CN203048564U - Vacuum liquid absorption device - Google Patents
Vacuum liquid absorption device Download PDFInfo
- Publication number
- CN203048564U CN203048564U CN 201320039092 CN201320039092U CN203048564U CN 203048564 U CN203048564 U CN 203048564U CN 201320039092 CN201320039092 CN 201320039092 CN 201320039092 U CN201320039092 U CN 201320039092U CN 203048564 U CN203048564 U CN 203048564U
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- Prior art keywords
- soup
- load
- hydraulic oil
- suction pipe
- vacuum
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- Expired - Lifetime
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Abstract
The utility model discloses a vacuum liquid absorption device. A support plate and a blocking tool are installed on a support plate bracket; a hydraulic oil cylinder is installed on the support plate; a medicine liquid suction pipe is installed on a medicine liquid suction pipe support which is fixed on a flexible shaft of the hydraulic oil cylinder; a conveying belt guard rail is installed at two sides of the conveying belt; a photoelectric head is installed on the conveying belt guardrail; the support plate bracket is installed at two sides of the conveying belt guardrail; a hydraulic switch is installed at one side of the conveying belt support; a conveying belt is installed on the conveying belt support; a conveying belt motor is installed deadly below the conveying belt; a hydraulic oil pump is installed on a hydraulic oil tank and is connected with the hydraulic oil cylinder through a hydraulic oil pipe; a material barrel is connected with the medicine liquid suction pipe and the vacuum pump respectively through a medicine liquid general pipe and a vacuum pipe; and an electric connecting point vacuum pressure meter is installed on the vacuum pump. The vacuum liquid absorption device provided by the utility model can pour out medicine liquids through replacing manpower, solves the problems of low medicine liquid pouring working efficiency and poisoning possibility for workers, and has the advantages of high working efficiency, medicine liquid pouring cleanness and safety.
Description
Technical field
The utility model relates to the pesticide producing equipment technical field, specifically is a kind of vacuum liquid-absorbing device that is applicable to the bottling liquid agricultural chemicals.
Background technology
For detecting inferior-quality bottling liquid Pesticidal products, need from pesticide bottle, pour out soup, debug again, detect and pack again after qualified.For pouring out soup, the method that at present a lot of agricultural chemicals producers take is with manually inferior-quality pesticide solution being poured out from pesticide bottle, this traditional way drawback is not only to take time and effort, and it is low manually to pour out the soup work efficiency, and soup leaks easily and is sprinkled upon ground, causes environmental pollution, and when manually pouring out soup, easily cause pesticide bottle herb liquid remaining quantity many, the soup volatilization is big, causes that easily the workman poisons.
The utility model content
The purpose of this utility model provides a kind of vacuum liquid-absorbing device, by the vacuum principle, automatically with the liquid medicine collecting in the pesticide bottle in material barrel, enhance productivity, solve prior art because the work efficiency that adopts manual operation to bring is low, pesticide bottle soup remaining quantity many and the soup volatilization easily causes the technical matters that the workman poisons.
To achieve these goals, the technical solution adopted in the utility model is: a kind of vacuum liquid-absorbing device comprises tightening screw, hydraulic ram, stay bearing plate, stay bearing plate support, soup suction pipe, load-transfer device guardrail, load-transfer device, soup suction pipe support, hydraulic efficiency pressure switch, load-transfer device motor, conveyor belt support, hydraulic oil pump, hydraulic reservoir, material barrel, vacuum pump, drive coupling, hydraulic oil pipe, soup house steward, vacuum lamp, electric contact vacuum manometer, photometer head and retaining cutter; Stay bearing plate is fixed on the stay bearing plate support by tightening screw, the retaining cutter is installed on the stay bearing plate support, hydraulic ram is fixed on the stay bearing plate by tightening screw, the soup suction pipe is fixed on the soup suction pipe support by tightening screw, and soup suction pipe support is fixed on the telescopic shaft of hydraulic ram by drive coupling; The load-transfer device guardrail is fixed on the both sides of load-transfer device by tightening screw, photometer head is installed on the load-transfer device guardrail, the stay bearing plate support is fixed on load-transfer device guardrail both sides by tightening screw, hydraulic efficiency pressure switch is installed in a side of conveyor belt support, load-transfer device is installed on the conveyor belt support, the load-transfer device motor be installed in load-transfer device under, the load-transfer device motor is fixed on the conveyor belt support by tightening screw; Hydraulic oil pump is installed on the hydraulic reservoir, and hydraulic oil pump is connected with hydraulic ram by hydraulic oil pipe, and hydraulic oil pump is connected with hydraulic reservoir by hydraulic oil pipe; Material barrel is connected with the soup suction pipe by the soup house steward, and material barrel is connected with vacuum pump by vacuum lamp, and the electric contact vacuum manometer is installed on the vacuum pump.
The utility model is by starting vacuum pump, make material barrel, soup house steward and soup suction pipe all be in best vacuum state, can be according to every case pesticide bottle quantity, the soup suction pipe of equal number is installed at soup suction pipe support, then according to the bottleneck gap of pesticide bottle and height, adjust mutual interstitial site and the height of soup suction pipe, guarantee that every soup suction pipe can both insert in each pesticide bottle apart from 0.15cm place, top, bottom.Start the load-transfer device motor, the FCL agricultural chemicals of holding bottle cap successfully is put on the load-transfer device, load-transfer device driven by motor load-transfer device is transported to the FCL agricultural chemicals under the soup suction pipe, after this moment, photometer head was sensed the FCL agricultural chemicals, photosignal is flowed to hydraulic ram, retaining cutter and hydraulic efficiency pressure switch, after receiving photosignal, retaining cutter startup retractable blade blocks the FCL agricultural chemicals and moves forward, the primer fluid pressure oil pump turned round after hydraulic efficiency pressure switch received photosignal, the inlet valve of hydraulic ram is opened, under the promotion of hydraulic oil pump, hydraulic oil promotes the elongation of hydraulic ram telescopic shaft, hydraulic ram telescopic shaft drive soup suction pipe support moves to the bottleneck direction of pesticide bottle, the soup suction pipe enters the inner also distance of a pesticide bottle bottle end 0.15cm place to be stopped, enter the soup of drawing pesticide bottle inside in the pesticide bottle process, with the liquid medicine collecting drawn in material barrel, after the soup in the pesticide bottle is drawn totally, the electric contact vacuum manometer flows to hydraulic ram and hydraulic efficiency pressure switch by electric signal, this moment, hydraulic oil pump quit work, the fuel-return valve of hydraulic ram is opened, the telescopic shaft of hydraulic ram drives the soup suction pipe and leaves pesticide bottle inside, to leaving till the pesticide bottle fully, the playback of retaining cutter, being drawn the empty pesticide bottle of clean FCL shifts by load-transfer device, when the soup of material barrel surpass total volume 80% the time, change empty material barrel.Compared with prior art, the utility model is simple in structure, convenient maintenance, and the efficient height can avoid the operator to touch poisonous soup, is that a kind of agricultural chemicals producer that is applicable to handles the ideal device of bottling liquid agricultural chemicals.
Description of drawings
Fig. 1 is the structural representation of vacuum intaking device described in the utility model.
Fig. 2 is the lateral plan of vacuum intaking device shown in Figure 1.
Among the figure, 1. tightening screw, 2. hydraulic ram, 3. stay bearing plate, 4. stay bearing plate support, 5. soup suction pipe, 6. load-transfer device guardrail, 7. load-transfer device, 8. soup suction pipe support, 9. hydraulic efficiency pressure switch, 10. load-transfer device motor, 11. conveyor belt supports, 12. hydraulic oil pump, 13. hydraulic reservoirs, 14. material barrels, 15. vacuum pumps, 16. drive coupling, 17. hydraulic oil pipes, 18. soup house stewards, 19. vacuum lamps, 20. the electric contact vacuum manometer, 21. photometer heads, 22. retaining cuttves.
The specific embodiment
Below in conjunction with drawings and the specific embodiments, the technical solution of the utility model is described further.
Vacuum intaking device described in the utility model, as depicted in figs. 1 and 2, comprising: tightening screw 1, hydraulic ram 2, stay bearing plate 3, stay bearing plate support 4, soup suction pipe 5, load-transfer device guardrail 6, load-transfer device 7, soup suction pipe support 8, hydraulic efficiency pressure switch 9, load-transfer device motor 10, conveyor belt support 11, hydraulic oil pump 12, hydraulic reservoir 13, material barrel 14, vacuum pump 15, drive coupling 16, hydraulic oil pipe 17, soup house steward 18, vacuum lamp 19, electric contact vacuum manometer 20, photometer head 21 and retaining cutter 22; Stay bearing plate 3 is fixed on the stay bearing plate support 4 by tightening screw 1, retaining cutter 22 is installed on the stay bearing plate support 4, hydraulic ram 2 is fixed on the stay bearing plate 3 by tightening screw 1, soup suction pipe 5 is fixed on the soup suction pipe support 8 by tightening screw 1, soup suction pipe support 8 is fixed on the telescopic shaft of hydraulic ram 2 by drive coupling 16, load-transfer device guardrail 6 is fixed on the both sides of load-transfer device 7 by tightening screw 1, photometer head 21 is installed on the load-transfer device guardrail 6, stay bearing plate support 4 is fixed on the both sides of load-transfer device guardrail 6 by tightening screw 1, hydraulic efficiency pressure switch 9 is installed in a side of conveyor belt support 11, load-transfer device 7 is installed on the conveyor belt support 11, load-transfer device motor 10 be installed in load-transfer device 7 under, load-transfer device motor 10 is fixed on the conveyor belt support 11 by tightening screw 1, hydraulic oil pump 12 is installed on the hydraulic reservoir 13, hydraulic oil pump 12 is connected with hydraulic ram 2 by hydraulic oil pipe 17, and hydraulic oil pump 12 is connected with hydraulic reservoir 13 by hydraulic oil pipe 17; Material barrel 14 is connected with soup suction pipe 5 by soup house steward 18, and material barrel 14 is connected with vacuum pump 15 by vacuum lamp 19, and electric contact vacuum manometer 20 is installed on the vacuum pump 15.
By adjusting the height of conveyor belt support 11, make height and other bench board of vacuum intaking device be consistent, then according to the quantity of every case pesticide bottle to be poured out, the soup suction pipe 5 of equal number is installed at soup suction pipe support 8, according to the bottleneck gap of pesticide bottle, adjust the mutual interstitial site of soup suction pipe 5; According to the height of pesticide bottle, the relative position of adjustment soup suction pipe support 8 and hydraulic ram 2, it is interior apart from 0.15cm place, top, bottom to make that soup suction pipe 5 can enter pesticide bottle, and after the absorption totally of the soup in the pesticide bottle, soup suction pipe 5 energy freely be extracted bottleneck out.
Before the beginning, check in the material barrel 14 whether material is arranged, if in the material barrel 14 material is arranged, change empty material barrel 14, check the leak tightness of hydraulic oil pipe 17, soup house steward 18 and vacuum lamp 19 then, start vacuum pump 15, check numerical value that electric contact vacuum manometer 20 shows whether be＜-0.7Mpa, guarantee that soup suction pipe 5, soup house steward 18 and material barrel 14 are in best negative pressure state, start load-transfer device motor 10, load-transfer device 7 brings into operation.
To wait that the FCL pesticide bottle of pouring out soup is put on the load-transfer device 7, load-transfer device 7 with pesticide bottle deliver to soup suction pipe 5 under, this moment, photometer head 21 was sensed the FCL pesticide bottle, photosignal is flowed to hydraulic ram 2, retaining cutter 22 and hydraulic efficiency pressure switch 9,22 startups of retaining cutter are blocked the FCL pesticide bottle and are moved forward, hydraulic oil pump 12 entrys into service simultaneously, the inlet valve of hydraulic ram 2 is opened, under the effect of hydraulic oil pump 12, hydraulic oil promotes the telescopic shaft elongation of hydraulic ram 2, the telescopic shaft of hydraulic ram 2 drives whole soup suction pipe support 8 and moves to agricultural chemicals bottleneck direction, soup suction pipe 5 enters pesticide bottle inside and stops apart from 0.15cm place at the bottom of the pesticide bottle, draw the soup of pesticide bottle inside, the soup of drawing enters in the material barrel 14, after the soup in the pesticide bottle is drawn totally, electric contact vacuum manometer 20 displayed values of this moment＞-0.35Mpa, electric contact vacuum manometer 20 flows to hydraulic ram 2 and hydraulic efficiency pressure switch 9 by electric signal, hydraulic oil pump 12 is quit work, the fuel-return valve of hydraulic ram 2 is opened, the telescopic shaft of hydraulic ram 2 drives soup suction pipe 5 and leaves pesticide bottle inside, to leaving bottleneck fully, keep off cutter 22 playback this moment, being drawn clean FCL pesticide bottle shifts by load-transfer device 7, when the soup of material barrel 14 surpass total volume 80% the time, change empty material barrel 14.
Application Example one: the vacuum drawn specification is 100ml*40 bottle Pesticidal products soup
Specification is that the pesticide bottle height of the Pesticidal products of 100ml*40 bottle is 10.5cm, distance is 4.2cm between the bottleneck, quantity according to every case pesticide bottle is installed 40 soup suction pipes 5 at soup suction pipe support 8, and soup suction pipe 5 is connected to soup house steward 18 by fast relay part, adjust the position of soup suction pipe 5 on soup suction pipe support 8 then, guarantee that the phase mutual edge distance between the soup suction pipe 5 is 4.2cm, adjust the relative position of soup suction pipe support 8 and hydraulic ram 2, make that soup suction pipe 5 flexible scopes are 10.5cm, the flexible distance that wherein enters in the pesticide bottle is 10.35cm, and the distance of leaving bottleneck is 0.15cm.Whether the leak tightness that checks hydraulic oil pipe 17, soup house steward 18 and vacuum lamp 19 is good, starts vacuum pump 15, and the numerical value that makes electric contact vacuum manometer 20 show is＜-0.7Mpa, start load-transfer device motor 10 then, load-transfer device 7 brings into operation.100ml*40 bottle Pesticidal products FCL is put on the load-transfer device 7, load-transfer device 7 is transported to Pesticidal products under the soup suction pipe 5, photometer head 21 was sensed and was held bottle cap FCL agricultural chemicals successfully this moment, photosignal is transported to hydraulic ram 2, retaining cutter 22 and hydraulic efficiency pressure switch 9,22 startups of retaining cutter are blocked this case agricultural chemicals and are moved forward, hydraulic oil pump 12 entrys into service simultaneously, the elongation of hydraulic ram 2 telescopic shafts, hydraulic ram 2 telescopic shafts drive whole soup suction pipe support 8 and move to agricultural chemicals bottleneck direction, soup suction pipe 5 enters the inner also distance of a product pesticide bottle bottle end 0.15cm place to be stopped, draw the soup in the pesticide bottle, the soup of drawing enters in the material barrel 14, after the soup in the bottle is drawn totally, electric contact vacuum manometer 20 displayed values of this moment＞-0.35Mpa, electric contact vacuum manometer 20 flows to hydraulic ram 2 and hydraulic efficiency pressure switch 9 by electric signal, this moment, hydraulic oil pump 12 quit work, the fuel-return valve of hydraulic ram 2 is opened, the telescopic shaft of hydraulic ram drives soup suction pipe 5 and extracts pesticide bottle inside out, up to leaving bottleneck fully, keep off cutter 22 playback this moment, after the bottle herb liquid was drawn totally, the empty pesticide bottle of FCL agricultural chemicals is transferred was with 7 to move away.
Application Example two: the vacuum drawn specification is 300ml*20 bottle Pesticidal products soup
Specification is that the pesticide bottle height of the Pesticidal products of 300ml*20 bottle is 12cm, distance is 6.5cm between the bottleneck, quantity according to every case pesticide bottle is installed 20 soup suction pipes 5 at soup suction pipe support 8, and soup suction pipe 5 is connected to soup house steward 18 by fast relay part, adjust the position of soup suction pipe 5 on soup suction pipe support 8, guarantee that the phase mutual edge distance between the soup suction pipe 5 is 6.5cm, adjust the relative position of soup suction pipe support 8 and hydraulic ram 2 then, make that soup suction pipe 5 flexible scopes are 12cm, the flexible distance that wherein enters in the pesticide bottle is 11.85cm, and the distance of leaving bottleneck is 0.15cm.Whether the leak tightness that checks hydraulic oil pipe 17, soup house steward 18 and vacuum lamp 19 is good, starts vacuum pump 15, and the numerical value that makes electric contact vacuum manometer 20 show is＜-0.7Mpa, start load-transfer device motor 10 then, load-transfer device 7 brings into operation.300ml*20 bottle Pesticidal products FCL is put on the load-transfer device 7, load-transfer device 7 is transported to Pesticidal products under the soup suction pipe 5, photometer head 21 was sensed and was held bottle cap FCL agricultural chemicals successfully this moment, photosignal is transported to hydraulic ram 2, retaining cutter 22 and hydraulic efficiency pressure switch 9,22 startups of retaining cutter are blocked this case agricultural chemicals and are moved forward, hydraulic oil pump 12 entrys into service simultaneously, the elongation of hydraulic ram 2 telescopic shafts, hydraulic ram 2 telescopic shafts drive whole soup suction pipe support 8 and move to agricultural chemicals bottleneck direction, soup suction pipe 5 enters the inner also distance of a product pesticide bottle bottle end 0.15cm place to be stopped, draw the soup in the pesticide bottle, the soup of drawing enters in the material barrel 14, after the soup in the bottle is drawn totally, electric contact vacuum manometer 20 displayed values of this moment＞-0.35Mpa, electric contact vacuum manometer 20 flows to hydraulic ram 2 and hydraulic efficiency pressure switch 9 by electric signal, this moment, hydraulic oil pump 12 quit work, the fuel-return valve of hydraulic ram 2 is opened, the telescopic shaft of hydraulic ram drives soup suction pipe 5 and extracts pesticide bottle inside out, up to leaving bottleneck fully, keep off cutter 22 playback this moment, after the bottle herb liquid was drawn totally, the empty pesticide bottle of FCL agricultural chemicals is transferred was with 7 to move away.
Claims (1)
1. vacuum liquid-absorbing device, it is characterized in that described vacuum liquid-absorbing device comprises tightening screw (1), hydraulic ram (2), stay bearing plate (3), stay bearing plate support (4), soup suction pipe (5), load-transfer device guardrail (6), load-transfer device (7), soup suction pipe support (8), hydraulic efficiency pressure switch (9), load-transfer device motor (10), conveyor belt support (11), hydraulic oil pump (12), hydraulic reservoir (13), material barrel (14), vacuum pump (15), drive coupling (16), hydraulic oil pipe (17), soup house steward (18), vacuum lamp (19), electric contact vacuum manometer (20), photometer head (21) and retaining cutter (22); Stay bearing plate (3) is fixed on the stay bearing plate support (4) by tightening screw (1), and retaining cutter (22) is installed on the stay bearing plate support (4), and hydraulic ram (2) is fixed on the stay bearing plate (3) by tightening screw (1); Soup suction pipe (5) is fixed on the soup suction pipe support (8) by tightening screw (1), and soup suction pipe support (8) is fixed on the telescopic shaft of hydraulic ram (2) by drive coupling (16); Load-transfer device guardrail (6) is fixed on the both sides of load-transfer device (7) by tightening screw (1), photometer head (21) is installed on the load-transfer device guardrail (6), stay bearing plate support (4) is fixed on the both sides of load-transfer device guardrail (6) by tightening screw (1), hydraulic efficiency pressure switch (9) is installed in a side of conveyor belt support (11), load-transfer device (7) is installed on the conveyor belt support (11), load-transfer device motor (10) be installed in load-transfer device (7) under, load-transfer device motor (10) is fixed on the conveyor belt support (11) by tightening screw (1); Hydraulic oil pump (12) is installed on the hydraulic reservoir (13), hydraulic oil pump (12) is connected with hydraulic ram (2) by hydraulic oil pipe (17), hydraulic reservoir (13) is connected with hydraulic oil pump (12) by hydraulic oil pipe (17), material barrel (14) is connected with soup suction pipe (5) by soup house steward (18), vacuum pump (15) is connected with material barrel (14) by vacuum lamp (19), and electric contact vacuum manometer (20) is installed on the vacuum pump (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320039092 CN203048564U (en) | 2013-01-24 | 2013-01-24 | Vacuum liquid absorption device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320039092 CN203048564U (en) | 2013-01-24 | 2013-01-24 | Vacuum liquid absorption device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203048564U true CN203048564U (en) | 2013-07-10 |
Family
ID=48731543
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320039092 Expired - Lifetime CN203048564U (en) | 2013-01-24 | 2013-01-24 | Vacuum liquid absorption device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203048564U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104773692A (en) * | 2015-03-12 | 2015-07-15 | 上海川易设备工程有限公司 | Efficient discharge barrel device |
| CN106744581A (en) * | 2016-12-15 | 2017-05-31 | 广西职业技术学院 | Agricultural chemicals self adaptation takes liquid machine |
-
2013
- 2013-01-24 CN CN 201320039092 patent/CN203048564U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104773692A (en) * | 2015-03-12 | 2015-07-15 | 上海川易设备工程有限公司 | Efficient discharge barrel device |
| CN104773692B (en) * | 2015-03-12 | 2017-05-03 | 上海川易设备工程有限公司 | Discharge barrel device |
| CN106744581A (en) * | 2016-12-15 | 2017-05-31 | 广西职业技术学院 | Agricultural chemicals self adaptation takes liquid machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130710 |
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| CX01 | Expiry of patent term |