CN203092207U - Clamp structure used for machining of inner cavity and joint close surface of glass mold - Google Patents
Clamp structure used for machining of inner cavity and joint close surface of glass mold Download PDFInfo
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- CN203092207U CN203092207U CN 201320048239 CN201320048239U CN203092207U CN 203092207 U CN203092207 U CN 203092207U CN 201320048239 CN201320048239 CN 201320048239 CN 201320048239 U CN201320048239 U CN 201320048239U CN 203092207 U CN203092207 U CN 203092207U
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Abstract
A clamp structure used for machining of an inner cavity and a joint close surface of a glass mold comprises a base plate, a center frame, mold supporting guide block automatic lifting mechanisms and glass mold end surface automatic locking mechanisms, wherein an adjusting groove is formed in the surface of one end of the base plate, an adjusting groove is formed in the surface of the other end of the base plate, center frame pressing formwork adjusting grooves are formed in the top surface of the center frame, a center frame pressing formwork is arranged on each center frame pressing formwork adjusting groove in a matched mode, the mold supporting guide block automatic lifting mechanisms are arranged at two ends of the base plate respectively, the glass mold end surface automatic locking mechanisms are arranged at two ends of the base plate respectively, each mold supporting guide block automatic lifting mechanism is located between the center frame and a corresponding glass mold end surface automatic locking mechanism, a mold supporting guide block is arranged on one mold supporting guide block automatic lifting mechanism at one end of the base plate, and another mold supporting guide block is arranged on the other mold supporting guide block automatic lifting mechanism at the other end of the base plate. The clamp structure used for the machining of the inner cavity and the joint close surface of the glass mold is simple in structure, convenient to manufacture, easy to use and maintain, capable of relieving working intensity of operators, free of loosening phenomenon, capable of improving machining efficiency of a machining center, and capable of guaranteeing ideal matching accuracy between two half-molds of a set of mold.
Description
Technical field
The utility model belongs to technical field of tooling clamps, is specifically related to the clamp structure of a kind of glass mold inner chamber and joint close face processing use.
Background technology
Frock clamp plays a very important role in the production of industrial products, and the processing of glass mold is no exception.So-called frock clamp, refer to in machining, workpiece being clamped or locates, to reach special equipment or the instrument of certain technological requirement.Frock clamp need to meet when production without interference usually, accurate positioning is reliable and the requirement such as handiness.Manufacture the exclusive of certain product because frock clamp has, so the generalization degree is low, often, by production firm's self manufacture of producing product, glass mold production firm also is equipped with various frock clamps mainly with homemade mode greatly.In recent years, although various medium-to-high grade machining center (comprehensive process equipment) is applied by vast enterprise, the Cutter Body Processing with Machining Center product has speed soon and quality reaches well the advantages such as degree of product standardization height, if but lack desirable frock clamp, still can expose process velocity and be difficult to the problem improved and product quality is difficult to guarantee.Because glass mold especially container glass mold exists with the form of two-half die opposite each other substantially, therefore when will be to the mating surface of each half module faying face of two-half die (the industry custom is referred to as joint close face or land area by mating surface or faying face) processing such as air drain, matched moulds step and die cavity is carried out the pattern engraving, while carving characters, just needs to carry out clamping and location by means of fixture in other words.Yet, no matter adopt the frock clamp of which kind of structure to clamp the glass mold half module, all need to embody as far as possible quick locking or release and locking reliable and accurate, otherwise be difficult to ensure desirable working (machining) efficiency and the crudy of machining center to glass mold.
Can be seen in the clamp structure for glass mold is clamped in published patent documentation, slightly with the recommendation as Granted publication CN101898311B exemplified, " clamp structure that the milling positioning reference plane is used on glass die blank " arranged, this patent is for to the location under glass mold back-off state, so as by machining center to glass die blank milling positioning reference plane; And for example CN101659015B provides " frock clamp that the processed glass mould is used ", and this patent is equally for the location under glass mold back-off state; CN101891372B and CN101891373B disclose respectively " glassware mould fixture " and " the vessel die clamper of glassware " for another example, and these two patent schemes are essentially embraces the jaw type structure; And for example the CN102350651B bulletin has " grip device of the glass mold processing use of architecture advances ", and this patent scheme still is suitable for clamping under glass mold back-off state.
The clamping that the patent scheme that is not limited to exemplify above makes progress under state for the die cavity of glass mold does not have referential meaning, specifically, to the joint close face of glass mold, is the instructive on location that mating surface and die cavity add man-hour does not possess skills.
Typical in CN102380777B, " grip device of glass mold processing use " that CN102350650B and CN102423859B disclose respectively, " fixture of glass mold processing use " and " for the grip device of glass mold processing ", these three patent schemes can to glass mold its die cavity towards on state under reliably clamp, in order to processed by machining center seam face as involutory as Digit Control Machine Tool and die cavity, but there is following shortcoming in these three patent schemes: one, owing to need to by a pair of horizontal adjusting mechanism, the both side surface of the length direction of glass mold being contacted to adjust respectively the level of glass mold, again because needs pass through artificially to the operation of pincers platform driving mechanism, make to clamp the platform driving mechanism and drive a pair of pincers platform (patent claims the first pincers platform and the second pincers platform), by a pair of pincers platform, the two ends of glass mold are held under the arm, until make a pair of pressing plate, the two ends of glass mold are pushed down, therefore overall structure is very complicated, not only manufacture difficulty is large, and operation and maintenance trouble, in addition, probability of failure is relatively high, its two, owing to lacking reasonable die lifting function, therefore each dress mould and mould unloading pinch because being not easy to grab the labour intensity that increases the operator, they are three years old, because a set of mechanism only is suitable for the half module (a secondary glass mold consists of two well matched half modules) of clamping one secondary glass mold, therefore clamping times is many, thereby affect the working (machining) efficiency of machining center, especially, by belonging to a pair together, be that two half modules of a set of glass mold are divided into and clamp the precision (quality of fit) that can cause a whole set of glass mold for twice and be affected.
In view of above-mentioned prior art, still have necessity of improvement, the applicant has done useful design for this reason, has finally formed technical scheme described below, and taking to have carried out the simulation use in the applicant plant area under strict secrecy provision, it is practicable that result proves.
Summary of the invention
Task of the present utility model is to provide a kind of and contributes to remarkable simplified structure and use and reduce manufacture difficulty and reduce use cost and embody handled easily and maintenance, be conducive to facilitate the glass mold clamping and withdraw and use and alleviate workman's manipulation strength, be of value to and embody desirable positioning clamping effect and use and avoid loosening phenomenon occurring in process and have being convenient to once clamp two glass mold half modules and using the working (machining) efficiency that improves machining center and guarantee the glass mold inner chamber of the quality of fit between two half modules of complete glass mold and the clamp structure of joint close face processing use.
Task of the present utility model completes like this, the clamp structure of a kind of glass mold inner chamber and joint close face processing use, comprise a bedplate, an end of this bedplate and the other end and under the use state towards on surface respectively offer a pair of parallel adjustment tank; Be arranged on the centre frame at middle part of the length direction of bedplate, offer a pair of parallel centre frame pressuring template adjustment tank on the top surface of this centre frame, on each centre frame pressuring template adjustment tank, be equipped with a pair of centre frame pressuring template; Be arranged on an end of bedplate and the other end and with fixing each holder mould guide block automatic hoisting mechanism and each glass mold automatic end face locking mechanism of described adjustment tank, wherein: holder mould guide block automatic hoisting mechanism is between described centre frame and glass mold automatic end face locking mechanism; A pair of holder mould guide block for the support glass mold, one of them holder mould guide block in this pair of holder mould guide block is arranged on the described holder mould guide block automatic hoisting mechanism of a described end that is positioned at described bedplate, and another holder mould guide block in a pair of holder mould lifting guide block is arranged on the holder mould guide block automatic hoisting mechanism of the described other end that is positioned at bedplate.
In a specific embodiment of the present utility model, described holder mould guide block automatic hoisting mechanism comprises that formation has the casing in casing chamber, the clamping block guide rod, clamping block, clamping block migration cylinder, holder mould guide block lift action cylinder and Tuo Mo guide block Connection Block, the two ends of casing are fixed in the position corresponding to described adjustment tank and described bedplate, the clamping block guide rod is arranged on movably an end of casing and is insinuated in the casing chamber with level, clamping block is positioned at the casing chamber and probes into the endoceliac end of case with the clamping block guide rod to be fixed, clamping block migration cylinder is fixed on the outer wall of the other end of casing, the clamping block migration cylinder post of this clamping block migration cylinder is stretched in the casing chamber and with clamping block and is fixedly connected with, holder mould guide block lift action cylinder is arranged on the top of the described other end of casing, and the holder mould guide block lift action cylinder post of this holder mould guide block lift action cylinder is stretched in described casing chamber, holder mould guide block Connection Block is located in the casing chamber and with holder mould guide block lift action cylinder post and fixes, described holder mould guide block is arranged in the casing chamber up or down, and be fixedly connected with described holder mould guide block Connection Block.
In another specific embodiment of the present utility model, form a clamping block inclined-plane is arranged towards the surface of a side of described holder mould guide block at described clamping block, and form in the bottom of holding in the palm the mould guide block and in the position corresponding to the clamping block inclined-plane, a holder mould guide block inclined-plane is arranged, this holder mould guide block inclined-plane matches with the clamping block inclined-plane, and the incline direction on this holder mould guide block inclined-plane is contrary with the incline direction on clamping block inclined-plane.
In another specific embodiment of the present utility model, be equipped with a spring on described clamping block guide rod, an end bearing of this spring is on the wall body of a described end of described casing, and the other end of spring is bearing on described clamping block.
In another specific embodiment of the present utility model, described clamping block migration cylinder and described holder mould guide block lift action cylinder are oil cylinder or cylinder.
Also has a specific embodiment of the present utility model, be fixed with a link rod at described holder mould guide block on an end end face of described holder mould guide block Connection Block, this link rod is fixed with holder mould guide block Connection Block, and the top at holder mould guide block is fixed with a glass mold tray, on this glass mold tray, forms a holder die cavity is arranged.
More of the present utility model and, in specific embodiment, the shape of described holder die cavity is in the shape of the letter V.
In of the present utility model and then specific embodiment, described glass mold automatic end face locking mechanism comprises the locked mode support, locked mode acting cylinder and locked mode push rod, the locked mode support is fixed in the position corresponding to described adjustment tank and described bedplate, offer the locked mode support pressure template adjustment tank mutually parallel with described centre frame pressuring template adjustment tank on the top surface of this locked mode support, be equipped with a pair of locked mode support pressure template on this locked mode support pressure template adjustment tank, the locked mode acting cylinder is fixed on the side of locked mode support back to described centre frame with level, one end of locked mode push rod is connected with the locked mode acting cylinder post of locked mode acting cylinder, the other end forms a push rod, this push rod is slidably matched with the push rod resigning hole be opened on the locked mode support.
Of the present utility model again more and, in specific embodiment, the height of described locked mode support is consistent with the height of described centre frame.
In again of the present utility model and then specific embodiment, described locked mode acting cylinder is oil cylinder or cylinder.
One of technique effect of the technical scheme that the utility model provides, because overall structure is significantly simple with respect to prior art, therefore not only can conveniently make, and operation and maintenance is easy; Two, owing to making to hold in the palm mould guide block automatic lifting by holder mould guide block automatic hoisting mechanism, thereby contribute to the operator easily glass mold to be found a place for to holder mould guide block or from holder mould guide block to withdraw glass mold, thereby alleviate operator's operation intensity; Three, due to can by glass mold automatic end face locking mechanism and under the cooperation of centre frame to the glass mold positive lock, therefore not there will be loosening phenomenon; Four, because the two ends at bedplate respectively are provided with a holder mould guide block automatic hoisting mechanism and a glass mold automatic end face locking mechanism, thereby can two glass mold half modules of clamped one time, thereby can improve the working (machining) efficiency of machining center, and can ensure the desirable quality of fit between two half modules of a mold.
The accompanying drawing explanation
Fig. 1 is example structure figure of the present utility model.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but the description to embodiment is not all the restriction to the utility model scheme, any according to the utility model design, done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.
Please be referring to Fig. 1, provided a bedplate 1, an end (left end of shown position state) and the other end (right-hand member of shown position state) at this bedplate 1 respectively offer a pair of parallel adjustment tank 11, shown in figure, adjustment tank 11 be opened in bedplate 1 under the use state towards on a side, and the shape of cross section of adjustment tank 11 is the T font of English alphabet, more precisely be inverted T font, this adjustment tank 11 is commonly referred to T-slot in machinery industry.
Provided a centre frame 2, this centre frame 2 preferably is fixed on the position placed in the middle of the length direction of bedplate 1 with welding manner, on the top surface of centre frame 2 and the both sides that are positioned at the length direction of top surface respectively offer a centre frame pressuring template adjustment tank 21, be equipped with at least one pair of centre frame pressuring template 211 on each centre frame pressuring template adjustment tank 21.Shown in figure, the shape of cross section of centre frame pressuring template adjustment tank 21 is as the description to adjustment tank 11.
An end at bedplate 1 is that aforesaid left end and the other end are that aforesaid right-hand member respectively is provided with a holder mould guide block automatic hoisting mechanism 3 and each glass mold automatic end face locking mechanism 4, the utility model scheme that hence one can see that has the glass mold automatic end face locking mechanisms 4 of two of same structure holder mould guide block automatic hoisting mechanisms 3 and two same structures, wherein: at the holder mould guide block automatic hoisting mechanism 3 of an end and the other end all between aforesaid centre frame 2 and glass mold automatic end face locking mechanism 4.Again, because the structure of two holder mould guide block automatic hoisting mechanisms 3 is mutually the same, and because the structure of two glass mold automatic end face locking mechanisms 4 is identical, so the applicant only is described in detail for one of them below.
Preferably but not the holder mould guide block automatic hoisting mechanism 3 definitely be limited to comprises casing 31, clamping block guide rod 32, clamping block 33, clamping block migration cylinder 34, holder mould guide block lift action cylinder 35 and holder module Connection Block 36, the both sides that at the two ends of casing 31 are the front-end and back-end of shown position state respectively are extended with fixedly ear 312 of a casing, fixedly on ear 312, offer fixedly ear fixing hole 3121 at each casing, by fixing ear fixing hole 3121 with to be arranged on a T shape screw 111 in aforesaid adjustment tank 11 fixing and casing 31 is fixed on bedplate 1.Shown in figure, casing 1 forms a casing chamber 311, and the middle position on this 311De top, casing chamber is uncovered, and the holder mould guide block 5 that also will describe so that following coordinates with it.Clamping block guide rod 32 is arranged on movably an end of casing 31 and is insinuated in casing chamber 311 with level, preferred scheme is to offer a guide rod to move hole 313 on the wall body of an end of casing 1, clamping block guide rod 32 is plugged on to this guide rod movably and moves in hole 313.Clamping block 33 is positioned at casing chamber 311, this clamping block 33 is fixing towards a side and the clamping block guide rod 32 of clamping block guide rod 32, and towards a side formation of the top holder mould guide block 5 of having mentioned, a clamping block inclined-plane 331 is arranged at clamping block 33, the inclined degree on this clamping block inclined-plane 331 is preferably 10 °.Also be arranged with a spring 321 on aforesaid clamping block guide rod 32, an end bearing of this spring 3321 is on the inwall of an aforementioned end of casing 31, and the other end of spring 321 is bearing in clamping block 33 on the wall body of a side of clamping block guide rod 32.Clamping block migration cylinder 34 is fixed on the outer wall of the other end of casing 31, and the clamping block migration cylinder post 341 of this clamping block migration cylinder 34 is stretched in casing chamber 311, and is fixedly connected with aforesaid clamping block 33.Holder mould guide block lift action cylinder 35 is arranged on the top (or claiming top) of the aforementioned other end of casing 31, and the holder mould guide block lift action cylinder post 351 of this holder mould guide block lift action cylinder 35 is stretched in casing chamber 311.Holder mould guide block Connection Block 36 is positioned at casing chamber 311 and fixes with the end of holder mould guide block lift action cylinder post 351.
Aforesaid clamping block migration cylinder 34 and Tuo Mo guide block lift action cylinder 35 are all selected and are used oil cylinder in the present embodiment, yet, if use cylinder instead, should be considered as equivalent substitution so and still belong to the utility model category.
Above mentioned holder mould guide block 5 matches with casing chamber 311 up or down, in the bottom of this holder mould guide block 5 and forming a holder mould guide block inclined-plane 51 is being arranged corresponding to 331De position, aforementioned clamping block inclined-plane, this holder mould guide block inclined-plane 51 matches with clamping block inclined-plane 331, and the incline direction on this holder module inclined-plane 51 is contrary with the incline direction on clamping block inclined-plane 331.Again, the inclined degree on holder mould guide block inclined-plane 51 is 10 °.Shown in figure, be fixed with a link rod 52 at holder mould guide block 5 on an end end face of aforesaid holder mould guide block Connection Block 36, link rod fixing hole 361 on the aforesaid holder module of the rear insertion in link rod hole 3141 Connection Block 36 of this link rod 52 on the case chamber demarcation strip 314 by way of being opened in casing 31, and fixing with screw 521.And, top at holder mould guide block 5 is fixed with a glass mold tray 53 with hold-down screw 532, form the holder die cavity 531 that has a shape to trend towards the V font of English alphabet on this glass mold tray 53, the function of this holder die cavity 531 is shelved for the back side for illustrated glass mold 6 from its literal paraphrase is known.
Please continue to see Fig. 1, the glass mold automatic end face locking mechanism 4 provided comprises locked mode support 41, locked mode acting cylinder 42 and locked mode push rod 43, in the bottom of the corresponding both sides of locked mode support 41, each forms a fixing flanging 413, fixedly on flanging 413, offer a conduplication side fixing hole at each, by the flanging fixing hole, in the position corresponding to aforesaid adjustment tank 11 and with the 2nd T shape screw 112 be arranged in adjustment tank 11, fix, limit with limiting nut 1121 again, thereby locked mode support 41 is fixed on bedplate 1.Offer the locked mode support pressure template adjustment tank 411 mutually parallel with aforesaid centre frame pressuring template adjustment tank 21 on the top surface of locked mode support 41, on this locked mode support pressure template adjustment tank 411, be equipped with a pair of locked mode support pressure template 4111.Locked mode acting cylinder 42 is fixed on the side of locked mode support 41 back to aforementioned centre frame 2 with level, one end of locked mode push rod 43 is connected with the locked mode acting cylinder post 421 of locked mode acting cylinder 42 by attachment screw 432, particularly, hole 4211 by attachment screw 432 on the rear end face with being preset in locked mode acting cylinder post 421 of screw hole 433 through on locked mode push rod 43 is fixing, the other end of locked mode push rod 43 forms or claims to be fixed with a push rod 431, and this push rod 431 is slidably matched with the push rod resigning hole 412 be opened on locked mode support 41.In the present embodiment, the height of locked mode support 41 is consistent with the height of aforesaid centre frame 2, that is to say that the top surface of the top surface of locked mode support 41 and centre frame 2 is on same level.In addition, in the present embodiment, aforesaid locked mode acting cylinder 42 is selected oil cylinder, and same reason, if use cylinder instead, thinks that equivalence changes and still belongs to the disclosed technology contents category of the utility model undoubtedly.
The centre frame pressuring template 211 that the applicant mentions in the above is fixing with the 3rd T shape screw 212 be arranged in centre frame pressuring template adjustment tank 21, and is limited by restriction nut 2121; Aforesaid locked mode support pressure template 4111 is fixing with the 4th T shape screw 4112 be arranged in locked mode support pressure template adjustment tank 411, and is limited by stop nut 41121.
The applicant describes use of the present utility model, when two glass mold 6(being referred to one is secondary or claim two half modules of a set of glass mold 6) be set to the holder mould guide block automatic hoisting mechanism 3 that is positioned at centre frame 2 both sides and during by 4 locking of glass mold automatic end face locking mechanism, at first under the work of holder mould guide block lift action cylinder 35, make to hold in the palm mould guide block lift action cylinder post 351 to indentation in cylinder body, drive holder module Connection Block 36 up, because holder mould guide block 5 is fixing with holder module Connection Block 36 by its link rod 52, therefore drive holder mould guide block 5 by holder module Connection Block 36 and float (up) from the casing chamber 311 of casing 31.Then the back of illustrated glass mold 6 (the industry custom claims periphery) is set aside on the holder die cavity 531 of glass mold tray 53.Follow, aforesaid holder mould guide block lift action cylinder 35 reverse operations, make to hold in the palm in the descending cartonning body cavity 311 of going forward side by side of mould guide block 5 by aforementioned inverse process again.And then, 34 work of clamping block migration cylinder, pull clamping block 33 by its clamping block migration cylinder post 341 tractions or title, in this process, by holder mould guide block inclined-plane 51 effects of 331 pairs, clamping block inclined-plane, thereby make to hold in the palm mould guide block 5 to be positioned at reliably in casing chamber 311.Meanwhile, locked mode acting cylinder 42 work of glass mold automatic end face locking mechanism 4, locked mode acting cylinder post 421 is to the cylinder body intrinsic displacement, drives locked mode push rod 43, makes the end contact of the end face of push rod 431 of locked mode push rod 43 and glass mold 6 and holds out against in the end face of glass mold 6.Finally, by the operator, centre frame pressuring template 211 and locked mode support pressure template 4111 are pulled to exhibition towards the direction of the joint close face of glass mold 6, thereby spacing by centre frame pressuring template 211 and 4111 pairs of glass molds 6 of locked mode support pressure template, completed therefrom clamping glass mold, for machining center, the joint close face of glass mold is processed air drain and matched moulds step and die cavity is carried out the pattern engraving and/or carves characters, etc.By aforesaid inverse process, glass mold 6 is withdrawn after machining and lower two glass molds 6 that await processing are settled.
Known to common practise, when the specification of glass mold 6 changes, can be met by holding in the palm mould guide block automatic hoisting mechanism 3 and glass mold automatic end face locking mechanism 4 position adjusted on bedplate 1.
Claims (10)
1. the clamp structure of a glass mold inner chamber and joint close face processing use, it is characterized in that comprising a bedplate (1), the end of this bedplate (1) and the other end and under the use state towards on surface respectively offer a pair of parallel adjustment tank (11); Be arranged on the centre frame (2) at middle part of the length direction of bedplate (1), offer a pair of parallel centre frame pressuring template adjustment tank (21) on the top surface of this centre frame (2), on each centre frame pressuring template adjustment tank (21), be equipped with a pair of centre frame pressuring template (211); Be arranged on an end of bedplate (1) and the other end and with fixing each holder mould guide block automatic hoisting mechanism (3) and each glass mold automatic end face locking mechanism (4) of described adjustment tank (11), wherein: ask mould guide block automatic hoisting mechanism (3) to be positioned between described centre frame (2) and glass mold automatic end face locking mechanism (4); A pair of holder mould guide block (5) for the support glass mold, one of them holder mould guide block (5) in this pair of holder mould guide block (5) is arranged on the described holder mould guide block automatic hoisting mechanism (3) of a described end that is positioned at described bedplate (1), and another holder mould guide block (5) in a pair of holder mould lifting guide block (5) is arranged on the holder mould guide block automatic hoisting mechanism (3) of the described other end that is positioned at bedplate (1).
2. glass mold inner chamber according to claim 1 and joint close face are processed the clamp structure of use, it is characterized in that described holder mould guide block automatic hoisting mechanism (3) comprises that formation has the casing (31) of casing chamber (311), clamping block guide rod (32), clamping block (33), clamping block migration cylinder (34), holder mould guide block lift action cylinder (35) and holder mould guide block Connection Block (36), the two ends of casing (31) are fixing in the position corresponding to described adjustment tank (11) and described bedplate (1), clamping block guide rod (32) is arranged on movably an end of casing (31) with level and is insinuated in casing chamber (311), clamping block (33) is positioned at casing chamber (311) and fixes with the end that clamping block guide rod (32) probes into casing chamber (311), clamping block migration cylinder (34) is fixed on the outer wall of the other end of casing (31), the clamping block migration cylinder post (341) of this clamping block migration cylinder (34) is stretched in casing chamber (311) and is fixedly connected with clamping block (33), holder mould guide block lift action cylinder (35) is arranged on the top of the described other end of casing (31), and the holder mould guide block lift action cylinder post (351) of this holder mould guide block lift action cylinder (35) is stretched in described casing chamber (311), holder mould guide block Connection Block (36) is located in casing chamber (311) and with holder mould guide block lift action cylinder post (351) and fixes, described holder mould guide block (5) is arranged in casing chamber (311) up or down, and be fixedly connected with described holder mould guide block Connection Block (36).
3. glass mold inner chamber according to claim 2 and joint close face are processed the clamp structure of use, it is characterized in that forming a clamping block inclined-plane (331) being arranged towards the surface of a side of described holder mould guide block (5) at described clamping block (33), and form in the bottom of holding in the palm mould guide block (5) and in the position corresponding to clamping block inclined-plane (331), a holder mould guide block inclined-plane (51) is arranged, this holder mould guide block inclined-plane (51) matches with clamping block inclined-plane (331), and the incline direction on this holder mould guide block inclined-plane (51) is contrary with the incline direction of clamping block inclined-plane (331).
4. glass mold inner chamber according to claim 2 and joint close face are processed the clamp structure of use, it is characterized in that being equipped with a spring (321) on described clamping block guide rod (32), one end bearing of this spring (321) is on the wall body of a described end of described casing (31), and the other end of spring (321) is bearing on described clamping block (33).
5. the clamp structure of glass mold inner chamber according to claim 2 and joint close face processing use, is characterized in that described clamping block migration cylinder (34) and described holder mould guide block lift action cylinder (35) are oil cylinder or cylinder.
6. glass mold inner chamber according to claim 2 and joint close face are processed the clamp structure of use, it is characterized in that being fixed with a link rod (52) at described holder mould guide block (5) on an end end face of described holder mould guide block Connection Block (36), this link rod (52) is fixing with holder mould guide block Connection Block (36), and the top at holder mould guide block (5) is fixed with a glass mold tray (53), in the upper formation of this glass mold tray (53), one holder die cavity (531) is arranged.
7. the clamp structure of glass mold inner chamber according to claim 6 and joint close face processing use, is characterized in that the shape of described holder die cavity (531) is in the shape of the letter V.
8. glass mold inner chamber according to claim 1 and joint close face are processed the clamp structure of use, it is characterized in that described glass mold automatic end face locking mechanism (4) comprises locked mode support (41), locked mode acting cylinder (42) and locked mode push rod (43), locked mode support (41) is fixing in the position corresponding to described adjustment tank (11) and described bedplate (1), offer the locked mode support pressure template adjustment tank (411) mutually parallel with described centre frame pressuring template adjustment tank (21) on the top surface of this locked mode support (41), be equipped with a pair of locked mode support pressure template (4111) on this locked mode support pressure template adjustment tank (411), locked mode acting cylinder (42) is fixed on the side of locked mode support (41) back to described centre frame (2) with level, one end of locked mode push rod (43) is connected with the locked mode acting cylinder post (421) of locked mode acting cylinder (42), the other end forms a push rod (431), this push rod (431) is slidably matched with the push rod resigning hole (412) be opened on locked mode support (41).
9. glass mold inner chamber according to claim 8 and joint close face are processed the clamp structure of use, and the height that it is characterized in that described locked mode support (41) is consistent with the height of described centre frame (2).
10. the clamp structure of glass mold inner chamber according to claim 8 and joint close face processing use, is characterized in that described locked mode acting cylinder (42) is oil cylinder or cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320048239 CN203092207U (en) | 2013-01-29 | 2013-01-29 | Clamp structure used for machining of inner cavity and joint close surface of glass mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320048239 CN203092207U (en) | 2013-01-29 | 2013-01-29 | Clamp structure used for machining of inner cavity and joint close surface of glass mold |
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| CN203092207U true CN203092207U (en) | 2013-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320048239 Withdrawn - After Issue CN203092207U (en) | 2013-01-29 | 2013-01-29 | Clamp structure used for machining of inner cavity and joint close surface of glass mold |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056695A (en) * | 2013-01-29 | 2013-04-24 | 苏州东方模具科技股份有限公司 | Fixture structure for machining inner cavities and joint closing surfaces of glass molds |
| CN106736185A (en) * | 2017-01-19 | 2017-05-31 | 常熟市中恒自动化设备有限公司 | The bottle mould bases slewing equipment of glass mold automatic welding machine |
| CN106826051A (en) * | 2017-01-19 | 2017-06-13 | 常熟市中恒自动化设备有限公司 | Glass mold automatic soldering device |
| CN107738209A (en) * | 2017-11-24 | 2018-02-27 | 常熟市精工模具制造有限公司 | Mold clamping apparatus for glass mold embedded SMA actuators |
-
2013
- 2013-01-29 CN CN 201320048239 patent/CN203092207U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056695A (en) * | 2013-01-29 | 2013-04-24 | 苏州东方模具科技股份有限公司 | Fixture structure for machining inner cavities and joint closing surfaces of glass molds |
| CN106736185A (en) * | 2017-01-19 | 2017-05-31 | 常熟市中恒自动化设备有限公司 | The bottle mould bases slewing equipment of glass mold automatic welding machine |
| CN106826051A (en) * | 2017-01-19 | 2017-06-13 | 常熟市中恒自动化设备有限公司 | Glass mold automatic soldering device |
| CN106826051B (en) * | 2017-01-19 | 2018-03-06 | 太平洋纺织机械（常熟）有限公司 | Glass mold automatic soldering device |
| CN106736185B (en) * | 2017-01-19 | 2018-03-30 | 太平洋纺织机械（常熟）有限公司 | The bottle mould bases slewing equipment of glass mold automatic welding machine |
| CN107738209A (en) * | 2017-11-24 | 2018-02-27 | 常熟市精工模具制造有限公司 | Mold clamping apparatus for glass mold embedded SMA actuators |
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