CN101891373B - Ware mould clamp of glassware - Google Patents
Ware mould clamp of glassware Download PDFInfo
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- CN101891373B CN101891373B CN2010102259864A CN201010225986A CN101891373B CN 101891373 B CN101891373 B CN 101891373B CN 2010102259864 A CN2010102259864 A CN 2010102259864A CN 201010225986 A CN201010225986 A CN 201010225986A CN 101891373 B CN101891373 B CN 101891373B
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- half module
- empiecement
- base
- vessel
- hub setting
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B11/00—Pressing molten glass or performed glass reheated to equivalent low viscosity without blowing
- C03B11/06—Construction of plunger or mould
- C03B11/10—Construction of plunger or mould for making hollow or semi-hollow articles
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- Organic Chemistry (AREA)
- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
Abstract
The invention relates to a ware mould clamp of glassware, which belongs to a glass mould and comprises a pedestal, a pivoted shaft, a first clamp semi-mould and a second clamp semi-mould. The ware mould clamp is characterized in that a group of pedestal inlaid pieces are arranged on the surface of the pedestal towards the first clamp semi-mould and the second clamp semi-mould, a first semi-mould inlaid piece is arranged on the surface of the bottom wall of a first ware semi-mould cavity towards one side of the pedestal, a second semi-mould inlaid piece is arranged on the surface of the bottom wall of a second ware semi-mould cavity towards one side of the pedestal, and both the first semi-mould inlaid piece and the second semi-mould inlaid piece are matched with the pedestal inlaid pieces. The invention has the advantages that the service life of the pedestal, the first clamp semi-mould and the second clamp semi-mould is prolonged; the ware mould clamp is convenient to clear; the forming efficiency is improved; and a first pivoted shaft seat, a second pivoted shaft seat and a third pivoted shaft seat are protected.
Description
Technical field
The invention belongs to technical field of glass dies, be specifically related to a kind of vessel die clamper of glassware.
Background technology
Such as those of skill in the art the reason of knowledge; In making (compacting) glassware such as glass cylinder (glass cylinder that comprises handled glass cylinder and no handle), whisking appliance vessel, glass pot tool or the like process; Because used mould is the structure of the promptly two die sinkings of two die sinking structures; Therefore can not directly be installed on the machine, must be installed on the Glass Containers processing machine by taking a pair of vessel half module as the vessel die clamper of vessel mould carrier.The structure of vessel die clamper is to constitute (the industry custom is called the obvolvent pincers) by base with the identical anchor clamps half module of a pair of shape of pivot setting coaxially to each other (also claiming to be hinged) on base; During use; A pair of vessel half module is removable installed on a pair of anchor clamps half module, drives a pair of vessel half module by the folding of a pair of anchor clamps half module and scold out (demoulding) each other or close up (pressware) each other.
Above-mentioned anchor clamps half module is short of below in the use of reality, existing: one is to use the short frequency height of scrapping of life-span; Because because a glassware is accomplished in every compacting is glassware of every shaping; A pair of anchor clamps half module just folding once, so, the frequent friction in the surface of the bottom surface of anchor clamps half module and base; Cause both and all decrease, must in time replace; The 2nd, catching phenomenon is serious; And even frustrate the basal surface that decreases susceptor surface and anchor clamps half module; Because in the glassware press forming process, the commissural overlap of glasswork falls to susceptor surface easily, so when the folding of anchor clamps half module; Can get into through the glass particle of cooled and solidified between the surface of bottom surface and base of anchor clamps half module, thereby undermine the bottom surface and the surface that undermines base of anchor clamps half module; The 3rd, the speed of cooling of anchor clamps half module is slow, influences the raising of forming efficiency, and then influences the output in the unit time; The 4th, be used for the weak point in work-ing life that pivot is arranged at the hub setting axle bed on the hub setting axle; Because in anchor clamps half module moving process, the same frequent friction of hub setting axle bed is along with the aggravation of friction level; The folding effect of a pair of anchor clamps half module reduces gradually, only if anchor clamps half module and base is whole discarded.
Therefore; Become common pay close attention to and the technical problem that press for solution of glassware manufacturer and glass article production firm the work-ing life that how reasonably to prolong the vessel die clamper; The applicant has also carried out secular concern as the professional production unit of glass article to the problems referred to above; And carried out literature search, yet in disclosed patent and non-patent literature, all be not seen in the referential enlightenment that is intended to address the above problem.For this reason, the applicant has carried out positive exploration, has found the way of dealing with problems, and the technical scheme that will introduce below produces under this background.
Summary of the invention
Top priority of the present invention is to provide a kind of bottom surface that helps avoid a pair of anchor clamps half module and base direct friction and uses the vessel die clamper that prolongs whole service life and the glassware that reduces use cost.
Another task of the present invention is to provide a kind of cullet material that helps preventing cooled and solidified to cause anchor clamps half module and base jam and even undermines the vessel die clamper of the glassware of anchor clamps half module and base.
Another task of the present invention is to provide a kind of to be of value to the cooling performance that improves the anchor clamps half module and to use the vessel die clamper of the glassware of promoting forming efficiency.
Another task of the present invention is to provide a kind of vessel die clamper that the glassware in the work-ing life of being convenient to prolong the hub setting axle bed of coaxial hub setting on the hub setting axle is arranged.
Accomplish top priority of the present invention for embodying; Technical scheme provided by the invention is: a kind of vessel die clamper of glassware; Comprise that the first anchor clamps half module and that the hub setting axle, of edge that a base, is arranged at a side of base has the first vessel half module chamber and first a hub setting axle bed has the second vessel half module chamber and the second anchor clamps half module of second, third hub setting axle bed of upper and lower correspondence each other; The first hub setting axle bed is corresponding between second, third hub setting axle bed; And first, second, third hub setting axle bed jointly rotates and is arranged on the described hub setting axle; Be characterised in that: said base is provided with one group of base empiecement towards the surface of said first, second anchor clamps half module; The first vessel half module chamber diapire in the described first vessel half module chamber is provided with one first half module empiecement towards the surface of a side of said base; And the second vessel half module chamber diapire in the described second vessel half module chamber is provided with one second half module empiecement towards the surface of a side of said base, and first, second half module empiecement all matches with described base empiecement.
Accomplish another task of the present invention for embodying, technical scheme provided by the invention is: described one group of base empiecement constitutes road, chip removal crack each other.
For embodying the another task of the present invention of accomplishing; Technical scheme provided by the invention is: be concaved with one first air flue in the first vessel half module chamber of the described first anchor clamps half module; And the side at first air flue offers one first air inlet port; Central part at first air flue offers one first production well, and first all communicates with first air flue into and out of pore, and all communicates with the external world; Be concaved with one second air flue in the second vessel half module chamber of the described second anchor clamps half module; And the side at second air flue offers one second air inlet port; Central part at second air flue offers one second production well, and second all communicates with second air flue into and out of pore, and all communicates with the external world; First, second air inlet port corresponds to each other, and first, second production well corresponds to each other.
For embodying the task more of the present invention of accomplishing; Technical scheme provided by the invention is: be arranged with a pair of axle sleeve that respectively has friction plate on the described hub setting axle; One of them axle sleeve in a pair of axle sleeve and the upper surface of the described first hub setting axle bed are fixed; And contact with the lower surface of the described second hub setting axle bed, and the lower surface of another axle sleeve and the first hub setting axle bed is fixed, and contacted with the upper surface of described the 3rd hub setting axle bed.
In a concrete embodiment of the present invention, described base empiecement is around the circumferentially-spaced setting of said base, and each base empiecement is fixed by base empiecement set screw and base.
In another concrete embodiment of the present invention; The shape of the described first half module empiecement, structure and fixed form all shape, structure and the fixed form with the described second half module empiecement are identical; The two ends of the described second half module empiecement respectively offer at least one empiecement fixing screw hole; And offering a steady brace empiecement hole at the middle part of the second half module empiecement, the two ends of the described second vessel half module chamber diapire respectively offer quantity and equate and the corresponding fixing screw hole in position with the quantity of empiecement fixing screw hole, and offer a location pin-and-hole at the middle part of the second vessel half module chamber diapire; Inserted steady brace in the dowel hole; The lower end of steady brace is in dowel hole is insinuated into steady brace empiecement hole, and the upper end of steady brace leans out dowel hole, has inserted set screw in the described fixing screw hole.
In another concrete embodiment of the present invention, the described first anchor clamps half module has the one first mould wing, and this first mould wing is positioned at the outside of said first air inlet port; The described second anchor clamps half module has the one second mould wing, and this second mould wing is positioned at the outside of said second air inlet port, and first, second mould wing keeps corresponding each other and both cooperatively interact.
In another concrete embodiment of the present invention, the spaced surface of described friction plate offers oiling groove.
Also have among the concrete embodiment of the present invention, the shape of described one group of base empiecement is identical or inequality with size, and the thickness of one group of base empiecement is identical.
more of the present invention and among concrete embodiment, the top end face of described base empiecement set screw and the surperficial concordant of base empiecement or be lower than the surface of base empiecement.
One of advantage of technical scheme provided by the invention; Owing to be provided with the second half module empiecement being provided with on the base to be provided with on base empiecement, the diapire on the first half module empiecement and the second vessel half module chamber diapire in the second vessel half module chamber of the second anchor clamps half module in the first vessel half module chamber of the first anchor clamps half module; Thereby avoided the first vessel half module chamber diapire and the second vessel half module chamber diapire directly and the friction on the surface of base; After base empiecement and/or the wearing and tearing of first, second half module empiecement; Only need to change empiecement, thereby can prolong the work-ing life of base and first, second anchor clamps half module; Two, can get into road, chip removal crack after the glass slag that the overlap at matched moulds place cooling produces in the manufacturing processed of Glass Containers falls on the base and be convenient to remove; Three, first air flue and first that is formed on the first vessel half module chamber can improve radiating effect into and out of pore and second air flue and second that is formed on the second vessel half module chamber into and out of pore, accelerates the cooling to glass article, improves forming efficiency; Four, on the hub setting axle, set up axle sleeve with friction plate, help protecting first, second, third hub setting axle bed, avoid the first hub setting axle bed and second, third hub setting axle bed direct friction and cause damage.
Description of drawings
Fig. 1 is a preferred embodiment structure iron of the present invention.
Fig. 2 is the backsight structure iron of Fig. 1.
Fig. 3 is the application examples synoptic diagram of Fig. 1.
Embodiment
For the inspector that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more; The applicant general combines accompanying drawing to elaborate with the mode of embodiment below; But the description to embodiment all is not the restriction to the present invention program, any according to the present invention design done only for pro forma but not substantial equivalent transformation all should be regarded as technical scheme category of the present invention.
Please be referring to Fig. 1 and Fig. 2, the shape of the base 1 that provides is substantially square, and employed here notion substantially is meant that base 1 both can be a square, also can be rectangular parallelepiped.Four bights at base 1 respectively offer a fixed bolt hole 12; Fixed bolt hole 12 is used for fixing with the Glass Containers processor; Centre at base 1 has cylinder boss 13; This cylinder boss 13 matches with the first semicircle cambered surface 3111 at the middle part that is formed in the first vessel half module chamber diapire 311, and matches with the second semicircle cambered surface 4115 at the middle part that is formed in the second vessel half module chamber diapire 411.Position placed in the middle in a side of base 1 is that the edge is outward extended with a hub setting axle bed 14, is installed in plumbness on the hub setting axle permanent seat 141 having a hub setting axle permanent seat 141, one hub setting axles 2 on the hub setting axle bed 14.
As technical essential of the present invention; Base 1 towards on the surface; Also be that base 1 is installed with one group of base empiecement 11 towards the surface of first, second anchor clamps half module 3,4 that also will specify below, by shown in Figure 1, one group of base empiecement 11 centers on the circumferentially-spaced setting of the upper surface of base 1; And maintain road, chip removal crack 111 between the adjacent pans empiecement 11, make between each base empiecement 11 by the existence in road, chip removal crack 111 to be in non-contacting state.In the present embodiment, the shape of one group of base empiecement 11 and size and inequality, and each is fixing with base 1 with base empiecement 11 by base empiecement set screw 112.Preferred scheme is: with the afterbody of base empiecement set screw 112 is the surface that the top end face is lower than base empiecement 11 slightly.The width in road, aforesaid chip removal crack 111 does not need special qualification in the present invention, but needs to ensure perforation each other between all channel of chip removal 111, and communicates with the external world.Though the shape that aforesaid one group of base empiecement 11 is selected in the present embodiment is not quite similar, does not repel one group of base empiecement 11 and adopt identical shape.The thickness of one group of base empiecement 11 must be consistent.Upper surface at base 1 also is installed with a spacing block set 15, is played the effect that prevents that first, second anchor clamps half module 3,4 from bumping against by spacing block set 15.
Please see Fig. 1 by emphasis; One first anchor clamps half module 3 through the one of which side be left side central portion shown in Figure 1 and be positioned at the first hub setting axle bed 32 on the outer wall and on the hub setting axle 2 mentioned above being arranged on rotationally, hub setting (pivot setting) mode is in the first hub setting axle bed 32, the bearing (not shown) to be set.The surface towards aforesaid base 1 of the first vessel half module chamber diapire 311 in the first vessel half module chamber 31 of the first anchor clamps half module 3 is that the outside surface (also can claim basal surface) of the first vessel half module chamber diapire 311 is screwed one piece of first half module empiecement 5; The middle part of the first half module empiecement 5 and constitute the first half module empiecement semi arch chamber 51 towards a side of aforesaid cylinder boss 13, this first half module empiecement semi arch chamber 51 overlaps with the aforesaid first semicircle cambered surface 3111 and matches with cylinder boss 13.In the first vessel half module chamber 31, be arranged with and constitute one first air flue 312; In a side of first air flue 312 is that the right side of location status shown in Figure 1 offers first air inlet port 3121 that a shape does not receive shape shown and limited, and offers one first production well 3122 at the central part of first air flue 312.After the vessel half module 7 by Fig. 3 signal is placed in first the vessel half module chamber 31 in, do not contact between the inwall in the outer wall of vessel half module 7 and the first vessel half module chamber 31, the road, crack of formation is aforesaid first air flue 312 each other.Communicate with each other through first air flue 312 into and out of pore 3121,3122 owing to first; Therefore when the vessel die clamper of glassware of the present invention is installed on the glassware processor through base 1 and is in user mode; By the air-blast device such as fan outside air is introduced from first air inlet port 3121; Behind first air flue 312, draw from first production well 3122, thereby the speed of cooling of aforesaid vessel half module 7 is improved; The cooling forming of glassware is speeded up, thereby can increase the manufacturing vessel output in the unit time.First groove 34 that is shown in the upper edge and the middle part that occupy the upper edge of the first anchor clamps half module 3 is that the locating flange that is used on the outer wall with vessel half module 7 matches, thereby can claim that first groove 34 is vessel half module locating slot.Can know from structure illustrated in figures 1 and 2; The vessel die clamper of glassware of the present invention be applicable to make no handle with handled glass cylinder; Therefore in order to tackle handled glass cylinder; So the side at the first anchor clamps half module 3 is that right side shown in Figure 1 is extended with the one first mould wing 33, can satisfy the use to the mould of handled glass cylinder by this first mould wing 33, that is to say; The first anchor clamps half module 3 of the present invention is both applicable to the glass cylinder vessel mould of no handle, also applicable to handled glass cylinder vessel mould.
In the present embodiment; Why the applicant does too detailed description to the matching relationship of the first half module empiecement 5 and the first vessel half module chamber diapire 311, and this is because shape, structure and the fixed form of the first half module empiecement 5 are all identical with the following second half module empiecement of soon describing 6.
Please continue to see Fig. 1; One remains in the static hub setting axle 2 that does not promptly rotate is fixed on the aforesaid hub setting axle permanent seat 141 with plumbness; This hub setting axle 2 is provided with a pair of axle sleeve 21, and each axle sleeve 21 has a friction plate 211, and on each friction plate 211, offers oiling groove 2111.An axle sleeve 21 on the top in a pair of axle sleeve 21 is fixed with the top (upper surface) of the aforesaid first hub setting axle bed 32 through its friction plate 211 usefulness screws 2112, and a promptly following axle sleeve 21 same bottoms (lower surface) through its friction plate 211 usefulness screws 2112 and the first hub setting axle bed 32 of another axle sleeve 21 are fixed.
On the outer wall that on the outer wall of a side of the second anchor clamps half module 4 is right side shown in Figure 1, constitute both and keep second, third corresponding up and down hub setting axle bed 42,43 each other; Match with the second hub setting axle bed 42 through head bearing 212 in the upper end of aforesaid hub setting axle 2; And match with the 3rd hub setting axle bed 43 through lower bearing 213 in the lower end of hub setting axle 2, and the aforesaid first hub setting axle bed 32 is bumped into second, third hub setting axle bed 42, between 43.The friction plate 211 of an axle sleeve 21 on aforesaid top contacts with the lower surface of the second hub setting axle bed 42, and the friction plate 211 of an axle sleeve 21 of the bottom in the aforesaid a pair of axle sleeve 21 contacts with the upper surface of the 3rd hub setting axle bed 43.In a word; First, second, third hub setting axle bed 32,42,43 coaxial and rotationally pivot be arranged on the hub setting axle 2; Because the effect of friction plate 211 can prevent the upper and lower surface of the first hub setting axle bed 32 and the surperficial direct friction of second, third hub setting axle bed 42,43, and after in oiling groove 2111, injecting lubricating oil; Can improve lubricant effect, first, second, third hub setting axle bed 32,42,43 is rotated freely.
In the second vessel half module chamber 41 of the second anchor clamps half module 4, constitute and the second identical air flue 412 of aforesaid first air flue 312; And the side at second air flue 412 is that left side shown in Figure 1 offers one second air inlet port 4121; And offer one second production well 4122 at the central part of second air flue 412; Second communicates through second air flue 412 into and out of pore 4121,4122, and its principle and effect are as to first description into and out of pore 3121,3122.The function that is positioned at a side that promptly extends the second anchor clamps half module 4 and is the left side and the second mould wing 44 that be positioned at second air inlet port, 4121 outsides shown in Figure 1 is with the description to the first mould wing 33, and the function of second groove 45 at position placed in the middle of upper edge that is formed in the second anchor clamps half module 4 is with the description to first groove 34.
Two ends at the second vessel half module chamber diapire 411 in the second vessel half module chamber 41 respectively offer a pair of fixing screw hole 4111, and offer a location pin-and-hole 4112 at the position placed in the middle (middle part of length direction) of the second vessel half module chamber diapire 411.The second vessel half module chamber diapire 411 towards the surface of aforesaid base 1 promptly the outside surface of the second vessel half module chamber diapire 411 one second half module empiecement 6 is set; Specifically: respectively offer a pair of empiecement fixing screw hole 61 at the two ends of the second half module empiecement 6; And offer a steady brace empiecement hole 62 at position (middle part of length direction) placed in the middle; Fixing with empiecement fixing screw hole 61 by set screw 4114 (totally 4 pieces) through aforesaid fixing screw hole 4111; The lower end of steady brace 4113 probes in the steady brace empiecement hole 62 through aforesaid dowel hole 4112, and matches (Fig. 3 shows) with vessel half module 7 in the upper end of steady brace 4113.Be formed in the second half module empiecement semi arch chamber 63 on the second half module empiecement 6 as description to the first half module empiecement semi arch chamber 51.
Please see Fig. 2 by emphasis; The back side of the aforesaid first anchor clamps half module 3 has extended (promptly having) a pair of first and has activated seat 35; And the back side of the second anchor clamps half module 4 has a pair of second actuating seat 46; First, second activates seat 35,46 and is connected with the cylinder post of oil cylinder or cylinder, and when the cylinder post of oil cylinder or cylinder acted on first, second actuating 35,46 simultaneously, then making first, second anchor clamps half module 3,4 was that center of turning circle is scolded out each other or closed up with hub setting axle 2.The vessel die clamper of glassware of the present invention also can be described as obvolvent pincers, because have just as the folding effect as the freshwater mussel.
Ask for an interview Fig. 3, on first, second anchor clamps half module 3,4, vessel half module 7 is set respectively, when first, second anchor clamps half module 3,4 is scolded out each other; Then drive a pair of vessel half module 7 and scold out, i.e. the demoulding is so that make the Glass Containers (present embodiment is a glass cylinder) of press forming get and leave; Vice versa; When first, second anchor clamps half module 3,4 closes up, then drive a pair of vessel half module 7 and close up, be i.e. matched moulds.
Concrete Fig. 1 and Fig. 2 of combining; In the manufacturing processed of glassware; Can be driven in the road, chip removal crack 111 by first, second anchor clamps half module 3,4 after the glass slag that produces when commissural overlap cools off drops on the base 1, remove after waiting to shut down, thereby the cullet material can not participated in the friction of base 1 and first, second anchor clamps half module 3,4; More particularly, glass slag bits can not participated in the friction of first, second vessel half module chamber diapire 311,411 and base 1.In case the base empiecement 11 on the base 1 because of the time wear and tear for a long time; Then pine is opened 112 replacings of base empiecement set screw; With example, in case the first half module empiecement 5 wearing and tearing on the first anchor clamps half module 3, pine is opened set screw 511 and replaces so; And in case the wearing and tearing of the second half module empiecement 6, then pine is opened set screw 4114 and changes.It is thus clear that in the process of first, second anchor clamps half module 3,4 frequent foldings; First, second vessel half module chamber diapire 311,411 of first, second anchor clamps half module 3,4 does not directly rub with base 1 mutually; But first, second half module empiecement 5,6 direct and base empiecement 11 frictions; Thereby protected first, second anchor clamps half module 3,4 and base 1 ultimate attainmently, helped reducing the use cost that applying unit is a Glass Containers manufacturing concern.With example; The upper and lower surfaces of the first hub setting axle bed 32 also not with second, third hub setting axle bed 42,43 direct friction; Even axle sleeve 21 is because of friction plate 211 wearing and tearing; So as long as the axle sleeve 21 that more renews, thereby guaranteed the folding effect of first, second anchor clamps half module 3,4, especially can not involve whole vessel die clamper because of the wearing and tearing of the first hub setting axle bed 32, the second hub setting axle bed 42 or the 3rd hub setting axle bed 43.
Claims (10)
1. the vessel die clamper of a glassware; Comprise that a shape is the first anchor clamps half module (3) and that the hub setting axle (2), of edge that square or rectangular parallelepiped and base (1), respectively offer a fixed bolt hole (12) in four bights is arranged at a side of base (1) has the first vessel half module chamber (31) and the first hub setting axle bed (32) and has the second vessel half module chamber (41) and the second anchor clamps half module (4) of second, third hub setting axle bed (42,43) of upper and lower correspondence each other; The first hub setting axle bed (32) is corresponding between second, third hub setting axle bed (42,43); And first, second, third hub setting axle bed (32,42,43) jointly rotates and is arranged on the described hub setting axle (2); It is characterized in that: said base (1) is provided with one group of base empiecement (11) towards the surface of said first, second anchor clamps half module (3,4); The first vessel half module chamber diapire (311) in the described first vessel half module chamber (31) is provided with one first half module empiecement (5) towards the surface of a side of said base (1); And the second vessel half module chamber diapire (411) in the described second vessel half module chamber (41) is provided with one second half module empiecement (6) towards the surface of a side of said base (1), and first, second half module empiecement (5,6) all matches with described base empiecement (n).
2. the vessel die clamper of glassware according to claim 1 is characterized in that described one group of base empiecement (11) constitutes road, chip removal crack (111) each other.
3. the vessel die clamper of glassware according to claim 1; It is characterized in that being concaved with one first air flue (312) in the first vessel half module chamber (31) of the described first anchor clamps half module (3); And the side at first air flue (312) offers one first air inlet port (3121); Central part at first air flue (312) offers one first production well (3122), and first all communicates with first air flue (312) into and out of pore (3121,3122), and all communicates with the external world; Be concaved with one second air flue (412) in the second vessel half module chamber (41) of the described second anchor clamps half module (4); And the side at second air flue (412) offers one second air inlet port (4121); Central part at second air flue (412) offers one second production well (4122); Second all communicates with second air flue (412) into and out of pore (4121,4122); And all communicate with the external world, first, second air inlet port (3121,4121) corresponds to each other, and first, second production well (3122,4122) corresponds to each other.
4. the vessel die clamper of glassware according to claim 1; It is characterized in that being arranged with on the described hub setting axle (2) a pair of axle sleeve (21) that respectively has friction plate (211); One of them axle sleeve (21) in a pair of axle sleeve (21) is fixed with the upper surface of the described first hub setting axle bed (32); And contact with the lower surface of the described second hub setting axle bed (42); And another axle sleeve (21) is fixed with the lower surface of the first hub setting axle bed (32), and contacts with the upper surface of described the 3rd hub setting axle bed (43).
5. the vessel die clamper of glassware according to claim 1 is characterized in that the circumferentially-spaced setting of described base empiecement (11) around said base (1), and each base empiecement (11) is fixing by base empiecement set screw (112) and base (1).
6. the vessel die clamper of glassware according to claim 1; All shape, structure and the fixed form with the described second half module empiecement (6) is identical to it is characterized in that shape, structure and the fixed form of the described first half module empiecement (5); The two ends of the described second half module empiecement (6) respectively offer at least one empiecement fixing screw hole (61); And offer a steady brace empiecement hole (62) at the middle part of the second half module empiecement (6); The two ends of the described second vessel half module chamber diapire (411) respectively offer quantity and equate and the corresponding fixing screw hole in position (4111) with the quantity of empiecement fixing screw hole (61); And offer a location pin-and-hole (4112) at the middle part of the second vessel half module chamber diapire (411); Inserted steady brace (4113) in the dowel hole (4112); The lower end of steady brace (4113) is in dowel hole (4112) is insinuated into steady brace empiecement hole (62), and the upper end of steady brace (4113) leans out dowel hole (4112), has inserted set screw (4114) in the described fixing screw hole (4111).
7. the vessel die clamper of glassware according to claim 3 is characterized in that the described first anchor clamps half module (3) has the one first mould wing (33), and this first mould wing (33) is positioned at the outside of said first air inlet port (3121); The described second anchor clamps half module (4) has the one second mould wing (44), and this second mould wing (44) is positioned at the outside of said second air inlet port (4121), and first, second mould wing (33,44) keeps corresponding each other and both cooperatively interact.
8. the vessel die clamper of glassware according to claim 4 is characterized in that the spaced surface of described friction plate (211) offers oiling groove (2111).
9. according to the vessel die clamper of claim 1 or 2 or 5 described glasswares, it is characterized in that the shape of described one group of base empiecement (11) is identical or inequality with size, and the thickness of one group of base empiecement (11) is identical.
10. the vessel die clamper of glassware according to claim 5, the top end face that it is characterized in that described base empiecement set screw (112) and the surperficial concordant of base empiecement (11) or be lower than the surface of base empiecement (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102259864A CN101891373B (en) | 2010-07-13 | 2010-07-13 | Ware mould clamp of glassware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102259864A CN101891373B (en) | 2010-07-13 | 2010-07-13 | Ware mould clamp of glassware |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101891373A CN101891373A (en) | 2010-11-24 |
| CN101891373B true CN101891373B (en) | 2012-02-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102259864A Active CN101891373B (en) | 2010-07-13 | 2010-07-13 | Ware mould clamp of glassware |
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| CN (1) | CN101891373B (en) |
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| CN102432162A (en) * | 2011-09-07 | 2012-05-02 | 常熟市建华模具有限责任公司 | Mold for producing glass container |
| CN113896406B (en) * | 2021-11-11 | 2023-07-21 | 湖州诚创自动化科技有限公司 | Three-die opening device for glassware press |
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| US4295873A (en) * | 1979-04-12 | 1981-10-20 | Duro-Test Corporation | Method and apparatus for reworking a hollow workpiece |
| CN101104544A (en) * | 2006-07-13 | 2008-01-16 | 乙太精密有限公司 | Die for molding glass |
| CN201729756U (en) * | 2010-07-13 | 2011-02-02 | 常熟市建华模具有限责任公司 | Ware mold clamp of glassware |
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| CN101891373A (en) | 2010-11-24 |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
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| C14 | Grant of patent or utility model | ||
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| C56 | Change in the name or address of the patentee |
Owner name: CHANGSHU JIANHUA MOULD TECHNOLOGY CO., LTD. Free format text: FORMER NAME: JIANHUA MOULDS CO., LTD., CHANGSHU CITY |
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| CP03 | Change of name, title or address |
Address after: Day 215559 Jiangsu city of Suzhou province Changshou City Shajiabang town No. 3 Patentee after: Changshu Jianhua Mould Technology Co., Ltd. Address before: 215559 Zhongtian Road, E Industrial Park, Chang Kun Town, sandy Town, Jiangsu, Changshou City Patentee before: Changshu Jianhua Die Sets Co., Ltd. |