CN205143213U - Automatic deposit feed proportioning system - Google Patents
Automatic deposit feed proportioning system Download PDFInfo
- Publication number
- CN205143213U CN205143213U CN201520999225.2U CN201520999225U CN205143213U CN 205143213 U CN205143213 U CN 205143213U CN 201520999225 U CN201520999225 U CN 201520999225U CN 205143213 U CN205143213 U CN 205143213U
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- China
- Prior art keywords
- discharging opening
- flange
- hopper
- magnetic valve
- feed
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Abstract
Automatic deposit feed proportioning system, including the workbin, a pedestal, lower glassware, a three -way electromagnetic valve, the conveying pipe, roots's fan, the inlet pipe, drying equipment, the solenoid valve, the air is taken away when forming the negative pressure in roots's fan is the workbin, the inlet pipe inhales the interior bait in bulk of the truck that is equipped with bait in the workbin, it can the interior air of dry workbin to open the drying equipment air inlet during the interior negative pressure of workbin, unloading speed and unloading volume are controlled to the glassware down, bait under the lower glassware of roots's fan handle send is sent to in the quick -witted bait case of feeding of the unloading department of point, three solenoid valve control bait is sent to different unloading points, the utility model discloses a bait that automatic deposit feed proportioning system is used for plants such as fish, shrimp to feed is a little kept in and is automatic reinforced for the quick -witted bait case of feeding of unloading point, can alleviate the intensity of labour that the workman fed in raw material, prevents that bait is rotten.
Description
Technical field
The present invention designs one and deposits feed proportioning system, particularly relates to a kind of culture pond mouth and automatically deposits feed proportioning system.
Background technology
Adding bait (namely prepare burden) to device for feeding fish bait in aquaculture is a very warm work, be substantially now by manually become the bait of bag to be transported to build in plant Tang Kou limit for deposit bait closet in store.When in device for feeding fish bait, bait has been thrown in, workman's bait of taking from closet has added bait to device for feeding fish bait, and every platform device for feeding fish bait needs repeatedly to add bait every day, labor strength is large, inefficiency, when cultured area is larger, a workman can only be responsible for 2-3 pool mouth.Be easy to humidity in the room that bait is deposited in Tang Kou limit for a long time, moist bait can make cultivation object infect virus, causes larger loss.For alleviating the labour intensity of plant workman, increasing work efficiency, reducing labour, reduce aquaculture cost and cultivation risk, need badly a kind of can automatically again can the device of dry bait to device for feeding fish bait interpolation bait.
Summary of the invention
The object of the invention is to provide one automatically to deposit feed proportioning system, it not only can store bait and add bait to device for feeding fish bait, can also dry bait, and whole device structure is simple, easy to use, is convenient to safeguard, reduces aquaculture cost.
For achieving the above object, solution of the present invention is: automatically deposit feed proportioning system, comprise hopper, base, blanking device, three-way magnetic valve, feed pipe, roots blower, feed pipe, drying equipment, single channel magnetic valve, a hopper lid is welded in described hopper upper end, described hopper is covered with charging aperture, described hopper is covered with air outlet, there is a circle air admission hole side of described hopper lower end, outside described air admission hole, an annular cover is installed, described circular cowling subband has air inlet and filter screen is installed in the inside, described hopper lower end is taper, described hopper bottom is provided with hopper discharging opening, described hopper discharging opening is provided with hopper flange, described hopper is arranged on submounts, described base top is provided with support bottom and is provided with suction tube placement pipe box, under described discharging opening, blanking device is installed, blanking motor is installed on the left of described blanking device, the charging aperture of described blanking device upper end is provided with blanking device feed opening flange dish, the described charging aperture of blanking device upper end and the discharging opening of hopper are connected by hopper flange and blanking device feed opening flange dish, the discharging opening of described blanking device is provided with blanking device discharging opening flange, three-way pipeline is installed in the discharging opening lower end of described blanking device, charging aperture on described three-way pipeline is provided with three-way pipeline feed opening flange dish, discharging opening on described three-way pipeline is provided with three-way pipeline discharging opening flange, the air inlet of described three-way pipeline is provided with three-way pipeline air inlet flange, charging aperture on described three-way pipeline and the discharging opening of blanking device are connected by three-way pipeline feed opening flange dish and blanking device discharging opening flange, discharging opening on described three-way pipeline and the charging aperture of three-way magnetic valve are connected by three-way pipeline discharging opening flange and three-way magnetic valve feed opening flange dish, the left discharge outlet of described three-way magnetic valve is provided with the left discharging opening flange of three-way magnetic valve, the right discharge outlet of described three-way magnetic valve is provided with the right discharging opening flange of three-way magnetic valve, described feed pipe is L-type, the feed pipe charging aperture place of described feed pipe is provided with feed pipe feed opening flange dish, the left discharging opening of described three-way magnetic valve and feed pipe charging aperture are connected by the left discharging opening flange of three-way magnetic valve and feed pipe feed opening flange dish, the air inlet of described roots blower is provided with roots blower air inlet flange, the air outlet place of described roots blower is provided with roots blower air outlet flange, the air inlet of described roots blower is connected by the flange of roots blower air inlet flange and blast pipe, the air inlet of described blast pipe and the air outlet of hopper are socketed, the air outlet of described roots blower and three-way pipeline air inlet are connected by roots blower air outlet flange and three-way pipeline air inlet flange, described roots blower side is provided with system control box, described feed pipe is made up of upper end flexible pipe and lower end hard tube, described flexible pipe is provided with discharging opening, described flexible pipe discharging opening and charging aperture are socketed, described hard tube peripheral hardware jug, described hard tube bottom is provided with charging aperture, a star cover is installed at described charging aperture place, described drying box is rack-mount, described drying box left end is provided with air intlet right-hand member and is provided with dry air outlet, described drying box inside is placed with desiccant, the air inlet of described dry air outlet sleeved electric magnet valve, the gas outlet cover trachea of described magnetic valve, the other end of described tracheae is connected with air inlet.
Automatically feed proportioning system of depositing of the present invention can carry out storing, batching and dry work, blanking device and drying box external magnetic valve is first closed during storing, then roots blower is opened, in hopper, air is pumped into negative pressure, the charging aperture that the handle of workman's portable hard tube peripheral hardware makes hard tube bottom establish aims at the bait in bulk in truck, bait is inhaled into hopper from feed pipe, storing terminates rear in the cylindrical uncovered pipeline on hard tube inserted base, blanking device is opened during batching, close the single channel magnetic valve that drying box is external, blanking device controls a certain amount of bait and falls in three-way pipeline from the charging aperture three-way pipeline, the hopper of device for feeding fish bait is aimed in the outlet of feed pipe, the high wind of roots blower blows to device for feeding fish bait hopper bait by feed pipe, when device for feeding fish bait hopper is filled it up with, blanking device stops feeding in raw material automatically, leading to of three-way magnetic valve bait can be delivered to different device for feeding fish bait hoppers by changing, need drying constantly, first open the single channel magnetic valve that drying box is external, open roots blower again and the dry air in drying box is sucked hopper, dry bait.
Feature of automatically depositing feed proportioning system of the present invention is as follows:
1, feed proportioning system of automatically depositing of the present invention can suck the bait in bulk in truck in hopper, do not need a dead lift, alleviate the labour intensity of workman, and bait does not need packaging, reduces the production cost of bait.
2, feed proportioning system of automatically depositing of the present invention quantitatively can be delivered to bait in hopper in the hopper of device for feeding fish bait, measures the abundance of food without the need to workman, saves man-hour, reduces labor intensity, and reduces aquaculture cost.
3, feed proportioning system of automatically depositing of the present invention can bait in dry hopper, goes mouldy, reduce cultivation risk after preventing bait from making moist.
Of the present inventionly automatically deposit that feed proportioning system is applicable to breed fish, Yang Xiadeng plant.
Accompanying drawing explanation
Concrete structure of the present invention is provided by following embodiment and accompanying drawing thereof.
Fig. 1 is structural representation of the present invention.
Fig. 2 is that blanking device of the present invention coordinates scheme of installation with hopper discharging opening.
Fig. 3 is three-way pipeline schematic diagram of the present invention.
Fig. 4 is that three-way magnetic valve of the present invention coordinates scheme of installation with feed pipe.
Fig. 5 is base of the present invention and drying box schematic diagram.
Embodiment
Below with reference to accompanying drawing, feed proportioning system of automatically depositing of the present invention is described in further detail.
See Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, automatically feed proportioning system is deposited, comprise hopper (1), base (2), blanking device (3), three-way magnetic valve (4), feed pipe (5), roots blower (6), feed pipe (7), drying equipment (8), magnetic valve (9), a hopper lid (11) is welded in described hopper (1) upper end, described hopper lid (11) is provided with charging aperture (111), described hopper lid (11) is provided with air outlet (112), there is a circle air admission hole (12) side of described hopper (1) lower end, an annular cover (121) is installed in described air admission hole (12) outside, described annular cover (121) is with air inlet (1211) and filter screen (122) is installed in the inside, described hopper (1) lower end is taper, described hopper (1) bottom is provided with hopper discharging opening (13), described hopper discharging opening (13) is provided with hopper flange (131), described hopper (1) is arranged on above base (2), described base (2) top is provided with support (21) bottom and is provided with suction tube placement pipe box (22).
Blanking device (3) is installed under described discharging opening (13), blanking motor (31) is installed in described blanking device (3) left side, the charging aperture (32) of described blanking device (3) upper end is provided with blanking device feed opening flange dish (321), the charging aperture (32) of described blanking device (3) upper end is connected by hopper flange (131) and blanking device feed opening flange dish (321) with the discharging opening (13) of hopper (1), the discharging opening (33) of described blanking device (3) is provided with blanking device discharging opening flange (331), three-way pipeline (34) is installed in discharging opening (33) lower end of described blanking device (3), three-way pipeline (34) is provided with a charging aperture (341), a discharging opening (342) and an air inlet (343), charging aperture (341) on described three-way pipeline (34) is provided with three-way pipeline feed opening flange dish (3411), discharging opening (342) on described three-way pipeline (34) is provided with three-way pipeline discharging opening flange (3421), the air inlet (343) of described three-way pipeline (34) is provided with three-way pipeline air inlet flange (3431), charging aperture (341) on described three-way pipeline (34) is connected by three-way pipeline feed opening flange dish (3411) and blanking device discharging opening flange (331) with the discharging opening (33) of blanking device (3), discharging opening (342) on described three-way pipeline (34) is connected by three-way pipeline discharging opening flange (3421) and three-way magnetic valve feed opening flange dish (411) with the charging aperture (41) of three-way magnetic valve (4), left discharging opening (42) place of described three-way magnetic valve (4) is provided with the left discharging opening flange (421) of three-way magnetic valve, right discharging opening (43) place of described three-way magnetic valve (4) is provided with the right discharging opening flange (431) of three-way magnetic valve, described feed pipe (5) is in L-type, feed pipe charging aperture (51) place of described feed pipe (5) is provided with feed pipe feed opening flange dish (511), the left discharging opening (42) of described three-way magnetic valve (4) is connected by the left discharging opening flange (421) of three-way magnetic valve and feed pipe feed opening flange dish (511) with feed pipe charging aperture (51), the right discharging opening (43) of described three-way magnetic valve (4) is connected by the right discharging opening flange (431) of three-way magnetic valve and feed pipe feed opening flange dish (521) with feed pipe charging aperture (52).
Air inlet (61) place of described roots blower (6) is provided with roots blower air inlet flange (611), air outlet (62) place of described roots blower (6) is provided with roots blower air outlet flange (621), the air inlet (61) of described roots blower (6) is connected by the flange (631) of roots blower air inlet flange (611) with blast pipe (63), the air inlet (632) of described blast pipe (63) and the air outlet (112) of hopper are socketed, the air outlet (62) of described roots blower (6) is connected by roots blower air outlet flange (621) and three-way pipeline air inlet flange (3431) with three-way pipeline air inlet (343), described roots blower (6) side is provided with system control box (64), described feed pipe (7) is made up of upper end flexible pipe (71) and lower end hard tube (72), described flexible pipe (71) is provided with discharging opening (711), described flexible pipe discharging opening (711) and charging aperture (111) are socketed, described hard tube (72) peripheral hardware jug (721), described hard tube (72) bottom is provided with charging aperture (722), a star cover (73) is installed at described charging aperture (722) place, described drying box (8) is arranged on support (21), described drying box (8) left end is provided with air intlet (81) right-hand member and is provided with dry air outlet (82), described drying box (8) inside is placed with desiccant (83), the air inlet (91) of described dry air outlet (82) sleeved electric magnet valve (9), the gas outlet (92) cover trachea (93) of described magnetic valve (9), the other end of described tracheae (93) is connected with air inlet (1211).
Claims (1)
1. automatically deposit feed proportioning system, comprise hopper (1), base (2), blanking device (3), three-way magnetic valve (4), feed pipe (5), roots blower (6), feed pipe (7), drying equipment (8), magnetic valve (9), a hopper lid (11) is welded in described hopper (1) upper end, described hopper lid (11) is provided with charging aperture (111), described hopper lid (11) is provided with air outlet (112), there is a circle air admission hole (12) side of described hopper (1) lower end, an annular cover (121) is installed in described air admission hole (12) outside, described annular cover (121) is with air inlet (1211) and filter screen (122) is installed in the inside, described hopper (1) lower end is taper, described hopper (1) bottom is provided with hopper discharging opening (13), described hopper discharging opening (13) is provided with hopper flange (131), described hopper (1) is arranged on above base (2), described base (2) top is provided with support (21) bottom and is provided with suction tube placement pipe box (22), blanking device (3) is installed under described discharging opening (13), blanking motor (31) is installed in described blanking device (3) left side, the charging aperture (32) of described blanking device (3) upper end is provided with blanking device feed opening flange dish (321), the charging aperture (32) of described blanking device (3) upper end is connected by hopper flange (131) and blanking device feed opening flange dish (321) with the discharging opening (13) of hopper (1), the discharging opening (33) of described blanking device (3) is provided with blanking device discharging opening flange (331), three-way pipeline (34) is installed in discharging opening (33) lower end of described blanking device (3), charging aperture (341) on described three-way pipeline (34) is provided with three-way pipeline feed opening flange dish (3411), discharging opening (342) on described three-way pipeline (34) is provided with three-way pipeline discharging opening flange (3421), the air inlet (343) of described three-way pipeline (34) is provided with three-way pipeline air inlet flange (3431), charging aperture (341) on described three-way pipeline (34) is connected by three-way pipeline feed opening flange dish (3411) and blanking device discharging opening flange (331) with the discharging opening (33) of blanking device (3), discharging opening (342) on described three-way pipeline (34) is connected by three-way pipeline discharging opening flange (3421) and three-way magnetic valve feed opening flange dish (411) with the charging aperture (41) of three-way magnetic valve (4), left discharging opening (42) place of described three-way magnetic valve (4) is provided with the left discharging opening flange (421) of three-way magnetic valve, right discharging opening (43) place of described three-way magnetic valve (4) is provided with the right discharging opening flange (431) of three-way magnetic valve, described feed pipe (5) is in L-type, feed pipe charging aperture (51) place of described feed pipe (5) is provided with feed pipe feed opening flange dish (511), the left discharging opening (42) of described three-way magnetic valve (4) is connected by the left discharging opening flange (421) of three-way magnetic valve and feed pipe feed opening flange dish (511) with feed pipe charging aperture (51), the right discharging opening (43) of described three-way magnetic valve (4) is connected by the right discharging opening flange (431) of three-way magnetic valve and feed pipe feed opening flange dish (521) with feed pipe charging aperture (52), air inlet (61) place of described roots blower (6) is provided with roots blower air inlet flange (611), air outlet (62) place of described roots blower (6) is provided with roots blower air outlet flange (621), the air inlet (61) of described roots blower (6) is connected by the flange (631) of roots blower air inlet flange (611) with blast pipe (63), the air inlet (632) of described blast pipe (63) and the air outlet (112) of hopper are socketed, the air outlet (62) of described roots blower (6) is connected by roots blower air outlet flange (621) and three-way pipeline air inlet flange (3431) with three-way pipeline air inlet (343), described roots blower (6) side is provided with system control box (64), described feed pipe (7) is made up of upper end flexible pipe (71) and lower end hard tube (72), described flexible pipe (71) is provided with discharging opening (711), described flexible pipe discharging opening (711) and charging aperture (111) are socketed, described hard tube (72) peripheral hardware jug (721), described hard tube (72) bottom is provided with charging aperture (722), a star cover (73) is installed at described charging aperture (722) place, described drying box (8) is arranged on support (21), described drying box (8) left end is provided with air intlet (81) right-hand member and is provided with dry air outlet (82), described drying box (8) inside is placed with desiccant (83), the air inlet (91) of described dry air outlet (82) sleeved electric magnet valve (9), the gas outlet (92) cover trachea (93) of described magnetic valve (9), the other end of described tracheae (93) is connected with air inlet (1211).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520999225.2U CN205143213U (en) | 2015-12-03 | 2015-12-03 | Automatic deposit feed proportioning system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520999225.2U CN205143213U (en) | 2015-12-03 | 2015-12-03 | Automatic deposit feed proportioning system |
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| Publication Number | Publication Date |
|---|---|
| CN205143213U true CN205143213U (en) | 2016-04-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520999225.2U Withdrawn - After Issue CN205143213U (en) | 2015-12-03 | 2015-12-03 | Automatic deposit feed proportioning system |
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| Country | Link |
|---|---|
| CN (1) | CN205143213U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105379663A (en) * | 2015-12-03 | 2016-03-09 | 上海海洋大学 | Automatic bait storing and feeding system |
| CN105918198A (en) * | 2016-06-20 | 2016-09-07 | 中国水产科学研究院南海水产研究所 | Deepwater net cage feeding method based on suction type onboard automatic feeding system |
-
2015
- 2015-12-03 CN CN201520999225.2U patent/CN205143213U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105379663A (en) * | 2015-12-03 | 2016-03-09 | 上海海洋大学 | Automatic bait storing and feeding system |
| CN105918198A (en) * | 2016-06-20 | 2016-09-07 | 中国水产科学研究院南海水产研究所 | Deepwater net cage feeding method based on suction type onboard automatic feeding system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160413 Effective date of abandoning: 20171027 |
|
| AV01 | Patent right actively abandoned |