CN105127790B - The frock clamp of glass mold Excircle machining - Google Patents
The frock clamp of glass mold Excircle machining Download PDFInfo
- Publication number
- CN105127790B CN105127790B CN201510579975.9A CN201510579975A CN105127790B CN 105127790 B CN105127790 B CN 105127790B CN 201510579975 A CN201510579975 A CN 201510579975A CN 105127790 B CN105127790 B CN 105127790B
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- Prior art keywords
- mould
- glass mold
- tapered sleeve
- fixed
- piston rod
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, 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
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices 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
- B23Q3/06—Work-clamping means
- B23Q3/062—Work-clamping means adapted for holding workpieces having a special form or being made from a special material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B23/00—Tailstocks; Centres
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, 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
- B23Q16/00—Equipment for precise positioning of tool or work into particular locations not otherwise provided for
- B23Q16/02—Indexing equipment
- B23Q16/04—Indexing equipment having intermediate members, e.g. pawls, for locking the relatively movable parts in the indexed position
- B23Q16/06—Rotary indexing
- B23Q16/065—Rotary indexing with a continuous drive
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
A kind of frock clamp of glass mold Excircle machining, belongs to technical field of tooling clamps.Including a base, the base is arranged on the numerically controlled machine of machining center in a state of use, and positioned at the left end of numerically controlled machine；The one tailstock mechanism seized on both sides by the arms for one end end face to glass mold, the tailstock mechanism is fixed on described base；One is used to seize and make the index dial transmission mechanism that glass mold is rotated under the state of seizing on both sides by the arms on both sides by the arms to the other end end face of glass mold, and the index dial transmission mechanism is fixed on the right-hand member of the numerically controlled machine and corresponding with described tailstock mechanism；One is used for the glass mold load carrier of bearing glass mould, and the glass mold load carrier is being fixed on corresponding to the position between the tailstock mechanism and index dial transmission mechanism on described numerically controlled machine.Mitigate the manipulation strength of online assignment personnel, improve processing efficiency and ensure crudy.
Description
Technical field
The invention belongs to technical field of tooling clamps, and in particular to a kind of frock clamp of glass mold Excircle machining.
Background technology
The cylindrical concept of foregoing glass mold refers to the back side of glass mold, i.e., table in a state of use outside
Face, namely back to the surface of die cavity side；The project of foregoing glass mold Excircle machining be not limited to such as cylindrical milling, milling
Side, it is cylindrical carve characters, open up wearing plate vallecular cavity, open up vest eye（Also referred to as clothes-hook hole）, etc..Industry for Excircle machining these
Project（Certainly these projects mentioned are not limited to）The puzzlement on understanding perhaps will not be produced in addition to wearing plate vallecular cavity.Abrasion
Board slot chamber is to set wearing plate with hand（Also referred to as wearing plate）Because glass mold use state be mounted in glass container into
On type machine, and be arranged on glass ware formation machine embrace a pincers be engaged, by embrace pincers it is frequently folded up, specifically and
Speech, is often molded a glass container just base（For blank mould）And often it is molded a glass container（For shaping mould
For mould）, embrace pincers mould is folded up once, then embrace pincers with contacting dies once just mean with mould friction once, long and
Long causes mould to be worn and torn with embracing the position that pincers are in contact.Open up after wearing plate vallecular cavity, wearing plate can be set in it, used
During, it is just replaceable after wearing plate weares and teares, to ensure service life of the glass mold within the reasonable time.
Foregoing frock clamp is played a very important role in the production process of industrial products, the production of glass mold
It is no exception.So-called frock clamp refers to be used to workpiece is clamped or positioned in machining, to reach certain work
The special equipment or instrument of skill requirement, it usually needs meet in production without interference, accurate positioning be reliable and behaviour
Make convenient etc. require.Due to frock clamp have manufacture certain product it is exclusive the characteristics of, therefore generalization degree is extremely low, often
By the production firm of manufacturing machine product in the way of cutting the garment according to the figure self manufacture, the production firm of glass mold also mostly with from
The mode of system is equipped with various frock clamps.In recent years, various medium-to-high grade machining centers were applied by vast medium-sized and small enterprises, by
Cutter Body Processing with Machining Center product has the advantages that speed is fast and quality is good and standardization level is high, but if in lacking and processing
The supporting frock clamp of the heart, then these advantages just have no way of embodying.It is real so that the glass mold as workpiece is put into machining center
Such as side is applied, cylindrical carve characters, radiating groove, opens up locating slot, opens up wearing plate vallecular cavity, machining back intention（Clothes-hook hole）Etc. process
Glass mold reliable retention is locking by frock clamp by Shi Bixu, and frock clamp is clamped to the fast clamp of workpiece or releasing
Unlock it is whether reliable be the vital factor for ensureing Cutter Body Processing with Machining Center efficiency and crudy.Foregoing machining center
Concept refer to have the instrument of cutter, drilling tool etc and there is automatic tool changer according to program setting, change brill and through one
It is secondary clamp after can be achieved multistage manufacturing processes Digit Control Machine Tool.
It is no lack of the technical information of the frock clamp on glass mold processing in disclosed Chinese patent literature, such as
CN102848039B（The clamp structure for the glass mold drift processing being configured on electric discharge machine）、CN103056695B（Glass
Glass mold cavity and the clamp structure of joint surface processing）、CN103056693B（Glass mold inner chamber and the work of joint surface processing
Clamps）、CN103084771B（The clamping apparatus structure of open-close type shaping mould hinge welding）、CN103273350B（Glass molds
Has the clamp structure of parallel facing cut processing）、CN103252670B（The fixture of glass die blank mating surface processing）、
CN101659015B（Process the frock clamp of glass mold）、CN101898311B（Milling is positioned in glass die blank
The fixture of reference plane）、CN102380777B（The grip device of glass mold processing）And CN102350651B（Structure is improved
Glass mold processing grip device）, etc., etc..Although these patent formulas for being not limited to enumerate respectively have uniqueness
Technique effect, but be due to that by the interference of fixture glass mold can not be made to be put to machining center under the state that clamps outside
The opening up of such as locating slot, the processing of wearing plate vallecular cavity, the i.e. clothes-hook hole of vest eye is completed on disc to be drilled with and carve characters etc..
Because being processed to external disc, then only the two ends end face of glass mold is clamped, such as by the tailstock machine of frock clamp
One group of locating detent top alignment on the locating detent disk of structure is preset in one group of technology hole of one end end face of glass mold, together
When by frock clamp separator disc transmission mechanism（Such as power drive mechanism alleged by CN101659015A）Index dial on
The alignment of one component scale locating detent top is equally preset in one group of technology hole of the other end end face of glass mold, so that by
The synergy of one group of locating detent top and component scale locating detent top and glass mold is in and clamps state, and
The part of structural system of frock clamp can be avoided completely to the interference effect of glass mold periphery.Yet with existing skill
Art does not provide the technical inspiration of this respect, thus generally utilizes relevant device such as plain-milling machine, drilling machine, the tapping of non-numerical control at present
Machine, carving machine are each processed, and then all swivel links of workpiece are more, clamp processing matter that is frequent and being difficult to ensure that glass mold
Amount, and not only process time is tediously long and influence industrial production efficiency, and the labor intensity of workman is big.
It is that this applicant has made positive and beneficial design in view of above-mentioned prior art, it is necessary to improved, below
The technical scheme that will be introduced is produced under this background.
The content of the invention
The task of the present invention is to provide a kind of contribute to corresponding to being preset in determining on the two ends end face of glass mold
Position hole position realize accessible clamp in glass mold Excircle machining is used meet machining center to glass mold outside
The multiple operation that once clamps that circle position implements such as cylindrical milling, milling side, open up locating slot, clothes-hook hole, wearing plate vallecular cavity etc adds
The frock clamp of the glass mold Excircle machining of work requirement.
What the task of the present invention was performed by, a kind of frock clamp of glass mold Excircle machining, including a bottom
Seat, the base is arranged on the numerically controlled machine of machining center in a state of use, and positioned at numerically controlled machine
Left end；The one tailstock mechanism seized on both sides by the arms for one end end face to glass mold, the tailstock mechanism is fixed on described base；
One is used to seize and make the index dial driver that glass mold is rotated under the state of seizing on both sides by the arms on both sides by the arms to the other end end face of glass mold
Structure, the index dial transmission mechanism is fixed on the right-hand member of the numerically controlled machine and corresponding with described tailstock mechanism；
One be used for bearing glass mould glass mold load carrier, the glass mold load carrier corresponding to the tailstock mechanism with
Position between index dial transmission mechanism is fixed on described numerically controlled machine.
In the specific embodiment of the present invention, in the upper surface of the numerically controlled machine and to be parallel to
The state interval of the length direction of numerically controlled machine offers workbench dovetail groove, and described base is together with described tailstock
Mechanism is fixed corresponding to the position of workbench dovetail groove and the left end of numerically controlled machine, the index dial transmission mechanism and
Glass mold load carrier is same to be fixed in the position corresponding to workbench dovetail groove with numerically controlled machine.
In another specific embodiment of the present invention, described tailstock mechanism includes tail-holder rack, acting cylinder, piston
Bar, piston, piston rod slip cap, tapered sleeve, taper shank, locating detent disk and one group of locating detent top, the bottom of tail-holder rack, which is constituted, one
Tail-holder rack fixes bottom plate, and the tail-holder rack is fixed bottom plate and fixed with described base, and being constituted on the top of tail-holder rack has a piston rod
Mantle cavity is slided, the piston rod slides mantle cavity from the left end insertion of the length direction of tail-holder rack to right-hand member, and acting cylinder is corresponding to work
The position that stopper rod slides the left chamber mouthful of mantle cavity is fixed with the left end end face of horizontal boom state and tail-holder rack, and the acting cylinder, which is constituted, to be had
One acting cylinder chamber, the left end of piston rod is stretched over acting cylinder intracavitary, and right-hand member is located at the piston rod slip cap intracavitary, and piston is solid
It is scheduled on the left end of the piston rod and seals cooperation with the acting cylinder cavity wall of the acting cylinder chamber, makes effect by the piston
Cylinder chamber is divided into the left cylinder cavity positioned at the left side of piston and the right cylinder cavity on the right side positioned at piston, and left cylinder cavity and right cylinder cavity lead to respectively
Cross oil pipe pipeline or breather pipe pipeline is connected with external power supply, piston rod slip cap, which directly expands to set, is formed in the piston rod
Right-hand member and the outer wall of the piston rod slip cap and the piston rod slide the piston rod slip cap cavity wall of mantle cavity and be slidably matched,
Being constituted in the axially center of the piston rod slip cap has a tapered sleeve receiving hole, and the tapered sleeve receiving hole is the blind hole of right-end openings, and
And a bearing cap is fixed with the position of right-end openings, tapered sleeve is arranged in tapered sleeve receiving hole, is provided with the left end of the tapered sleeve
Tapered sleeve left bearing, and right-hand member is provided with tapered sleeve right bearing, and the tapered sleeve left bearing and tapered sleeve right bearing with tapered sleeve receiving hole
Hole wall be engaged, tapered sleeve is rotated in tapered sleeve receiving hole by tapered sleeve left bearing and tapered sleeve right bearing, in the axle of tapered sleeve
A taper shank mating holes is offered to center, left end and the taper shank mating holes of taper shank are inserted build-in and determined, and the right-hand member of taper shank leans out taper shank
Mating holes and after the bearing cap taper shank resigning hole by way of the middle position for being opened in bearing cap expand set composition have a taper shank consolidate
Price fixing, the right side of locating detent disk and taper shank fixed disk is fixed, in the right side middle position of the locating detent disk with perpendicular to locating detent
The state of disk is extended with a locating detent dish axle head, and one group of locating detent top is arranged on the right-hand member end face of locating detent dish axle head.
The present invention another specific embodiment in, the tail-holder rack fix bottom plate left end and right-hand member it is placed in the middle
Position respectively offers a fixation bottom plate screw groove communicated with the external world, is equipped with the position corresponding to the fixation bottom plate screw groove
One fixes bottom plate screw, and the fixation bottom plate screw is fixed with described base；Described taper shank right-hand member and corresponding to
Position between bearing cap and the taper shank fixed disk has screwed a taper shank lock nut with thread fiting mode；In the tapered sleeve
It is used in receiving hole and being provided with one corresponding to the position between the tapered sleeve left bearing and tapered sleeve right bearing to a tapered sleeve left side
The bearing that bearing and tapered sleeve right bearing are limited limits spacer；It is fixed with the position of the left end end face corresponding to the piston rod
One is used to limit screw to the piston that the piston is limited.
In another specific embodiment of the present invention, on the top of the tail-holder rack and corresponding to the piston
The position of bar slip cap offers one and slides the anti-rotational screw hole of slip cap that mantle cavity is communicated with the piston rod, in the slip cap
The anti-rotational screw of a slip cap is equipped with anti-rotational screw hole, the anti-rotational screw of the slip cap is insinuated into piston rod and slides mantle cavity
It is interior and with the wall contacts of the piston rod slip cap.
In the also specific embodiment of the present invention, consolidate in the position of the left end end face corresponding to the acting cylinder
Surely there is a cylinder cap for being used to close the left chamber mouthful of the acting cylinder chamber, one and the left cylinder are opened up in the middle position of the cylinder cap
The first pipeline matching hole that chamber is communicated, and the top of acting cylinder and offer in the position corresponding to the right cylinder cavity one with
The second pipeline matching hole that right cylinder cavity is communicated.
In a still more specific embodiment of the invention, described acting cylinder is oil cylinder or cylinder, and when effect
When cylinder is oil cylinder, described the first pipeline matching hole and the second pipeline matching hole is connected by oil pipe road and the external power supply
Connect, and the external power supply is hydraulic pump or hydraulic motor；When acting cylinder is cylinder, described the first pipeline matching hole and
Second pipeline matching hole is connected by breather pipe pipeline with the external power supply, and the external power supply is air compressor
Or air pump.
The present invention's and then in a specific embodiment, described index dial transmission mechanism includes indexing dish driving
Case, index dial, a component scale locating detent and component scale locating detent top, index dial driving box is corresponding to the numerical control
The position of the workbench dovetail groove of platen is fixed on the right-hand member of numerically controlled machine, and index dial is turned by indexing dish axle
It is supported on index dial driving box and coordinates in the case intracavitary of index dial driving box with the transmission of index dial driving box, one group dynamicly
Index dial locating detent is arranged on index dial towards the side of the tailstock mechanism, the quantity and one of component scale locating detent top
The quantity of index dial locating detent is equal and is distributed on a component scale locating detent.
Described glass mold load carrier is carried including mould in yet a further embodiment of the present invention
Rest the head on after frame guide rail, mould carrying pillow frame, mould carrying pillow and mould carrying pillow lift adjustment screw rod, mould carrying pillow frame guide rail
End is fixed in the position corresponding to the workbench dovetail groove with the numerically controlled machine, and mould carrying pillow frame guide rail
Front end leans out the forward position of numerically controlled machine with horizontal boom state, and the length direction for resting the head on frame guide rail is carried in mould
Each constitute has mould carrying pillow frame sliding groove on two sides, and two side lower parts of pillow frame are carried and corresponding to mould in mould
The position of carrying pillow frame sliding groove, which is respectively constituted, has a sliding groove with fitting, and sliding groove is slided with fitting with mould carrying pillow frame sliding groove
It is dynamic to coordinate, a pair of guide plates, this pair are fixed with the state corresponded to each other towards the side of mould carrying pillow in mould carrying pillow frame
Space between guide plate and mould carrying pillow frame is respectively configured to carrying pillow sliding guide groove, and the middle part of pillow and court are carried in mould
Upward side, which is constituted, mould carrying pillow chamber, and the bottom for carrying pillow chamber in the mould offers an adjusting bolt mating holes,
And carrying pillow in mould and constituted towards the side that mould carries pillow frame has a carrying to rest the head on sliding guide, carrying pillow sliding guide
Both sides are respectively slidably matched with described carrying pillow sliding guide groove, and a screw rod is equipped on mould carrying pillow lift adjustment screw rod
Driver plate, and upper end and the adjusting bolt mating holes screw thread cooperation of mould carrying pillow lift adjustment screw rod, and mould is held
The lower end for carrying pillow lift adjustment screw rod is supported on the mould carrying pillow frame guide rail towards upper side.
In the present invention again and then in a specific embodiment, frame guide rail is rested the head on towards upper one in described mould carrying
Side and along mould carry rest the head on frame guide rail length direction constitute have one be raised in mould carrying rest the head on frame guide rail surface tune
Whole Screw rod bearingses boss, the adjusting bolt supporting boss is corresponding with mould carrying pillow lift adjustment screw rod, and the mould
The lower end of tool carrying pillow lift adjustment screw rod is supported on the adjusting bolt supporting boss, on described screw rod driver plate and is enclosed
Screw rod driver plate is offered with space state around the circumferencial direction of screw rod driver plate and manipulates rod aperture.
Technical scheme that the present invention is provided has technical effect that：Due to that can be existed by tailstock mechanism and index dial transmission mechanism
The position of the positioning hole corresponded respectively on the two ends end face of glass mold seizes glass mold on both sides by the arms, thus the number of the work in-process heart
Control lathe to the cylindrical position of glass mold implement such as cylindrical milling, milling side, open up locating slot, clothes-hook hole, wearing plate vallecular cavity or even
Interference effect will not be produced when carving characters, and is satisfied and once clamps multistage manufacturing processes requirement, can not only mitigate online work
The manipulation strength of industry personnel, and processing efficiency can be improved and crudy is ensured.
Brief description of the drawings
Fig. 1 is embodiments of the invention schematic diagram.
Fig. 2 is the detailed structure view of the tailstock mechanism shown in Fig. 1.
Fig. 3 is the detailed structure view of the glass mold load carrier shown in Fig. 1 and Fig. 2.
Fig. 4 is Fig. 1 partial sectional view.
Fig. 5 is Fig. 4 A portions enlarged drawing.
Fig. 6 is application examples schematic diagram of the invention.
Embodiment
In order that the auditor of the Patent Office especially public can be more clearly understood from the technical spirit of the present invention and have
Beneficial effect, applicant will elaborate by way of examples below, but the description to embodiment is not to this hair
The limitation of bright scheme, any only formal rather than substantial equivalent transformation according to made by present inventive concept all should
It is considered as technical scheme category.
It is every in the following description to be related to upper and lower, left and right, the directionality of front and rear or claim the concept of directionality to remove
It is especially dated it is outer be according to for the location status shown in Fig. 1 to Fig. 3, it is therefore intended that facilitate public understanding, thus
Being particularly limited to the technical scheme of the invention provided can not be understood as.
Fig. 1 is referred to, a base 1 is given, the base 1 is arranged at the structure for belonging to machining center in a state of use
On the numerically controlled machine 5 of the Digit Control Machine Tool of system, and positioned at the left end of numerically controlled machine 5, that is, it is fixed on numerical control machine
The left end of bed workbench 5；Giving one is used for one end end face to glass mold 6（Left end end face）The tailstock mechanism 2 seized on both sides by the arms, should
Tailstock mechanism 2 is fixed on base 1；Giving one is used for the other end end face to glass mold（Right-hand member end face）Seize on both sides by the arms and make
The index dial transmission mechanism 3 that glass mold is rotated under the state of seizing on both sides by the arms, the index dial transmission mechanism 3 is fixed on the Digit Control Machine Tool
The right-hand member of workbench 5 and corresponding with foregoing tailstock mechanism 2；A glass mold for being used for bearing glass mould is given to hold
Mounted mechanism 4, the glass mold load carrier 4 is fixed on corresponding to the position between tailstock mechanism 2 and index dial transmission mechanism 3
On foregoing numerically controlled machine 5.
Figure 1 illustrates the positioning hole 61 processed via preceding working procedure on the two ends end face of glass mold 6, by
In glass mold 6 be two-half die fit structure, thus for a set of glass mold 6 being made up of two half modules, at it
Respectively there are four positioning holes 61 on the end face at left and right end, the positioning hole 61 is to clamp baseline positioning hole, and industry custom claims fabrication hole
Or technological datum hole.
Refer to Fig. 2 and combine Fig. 1, in the upper surface of foregoing numerically controlled machine 5 and to be parallel to numerical control machine
The state interval of the length direction of bed workbench 5 offers workbench dovetail groove 51, and foregoing base 1 is together with foregoing tailstock machine
Structure 2 is fixed in the position corresponding to workbench dovetail groove 51 and the left end of numerically controlled machine 5, is specifically：In cuboid
Four corners of base 1 respectively arrange a base fixing screws 11, and the base fixing screws 11 are essentially T-shaped screw, and base is solid
Determine screw 11 bottom be located at workbench dovetail groove 51 in and top leans out base 1 and is limited by limiting nut 111.Foregoing point
Scale transmission mechanism 3 and glass mold load carrier 4 are same in the position corresponding to workbench dovetail groove 51 and Digit Control Machine Tool work
Make platform 5 to fix.
, can also be in the upper surface of foregoing numerically controlled machine 5 and along work of numerical control machine as preferred scheme
The length direction of platform 5 constitutes the table slide 52 on a surface for being raised in numerically controlled machine 5, with this adaptably,
The bottom of base 1 and a base rail groove 12 is opened up in the position corresponding to table slide 52, the base rail groove 12 with
Table slide 52 is engaged.And then preferably, the shape of cross section of table slide 52 and base rail groove 12 is in swallow
Tail shape.
Refer to Fig. 4 and Fig. 5 and combine Fig. 1 and Fig. 2, foregoing tailstock mechanism 2 include tail-holder rack 21, acting cylinder 22,
Piston rod 23, piston 24, piston rod slip cap 25, tapered sleeve 26, taper shank 27, locating detent disk 28 and one group of locating detent top 29, tail
The bottom of mounting 21, which is constituted, has a tail-holder rack to fix bottom plate 211, and the tail-holder rack is fixed bottom plate 211 and fixed with foregoing base 1,
The top of tail-holder rack 21, which is constituted, has a piston rod to slide mantle cavity 212, and the piston rod slides mantle cavity 212 from the length side of tail-holder rack 21
To left end insertion to right-hand member, acting cylinder 22 passes through acting cylinder in the position for the left chamber mouthful that mantle cavity 212 is slided corresponding to piston rod
Fixing screws 224 are fixed with horizontal boom state and the left end end face of tail-holder rack 21, and the acting cylinder 22, which is constituted, an acting cylinder chamber
221, the left end of piston rod 23 is stretched in acting cylinder chamber 221, and right-hand member is located at foregoing piston rod and slided in mantle cavity 212, piston
24 are fixed on the left end of foregoing piston rod 23 and by piston packing 241 to be nested with mode（A pair）With foregoing acting cylinder chamber
221 acting cylinder cavity wall sealing coordinates, and acting cylinder chamber 221 is divided into the left side positioned at the left side of piston 24 by the piston 24
Cylinder chamber 2211 and the right cylinder cavity 2212 positioned at the right side of piston 24, left cylinder cavity 2211 and right cylinder cavity 2212 pass through oil pipe pipe respectively
Road or breather pipe pipeline are connected with external power supply, and piston rod slip cap 25 directly expands the right-hand member for setting and being formed in foregoing piston rod 23
And the piston rod slip cap cavity wall that the outer wall of the piston rod slip cap 25 slides mantle cavity 212 with piston rod is slidably matched, at this
The axially center of piston rod slip cap 25, which is constituted, a tapered sleeve receiving hole 251, and the tapered sleeve receiving hole 251 is blind for right-end openings
Hole, and one bearing cap 252 is fixed with by bearing cap screw 2522 in the position of right-end openings, tapered sleeve 26 is arranged on tapered sleeve appearance
Receive in hole 251, the left end of the tapered sleeve 26 is provided with tapered sleeve left bearing 261（Select and use pressure bearing）, and right-hand member is provided with tapered sleeve
Right bearing 262（Select and use pressure bearing）, and the tapered sleeve left bearing 261 and tapered sleeve right bearing 262 with tapered sleeve receiving hole 251
Hole wall is engaged, and tapered sleeve 26 is rotated in tapered sleeve receiving hole 251 by tapered sleeve left bearing 261 and tapered sleeve right bearing 262,
The axial center of tapered sleeve 26 offers a taper shank mating holes 263, and left end and the taper shank mating holes 263 of taper shank 27 are inserted build-in and determined, and
And taper shank of the left end end face of taper shank 27 on the left end hole wall for constituting taper shank mating holes 263 limits step 2631 and limited, and bore
The right-hand member of handle 27 leans out taper shank mating holes 263 and allowed in the bearing cap taper shank by way of the middle position for being opened in bearing cap 252
Expansion, which sets composition, behind the hole 2521 of position a taper shank fixed disk 271, and locating detent disk 28 is using one group of locating detent disk fixing screws 282 right
The position and the right side of taper shank fixed disk 271 for the locating detent disk fixing screw hole 283 that Ying Yu is preset on locating detent disk 28 are fixed,
One locating detent dish axle first 281 is extended with the state perpendicular to locating detent disk 28 in the right side middle position of the locating detent disk 28,
One group of locating detent top 29 is arranged on the right-hand member end face of locating detent dish axle first 281.It has been observed that due to a secondary glass mold 6
Respectively there are four positioning holes 61 on the end face of left and right end, thus the quantity of foregoing one group of locating detent top 29 has four and locating detent
Spacing between top 29 is identical with the spacing between positioning hole 61.
Please emphasis see Fig. 2, foregoing tail-holder rack fix bottom plate 211 left end and right-hand member middle position respectively offer one with
The fixation bottom plate screw groove 2111 that the external world is communicated, a fixation bottom is equipped in the position corresponding to the fixation bottom plate screw groove 2111
Plate bolt 21111, the fixation bottom plate screw 21111 shimming state with being fixed with foregoing base 1；In foregoing taper shank
27 right-hand member and screwed corresponding to the position between aforementioned bearings lid 252 and taper shank fixed disk 271 with thread fiting mode
There is a taper shank lock nut 272, when taper shank 27 is taken out into taper shank mating holes 263, then as long as by taper shank lock nut 272
Operation counterclockwise, that is to say, that make taper shank lock nut 272 towards the direction displacement of taper shank fixed disk 271, otherwise same example.Preceding
State in tapered sleeve receiving hole 251 and be provided with corresponding to the position between the tapered sleeve left bearing 261, tapered sleeve right bearing 262
One is used to limit spacer 2511 to the bearing that tapered sleeve left bearing 261 and tapered sleeve right bearing 262 are limited.Corresponding to foregoing piston
The position of the left end end face of bar 23, which is fixed with one, to be used to limit screw 231 to the piston that foregoing piston 24 is limited, and is limited by piston
The expansion for determining the afterbody of screw 231 sets and stopped in face of piston 24, to avoid the left end of piston 24 from piston rod 23 from shaking off.
One is offered with living on the top of foregoing tail-holder rack 21 and in the position corresponding to foregoing piston rod slip cap 25
Stopper rod slides the anti-rotational screw hole 213 of slip cap that mantle cavity 212 is communicated, and is equipped with the anti-rotational screw hole 213 of the slip cap
The anti-rotational screw 2131 of one slip cap, the anti-rotational screw 2131 of the slip cap be insinuated into piston rod slide mantle cavity 212 in and with
The wall contacts of the piston rod slip cap 25.It also show being formed on piston rod slip cap 25 and be located in fig. 2
One slip cap stopper slot 253 of central region.
Being fixed with one by one group of cylinder cover screw 2222 in the position of the left end end face corresponding to foregoing acting cylinder 22 is used for
To the cylinder cap 222 of the left chamber mouthful closing of the acting cylinder chamber 221, one and the left cylinder are opened up in the middle position of the cylinder cap 222
The first pipeline matching hole 2221 that chamber 2211 is communicated, and on the top of acting cylinder 22 and corresponding to foregoing right cylinder cavity 2212
Position offers a second pipeline matching hole 223 communicated with right cylinder cavity 2212.
In the present embodiment, selected due to foregoing acting cylinder 22 and used oil cylinder, thus the first foregoing pipeline matching hole
2221 and second pipeline matching hole 223 be connected by oil pipe road with said external power source, and the external power supply be liquid
Press pump or hydraulic motor.Certainly, if using acting cylinder 22 instead cylinder, then the first pipeline matching hole 2221 and the second pipeline are matched somebody with somebody
Hole 223 is connect to be connected with external power supply by breather pipe pipeline, and the external power supply is air compressor or air pump.Thus
Understand, be technical connotation category disclosed by the invention no matter acting cylinder 22 uses oil cylinder or cylinder.
Please continue to refer to Fig. 1, Fig. 2 and Fig. 4, foregoing index dial transmission mechanism 3 includes index dial driving box 31, index dial
32nd, a component scale locating detent 33 and component scale locating detent top 34, index dial driving box 31 is corresponding to foregoing numerical control
The position of the workbench dovetail groove 51 of platen 5 is fixed on the right-hand member of numerically controlled machine 5, and index dial 32 passes through indexing
Dish axle is rotatably supported on index dial driving box 31 and in the case intracavitary and index dial driving box 31 of index dial driving box 31
Transmission coordinates, and a component scale locating detent 33 is arranged on index dial 32 towards the side of the tailstock mechanism 2, and a component scale is determined
The quantity of position pawl top 34 is equal with the quantity of one division disk locating detent 33 and is distributed on a component scale locating detent 33.Such as
It is foregoing, due to respectively having four positioning holes 61, thus foregoing component scale positioning on the left and right end end face of a secondary glass mold 6
The quantity of pawl top 34 has between spacing and adjacent positioned hole 61 between four and adjacent index dial locating detent top 34
Spacing is identical.
Because the concrete structure of index dial transmission case 31 belongs to snail of the prior art for example with being referred in CN202571941U
The structure of bar case is identical, thus can be fully understood by the reading of the specification to the CN202571941U, based on this, Shen
Ask someone to repeat no more.
Refer to Fig. 3 and still combine Fig. 1 and Fig. 2, foregoing glass mold load carrier 4 includes mould carrying pillow frame
Guide rail 41, mould carrying pillow frame 42, mould carrying pillow 43 and mould carrying pillow lift adjustment screw rod 44, mould carrying pillow frame guide rail
41 rear end is by a pair of guide rails screw 413 in the position corresponding to aforementioned operation platform dovetail groove 51 and the work of numerical control machine
Platform 5 is fixed, and the front end of mould carrying pillow frame guide rail 41 leans out the forward position of numerically controlled machine 5 with horizontal boom state, and
And carrying each constitute on the two sides for the length direction for resting the head on frame guide rail 41 in mould has a mould to carry pillow frame sliding groove 411,
Mould carrying, which is rested the head on two side lower parts of frame 42 and respectively constituted in the position that pillow frame sliding groove 411 is carried corresponding to mould, a slip
Groove is with fitting 421, and sliding groove 421 is slidably matched with fitting with mould carrying pillow frame sliding groove 411, and the court of frame 42 is rested the head in mould carrying
A pair of guide plates 422 are fixed with the state corresponded to each other by guide plate fixing screws 4222 to the side of mould carrying pillow 43, should
Carrying pillow sliding guide groove 4221 is respectively configured to the space between guide plate 422 and mould carrying pillow frame 42, carries and rests the head in mould
43 middle part and the mould carrying pillow chamber 431 for having shape generally in V-shaped is constituted towards upper side, held in the mould
The bottom for carrying pillow chamber 431 offers an adjusting bolt mating holes 4311（Screwed hole）, and held in mould carrying pillow 43 towards mould
Carrying the side composition of pillow frame 42 has a carrying to rest the head on sliding guide 432, and the both sides of carrying pillow sliding guide 432 are respectively held with foregoing
Carry pillow sliding guide groove 4221 to be slidably matched, be equipped with mould carrying pillow lift adjustment screw rod 44 and be fixed with a screw rod group
Disk 441, and upper end and the cooperation of the foregoing screw thread of adjusting bolt mating holes 4311 of mould carrying pillow lift adjustment screw rod 44, and
The lower end of mould carrying pillow lift adjustment screw rod 44 is supported on foregoing mould carrying pillow frame guide rail 41 towards upper side.
As preferred scheme, carry the bottom of pillow frame guide rail 41 in foregoing mould and led corresponding to aforementioned operation platform
The position of rail 52 opens up table slide mating groove 414（Fig. 2 shows）, the table slide mating groove 414 and table slide 52
It is engaged, and shape of cross section is dovetail-shape.For the ease of the understanding of the public, in the mould carrying pillow 43 shown in Fig. 1 and Fig. 3
Mould carrying pillow chamber 431 in be mounted with a secondary glass mold 6.
As shown in Figure 3, towards upper side and frame is rested the head on along mould carrying in foregoing mould carrying pillow frame guide rail 41
The length direction of guide rail 41 constitutes the adjusting bolt supporting boss 412 for having a surface for being raised in mould carrying pillow frame guide rail 41,
The adjusting bolt supporting boss 412 is corresponding with foregoing mould carrying pillow lift adjustment screw rod 44, and mould carrying pillow rises
The lower end of drop adjusting bolt 44 is supported on the adjusting bolt supporting boss 412；On foregoing screw rod driver plate 441 and surround
The circumferencial direction of screw rod driver plate 441 offers screw rod driver plate with space state and manipulates rod aperture 4411, because the screw rod driver plate is manipulated
The function of rod aperture 4411 be for being preferably in the driver plate control stick insertion of L-shaped with effect as key and shape, because
And keyhole can be referred to as.
Refer to Fig. 5 to Fig. 6 and combine Fig. 1 to Fig. 4, the use of the applicant description present invention, figure 5 illustrates category
In the machining tool power set 71 of the structural system of Digit Control Machine Tool 7 of machining center, in the power of machining tool power set 71
There is the machining tool 7111 for being used for the periphery processing to glass mold 6 on output shaft 711.
When to be processed to the periphery of glass mold 6, mould carrying is first rested the head on into frame 42 together with mould by online assignment personnel
Tool carrying pillow 43 drags the front end for leading to mould carrying pillow frame guide rail 41, to facilitate online assignment human users, then by glass molds
Tool 6 be placed in mould carrying pillow 43 moulds carrying pillow chamber 431 on, then by mould carrying pillow frame 42 together with mould carrying pillow 43 with
And glass mold 6 is back to the rear end of mould carrying pillow frame guide rail 41, and glass mold 6 is set to correspond to tailstock mechanism 2 with dividing
Between scale transmission mechanism 3.In order that the positioning hole 61 on the left and right end end face of glass mold 6 be able to respectively with tailstock mechanism 2
Structural system one group of locating detent top 29 and index dial transmission mechanism 3 structural system a component scale locating detent top
First 34 is corresponding, thus screw rod driver plate 441 is operated by foregoing driver plate control stick by online assignment personnel, by screw rod driver plate
441 driven molds carrying pillow lift adjustment screw rod 44 is shifted up, and carries what pillow lift adjustment screw rod 44 was shifted up in mould
During by it by the jack-up of glass mold 6, until making the positioning hole 61 of glass mold 6 and one group of locating detent come directly towards 29 and one group
Index dial locating detent top 34 is corresponding, i.e., in same level.
After the completion of above-mentioned action, external power supply work, because the acting cylinder 22 of the present embodiment is oil cylinder, thus it is outside
Power source is oil pump（Oil motor can also be used）, pressure oil is acted on through oil pipe pipeline from the introducing of the first pipeline matching hole 2221
In the left cylinder cavity 2211 of cylinder chamber 221, the displacement to the right of piston 24 is promoted, while the fluid in right cylinder cavity 2212 is coupled by the second pipeline
Hole 223 is drawn, in 24 right lateral of piston, and the right lateral of piston rod slip cap 25 is driven by it（Move to right）.With piston rod slip cap 25
Right lateral and drive tapered sleeve 26 and taper shank 27 correspondingly to move to right, and drive the locating detent disk 28 being secured to right by taper shank 27
OK, one group of locating detent top 29 is made to probe into the positioning hole 61 on the left end end face of glass mold 6, simultaneously because locating detent disk 28
Right lateral and force positioning hole 61 on the right-hand member end face of glass mold 6 to be engaged with component scale locating detent top 34,
That is component scale locating detent top 34 is probeed into the positioning hole 61 on left end end face, thereby complete to glass mold
6 two ends end face is clamped.Lift adjustment spiral shell is rested the head on followed by mould carrying by line personnel reverse operating screw rod driver plate 441, is made
Bar 44 is descending, until leaving the contact with glass mold 6, glass mold 6 is in hanging without interference state.In this condition by
Foregoing machining tool 7111 is processed to the periphery of glass mold 6, for example, consume board slot to glass mold milling side and milling
Chamber etc., while making index dial 32 also corresponding according to required angle, glass mold 6 need to be rotated under the work of index dial driving box 31
Rotate, foregoing locating detent disk 28, taper shank 27 and the same example of tapered sleeve 26.
After the required processing project to the periphery of glass mold 6 is completed by machining tool 7111, then according to foregoing
Opposite operating process is operated, and for example machining tool 7111 is up, that is, is recessed in glass mold.Then by online assignment people
Member operates to worm screw driver plate 441, to make mould carrying pillow lift adjustment screw rod 44 rise and in the jacking to glass mold 6
State.Followed by, the oil-feed of the second pipeline matching hole 223, the fluid that pressure oil is introduced in right cylinder cavity 2212, left cylinder cavity 2211 is from the
One pipeline matching hole 2221 is drawn, the left lateral of piston 24, drives the left lateral of piston rod slip cap 24, as with foregoing opposite process and
Until making one group of locating detent top 29 and component scale locating detent top 34 leave positioning hole 61.Will by online assignment personnel
Mould carrying pillow 43 is dragged together with glass mold 6 and mould the carrying pillow frame 42 for completing Excircle machining and leads to mould carrying pillow frame
The front end of guide rail 41, and glass mold 6 removes, and changes the glass mold 6 that next pair awaits making Excircle machining.
In summary, the technical scheme that the present invention is provided overcomes the deficiency in prior art, has favorably accomplished invention
Task, has faithfully cashed the technique effect referred in the superincumbent technique effect column of applicant, and can yet be regarded as is one and is paid
The ultimate attainment technical scheme applied in all glass mold manufactures.
Claims (8)
1. a kind of frock clamp of glass mold Excircle machining, it is characterised in that including a base (1), the base (1) makes
With on the numerically controlled machine (5) that machining center is arranged under state, and positioned at the left end of numerically controlled machine (5)；
The one tailstock mechanism (2) seized on both sides by the arms for one end end face to glass mold, the tailstock mechanism (2) is fixed on described base (1)
On；One index dial for being used to the other end end face of glass mold is seized on both sides by the arms and made glass mold rotate under the state of seizing on both sides by the arms is driven
Mechanism (3), the index dial transmission mechanism (3) be fixed on the right-hand member of the numerically controlled machine (5) and with described tailstock
Mechanism (2) is corresponding；One is used for the glass mold load carrier (4) of bearing glass mould, and the glass mold load carrier (4) exists
Described numerically controlled machine is fixed on corresponding to the position between the tailstock mechanism (2) and index dial transmission mechanism (3)
(5) on, in the upper surface of the numerically controlled machine (5) and length direction to be parallel to numerically controlled machine (5)
State interval offer workbench dovetail groove (51), described base (1) is together with described tailstock mechanism (2) corresponding to work
The position and the left end of numerically controlled machine (5) for making platform dovetail groove (51) are fixed, the index dial transmission mechanism (3) and glass
Mould load carrier (4) is same fixed in the position corresponding to workbench dovetail groove (51) and numerically controlled machine (5), described
Glass mold load carrier (4) include mould carrying pillow frame guide rail (41), mould carrying pillow frame (42), mould carrying pillow (43)
With mould carrying pillow lift adjustment screw rod (44), the rear end of mould carrying pillow frame guide rail (41) is trapezoidal corresponding to the workbench
The position of groove (51) is fixed with the numerically controlled machine (5), and the front end of mould carrying pillow frame guide rail (41) is outstanding with level
Arm state leans out the forward position of numerically controlled machine (5), and carries the both sides for the length direction for resting the head on frame guide rail (41) in mould
Each constitute has mould carrying pillow frame sliding groove (411) on face, and two side lower parts of pillow frame (42) are carried and in correspondence in mould
Respectively being constituted in the position of mould carrying pillow frame sliding groove (411) has a sliding groove with fitting (421), and sliding groove, which is matched somebody with somebody, to fit (421)
It is slidably matched with mould carrying pillow frame sliding groove (411), the side that pillow frame (42) carries pillow (43) towards mould is carried in mould
A pair of guide plates (422), the space between this pair of guide plate (422) and mould carrying pillow frame (42) are fixed with the state corresponded to each other
Respectively it is configured to carrying pillow sliding guide groove (4221), carrying the middle part of pillow (43) in mould and constituted towards upper side has one
Mould carrying pillow chamber (431), the bottom for carrying pillow chamber (431) in the mould offers an adjusting bolt mating holes (4311), and
Carrying pillow (43) in mould and constituted towards the side that mould carries pillow frame (42) has a carrying to rest the head on sliding guide (432), the carrying
The both sides of pillow sliding guide (432) are respectively slidably matched with described carrying pillow sliding guide groove (4221), are risen in mould carrying pillow
A screw rod driver plate (441), and the upper end of mould carrying pillow lift adjustment screw rod (44) are equipped in drop adjusting bolt (44)
Coordinate with adjusting bolt mating holes (4311) screw thread, and the lower end of mould carrying pillow lift adjustment screw rod (44) is supported on institute
Mould carrying pillow frame guide rail (41) is stated towards upper side.
2. the frock clamp of glass mold Excircle machining according to claim 1, it is characterised in that described tailstock machine
Structure (2) include tail-holder rack (21), acting cylinder (22), piston rod (23), piston (24), piston rod slip cap (25), tapered sleeve (26),
Taper shank (27), locating detent disk (28) and one group of locating detent top (29), the bottom of tail-holder rack (21), which is constituted, has a tail-holder rack to fix
Bottom plate (211), the tail-holder rack is fixed bottom plate (211) and fixed with described base (1), and being constituted on the top of tail-holder rack (21) has one
Piston rod slides mantle cavity (212), and the piston rod slides mantle cavity (212) from the left end insertion of the length direction of tail-holder rack (21) to the right side
End, acting cylinder (22) is sliding the position of the left chamber mouthful of mantle cavity (212) corresponding to piston rod with horizontal boom state and tail-holder rack
(21) left end end face is fixed, and the acting cylinder (22), which is constituted, an acting cylinder chamber (221), and the left end of piston rod (23) is stretched over work
It is interior with cylinder chamber (221), and right-hand member is located at the piston rod and slided in mantle cavity (212), piston (24) is fixed on the piston rod
(23) left end and being sealed with the acting cylinder cavity wall of the acting cylinder chamber (221) coordinates, and makes effect by the piston (24)
Cylinder chamber (221) is divided into left cylinder cavity (2211) and the right cylinder cavity positioned at the right side of piston (24) positioned at the left side of piston (24)
(2212), left cylinder cavity (2211) and right cylinder cavity (2212) are connected by oil pipe pipeline or breather pipe pipeline with external power supply respectively
Connect, piston rod slip cap (25), which directly expands, sets the right-hand member for being formed in the piston rod (23) and the piston rod slip cap (25)
The piston rod slip cap cavity wall that outer wall slides mantle cavity (212) with the piston rod is slidably matched, in the piston rod slip cap (25)
Axially center constitute and have a tapered sleeve receiving hole (251), the tapered sleeve receiving hole (251) is the blind hole of right-end openings, and on the right side
The position of end opening is fixed with a bearing cap (252), and tapered sleeve (26) is arranged in tapered sleeve receiving hole (251), in the tapered sleeve (26)
Left end be provided with tapered sleeve left bearing (261), and right-hand member is provided with tapered sleeve right bearing (262), and the tapered sleeve left bearing (261)
Hole wall with tapered sleeve right bearing (262) with tapered sleeve receiving hole (251) is engaged, right by tapered sleeve left bearing (261) and tapered sleeve
Bearing (262) and tapered sleeve (26) is rotated in the tapered sleeve receiving hole (251), offer a taper shank in the axial center of tapered sleeve (26)
Mating holes (263), left end and the taper shank mating holes (263) of taper shank (27) are inserted build-in and determined, and the right-hand member of taper shank (27) leans out taper shank
Mating holes (263) and expand afterwards in the bearing cap taper shank resigning hole (2521) by way of the middle position for being opened in bearing cap (252)
If composition has a taper shank fixed disk (271), the right side of locating detent disk (28) and taper shank fixed disk (271) is fixed, in the locating detent
The right side middle position of disk (28) is extended with a locating detent dish axle head (281), one group with the state perpendicular to locating detent disk (28)
Locating detent top (29) is arranged on the right-hand member end face of locating detent dish axle head (281).
3. the frock clamp of glass mold Excircle machining according to claim 2, it is characterised in that in the tail-holder rack
The left end of fixed bottom plate (211) and the middle position of right-hand member respectively offer a fixation bottom plate screw groove communicated with the external world
(2111) a fixation bottom plate screw (21111), is equipped with the position corresponding to the fixation bottom plate screw groove (2111), this is fixed
Bottom plate screw (21111) is fixed with described base (1)；Described taper shank (27) right-hand member and corresponding to the bearing
Position between lid (252) and taper shank fixed disk (271) has screwed a taper shank lock nut (272) with thread fiting mode；
In the tapered sleeve receiving hole (251) and corresponding to the position between the tapered sleeve left bearing (261) and tapered sleeve right bearing (262)
Install and be equipped with a bearing restriction spacer (2511) for being used to limit tapered sleeve left bearing (261) and tapered sleeve right bearing (262)；
A piston restriction for being used to limit the piston (24) is fixed with corresponding to the position of the left end end face of the piston rod (23)
Screw (231).
4. the frock clamp of glass mold Excircle machining according to claim 2, it is characterised in that in the tail-holder rack
(21) top and one is offered in the position corresponding to the piston rod slip cap (25) slide mantle cavity with the piston rod
(212) the anti-rotational screw hole of slip cap (213) communicated, a slip is equipped on the anti-rotational screw hole of the slip cap (213)
Cover anti-rotational screw (2131), the anti-rotational screw of the slip cap (2131) be insinuated into piston rod slide in mantle cavity (212) and with
The wall contacts of the piston rod slip cap (25).
5. the frock clamp of glass mold Excircle machining according to claim 2, it is characterised in that corresponding to described
The position of the left end end face of acting cylinder (22) is fixed with a cylinder cap for being used to close the left chamber mouthful of the acting cylinder chamber (221)
(222) a first pipeline matching hole communicated with the left cylinder cavity (2211), is opened up in the middle position of the cylinder cap (222)
(2221) one and right cylinder cavity, are offered on the top of acting cylinder (22) and in the position corresponding to the right cylinder cavity (2212)
(2212) the second pipeline matching hole (223) communicated.
6. the frock clamp of glass mold Excircle machining according to claim 5, it is characterised in that described acting cylinder
(22) it is oil cylinder or cylinder, and when acting cylinder (22) is oil cylinder, the first described pipeline matching hole (2221) and the second pipe
Road matching hole (223) is connected by oil pipe road with the external power supply, and the external power supply is hydraulic pump or hydraulic pressure
Motor；When acting cylinder (22) is cylinder, described the first pipeline matching hole (2221) and the second pipeline matching hole (223) passes through
Breather pipe pipeline is connected with the external power supply, and the external power supply is air compressor or air pump.
7. the frock clamp of glass mold Excircle machining according to claim 1, it is characterised in that described index dial
It is fixed that transmission mechanism (3) includes index dial driving box (31), index dial (32), a component scale locating detent (33) and a component scale
Position pawl top (34), index dial driving box (31) is in the workbench dovetail groove (51) corresponding to the numerically controlled machine (5)
Position be fixed on the right-hand members of numerically controlled machine (5), index dial (32) is rotatably supported at index dial by indexing dish axle
Coordinate on driving box (31) and in the case intracavitary of index dial driving box (31) with index dial driving box (31) transmission, a component degree
Disk locating detent (33) is arranged on index dial (32) towards the side of the tailstock mechanism (2), component scale locating detent top
(34) quantity is equal with the quantity of one division disk locating detent (33) and is distributed on a component scale locating detent (33).
8. the frock clamp of glass mold Excircle machining according to claim 1, it is characterised in that in described mould
Carrying pillow frame guide rail (41) is towards upper side and the length direction that carries pillow frame guide rail (41) along mould constitutes and has one convex
Arise from the adjusting bolt supporting boss (412) on the surface of mould carrying pillow frame guide rail (41), the adjusting bolt supporting boss (412)
It is corresponding with mould carrying pillow lift adjustment screw rod (44), and the lower end of mould carrying pillow lift adjustment screw rod (44)
It is supported on the adjusting bolt supporting boss (412), on described screw rod driver plate (441) and around screw rod driver plate (441)
Circumferencial direction with space state offer screw rod driver plate manipulate rod aperture (4411).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510579975.9A CN105127790B (en) | 2015-09-14 | 2015-09-14 | The frock clamp of glass mold Excircle machining |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510579975.9A CN105127790B (en) | 2015-09-14 | 2015-09-14 | The frock clamp of glass mold Excircle machining |
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| Publication Number | Publication Date |
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| CN105127790A CN105127790A (en) | 2015-12-09 |
| CN105127790B true CN105127790B (en) | 2017-09-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510579975.9A Active CN105127790B (en) | 2015-09-14 | 2015-09-14 | The frock clamp of glass mold Excircle machining |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106735379B (en) * | 2017-02-21 | 2019-04-05 | 中山市合丰五金制品有限公司 | A kind of face Cutter Body Processing with Machining Center roller bearing D jig |
| CN106881472B (en) * | 2017-04-19 | 2019-02-19 | 淮海工学院 | More specification pipe fittings automate drilling equipment |
| CN108127440A (en) * | 2017-12-25 | 2018-06-08 | 佛山市珂莎巴科技有限公司 | A kind of tapered sleeve processing tool |
| CN109605087B (en) * | 2019-01-28 | 2024-02-27 | 苏州东方模具科技股份有限公司 | Clamp for processing glass mold bottle bottom mold |
| CN110653572B (en) * | 2019-10-09 | 2021-11-19 | 上海航天精密机械研究所 | Milling and clamping device of axisymmetric thin-wall suspended structure |
| CN111482839B (en) * | 2020-05-27 | 2021-08-20 | 常州机电职业技术学院 | Pneumatic automatic propelling device for lathe machining |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2641724A1 (en) * | 1989-01-16 | 1990-07-20 | Piart Serge | Method and device for positioning and immobilising workpieces to be machined on numerically controlled machines |
| WO2001087537A1 (en) * | 2000-05-19 | 2001-11-22 | Kataoka Machine Tools Mfg. Co., Ltd. | Work holding device, milling machine, and long work machining method |
| CN102019440B (en) * | 2010-11-24 | 2013-01-09 | 大连机床(数控)股份有限公司 | Spring pre-tightening type hydraulic floating tailstock |
| CN103056693B (en) * | 2013-01-29 | 2015-04-15 | 苏州东方模具科技股份有限公司 | Work fixture for machining inner cavities and joint closing surfaces of glass molds |
| CN103273344A (en) * | 2013-05-08 | 2013-09-04 | 苏州东方模具科技股份有限公司 | Work clamp matched with universal miller and used for milling seam faces of glass molds |
| CN104416397A (en) * | 2013-09-10 | 2015-03-18 | 鸿富锦精密工业（深圳）有限公司 | Fan frame positioning device |
| CN103894854A (en) * | 2014-03-28 | 2014-07-02 | 天津沃尔德阀门有限公司 | Positioning device for milling center line butterfly valve rotary shaft |
| CN204954412U (en) * | 2015-09-14 | 2016-01-13 | 苏州东方模具科技股份有限公司 | Frock clamp of glass mold excircle processing usefulness |
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