CN106495433A - Electromechanical glassware former glass gob blank building mortion - Google Patents
Electromechanical glassware former glass gob blank building mortion Download PDFInfo
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- CN106495433A CN106495433A CN201510554835.6A CN201510554835A CN106495433A CN 106495433 A CN106495433 A CN 106495433A CN 201510554835 A CN201510554835 A CN 201510554835A CN 106495433 A CN106495433 A CN 106495433A
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Abstract
The present invention provides a kind of electromechanical glassware former glass gob blank building mortion, the present invention relates to glass manufacturing apparatus technical field.The gob that cuts is through passage, after feeding distribution mechanism is fallen in blocker, lifting body upwards jacking to mouth mold, make mouth mold play certain distance upwards, on blocker, seam is in close contact with seam under mouth mold, blank body is moved downward, pressing plate is pressed onto in mouth mold, mouth mold is made without play, drift is moved downward through mouth mold center and extrudes solid glass gob, solid glass gob is made to form hollow glass parison, bottleneck is once-forming and is embedded in mouth mold, drift is in situ back up, blank body is in situ back up, lifting body is to original position next time, glass parison is just inlayed and is shifted and is suspended in mouth mold, intermittent rotary mechanism is by brank, mouth mold is sent to subsequent work position together with the glass blank being suspended in mouth mold.Glass gob blank building mortion simple structure, operates steadily, and control accuracy is high, improves the quality of glass gob blank shaping.
Description
Technical field
The present invention relates to glass manufacturing apparatus technical field, and in particular to a kind of glass gob blank building mortion.
Background technology
The shaping of glassware, is that the glass metal of melting is changed into the process with fixed geometry product.Glass must could be molded within the scope of certain temperature, and in shaping, glass metal also carries out continuous heat transfer with surrounding medium in addition to mechanical movement is made.The molding time cycle of hollow glass article includes：Feed enters blocker and forms blank, and blank is transmitted and reheated, and in shaping mould, each circulation is referred to as the cycle with refrigerated product and taking-up product etc. for shaping.Blank temperature formed in blocker, greatly controls the distribution of glass in last moulded products.Under certain model temperature system, blocker is highly important with the time of contact of glass metal, can neither make glass undercooling, too fast, glass cooling can not be made not enough, product became uneven will be otherwise made and be produced surface defect.Existing glass gob blank shaping automation low degree, temperature, time control cross path difference, and operation has the defects such as unstability.
Content of the invention
According to deficiency of the prior art above, the technical problem to be solved in the present invention is：A kind of glass gob blank building mortion is provided, is operated steadily, control accuracy is high, improve the quality of glass gob blank shaping.
A kind of electromechanical glassware automatic moulding machine glass blank parison building mortion is provided, including common chassis, wherein：Common chassis upper end is located by connecting bracket panel，Bracket panel upper end is located by connecting intermittent rotary actuating unit base，Base upper end connects intermittent rotary powered actuation mechanism，Intermittent rotary powered actuation mechanism upper end is located by connecting with rotating disk lower end，On rotating disk, axle is hinged in 3 holes the semicircle combination brank of 3 groups of the uniform 3 hole location and installations of flat edge portion respectively，Convex ring shape guide rail clamping spill annular combination mouth mold is set in brank，Brank rear end fixedly mounts guide rail at opposite position on rotating disk successively、Slide block、Link bracket、Spring shaft、Front spring carrier、Spring、Spring carrier afterwards、Brank connecting rod、Bearing pin、Bearing、Nut、Bent plate afterwards，Arm-tie、Opening and closing brank powered actuation mechanism support、Opening and closing brank powered actuation mechanism，Center of turntable through hole two ends are provided with bearing chamber，Bearing is installed and is compressed with gland and is passed through rotating disk in column upper end，Bearing is installed from column lower end again and bearing is compressed by gland，Column lower end sequentially passes through intermittent rotary powered actuation mechanism、Base、Bracket panel、Chassis，Column is fastened in chassis lower end with nut，Rotating disk lower surface is fastenedly connected with intermittent rotary actuating unit output end screw rod，Column upper end has round thread that round nut is housed，Fixed disk is fixed on the upper end of round nut through column，On fixed disk, plane is fastened with nut，Fixed disk upper end loading nut again，Crossbeam is fastened through column upper end with nut，The punching mechanism adjustment plate A center of circle is located between two columns on crossbeam in plane，Lower end is concentric with mouth mold，In adjustment plate A of punching mechanism, planar central is fixed and drift powered actuation mechanism is housed，Output end passes through adjustment plate A、Crossbeam、Adjustment plate B force cell upper end connects，Force cell lower end is connected with plane in adjustment plate C，Adjustment plate A，With drift powered actuation mechanism as the center of circle，On same circumference, uniform drilling is equipped with guide pin bushing，Guide pillar passes through guide pin bushing、Crossbeam、Adjustment plate B，It is fixedly connected in upper plane relevant position with adjustment plate C，Fix and drift two semicircular holder is housed in adjustment plate C lower plane center side，Drift extension bar upper end is clamped and connected with drift holder fast-assembling，Drift upper end is fixedly connected with drift extension bar lower end surface and concentric with mouth mold，In adjustment plate A, plane is symmetrically equipped with two pieces flanging executing agency centered on drift powered actuation mechanism on a line segment of point，With drift powered actuation mechanism as round dot，Drill on same circumference equipped with two pieces guide pin bushing with two pieces flanging executing agency，And two pieces guide pin bushing place line segment is vertical with two pieces flanging executing agency place line segment，Two pieces flanging executing agency output end passes through adjustment plate A with two guide pillars、Crossbeam is fixedly connected with plane opposite position in adjustment plate B，Adjustment plate B lower plane and two flanging executing agencies、Two pieces guide pillar opposite position fixedly mounts four guide pillars，Four guide pillars are fixedly connected through the corresponding guide pin bushing of adjustment plate C with plane opposite position in adjustment plate D，Adjustment plate D center has hole to be easy to drift to pass through，This hole lower plane edge fixed installation annular edge-pressing board，Gate beam is installed between two pieces bracket panel，Jacking executing agency vertical with fixed installation at position corresponding to mouth mold centre bore in plane on base，Vertical jacking executing agency output end is fixedly connected through the hole on gate beam with blocker base lower plane，With vertical jacking executing agency as the center of circle，Drill on the same circumference of gate beam uniform guide pin bushing，Guide pillar is fixedly connected through guide pin bushing with blocker base lower plane，Outside blocker, mounting clip sleeve is concentric with mouth mold is mounted in the upper plane of blocker base soon.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Control system controls vertical jacking executing agency vertical up-or-down movement, is provided with displacement transducer, and power distribution, displacement transducer signal of communication distribution connection driver input end, vertical jacking executing agency two ends are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：The vertical up-or-down movement of control system control flanging executing agency, is provided with displacement transducer, and power distribution, displacement transducer signal of communication distribution connection driver input end, flanging executing agency two ends are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Control system control drift powered actuation mechanism vertical up-or-down movement is provided with displacement transducer, and power distribution, displacement transducer signal of communication distribution connection driver input end, drift powered actuation mechanism two ends are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Blocker is provided with temperature transducer and outlet and inlet passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Annular edge-pressing board top on adjustment plate D lower plane is equipped with temperature transducer, air intake passage, bottom is equipped with air-out passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Drift inner chamber is equipped with cooler, the upper side of drift extension bar outer rim is equipped with air inlet, it is connected with the upper surface centre bore circle cooling duct of cooler, cooler body portion is symmetrically drilled with steam vent, air chamber is formed in drift inner chamber with cooler outline through the air that cooler inner chamber is discharged, again through the upper surface of cooler, discharge the lower surface of drift extension bar, air inlet connects Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, drift temperature is made to be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：The preferred servo-cylinder of vertical jacking executing agency.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：The preferred servo-cylinder of flanging executing agency.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：The preferred servo-cylinder of drift powered actuation mechanism.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：The preferred servomotor adapted reductor of intermittent rotary powered actuation mechanism, power distribution, rotary encoder distribution and end point detection element distribution connection servo-driver, realizes closed-loop control.
Operation principle and process：
The glass gob made through orifice ring in feed basin by feeding machine refractory material drift，Glass gob under clipped mechanism's shearing is through passage、After feeding distribution mechanism is fallen in blocker，Control vertical jacking executing agency upwards jacking to mouth mold，Make mouth mold play certain distance upwards，On blocker, seam is in close contact with seam under mouth mold，Vertical flanging executing agency vertical downward movement above control mouth mold，Mouth mold pressing plate is pressed onto in mouth mold，Mouth mold is made to position without play，Control blocker drift vertical downward movement，Blocker drift extrudes solid glass gob through mouth mold center，Solid glass gob is made to form hollow glass parison，Bottleneck is once-forming and is embedded in mouth mold，The dwell time of setting arrives，Control blocker drift upward vertical movement goes back to original position，Control vertical flanging executing agency and move go back to original position upwards，Vertical jacking executing agency is controlled to original position next time，Glass parison is just inlayed and is shifted and is suspended in mouth mold，Intermittent rotary actuating unit is by brank、Mouth mold is sent to subsequent work position together with the glass blank being suspended in mouth mold.
Temperature transducer is respectively equipped with blocker, mouth mold, drift, force cell is provided between drift Vertical Dynamic executing agency and drift extension bar, temperature transducer and force cell connect controller I/O interface respectively, temperature transducer carries out real-time monitoring feedback signal to the temperature of blank forming process, controller is using wide area prediction self study, Self-tuning System, self-regulation, control mold temperature, improve forming quality, force cell control blocker drift size downwards to the active force of glass metal, it is ensured that the repeatable accuracy of punching course.
The present invention is had an advantageous effect in that compared with prior art：
Glass gob blank building mortion simple structure, operates steadily, and control accuracy is high, improves the quality of glass gob blank shaping.
Description of the drawings
Fig. 1 is schematic structural view of the invention；
Fig. 2-1 is punch-out structural front view of the present invention；
Fig. 2-2 is punch-out structure top view of the present invention.
In figure：0101st, bracket panel；0102nd, intermittent rotary actuating unit base；0103rd, intermittent rotary servomotor；0104th, rotating disk；0105th, brank；0106th, mouth mold；0107th, fixed disk；0108th, column；0109th, vertical jacking servo-cylinder；0110th, gate beam；0111st, blocker base；0112nd, blocker；0201st, drift；0202nd, drift extension bar；0203rd, holder；0204th, adjustment plate A；0205th, crossbeam；0206th, adjustment plate B；0207th, force cell；0208th, adjustment plate C；0209th, adjustment plate D；0210th, annular edge-pressing board；0211st, drift servo-cylinder；0212nd, flanging servo-cylinder.
Specific embodiment
Below in conjunction with the accompanying drawings embodiments of the invention are described further：
As shown in Figure 1 and 2：Electromechanical glassware automatic moulding machine glass blank parison building mortion，Common chassis upper end is located by connecting bracket panel 0101，0101 upper end of bracket panel is located by connecting intermittent rotary actuating unit base 0102，0102 upper end of base connects intermittent rotary powered actuation mechanism 0103，0103 upper end of intermittent rotary powered actuation mechanism is located by connecting with 0104 lower end of rotating disk，On rotating disk 0104, axle is hinged in 3 holes the semicircle combination brank 0105 of 3 groups of the uniform 3 hole location and installations of flat edge portion respectively，Convex ring shape guide rail clamping spill annular combination mouth mold 0106 is set in brank 0105，0105 rear end of brank fixedly mounts guide rail at opposite position on rotating disk 0104 successively、Slide block、Link bracket、Spring shaft、Front spring carrier、Spring、Spring carrier afterwards、Brank connecting rod、Bearing pin、Bearing、Nut、Bent plate afterwards，Arm-tie、Opening and closing brank powered actuation mechanism support、Opening and closing brank powered actuation mechanism，0104 central through hole two ends of rotating disk are provided with bearing chamber，Bearing is installed and is compressed with gland and is passed through rotating disk 0104 in 0108 upper end of column，Bearing is installed from 0108 lower end of column again and bearing is compressed by gland，0108 lower end of column sequentially passes through intermittent rotary powered actuation mechanism 0103、Base 0102、Bracket panel 0101、Chassis，Column 0108 is fastened in chassis lower end with nut，0104 lower surface of rotating disk is fastenedly connected with 0103 output end screw rod of intermittent rotary actuating unit，0108 upper end of column has round thread that round nut is housed，Fixed disk 0107 is fixed on the upper end of round nut through column 0108，On fixed disk 0107, plane is fastened with nut，0107 upper end of fixed disk loading nut again，Crossbeam 0205 is fastened through 0108 upper end of column with nut，The punching mechanism adjustment plate A0204 center of circle is located between two columns 0108 on crossbeam 0205 in plane，Lower end is concentric with mouth mold 0106，In adjustment plate A0204 of punching mechanism, planar central is fixed and drift powered actuation mechanism 0211 is housed，Output end passes through adjustment plate A0204、Crossbeam 0205、Adjustment plate B0206 is connected with 0207 upper end of force cell，0207 lower end of force cell is connected with plane in adjustment plate C0208，Adjustment plate A0204，With drift powered actuation mechanism 0211 as the center of circle，On same circumference, uniform drilling is equipped with guide pin bushing，Guide pillar passes through guide pin bushing、Crossbeam 0205、Adjustment plate B0206，It is fixedly connected in upper plane relevant position with adjustment plate C0208，Fix and drift two semicircular holder 0203 is housed in adjustment plate C0208 lower plane center side，0202 upper end of drift extension bar is clamped and connected with drift holder fast-assembling，0201 upper end of drift is fixedly connected with 0202 lower end surface of drift extension bar and concentric with mouth mold，In adjustment plate A0204, plane is symmetrically equipped with two pieces flanging executing agency 0212 centered on drift powered actuation mechanism on a line segment of point，With drift powered actuation mechanism 0211 as round dot，Drill on same circumference equipped with two pieces guide pin bushing with two pieces flanging executing agency 0212，And two pieces guide pin bushing place line segment is vertical with two pieces flanging executing agency 0212 place line segment，0212 output end of two pieces flanging executing agency passes through adjustment plate A0204 with two guide pillars、Crossbeam 0205 is fixedly connected with plane opposite position in adjustment plate B0206，Adjustment plate B0206 lower plane and two flanging executing agencies 0212、Two pieces guide pillar opposite position fixedly mounts four guide pillars，Four guide pillars are fixedly connected through the corresponding guide pin bushing of adjustment plate C0208 with plane opposite position in adjustment plate D0209，Adjustment plate D0209 center has hole to be easy to drift to pass through，This hole lower plane edge fixedly mounts annular edge-pressing board 0210，Gate beam 0110 is installed between two pieces bracket panel 0101，Jacking executing agency 0109 vertical with fixed installation at position corresponding to 0106 centre bore of mouth mold in plane on base，0109 output end of vertical jacking executing agency is fixedly connected through the hole on gate beam 0110 with 0111 lower plane of blocker base，With vertical jacking executing agency 0109 as the center of circle，Drill on 0110 same circumference of gate beam uniform guide pin bushing，Guide pillar is fixedly connected through guide pin bushing with 0111 lower plane of blocker base，0112 outer mounting clip sleeve of blocker is concentric with mouth mold 0106 to be mounted in the upper plane of blocker base 0111 soon.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Control system controls vertical 0109 vertical up-or-down movement of jacking executing agency, it is provided with displacement transducer, power distribution, displacement transducer signal of communication distribution connection driver input end, vertical 0109 two ends of jacking executing agency are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0212 vertical up-or-down movement of control system control flanging executing agency, is provided with displacement transducer, and power distribution, displacement transducer signal of communication distribution connection driver input end, 0212 two ends of flanging executing agency are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0211 vertical up-or-down movement of control system control drift powered actuation mechanism is provided with displacement transducer, power distribution, displacement transducer signal of communication distribution connection driver input end, 0211 two ends of drift powered actuation mechanism are provided with proximity switch, spacing, seek ginseng small change point.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Described blocker 0112 is provided with temperature transducer and outlet and inlet passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Annular edge-pressing board top on adjustment plate D lower plane is equipped with temperature transducer, air intake passage, bottom is equipped with air-out passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：Drift inner chamber is equipped with cooler, the upper side of drift extension bar outer rim is equipped with air inlet, it is connected with the upper surface centre bore circle cooling duct of cooler, cooler body portion is symmetrically drilled with steam vent, air chamber is formed in drift inner chamber with cooler outline through the air that cooler inner chamber is discharged, again through the upper surface of cooler, discharge the lower surface of drift extension bar, air inlet connects Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, drift temperature is made to be maintained at design temperature ± 1 °.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0109 preferred servo-cylinder of vertical jacking executing agency, servo electric cylinders or servo linear motor can reach same effect.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0212 preferred servo-cylinder of flanging executing agency, servo electric cylinders or servo linear motor can reach same effect.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0211 preferred servo-cylinder of drift powered actuation mechanism, servo electric cylinders or servo linear motor can reach same effect.
Electromechanical glassware automatic moulding machine glass gob blank building mortion, wherein：0103 preferred servomotor adapted reductor of intermittent rotary powered actuation mechanism, power distribution, rotary encoder distribution and end point detection element distribution connection servo-driver, realize that closed-loop control, the alternative servomotor adapted reductor scheme of servo torque motor can reach same effect.
During work，The glass gob made through orifice ring in feed basin by feeding machine refractory material drift，Glass gob under clipped mechanism's shearing is through passage、After feeding distribution mechanism is fallen in blocker，Control vertical jacking servo-cylinder upwards jacking to mouth mold，Make mouth mold play certain distance upwards，On blocker, seam is in close contact with seam under mouth mold，Vertical flanging servo-cylinder vertical downward movement above control mouth mold，Mouth mold pressing plate is pressed onto in mouth mold，Mouth mold is made to position without play，Control blocker drift vertical downward movement，Blocker drift extrudes solid glass gob through mouth mold center，Solid glass gob is made to form hollow glass parison，Bottleneck is once-forming and is embedded in mouth mold，The dwell time of setting arrives，Control blocker drift upward vertical movement goes back to original position，Control vertical flanging servo-cylinder and move go back to original position upwards，Vertical jacking servo-cylinder is controlled to original position next time，Glass parison is just inlayed and is shifted and is suspended in mouth mold，Intermittent rotary actuating unit is by brank、Mouth mold is sent to subsequent work position together with the glass blank being suspended in mouth mold.
Temperature transducer is respectively equipped with blocker, mouth mold, drift, force cell is provided between drift vertical servo oil cylinder and drift extension bar, temperature transducer and force cell connect controller I/O interface respectively, temperature transducer carries out real-time monitoring feedback signal to the temperature of blank forming process, controller is using wide area prediction self study, Self-tuning System, self-regulation, control mold temperature, improve forming quality, force cell control blocker drift size downwards to the active force of glass metal, it is ensured that the repeatable accuracy of punching course.
The above-described embodiment is only that the preferred embodiment of the present invention is described; it is not that the scope of the present invention is defined; on the premise of without departing from design spirit of the present invention; various modifications and improvement that those of ordinary skill in the art are made to technical scheme, all should fall in the protection domain of claims of the present invention determination.
Claims (11)
1. a kind of electromechanical glassware automatic moulding machine glass blank parison building mortion, including common chassis, it is characterised in that：Common chassis upper end is located by connecting bracket panel（0101）, bracket panel（0101）Upper end is located by connecting intermittent rotary actuating unit base（0102）, base（0102）Upper end connects intermittent rotary powered actuation mechanism（0103）, intermittent rotary powered actuation mechanism（0103）Upper end and rotating disk（0104）Lower end is located by connecting, rotating disk（0104）The semicircle combination branks of 3 groups of the uniform 3 hole location and installations of upper flat edge portion（0105）Axle is hinged in 3 holes respectively, brank（0105）Convex ring shape guide rail clamping spill annular combination mouth mold is inside set（0106）, brank（0105）Rear end is in rotating disk（0104）Guide rail, slide block, link bracket, spring shaft, front spring carrier, spring, rear spring carrier, brank connecting rod, bearing pin, bearing, nut, rear bent plate are fixedly mounted at upper opposite position successively, arm-tie, opening and closing brank powered actuation mechanism support, opening and closing brank powered actuation mechanism, rotating disk（0104）Central through hole two ends are provided with bearing chamber, column（0108）Bearing is installed and is compressed with gland and is passed through rotating disk in upper end（0104）, then from column（0108）Bearing is installed and bearing, column are compressed by gland in lower end（0108）Lower end sequentially passes through intermittent rotary powered actuation mechanism（0103）, base（0102）, bracket panel（0101）, chassis, chassis lower end with nut fasten column（0108）, rotating disk（0104）Lower surface and intermittent rotary actuating unit（0103）Output end screw rod is fastenedly connected, column（0108）There is round thread upper end equipped with round nut, fixed disk（0107）Pass through column（0108）It is fixed on the upper end of round nut, fixed disk（0107）Upper plane is fastened with nut, fixed disk（0107）Upper end loading nut again, crossbeam（0205）Pass through column（0108）Upper end is fastened with nut, punching mechanism adjustment plate A（0204）The center of circle is located at two columns（0108）Between crossbeam（0205）In upper plane, lower end and mouth mold（0106）With one heart, adjustment plate A of punching mechanism（0204）Upper planar central is fixed and drift powered actuation mechanism is housed（0211）, output end is through adjustment plate A（0204）, crossbeam（0205）, adjustment plate B（0206）With force cell（0207）Upper end connects, force cell（0207）Lower end and adjustment plate C（0208）Upper plane connection, adjustment plate A（0204）, with drift powered actuation mechanism（0211）For the center of circle, on same circumference, equipped with guide pin bushing, guide pillar passes through guide pin bushing, crossbeam for uniform drilling（0205）, adjustment plate B（0206）, with adjustment plate C（0208）It is fixedly connected in upper plane relevant position, adjustment plate C（0208）Fix and drift two semicircular holder is housed in lower plane center side（0203）, drift extension bar（0202）Upper end is clamped and connected with drift holder fast-assembling, drift（0201）Upper end and drift extension bar（0202）Lower end surface is fixedly connected and concentric with mouth mold, in adjustment plate A（0204）Two pieces flanging executing agency is symmetrically housed on the line segment that upper plane is put centered on drift powered actuation mechanism（0212）, with drift powered actuation mechanism（0211）For round dot, with two pieces flanging executing agency（0212）On same circumference, drilling is equipped with two pieces guide pin bushing, and two pieces guide pin bushing place line segment and two pieces flanging executing agency（0212）Place line segment is vertical, two pieces flanging executing agency（0212）Output end passes through adjustment plate A with two guide pillars（0204）, crossbeam（0205）With adjustment plate B（0206）Upper plane opposite position is fixedly connected, adjustment plate B（0206）Lower plane and two flanging executing agencies（0212）, two pieces guide pillar opposite position fixedly mount four guide pillars, four guide pillars pass through adjustment plate C（0208）Corresponding guide pin bushing and adjustment plate D（0209）Upper plane opposite position is fixedly connected, adjustment plate D（0209）Center has hole to be easy to drift to pass through, this hole lower plane edge fixed installation annular edge-pressing board（0210）, two pieces bracket panel（0101）Between be installed with gate beam（0110）, with mouth mold in plane on base（0106）Vertical jacking executing agency is fixedly mounted at position corresponding to centre bore（0109）, vertical jacking executing agency（0109）Output end passes through gate beam（0110）On hole and blocker base（0111）Lower plane is fixedly connected, with vertical jacking executing agency（0109）For the center of circle, in gate beam（0110）Drill on same circumference uniform guide pin bushing, and guide pillar is through guide pin bushing and blocker base（0111）Lower plane is fixedly connected, blocker（0112）Outer mounting clip sleeve and mouth mold（0106）Blocker base is mounted in one heart soon（0111）Upper plane on.
2. electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1, it is characterised in that：Control system controls vertical jacking executing agency（0109）Vertical up-or-down movement, is provided with displacement transducer, power distribution, displacement transducer signal of communication distribution connection driver input end, vertical jacking executing agency（0109）Two ends are provided with proximity switch, spacing, seek ginseng small change point.
3. electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1, it is characterised in that：Control system control flanging executing agency（0212）Vertical up-or-down movement, is provided with displacement transducer, power distribution, displacement transducer signal of communication distribution connection driver input end, flanging executing agency（0212）Two ends are provided with proximity switch, spacing, seek ginseng small change point.
4. electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1, it is characterised in that：Control system controls drift powered actuation mechanism（0211）Vertical up-or-down movement is provided with displacement transducer, power distribution, displacement transducer signal of communication distribution connection driver input end, drift powered actuation mechanism（0211）Two ends are provided with proximity switch, spacing, seek ginseng small change point.
5. electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 and 2, it is characterised in that：Described blocker（0112）It is provided with temperature transducer and outlet and inlet passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
6. the electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 or 3, it is characterised in that：Annular edge-pressing board top on adjustment plate D lower plane is equipped with temperature transducer, air intake passage, bottom is equipped with air-out passage, temperature transducer connects temperature control modules signal input part, air inlet connection Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, make blocker temperature be maintained at design temperature ± 1 °.
7. the electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 or 4, it is characterised in that：Drift inner chamber is equipped with cooler, the upper side of drift extension bar outer rim is equipped with air inlet, it is connected with the upper surface centre bore circle cooling duct of cooler, cooler body portion is symmetrically drilled with steam vent, air chamber is formed in drift inner chamber with cooler outline through the air that cooler inner chamber is discharged, again through the upper surface of cooler, discharge the lower surface of drift extension bar, air inlet connects Electropneumatic proportional valve, vortex tube cooler, the current temperature signal of temperature transducer measurement feeds back to temperature control modules, through comparing with design temperature to Electropneumatic proportional valve real-time regulation, air is cooled down through vortex tube cooler, drift temperature is made to be maintained at design temperature ± 1 °.
8. electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 and 2, it is characterised in that：Vertical jacking executing agency（0109）It is preferred that servo-cylinder.
9. the electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 or 3, it is characterised in that：Flanging executing agency（0212）It is preferred that servo-cylinder.
10. the electromechanical glassware automatic moulding machine glass gob blank building mortion according to claim 1 or 4, it is characterised in that：Drift powered actuation mechanism（0211）It is preferred that servo-cylinder.
11. electromechanical glassware automatic moulding machine glass gob blank building mortions according to claim 1, it is characterised in that：Intermittent rotary powered actuation mechanism（0103）It is preferred that servomotor adapted reductor, power distribution, rotary encoder distribution and end point detection element distribution connection servo-driver, realize closed-loop control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510554835.6A CN106495433A (en) | 2015-09-04 | 2015-09-04 | Electromechanical glassware former glass gob blank building mortion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510554835.6A CN106495433A (en) | 2015-09-04 | 2015-09-04 | Electromechanical glassware former glass gob blank building mortion |
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| Publication Number | Publication Date |
|---|---|
| CN106495433A true CN106495433A (en) | 2017-03-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510554835.6A Pending CN106495433A (en) | 2015-09-04 | 2015-09-04 | Electromechanical glassware former glass gob blank building mortion |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112520981A (en) * | 2020-12-08 | 2021-03-19 | 四川广安慧诚科艺玻璃有限公司 | Production device for bottle-shaped convex-bottom glass product |
| CN112573801A (en) * | 2020-12-08 | 2021-03-30 | 四川广安慧诚科艺玻璃有限公司 | Method for producing bottle-shaped convex-bottom glass product |
| CN112679074A (en) * | 2020-12-08 | 2021-04-20 | 四川广安慧诚科艺玻璃有限公司 | Die transfer mechanism |
| CN117383799A (en) * | 2023-10-31 | 2024-01-12 | 安徽鑫民玻璃股份有限公司 | High-precision energy-saving glass forming machine |
-
2015
- 2015-09-04 CN CN201510554835.6A patent/CN106495433A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112520981A (en) * | 2020-12-08 | 2021-03-19 | 四川广安慧诚科艺玻璃有限公司 | Production device for bottle-shaped convex-bottom glass product |
| CN112573801A (en) * | 2020-12-08 | 2021-03-30 | 四川广安慧诚科艺玻璃有限公司 | Method for producing bottle-shaped convex-bottom glass product |
| CN112679074A (en) * | 2020-12-08 | 2021-04-20 | 四川广安慧诚科艺玻璃有限公司 | Die transfer mechanism |
| CN112679074B (en) * | 2020-12-08 | 2022-12-27 | 四川广安慧诚科艺玻璃有限公司 | Die transfer mechanism |
| CN117383799A (en) * | 2023-10-31 | 2024-01-12 | 安徽鑫民玻璃股份有限公司 | High-precision energy-saving glass forming machine |
| CN117383799B (en) * | 2023-10-31 | 2024-04-19 | 安徽鑫民玻璃股份有限公司 | High-precision energy-saving glass forming machine |
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