CN208866400U - Fixture is used in the transfer of glass mold station - Google Patents

Abstract

A kind of glass mold station transfer fixture, belongs to the technical field of auxiliary facilities of glass mold processing.Including pedestal, it is fixed with screw rod fixing sleeve in the central location of pedestal towards upper side, screw rod fixing sleeve is vertical with pedestal；Screw rod, screw rod lower end are solidly plugged in screw rod fixing sleeve, and the upper end of screw rod is stretched upwards；Handwheel, spiral shell fit on screw rod；Reversing frame, one end of the reversing frame, which is constituted, reversing frame set, the reversing frame, which is covered, to be nested on the screw rod up or down in the position for the top for corresponding to handwheel and is supported by handwheel, and the other end of reversing frame stretches away from the direction of screw rod and constituted a sliding platform guide rail fixed arm；One sliding platform, the sliding platform are slidably matched with sliding platform guide rail fixed arm；One glass mold holding structure, the glass mold holding structure are rotatably arranged on sliding platform.Mitigate operation intensity, raising clamps efficiency；Save human resources；Ensure safety；Embody energy conservation.

Description

Fixture is used in the transfer of glass mold station

Technical field

The utility model belongs to the technical field of auxiliary facilities of glass mold processing, and in particular to a kind of glass mold work Bit transition fixture.

Background technique

Glass mold station transfer fixture above-mentioned can also claim " glass mold station ferry-boat (or transition) fixture ".Such as Known in the art, the glass mold that glass mold is especially big specification (for making capacious glass container) is very heavy, and And the weight of a common secondary glass mold reaches 30-40kg, then to it is transferred to the latter station from previous station When, often very can only even mould be hoped to heave a sigh reluctantly by the power of a people.And then as is known in the industry, when by upper one (i.e. previous) work Position needs to be transferred to next (i.e. latter) station to glass after completing the processing to the land area (also referred to as joint surface) of glass mold The outer circle of mold is processed, such as by lathe Vehicle Processing step, true edge etc..However due to the processing stations of aforementioned land area Certain space length is maintained between outer circle Vehicle Processing station and the space length must be kept, and otherwise not only can So that equipment is generated interference effect between each other, and can the working space (working space) to online assignment personnel generate interference shadow It rings.Same example between each front and back station of other process, no longer repeats one by one.

Still by the processing stations of aforementioned land area and for carrying out to the processing stations of the Excircle machining of glass molds by lathe, In order to be reduced as far as the physical consumption of online assignment personnel, the glass of land area processing will be usually completed by a transmission device Glass mold is transmitted near lathe, then is removed by hand to lathe by worker and clamped.Although this mode can shorten worker The distance of carrying, but still remain following shortcoming: it first, when bulky mold being put to lathe clamping, needs first by glass molds Locating slot on one end end face of tool is aligned with the corresponding anchor point of lathe main shaft end, then will be in glass mold the other end face Locating slot anchor point corresponding with tail stock be aligned, however since glass mold is very heavy, during clamping often It is difficult to disposably be consistent the height and position at the both ends of glass mold, glass mold vehicle is added to be unable to satisfy lathe Level when work step or true edge clamps requirement, can only make glass mold with horizontal horizontally-arranged state and finely tuning repeatedly and It is clipped on meeting the requirements between aforementioned main shaft and tailstock, which spends the time tediously long, influences the effect processed to glass mold Rate；Second, it has been observed that since glass mold is more heavy, thus usually by two people's work compounds, a people embraces glass mold, Another people operates to lathe operation, such as to the switch on lathe panel, and then investment manpower is more, is unfavorable for saving valuable Human resources；Third, due to during clamping once occur being short of physical strength or two people between exercise not harmony, It will appear the born situation of falling of glass mold, gently then pound damage equipment and glass mold, industrial injury thing that is heavy then causing to undermine the person Therefore.

In disclosed Chinese patent literature, although being no lack of the technical information about gripping glass mold, such as Granted publication The frock clamp of number CN101659015B(processing glass mold), the vessel die clamper of CN101891373B(glassware), CN101891372B(glassware mould fixture), CN101898311B(milling positioning reference plane in glass die blank Clamp structure), the grip device of CN102380777B(glass mold processing), CN102443859B(adds for glass mold The grip device of work), the fixture of CN102350650B(glass mold processing), the improved glass of CN102350651B(structure The grip device of mold processing), the turntable type frock clamp of CN102689187A(glass mold processing), CN102848039A(is configured at the clamp structure of the glass mold formed punch cooling bath processing on electric discharge machine), The clamp structure of CN102837213A(glass mold processing), the tooling of CN102848246A(glass mold processing folder Tool), the clamp structure of CN102848245A(glass mold processing), CN103056695A(glass mold inner cavity and joint surface The clamp structure of processing), the clamp structure of CN107900594A(glass mold mouth mold die cavity surfacing) and The clamping apparatus structure of CN103084771A(open-close type shaping mould hinge welding), etc., etc..But it is not seen in and is able to glass Glass mold is transferred to the technical inspiration of the glass mold station transfer fixture of another station in the state of clamping from a station, More as is known in the industry, frock clamp is for determining in the manufacture of certain product and/or subsequent processing operations workpiece Position and use and reach the special equipment that certain technique requires, and also usually require to meet in work pieces process, transfer without interference The requirement such as phenomenon, easy to operate.Again since such frock clamp has the characteristics that be directed to the exclusive of certain workpiece or product, because And generalization degree is extremely low, often by the production firm of workpiece or product according to needing designed and produced.It is based on aforementioned Factor, the applicant have made positive and beneficial design, and form technical solution described below.

Summary of the invention

The task of the utility model is to provide a kind of facilitate the glass mold for completing processing on previous station Carrying and clamp status transition to latter station and can be latter station clamp provide help and use mitigate online Clamping operation intensity and significantly improving for operating personnel clamps efficiency, is conducive to one man operation and uses and save valuable labour Power resource, be beneficial to avoid because glass mold falls initiation accident use guarantee safely, have convenient for exempt from dynamic start and by With energy saving and embody the terse glass mold station transfer fixture of structure.

What the task of the utility model was performed by, a kind of transfer of glass mold station fixture, including a pedestal, It is fixed with a screw rod fixing sleeve in the central location of the pedestal towards upper side, the screw rod fixing sleeve is vertical with pedestal；One spiral shell Bar, the lower end of the screw rod is solidly plugged in the screw rod fixing sleeve, and the upper end of screw rod is stretched upwards；One handwheel, the hand Wheel mechanism screw thread is disposed on the screw rod；Single-revolution frame, one end of the reversing frame, which is constituted, reversing frame set, the reversing frame set It is nested with up or down in the position for the top for corresponding to the handwheel on the screw rod and by handwheel branch It holds, the other end of reversing frame stretches away from the direction of screw rod and constituted a sliding platform guide rail fixed arm；One sliding Platform, the sliding platform are slidably matched with the sliding platform guide rail fixed arm；One glass mold holding structure, the glass molds Tool holding structure is rotatably arranged on the sliding platform.

In a specific embodiment of the utility model, the pedestal is constructed and for disc in the pedestal Edge is spaced apart around the circumferencial direction of pedestal and is equipped with pedestal fixed bolt hole, by the pedestal fixed bolt hole by pedestal It is fixed on the terrace of field of employment.

In another specific embodiment of the utility model, the handwheel includes a hand wheel nut and proficiency Wheel, hand wheel nut screw thread are disposed on the screw rod, and the handwheel spoke that handwheel is spaced apart by one group is fixed with hand wheel nut, Space between each two adjacent handwheel spokes is configured to operated by handwheel resigning chamber, and the reversing frame set is by the hand wheel nut Bearing.

In another specific embodiment of the utility model, it is provided with a sliding sleeve in the reversing frame set, it should Sliding sleeve and the screw slide cooperate, and on screw rod and are located at the bottom of reversing frame set and the top of the hand wheel nut Between be equipped with a bearing, reversing frame set is supported by the bearing.

In another specific embodiment of the utility model, the bearing is plane bearing.

In the utility model there are one in specific embodiment, a left cunning is fixed on the left of the sliding platform Block fixing seat is fixed with a left slider on the right side of the left slider fixing seat, and a right sliding block is fixed on the right side of sliding platform Fixing seat is fixed with a right sliding block on the left of the right sliding block fixing seat, and left and right sliding block corresponds to each other, and left slider and a left side Slide block guide rail is slidably matched, and the left side of the left slider guide rail and the sliding platform guide rail fixed arm is fixed, right sliding block and right cunning Block guide rail is slidably matched, and the right side of the right slide block guide rail and sliding platform guide rail fixed arm is fixed, in sliding platform towards upper The middle position of side is fixed with single-revolution boss, and the glass mold holding structure is rotatably arranged at the revolution boss On.

In the utility model more and in a specific embodiment, the end of the sliding platform guide rail fixed arm simultaneously And the sliding of an end for preventing the sliding platform abjection sliding platform guide rail fixed arm is fixed with towards upper side Platform defining flange.

In a specific embodiment in turn of the utility model, the glass mold holding structure includes revolution Seat, first seize sliding seat and second on both sides by the arms and seize sliding seat on both sides by the arms, and the revolution is rotatably supported in the middle part of the length direction of revolving bed On boss, first seizes one end that sliding seat is movably arranged at revolving bed on both sides by the arms, and second, which seizes sliding seat on both sides by the arms, is movably arranged at revolution The other end of seat.

In the utility model again more and in a specific embodiment, the revolving bed one end and towards upper Side offers one first sliding groove to be parallel to the length direction of revolving bed, and in the other end of revolving bed and same direction On side offer one second sliding groove to be parallel to the length direction of revolving bed, described first seizes sliding seat on both sides by the arms by matching There is the first screw of the first T-nut to fix in one end of the position and the revolving bed that correspond to the first sliding groove, it is described Second seizes sliding seat on both sides by the arms by the second nut equipped with the second T-nut in the position for corresponding to the second sliding groove and the revolution The other end of seat is fixed, in which: the cross-sectional shape of first sliding groove and the second sliding groove is dovetail-shape.

Again and then in a specific embodiment, it is convex that single-revolution is equipped on the revolution boss in the utility model Platform pin shaft screw hole, offers single-revolution hole in the middle part of the length direction of the revolving bed, in the position for corresponding to the rotary hole It is provided with a pin shaft screw for being furnished with pressing ring, which screws in revolution boss pin shaft screw hole；It is seized on both sides by the arms described first It side of the sliding seat under and is constituted in the position for corresponding to first sliding groove and there is one to be raised in first to seize sliding on both sides by the arms The bottom surface of seat one first seizes sliding seat anti-rotation raised line on both sides by the arms, this first seizes sliding seat anti-rotation raised line and the first sliding groove on both sides by the arms It is slidably matched；The side under sliding seat direction is seized on both sides by the arms and in the position structure for corresponding to second sliding groove described second What Cheng Youyi was raised in the bottom surface that second seizes sliding seat on both sides by the arms one second seizes sliding seat anti-rotation raised line on both sides by the arms, this second seizes sliding on both sides by the arms Seat anti-rotation raised line is slidably matched with the second sliding groove.

One of the technical effect of technical solution provided by the utility model, since processing can will be completed on previous station Glass mold be transitioned into glass mold holding structure and pass through reversing frame under the state of clamping by glass mold holding structure Revolution and be transitioned into latter station, by the operation to handwheel taking reversing frame in latter station, glass mold is corresponding to exist Clamp position at next station, thus help can be provided to clamp, both can reduce online assignment personnel to clamp operation strong Degree, and can improve and clamp efficiency；Due to only needing one man operation, thus valuable human resources can be saved；Three, due to It can be clamped by glass mold holding structure during glass mold is shifted and clamped, because without causing thing because falling Therefore situation, can sufficiently ensure safety；Four, due to without relying on dynamic start, thus emerge from energy conservation.

Detailed description of the invention

Fig. 1 is the structure chart of the utility model embodiment.

Fig. 2 is the utility model in the schematic diagram to glass mold transfering state.

Specific embodiment

In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model Technical solution scope.

The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description By taking the location of Fig. 1 state as an example, thus it cannot be understood as to the special of technical solution provided by the utility model It limits.

Referring to Figure 1, show a pedestal 1, the pedestal 1 towards upper side central location preferably with welding manner It is fixed with a screw rod fixing sleeve 11, the screw rod fixing sleeve 11 is vertical with pedestal 1；" screw rod can also be called by showing a screw rod 2( Column ", the same below), the lower end of the screw rod 2 is solidly plugged in screw rod fixing sleeve 11 above-mentioned, and the upper end of screw rod 2 is stretched upwards； A handwheel 3 is shown, which is disposed on screw rod 2 above-mentioned；Single-revolution frame 4 is shown, the reversing frame 4 one end, which is constituted, has reversing frame to cover 41, and reversing frame set 41 is moved up and down in the position for the top for corresponding to aforementioned handwheel 3 Ground is nested on screw rod 2 above-mentioned and is supported by handwheel 3, and the other end of reversing frame 4 is stretched away from the direction of screw rod 2 It opens up and has constituted a sliding platform guide rail fixed arm 42；A sliding platform 5 is shown, the sliding platform 5 and sliding above-mentioned Platform rail fixed arm 42 is slidably matched；A glass mold holding structure 6 is shown, the glass mold holding structure 6 is rotationally It is arranged on sliding platform 5 above-mentioned.

In the present embodiment, said base 1 is the construction of disc and surrounds pedestal 1 in the edge of the pedestal 1 Circumferencial direction be spaced apart be equipped with pedestal fixed bolt hole 12, pedestal 1 is fixed on use by the pedestal fixed bolt hole 12 On the terrace in place.

Continue to see that Fig. 1, handwheel 3 above-mentioned include a hand wheel nut 31 and a handwheel 32,31 screw thread of hand wheel nut is matched It is located on aforementioned screw rod 2, i.e., hand wheel nut 31 is threadedly engaged with screw rod 2, the handwheel spoke that handwheel 32 is spaced apart by one group 321 is fixed with hand wheel nut 31, and the space between each two adjacent handwheel spokes 321 is configured to operated by handwheel resigning chamber 3211, Reversing frame set 41 above-mentioned is supported by aforementioned hand wheel nut 31.

Preferably, it is provided with a sliding sleeve 411 in reversing frame above-mentioned set 41, which matches with the sliding of aforementioned screw rod 2 It closes, is equipped with an axis on screw rod 2 and between the bottom of aforementioned reversing frame set 41 and the top of aforementioned hand wheel nut 31 21 are held, reversing frame set 41 is supported by the bearing 21, due to the setting of the bearing 21, to make reversing frame set 41 across 21, bearing It holds on hand wheel nut 31, and can make reversing frame 4 easily according to need to rotate in 360 ° of ranges.

In the present embodiment, bearing 21 above-mentioned is plane bearing.

When the handle of operator and (pinching) handwheel 32 rotate, it is threadedly engaged by hand wheel nut 31 and screw rod 2, thus by Hand wheel nut 31 is displaced upward or downward together with handwheel 32.Specifically, when operation handwheel 32 clockwise, with hand wheel nut 31 shift up on screw rod 2, shift up so that bearing 12 and reversing frame be forced to cover 41, vice versa.

Continue to see Fig. 1, one left slider fixing seat 51 is fixed with by screw in the left side of aforementioned sliding platform 5, on the left side The right side of sliding block fixing seat 51 is fixed with a left slider 511 by screw, is fixed with one by screw on the right side of sliding platform 5 Right sliding block fixing seat 52 is fixed with a right sliding block 521, left and right sliding block by screw in the left side of the right sliding block fixing seat 52 511, it 521 corresponds to each other, and left slider 511 is slidably matched with left slider guide rail 5111, the left slider guide rail 5111 is by left cunning Block guide rail fixing screws and the left side of aforementioned sliding platform guide rail fixed arm 42 are fixed, right sliding block 521 and right slide block guide rail 5211 It is slidably matched, which passes through right slide block guide rail fixing screws 52111 and sliding platform guide rail fixed arm 42 Right side is fixed, and is fixed with single-revolution boss 53 in the middle position of sliding platform 5 towards upper side, glass mold above-mentioned is held under the arm Mechanism 6 is held to be rotatably arranged on the revolution boss 53.

As shown in Figure 1, in the end of aforementioned sliding platform guide rail fixed arm 42 and a use is fixed with towards upper side Sliding platform defining flange 421 in the end for preventing the aforementioned abjection of sliding platform 5 sliding platform guide rail fixed arm 42, in this reality It applies in example, sliding platform defining flange 421 is served as using stop screw, when sliding platform 5 is by sliding platform defining flange 421 Blocking when, cannot then towards sliding platform guide rail fixed arm 42 end slide, to ensure safety.

Continue to see that Fig. 1, glass mold holding structure 6 above-mentioned seize sliding seat 62 and second on both sides by the arms including revolving bed 61, first It seizes sliding seat 63 on both sides by the arms, is rotatably supported in the middle part of the length direction of revolving bed 61 on aforementioned revolution boss 53, first seizes cunning on both sides by the arms Dynamic seat 62 is movably arranged at one end of revolving bed 61, and second, which seizes sliding seat 63 on both sides by the arms, is movably arranged at the another of revolving bed 61 End.

Aforementioned revolving bed 61 one end and be parallel to towards upper side length direction (the i.e. long side of revolving bed 61 Direction) one first sliding groove 611 is offered, and in the other end of revolving bed 61 and equally towards upper side to be parallel to back The length direction (i.e. longitudinal direction) of swivel base 61 offers one second sliding groove 612, and above-mentioned first, which seizes sliding seat 62 on both sides by the arms, passes through The first screw (not shown) equipped with the first T-nut (not shown) is in the position for corresponding to the first sliding groove 611 It is fixed with one end of aforementioned revolving bed 61, above-mentioned second seizes sliding seat 63 on both sides by the arms by being furnished with the second of the second T-nut 6311 The other end of the nut 631 in the position and aforementioned revolving bed 61 that correspond to the second sliding groove 612 is fixed, in which: above-mentioned first The cross-sectional shape of sliding groove 611 and the second sliding groove 612 is dovetail-shape.

Continue to see Fig. 1, single-revolution boss pin shaft screw hole 531 is equipped on revolution boss 53 above-mentioned, in aforementioned revolving bed Single-revolution hole 613 is offered in the middle part of 61 length direction, is provided with one equipped with pressing ring in the position for corresponding to the rotary hole 613 61311 pin shaft screw 6131, the pin shaft screw 6131 screw in revolution boss pin shaft screw hole 531.It is seized on both sides by the arms above-mentioned first It side of the sliding seat 62 under and is constituted in the position for corresponding to first sliding groove 611 and there is one to be raised in first to seize on both sides by the arms The one first of the bottom surface of sliding seat 62 seizes sliding seat anti-rotation raised line 621 on both sides by the arms, this first seizes sliding seat anti-rotation raised line 621 on both sides by the arms It is slidably matched with the first sliding groove 611；Described second seize on both sides by the arms side of the sliding seat 63 under and corresponding to it is described The position of second sliding groove 612 constitute there is one to be raised in the one second of the bottom surface that second seizes sliding seat 63 on both sides by the arms to seize sliding seat on both sides by the arms anti- Raised line 632 is rotated, this second is seized sliding seat anti-rotation raised line 632 on both sides by the arms and be slidably matched with the second sliding groove 612.

It refers to Fig. 2 and combines Fig. 1, a transmission device 7 is shown in FIG. 2, preceding working procedure such as land area (closes Seam face) to complete the station that the glass mold 8 of processing is sent to down one of manufacturing procedure by transmission device 7 for example outer for manufacturing procedure At circle processing stations, the lathe 9 processed to foreign round is shown in FIG. 1, the processing of glass mold 8 is had already mentioned above by lathe 9 Such as step, true edge etc..

Based on both of the aforesaid station, the side of lathe 9 is arranged in fixture for the utility model glass mold station transfer, by The transfer roller 71 of transmission device 7 transmit and the glass mold 8 that arrives by the utility model be transferred to lathe 9 main shaft chuck 91 and Between tailstock collet 92, specifically:, will be on transfer roller 71 by online assignment personnel by 4 switching of reversing frame extremely towards transmission device 7 Glass mold 8 move to the revolving bed 61 of glass mold holding structure 6, and seize sliding seat 62,63 on both sides by the arms by first, second Cooperate and glass mold 8 is in and seizes state on both sides by the arms, then by the reversed switching of reversing frame 4, exactly corresponds to glass mold 8 aforementioned Between main shaft chuck 91 and tailstock collet 92, clamp glass mold 8 reliably in master by the operation of the switch to lathe 9 Between axle clamp head 91 and tailstock collet 92, processed to foreign round by lathe 9 by technique requirement.It can also be according to needing to rotate during clamping Revolving bed 61, to ensure that glass mold corresponds between main shaft chuck 91 and tailstock collet 92.It completes and clamps to glass mold 8 After on lathe 9, reversing frame 4 is pulled again to transmission device 7, to pick up next glass molds up for carrying out Excircle machining Tool 8.

If the specification of glass mold 8 changes, sliding seat 62,63 correspondingly can be seized on both sides by the arms to first, second Distance each other is adaptively adjusted, and operates to handwheel 32, adjusts the height of reversing frame 4 accordingly, it is ensured that The both ends of the surface of glass mold 8 correspond between main shaft chuck 91 and tailstock collet 92.It follows that both due to entire reversing frame 4 Can up and down adjustment can make any revolution in 360 ° of directions again, and revolving bed 61 together with glass mold 8 equally can according to needing to turn round, because And not only there is the convenience clamped, but also there is the good adaptability to the glass mold 8 of different size.

In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.

Claims (10)

1. a kind of glass mold station transfer fixture, it is characterised in that including a pedestal (1), in the pedestal (1) towards upper The central location of side is fixed with a screw rod fixing sleeve (11), and the screw rod fixing sleeve (11) is vertical with pedestal (1)；One screw rod (2), The lower end of the screw rod (2) is solidly plugged in the screw rod fixing sleeve (11), and the upper end of screw rod (2) is stretched upwards；Proficiency turbine Structure (3), handwheel (3) screw thread are disposed on the screw rod (2)；Single-revolution frame (4), one end structure of the reversing frame (4) At there is reversing frame set (41), which is corresponding to the position of the top of the handwheel (3) up or down It is nested on the screw rod (2) and is supported by handwheel (3), the other end of reversing frame (4) is away from screw rod (2) It stretches and has constituted a sliding platform guide rail fixed arm (42) in direction；One sliding platform (5), the sliding platform (5) with it is described Sliding platform guide rail fixed arm (42) be slidably matched；One glass mold holding structure (6), the glass mold holding structure (6) It is rotatably arranged on the sliding platform (5).

2. glass mold station transfer fixture according to claim 1, it is characterised in that the pedestal (1) is disc Construction and the edge of the pedestal (1) around pedestal (1) circumferencial direction be spaced apart be equipped with pedestal fixed bolt hole (12), pedestal (1) is fixed on the terrace of field of employment by the pedestal fixed bolt hole (12).

3. glass mold station transfer fixture according to claim 1, it is characterised in that handwheel (3) packet A hand wheel nut (31) and a handwheel (32) are included, hand wheel nut (31) screw thread is disposed on the screw rod (2), and handwheel (32) passes through One group of handwheel spoke (321) being spaced apart and hand wheel nut (31) are fixed, the sky between each two adjacent handwheel spokes (321) Between be configured to operated by handwheel resigning chamber (3211), the reversing frame set (41) is supported by the hand wheel nut (31).

4. glass mold station transfer fixture according to claim 3, it is characterised in that in the reversing frame set (41) sliding sleeve (411) are provided in, which is slidably matched with the screw rod (2), on screw rod (2) and is located at A bearing (21), reversing frame set are equipped between the bottom of the reversing frame set (41) and the top of the hand wheel nut (31) (41) it is supported by the bearing (21).

5. glass mold station transfer fixture according to claim 4, it is characterised in that the bearing (21) is flat Spherical bearing.

6. glass mold station transfer fixture according to claim 1, it is characterised in that in the sliding platform (5) Left side is fixed with a left slider fixing seat (51), is fixed with a left slider (511) on the right side of the left slider fixing seat (51), It is fixed with a right sliding block fixing seat (52) on the right side of sliding platform (5), is fixed with one on the left of the right sliding block fixing seat (52) Right sliding block (521), left and right sliding block (511,521) correspond to each other, and left slider (511) and left slider guide rail (5111) are slided Cooperation, the left slider guide rail (5111) and the left side of the sliding platform guide rail fixed arm (42) are fixed, right sliding block (521) and the right side Slide block guide rail (5211) is slidably matched, and the right slide block guide rail (5211) and the right side of sliding platform guide rail fixed arm (42) are fixed, Single-revolution boss (53) are fixed in the middle position of sliding platform (5) towards upper side, the glass mold seizes machine on both sides by the arms Structure (6) is rotatably arranged on the revolution boss (53).

7. glass mold station transfer fixture according to claim 1, it is characterised in that in the sliding platform guide rail The end of fixed arm (42) and towards upper side be fixed with one for prevent the sliding platform (5) abjection sliding platform lead The sliding platform defining flange (421) of the end of rail fixed arm (42).

8. glass mold station transfer fixture according to claim 6, it is characterised in that the glass mold is seized on both sides by the arms Mechanism (6) includes revolving bed (61), first seizes sliding seat (62) and second on both sides by the arms and seize on both sides by the arms sliding seat (63), the length of revolving bed (61) It is rotatably supported in the middle part of direction on the revolution boss (53), first, which seizes sliding seat (62) on both sides by the arms, is movably arranged at revolving bed (61) one end, second seizes the other end that sliding seat (63) is movably arranged at revolving bed (61) on both sides by the arms.

9. glass mold station transfer fixture according to claim 8, it is characterised in that in the revolving bed (61) One end and one first sliding groove (611) is offered to be parallel to the length direction of revolving bed (61) towards upper side, and The other end of revolving bed (61) and one equally is offered to be parallel to the length direction of revolving bed (61) towards upper side Two sliding grooves (612), described first, which seizes sliding seat (62) on both sides by the arms, is corresponding to the by the first screw equipped with the first T-nut The position of one sliding groove (611) and one end of the revolving bed (61) are fixed, and described second seizes sliding seat (63) on both sides by the arms by matching There is the second nut (631) of the second T-nut (6311) in the position for corresponding to the second sliding groove (612) and the revolving bed (61) the other end is fixed, in which: the cross-sectional shape of first sliding groove (611) and the second sliding groove (612) is in Swallow-tail form.

10. glass mold station transfer fixture according to claim 9, it is characterised in that in the revolution boss (53) it is equipped with single-revolution boss pin shaft screw hole (531), is opened up once in the middle part of the length direction of the revolving bed (61) Turn hole (613) is provided with a pin shaft screw (6131) for being furnished with pressing ring (61311) in the position for corresponding to the rotary hole (613), The pin shaft screw (6131) screws in revolution boss pin shaft screw hole (531)；Sliding seat (62) are seized on both sides by the arms under described first Side and constituted in the position for corresponding to first sliding groove (611) and there is one to be raised in first to seize sliding seat (62) on both sides by the arms The one first of bottom surface seizes sliding seat anti-rotation raised line (621) on both sides by the arms, this first seizes sliding seat anti-rotation raised line (621) and first on both sides by the arms Sliding groove (611) is slidably matched；Side of the sliding seat (63) under is seized on both sides by the arms described second and is corresponding to described the The positions of two sliding grooves (612), which is constituted, to be had one to be raised in the one second of the bottom surface that second seizes sliding seat (63) on both sides by the arms to seize sliding seat on both sides by the arms Anti-rotation raised line (632), this second is seized sliding seat anti-rotation raised line (632) on both sides by the arms and is slidably matched with the second sliding groove (612).