CN211170429U

CN211170429U - Machine-pressed glass wine vessel double-opening die

Info

Publication number: CN211170429U
Application number: CN201921673284.5U
Authority: CN
Inventors: 黄龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-09
Filing date: 2019-10-09
Publication date: 2020-08-04
Anticipated expiration: 2029-10-09

Abstract

The utility model discloses a machine is pressed glass wine goblet and is opened mould relates to machine and presses glass mould. A machine-pressed glass wine vessel double-opening die is characterized by comprising a punch, a cover plate, a left die, a die bottom radial positioning pin and a right die; a left model cavity is arranged at the upper part and the middle part in the left mould, a right model cavity is arranged in the right mould, and the lower parts of the left model cavity and the right model cavity are foot-shaped outer cavities; the upper part of the mould bottom is provided with a wine bottle bottom cavity and a foot-shaped inner cavity. The utility model discloses a machine is pressed glass wine goblet and is two opened moulds, the structure is ingenious, reasonable, scientific, is fit for installing on the glass press of multistation, can big quick production glass wine goblet in batches, and a ordinary workman can produce 2000 one on a shift, and manufacturing cost is extremely low, makes a 20 ml little glass wine goblet, only needs 1.2 yuan of cost, and the rate of certified products is up to more than 95%, and the product quality of glass wine goblet also is showing the improvement. Has popularization value.

Description

Machine-pressed glass wine vessel double-opening die

Technical Field

The utility model relates to a machine pressure glass mould, more specifically relate to a machine pressure glass wine goblet two division moulds.

Background

The wine vessel is a vessel for warming, holding or drinking wine for ancient people, and generally comprises a stomach-loving part, a round bottom and three legs. In the past, wine bottles are mostly made of metal casting, ceramic firing and stone wood carving. As the name suggests, the glass wine vessel is made of glass material. The glass press is also called a glassware press forming machine, a glass forming machine, a glassware press, a ware forming machine, a ware press, a glass press and the like. The existing glass press is divided into eight-station glass presses, ten-station glass presses, twelve-station glass presses, sixteen-station glass presses and twenty-four-station glass presses. The glass press of multistation mainly comprises motor, reduction gear, clutch, drive mechanism, control mechanism, carousel, mould, blanking pipe, drift mechanism, mould switching mechanism etc. and each station has different work content. The die has a double-opening die, a three-opening die, a quarto die and the like. Although the prior glass wine vessel can be made by hands, the production efficiency is extremely low, only 20 wine vessels can be produced by a technician one shift, the rate of certified products is lower than 40 percent, the production cost is very high, and the cost for making a small 20-milliliter glass wine vessel is more than 26 yuan. The glass wine goblet is manufactured by adopting a glass press, many enterprises have failed to succeed in experiments, and the key points are that the mold structure is unreasonable, the three feet of the glass wine goblet are difficult to manufacture, and no enterprises adopt the double-mold-opening and multi-station glass press to produce the glass wine goblet. In order to meet the market demand on glass wine bottles, greatly reduce the production cost of the glass wine bottles, obviously improve the production capacity of the glass wine bottles and obviously improve the production quality of the glass wine bottles, it is necessary to explore a machine-pressed double-opening mold for the glass wine bottles.

Disclosure of Invention

The utility model aims at: provides a machine-pressed glass wine vessel double-opening die.

The technical scheme of the utility model is that the mechanically pressed glass wine vessel double-opening die is characterized in that the mechanically pressed glass wine vessel double-opening die consists of a punch, a cover plate, a left die, a die bottom radial positioning pin and a right die; the punch is provided with a punch threaded connecting hole, a punch piston, a punch stop line and a wine bottle inner-shaped head; the middle of the cover plate is provided with a through hole, the upper surface of the cover plate is provided with a cover plate connecting hole, and the bottom surface of the cover plate is provided with a cover plate outer pipe ring and a cover plate radial positioning groove; the outer wall of the left die is provided with a left die hinge seat, a left die opening and closing connecting hole and a left die locking handle, the upper opening of the left die is provided with a cover plate inner pipe position ring and a cover plate radial positioning pin, the upper part and the middle part in the left die are provided with a left die cavity, the lower part of the left die cavity is a foot-shaped outer cavity, and the lower part in the left die is provided with a die bottom cavity and a bottom die radial positioning pin groove; the upper part of the mould bottom is provided with a wine bottle bottom cavity and a foot-shaped inner cavity, the outer side of the middle part of the mould bottom is provided with a mould bottom radial positioning pin, the lower part of the mould bottom is provided with a mould bottom outer pipe position ring, and the bottom of the mould bottom is provided with a mould bottom positioning pin; the outer wall of the right die is provided with a right die hinge seat, a right die opening and closing connecting hole and a right die locking handle, a right die cavity is arranged in the right die, and the right die cavity is symmetrical to the left die cavity.

The machine-pressing glass wine bottle double-opening mold is characterized in that a left mold is provided with a half-foot outer cavity, a right mold is also provided with a half-foot outer cavity, the half-foot outer cavity is positioned at a joint of the left mold and the right mold, the mold bottom is provided with three foot-shaped inner cavities, and the three foot-shaped inner cavities on the mold bottom and the three foot-shaped outer cavities of the left mold and the right mold are correspondingly synthesized into three foot-shaped cavities.

The machine-pressing glass wine bottle double-opening die is characterized in that the inner pipe position rings on the left die and the right die are matched with the outer pipe position ring of the cover plate to axially position the cover plate, and the cover plate radial positioning pins on the left die and the right die are matched with the cover plate radial positioning grooves to radially position the cover plate; the radial positioning of the die bottom is carried out by matching the radial positioning pin grooves of the bottom die on the left die and the right die with the radial positioning pins of the die bottom, and the axial positioning of the die bottom is carried out by matching the inner pipe position rings of the die bottom on the left die and the right die with the outer pipe position rings of the die bottom.

The utility model discloses an installation method: the utility model is arranged on a multi-station glass press, and a punch is connected on a punching lead screw of the multi-station glass press through a punch threaded connecting hole; the cover plate is connected to a stamping spring frame of a multi-station glass press through a cover plate connecting hole; the left die and the right die are hinged on a hinge shaft of the die base plate through hinge holes, the left die is connected to a left pull rod of a die opening and closing mechanism of the multi-station glass press through a left die opening and closing connecting hole, and the right die is connected to a right pull rod of the die opening and closing mechanism of the multi-station glass press through a right die opening and closing connecting hole; the die bottom is positioned on a die bottom positioning hole of the die chassis through a die bottom positioning pin. The inner pipe position rings on the left die and the right die are matched with the outer pipe position ring of the cover plate to axially position the cover plate, and the cover plate radial positioning pins on the left die and the right die are matched with the cover plate radial positioning grooves to radially position the cover plate; the radial positioning of the die bottom is carried out by matching the radial positioning pin grooves of the bottom die on the left die and the right die with the radial positioning pins of the die bottom, and the axial positioning of the die bottom is carried out by matching the inner pipe position rings of the die bottom on the left die and the right die with the outer pipe position rings of the die bottom.

The small glass wine vessel is mainly used as a drinking vessel, and the large glass wine vessel is mainly used as a wine separating vessel.

The utility model discloses a machine is pressed glass wine goblet and is opened double-mold stamping forming's process flow does: closing the left and right molds → heating the cavity by fire → blanking → locking the molds and the lower cover plate → pressing the punch downward → opening the left and right molds → manually clamping the glass wine goblet blank on the bottom of the mold → closing the left and right molds. The post-treatment process flow of the glass wine bottle blank comprises the following steps: glass wine goblet blank → fire polishing → annealing → cooling → inspection → qualified glass wine goblet → packaging.

The utility model has the advantages that: the utility model discloses a machine is pressed glass wine goblet and is two opened moulds, the structure is ingenious, reasonable, scientific, is fit for installing on the glass press of multistation, can big quick production glass wine goblet in batches, and a ordinary workman can produce 2000 one on a shift, and manufacturing cost is extremely low, makes a 20 ml little glass wine goblet, only needs 1.2 yuan of cost, and the rate of certified products is up to more than 95%, and the product quality of glass wine goblet also is showing the improvement. Has popularization value.

Drawings

Fig. 1 is a schematic structural view of the die of the present invention after the punch is punched, i.e., a sectional view a-a in fig. 2;

FIG. 2 is a top view of FIG. 1;

marking: the wine bottle comprises a punch 1, a punch threaded connecting hole 1a, a punch piston 1b, a punch stop line 1c, a wine bottle inner shape head 1d, a cover plate 2, a cover plate outer tube position ring 2a, a cover plate connecting hole 2b, a cover plate radial positioning groove 2c, a left die 3, a left die lock handle 3a, a left die cavity 3b, a left die pattern 3c, a left die hinge seat 3d, a hinge hole 3e, a foot-shaped outer cavity 3f, a bottom die radial positioning pin groove 3g, a left die opening and closing connecting hole 3h, a cover plate radial positioning pin 3i, a die bottom 4, a die bottom outer tube position ring 4a, a die bottom positioning pin 4b, a foot-shaped inner cavity 4c, a die bottom radial positioning pin 5, a right die 6, a right die hinge seat 6a, a right die opening and closing connecting hole 6b and a right die lock handle.

Detailed Description

The present invention will be further described with reference to the following examples.

Example 1

Referring to fig. 1 and 2, the mechanically pressed glass wine vessel double-opening die comprises a punch 1, a cover plate 2, a left die 3, a die bottom 4, a die bottom radial positioning pin 5 and a right die 6; the punch 1 is provided with a punch threaded connecting hole 1a, a punch piston 1b, a punch stop line 1c and a wine bottle inner shape head 1 d; the middle of the cover plate 2 is provided with a through hole, a cover plate connecting hole 2b is arranged on the cover plate, and the bottom surface of the cover plate is provided with a cover plate outer pipe ring 2a and a cover plate radial positioning groove 2 c; the outer wall of the left die 3 is provided with a left die hinge seat 3d, a left die opening and closing connecting hole 3h and a left die locking handle 3a, the upper opening of the left die 3 is provided with a cover plate inner pipe position ring and a cover plate radial positioning pin, the upper part and the middle part in the left die 3 are provided with a left die cavity 3b, the lower part of the left die cavity 3b is a foot-shaped outer cavity 3f, and the lower part in the left die 3 is provided with a die bottom cavity and a bottom die radial positioning pin groove 3 g; the upper part of the mould bottom 4 is provided with a wine bottle bottom cavity and a foot-shaped inner cavity 4c, the outer side of the middle part of the mould bottom 4 is provided with a mould bottom radial positioning pin 5, the lower part of the mould bottom 4 is provided with a mould bottom outer pipe position ring 4a, and the bottom of the mould bottom 4 is provided with a mould bottom positioning pin 4 b; the outer wall of the right die 6 is provided with a right die hinge seat 6a, a right die opening and closing connecting hole 6b and a right die locking handle 6c, a right die cavity is arranged in the right die 6, and the right die cavity is symmetrical to the left die cavity.

Example 2

Referring to fig. 1 and 2, the mechanically pressed glass wine vessel double-opening die comprises a punch 1, a cover plate 2, a left die 3, a die bottom 4, a die bottom radial positioning pin 5 and a right die 6; the punch 1 is provided with a punch threaded connecting hole 1a, a punch piston 1b, a punch stop line 1c and a wine bottle inner shape head 1 d; the middle of the cover plate 2 is provided with a through hole, a cover plate connecting hole 2b is arranged on the cover plate, and the bottom surface of the cover plate is provided with a cover plate outer pipe ring 2a and a cover plate radial positioning groove 2 c; the outer wall of the left die 3 is provided with a left die hinge seat 3d, a left die opening and closing connecting hole 3h and a left die locking handle 3a, the upper opening of the left die 3 is provided with a cover plate inner pipe position ring and a cover plate radial positioning pin, the upper part and the middle part in the left die 3 are provided with a left die cavity 3b, the lower part of the left die cavity 3b is a foot-shaped outer cavity 3f, and the lower part in the left die 3 is provided with a die bottom cavity and a bottom die radial positioning pin groove 3 g; the upper part of the mould bottom 4 is provided with a wine bottle bottom cavity and a foot-shaped inner cavity 4c, the outer side of the middle part of the mould bottom 4 is provided with a mould bottom radial positioning pin 5, the lower part of the mould bottom 4 is provided with a mould bottom outer pipe position ring 4a, and the bottom of the mould bottom 4 is provided with a mould bottom positioning pin 4 b; the outer wall of the right die 6 is provided with a right die hinge seat 6a, a right die opening and closing connecting hole 6b and a right die locking handle 6c, a right die cavity is arranged in the right die 6, and the right die cavity is symmetrical to the left die cavity. The left die 3 is provided with a half-foot outer cavity 3f, the right die 6 is also provided with a half-foot outer cavity, the half-foot outer cavity 3f is positioned at a die joint of the left die 3 and the right die 6, the die bottom 4 is provided with three foot inner cavities, and the three foot inner cavities on the die bottom 4 and the three foot outer cavities of the left die and the right die are correspondingly synthesized into three foot cavities.

Example 3

Referring to fig. 1 and 2, the mechanically pressed glass wine vessel double-opening die comprises a punch 1, a cover plate 2, a left die 3, a die bottom 4, a die bottom radial positioning pin 5 and a right die 6; the punch 1 is provided with a punch threaded connecting hole 1a, a punch piston 1b, a punch stop line 1c and a wine bottle inner shape head 1 d; the middle of the cover plate 2 is provided with a through hole, a cover plate connecting hole 2b is arranged on the cover plate, and the bottom surface of the cover plate is provided with a cover plate outer pipe ring 2a and a cover plate radial positioning groove 2 c; the outer wall of the left die 3 is provided with a left die hinge seat 3d, a left die opening and closing connecting hole 3h and a left die locking handle 3a, the upper opening of the left die 3 is provided with a cover plate inner pipe position ring and a cover plate radial positioning pin, the upper part and the middle part in the left die 3 are provided with a left die cavity 3b, the lower part of the left die cavity 3b is a foot-shaped outer cavity 3f, and the lower part in the left die 3 is provided with a die bottom cavity and a bottom die radial positioning pin groove 3 g; the upper part of the mould bottom 4 is provided with a wine bottle bottom cavity and a foot-shaped inner cavity 4c, the outer side of the middle part of the mould bottom 4 is provided with a mould bottom radial positioning pin 5, the lower part of the mould bottom 4 is provided with a mould bottom outer pipe position ring 4a, and the bottom of the mould bottom 4 is provided with a mould bottom positioning pin 4 b; the outer wall of the right die 6 is provided with a right die hinge seat 6a, a right die opening and closing connecting hole 6b and a right die locking handle 6c, a right die cavity is arranged in the right die 6, and the right die cavity is symmetrical to the left die cavity. The left die 3 is provided with a half-foot outer cavity 3f, the right die 6 is also provided with a half-foot outer cavity, the half-foot outer cavity 3f is positioned at a die joint of the left die 3 and the right die 6, the die bottom 4 is provided with three foot inner cavities, and the three foot inner cavities on the die bottom 4 and the three foot outer cavities of the left die and the right die are correspondingly synthesized into three foot cavities. The inner pipe position rings on the left die and the right die are matched with the outer pipe position ring 2a of the cover plate to axially position the cover plate, and the cover plate radial positioning pins 3i on the left die and the right die are matched with the cover plate radial positioning grooves 2c to radially position the cover plate; the radial positioning of the die bottom is carried out by the matching of the radial positioning pin grooves 3g of the bottom die on the left die and the right die and the radial positioning pins 5 of the die bottom, and the axial positioning of the die bottom is carried out by the matching of the inner pipe position rings of the die bottom on the left die and the right die and the outer pipe position rings 4a of the die bottom. The utility model discloses an installation method: the utility model is arranged on a multi-station glass press, and a punch 1 is connected on a punching lead screw of the multi-station glass press through a punch threaded connecting hole 1 a; the cover plate 2 is connected to a stamping spring frame of a multi-station glass press through a cover plate connecting hole 2 b; the left die 3 and the right die 6 are hinged on a hinge shaft of the die base plate through a hinge hole 3e, the left die 3 is connected on a left pull rod of a die opening and closing mechanism of the multi-station glass press through a left die opening and closing connecting hole 3h, and the right die 6 is connected on a right pull rod of the die opening and closing mechanism of the multi-station glass press through a right die opening and closing connecting hole 6 b; the die bottom 4 is positioned on a die bottom positioning hole of the die base plate through a die bottom positioning pin 4 b. The inner pipe position rings on the left die and the right die are matched with the outer pipe position ring 2a of the cover plate to axially position the cover plate, and the cover plate radial positioning pins 3i on the left die and the right die are matched with the cover plate radial positioning grooves 2c to radially position the cover plate; the radial positioning of the die bottom is carried out by the matching of the radial positioning pin grooves 3g of the bottom die on the left die and the right die and the radial positioning pins 5 of the die bottom, and the axial positioning of the die bottom is carried out by the matching of the inner pipe position rings of the die bottom on the left die and the right die and the outer pipe position rings 4a of the die bottom. The utility model discloses a machine is pressed glass wine goblet and is opened left side mould line 3c and right side mould line in the mould can carve into different patterns as required, and utility model's machine is pressed glass wine goblet and is opened two mould sizes, should suit with glass wine goblet volume size.

Claims

1. A machine-pressed glass wine vessel double-opening die is characterized by comprising a punch (1), a cover plate (2), a left die (3), a die bottom (4), a die bottom radial positioning pin (5) and a right die (6); the punch (1) is provided with a punch threaded connecting hole (1 a), a punch piston (1 b), a punch stop line (1 c) and a wine bottle inner-shaped head (1 d); a through hole is formed in the middle of the cover plate (2), a cover plate connecting hole (2 b) is formed in the upper surface of the cover plate, and a cover plate outer pipe ring (2 a) and a cover plate radial positioning groove (2 c) are formed in the bottom surface of the cover plate; the outer wall of the left die (3) is provided with a left die hinge seat (3 d), a left die opening and closing connecting hole (3 h) and a left die locking handle (3 a), the upper opening of the left die (3) is provided with a cover plate inner pipe position ring and a cover plate radial positioning pin, the upper part and the middle part in the left die (3) are provided with a left die cavity (3 b), the lower part of the left die cavity (3 b) is a foot-shaped outer cavity (3 f), and the lower part in the left die (3) is provided with a die bottom cavity and a bottom die radial positioning pin groove (3 g); the upper part of the mould bottom (4) is provided with a wine bottle bottom cavity and a foot-shaped inner cavity (4 c), the outer side of the middle part of the mould bottom (4) is provided with a mould bottom radial positioning pin (5), the lower part of the mould bottom (4) is provided with a mould bottom outer pipe position ring (4 a), and the bottom of the mould bottom (4) is provided with a mould bottom positioning pin (4 b); the outer wall of the right die (6) is provided with a right die hinge seat (6 a), a right die opening and closing connecting hole (6 b) and a right die locking handle (6 c), a right die cavity is arranged in the right die (6), and the right die cavity is symmetrical to the left die cavity.

2. The machine-pressed glass wine vessel double-opening mold as claimed in claim 1, wherein the left mold (3) is provided with a half-foot outer cavity (3 f), the right mold (6) is also provided with a half-foot outer cavity, the half-foot outer cavity (3 f) is positioned at a joint of the left mold (3) and the right mold (6), the mold bottom (4) is provided with three foot inner cavities, and the three foot inner cavities on the mold bottom (4) correspond to the three foot outer cavities of the left mold and the right mold to form three foot cavities.

3. The machine-pressed glass wine vessel double-opening mold as claimed in claim 1 or 2, wherein the inner positioning rings on the left mold and the right mold are matched with the outer positioning ring (2 a) of the cover plate to axially position the cover plate, and the cover plate radial positioning pins (3 i) on the left mold and the right mold are matched with the cover plate radial positioning grooves (2 c) to radially position the cover plate; radial positioning of the die bottom is carried out by matching bottom die radial positioning pin grooves (3 g) on the left die and the right die with die bottom radial positioning pins (5), and axial positioning of the die bottom is carried out by matching inner tube position rings of the die bottom on the left die and the right die with outer tube position rings (4 a) of the die bottom.