CN108423975A - Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method - Google Patents
Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method Download PDFInfo
- Publication number
- CN108423975A CN108423975A CN201810383060.4A CN201810383060A CN108423975A CN 108423975 A CN108423975 A CN 108423975A CN 201810383060 A CN201810383060 A CN 201810383060A CN 108423975 A CN108423975 A CN 108423975A
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- Prior art keywords
- station
- bottle
- glass tube
- neck
- base angle
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Classifications
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B23/00—Re-forming shaped glass
- C03B23/04—Re-forming tubes or rods
- C03B23/045—Tools or apparatus specially adapted for re-forming tubes or rods in general, e.g. glass lathes, chucks
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B23/00—Re-forming shaped glass
- C03B23/04—Re-forming tubes or rods
- C03B23/055—Re-forming tubes or rods by rolling
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B23/00—Re-forming shaped glass
- C03B23/04—Re-forming tubes or rods
- C03B23/09—Reshaping the ends, e.g. as grooves, threads or mouths
- C03B23/097—Reshaping the ends, e.g. as grooves, threads or mouths by blowing
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B33/00—Severing cooled glass
- C03B33/08—Severing cooled glass by fusing, i.e. by melting through the glass
- C03B33/085—Tubes, rods or hollow products
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Manufacturing & Machinery (AREA)
- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
- Surface Treatment Of Glass (AREA)
Abstract
The present invention relates to a kind of base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing methods, including the portions A and the portions B, the portions A include the Building A of fixed setting, A turntables revolve round the sun on Building A, drive heating station and the movement of bottom neck shaping station after station, bottom throat heating station, bottom neck preliminary working station, bottom neck are broken in bottom preheating station processed, system undercutting successively of the glass tube on A fixtures；The A fixtures rotation makes glass tube form bottom of bottle base angle in bottom neck preliminary working fixture and bottom neck shaping jig；The portions B include that can do the Building B revolved round the sun, and the portions B include connecing bottle station and bottleneck blows and wears station, and multiple B fixtures are provided on Building B；The B fixtures clamping for connecing bottle station undercuts the glass tube that the station that breaks is cut off from the portions A system, then the bottleneck for being moved to the portions B blows and wears station, bottleneck, which blows to wear station and be provided with to blow, wears nozzle, the setting downwards for wearing nozzle is blown, blows to wear nozzle and blow to being moved to bottleneck and wears the bottle upper end of station and carry out blowing to wear to form bottleneck.
Description
Technical field
The present invention relates to a kind of base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing methods.
Background technology
In vial used in current medical industry, bottom is all circular, with market diversification
Demand, it is now desired to which its bottom of bottle of vial needs have multiple angles, for example, the bottom of bottle of vial is the need for triangle, quadrangle, five
Angle etc., but current bottle-making machine can only all meet manufacture round bottle bottom, can not manufacture base angle pipe-produced glass bottle, cannot cater to
The market demand.
When processing the vial of round bottom using present bottle-making machine, the portions the A processing bottleneck of bottle-making machine is first passed through, is then led to again
The portions the B processing bottom of bottle for crossing bottle-making machine, uses the making difficult to realize to glass bottle bottom base angle of traditional manufacturing method.
Invention content
The technical problem to be solved by the present invention is to：Overcome the deficiencies of the prior art and provide a kind of base angle pipe-produced glass bottle system
Bottle machine and its base angle pipe-produced glass bottle manufacturing method, the defect of base angle pipe-produced glass bottle cannot be manufactured by solving current bottle-making machine.
The technical solution adopted by the present invention to solve the technical problems is：A kind of base angle pipe-produced glass bottle bottle-making machine, including A
Portion and the portions B, the portions A include the Building A of fixed setting, are provided with the A turntables that can be done and revolve round the sun on the Building A, are provided on the A turntables
Multiple to be used to that glass tube A fixtures to be clamped, the A fixtures do rotation on A turntables；
Bottom preheating station processed is disposed on the Building A, system undercutting break station, bottom throat heating station, bottom neck just plus
Heating station and bottom neck shaping station after work station, bottom neck；
Preheating nozzle in bottom processed is provided on the bottom preheating station processed；The disconnected station of system undercutting is provided with the disconnected spray of system undercutting
Head；Bottom throat heating station heats nozzle before being provided with；The bottom neck preliminary working station is provided with bottom neck preliminary working fixture；
Heating station heats nozzle after being provided with after the bottom neck；The bottom neck shaping station is provided with bottom neck shaping jig；
The A turntables revolve round the sun on Building A, drive the glass tube on A fixtures successively in bottom preheating station processed, the disconnected work of system undercutting
Heating station and the movement of bottom neck shaping station after position, bottom throat heating station, bottom neck preliminary working station, bottom neck；The A fixtures
Rotation makes glass tube form bottom of bottle base angle in bottom neck preliminary working fixture and bottom neck shaping jig；
The portions B include that can do the Building B revolved round the sun, and the portions B include connecing bottle station and bottleneck blows and wears station, on the Building B
It is provided with multiple B fixtures for doing rotation；Bottle station that connects is located at below the disconnected station of the portions A system undercutting, the B for connecing bottle station
Fixture clamping undercuts the glass tube that cuts off of station that breaks from the portions A system, and the bottleneck for being then moved to the portions B blows and wears station, described
Bottleneck blows to wear station and be provided with wears nozzle for bottle upper end blow blowing of wearing, and described blow wears setting downwards for nozzle
Set, it is described blow to wear nozzle and blow to being moved to bottleneck wear the bottle upper end of station and carry out blowing to wear to form bottleneck.
Further, the bottom neck preliminary working fixture include be arranged Building A bottom neck preliminary working station the first lifting platform and
Two pre-profiling wheels, two pre-profiling wheels are located at the both sides of the first lifting platform, and two pre-profiling wheels can do relative synchronization on Building A
Mobile, two pre-profiling wheels horizontally rotate setting respectively, and a circle shoulder neck is molded dome ring on the pre-profiling wheel；
Being provided on the Building A can be in the first plug that bottom neck preliminary working station moves up and down, the first plug packet
Include the big stem of upper end and the small stem of lower end.
Further, the bottom neck shaping jig includes being arranged in the second lifting platform of Building A bottom neck shaping station and two
Shaping mould wheel, two shaping mould wheels are located at the second lifting platform both sides, and two shaping mould wheels can do relative synchronization movement on Building A,
Two shaping mould wheels horizontally rotate setting respectively, and two shaping mould wheels are respectively the first shaping mould wheel and the second shaping mould wheel, institute
It states the first shaping mould wheel side wall and offers at least three base angle forming tank, each base angle forming tank is in the first shaping mould wheel side wall week
To uniformly；The second shaping mould wheel side wall is circumferentially evenly equipped with circle bottom of bottle evacuation annular groove；
Being provided on the Building A can include in the second plug that bottom neck shaping station moves up and down, second plug
The big stem of upper end and the small stem of lower end.
Further, the portions B further include that bottleneck blows flat station；The bottleneck blows flat station and is provided with for blown bottle
Bottleneck at straight flange horizontal nozzle.
Further, mounting bracket is arranged in the portions A, is fixedly installed first straight line motor on the mounting bracket, and described the
One plug is fixedly connected with the push rod of first straight line motor, and the first straight line motor drives the first plug to move up and down.
Further, mounting bracket is arranged in the portions A, is fixedly installed second straight line motor on the mounting bracket, and described the
Two plugs are fixedly connected with the push rod of second straight line motor, and the second straight line motor drives the second plug to move up and down.
A kind of manufacturing method of base angle pipe-produced glass bottle, using above-mentioned bottle-making machine, glass tube is clamped in A fixtures, and A turntables are public
Turn, the glass tube on A fixtures is driven to be moved to bottom preheating station processed, preheating nozzle in bottom processed preheats glass tube；
A turntables revolve round the sun, will by preheating glass tube be moved to system undercutting break station, system undercutting break nozzle to glass tube into
Row gas flame cuttiug makes glass tube lower end form bottle bottom surface；
A turntables revolve round the sun, and the glass tube for forming bottom surface are moved to bottom throat heating station, preceding heating nozzle is to forming bottom surface
Glass tube preheated；
A turntables revolve round the sun, and the glass tube after preheating are moved to bottom neck preliminary working station, the first lifting platform rises to predetermined
Height stops, and first straight line motor controls the first plug and is inserted into from glass tube upper end, the first plug lower end to glass tube inner bottom surface,
Two pre-profiling wheels are mobile to glass tube and the shoulder neck of two briquetting rollers molding dome ring is made to be embedded in glass tube, and A fixtures drive glass
Glass pipe keeps rotation, and the shoulder neck molding dome ring on two pre-profiling wheels makes glass tube lower end form shoulder neck ring slot, shoulder neck ring slot
Lower section forms vial round bottom；
A turntables revolve round the sun, and the glass tube of bottom pre-profiling are moved to heating station after the neck of bottom, the rear nozzle that heats is to glass tube
Bottom is preheated；
A turntables revolve round the sun, and the glass tube of bottom pre-profiling are moved to bottom neck shaping station, the second lifting platform rises to predetermined
Highly, second straight line motor controls the second plug and is inserted into from glass tube upper end, the second plug lower end to glass tube inner bottom surface, and first
Shaping mould wheel and the second shaping mould wheel are close to glass tube lower end, form vial round bottom side below shoulder neck ring slot and are caught in second
In the evacuation annular groove of shaping mould wheel, the vial round bottom other side is pushed against with the first shaping mould wheel, as A fixtures drive glass tube certainly
Turn, drive the rotation of two shaping mould wheels, first is molded in rotation process, vial round bottom with it is each on the first shaping mould wheel
Base angle forming tank forms the base angle of respective numbers with merging；
A turntables revolve round the sun, and the glass tube for forming base angle, which is moved to bottom preheating station processed, to be preheated, then are moved to the disconnected work of system undercutting
Position cut-out, at this point, the B fixtures that the portions B connect bottle station are in the established glass tube lower end in base angle that the portions A system undercuts the station that breaks, B folders
Tool clamps glass tube, and the then system undercutting in the portions A breaks nozzle to glass tube progress gas flame cuttiug, and the established glass tube in base angle is moved
It moves to B fixtures and is moved to bottleneck with B fixtures and blows and wear station, blow and wear nozzle flame makes vial upper end form bottle from the top down
Mouthful, flat station most is blown through being moved to bottleneck afterwards, the molding vial bottleneck in base angle is blown out into horizontal straight flange through horizontal nozzle.
The beneficial effects of the invention are as follows：A kind of base angle pipe-produced glass bottle bottle-making machine is provided, is changed on traditional bottle-making machine
Into, the pipe-produced glass bottle with base angle can be processed, bottle-making machine is stable, to vial processing process continuous high-efficient.
The manufacturing method of the base angle pipe-produced glass bottle, changing tradition, first bottleneck processed makes the side of bottom of bottle again using vial
Method manufactures base angle pipe-produced glass bottle using present bottle-making machine, first makes glass bottle bottom with the portions bottle-making machine A and processes bottom
Then angle processes bottleneck by the portions B.
Description of the drawings
The following further describes the present invention with reference to the drawings.
Fig. 1 is the lateral view of bottle-making machine of the present invention；
Fig. 2 is bottle-making machine vertical view；
Fig. 3 is base angle pipe-produced glass bottle schematic diagram；
Fig. 4 is vial bottom surface view in transverse section；
Fig. 5 is plug schematic diagram；
Fig. 6 is bottom neck preliminary working fixture schematic diagram；
Fig. 7 is bottom neck shaping jig schematic diagram；
Fig. 8 is the first shaping mould wheel schematic diagram；
Wherein, 1, Building A, 2, A turntables, 3, A fixtures, B1, bottleneck, which are blown, wears station, and 5, B fixtures, 6, vial, 61, shoulder neck ring
Slot, 62, base angle, 7, plug, 71, small stem, 8, bottom neck preliminary working fixture, 81, pre-profiling wheel, 811, shoulder neck be molded dome ring,
82, the first lifting platform, the 91, first shaping mould wheel, 911, base angle forming tank, the 92, second shaping mould wheel, 921, evacuation annular groove, 93,
Second lifting platform, A5, the disconnected station of system undercutting, A10, bottom neck preliminary working station, A12, bottom neck shaping station.
Specific implementation mode
Presently in connection with specific embodiment, the present invention is further illustrated.These attached drawings are simplified schematic diagram only with
Illustration illustrates the basic structure of the present invention, therefore it only shows the composition relevant to the invention.
As shown in Figures 1 to 8, a kind of base angle pipe-produced glass bottle bottle-making machine, including the portions A and the portions B, the portions A include fixed setting
Building A 1, be provided with the A turntables 2 that can be done and revolve round the sun on Building A 1, be provided on A turntables 2 multiple for glass tube A fixtures 3, A to be clamped
Fixture 3 does rotation on A turntables 2.
Bottom preheating station processed is disposed on Building A 1, system undercutting is broken station A5, bottom throat heating station, bottom neck preliminary working
Heating station and bottom neck shaping station A12 after station A10, bottom neck；Preheating nozzle in bottom processed is provided on bottom preheating station processed；System
The disconnected station A5 of undercutting is provided with the disconnected nozzle of system undercutting；Bottom throat heating station heats nozzle before being provided with；Bottom neck preliminary working station
A10 is provided with bottom neck preliminary working fixture 8；Heating station heats nozzle after being provided with after the neck of bottom；Bottom neck shaping station A12 is provided with
Bottom neck shaping jig.
A turntables 2 revolve round the sun on Building A 1, drive the glass tube on A fixtures 3 successively in bottom preheating station processed, the disconnected work of system undercutting
Heating station and bottom neck shaping station A12 movements after position A5, bottom throat heating station, bottom neck preliminary working station A10, bottom neck；A
3 rotation of fixture makes glass tube form bottom of bottle base angle 62 in bottom neck preliminary working fixture 8 and bottom neck shaping jig.
The portions B include that can do the Building B revolved round the sun, and the portions B include connecing bottle station and bottleneck blows and wears station B1, are provided on Building B multiple
The B fixtures 5 of rotation can be done；It connects bottle station to be located at below the disconnected station A5 of the portions A system undercutting, the clamping of B fixtures 5 for connecing bottle station comes from A
The portion system undercutting station A5 gas flame cuttiugs that break cut off the glass tube to get off, and the bottleneck for being then moved to the portions B blows and wears station B1, bottleneck
It blows to wear station B1 and be provided with and wears nozzle for bottle upper end blow blowing of wearing, blow the setting downwards for wearing nozzle, blow and wear
Nozzle, which is blown to being moved to bottleneck, to be worn the bottle upper end of station B1 and carries out blowing to wear to form bottleneck.
Bottom neck preliminary working fixture 8 includes being arranged at the beginning of the first lifting platform 82 of 1 bottom neck preliminary working station A10 of Building A and two
Briquetting roller 81, two pre-profiling wheels 81 are located at the both sides of the first lifting platform 82, and two pre-profiling wheels 81 can be done relatively on Building A 1
Synchronizing moving, two pre-profiling wheels 81 can be done respectively horizontally rotates setting, and a circle shoulder neck is molded dome ring on pre-profiling wheel 81
811；Being provided on Building A 1 can be in the first plug that bottom neck preliminary working station A10 moves up and down, and the first plug includes upper end
The small stem of big stem and lower end.The 1/2 of the diameter of a diameter of glass tube of first lifting platform 82.The diameter of first lifting platform 82
Less than the diameter of glass tube, such first lifting platform 82 does not just interfere with glass of two pre-profiling wheels 81 on lifting platform
Pipe.
Bottom neck shaping jig includes the second lifting platform 93 and two shaping moulds being arranged in 1 bottom neck shaping station A12 of Building A
Wheel, two shaping mould wheels are located at 93 both sides of the second lifting platform, and two shaping mould wheels can do relative synchronization movement on Building A 1, two
Shaping mould wheel horizontally rotates setting respectively, and two shaping mould wheels are respectively the first shaping mould wheel 91 and the second shaping mould wheel 92, and
91 side wall of a molding wheel offers 8 base angle forming tanks 911, and each base angle forming tank 911 is in 91 side wall of the first shaping mould wheel
It is circumferential uniformly distributed；Second shaping mould wheel, 92 side wall is circumferentially evenly equipped with circle bottom of bottle evacuation annular groove 921；Being provided on Building A 1 can be in bottom neck
The second plug that shaping station A12 moves up and down, the second plug include the big stem of upper end and the small stem of lower end.Second liter
Drop platform 93 diameter be less than glass tube diameter, the 1/2 of the diameter of a diameter of glass tube of the second lifting platform 93.Such second liter
Drop platform 93 does not just interfere with glass tube of two shaping mould wheels on lifting platform.
The portions B further include that bottleneck blows flat station；Bottleneck blows flat station and is provided with level for blown bottle bottleneck at straight flange
Nozzle.
Mounting bracket is arranged in the portions A, and first straight line motor, the first plug and first straight line motor are fixedly installed on mounting bracket
Push rod is fixedly connected, and first straight line motor drives the first plug to move up and down.
Second straight line motor is further fixedly arranged on mounting bracket, the push rod of the second plug and second straight line motor fixes company
It connects, second straight line motor drives the second plug to move up and down.
First plug and the second plug are specifications of the same race, and plug 7 includes the small stem 71 of big stem and lower end, small stem
71 diameter is determined according to the internal diameter of 6 shoulder neck ring slot 61 of vial.
The bottle-making machine of the present invention is transformed to be formed on existing ZP18CW bottle-making machines, and ZP18CW bottle-making machines are existing
There is the bottle-making machine of comparative maturity, therefore, for what is introduced in above-described embodiment, for rotation of the A turntables 2 on Building A 1, A fixtures
3 rotation, each preheating nozzle and cut-out nozzle belong to existing technology, are according to the original machine on traditional bottle-making machine
Structure is run, and therefore, the motion structure of this part is clear.
For bottom neck preliminary working fixture 8, the phase between the up-down mechanism of the first lifting platform 82, two pre-profiling wheels 81
It is in existing, present bottom neck preliminary working fixture 8 on ZP18CW bottle-making machines to synchronous moving mechanism not to the componental movement
Mechanism improves, and only changes the shape of two pre-profiling wheels 81；Such as still there is doubt to this, it can for motion herein
With for example, up and down motion for the first lifting platform 82, can be moved up and down by the cylinder control of bottom；For
The relative synchronization movement of two pre-profiling wheels 81, pre-profiling wheel 81 can be rotatably arranged on by axis pin on sliding block respectively, sliding block
It is slided on Building A 1, then cylinder drives slide unit movement to realize the movement of pre-profiling wheel 81；By this segment description, applicant
Think, the motion for bottom neck preliminary working fixture 8 is clear.
For bottom neck shaping jig, motion is only replaced as above-mentioned 8 mechanism of bottom neck preliminary working fixture
Two shaping mould wheels, 91 side wall of the first shaping mould wheel offer multiple base angle forming tanks 911, and 91 side wall of the first shaping mould wheel is opened
If bottom of bottle avoids annular groove 921, the bottom of bottle of the premenstrual road pre-profiling of glass tube is circular, when circular bottles shift is molded to two
When between mould wheel, the rotation of A fixtures 3 drives glass tube rotation, is driven during being contacted with two shaping mould wheels two forming
Mould wheel rotate, one clockwise turn, one counterclockwise turn, glass tube bottom edge with the base angle forming tank on the first shaping mould wheel 91
Base angle 62 is formed after 911 contact rolling；Such as 6 bottom edge of vial needs 4 base angles 62, the first present shaping mould wheel 91 to have
8 base angle forming tanks 911, the perimeter of the first shaping mould wheel 91 are 2 times of bottom of bottle perimeter, and bottom of bottle is molded after turning around with first
4 base angle forming tanks 911 on mould wheel 91 are completed to squeeze contact, form 4 base angles 62, the first 91 turn 1 of shaping mould wheel circle, glass
The bottom of bottle of bottle 6 turns 2 circles, forms 4 base angles 62；The quantity at base angle 62 is selected according to actual demand, can be 3 angles, 4
Angle, 5 angles etc. control glass as long as technical staff adjusts the quantity of the diameter and base angle forming tank 911 of shaping mould wheel
Tube bottom side determines 62 quantity of required base angle in the quantity for revolving the touched base angle forming tank 911 that turns around.
A kind of manufacturing method of base angle pipe-produced glass bottle, using above-mentioned bottle-making machine, glass tube, A turntables 2 is clamped in A fixtures 3
Revolution, drives the glass tube on A fixtures 3 to be moved to bottom preheating station processed, and preheating nozzle in bottom processed preheats glass tube.
A turntables 2 revolve round the sun, and undercut the station A5 that breaks by system is moved to by the glass tube of preheating, system undercutting breaks nozzle to glass
Pipe carries out gas flame cuttiug, and glass tube lower end is made to form bottle bottom surface；
A turntables 2 revolve round the sun, and the glass tube for forming bottom surface are moved to bottom throat heating station, preceding heating nozzle is to forming bottom
The glass tube in face is preheated；
A turntables 2 revolve round the sun, and the glass tube after preheating are moved to bottom neck preliminary working station A10, the first lifting platform 82 rises
It is stopped to predetermined altitude, first straight line motor controls the first plug and is inserted into from glass tube upper end, the first plug lower end to glass tube
Inner bottom surface, two pre-profiling wheels 81 are mobile to glass tube and the shoulder neck of two briquetting rollers molding dome ring 811 is made to be embedded in glass tube,
A fixtures 3 drive glass tube to keep rotation, and the shoulder neck molding dome ring 811 on two pre-profiling wheels 81 makes glass tube lower end be formed
Shoulder neck ring slot 61,61 lower section of shoulder neck ring slot form vial round bottom；
A turntables 2 revolve round the sun, and the glass tube of bottom pre-profiling are moved to heating station after the neck of bottom, the rear nozzle that heats is to glass
Bottom of the tube is preheated；
A turntables 2 revolve round the sun, and the glass tube of bottom pre-profiling are moved to bottom neck shaping station A12, the second lifting platform 93 rises
To predetermined altitude, second straight line motor controls the second plug and is inserted into from glass tube upper end, bottom in the second plug lower end to glass tube
Face, the first shaping mould wheel 91 and the second shaping mould wheel 92 are close to glass tube lower end, and 61 lower section of shoulder neck ring slot forms vial circle
Bottom side is caught in the evacuation annular groove 921 of the second shaping mould wheel 92, and the vial round bottom other side is pushed against with the first shaping mould wheel 91,
As A fixtures 3 drive glass tube rotation, two shaping mould wheel rotations are driven, first is molded in rotation process, vial round bottom
Match with each base angle forming tank 911 on the first shaping mould wheel 91 and merges the base angle 62 to form respective numbers；
A turntables 2 revolve round the sun, and the glass tube for forming base angle 62, which is moved to bottom preheating station processed, to be preheated, then is moved to system undercutting
Disconnected station A5 cut-outs, at this point, the B fixtures 5 that the portions B connect bottle station are in the 62 established glass of base angle that the portions A system undercuts the station A5 that breaks
Glass pipe lower end, B fixtures 5 clamp glass tube, and the then system undercutting in the portions A breaks nozzle to glass tube progress gas flame cuttiug, by base angle 62
Established glass tube, which is moved to B fixtures 5 and is moved to bottleneck with B fixtures 5 and blows, wears station B1, blows and wears nozzle flame from the top down
So that 6 upper end of vial is formed bottleneck, most blow flat station through being moved to bottleneck afterwards, through horizontal nozzle by the molding vial in base angle 6
Bottleneck blows out horizontal straight flange.
The bottle-making machine of the present invention is improved according to ZP18CW bottle-making machines；The portions ZP18CW bottle-making machine A include 12 stations, previous A
The 6th station of portion is that bottom of bottle blows and wears station, and nozzle is blown upward, blows open glass tube kerve to form bottleneck, so, the previous portions A be for
Vial bottleneck is made, is changed to now for making bottom of bottle and in bottle processing base angle 62, present bottle-making machine, by the 6th
The nozzle stood removes, and as the preheating station of bottom of bottle pre-profiling, the previous portions B are for making bottom of bottle, being currently used to make glass
Bottle bottleneck.
In present bottle-making machine, the 2nd station feeding, the 3rd, 4 stations be bottom preheating station processed, the 5th station is that system undercutting is broken station A5,
Be the splicing station in the portions B below 5th station, the 6th, 7,8,9 stations be bottom throat heating station, the 10th station is bottom neck preliminary working station
A10, the 11st station are heating station after the neck of bottom, and the 12nd station is bottom neck shaping station A12.
It is enlightenment with above-mentioned desirable embodiment according to the present invention, through the above description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property range is not limited to the contents of the specification, it is necessary to determine its technical scope according to right.
Claims (7)
1. a kind of base angle pipe-produced glass bottle bottle-making machine, characterized in that including the portions A and the portions B, the portions A include the Building A (1) of fixed setting,
It is provided with the A turntables (2) that can be done and revolve round the sun on the Building A (1), is provided on the A turntables (2) multiple for glass tube A to be clamped
Fixture (3), the A fixtures (3) do rotation on A turntables (2)；
Bottom preheating station processed is disposed on the Building A (1), system undercutting is broken at the beginning of station (A5), bottom throat heating station, bottom neck
Heating station and bottom neck shaping station (A12) after processing stations (A10), bottom neck；
Preheating nozzle in bottom processed is provided on the bottom preheating station processed；The disconnected station (A5) of system undercutting is provided with the disconnected spray of system undercutting
Head；Bottom throat heating station heats nozzle before being provided with；The bottom neck preliminary working station (A10) is provided with bottom neck preliminary working
Fixture (8)；Heating station heats nozzle after being provided with after the bottom neck；The bottom neck shaping station (A12) be provided with bottom neck at
Type fixture；
The A turntables (2) are revolved round the sun on Building A (1), drive the glass tube on A fixtures (3) successively at bottom preheating station processed, bottom processed
Heating station and bottom neck are molded work after cut-out station (A5), bottom throat heating station, bottom neck preliminary working station (A10), bottom neck
Position (A12) is mobile；A fixtures (3) rotation, makes glass tube be formed in bottom neck preliminary working fixture (8) and bottom neck shaping jig
Bottom of bottle base angle (62)；
The portions B include that can do the Building B revolved round the sun, and the portions B include connecing bottle station and bottleneck blows and wears station (B1), on the Building B
It is provided with multiple B fixtures (5) for doing rotation；Bottle station that connects is located at below the disconnected station (A5) of the portions A system undercutting, described to connect bottle
The glass tube that B fixtures (5) clamping of station is cut off from the disconnected station (A5) of the portions A system undercutting, is then moved to the bottleneck in the portions B
It blows and wears station (B1), the bottleneck blows to wear station (B1) and be provided with wears nozzle for bottle upper end blow blowing of wearing, described
Blow the setting downwards for wearing nozzle, it is described blow to wear nozzle and blow to being moved to bottleneck wear the bottle upper end of station (B1) and blow wearing
Form bottleneck.
2. pipe-produced glass bottle bottle-making machine in base angle according to claim 1, characterized in that the bottom neck preliminary working fixture (8)
Including being arranged the first lifting platform (82) in Building A (1) bottom neck preliminary working station (A10) and two pre-profiling wheels (81), at the beginning of two
Briquetting roller (81) is located at the both sides of the first lifting platform (82), and two pre-profiling wheels (81) can do relative synchronization shifting on Building A (1)
Dynamic, two pre-profiling wheels (81) horizontally rotate setting respectively, and a circle shoulder neck is molded dome ring on the pre-profiling wheel (81)
(811)；
The first plug that can be moved up and down in bottom neck preliminary working station (A10), first core are provided on the Building A (1)
Stick includes the big stem of upper end and the small stem (71) of lower end.
3. pipe-produced glass bottle bottle-making machine in base angle according to claim 1, characterized in that the bottom neck shaping jig includes setting
Set the second lifting platform (93) and two shaping mould wheels in Building A (1) bottom neck shaping station (A12), two shaping mould wheels are located at the
Two lifting platforms (93) both sides, two shaping mould wheels can do relative synchronization movement on Building A (1), and two shaping mould wheels are horizontal respectively
Rotation setting, two shaping mould wheels are respectively the first shaping mould wheel (91) and the second shaping mould wheel (92), first shaping mould
Wheel (91) side wall offers at least three base angle forming tank (911), and each base angle forming tank (911) is in the first shaping mould wheel (91)
Side wall is circumferentially uniformly distributed；Second shaping mould wheel (92) side wall is circumferentially evenly equipped with circle bottom of bottle evacuation annular groove (921)；
The second plug that can be moved up and down at bottom neck shaping station (A12), second plug are provided on the Building A (1)
The small stem (71) of big stem and lower end including upper end.
4. pipe-produced glass bottle bottle-making machine in base angle according to claim 1, characterized in that the portions B further include bottleneck blow it is flat
Station；The bottleneck blows flat station and is provided with horizontal nozzle for blown bottle bottleneck at straight flange.
5. pipe-produced glass bottle bottle-making machine in base angle according to claim 2, characterized in that mounting bracket is arranged in the portions A, described
First straight line motor is fixedly installed on mounting bracket, first plug is fixedly connected with the push rod of first straight line motor, described
First straight line motor drives the first plug to move up and down.
6. pipe-produced glass bottle bottle-making machine in base angle according to claim 3, characterized in that mounting bracket is arranged in the portions A, described
Second straight line motor is fixedly installed on mounting bracket, second plug is fixedly connected with the push rod of second straight line motor, described
Second straight line motor drives the second plug to move up and down.
7. a kind of manufacturing method of base angle pipe-produced glass bottle, characterized in that use the bottle-making machine described in claim 1-6, A folders
Have (3) and glass tube is clamped, A turntables (2) revolution drives the glass tube on A fixtures (3) to be moved to bottom preheating station processed, bottom processed is pre-
Thermal jet head preheats glass tube；
A turntables (2) revolve round the sun, and undercut the station (A5) that breaks by system is moved to by the glass tube of preheating, system undercutting breaks nozzle to glass
Pipe carries out gas flame cuttiug, and glass tube lower end is made to form bottle bottom surface；
A turntables (2) revolve round the sun, and the glass tube for forming bottom surface are moved to bottom throat heating station, preceding heating nozzle is to forming bottom surface
Glass tube preheated；
A turntables (2) revolve round the sun, and the glass tube after preheating are moved to bottom neck preliminary working station (A10), on the first lifting platform (82)
It rises to predetermined altitude to stop, first straight line motor controls the first plug and is inserted into from glass tube upper end, the first plug lower end to glass
Pipe inner bottom surface, two pre-profiling wheels (81) are mobile to glass tube and keep the shoulder neck of two briquetting rollers molding dome ring (811) embedded
Glass tube, A fixtures (3) drive glass tube to keep rotation, and the shoulder neck molding dome ring (811) on two pre-profiling wheels (81) makes glass
Glass pipe lower end forms shoulder neck ring slot (61), and vial (6) round bottom is formed below shoulder neck ring slot (61)；
A turntables (2) revolve round the sun, and the glass tube of bottom pre-profiling are moved to heating station after the neck of bottom, the rear nozzle that heats is to glass tube
Bottom is preheated；
A turntables (2) revolve round the sun, and the glass tube of bottom pre-profiling are moved to bottom neck shaping station (A12), on the second lifting platform (93)
Predetermined altitude is risen to, second straight line motor controls the second plug and is inserted into from glass tube upper end, in the second plug lower end to glass tube
Bottom surface, the first shaping mould wheel (91) and the second shaping mould wheel (92) are close to glass tube lower end, are formed below shoulder neck ring slot (61)
Vial (6) round bottom side is caught in the evacuation annular groove (921) of the second shaping mould wheel (92), vial (6) the round bottom other side with
First shaping mould wheel (91) pushes against, and as A fixtures (3) drive glass tube rotation, drives two shaping mould wheel rotations, the first molding
In rotation process, vial (6) round bottom matches with each base angle forming tank (911) on the first shaping mould wheel (91) and merges formation
The base angle (62) of respective numbers；
A turntables (2) revolve round the sun, and the glass tube for forming base angle (62), which is moved to bottom preheating station processed, to be preheated, then is moved to system undercutting
Disconnected station (A5) cut-out, at this point, the B fixtures (5) that the portions B connect bottle station have been in the base angle (62) of the disconnected station (A5) of the portions A system undercutting
The glass tube lower end of formation, B fixtures (5) clamp glass tube, and then the disconnected nozzle of system undercutting in the portions A cuts glass tube progress flame
It cuts, base angle (62) established glass tube is moved to B fixtures (5) and is moved to bottleneck with B fixtures (5) and blows and wears station (B1),
Blow wear nozzle from the top down flame make vial (6) upper end formed bottleneck, most blow flat station through being moved to bottleneck afterwards, through level spray
Base angle (62) molding vial (6) bottleneck is blown out horizontal straight flange by head.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810383060.4A CN108423975B (en) | 2018-04-26 | 2018-04-26 | Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method |
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| CN201810383060.4A CN108423975B (en) | 2018-04-26 | 2018-04-26 | Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method |
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| CN108423975B CN108423975B (en) | 2019-07-30 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113001319A (en) * | 2021-03-24 | 2021-06-22 | 丹阳双峰玻璃有限公司 | Processing technology of complementary food bowl |
| CN113087371A (en) * | 2021-04-02 | 2021-07-09 | 重庆览亚玻璃有限公司 | Glass bottle bottom firing process and bottle bottom firing device thereof |
| EP3919451A1 (en) * | 2020-06-04 | 2021-12-08 | Gerresheimer Regensburg GmbH | Device for reforming glassware |
| CN114956530A (en) * | 2022-06-13 | 2022-08-30 | 合肥中辰轻工机械有限公司 | Forming device and forming method for glass tube bottle |
| CN115057617A (en) * | 2022-06-16 | 2022-09-16 | 合肥中辰轻工机械有限公司 | Glass tube bottle-making taper mouth forming device and method |
| CN116332489A (en) * | 2022-12-15 | 2023-06-27 | 山东国泰民安玻璃科技有限公司 | Bottle making method for glass bottle |
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| CN116332489B (en) * | 2022-12-15 | 2024-03-12 | 山东国泰民安玻璃科技有限公司 | Bottle making method for glass bottle |
| CN116693181A (en) * | 2023-08-07 | 2023-09-05 | 兴化市丰华玻璃钢化有限公司 | Automatic glass cutting machine |
| CN116693181B (en) * | 2023-08-07 | 2023-10-24 | 兴化市丰华玻璃钢化有限公司 | Automatic glass cutting machine |
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