CN205088102U - Mechanical and electrical integration glassware automatic molding machine blocker stamping device - Google Patents
Mechanical and electrical integration glassware automatic molding machine blocker stamping device Download PDFInfo
- Publication number
- CN205088102U CN205088102U CN201520676873.4U CN201520676873U CN205088102U CN 205088102 U CN205088102 U CN 205088102U CN 201520676873 U CN201520676873 U CN 201520676873U CN 205088102 U CN205088102 U CN 205088102U
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- Prior art keywords
- drift
- adjustment plate
- blocker
- flanging
- connects
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- Expired - Fee Related
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- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
Abstract
The utility model provides a mechanical and electrical integration glassware automatic molding machine blocker stamping device belongs to glass make -up machine drift device field, including the crossbeam, blank pressing execute component, drift execute component, guide pillar, guide pin bushing, adjusting plate A, adjusting plate B, adjusting plate C, adjusting plate D, drift connect the pole, the drift cooling body, the utility model discloses beneficial effect does: the utility model discloses combining blank holder device and drift device, making drift mechanism and the blank pressing mechanism not only can the blank pressing but also can the punching press, blank holder device forces down the back, and through -hole that the drift can pass the bush center carries out the punching press, great reduction taking of space, carry out the independent control with blank holder device to the drift, make drift speed and stamping press reach accurate control, make control simpler.
Description
Technical field
The utility model provides a kind of electromechanical glassware automatic molder blocker decompressor, belongs to glass shaper punch device field.
Background technology
Glassware shaping is that the glass metal of melting changes the process with fixed geometry goods into.Glass must could be shaping in certain temperature range, and when shaping, glass metal, except doing mechanical movement, also carries out continuous print heat trnasfer with surrounding medium.The molding time cycle of hollow glass article comprises: feed enters blocker and forms blank, blank transmission with reheat, shaping and refrigerated product and take out each circulation such as goods and be called the cycle in shaping mould.The blank temperature formed in blocker, greatly controls the glass distribution in last shaping vessel.Under certain model temperature system, the duration of contact of blocker and glass metal is very important, and glass cools can not be made excessive, too fast, and glass cools can not be made not enough, otherwise will make vessel became uneven and produce surface imperfection.Existing blank parison moulding process level of automation is low, blocker periodic Control low precision, is difficult to adapt with glass hardening speed, affects the quality of glasswork.
Summary of the invention
The utility model object is to provide a kind of electromechanical glassware automatic molder blocker decompressor, improves the quality making glass blank.
The utility model provides a kind of electromechanical glassware automatic molder blocker decompressor, comprise crossbeam, wherein: on crossbeam, plane positioning connects flanging, punching mechanism, plane and lower port mould on adjustment plate A, drift power power element is fixedly equipped with in the same central position of blocker, its output terminal is through adjustment plate A, crossbeam, adjustment plate B is connected with load cell upper end, load cell lower end is connected with plane on adjustment plate C, plane on adjustment plate A, with drift power power element for the center of circle, same Radius circumferentially uniform boring guide pin bushing is housed, guide pillar is through guide pin bushing, crossbeam, adjustment plate B, be fixedly connected with plane orthogonal opposite position on adjustment plate C, adjustment plate C lower plane center one side position is fixedly equipped with drift two semicircular fast-assembling holder, drift extension bar upper end is clamped and connected by drift two semicircular fast-assembling holder, drift upper end is fixedly connected with drift extension bar lower end seam, on the same radius lines line segment that plane is put centered by drift power power element on adjustment plate A, symmetry is equipped with two pieces flanging power power element, with drift power power element for round dot, at same Radius circumference symmetric borehole, two pieces guide pin bushing is housed with two pieces flanging power element, and two pieces guide pin bushing place line segment is vertical with two pieces flanging power element place line segment, two pieces flanging power element output terminal and two guide pillars are through adjusting plate A, crossbeam, be fixedly connected with plane orthogonal opposite position on adjustment plate B, adjustment plate B lower plane and two flanging topworkies, the vertically opposite position of answering of two pieces guide pillar fixedly mounts four guide pillars, four guide pillars are fixedly connected with plane orthogonal opposite position on adjustment plate D through the corresponding guide pin bushing of adjustment plate C, adjustment plate D center apertured is convenient to drift and is passed, this hole lower plane edge fixed installation annular edge-pressing board.
Electromechanical glassware automatic molder blocker decompressor, wherein: flanging powered actuation mechanism, drift powered actuation mechanism are respectively equipped with and seek ginseng, look for initial point; Spacing proximity switch, signal of communication distribution connects each I, O of programmable computer controller respectively, displacement transducer signal end connects high speed counting module, high speed counting module connects programmable computer controller, flanging powered actuation mechanism, the preferred servo oil cylinder of drift powered actuation mechanism, servo oil cylinder connects hydraulicefficiency power unit respectively, pipeline loop is used to connect and formation control loop, hydraulicefficiency power unit control signal end connects programmable computer controller I, O, servo-valve connects servoamplifier, and servo-valve amplifier connects programmable computer controller.
Electromechanical glassware automatic molder blocker decompressor, wherein: mouth mould, drift cools, annular edge-pressing board upper end through hole is equipped with temperature sensor and contacts with lower port mould, intake opening is equipped with in annular edge-pressing board upper end, the adjustment wind entered is through mouth mould is discharged from surrounding after the cooling of plane counterpart mould, drift extension bar lower end apertured is connected with drift upper surface and temperature sensor and punch. contact is housed, drift connects rod body side and is provided with intake opening and is connected with the drift water cooler blast inlet of drift inner chamber, drift water cooler body portion evenly establishes venting hole, the adjustment wind entered is discharged from cooler exhaust hole, discharge through drift upper end venting port after drift inwall being lowered the temperature in the ring-shaped air chamber that drift inner chamber and water cooler are formed, temperature sensor control signal end connects intelligent temperature control module respectively, intelligent temperature control module connects programmable computer controller, the compressed machine manufacture of the wind entered, buffer tank voltage stabilizing, air components process, Electropneumatic proportional valve regulates, counterpart mould, drift carries out temperature control, Electropneumatic proportional valve signal of communication distribution connects programmable computer controller I, O holds, set temperature required, temperature sensor measures feedback signal in real time, through Electropneumatic proportional valve, AIR Proportional is regulated, vortex tube cools to the real-time regulating and controlling of blocker temperature, formation temperature Control loop loop.
The utility model compared with prior art beneficial effect is:
Blank body and plunger mechanism combine by the utility model, make punching mechanism and blank body not only can flanging but also can punching press, after blank body pressure, drift can carry out punching press through the through hole at Kou Mo center, greatly reducing taking of space, independent control is carried out to drift and blank body, makes drift speed and stamping press reach accurate control, make control simpler.
Accompanying drawing explanation
Fig. 1-1 is the utility model electromechanical glassware automatic molder blocker decompressor front view;
Fig. 1-2 is the utility model electromechanical glassware automatic molder blocker decompressor vertical view;
In figure: 1, drift; 2, drift extension bar; 3, fast-assembling holder; 4, plate A is adjusted; 5, crossbeam; 6, plate B is adjusted; 7, load cell; 8, plate C is adjusted; 9, plate D is adjusted; 10, annular edge-pressing board; 11, drift servo oil cylinder; 12, flanging servo oil cylinder.
Embodiment
Below in conjunction with the utility model, the utility model embodiment is described further:
Electromechanical glassware automatic molder blocker decompressor, comprise crossbeam, wherein: on crossbeam 5, plane positioning connects flanging, punching mechanism, on adjustment plate A4, planar central is fixedly equipped with the electric cylinder of drift servo oil cylinder 11(or servo straight line or servo), its output terminal is through adjustment plate A4, crossbeam 5, adjustment plate B6 is connected with load cell 7 upper end, load cell 7 lower end is connected with plane on adjustment plate C8, plane on adjustment plate A4, with drift oil cylinder 11 for the center of circle, same Radius circumferentially uniform boring guide pin bushing is housed, guide pillar is through guide pin bushing, crossbeam 5, adjustment plate B6, be fixedly connected with plane orthogonal corresponding position on adjustment plate C8, adjustment plate C8 lower plane center one side position is fixedly equipped with drift two semicircular fast-assembling holder 3, drift extension bar 2 upper end is clamped and connected by drift two semicircular fast-assembling holder, drift 1 upper end is fixedly connected with drift extension bar 2 lower end seam, on adjustment plate A4, plane is by drift servo oil cylinder 11(or servo straight line or servo electricity cylinder) on the same radius lines line segment put centered by motor symmetry two pieces flanging servo oil cylinder 12(or servo linear motor or servo electricity cylinder are housed), with drift servo oil cylinder 11(or servo linear motor or servo electricity cylinder) for round dot, with two pieces flanging servo oil cylinder 12(or servo linear motor or servo electricity cylinder) at same Radius circumference symmetric borehole, two pieces guide pin bushing is housed, and two pieces guide pin bushing place line segment and two pieces flanging servo oil cylinder 12(or servo linear motor or servo electricity cylinder) place line segment is vertical, two pieces flanging servo oil cylinder 12(or servo linear motor or servo electricity cylinder) output terminal passes with two guide pillars and adjusts plate A4, crossbeam 5, be fixedly connected with plane orthogonal opposite position on adjustment plate B6, adjustment plate B6 lower plane and two flanging servo oil cylinder 12(or servo linear motor or the electric cylinder of servo), the vertically opposite position of answering of two pieces guide pillar fixedly mounts four guide pillars, four guide pillars are fixedly connected with plane orthogonal opposite position on adjustment plate D9 through the corresponding guide pin bushing of adjustment plate C8, the porose drift of being convenient in adjustment plate D9 center passes, this hole lower plane edge fixed installation annular edge-pressing board 10.
Electromechanical glassware automatic molder blocker decompressor, wherein: flanging powered actuation mechanism, drift powered actuation mechanism are respectively equipped with and seek ginseng, look for initial point, spacing proximity switch, signal of communication distribution connects each I of programmable computer controller respectively, O, displacement transducer signal end connects high speed counting module, high speed counting module connects programmable computer controller, flanging powered actuation mechanism, the preferred servo oil cylinder of drift powered actuation mechanism, servo linear motor or servo electricity cylinder alternative, servo oil cylinder connects hydraulicefficiency power unit respectively, pipeline loop is used to connect and formation control loop, hydraulicefficiency power unit control signal end connects programmable computer controller I, O, servo-valve connects servoamplifier, servo-valve amplifier connects programmable computer controller.
Electromechanical glassware automatic molder blocker decompressor, wherein: mouth mould, drift cools, annular edge-pressing board 10 upper end through hole is equipped with temperature sensor and contacts with lower port mould, intake opening is equipped with in annular edge-pressing board 10 upper end, the adjustment wind entered is through mouth mould is discharged from surrounding after the cooling of plane counterpart mould, drift extension bar 2 lower end apertured is connected with drift upper surface and temperature sensor and punch. contact is housed, side, drift extension bar 2 body portion is provided with intake opening and is connected with the drift water cooler blast inlet of drift inner chamber, drift water cooler body portion evenly establishes venting hole, the adjustment wind entered is discharged from cooler exhaust hole, discharge through drift upper end venting port after drift inwall being lowered the temperature in the ring-shaped air chamber that drift inner chamber and water cooler are formed, temperature sensor control signal end connects intelligent temperature control module respectively, intelligent temperature control module connects programmable computer controller, the compressed machine manufacture of the wind entered, buffer tank voltage stabilizing, air components process, Electropneumatic proportional valve regulates, counterpart mould, drift carries out temperature control, Electropneumatic proportional valve signal of communication distribution connects programmable computer controller I, O holds, set temperature required, temperature sensor measures feedback signal in real time, through Electropneumatic proportional valve, AIR Proportional is regulated, vortex tube cools to the real-time regulating and controlling of blocker temperature, formation temperature Control loop loop.
Above-described described embodiment is only be described preferred implementation of the present utility model; not that scope of the present utility model is limited; under the prerequisite not departing from the utility model design spirit; the various distortion that those of ordinary skill in the art make the technical solution of the utility model and improvement, all should fall in protection domain that the utility model claims determine.
Claims (3)
1. an electromechanical glassware automatic molder blocker decompressor, comprise crossbeam, it is characterized in that: the upper plane positioning of crossbeam (5) connects flanging, punching mechanism, adjustment plate A(4) go up plane and lower port mould, drift power power element (11) is fixedly equipped with in the same central position of blocker, its output terminal is through adjustment plate A(4), crossbeam (5), adjustment plate B(6) be connected with load cell (7) upper end, load cell (7) lower end and adjustment plate C(8) upper plane is connected, adjustment plate A(4) upper plane, with drift power power element (11) for the center of circle, same Radius circumferentially uniform boring guide pin bushing is housed, guide pillar is through guide pin bushing, crossbeam (5), adjustment plate B(6), with adjustment plate C(8) upper plane orthogonal opposite position is fixedly connected with, adjustment plate C(8) lower plane center one side position is fixedly equipped with drift two semicircular fast-assembling holder (3), drift extension bar (2) upper end is clamped and connected by drift two semicircular fast-assembling holder, drift (1) upper end is fixedly connected with drift extension bar (2) lower end seam, at adjustment plate A(4) symmetry is equipped with two pieces flanging power power element (12) on the same radius lines line segment put centered by drift power power element of upper plane, with drift power power element (11) for round dot, at same Radius circumference symmetric borehole, two pieces guide pin bushing is housed with two pieces flanging power element (12), and two pieces guide pin bushing place line segment is vertical with two pieces flanging power element (12) place line segment, two pieces flanging power element (12) output terminal and two guide pillars are through adjusting plate A(4), crossbeam (5), with adjustment plate B(6) upper plane orthogonal opposite position is fixedly connected with, adjustment plate B(6) lower plane and two flanging topworkies (12), the vertically opposite position of answering of two pieces guide pillar fixedly mounts four guide pillars, four guide pillars are through adjustment plate C(8) corresponding guide pin bushing and adjustment plate D(9) go up plane orthogonal opposite position and be fixedly connected with, adjustment plate D(9) center apertured is convenient to drift and passes, this hole lower plane edge fixed installation annular edge-pressing board (10).
2. electromechanical glassware automatic molder blocker decompressor according to claim 1, is characterized in that: flanging power power element, drift power power element are respectively equipped with and seek ginseng, look for initial point, spacing proximity switch, signal of communication distribution connects each I of programmable computer controller respectively, O, the preferred magnetic railings ruler of displacement sensor, signal of communication distribution connects high speed counting module, high speed counting module connects programmable computer controller, flanging powered actuation mechanism, the preferred servo oil cylinder of drift powered actuation mechanism, servo oil cylinder connects hydraulicefficiency power unit respectively, pipeline loop is used to connect and formation control loop, hydraulicefficiency power unit control signal end distribution connects programmable computer controller I, O, servo-valve connects servoamplifier, servo-valve amplifier connects programmable computer controller.
3. electromechanical glassware automatic molder blocker decompressor according to claim 1 and 2, it is characterized in that: mouth mould, drift cools, annular edge-pressing board (10) upper end through hole is equipped with temperature sensor and contacts with lower port mould, intake opening is equipped with in annular edge-pressing board (10) upper end, the adjustment wind entered is through mouth mould is discharged from surrounding after the cooling of plane counterpart mould, drift extension bar (2) lower end apertured is connected with drift upper surface and temperature sensor and punch. contact is housed, side, drift extension bar (2) body portion is provided with intake opening and is connected with the drift water cooler blast inlet of drift inner chamber, drift water cooler body portion evenly establishes venting hole, the adjustment wind entered is discharged from cooler exhaust hole, discharge through drift upper end venting port after drift inwall being lowered the temperature in the ring-shaped air chamber that drift inner chamber and water cooler are formed, temperature sensor control signal end connects intelligent temperature control module respectively, intelligent temperature control module connects programmable computer controller, the compressed machine manufacture of the wind entered, buffer tank voltage stabilizing, air components process, Electropneumatic proportional valve regulates, counterpart mould, drift carries out temperature control, Electropneumatic proportional valve signal of communication distribution connects programmable computer controller I, O holds, set temperature required, temperature sensor measures feedback signal in real time, through Electropneumatic proportional valve, AIR Proportional is regulated, vortex tube cools to the real-time regulating and controlling of blocker temperature, formation temperature Control loop loop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520676873.4U CN205088102U (en) | 2015-09-04 | 2015-09-04 | Mechanical and electrical integration glassware automatic molding machine blocker stamping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520676873.4U CN205088102U (en) | 2015-09-04 | 2015-09-04 | Mechanical and electrical integration glassware automatic molding machine blocker stamping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205088102U true CN205088102U (en) | 2016-03-16 |
Family
ID=55478807
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520676873.4U Expired - Fee Related CN205088102U (en) | 2015-09-04 | 2015-09-04 | Mechanical and electrical integration glassware automatic molding machine blocker stamping device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205088102U (en) |
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2015
- 2015-09-04 CN CN201520676873.4U patent/CN205088102U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160316 Termination date: 20200904 |