CN103803782B - Oral liquid bottle-making machine automatic feed tube machine and application method - Google Patents
Oral liquid bottle-making machine automatic feed tube machine and application method Download PDFInfo
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- CN103803782B CN103803782B CN201410046958.4A CN201410046958A CN103803782B CN 103803782 B CN103803782 B CN 103803782B CN 201410046958 A CN201410046958 A CN 201410046958A CN 103803782 B CN103803782 B CN 103803782B
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Abstract
Oral liquid bottle-making machine automatic feed tube machine and application method are a kind of medicine glass material processing technologies, which overcome the shortcoming that current technology exists, its main annexation is, first infrared ray electric probe, magnetic switch and waste material infrared induction probe is installed in the side, lower end of body frame, the second infrared ray electric probe is installed in the centre of body frame; Be connected to power distribution cabinet at the opposite side of body frame, power distribution cabinet is installed with touch-screen, stepper motor driver; Be welded chassis overhang on the top of body frame, chassis overhang is fixed wtih chassis; In the middle of chassis overhang and chassis, bearing bracket is installed; Blanking torsion spring stock stop is installed in the side on chassis, around the top on chassis, has backgauge pallet, near the position on chassis, infrared rays station probe is installed at main shaft.
Description
Technical field: the present invention and a kind of medicine glass material processing technology, especially oral liquid bottle-making machine automatic feed tube machine and application method.
Background technology: have a kind of feeder at present in the Glass tubing course of processing, it solve originally all by the problem of artificial loading, but due to the defect of original machine design, the single pipe of manpower can only be leaned on to go forward one by one, and effect is low, waste of manpower.
Summary of the invention: the object of this invention is to provide mechanization degree higher, reduce oral liquid bottle-making machine automatic feed tube machine and the application method of labour intensity, which overcome the shortcoming that current technology exists, the object of the present invention is achieved like this, and the present invention is by body frame, first infrared ray electric probe, magnetic switch, waste material infrared induction is popped one's head in, second infrared ray electric probe, power distribution cabinet, chassis overhang, bearing bracket, blanking torsion spring stock stop, infrared rays station is popped one's head in, chassis, material control infrared induction probe, torsion spring stock stop, Timing Belt, pusher infra-red sensor switch, blanking stepper-motor, upper driver plate, adjustment mainshaft mechanism, framework, warning howler, counterweight wire casing dish, swivel bearing, pusher stepper-motor, screw mechanism, axis of guide permanent seat, wire casing, mass, drawing-inroller, synchronizing wheel, counterweight slideway, glass-tube protector, first time driver plate, second time driver plate, backgauge pallet, main shaft is formed by connecting, and is installed with the first infrared ray electric probe in the side, lower end of body frame, magnetic switch and waste material infrared induction probe, be installed with the second infrared ray electric probe in the centre of body frame, be connected to power distribution cabinet at the opposite side of body frame, power distribution cabinet is installed with touch-screen, stepper motor driver, be welded chassis overhang on the top of body frame, chassis overhang is fixed wtih chassis, in the middle of chassis overhang and chassis, bearing bracket is installed, blanking torsion spring stock stop is installed in the side on chassis, around the top on chassis, has backgauge pallet, near the position on chassis, infrared rays station probe is installed at main shaft, material control infrared induction probe and torsion spring stock stop are installed in the side of framework, are fixed wtih wire casing at the opposite side of framework, there is counterweight slideway in the outside of wire casing, counterweight slideway has mass, on the top of framework, adjustment mainshaft mechanism is installed, main shaft is arranged on the centre on chassis, is installed with first time driver plate in the lower end of main shaft, and first time driver plate has second time driver plate, infrared induction probe contacts is controlled with material in the edge of first time driver plate, glass-tube protector one end is arranged on main shaft, in the side of screw mechanism, axis of guide permanent seat is installed, at the opposite side of screw mechanism, pusher stepper-motor is installed, pusher stepper-motor is installed with blanking stepper-motor, blanking stepper-motor is installed with synchronizing wheel, synchronizing wheel there is drawing-inroller, is connected by Timing Belt in the middle of about two drawing-inrollers, at screw mechanism, pusher infra-red sensor switch is installed below, overlap swivel bearing in the upper end of main shaft, upper driver plate is fixed on swivel bearing, counterweight wire casing dish is installed on the top of main shaft, the disk on framework top is installed with warning howler.
Application method of the present invention is, bundled Glass tubing is put on chassis by people, along with the rotation on chassis, Glass tubing will be dispersed in backgauge pallet equably, then will be put into by root in blanking torsion spring stock stop, when the Glass tubing on chassis is nearly finished, is popped one's head in by material control infrared induction and control to remind, people put a bundling glass-tubes again into, move in circles.
Meaning of the present invention is: due to the application of material control inductive switch, blanking is accurate; Working efficiency is high; Save manpower; Scrap rate is low.
Accompanying drawing illustrates: Fig. 1 is the structural representation of oral liquid bottle-making machine automatic feed tube machine, in figure 1, body frame 2, first infrared ray electric probe 3, magnetic switch 4, waste material infrared induction probe 5, second infrared ray electric probe 6, power distribution cabinet 7, chassis overhang 8, bearing bracket 9, blanking torsion spring stock stop 10, infrared rays station probe 11, chassis 12, material control infrared induction probe 13, torsion spring stock stop 14, Timing Belt 15, pusher infra-red sensor switch 16, blanking stepper-motor 17, upper driver plate 18, adjustment mainshaft mechanism 19, framework 20, warning howler 21, counterweight wire casing dish 22, swivel bearing 23, pusher stepper-motor 24, screw mechanism 25, axis of guide permanent seat 26, wire casing 27, mass 28, drawing-inroller 29, synchronizing wheel 30, counterweight slideway 31, glass-tube protector 32, first time driver plate 33, second time driver plate 34, backgauge pallet 35, main shaft.
Embodiment: embodiment 1, the present invention is by body frame 1, first infrared ray electric probe 2, magnetic switch 3, waste material infrared induction probe 4, second infrared ray electric probe 5, power distribution cabinet 6, chassis overhang 7, bearing bracket 8, blanking torsion spring stock stop 9, infrared rays station probe 10, chassis 11, material control infrared induction probe 12, torsion spring stock stop 13, Timing Belt 14, pusher infra-red sensor switch 15, blanking stepper-motor 16, upper driver plate 17, adjustment mainshaft mechanism 18, framework 19, warning howler 20, counterweight wire casing dish 21, swivel bearing 22, pusher stepper-motor 23, screw mechanism 24, axis of guide permanent seat 25, wire casing 26, mass 27, drawing-inroller 28, synchronizing wheel 29, counterweight slideway 30, glass-tube protector 31, first time driver plate 32, second time driver plate 33, backgauge pallet 34, main shaft 35 is formed by connecting, and is installed with the first infrared ray electric probe 2 in the side, lower end of body frame 1, magnetic switch 3 and waste material infrared induction probe 4, the middle side of body frame 1 is installed with the second infrared ray electric probe 5, be connected to power distribution cabinet 6 at the opposite side of body frame 1, power distribution cabinet 6 is installed with touch-screen, stepper motor driver, be welded chassis overhang 7 in the upper end of body frame 1, chassis overhang 7 be fixed wtih chassis 11, in the middle of chassis overhang 7 and chassis 11, bearing bracket 8 is installed, blanking torsion spring stock stop 9 is installed in the side on chassis 11, around the top on chassis 11, has backgauge pallet 34, near the position on chassis 11, infrared rays station probe 10 is installed at main shaft 35, material control infrared induction probe 12 and torsion spring stock stop 13 are installed in the side of framework 19, are fixed wtih wire casing 26 at the opposite side of framework 19, there is counterweight slideway 30 in the outside of wire casing 26, counterweight slideway 30 has mass 27, adjustment mainshaft mechanism 18 is installed on the top of framework 19, main shaft 35 is arranged on the centre on chassis 11, is installed with first time driver plate 32 in the lower end of main shaft 35, and first time driver plate 32 has second time driver plate 33, the edge of first time driver plate 32 and material are controlled infrared induction and are popped one's head in and 12 to contact, glass-tube protector 31 one end is arranged on main shaft 35, in the side of screw mechanism 24, axis of guide permanent seat 25 is installed, at the opposite side of screw mechanism 24, pusher stepper-motor 23 is installed, pusher stepper-motor 23 is installed with blanking stepper-motor 16, blanking stepper-motor 16 is installed with synchronizing wheel 29, synchronizing wheel 29 has drawing-inroller 28, is connected by Timing Belt 14 in the middle of about two drawing-inrollers 28, at screw mechanism 24, pusher infra-red sensor switch 15 is installed below, overlap swivel bearing 22 in the upper end of main shaft 35, upper driver plate 17 is fixed on swivel bearing 22, counterweight wire casing dish 21 is installed on the top of main shaft 35, the disk on framework 19 top is installed with warning howler 20.
Embodiment 2, application method of the present invention are, bundled Glass tubing is put on chassis 11 by people, along with the rotation on chassis 11, Glass tubing will be dispersed in backgauge pallet 34 equably, then will be put into by root in blanking torsion spring stock stop 9, when the Glass tubing on chassis 11 is nearly finished, be controlled to remind by material control infrared induction probe 12, people put a bundling glass-tubes again into, move in circles.
Claims (2)
1. oral liquid bottle-making machine automatic feed tube machine, it is by body frame (1), first infrared ray electric probe (2), magnetic switch (3), waste material infrared induction probe (4), second infrared ray electric probe (5), power distribution cabinet (6), chassis overhang (7), bearing bracket (8), blanking torsion spring stock stop (9), infrared rays station probe (10), chassis (11), material control infrared induction probe (12), torsion spring stock stop (13), Timing Belt (14), pusher infra-red sensor switch (15), blanking stepper-motor (16), upper driver plate (17), adjustment mainshaft mechanism (18), framework (19), warning howler (20), counterweight wire casing dish (21), swivel bearing (22), pusher stepper-motor (23), screw mechanism (24), axis of guide permanent seat (25), wire casing (26), mass (27), drawing-inroller (28), synchronizing wheel (29), counterweight slideway (30), glass-tube protector (31), first time driver plate (32), second time driver plate (33), backgauge pallet (34), main shaft (35) is formed by connecting, and it is characterized in that: be installed with the first infrared ray electric probe (2) in the side, lower end of body frame (1), magnetic switch (3) and waste material infrared induction probe (4), the middle side of body frame (1) is installed with the second infrared ray electric probe (5), be connected to power distribution cabinet (6) at the opposite side of body frame (1), power distribution cabinet (6) is installed with touch-screen, stepper motor driver, be welded chassis overhang (7) in the upper end of body frame (1), chassis overhang (7) be fixed wtih chassis (11), in the middle of chassis overhang (7) and chassis (11), bearing bracket (8) is installed, in the side of chassis (11), blanking torsion spring stock stop (9) is installed, around the top of chassis (11), has backgauge pallet (34), near the position on chassis (11), infrared rays station probe (10) is installed at main shaft (35), material control infrared induction probe (12) and torsion spring stock stop (13) are installed in the side of framework (19), are fixed wtih wire casing (26) at the opposite side of framework (19), there is counterweight slideway (30) in the outside of wire casing (26), counterweight slideway (30) has mass (27), adjustment mainshaft mechanism (18) is installed on the top of framework (19), main shaft (35) is arranged on the centre of chassis (11), is installed with first time driver plate (32) in the lower end of main shaft (35), and first time driver plate (32) has second time driver plate (33), the edge of first time driver plate (32) and material control infrared induction pop one's head in (12) contact, glass-tube protector (31) one end is arranged on main shaft (35), in the side of screw mechanism (24), axis of guide permanent seat (25) is installed, at the opposite side of screw mechanism (24), pusher stepper-motor (23) is installed, pusher stepper-motor (23) is installed with blanking stepper-motor (16), blanking stepper-motor (16) is installed with synchronizing wheel (29), synchronizing wheel (29) has drawing-inroller (28), is connected by Timing Belt (14) in the middle of about two drawing-inrollers (28), at screw mechanism (24), pusher infra-red sensor switch (15) is installed below, overlap swivel bearing (22) in the upper end of main shaft (35), upper driver plate (17) is fixed on swivel bearing (22), on the top of main shaft (35), counterweight wire casing dish (21) is installed, the disk on framework (19) top is installed with warning howler (20).
2. the application method of oral liquid bottle-making machine automatic feed tube machine described in claim 1, it is characterized in that: bundled Glass tubing is put on chassis (11) by people, along with the rotation of chassis (11), Glass tubing will be dispersed in backgauge pallet (34) equably, then will be put into by root in blanking torsion spring stock stop (9), when the Glass tubing on chassis (11) is nearly finished, be controlled to remind by material control infrared induction probe (12), people put a bundling glass-tubes again into, move in circles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410046958.4A CN103803782B (en) | 2014-02-11 | 2014-02-11 | Oral liquid bottle-making machine automatic feed tube machine and application method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410046958.4A CN103803782B (en) | 2014-02-11 | 2014-02-11 | Oral liquid bottle-making machine automatic feed tube machine and application method |
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| Publication Number | Publication Date |
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| CN103803782A CN103803782A (en) | 2014-05-21 |
| CN103803782B true CN103803782B (en) | 2016-04-20 |
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| CN201410046958.4A Expired - Fee Related CN103803782B (en) | 2014-02-11 | 2014-02-11 | Oral liquid bottle-making machine automatic feed tube machine and application method |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104045223B (en) * | 2014-06-17 | 2017-06-16 | 肖特新康药品包装有限公司 | A kind of automatic tube feeding machine for medicinal glass bottle bottle-making machine and thereon pipe method |
| CN104276744A (en) * | 2014-07-14 | 2015-01-14 | 建湖国创机械制造有限公司 | Separation-type variable-glass-tube-diameter bottle preparation servo tube insertion machine |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005126300A (en) * | 2003-10-27 | 2005-05-19 | Sumitomo Electric Ind Ltd | Manufacturing method of glass pipe and manufacturing unit of glass pipe for the method |
| KR101213502B1 (en) * | 2012-10-09 | 2012-12-18 | 정우라이팅 주식회사 | Processing method and device for tube |
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2014
- 2014-02-11 CN CN201410046958.4A patent/CN103803782B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005126300A (en) * | 2003-10-27 | 2005-05-19 | Sumitomo Electric Ind Ltd | Manufacturing method of glass pipe and manufacturing unit of glass pipe for the method |
| KR101213502B1 (en) * | 2012-10-09 | 2012-12-18 | 정우라이팅 주식회사 | Processing method and device for tube |
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| CN103803782A (en) | 2014-05-21 |
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Inventor after: Ding Wenbo Inventor after: Ding Wenfu Inventor after: Han Dianpu Inventor after: Zhang Ning Inventor after: Zhang Guohua Inventor before: Ding Wenbo Inventor before: Ding Wenfu Inventor before: Han Dianpu |
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Granted publication date: 20160420 Termination date: 20190211 |