紧调整螺杆扳手操作头621进行操作,由左夹紧调整螺杆62将左夹块61朝向右位移(以图1状态为例),由左夹块61的左夹块斜面612迫使玻璃模具40向上位移,在一对左夹模脚43的配合下将玻璃模具40的一侧可靠夹住。同例,右夹块71的右夹块斜面711迫使玻璃模具40向上位移并且在一对右夹模脚53的配合下将玻璃模具40的另一侧可靠夹住。When the glass mold 40 to be engraved and milled is to be sandwiched between the left and right bottle mold holders 4, 5, the glass mold 40 is first supported on the left side of the mold with the cavity 401 facing upward. Between the left clamping block slope 612 of the right clamping block 71 and the right clamping block inclined surface 711 of the right clamping block 71, and the front end surface of the glass mold 40 is in contact with the aforementioned glass mold end surface limiting stop 33, and then passed to the left and right clamps. The operation of the die feet 43, 53 causes the left and right clamping legs 43, 53 to respectively hold the clamping faces (also referred to as "combined faces") on both sides of the glass mold 40, and then pass by the online operator. The tool, such as a wrench, operates the left clamping adjustment screw wrench operating head 621 of the left clamping adjustment screw 62, and the left clamping block 61 is displaced to the right by the left clamping adjustment screw 62 (take the state of FIG. 1 as an example), by the left clamp The left clamp ramp 612 of the block 61 forces the glass mold 40 to be displaced upwardly, with one side of the glass mold 40 being reliably clamped by the cooperation of a pair of left clamping legs 43. In the same manner, the right clamping block slope 711 of the right clamping block 71 forces the glass mold 40 to be displaced upward and the other side of the glass mold 40 is reliably clamped by the cooperation of a pair of right clamping legs 53.
在雕铣机构9对模腔401雕铣的过程中由回转盘驱动机构2按照电气控制器设定的工艺要求而可使玻璃模具40在360°方向依需顺/逆回转所需的角度,具体是:回转盘驱动电机21工作,由其带动回转盘驱动减速箱22,由回转盘驱动减速箱输出轴221带动回转盘固定盘10,由回转盘固定盘10带动与其固定的回转盘3,由回转盘3带动瓶模座固定板20,由瓶模座固定板20带动左、右瓶模夹装座4、5,从而带动夹装在左、右瓶模夹装座4、5之间的并同时由左、右瓶模支承机构6、7支承着的玻璃模具40转动,玻璃模具40顺时针或逆时针转动的方向取决于回转盘驱动电机21的顺时针或逆时针工作状态。During the process of engraving and milling the cavity 401 by the engraving and milling mechanism 9, the rotary disk drive mechanism 2 can make the glass mold 40 rotate in the 360° direction according to the process requirements set by the electric controller. Specifically, the rotary disk drive motor 21 operates to drive the rotary disk drive reduction gear box 22, and the rotary disk drive reduction gear output shaft 221 drives the rotary disk fixed disk 10, and the rotary disk fixed disk 10 drives the rotary disk 3 fixed thereto. The bottle holder fixing plate 20 is driven by the rotary disk 3, and the left and right bottle mold holders 4 and 5 are driven by the bottle holder fixing plate 20, thereby driving the clamping between the left and right bottle mold holders 4 and 5. At the same time, the glass mold 40 supported by the left and right bottle mold supporting mechanisms 6, 7 is rotated, and the direction in which the glass mold 40 is rotated clockwise or counterclockwise depends on the clockwise or counterclockwise working state of the rotary disk drive motor 21.
在雕铣过程中,回转床1的圆弧方向的摆动回转由前述回转架摆动驱动机构86担当,回转床1的左右移动由前述的回转床左右位移驱动机构8担当。雕铣刀98的前后位移由前述的横向螺杆驱动电机92担当;雕铣刀98的上下位移由前述的升降螺杆驱动电机95担当;雕铣刀98的工作与否由前述的雕铣刀驱动电机99担当。由于这些动作过程已在上面作了说明,因而不再赘述。雕铣完成后,雕铣刀98向上离开模腔401,由在线作业人员通过对左、右夹模脚43、53的操作而取离完成了雕铣的玻璃模具40并且将下一个有待于雕铣的玻璃模具40进行夹装,由于玻璃模具40为同一批次及同一规格,因而不需要再次对前述的左夹紧调整螺杆62的左夹紧调整螺杆扳手操作头621进行操作,可提高夹紧效率。In the engraving and milling process, the swinging of the revolving bed 1 in the arc direction is carried out by the above-described slewing swing drive mechanism 86, and the left and right movement of the revolving bed 1 is performed by the above-described revolving bed left and right displacement drive mechanism 8. The front and rear displacement of the engraving cutter 98 is performed by the aforementioned transverse screw drive motor 92; the up and down displacement of the engraving cutter 98 is performed by the aforementioned lifting screw drive motor 95; the operation of the engraving and milling cutter 98 is driven by the aforementioned engraving cutter 99 served as. Since these motion processes have been described above, they will not be described again. After the engraving and milling is completed, the engraving and milling cutter 98 is separated from the cavity 401, and the online worker removes the glass mold 40 which has been engraved by the operation of the left and right clamping legs 43, 53 and will be the next one to be carved. Since the milled glass mold 40 is clamped, since the glass mold 40 is of the same batch and the same specification, it is not necessary to operate the left clamp adjustment screw wrench operation head 621 of the left clamp adjustment screw 62 again, and the clamp can be improved. Tight efficiency.
综上所述,本发明提供的技术方案弥补了已有技术中的缺憾,顺利地完成了发明任务,如实地兑现了申请人在上面的技术效果栏中载述的技术效果。In summary, the technical solution provided by the present invention compensates for the shortcomings in the prior art, successfully completes the inventive task, and faithfully implements the technical effects described by the applicant in the above technical effects column.

Claims (10)

  1. 一种与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于包括一回转床(1),在该回转床(1)的左端朝向上的一侧以垂直于回转床(1)的状态固定有一左墙板(11),在回转床(1)的右端朝向上的一侧并且同样以垂直于回转床(1)的状态固定有一右墙板(12),左、右墙板(11、12)彼此对应并且在左墙板(11)背对右墙板(12)的一侧固定有一左墙板回转支承轴(111),而在右墙板(12)背对左墙板(11)的一侧固定有一右墙板回转轴套(121),在回转床(1)的中心位置开设有一减速箱输出轴轴承配合孔(13);一回转盘驱动机构(2),该回转盘驱动机构(2)在对应于所述减速箱输出轴轴承配合孔(13)的位置设置在所述回转床(1)朝向下的一侧;一回转盘固定盘(10),该回转盘固定盘(10)位于所述的左、右墙板(11、12)之间,并且该回转盘固定盘(10)的底面在与所述回转床(1)的上表面之间保持有间隙的状态下与所述回转盘驱动机构(2)固定连接;一回转盘(3),该回转盘(3)与所述回转盘固定盘(10)朝向上的一侧固定;一瓶模座固定底板(20),该瓶模座固定底板(20)移动地设置在所述回转盘(3)朝向上的一侧;一左瓶模夹装座(4)和一右瓶模夹装座(5),左瓶模夹装座(4)移动地设置在所述瓶模座固定底板(20)的左端,而右瓶模夹装座(5)移动地设置在瓶模座固定底板(20)的右端并且该左、右瓶模夹装座(4、5)彼此对应;一左瓶模支承机构(6)和一右瓶模支承机构(7),左瓶模支承机构(6)设置在所述左瓶模夹装座(4)上并且伸展到左瓶模夹装座(4)朝向右瓶模夹装座(5)的一侧,右瓶模支承机构(7)设置在右瓶模夹装座(5)上并且伸展到右瓶模夹装座(5)朝向左瓶模夹装座(4)的一侧。A fixture for glass mold engraving and milling matched with a machining center, characterized in that it comprises a revolving bed (1) on a side of the left end of the revolving bed (1) facing upwards to be perpendicular to the revolving bed (1) The state is fixed with a left wall panel (11), a right wall panel (12), left and right wall panels (1) fixed to the upper side of the right end of the revolving bed (1) and also perpendicular to the revolving bed (1). 11, 12) corresponding to each other and having a left wall panel slewing bearing shaft (111) on one side of the left wall panel (11) facing away from the right wall panel (12), and a left wall panel in the right wall panel (12) opposite to the left wall panel One side of (11) is fixed with a right wall plate rotary sleeve (121), and a reduction gear output shaft bearing fitting hole (13) is opened at a center position of the rotary bed (1); a rotary disk drive mechanism (2), a turntable drive mechanism (2) is disposed on a side of the rotary bed (1) facing downward at a position corresponding to the output shaft bearing fitting hole (13) of the reduction gear box; a rotary disk fixing plate (10), the back A turntable fixed disk (10) is located between the left and right wall panels (11, 12), and a bottom surface of the rotary disk fixing disk (10) is maintained between the upper surface of the rotary bed (1) Gap a fixed connection with the rotary disk drive mechanism (2); a rotary disk (3) fixed to the upward side of the rotary disk fixed disk (10); a bottle holder fixed a bottom plate (20), the bottle holder fixing bottom plate (20) is movably disposed on an upward side of the rotary disk (3); a left bottle mold holder (4) and a right bottle mold holder ( 5) The left bottle mold holder (4) is movably disposed at the left end of the bottle holder fixing bottom plate (20), and the right bottle mold holder (5) is movably disposed at the bottle holder fixing plate (20) The right end of the left and right bottle mold holders (4, 5) correspond to each other; a left bottle mold support mechanism (6) and a right bottle mold support mechanism (7), and a left bottle mold support mechanism (6) On the left bottle mold holder (4) and extending to the side of the left bottle mold holder (4) facing the right bottle mold holder (5), the right bottle mold support mechanism (7) is set to the right The bottle mold holder (5) is extended to the side of the right bottle mold holder (5) toward the left bottle mold holder (4).
  2. 根据权利要求1所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于在所述回转盘固定盘(10)的中心位置并且在对应于所述减速箱输出轴轴承配合孔(13)的位置开设有减速箱输出轴让位孔(101);所述的回转盘驱动机构(2)包括一回转盘驱动电机(21)和一回转盘驱动减速箱(22),回转盘驱动电机(21)与回转盘驱动减速箱(22)传动配合并且由回转盘驱动减速箱(22)连同回转盘驱动电机(21)在对应于所述减速箱输出轴轴承配合孔(13)的位置与所述回转床(1)朝向下的一侧固定,该回转盘驱动减速箱(22)的回转盘驱动减速箱输出轴(221)与减速箱输出轴轴承(2211)转动配合,该回转盘驱动减速箱输出轴(221)在对应于所述减速箱输出轴让位孔(101)的位置伸展至所述回转盘固定盘(10)的上方并且由旋配在回转盘驱动减速箱输出轴(221)末端的回转盘固定盘限定螺母(2212)限定,所述的减速箱输出轴轴承(2211)在对应于所述减速箱输出轴轴承配合孔(13)的位置与所述的回转盘固定盘(10)固定。A fixture for glass mold engraving and milling associated with a machining center according to claim 1, wherein a center of the rotary disc fixing disc (10) and a bearing hole corresponding to the output shaft of the reduction gear box are provided The position of (13) is provided with a gearbox output shaft retaining hole (101); the rotary disc drive mechanism (2) comprises a rotary disc drive motor (21) and a rotary disc drive reduction gearbox (22), and the rotary disc The driving motor (21) is in driving engagement with the rotary disk drive reduction gearbox (22) and is driven by the rotary disk drive reduction gearbox (22) together with the rotary disk drive motor (21) corresponding to the gearbox output shaft (13) of the reduction gearbox. The position is fixed to a side of the rotating bed (1) facing downward, and the rotary disk drive reduction gearbox output shaft (221) of the rotary disk drive reduction gearbox (22) is rotatably engaged with the output shaft bearing (2211) of the reduction gear box. a turntable drive reduction gearbox output shaft (221) extends above the rotary disk fixed disk (10) at a position corresponding to the reduction gear output shaft yielding hole (101) and is driven by the rotary disk drive gearbox output a rotary disc fixing disc defining nut (2212) at the end of the shaft (221) is defined The gearbox output shaft bearing (2211) is fixed to the rotary disk fixing plate (10) at a position corresponding to the gearbox output shaft bearing fitting hole (13).
  3. 根据权利要求2所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于所述的回转盘驱动电机(21)为具有正反转功能的伺服电机,所述的回转盘驱动减速箱(22)为蜗轮减速箱;所述的减速箱输出轴轴承(2211)为平面轴承。A fixture for glass mold engraving and milling associated with a machining center according to claim 2, wherein said rotary disk drive motor (21) is a servo motor having a forward/reverse function, said rotary disk drive The reduction box (22) is a worm gear reduction box; the output shaft bearing (2211) of the reduction box is a plane bearing.
  4. 根据权利要求2所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于在所述回转盘(3)朝向上的一侧围绕回转盘(3)的四周以辐射状态间隔开设有瓶模座固定板固定槽(31),在回转盘(3)的中心并且在对应于所述回转盘驱动减速箱输出轴(221)的位置开设有一回转盘固定盘限定螺母操作让位孔(32);所述的瓶模座固定板(20)连同所述的左瓶模夹装座(4)以及右瓶模夹装座(5)在对应于所述瓶模座固定板固定槽(31)的位置与所述的回转盘(3)朝向上的一侧固定,所述右瓶模支承机构(7)的结构是与所述左瓶模支承机构(6)的结构相同的。The fixture for glass mold engraving and milling associated with the machining center according to claim 2, characterized in that the side of the rotary disk (3) faces the upper side and is surrounded by the radiation state at intervals around the rotary disk (3). a bottle holder fixing plate fixing groove (31), in the center of the rotating plate (3) and at a position corresponding to the rotating disk driving gear box output shaft (221), a rotary disk fixing plate defining nut operation hole is provided (32); the bottle holder fixing plate (20) together with the left bottle mold holder (4) and the right bottle mold holder (5) corresponding to the bottle holder fixing plate fixing groove The position of (31) is fixed to the upward side of the rotary disk (3), and the structure of the right bottle die supporting mechanism (7) is the same as that of the left bottle die supporting mechanism (6).
  5. 根据权利要求4所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于所述瓶模座固定板(20)的两端各通过瓶模座固定板螺钉(201)在对应于所述的瓶模座固定板固定槽(31)的位置与所述回转盘(3)固定并且在该瓶模固定板(20)朝向上的一侧开设有一对彼此并行的瓶模夹装座固定槽(202),该对瓶模夹装座固定槽(202)自瓶模座固定板(20)的长度方向的一端延伸至另一端;所述的左瓶模夹装座(4)连同所述的左瓶模支承机构(6)在对应于所述的一对瓶模夹装座固定槽(202)的位置与所述瓶模座固定板(20)的一端固定,而所述的右瓶模夹装座(5)连同所述的右瓶模支承机构(7)在对应于一对瓶模夹装座固定槽(202)的位置与瓶模座固定板(20)的另一端固定。The fixture for glass mold engraving and milling matched with the machining center according to claim 4, wherein both ends of the mold holder fixing plate (20) are respectively passed through the bottle holder fixing plate screws (201). The position of the bottle holder fixing plate fixing groove (31) is fixed to the rotating plate (3), and a pair of bottle molds which are parallel to each other are opened on the side of the bottle mold fixing plate (20) facing upward. a fixing groove (202), the pair of bottle mold holder fixing grooves (202) extending from one end of the length of the bottle holder fixing plate (20) to the other end; the left bottle mold holder (4) And the left bottle mold supporting mechanism (6) is fixed to one end of the bottle holder fixing plate (20) at a position corresponding to the pair of bottle mold holder fixing grooves (202), and the The right bottle mold holder (5) together with the right bottle mold support mechanism (7) at a position corresponding to the pair of bottle mold holder fixing grooves (202) and the bottle holder fixing plate (20) Fixed at one end.
  6. 根据权利要求5所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于在所述回转盘(3)上并且在对应于所述左、右瓶模夹装座(4、5)的一端或另一端之间的位置设置有一玻璃模具端面限位挡脚(33),该玻璃模具端面限位挡脚(33)的下部在对应于所述瓶模座固定板固定槽(31)的位置与回转盘(3)固定。The fixture for glass mold engraving and milling associated with the machining center according to claim 5, characterized in that on the rotary disc (3) and in the corresponding left and right bottle mold holders (4, a position between one end or the other end of 5) is provided with a glass mold end face limiting foot (33), and a lower portion of the glass mold end face limiting leg (33) corresponds to a fixing groove of the bottle holder fixing plate ( The position of 31) is fixed to the rotary disk (3).
  7. 根据权利要求5所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于所述左瓶模夹装座(4)的下部通过左瓶模夹装座固定螺钉(41)在对应于所述的一对瓶模夹装座固定槽(202)的位置与所述瓶模座固定板(20)的一端固定,在左瓶模夹装座(4)的中部开设有一左夹块滑动腔(42),该左夹块滑动腔(42)自左瓶模夹装座(4)的左侧贯通至右侧并且在左瓶模夹装座(4)的上部设置有一对左夹模脚(43);所述右瓶模夹装座(5)的下部通过右瓶模夹装座固定螺钉(51)在对应于所述的一对瓶模夹装座固定槽(202)的位置与所述瓶模座固定板(20)的另一端固定,在右瓶模夹装座(5)的中部开设有一右夹块滑动腔 (52),该右夹块滑动腔(51)自右瓶模夹装座(5)的右侧贯通至左侧并且与所述的左夹块滑动腔(42)相对应,在右瓶模夹装座(5)的上部设置有一对右夹模脚(53),该对右夹模脚(53)与所述的一对左夹模脚(43)相对应;所述的左瓶模支承机构(6)在对应的所述左夹块滑动腔(42)的位置设置在所述左瓶模夹装座(4)上,所述的右瓶模支承机构(7)在对应于所述右夹块滑动腔(52)的位置设置在所述右瓶模夹装座(5)上。The fixture for glass mold engraving and milling associated with the machining center according to claim 5, wherein the lower portion of the left bottle mold holder (4) passes through the left bottle mold holder fixing screw (41). Corresponding to the position of the pair of bottle mold holder fixing grooves (202) is fixed to one end of the bottle holder fixing plate (20), and a left clip is opened in the middle of the left bottle mold holder (4). a block sliding cavity (42), the left clamping block sliding cavity (42) is connected from the left side of the left bottle mold clamping seat (4) to the right side and a pair of left side is arranged on the upper part of the left bottle mold clamping seat (4) a clamping die (43); a lower portion of the right bottle mold holder (5) passes through a right bottle mold holder fixing screw (51) corresponding to the pair of bottle mold holder fixing grooves (202) The position is fixed to the other end of the bottle holder fixing plate (20), and a right clamping block sliding chamber (52) is opened in the middle of the right bottle mold holder (5), and the right clamping block sliding chamber (51) The right side of the right bottle mold holder (5) penetrates to the left side and corresponds to the left clamping block sliding chamber (42), and a pair of right clips is disposed at the upper portion of the right bottle mold holder (5). a die foot (53), the pair of right clamping legs (53) and the a pair of left clamping die feet (43); the left bottle die supporting mechanism (6) is disposed at the position of the corresponding left clamping block sliding cavity (42) in the left bottle die clamping seat (4) The right bottle mold support mechanism (7) is disposed on the right bottle mold holder (5) at a position corresponding to the right block slide chamber (52).
  8. 根据权利要求7所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于在所述左瓶模夹装座(4)背对所述右瓶模夹装座(5)的一侧并且位于左瓶模夹装座(4)的中部开设有一左螺母板配合腔(44),在右瓶模夹装座(5)背对左瓶模夹装座(4)的一侧并且位于右瓶模夹装座(5)的中部开设有一右螺母板配合腔(54),所述的左瓶模支承机构(6)在对应于左螺母板配合腔(44)的位置与左瓶模夹装座(4)固定,所述的右瓶模支承机构(7)在对应于右螺母板配合腔(54)的位置与右瓶模夹装座(5)固定。The fixture for glass mold engraving and milling associated with the machining center according to claim 7, wherein the left bottle mold holder (4) is opposite to the right bottle mold holder (5) One side and a left nut plate fitting cavity (44) is provided in the middle of the left bottle mold holder (4), and the side of the right bottle mold holder (5) facing away from the left bottle mold holder (4) And a right nut plate matching cavity (54) is disposed in a middle portion of the right bottle mold holder (5), and the left bottle die supporting mechanism (6) is located at a position corresponding to the left nut plate matching cavity (44) and left The bottle mold holder (4) is fixed, and the right bottle mold support mechanism (7) is fixed to the right bottle mold holder (5) at a position corresponding to the right nut plate engagement chamber (54).
  9. 根据权利要求8所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于所述的左瓶模支承机构(6)包括一左夹块(61)、一左夹紧调整螺杆(62)和一左螺母板(63),左夹块(61)与所述左夹块滑动腔(42)滑动配合,并且左夹块(61)的右侧探出左夹块滑动腔(42)朝向所述右瓶模支承机构(7)的一侧,在左夹块(61)的左侧开设有一左夹块T形槽(611),左夹紧调整螺杆(62)的左端构成有一左夹紧调整螺杆扳手操作头(621),左夹紧调整螺杆(62)的中部穿过左螺母板(63),而左夹紧调整螺杆(62)的右端探入左夹块T形槽(611)并且构成有一左夹紧调整螺杆圆头(622),该左夹紧调整螺杆圆头(622)与左夹块T形槽(611)转动配合,左螺母板(63)在对应于所述左螺母板配合腔(44)的位置与左瓶模夹装座(4)固定。The fixture for glass mold engraving and milling matched with the machining center according to claim 8, wherein the left bottle mold support mechanism (6) comprises a left clamping block (61) and a left clamping adjustment screw. (62) and a left nut plate (63), the left clamping block (61) is slidably engaged with the left clamping block sliding cavity (42), and the right side of the left clamping block (61) is swept out of the left clamping block sliding cavity ( 42) toward the side of the right bottle mold support mechanism (7), a left clamp T-shaped groove (611) is formed on the left side of the left clamp block (61), and the left end of the left clamp adjustment screw (62) is formed. There is a left clamping adjustment screw wrench operating head (621), the middle of the left clamping adjustment screw (62) passes through the left nut plate (63), and the right end of the left clamping adjustment screw (62) penetrates into the left clamping block T shape The groove (611) is formed with a left clamping adjustment screw head (622), the left clamping adjustment screw head (622) is rotatably engaged with the left clamping block T-shaped groove (611), and the left nut plate (63) is correspondingly The position of the left nut plate fitting cavity (44) is fixed to the left bottle mold holder (4).
  10. 根据权利要求9所述的与加工中心配套的玻璃模具雕铣用的工装夹具,其特征在于所述左夹块(61)的右侧构成有一左夹块斜面(612),该左夹块斜面(612)自上向下倾斜并且倾斜方向朝向所述的右瓶模支承机构(7)的一侧。The fixture for glass mold engraving and milling associated with the machining center according to claim 9, wherein the right side of the left clamping block (61) is formed with a left clamping block inclined surface (612), and the left clamping block inclined surface (612) Tilting from top to bottom and tilting direction toward one side of the right bottle mold support mechanism (7).
PCT/CN2018/122493 2018-03-12 2018-12-21 Glass mold engraving and milling fixture for use with machining center WO2019174346A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201810199579.7A CN108202246B (en) 2018-03-12 2018-03-12 Tooling clamp matched with machining center and used for engraving and milling glass mold
CN201810199579.7 2018-03-12

Publications (1)

Publication Number Publication Date
WO2019174346A1 true WO2019174346A1 (en) 2019-09-19

Family

ID=62606862

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2018/122493 WO2019174346A1 (en) 2018-03-12 2018-12-21 Glass mold engraving and milling fixture for use with machining center

Country Status (2)

Country Link
CN (1) CN108202246B (en)
WO (1) WO2019174346A1 (en)

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110732621A (en) * 2019-11-11 2020-01-31 南阳淅减汽车减振器有限公司 Working procedure combining device for wire feeding machine and spin riveting machine
CN113607033A (en) * 2021-08-02 2021-11-05 常熟纺织机械厂有限公司 Cam curve parameter detection device
CN113770752A (en) * 2021-09-18 2021-12-10 河南同心传动股份有限公司 A anchor clamps frock for hollow shaft fork production and processing
CN114136172A (en) * 2021-11-25 2022-03-04 江苏金龙科技股份有限公司 Internal spline disc detection device of dobby
CN114536043A (en) * 2022-04-13 2022-05-27 安徽信息工程学院 A anchor clamps positioning mechanism for milling machine processing
CN114619383A (en) * 2022-01-28 2022-06-14 徐州景澜新材料科技有限公司 Single crystal diamond clamp and use method thereof
CN114770001A (en) * 2022-05-05 2022-07-22 河源市广师大研究院 Linkage type welding fixture
CN115255982A (en) * 2022-07-18 2022-11-01 中船澄西船舶修造有限公司 Special clamp for processing arc surface
CN117900641A (en) * 2024-03-20 2024-04-19 山西东玉玻璃股份有限公司 Etching forming equipment for handheld part of glassware

Families Citing this family (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108202246B (en) * 2018-03-12 2023-04-07 苏州东方模具科技股份有限公司 Tooling clamp matched with machining center and used for engraving and milling glass mold
CN112427994A (en) * 2020-12-02 2021-03-02 常熟建华模具科技股份有限公司 Glass mold clamp structure capable of being used for numerical control machining center
CN113188416B (en) * 2021-05-21 2023-03-10 常熟建华模具科技股份有限公司 Character depth size detection device on glass mold
CN113770755A (en) * 2021-11-12 2021-12-10 常州艾肯智造科技有限公司 Multi-shaft positioning fixture for valve machining

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101659015A (en) * 2009-09-03 2010-03-03 常熟市建华模具有限责任公司 Tooling clamp for processing glass mold
JP2012076183A (en) * 2010-10-01 2012-04-19 Takeda Kikai:Kk Work clamping device in machine tool
CN102689187A (en) * 2012-05-28 2012-09-26 苏州东方模具科技股份有限公司 Turntable type tool fixture for machining glass molds
CN103358077A (en) * 2013-07-22 2013-10-23 常熟建华模具科技股份有限公司 Revolving glass mold fixture device
CN206567848U (en) * 2017-02-21 2017-10-20 海盐九宏五金模具制造有限公司 A kind of fixture and the milling machine with the fixture
CN108202246A (en) * 2018-03-12 2018-06-26 苏州东方模具科技股份有限公司 The frock clamp of mating glass mold carving milling with machining center
CN208034160U (en) * 2018-03-12 2018-11-02 苏州东方模具科技股份有限公司 The frock clamp of milling is carved with the mating glass mold of machining center

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2720148B2 (en) * 1995-12-25 1998-02-25 社団法人日本工作機械工業会 Jig device for fixing work
CN102009361A (en) * 2010-08-25 2011-04-13 常熟市兄弟玻璃模具有限公司 Mould machining clamp

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101659015A (en) * 2009-09-03 2010-03-03 常熟市建华模具有限责任公司 Tooling clamp for processing glass mold
JP2012076183A (en) * 2010-10-01 2012-04-19 Takeda Kikai:Kk Work clamping device in machine tool
CN102689187A (en) * 2012-05-28 2012-09-26 苏州东方模具科技股份有限公司 Turntable type tool fixture for machining glass molds
CN103358077A (en) * 2013-07-22 2013-10-23 常熟建华模具科技股份有限公司 Revolving glass mold fixture device
CN206567848U (en) * 2017-02-21 2017-10-20 海盐九宏五金模具制造有限公司 A kind of fixture and the milling machine with the fixture
CN108202246A (en) * 2018-03-12 2018-06-26 苏州东方模具科技股份有限公司 The frock clamp of mating glass mold carving milling with machining center
CN208034160U (en) * 2018-03-12 2018-11-02 苏州东方模具科技股份有限公司 The frock clamp of milling is carved with the mating glass mold of machining center

Cited By (15)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110732621A (en) * 2019-11-11 2020-01-31 南阳淅减汽车减振器有限公司 Working procedure combining device for wire feeding machine and spin riveting machine
CN110732621B (en) * 2019-11-11 2024-05-14 南阳淅减汽车减振器有限公司 Working procedure combining device of wire feeding machine and spin riveting machine
CN113607033B (en) * 2021-08-02 2024-01-26 常熟纺织机械厂有限公司 Cam curve parameter detection device
CN113607033A (en) * 2021-08-02 2021-11-05 常熟纺织机械厂有限公司 Cam curve parameter detection device
CN113770752A (en) * 2021-09-18 2021-12-10 河南同心传动股份有限公司 A anchor clamps frock for hollow shaft fork production and processing
CN114136172A (en) * 2021-11-25 2022-03-04 江苏金龙科技股份有限公司 Internal spline disc detection device of dobby
CN114136172B (en) * 2021-11-25 2024-02-20 江苏金龙科技股份有限公司 Internal spline disc detection device of dobby
CN114619383A (en) * 2022-01-28 2022-06-14 徐州景澜新材料科技有限公司 Single crystal diamond clamp and use method thereof
CN114619383B (en) * 2022-01-28 2024-03-12 徐州景澜新材料科技有限公司 Clamp for single crystal diamond and using method thereof
CN114536043A (en) * 2022-04-13 2022-05-27 安徽信息工程学院 A anchor clamps positioning mechanism for milling machine processing
CN114770001A (en) * 2022-05-05 2022-07-22 河源市广师大研究院 Linkage type welding fixture
CN115255982A (en) * 2022-07-18 2022-11-01 中船澄西船舶修造有限公司 Special clamp for processing arc surface
CN115255982B (en) * 2022-07-18 2023-12-26 中船澄西船舶修造有限公司 Special fixture for processing arc surface
CN117900641A (en) * 2024-03-20 2024-04-19 山西东玉玻璃股份有限公司 Etching forming equipment for handheld part of glassware
CN117900641B (en) * 2024-03-20 2024-05-14 山西东玉玻璃股份有限公司 Etching forming equipment for handheld part of glassware

Also Published As

Publication number Publication date
CN108202246A (en) 2018-06-26
CN108202246B (en) 2023-04-07

Similar Documents

Publication Publication Date Title
WO2019174346A1 (en) Glass mold engraving and milling fixture for use with machining center
CN103056658B (en) A kind of aggregation type lathe
CN201279681Y (en) Quickly clamping workbench
CN203751371U (en) Multifunctional precision machining boring and milling machine
JP3193764U (en) Screw forming machine
TW201620647A (en) Sandglass-shaped screw rod processing machine
CN106736630B (en) Pentahedron processing machine
CN105798616A (en) Numerical-control universal assembly line machining center
CN113211083A (en) Aluminum alloy section bar processingequipment
CN210208675U (en) Two main shaft double-turret combined machine tools of opposition
CN116372233A (en) Machine tool for machining long spline shaft
CN205551983U (en) Omnipotent flowing water machining center of numerical control
CN203542042U (en) Horizontal turning lathe of lifting type turn milling cutter table
CN113442044A (en) Finish machining device for die steel
CN110756914A (en) Multi-gear-part shaft tooth double-face chamfering machine and machining method
CN202640020U (en) Universal mechanical processing center
CN210523911U (en) Glass mold slotting device configured on milling machine
CN214720879U (en) Key groove broaching and chamfering processing equipment
CN211072099U (en) Multi-gear part shaft tooth double-sided chamfering machine
CN205254559U (en) Numerical control machining center primary shaft sliding seat
CN210161835U (en) Five-axis three-dimensional engraving machine
CN111958475A (en) Large-scale valve body grinds machine
CN220372739U (en) Turnover fixture for machining automobile parts
CN213163252U (en) Clamp for planer type milling machine
TWM462634U (en) Screw forming machine

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 18909919

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 18909919

Country of ref document: EP

Kind code of ref document: A1