CN201793470U

CN201793470U - Glass bead molding device

Info

Publication number: CN201793470U
Application number: CN2010205092810U
Authority: CN
Inventors: 毛建国
Original assignee: CHANGSHU CITY SHAJIABANG TOWN JIANGUO GLASS MOULD FACTORY
Current assignee: CHANGSHU CITY SHAJIABANG TOWN JIANGUO GLASS MOULD FACTORY
Priority date: 2010-08-30
Filing date: 2010-08-30
Publication date: 2011-04-13
Anticipated expiration: 2020-08-30

Abstract

A glass bead molding device belongs to glassware molding machinery and comprises a frame with a frame platform formed at the top of the frame, a power transmission mechanism arranged on the frame, a first and a second mould shaft seats arranged on the frame platform, and a first and a second mould shafts. The glass bead molding device is characterized in that a longitudinal guide rail is fixedly arranged on one side of the frame platform, and a horizontal guide rail is fixedly arranged on the other side; a longitudinal guide rail groove is formed at the bottom of the first mould shaft seat and is matched with the longitudinal guide rail; a horizontal guide rail groove is formed at the bottom of the second mould shaft seat and is matched with the horizontal guide rail; a longitudinal adjusting seat and a horizontal adjusting seat are further fixedly arranged on the frame platform; an adjusting block is fixedly arranged on one side of the first mould shaft seat facing the longitudinal adjusting seat and is extended into an adjusting block cavity; and the horizontal adjusting seat corresponds to one side of the second mould shaft seat and is provided with a first adjusting screw. the glass bead molding device can not only meet the requirements for industrialized magnified production, but also ensure the mutual mould closing effects of a first and a second moulds.

Description

The molded and shaped device of granulated glass sphere

Technical field

The utility model belongs to glassware forming machine tool technical field, is specifically related to the molded and shaped device of a kind of granulated glass sphere.

Background technology

Granulated glass sphere belongs to the glass sphere category, yet, why be called pearl, be because diameter is less relatively, the apperance as common diameter little as Semen Brassicae campestris, the fish-egg is greatly as if the pearlescent apperance of soya bean (also claiming soybean), freshwater mussel.Granulated glass sphere has glittering and translucent interspersed decorative effect and is widely used in being not limited on the following cited article such as jewellery, artwork, light fixture, clock and watch, dress ornament, shoes and hats, ticket-holder and case and bag or the like.

In Chinese patent literature; few about the technical scheme of granulated glass sphere shaper if stars; only by utility patent Granted publication CN201313860Y and CN201330220Y report is arranged, the former provides a kind of granulated glass sphere forming press, and what the latter introduced is a kind of last mold mechanism of granulated glass sphere forming mould.Though these two patents all can be made granulated glass sphere, all have complex structure, working (machining) efficiency lowly is not enough to satisfy the shortcoming that industrial amplification production requires.Especially last patent scheme in above-mentioned two patent schemes can cause the serious waste of the energy.

According to professional general knowledge, the process of granulated glass sphere moulding is that the fused glass melt is introduced between a pair of mould opposite each other, under the state that a pair of mould rotates in opposite directions and under cooling provision glass melt is being shaped to bead-like body.Aforesaid a pair of mould usually respectively by mould shaft rotationally pivot be arranged on the corresponding mould axle bed, be that each mould is equipped with a mould axle bed, in order to ensure i.e. each other the fiting effect of the matched moulds effect of a pair of mould, need accurately adjust mould, to avoid occurring between a pair of mould off normal of vertical and circumferential direction (also can deserve to be called down direction).Undoubtedly, the adjustment to mould can only realize that so-called indirect adjustment is meant to be adjusted the mould axle bed, moves so that take mould by the mould axle bed in the mode of indirect adjustment.Consider from the thinking of people's custom, as long as it is directly the framework platform of the frame of mould axle bed and the molded and shaped device of granulated glass sphere is fixing after a pair of mould axle bed is adjusted to the degree of the matched moulds effect that is satisfied a pair of mould with screw, but, because mould axle bed self is very heavy, need two people or the above work compound of two people when therefore adjusting, it is many not only to drop into manpower, and the adjustment time is tediously long, especially adjusts effect and is difficult to guarantee.

At above-mentioned prior art, the applicant has carried out long exploration and practice, and technical scheme described below produces under this background.

Summary of the invention

Task of the present utility model is to provide a kind of and can satisfies the high efficiency production requirement of granulated glass sphere and help convenient adjustment of mould axle bed used the molded and shaped device of granulated glass sphere of the matched moulds effect that ensures mould with terse structure.

Task of the present utility model is finished like this, and the molded and shaped device of a kind of granulated glass sphere comprises a frame, and the top of this frame constitutes a framework platform, and a power drive mechanism is arranged on the described frame; First, second mould axle bed is arranged on the described framework platform with mating with each other; One first mould shaft and one second mould shaft, first mould shaft is arranged on the described first mould axle bed rotationally, be in transmission connection with described power drive mechanism, and be installed with one first gear at the end that first mould shaft is connected with power drive mechanism, the other end is installed with discoidal first mould, second mould shaft is arranged on the second mould axle bed rotationally, end at second mould shaft is installed with one second gear, this second gear is meshed with described first gear, and being installed with one, the other end of second mould shaft is similarly discoidal second mould, this second mould matches with described first mould, on the dish edge of first mould, constitute the first semisphere die cavity with the interval state, on the dish edge of second mould, constitute the second semisphere die cavity with the interval state equally, first, the second semisphere die cavity is fitted to each other, be characterised in that: a side of described framework platform is installed with a longitudinal rail, and opposite side is installed with a pair of cross slide way parallel to each other, the bottom of the described first mould axle bed offers a longitudinal rail groove, this longitudinal rail groove matches with described longitudinal rail, the bottom of the described second mould axle bed offers a pair of cross slide way groove parallel to each other, this is slidingly matched to cross slide way groove and described a pair of cross slide way, and on framework platform, also be installed with one and have vertical adjustment seat and a position and vertical corresponding horizontal adjustment seat of seat of adjusting of adjusting the piece chamber, the described first mould axle bed is installed with one towards a described vertical side of adjusting seat and adjusts piece, this adjustment piece probes in the described adjustment piece chamber, a described horizontal side outward of adjusting seat corresponding to the long side direction of the described second mould axle bed, and be equipped with one first adjustment screw.

In a specific embodiment of the present utility model, the shape of cross section of described vertical, horizontal guide rail all is swallow-tail form; And the transverse shape of described vertical, horizontal guide-track groove all is swallow-tail form.

In another specific embodiment of the present utility model, described first, second mould axle bed is connection fixed to one another, wherein, be fixed with a pair of connecting screw rod at the first mould axle bed towards a side of the described second mould axle bed, this is parallel to each other to connecting screw rod, offer a pair of connecting screw rod communicating pores on the second mould axle bed and at the position corresponding to described a pair of connecting screw rod, described connecting screw rod passes the connecting screw rod communicating pores and is fixed by nut.

In another specific embodiment of the present utility model, on the described second mould axle bed and offering a fastening screw through hole corresponding to the position placed in the middle between the described a pair of connecting screw rod communicating pores, be equipped with a fastening screw in this fastening screw through hole, the surface towards a side of the second mould axle bed of fastening screw and the described first mould axle bed contacts.

In another specific embodiment of the present utility model, described first, respectively be equipped with a water-cooled body on the second mould axle bed, end at described first mould of being fixed with of described first mould shaft is fixed with one first coolship, described first mould and first coolship are fixed and are taken first mould by first coolship and be fixed on first mould shaft, an end that is fixed with described second mould of described second mould shaft is fixed with one second coolship, and described second mould and second coolship are fixed and taken second mould by second coolship and be fixed on second mould shaft; Described water-cooled body comprises into water interface, backwater interface and rising pipe, wherein: the described water inlet interface and the first mould axle bed that are provided in the water-cooled body on the first mould axle bed are fixed, and communicate with the feeder connection of cooling-water duct in being opened in the first mould axle bed, and the backwater interface is fixed on the first mould axle bed equally, and communicate with the channel outlet of described cooling-water duct, rising pipe continues on the backwater interface, and the water outlet of this rising pipe is corresponding with the top of described first coolship, be installed with a water leg on the described frame, this water leg is corresponding to described first, the below of second coolship, be connected with a water leg rising pipe in the bottom of water leg, and the side outward at the long side direction of water leg has been received a blow tank, and this blow tank is corresponding to described first, the below of second mould.

Also have in the specific embodiment of the present utility model, be arranged with on the dish edge of described first coolship and constitute one first tank, and being concaved with one second tank on the dish edge of described second coolship equally, the water outlet of the described rising pipe that is provided in the described water-cooled body on the first mould axle bed is corresponding to described first tank.

More of the present utility model and in specific embodiment, on described second mould shaft and an end that is positioned at fixing described second gear be installed with a gear and adjust seat, described second gear is located at gear and adjusts on the seat, and takes second gear and second mould shaft is fixed by gear adjustment seat.

In of the present utility model and then specific embodiment, be extended with a pair of retaining pin parallel to each other on the described gear adjustment seat, each keeps off and is equipped with gear adjustment piece adjustment screw on the pin, and constitute a gear between a pair of retaining pin and adjust the piece chamber, described second gear is extended with gear adjustment piece towards a side of gear adjustment seat and at the position of adjusting the piece chamber corresponding to described gear, this gear is adjusted piece and is probeed in the gear adjustment piece chamber, and described gear is adjusted piece adjustment screw and contacted with gear adjustment piece.

Of the present utility model again more and in specific embodiment, described power drive mechanism comprises motor, first, second step-down gear, first, second power wheel and transmission belt, the motor and first step-down gear are in transmission connection and are fixed on by the first step-down gear driving wheel on the first braking maneuver power output shaft of first step-down gear, second power wheel is fixed on the step-down gear power input shaft of second step-down gear, and second braking maneuver power output shaft of second step-down gear and described first mould shaft are rotationally connected, one end of transmission belt is nested with on first power wheel, and the other end is nested with on second power wheel.

In again of the present utility model and then specific embodiment, when described first, second power wheel was belt pulley, described transmission belt was a belt; When described first, second power wheel was sprocket wheel, then described transmission belt was a chain.

The technical scheme that the utility model provides has structure for the granulated glass sphere forming press in the prior art terse and can use and satisfy the industrial amplification production requirement the granulated glass sphere moulding expeditiously; Being arranged at longitudinal rail on the framework platform and the longitudinal rail groove cunning on the first mould axle bed joins, and being arranged at cross slide way on the framework platform and the cross slide way cunning on the second mould axle bed equally joins, thereby can realize a pair of first, second mould that is arranged at respectively on first, second mould shaft is easily adjusted, and can guarantee the matched moulds effect each other of first, second mould.

Description of drawings

Fig. 1 is example structure figure of the present utility model.

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 conjunction with the accompanying drawings in the mode of embodiment below, but to the description of embodiment all is not 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 the frame 1 that is not subjected to the shape shown restriction, though because in Fig. 1, illustrated the skeleton construction of frame 1 for the square trend, but fully can pro forma slightly variation, for example be designed to the skeleton construction of rectangular parallelepiped, and can be sealed selectively the uncovered position of the sidepiece of frame 1, or the like.Shown in figure, constitute a slick plane at the top of frame 1, constitute framework platform 11 by this plane, again, side in frame 1 also is equipped with an electric control box 13, the power drive mechanism 2 that also will describe in detail below being used for controlling, and, at an end of frame 1 with welding, riveted joint or be fixed with a water leg 12 with other similar fixed form, and connect one in the bottom of this water leg 12 and be used for water leg rising pipe 121 that the water of water leg 12 is drawn, and be fixed with a blow tank 122 in a side outward of the long side direction of water leg 12.On aforesaid framework platform 11 and be positioned at a side and be installed with a longitudinal rail 111, opposite side is installed with a pair of cross slide way 112, and by diagram as can be known, vertical, horizontal guide rail the 111, the 112nd corresponds to each other, and says that more properly both constitute vertical relation.In addition, on framework platform 11 and the outside that is positioned at longitudinal rail 111 be fixed with one and be shaped as U-shaped and also can claim horseshoe-shaped vertical adjustment seat 113, this is vertically adjusted seat 113 and has one and adjust piece chamber 1131; And on framework platform 11 and the end outward that is positioned at cross slide way 112 be fixed with a position and aforesaid vertical adjustment seat 113 corresponding horizontal adjustment seats 114, and the mode with thread fit disposes one piece of first adjustment screw 1141 on the seat 114 laterally adjusting.

Above mentioned power drive mechanism 2 preferred but not structure that be limited to is as follows: comprise motor 21, first, second step-down

gear

22,26, first, second power wheel 23,25 and transmission belt 24, motor 21 cooperates with 26 transmissions of first step-down gear according to known technology general knowledge, and taking motor 21 by first step-down gear 22 fixes with the bottom of frame 1, the first braking maneuver power output shaft 221 of first step-down gear 22 leans out the plane (side plane) of frame 1, first power wheel 23 is fixed on the first braking maneuver power output shaft 221, and second power wheel 25 is fixed on the step-down gear power input shaft 261 of second step-down gear 26, second step-down gear 26 is fixed on the aforesaid framework platform 11, and the second braking maneuver power output shaft 262 of this second step-down gear 26 is in transmission connection with the mode of connection and following first mould shaft 5 that is about to describe of shaft coupling, one end of transmission belt 24 is set on first power wheel 23, and the other end is nested with on second power wheel 25.First, second power wheel 23,25 both can use belt pulley simultaneously, also can adopt sprocket wheel simultaneously, and transmission belt 24 both can use belt, also can use chain.More particularly: when first, second power wheel 23,25 used belt pulley simultaneously, transmission belt 24 used belt so; And when first, second power wheel 23,25 adopted sprocket wheel simultaneously, then transmission belt 24 used chain.

Please continue to see Fig. 1, aforesaid framework platform 11 be provided with one with the first slippery mould axle bed 3 of described longitudinal rail 111, and be provided with second a mould axle bed 4 that is slidingly fitted with aforesaid a pair of cross slide way 112.Bottom at the first mould axle bed 3 that is slidingly matched with longitudinal rail 111 offers a longitudinal rail groove 31, and this longitudinal rail groove 31 obviously is used for repaying longitudinal rail 111, that is, longitudinal rail 111 is positioned at longitudinal rail groove 31.The first mould axle bed 3 longitudinally guide rail 111 is regulated.The shape of cross section of aforesaid longitudinal rail 111 preferably adopts swallow-tail form (present embodiment promptly is), but do not repel shape of cross section is rectangle or square, the shape of cross section of longitudinal rail groove 31 is equally preferably selected and is used swallow-tail form, is rectangle or square but do not repel shape of cross section equally.On a sidewall bodies of aforesaid vertical adjustment seat 113, be fixed with one at the first mould axle bed 3 and adjust piece 32, and this adjustment piece 32 probes into (stretching into) just in adjusting piece chamber 1131, each screw thread is equipped with one second and adjusts screw 1132 on the corresponding cavity wall of also promptly adjusting piece chamber 1131 on the wall body of the corresponding both sides of vertically adjusting seat 113, by adjusting to the second adjustment screw 1132, adjust screw 1132 by second and promote aforesaid adjustment piece 32, make and adjust the piece 32 drives first mould axle bed 3, thereby realize fine setting the lengthwise position of the first mould axle bed 3.Be fixed with a pair of connecting screw rod parallel to each other 33 at the first mould axle bed 3 towards a side of the second mould axle bed 4.Bottom at the second mould axle bed 4 that is slidingly matched with a pair of cross slide way 112 offers position and a pair of cross slide way 112 corresponding cross slide way grooves 41, this is used for repaying a pair of cross slide way 112 equally to cross slide way groove 41, promptly, a pair of cross slide way 112 is slidingly matched with a pair of cross slide way groove 41, forms the guide rail sliding pair.The shape of cross section of aforesaid cross slide way 112 preferably uses swallow-tail form (present embodiment promptly is), but also can use the rectangular or foursquare cross slide way 112 of shape of cross section, the shape of cross section of cross slide way groove 41 should consistent with the shape of cross section of cross slide way 112 (present embodiment be a swallow-tail form).By diagram as can be known, the second mould axle bed 4 can be regulated along cross slide way 112, on the second mould axle bed 4 and in position, offer a pair of connecting screw rod communicating pores 42 corresponding to aforesaid a pair of connecting screw rod 33, aforesaid a pair of connecting screw rod 33 passes connecting screw rod communicating pores 42 and locatees with nut 331, thereby first, second

mould axle bed

3,4 is linked together.Again, offer a fastening screw through hole 43 on the second mould the axle bed 4 and middle part between aforesaid a pair of connecting screw rod communicating pores 42, at fastening screw through hole 43 screw-ins one fastening screw 431 is arranged, the end of this fastening screw 431 contacts with the wall body of the first mould axle bed 3 after passing fastening screw through hole 43, with example, aforesaid first end of adjusting screw 1141 that is equipped on the horizontal adjustment seat 114 contacts with the wall body of the second mould axle bed 4.Be provided with first oil hole 34 (injecting butter is butter) that is used for the bearing lubrication that first mould shaft 5 is set at the top of the first mould axle bed 3, equally, be provided with second oil hole 44 (inject butter or claim butter) that is used for the bearing lubrication that second mould shaft 6 is set at the top of the second mould axle bed 4.

By top explanation to first, second

mould axle bed

3,4 as can be known, each is fixing by screw and framework platform 11 after adjustment for first, second

mould axle bed

3,4, has illustrated among the figure to be used for the first mould axle bed 3 with framework platform 11 fixed, first set screw 35 be used for second mould axle bed 4 and framework platform 11 fixed first set screw 45.

Still see also Fig. 1, one first mould shaft 5 is bearing on the aforesaid first mould axle bed 3 rotationally by a pair of clutch shaft bearing 54, the two ends of this first mould shaft 5 all are stretched over outside the first mould axle bed 3, wherein: the end with aforesaid power drive mechanism 2 is in transmission connection mutually of first mould shaft 5 is fixed with one first gear 51, and the other end then is fixed with discoid first mould 52 by means of first coolship 53.Shown in figure, on the hole wall of the medium pore of first coolship 53, offer one first keyway 532, first flat key 55 on this first keyway 532 and first mould shaft 5 is fixing, and aforesaid one group of the 3rd set screw 522 of first mould, 52 usefulness and first coolship 53 are fixing.On the dish edge of the circumferential direction of first mould 52, be processed with the first semisphere die cavity 521 with the interval state.In addition, be arranged with at the circumferential direction of the dish edge of aforesaid first coolship 53 (but also pan of a steelyard along) and constitute one first tank 531.One second mould shaft 6 is bearing on the aforesaid second mould axle bed 4 rotationally by a pair of second bearing 65, the two ends of this second mould shaft 6 all are stretched over outside the second mould axle bed 4, wherein: an end of second mould shaft 6 is fixed with one second gear 61 by gear adjustment seat 64, this second gear 61 is meshed with aforesaid first gear 51, is similarly discoid second mould 62 and the other end of second mould shaft 6 is fixed with a shape by means of second coolship 63.Shown in figure, on the hole wall of the medium pore of second coolship 63, offer one second keyway 632, second flat key 66 on this second keyway 632 and second mould shaft 6 fixes, and aforesaid one group of the 4th set screw 622 of second mould, 62 usefulness and second coolship 63 are fixing.On the dish edge of the circumferential direction of second mould 62, be processed with the second semisphere die cavity 621, be arranged with on the dish edge of this external second coolship 63 and constitute the second logical tank 631 of ring one with the interval state.The aforesaid first semisphere die cavity 521 jointly cooperates with the second semisphere die cavity 621 and constitutes on the whole spheroidal die cavity.Aforesaid gear adjustment seat 64 is fixing with the 3rd flat key 67 that is formed on second mould shaft 6 by the adjustment seat keyway on it 642, and limit with nut 643, second gear 61 is arranged on gear and adjusts on the seat 64, promptly takes second gear 61 by gear adjustment seat 64 and fixes with second gear shaft 6.Constitute a pair of retaining pin 641 on gear adjustment seat 64, each keeps off and is equipped with gear adjustment piece adjustment screw 6411 on the pin 641, and the space that keeps between a pair of retaining pin 641, constitutes gear by this space and adjusts piece chamber 6412.Be extended with gear adjustment piece 611 at second gear 61 towards a side of gear adjustment seat 64, gear is adjusted piece 611 and is matched with gear adjustment piece chamber 6412.When the dislocation of circumferential direction appears in the first semisphere die cavity 521 on aforesaid first mould 52 and the second semisphere die cavity 621 on second mould 62 (in the time of also can deserving to be called down dislocation), can adjust screw 6411 operations by gear being adjusted piece so, adjust piece 611 by its actuation gear, make second mould shaft 6 take second mould 62 and turn over corresponding angle (clockwise or counterclockwise), until making first, the second semisphere die cavity 521,621 position correspondence, adjust screw as if making second mould shaft 6 do clockwise or rotate counterclockwise, need only so wherein one piece of gear of correspondingly selecting in a pair of gear adjustment piece adjustment screw 6411 to adjust piece.

Aforementioned water leg 12 is corresponding to the below of first, second coolship 53,63, and aforesaid blow tank 122 is corresponding to the below of first,

second mould

52,62.

Still ask for an interview Fig. 1,, can save aforesaid first, second coolship 53,63 so if water-cooled body 7 is not set, and first,

second mould

52,62 is directly fixing with first, second mould shaft 5,6 respectively.In this case, need be at the air cooling equipment of sidepiece setting such as fan corresponding to first,

second mould

52,62, and air-cooled to first, second

mould axle bed

3,4 simultaneously, and can abandon aforesaid water leg 12.But; test under confidential state through the applicant and to show that adopting water-cooled body 7 is a kind of preferred schemes, it both can be to first, second

mould axle bed

3,4 coolings; can protect aforesaid first, second bearing 54,65 again, also can be to first,

second mould

52,62 coolings.Because the structure and the set-up mode of the water-cooled body 7 on being arranged on the structure of the water-cooled body 7 on the second mould axle bed 4 and set-up mode and being arranged on the first mould axle bed 3 are all identical, though therefore the applicant only clearly show that the water-cooled body 7 that is arranged on the first mould axle bed 3 in Fig. 1, cause any obstacle can't for those of skill in the art's understanding.Be that example is described as follows with the water-cooled body 7 that is located on the first mould axle bed 3 now: this water-cooled body 7 comprises into water interface 71, backwater interface 72 and rising pipe 73, water inlet interface 71 is fixed on the wall body of the first mould axle bed 3, and communicate with the feeder connection of cooling-water duct (also can claim through hole) in being opened in the first mould axle bed 3, and backwater interface 72 is fixed on the wall body of the first mould axle bed 3 equally, and communicate with the aforesaid channel outlet that is opened in the cooling-water duct in the first mould axle bed 3, one end of rising pipe 73 connects on backwater interface 72, the other end extends to the top of aforesaid first coolship 53, promptly corresponding to the top of first tank 531 of first coolship 53.Though the applicant does not illustrate the cooling-water duct that is opened in the first mould axle bed 3 in the drawings, cause puzzlement can for equally those of skill in the art's understanding.When the water inlet interface 71 that is connected with water supply line with pressure such as tap water pipe line is introduced the tap water of outside, the feeder connection of the cooling-water duct in the aforesaid first mould axle bed 3 is introduced, until drawing from channel outlet, send to rising pipe 73 by backwater interface 72, because the water outlet 731 of rising pipe 73 is just corresponding to the top of first tank 531 of first coolship 53, therefore current drench and first tank 531, to 53 coolings of first coolship, and by 52 coolings of 53 pairs first moulds of first coolship, to improve the shaping speed of granulated glass sphere.Drop down the water that falls from first tank 531 and enter water leg 12, draw by water leg rising pipe 121.

The applicant sketches principle of work of the present utility model, motor 21 work of power drive mechanism 2, through the applicant in the above to the description of power drive mechanism 2, until drive 5 rotations of first mould shaft by second step-down gear 26, because first gear 51 that is installed on first mould shaft 5 is meshed with second gear 61 that is arranged on second mould shaft 6 by gear adjustment seat 64, therefore by first,

second gear

51,61 drive first, second mould shaft 5,6 rotations in opposite directions, first mould 52 that is located on first mould shaft 5 and second mould 62 that is located on second mould shaft 6 are rotated in opposite directions, the water-cooled body 7 of this moment is in the water reflux state, that is, respectively to first, second coolship 53,63 trickles.Meanwhile, the glass melt of molten is introduced between first,

second mould

52,62 from top by the spout of not shown feeding hopper, form the globular granulated glass sphere by the cooperation of first, second semisphere die cavity 521,621, and draw from blow tank 122, deliver to follow-up grinding and polishing machine grinding and polishing.As shown in the above description, the technical scheme that the utility model provides has quite high shaping efficiency, for granulated glass sphere production firm provides ideal technical support platform.

Claims

1. the molded and shaped device of granulated glass sphere comprises a frame (1), and the top of this frame (1) constitutes a framework platform (11), and a power drive mechanism (2) is arranged on the described frame (1); First, second mould axle bed (3,4) is arranged on the described framework platform (11) with mating with each other; One first mould shaft (5) and one second mould shaft (6), first mould shaft (5) is arranged on the described first mould axle bed (3) rotationally, be in transmission connection with described power drive mechanism (2), and be installed with one first gear (51) at the end that first mould shaft (5) is connected with power drive mechanism (2), the other end is installed with discoidal first mould (52), second mould shaft (6) is arranged on the second mould axle bed (4) rotationally, end at second mould shaft (6) is installed with one second gear (61), this second gear (61) is meshed with described first gear (5), and being installed with one, the other end of second mould shaft (61) is similarly discoidal second mould (62), this second mould (62) matches with described first mould (52), on the dish edge of first mould (52), constitute the first semisphere die cavity (521) with the interval state, on the dish edge of second mould (62), constitute the second semisphere die cavity (621) with the interval state equally, first, the second semisphere die cavity (521,621) be fitted to each other, it is characterized in that: a side of described framework platform (11) is installed with a longitudinal rail (111), and opposite side is installed with a pair of cross slide way parallel to each other (112), the bottom of the described first mould axle bed (3) offers a longitudinal rail groove (31), this longitudinal rail groove (31) matches with described longitudinal rail (111), the bottom of the described second mould axle bed (4) offers a pair of cross slide way groove (41) parallel to each other, this is slidingly matched to cross slide way groove (41) and described a pair of cross slide way (112), and on framework platform (11), also be installed with one and have vertical adjustment seat (113) and a position and vertical corresponding horizontal adjustment seat of seat (113) (114) of adjusting of adjusting piece chamber (1131), the described first mould axle bed (3) is installed with one towards a described vertical side of adjusting seat (113) and adjusts piece (32), this adjustment piece (32) probes in the described adjustment piece chamber (1131), a described horizontal side outward of adjusting seat (114) corresponding to the long side direction of the described second mould axle bed (4), and be equipped with one first adjustment screw (1141).

2. the molded and shaped device of granulated glass sphere according to claim 1 is characterized in that the shape of cross section of described vertical, horizontal guide rail (111,112) all is swallow-tail form; And the transverse shape of described vertical, horizontal guide-track groove (31,41) all is swallow-tail form.

3. the molded and shaped device of granulated glass sphere according to claim 2, it is characterized in that described first, the second mould axle bed (3,4) be connection fixed to one another, wherein, be fixed with a pair of connecting screw rod (33) at the first mould axle bed (3) towards a side of the described second mould axle bed (4), this is parallel to each other to connecting screw rod (33), upward and at the position corresponding to described a pair of connecting screw rod (33) offer a pair of connecting screw rod communicating pores (42) at the second mould axle bed (4), described connecting screw rod (33) passes connecting screw rod communicating pores (42) and fixing by nut (331).

4. the molded and shaped device of granulated glass sphere according to claim 3, it is characterized in that the described second mould axle bed (4) is last and offering a fastening screw through hole (43) corresponding to the position placed in the middle between the described a pair of connecting screw rod communicating pores (42), be equipped with a fastening screw (431) in this fastening screw through hole (43), the surface towards a side of the second mould axle bed (4) of fastening screw (431) and the described first mould axle bed (3) contacts.

5. the molded and shaped device of granulated glass sphere according to claim 1, it is characterized in that described first, the second mould axle bed (3,4) respectively be equipped with a water-cooled body (7) on, end at described first mould of being fixed with of described first mould shaft (5) (52) is fixed with one first coolship (53), described first mould (52) is fixed and is taken first mould (52) by first coolship (53) with first coolship (53) and is fixed on first mould shaft (5), an end that is fixed with described second mould (62) of described second mould shaft (6) is fixed with one second coolship (63), and described second mould (62) is fixed and taken second mould (62) by second coolship (63) with second coolship (63) and is fixed on second mould shaft (6); Described water-cooled body (7) comprises into water interface (71), backwater interface (72) and rising pipe (73), wherein: the described water inlet interface (71) that is provided in the water-cooled body (7) on the first mould axle bed (3) is fixing with the first mould axle bed (3), and the feeder connection of the cooling-water duct interior with being opened in the first mould axle bed (3) communicates, and backwater interface (72) is fixed on the first mould axle bed (3) equally, and communicate with the channel outlet of described cooling-water duct, rising pipe (73) continues on backwater interface (72), and the water outlet (731) of this rising pipe (73) is corresponding with the top of described first coolship (53), be installed with a water leg (12) on the described frame (1), this water leg (12) is corresponding to described first, second coolship (53,63) below, be connected with a water leg rising pipe (121) in the bottom of water leg (12), and the side outward at the long side direction of water leg (12) has been received a blow tank (122), and this blow tank (122) is corresponding to described first, second mould (52,62) below.

6. the molded and shaped device of granulated glass sphere according to claim 1, it is characterized in that being arranged with on the dish edge of described first coolship (53) and constitute one first tank (531), and being concaved with one second tank (631) on the dish edge of described second coolship (63) equally, the water outlet (731) of the described rising pipe (73) that is provided in the described water-cooled body (7) on the first mould axle bed (3) is corresponding to described first tank (531).

7. the molded and shaped device of granulated glass sphere according to claim 1, it is characterized in that on described second mould shaft (6) and be positioned at an end of fixing described second gear (61) being installed with gear adjustment seat (64), described second gear (61) is located at gear and adjusts on the seat (64), and it is fixing with second mould shaft (6) to take second gear (61) by gear adjustment seat (64).

8. the molded and shaped device of granulated glass sphere according to claim 7, it is characterized in that being extended with a pair of retaining pin (641) parallel to each other on the described gear adjustment seat (64), each keeps off and is equipped with gear adjustment piece adjustment screw (6411) on the pin (641), and constitute a gear between a pair of retaining pin (641) and adjust piece chamber (6412), described second gear (61) is adjusted a side of seat (64) and is extended with a gear at the position of adjusting piece chamber (6412) corresponding to described gear towards gear and adjusts piece (611), this gear is adjusted piece (611) and is probeed in the gear adjustment piece chamber (6412), and described gear is adjusted piece adjustment screw (6411) and contacted with gear adjustment piece (611).

9. the molded and shaped device of granulated glass sphere according to claim 1, it is characterized in that described power drive mechanism comprises motor (21), first, second step-down gear (22,26), first, second power wheel (23,25) and transmission belt (24), motor (21) is in transmission connection with first step-down gear (22) and takes the bottom that motor (21) is fixed on described frame (1) by first step-down gear (22), second step-down gear (26) is fixed on the described framework platform (11), first power wheel (23) is fixed on the first braking maneuver power output shaft (221) of first step-down gear (22), second power wheel (25) is fixed on the step-down gear power input shaft (261) of second step-down gear (26), and the second braking maneuver power output shaft (262) of second step-down gear (26) is rotationally connected with described first mould shaft (5), one end of transmission belt (24) is nested with on first power wheel (23), and the other end is nested with on second power wheel (25).

10. the molded and shaped device of granulated glass sphere according to claim 9 is characterized in that described transmission belt (24) is a belt when described first, second power wheel (23,25) when being belt pulley; When described first, second power wheel (23,25) when being sprocket wheel, then described transmission belt (24) is a chain.