CN206253847U - The frock clamp of glass mold die cavity surfacing - Google Patents
The frock clamp of glass mold die cavity surfacing Download PDFInfo
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- CN206253847U CN206253847U CN201621380951.7U CN201621380951U CN206253847U CN 206253847 U CN206253847 U CN 206253847U CN 201621380951 U CN201621380951 U CN 201621380951U CN 206253847 U CN206253847 U CN 206253847U
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 9
- 238000003825 pressing Methods 0.000 claims description 5
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- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
A kind of frock clamp of glass mold die cavity surfacing, including frame, it is made up of framework soleplate, the left and right wallboard of frame, and the left wallboard of frame is fixed on the left end of framework soleplate, the right wallboard of frame is fixed on the right-hand member of framework soleplate, and the space between the left and right wallboard of frame is configured to frame chamber；Mould is horizontally-arranged to clamp frame drive mechanism, is supported between the left and right wallboard of frame；Mould is horizontally-arranged to clamp frame, is installed in that mould is horizontally-arranged to be clamped in frame drive mechanism in the position of the horizontally-arranged front side for clamping frame drive mechanism corresponding to mould；Reversing frame drive mechanism, is located at the left wallboard and is connected back to the side of the right wallboard of frame and the frame drive mechanism that clamps horizontally-arranged with mould.Simplify the horizontally-arranged structure for clamping frame of mould, reduce volume；Convenient and strength-saving, the intensity of mitigation operator is clamped, enhanced safety is able to, it is to avoid contingency occurs；Reduction acts transmission link and embodies energy-saving effect；Small volume, lowers the center of gravity and saves space, ensures the reliability of stability and action.
Description
Technical field
The utility model belongs to technical field of tooling clamps, and in particular to a kind of frock folder of glass mold die cavity surfacing
Tool.
Background technology
Glass mold is for example all kinds of beer bottles of manufacture glass container, red wine bottle, Drinking bottle or even daily cosmetics bottle
Important equipment.In the forming process of glassware, for the glass mold of two die sinkings or many die sinkings, its die cavity directly with
The glass melt of melting is frequently contacted, chemical erosion, abrasion and alternating hot and cold stress by glass（Colding and heat succeed each other conversion should
Power）Effect, and be on active service at a temperature of 500-800 DEG C or so, cavity surface, joint surface or even two ends end face easily aoxidize,
Plus there is the shock that is difficult to avoid that between mould parts, thus can produce and be not limited to following several damage situations：Fatigue is damaged
Bad, mechanical collision damage, oxide etch damage and wear damage.
In order to improve the resistance to oxidation of glass mold, corrosion-resistant, heat-resistant anti-fatigue and the performance such as wear-resistant as much as possible, generally adopt
By hand surfacing mode or using plasma spray mode to position surfacing alloy materials such as die cavity, the joint surfaces of glass mold
Layer, the weight/mass percentage composition that alloy material refers mainly to but is not definitely limited to refer to nickel is more than 90% nickel-base alloy powder.However,
Whether it is required to for glass mold to be in effective clamp position using manual surfacing or using plasma spray, and makes
Glass mold must rely on corresponding frock clamp in effective clamp position.
Technical information on making the frock clamp of glass mold processing is no lack of in disclosed Chinese patent literature
It is seen in, slightly enumerating such as Authorization Notice No. CN101659015B（Process the frock clamp of glass mold）、
CN101891373B（The vessel die clamper of glassware）、CN101891372B（Glassware mould fixture）、CN101898311B
（The clamp structure of milling positioning reference plane in glass die blank）、CN102380777B（The folder of glass mold processing
Tool device）、CN102443859B（For the grip device of glass mold processing）、CN102350650B（Glass mold processing is used
Fixture）、CN102350651B（The grip device of the improved glass mold processing of structure）、CN102689187A（Glass molds
Has the turntable type frock clamp of processing）、CN102848039A（The glass mold drift cooling bath being configured on electric discharge machine adds
The clamp structure of work）、CN102837213A（The clamp structure of glass mold processing）、CN102848246A（Glass mold
The frock clamp of processing）、CN102848245A（The clamp structure of glass mold processing）、CN103056695A（Glass molds
Tool inner chamber and the clamp structure of joint surface processing）And CN103084771A（The clamping apparatus of open-close type shaping mould hinge welding
Structure）, etc., etc..
As long as by the reading to being not limited to above-mentioned patent document：Frock clamp have for a certain product,
The processing technology of a certain class product, the processing technology of a certain product or a certain class product it is exclusive the characteristics of, be consequently belonging to non-
Device for mark（Non- device for mark refers to without international, domestic standard or even industry standard specification）, rather than device for mark is both without technical
Versatility, and without technical referentiability, the factory of product is produced by production product or using special process under normal circumstances
Business is customized in the way of cutting the garment according to the figure, sitting in the right seat（Customization includes designed, designed and self manufacture）.This situation is based on,
Due to being showed no all contributing to glass mold in reliable clamping in previous disclosed China and foreign countries' patent and non-patent literature
Under state for laser automatic Welding machine the position of die cavity, joint surface, two ends end face etc is carried out surfacing nickel base alloy layer and
And the technical information of the relatively terse frock clamp of structure, thus generally use similar to by invention patent mandate notification number
" clamping device of glass mold cavity plasma spray welding " that CN102019496B recommends（The patent is proposed by the applicant）
Structure type.
Although above-mentioned CN102019496B can be connected with robot wrist and it is effective to glass mold clamping or release,
Can mitigate workman to glass mold clamp working strength and raising clamp efficiency and help to ensure safety, can specifically join
See the 0016th section of the patent specification.But, there is following shortcoming in the patent formula that the CN102019496B is provided：First,
Because the patent is as a transition mechanism between industrial robot and Plasma Spraying Equipment, i.e., because itself can not be turned round
And needs supported the use with industrial robot, thus for various lots of middle-size and small-size glass mold production firm of China for,
Input industrial robot does not only exist fund difficulty, and there is the technical bottleneck in terms of O＆M；Second, due to being only capable of
The effect of the fast clamp and release to glass mold is embodied, thus it is relatively poor to the adaptations of glass mold size；
Third, overall structure is still complex, there is certain difficulty to manufacture and assembly, and it is big and be unfavorable for saving to consume material
Resource；Although fourth, the patent can make by surfacing glass mold embody according to the free degree that need to be turned round, because it is to pass through
What the Wrist-sport of robot was realized, thus be not given at making to clamp using common device on the premise of breaking away from robot control
The clamping device for having glass mold half module is able to the enlightenment for freely rotating.
" the rotatable glass mold workpiece fixture device " that invention patent mandate notification number CN103358077B recommends makes up
The shortcoming of foregoing CN102019496B and can objectively cash its five side concluded in the technique effect column of specification
The technique effect in face, but still have the following disadvantages：One be due to await the glass mold of surfacing nickel base alloy layer be with
Longitudinal state is clipped on mould and clamps on frame, thus not only mould clamps support body product greatly, and structure is relative complex, for example, need
Be equipped with by cylinder as power mold backs detent mechanism；Two be due to can only be suitable for by the die cavity of glass mold back to
The mode of the side of mold backs detent mechanism is implemented longitudinal direction and is clamped, thus is faced upward towards upper relative to by the die cavity of glass mold
Crouch for clamping, the manipulation strength of operative employee is much greater（Clamp laborious）, and longitudinally clamp that also to there is safety coefficient low
Problem；Three is due to when being clamped by revolving bed rotary motion mechanism driven mold needed for frame deflects clockwise or counterclockwise
During angle, it is necessary to drive revolving bed by the wallboard fixed with revolving bed, and then by revolving bed driven mold mounting bracket, thus will
Seeking the revolving bed motor of revolving bed rotary motion mechanism has relatively large power, and then not only action transmission link is more,
And be unfavorable for saving power consumption, if certainly revolving bed is designed as to be separated with revolving bed rotary motion mechanism and make it
In the frame seat of static state setting, while revolving bed rotary motion mechanism is developed into clamping the mould folder that frame is directly connected to mould
Shelve drive mechanism, then certainly can remedy such and insufficient, i.e., can both reduce power transmission link, electric energy can be saved again
Consumption, but do not provide opening of being able to use for reference including foregoing all formerly disclosed patent documents including the CN103358077B
Show；Fourth, because the big center of gravity of the volume of device is high, thus the occupancy to space is not only increased, and the relative shortcoming of stability.
For above-mentioned prior art, it is necessary to further improve, be that this applicant has made positive and beneficial design, eventually
In foring technical scheme described below, and enter at the equipment test center of the applicant secrecy provision is taken
Go and clamp experiment to the simulation of glass mold, as a result proved practicable.
The content of the invention
Task of the present utility model be provide it is a kind of help to make glass mold clamped towards upper lying on the back in die cavity and
Significantly simplified mould is used to clamp the structure of frame and reduce volume, be conducive to significantly mitigating what operator clamped glass mold
Manipulation strength and enhanced safety and use and avoid contingency, be beneficial to substantially reduce action transmission link and save
Save power consumption and use to embody economizing type and energy-saving economic spirit that the current whole society advocates and have and be easy to be reduced significantly body
Accumulate and make center of gravity reduction and use save space and ensure the frock clamp of the glass mold die cavity surfacing of stability.
What task of the present utility model was performed by, a kind of frock clamp of glass mold die cavity surfacing, including
One frame, the frame is made up of framework soleplate, the left wallboard of frame and the right wallboard of frame, and framework soleplate is propped up by framework soleplate supporting leg
Hold on the terrace of glass mold surfacing Work places, the left wallboard of frame is fixed on frame ground with the state perpendicular to framework soleplate
The left end of plate, the right wallboard of frame is same to be fixed on the right-hand member of framework soleplate and left with frame with the state perpendicular to framework soleplate
Wallboard is corresponding, and the space between the left and right wallboard of frame is configured to frame chamber；One mould is horizontally-arranged to clamp frame drive mechanism, the mould
Tool is horizontally-arranged to be clamped frame drive mechanism corresponding to frame chamber and is rotatably supported between the left and right wallboard of frame；One mould is horizontally-arranged
Frame is clamped, the mould is horizontally-arranged to be clamped frame and be installed in mould in the position corresponding to the horizontally-arranged front side for clamping frame drive mechanism of mould and crouch
Put and clamp in frame drive mechanism；Single-revolution frame drive mechanism, the reversing frame drive mechanism be arranged on the left wallboard of the frame back to
The side of the right wallboard of the frame and frame drive mechanism that clamps horizontally-arranged with the mould is connected.
In a specific embodiment of the present utility model, the horizontally-arranged frame drive mechanism that clamps of described mould includes revolution
Frame, central shaft, center shaft gear, clamp frame fix chuck, clamp frame motor, clamp frame drive reduction box and clamp frame drive
Dynamic master gear, reversing frame corresponds to the frame chamber, the upper of the left wallboard of the frame is supported on the left pivot movement of the reversing frame
Portion, and the top of the right wallboard of the frame is rotatably supported on the right side of reversing frame, and the reversing frame has single-revolution frame chamber,
The rear end of central shaft is rotatably supported in the rear cavity wall in reversing frame chamber by central shaft rear bearing block, and middle part is located at turn around frame chamber
It is interior, and during the front end of central shaft is rotatably supported on the anterior cavity wall in reversing frame chamber and is stretched over by central shaft front-end bearing pedestal
The front of heart axle front-end bearing pedestal, center shaft gear is fixed on the middle part of central shaft, clamps frame and fixes chuck and the central shaft
Front end is fixed, and clamps frame motor and drives reduction box transmission to coordinate and drive reduction box together with folder by clamping frame with frame is clamped
Shelve motor to be fixed with the reversing frame bottom of chamber plate in reversing frame chamber in reversing frame chamber, clamp frame and drive master gear to be fixed on folder
Shelve and drive the frame that clamps of reduction box to drive on reduction gearbox output shaft and be meshed with described center shaft gear, described mould
The horizontally-arranged frame that clamps of tool is fixed with the frame fixation chuck that clamps；Described reversing frame drive mechanism is passed with the left side of the reversing frame
Dynamic connection.
In another specific embodiment of the present utility model, the described frame motor that clamps is with rotating work(
The motor of energy, the described frame that clamps drives reduction box for worm reduction box, and described reduction gearbox output shaft is worm-wheel shaft.
In another specific embodiment of the present utility model, described mould is horizontally-arranged clamp frame including a cantilever shalving,
Crossbeam fixing axle, a pair of mould drop in beams and the horizontally-arranged bed of a mould, cantilever shalving include a crossbeam, a left cantilever and a right cantilever, left
The rear end of cantilever is fixed with the left end front side of crossbeam, and the rear end of right cantilever is fixed with the right-hand member front side of crossbeam and left and right outstanding
Arm, parallel, the front end of crossbeam fixing axle is fixed by fixed axle screw with the middle part of the length direction of crossbeam, and crossbeam is consolidated
The rear end of dead axle is lived by the frame fixation gripper chuck that clamps, and the left end of a pair of mould drop in beams is hung on left cantilever, and a pair of moulds
The right-hand member for having drop in beam is hung on right cantilever, and the horizontally-arranged bed of mould is shelved between a pair of mould drop in beams.
In another specific embodiment of the present utility model, a pair of described left ends of mould drop in beam are left outstanding with described
Arm is slidably matched and is positioned by being disposed in the left pinching screw of the drop in beam of a pair of left end bottoms of mould drop in beam, and a pair of moulds are hung
The right-hand member of beam is slidably matched and with the right cantilever by being disposed in the right clamping spiral shell of the drop in beam of a pair of right-hand member bottoms of mould drop in beam
Nail positioning.
There is a specific embodiment of the present utility model, at a pair of described middle parts of mould drop in beam towards upper
Side respectively constitute and there are the horizontally-arranged beds of a pair of moulds to limit flanges, the space that a pair of horizontally-arranged beds of mould are limited between flanges is configured to mould
Has horizontally-arranged bed head of a bed hanging feet chamber, the upper front end and upper rear end of the horizontally-arranged bed of mould are respectively constituted a head of a bed hanging feet, the bed
Head hanging feet be engaged with the horizontally-arranged bed head of a bed hanging feet chamber of mould, and head of a bed hanging feet sidepiece be each provided with die face clamping spiral shell
Nail, one is provided between the described horizontally-arranged bed of a pair of moulds limits flange and in the position of the top corresponding to head of a bed hanging feet
Head of a bed pressing plate.
Of the present utility model more and in a specific embodiment, mould is parallel in the middle part of the horizontally-arranged bed of the mould
The length direction of horizontally-arranged bed constitutes the mold backs groove positioning boss for having a surface for being raised in the horizontally-arranged bed of mould.
In the of the present utility model and then specific embodiment, the reversing frame passes on left reversing frame support shaft
It is rotatably supported on reversing frame support shaft left shaft holder, and is stretched over the left side of reversing frame support shaft left shaft holder, and returns
The right side of pivoted frame is rotatably supported in reversing frame support shaft right axle bearing again by reversing frame support shaft, reversing frame support shaft
Left shaft holder is fixed on the top of the left wallboard of the frame, and reversing frame support shaft right axle bearing is fixed on the right wallboard of the frame
Top, be arranged on the reversing frame drive mechanism and the revolution of the left wallboard of the frame back to the side of the right wallboard of frame
Frame support shaft is connected.
Include reduction box in reversing frame drive mechanism of the present utility model and more and in a specific embodiment, described
Fixed seat, reversing frame motor, reversing frame drive reduction box, reversing frame driving pinion and reversing frame drive gear wheel, subtract
Fast case fixed seat is fixed on the left wallboard of the frame back to the side of the right wallboard of the frame, reversing frame motor and reversing frame
Drive reduction box transmission to coordinate and drive reduction box to be fixed on reduction box fixed seat together with reversing frame motor by reversing frame
On, reversing frame driving pinion is fixed on reversing frame and drives the reversing frame of reduction box to drive on reduction gearbox output shaft, and reversing frame drives
Dynamic gear wheel is fixed in the reversing frame support shaft and is meshed with reversing frame driving pinion.
It is of the present utility model and and then a specific embodiment in, described reversing frame motor is with positive and negative
The motor of rotating function, it is worm reduction box that described reversing frame drives reduction box, and described reversing frame drives reduction box defeated
Shaft is worm-wheel shaft.
One of technique effect of technical scheme that the utility model is provided, frame is clamped as a result of mould is horizontally-arranged, thus
The requirement that glass mold is clamped with die cavity towards upper horizontally-arranged state can be met, the horizontally-arranged knot for clamping frame of simplified mould can be both shown
Structure, can be reduced significantly volume again；Two, due to can clamp glass mold is horizontally-arranged, thus clamp convenient and strength-saving, can not only subtract
The manipulation strength of light work person, and it is able to enhanced safety, it is to avoid contingency occurs；Three, due to can be sleeping by mould
Put and clamp that frame drive mechanism direct drive mould is horizontally-arranged to clamp frame, thus reduction action transmission link and energy-conservation effect can be embodied
Really；Four, because overall volume is reduced significantly, thus can both lower the center of gravity and save space, stability and dynamic can be ensured again
The reliability of work.
Brief description of the drawings
Fig. 1 is example structure figure of the present utility model.
Specific embodiment
In order to be more clearly understood from technical spirit of the present utility model and beneficial effect, applicant is below with reality
The mode for applying example elaborates, but is not the limitation to the utility model scheme, any foundation to the description of embodiment
The done only formal rather than substantial equivalent transformation of the utility model design is regarded as of the present utility model
Technical scheme category.
In the following description it is every be related to upper and lower, left and right, the directionality of front and rear or directionality concept be all
On the basis of the location of Fig. 1 state, thus the spy of technical scheme provided the utility model can not be understood as
Do not limit.
Fig. 1 is referred to, a frame 1 is shown（Can also claim " pedestal ", it is as follows）, the frame 1 is by framework soleplate 11, machine
The left wallboard 12 of frame and the right wallboard 13 of frame are constituted, and framework soleplate 11 is supported on glass mold surfacing by framework soleplate supporting leg 111
On the terrace of Work places, the left wallboard 12 of frame is fixed on the left end of framework soleplate 11 with the state perpendicular to framework soleplate 11,
The right wallboard 13 of frame it is same with the state perpendicular to framework soleplate 11 be fixed on framework soleplate 11 right-hand member and with the left wall of frame
Plate 12 is corresponding, and the space between the left and right wallboard 12,13 of frame is configured to frame chamber 14；Show that a mould is horizontally-arranged and clamp frame
Drive mechanism 2, the mould is horizontally-arranged to be clamped frame drive mechanism 2 corresponding to frame chamber 14 and is rotatably supported at the left and right wall of frame
Between plate 12,13；Show that a mould is horizontally-arranged and clamp frame 3, the horizontally-arranged frame 3 that clamps of the mould drives corresponding to the horizontally-arranged frame that clamps of mould
The position of the front side of motivation structure 2 is installed in that mould is horizontally-arranged to be clamped in frame drive mechanism 2；Single-revolution frame drive mechanism 4 is shown, should
Reversing frame drive mechanism 4 is arranged on the left wallboard 12 of foregoing frame back to the side of the right wallboard 13 of foregoing frame and and foregoing mould
The horizontally-arranged frame drive mechanism 2 that clamps is connected.
Continue to see Fig. 1, the horizontally-arranged frame drive mechanism 2 that clamps of foregoing mould includes reversing frame 21, central shaft 22, central shaft tooth
23 are taken turns, frame fixation chuck 24 is clamped, is clamped frame motor 25, clamps frame driving reduction box 26 and clamp frame driving master gear
27, reversing frame 21 corresponds to foregoing frame chamber 14, is supported on foregoing frame left wallboard 12 left pivot movement of the reversing frame 21
Top, and the right side of reversing frame 21 is rotatably supported at the top of the right wallboard 13 of foregoing frame, and the reversing frame 21 has i.e.
Single-revolution frame chamber 211 is formed with, the rear end of central shaft 22 is rotatably supported at reversing frame chamber by central shaft rear bearing block 221
In 211 rear cavity wall, middle part is located at turn around in frame chamber 211, and the front end of central shaft 22 is rotated by central shaft front-end bearing pedestal 222
Be supported on the anterior cavity wall in reversing frame chamber 211 and be stretched over the front of central shaft front-end bearing pedestal 222, center shaft gear 23 with
Flat key fixed form is fixed on the middle part of central shaft 22, clamps frame fixation chuck 24 and is fixed with the front end of aforesaid central axle 22, presss from both sides
Shelve motor 25 and drive the transmission of reduction box 26 to coordinate and drive reduction box 26 together with clamping frame by clamping frame with frame is clamped
Motor 25 is in reversing frame chamber 211 and corresponding to the fixing threaded hole 21111 being opened on reversing frame bottom of chamber plate 2111
Position fixed with the reversing frame bottom of chamber plate 2111 in reversing frame chamber 211, clamp frame drive master gear 27 be fixed on clamp frame driving
The frame that clamps of reduction box 26 drives on reduction gearbox output shaft 261 and is meshed with foregoing center shaft gear 23, foregoing mould
The horizontally-arranged frame 3 that clamps of tool is fixed with the foregoing frame fixation chuck 24 that clamps；Foregoing reversing frame drive mechanism 4 and foregoing reversing frame 21
Left side is connected.
In the present embodiment, the foregoing frame motor 25 that clamps is the motor with positive and negative rotating function, and foregoing clamps
It is worm reduction box that frame drives reduction box 26, and with this adaptably, foregoing reduction gearbox output shaft 261 is worm-wheel shaft.
When the work of frame motor 25 is clamped, drive clamps frame and drives reduction box 26, and clamping frame by this drives reduction box
26 reduction gearbox output shaft 261 drives and clamps frame and drive master gear 27, because center shaft gear 23 is and clamps frame and drives main tooth
What wheel 27 was meshed, thus drive master gear 27 to drive center shaft gear 23 by clamping frame, center is driven by center shaft gear 23
Axle 22, clamps frame fixation chuck 24 and rotates by the drive of central shaft 22, and the rotation direction for clamping frame fixation chuck 24 depends on clamping
The direction of rotation of frame motor 25.
Continue to see Fig. 1, the horizontally-arranged frame 3 that clamps of foregoing mould is hung including a cantilever shalving 31, crossbeam fixing axle 32, a pair of moulds
The horizontally-arranged bed 34 of the mould of beam 33 and, cantilever shalving 31 includes a crossbeam 311, a left cantilever 312 and a right cantilever 313, left cantilever 312
The left end front side of rear end and crossbeam 311 be welded and fixed, be welded and fixed on front side of the rear end of right cantilever 313 and the right-hand member of crossbeam 311,
And left and right cantilever 312,313 is parallel, so that cantilever shalving 31 forms the door glyph construction of front openings, crossbeam is fixed
The front end of axle 32 is fixed by fixed axle screw 321 with the middle part of the length direction of crossbeam 311, and the rear end of crossbeam fixing axle 32
Clamped by the foregoing frame fixation chuck 24 that clamps, the left end of a pair of mould drop in beams 33 is hung on left cantilever 312, and a pair of moulds are hung
The right-hand member of beam 33 is hung on right cantilever 313, and the horizontally-arranged bed 34 of mould is shelved between a pair of mould drop in beams 33.
Understood according to the professional general knowledge of signal and combination of Fig. 1, crossbeam fixing axle 32 is can with fixture stand fixation chuck 24
Shirk it is fixed, when operator fixes the claw 241 that chuck 24 operates and make to clamp frame to fix chuck 24 to clamping frame（Three）
During inward displacement, the rear end of crossbeam fixing axle 32 is clamped by claw 241, claw is made when inverse operations clamps frame fixation chuck 24
241 when being displaced outwardly, and claw 24 discharges to the rear end of crossbeam fixing axle 32, and whole cantilever shalving 31 just can use from fixing in clamping frame
Chuck 24.
A pair of foregoing left ends of mould drop in beam 33 are slidably matched and with foregoing left cantilever 312 by being disposed in a pair of moulds
The left clamping and positioning of pinching screw 331 of drop in beam of the left end bottom of drop in beam 33, and a pair of right-hand members of mould drop in beam 33 are right outstanding with foregoing
Arm 313 is slidably matched and by being disposed in the right clamping and positioning of pinching screw 332 of the drop in beam of a pair of right-hand member bottoms of mould drop in beam 33.
Continue to see Fig. 1, respectively being constituted towards upper side at a pair of foregoing middle parts of mould drop in beam 33 there are a pair of moulds to crouch
Put bed and limit flange 333, the space between a pair of horizontally-arranged bed restriction flanges 333 of mould is configured to the horizontally-arranged bed head of a bed hanging feet chamber of mould
3331, the upper front end and upper rear end of the horizontally-arranged bed 34 of foregoing mould are respectively constituted a head of a bed hanging feet 341, the head of a bed hanging feet 341
Be engaged with the horizontally-arranged bed head of a bed hanging feet chamber 3331 of mould, and head of a bed hanging feet 341 sidepiece be each provided with die face clamp
Screw 3411, between the foregoing horizontally-arranged bed of a pair of moulds limits flange 333 and in the top corresponding to head of a bed hanging feet 341
Position is provided with a head of a bed pressing plate 3332.
The length direction for being parallel to the horizontally-arranged bed 34 of mould at the middle part of the horizontally-arranged bed 34 of foregoing mould is constituted has one to be raised in mould
Has the mold backs groove positioning boss 342 on the surface of horizontally-arranged bed 34.
Glass mold 5 is illustrated in Fig. 1, the glass mold 5 is constituted towards upper side die cavity 51, and under one
Side is that back is generally machined with back detent 52, when glass mold 5 is placed in mould with the upward horizontally-arranged state of its die cavity 51
When on horizontally-arranged bed 34, back detent 52 is directed at mold backs groove positioning boss 342, and spiral shell is clamped to die face
Nail 3411 is operated, and by die face pinching screw 3411 by the face clamping of glass mold 5, then a pair of head of a bed pressing plates 3332 is put
Limit on flange 333 and screwed in bridge screw 33321 in a pair of horizontally-arranged beds of mould and be preset in the horizontally-arranged bed restriction flange 333 of mould
On screw hole 3333 in, so as to being pushed down head of a bed hanging feet 341 by head of a bed pressing plate 3332, whole glass mold 5 is in reliable
Clamp state.Applicant it should be noted that：Although the glass mold 5 illustrated in Fig. 1 is mouth mold, it is not intended that limit
In mouth mold, it is new that other such as shaping moulds of any type of glass mold 5 only with die cavity 51 may be applicable to this practicality
Type is clamped.
Continue to see Fig. 1, the reversing frame support shaft 212 that passes on left of foregoing reversing frame 21 is rotatably supported at reversing frame supporting
On axle left shaft holder 2121, and the left side of reversing frame support shaft left shaft holder 2121 is stretched over, and the right side of reversing frame 21 is same
Sample is rotatably supported in reversing frame support shaft right axle bearing 213 by reversing frame support shaft 212, reversing frame support shaft left bearing
Seat 2121 is fixed on the top of the left wallboard 12 of foregoing frame, and reversing frame support shaft right axle bearing 213 is fixed on the foregoing frame right side
The top of wallboard 13, is arranged on the left wallboard 12 of foregoing frame back to the foregoing reversing frame drive mechanism of the side of the right wallboard 13 of frame
4 are connected with foregoing reversing frame support shaft 212.
Continue to see Fig. 1, foregoing reversing frame drive mechanism 4 includes reduction box fixed seat 41, reversing frame motor 42, returns
Pivoted frame drives reduction box 43, reversing frame driving pinion 44 and reversing frame drive gear wheel 45, and reduction box fixed seat 41 is by solid
Reservation screw 411 is fixed on the left wallboard 12 of foregoing frame back to the side of the right wallboard 13 of foregoing frame, reversing frame motor 42
With reversing frame drive reduction box 43 transmission coordinate and by reversing frame drive reduction box 43 by reduction box fixing screws 432 together with
Reversing frame motor 42 is fixed in reduction box fixed seat 41, and reversing frame driving pinion 44 is fixed on reversing frame and drives and slows down
The reversing frame of case 43 is driven on reduction gearbox output shaft 431, and reversing frame drive gear wheel 45 is fixed on foregoing reversing frame support shaft 212
It is meshed above and with reversing frame driving pinion 44.
In the present embodiment, foregoing reversing frame motor 42 is the motor with positive and negative rotating function, foregoing revolution
It is that the foregoing reversing frame of worm reduction box drives reduction gearbox output shaft 431 for worm-wheel shaft that frame drives reduction box 43.
When reversing frame motor 42 works, drive reversing frame to drive reduction box 43 by it, driven by reversing frame and slowed down
The reversing frame of case 43 drives reduction gearbox output shaft 431 to drive reversing frame driving pinion 44, by the band of reversing frame driving pinion 44
Dynamic reversing frame drive gear wheel 45, because reversing frame drive gear wheel 45 is fixed on returning for reversing frame 21 by flat key fixed form
In pivoted frame support shaft 212, thus reversing frame support shaft 212 is driven by reversing frame drive gear wheel 45, by reversing frame support shaft 212
Reversing frame 21 is driven to turn round, so that the whole horizontally-arranged frame drive mechanism 2 that clamps of mould is turned round, the direction of revolution is clockwise or inverse
Hour hands revolution depends on the direction of rotation of reversing frame motor 42（Operative orientation）.
Because the principle of the surfacing nickel-base alloy welding powder of die cavity 51 to glass mold 5 can be found in the superincumbent background of applicant
The CN103358077B referred in technology column, thus applicant is only briefly described below.To await being sprayed automatically for laser
The glass mold 5 of weldering robot surfacing is clipped on that mould is horizontally-arranged to be clamped on frame 3 by applicant's process that clamps described above, is
Ensure to be kept by the laser printhead of the surface of the die cavity 51 of surfacing and laser automatic welding machine people 90 ° of vertical relation, because
And need to make to be placed in the horizontally-arranged glass mold 3 clamped on frame 3 of mould and rotate, i.e., mould is made by the horizontally-arranged frame drive mechanism 2 that clamps of mould
The horizontally-arranged frame 3 that clamps is rotated together with the glass mold 5 for clamping thereon.Because, if the surface of die cavity 51 can not spray with aforementioned laser
Head keeps vertical, if that is, glass mold 5 is not rotated, then the arm of surfacing robot is to rotate（Laser spray welding robot
Using synchronous powder feeding system mode surfacing）, the part welding powder that laser printhead sprays can accumulate in the bottom of die cavity 51 because of Action of Gravity Field,
This accumulates in the layer enlarged in thickness of the bottom of die cavity 51, and the layer thickness at remaining position does not reach requirement because excessively thin again, from
And influence the surfacing quality to die cavity.Here it is the reason for rotating why glass mold 5.Meanwhile, foregoing reversing frame
21 also accordingly make its work have a down dip or motion of facing upward accordingly by reversing frame drive mechanism 54.The foregoing frame fixation chuck 24 that clamps is rotated
Opportunity, rotate angle and the speed controlled PLC in electric control box（Programmable controller）, i.e., by electric control box
Fixture stand motor 25 is controlled, the same example of motion of foregoing reversing frame 21, i.e. reversing frame motor 42 is controlled by electrically
The PLC of control cabinet.
In sum, the technical scheme that the utility model is provided compensate for the shortcoming in prior art, favorably accomplish
Invention task, has faithfully cashed the technique effect referred in the superincumbent technique effect column of applicant.
Claims (10)
1. a kind of frock clamp of glass mold die cavity surfacing, it is characterised in that including a frame (1), the frame (1) is by machine
Frame base plate (11), the left wallboard of frame (12) and the right wallboard of frame (13) composition, framework soleplate (11) is by framework soleplate supporting leg
(111) it is supported on the terrace of glass mold surfacing Work places, the left wallboard of frame (12) is with perpendicular to framework soleplate (11)
State is fixed on the left end of framework soleplate (11), and the right wallboard of frame (13) is equally fixed with the state perpendicular to framework soleplate (11)
Right-hand member and, space frame left and right wallboard (12,13) between corresponding with the left wallboard of frame (12) in framework soleplate (11)
It is configured to frame chamber (14)；One mould is horizontally-arranged to clamp frame drive mechanism (2), and the mould is horizontally-arranged to clamp frame drive mechanism (2) correspondence
In frame chamber (14) and between being rotatably supported at the left and right wallboard of frame (12,13)；One mould is horizontally-arranged to clamp frame (3), the mould
The horizontally-arranged frame (3) that clamps of tool is installed in the horizontally-arranged folder of mould in the position corresponding to the horizontally-arranged front side for clamping frame drive mechanism (2) of mould
Shelve in drive mechanism (2)；Single-revolution frame drive mechanism (4), the reversing frame drive mechanism (4) is arranged on the left wallboard of the frame
(12) it is connected back to the side of the right wallboard of the frame (13) and frame drive mechanism (2) that clamps horizontally-arranged with the mould.
2. the frock clamp of glass mold die cavity surfacing according to claim 1, it is characterised in that described mould crouches
Put clamp frame drive mechanism (2) including reversing frame (21), central shaft (22), center shaft gear (23), clamp frame fix chuck
(24) frame motor (25), is clamped, frame driving reduction box (26) is clamped and clamps frame and drives master gear (27), reversing frame (21)
Corresponding to the frame chamber (14), it is supported on the top of the left wallboard of the frame (12) left pivot movement of the reversing frame (21),
And the top of the right wallboard of the frame (13) is rotatably supported on the right side of reversing frame (21), and the reversing frame (21) is with one
Reversing frame chamber (211), the rear end of central shaft (22) is rotatably supported at reversing frame chamber by central shaft rear bearing block (221)
(211) in rear cavity wall, middle part is located at turn around in frame chamber (211), and the front end of central shaft (22) passes through central shaft front-end bearing pedestal
(222) front of central shaft front-end bearing pedestal (222) is rotatably supported on the anterior cavity wall of reversing frame chamber (211) and is stretched over,
Center shaft gear (23) is fixed on the middle part of central shaft (22), clamps the front end that frame fixes chuck (24) and the central shaft (22)
It is fixed, clamp frame motor (25) and drive reduction box (26) transmission to coordinate and drive reduction box by clamping frame with frame is clamped
(26) together with the reversing frame bottom of chamber plate for clamping frame motor (25) interior and reversing frame chamber (211) in reversing frame chamber (211)
(2111) it is fixed, clamp frame and drive master gear (27) to be fixed on and clamp frame and drive the frame that clamps of reduction box (26) to drive reduction box defeated
It is meshed on shaft (261) and with described center shaft gear (23), the horizontally-arranged frame (3) that clamps of described mould is clamped with described
It is fixed that frame fixes chuck (24)；Described reversing frame drive mechanism (4) is connected with the left side of the reversing frame (21).
3. the frock clamp of glass mold die cavity surfacing according to claim 2, it is characterised in that described clamps frame
Motor (25) is the motor with positive and negative rotating function, and the described frame that clamps drives reduction box (26) to slow down for worm and gear
Case, described reduction gearbox output shaft (261) is worm-wheel shaft.
4. the frock clamp of glass mold die cavity surfacing according to claim 2, it is characterised in that described mould crouches
Put and clamp frame (3) and include a cantilever shalving (31), crossbeam fixing axle (32), a pair of mould drop in beams (33) and the horizontally-arranged bed of a mould
(34), cantilever shalving (31) includes a crossbeam (311), a left cantilever (312) and a right cantilever (313), the rear end of left cantilever (312)
Left end front side with crossbeam (311) is fixed, and the rear end of right cantilever (313) is fixed with the right-hand member front side of crossbeam (311), and left,
Right cantilever (312,313) is parallel, and the front end of crossbeam fixing axle (32) passes through fixed axle screw (321) and crossbeam (311)
The middle part of length direction is fixed, and the rear end of crossbeam fixing axle (32) is clamped by frame fixation chuck (24) that clamps, a pair of moulds
The left end of tool drop in beam (33) is hung on left cantilever (312), and the right-hand member of a pair of mould drop in beams (33) is hung in right cantilever (313)
On, the horizontally-arranged bed of mould (34) is shelved between a pair of mould drop in beams (33).
5. the frock clamp of glass mold die cavity surfacing according to claim 4, it is characterised in that a pair of described moulds
The left end of tool drop in beam (33) is slidably matched and with the left cantilever (312) by being disposed under a pair of left ends of mould drop in beam (33)
The left pinching screw of drop in beam (331) positioning in portion, and a pair of right-hand members of mould drop in beam (33) are slidably matched with the right cantilever (313)
And positioned by being disposed in a pair of the right pinching screw of drop in beams (332) of the right-hand member bottom of mould drop in beam (33).
6. the frock clamp of glass mold die cavity surfacing according to claim 4, it is characterised in that at described a pair
The middle part of mould drop in beam (33) is respectively constituted towards upper side has a pair of horizontally-arranged beds of mould to limit flange (333), and a pair of moulds crouch
The space put between bed restriction flange (333) is configured to the horizontally-arranged bed head of a bed hanging feet chamber (3331) of mould, the horizontally-arranged bed of mould
(34) upper front end and upper rear end are respectively constituted a head of a bed hanging feet (341), the head of a bed hanging feet (341) and the horizontally-arranged bed bed of mould
Head hanging feet chamber (3331) is engaged, and sidepiece in head of a bed hanging feet (341) is each provided with die face pinching screw (3411),
Between the described horizontally-arranged bed of a pair of moulds limits flange (333) and in the position of the top corresponding to head of a bed hanging feet (341)
It is provided with a head of a bed pressing plate (3332).
7. the frock clamp of the glass mold die cavity surfacing according to claim 4 or 6, it is characterised in that in the mould
The length direction composition that the horizontally-arranged bed of mould (34) is parallel in the middle part of horizontally-arranged bed (34) has one to be raised in the horizontally-arranged bed of mould (34)
Mold backs groove positioning boss (342) on surface.
8. the frock clamp of glass mold die cavity surfacing according to claim 2, it is characterised in that the reversing frame
(21) the reversing frame support shaft (212) that passes on left is rotatably supported in reversing frame support shaft left shaft holder (2121), and
The left side of reversing frame support shaft left shaft holder (2121) is stretched over, and the right side of reversing frame (21) is again by reversing frame support shaft
(212) it is rotatably supported on reversing frame support shaft right axle bearing (213), reversing frame support shaft left shaft holder (2121) is fixed on
The top of the left wallboard of frame (12), and reversing frame support shaft right axle bearing (213) is fixed on the right wallboard of the frame (13)
Top, be arranged on the left wallboard of the frame (12) back to the reversing frame drive mechanism of the side of the right wallboard of frame (13)
(4) it is connected with the reversing frame support shaft (212).
9. the frock clamp of glass mold die cavity surfacing according to claim 8, it is characterised in that described reversing frame
Drive mechanism (4) drives reduction box (43), revolution including reduction box fixed seat (41), reversing frame motor (42), reversing frame
Frame driving pinion (44) and reversing frame drive gear wheel (45), reduction box fixed seat (41) are fixed on the left wallboard of the frame
(12) back to the side of the right wallboard of the frame (13), reversing frame motor (42) drives reduction box (43) transmission with reversing frame
Coordinate and drive reduction box (43) to be fixed in reduction box fixed seat (41) together with reversing frame motor (42) by reversing frame,
Reversing frame driving pinion (44) is fixed on reversing frame and drives the reversing frame of reduction box (43) to drive reduction gearbox output shaft (431)
On, reversing frame drive gear wheel (45) be fixed on the reversing frame support shaft (212) and with reversing frame driving pinion
(44) it is meshed.
10. the frock clamp of glass mold die cavity surfacing according to claim 9, it is characterised in that described reversing frame
Motor (42) is the motor with positive and negative rotating function, and described reversing frame drives reduction box (43) to slow down for worm and gear
Case, it is worm-wheel shaft that described reversing frame drives reduction gearbox output shaft (431).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621380951.7U CN206253847U (en) | 2016-12-15 | 2016-12-15 | The frock clamp of glass mold die cavity surfacing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621380951.7U CN206253847U (en) | 2016-12-15 | 2016-12-15 | The frock clamp of glass mold die cavity surfacing |
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| Publication Number | Publication Date |
|---|---|
| CN206253847U true CN206253847U (en) | 2017-06-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621380951.7U Active CN206253847U (en) | 2016-12-15 | 2016-12-15 | The frock clamp of glass mold die cavity surfacing |
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| CN (1) | CN206253847U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106392441A (en) * | 2016-12-15 | 2017-02-15 | 常熟建华模具科技股份有限公司 | Tool clamp for mold cavity spray welding of glass mold |
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2016
- 2016-12-15 CN CN201621380951.7U patent/CN206253847U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106392441A (en) * | 2016-12-15 | 2017-02-15 | 常熟建华模具科技股份有限公司 | Tool clamp for mold cavity spray welding of glass mold |
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