CN103975889B - Long-range pneumatic feed feeder - Google Patents

Long-range pneumatic feed feeder Download PDF

Info

Publication number
CN103975889B
CN103975889B CN201410203627.7A CN201410203627A CN103975889B CN 103975889 B CN103975889 B CN 103975889B CN 201410203627 A CN201410203627 A CN 201410203627A CN 103975889 B CN103975889 B CN 103975889B
Authority
CN
China
Prior art keywords
motor
pipe
supporter
end
pneumatic
Prior art date
Application number
CN201410203627.7A
Other languages
Chinese (zh)
Other versions
CN103975889A (en
Inventor
成之阳
戴金方
Original Assignee
江苏恒深洋机械有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 江苏恒深洋机械有限公司 filed Critical 江苏恒深洋机械有限公司
Priority to CN201410203627.7A priority Critical patent/CN103975889B/en
Publication of CN103975889A publication Critical patent/CN103975889A/en
Application granted granted Critical
Publication of CN103975889B publication Critical patent/CN103975889B/en

Links

Abstract

The invention discloses long-range pneumatic feed feeder, the output channel (17) of feed tank (1) connects feeding pipe (2), feeding pipe (2) is fixed through pipeline clamp (6) and feed tank (1) output channel (helping 7), feeding pipe (2) receives the feeding bent pipe (26) of pneumatic throwing machine (3), feeding pipe (2) is fixed on the support bar (21) of pneumatic throwing machine (3) through duplex clip (5), control cabinet (4) connects feed tank (1) and pneumatic throwing machine (3), the long-range pneumatic feed feeder of overall formation.Long-range pneumatic feed feeder of the present invention achieves long-range large area and feeds intake, and easy to install, automaticity is high, and labour intensity is low, saves manpower, and deliver distance, the market demand is wide.

Description

Long-range pneumatic feed feeder

Technical field

The present invention relates to feeder, be specifically related to long-range pneumatic feed feeder.

Background technology

In aquaculture field, feeder has become indispensable aquacultural machinery in culture fishery.The feeder used at present is and is fixed on material-feeding platform, throwing is raised covering of the fan and is not more than 120o, distance is less than 22 meters, a load water surface is less than 20 mu, the pond of the large water surface needs some feeders, and build material-feeding platform to install feeder at pond central part, transport feed and feed of throwing something and feeding extremely inconvenient, thus need a kind of throwing raise distance, coverage large, transport feed and easy to operate long-range feeder.

, although long-distance sand transport and 360o can shed feed, there is a lot of problem in existing Pneumatic type feeder: what 1. adopt is that flat impeller is dumped structure, and feed is dished out and done level throw motion, limits throwing and raises distance.2. in order to make throwing raise distance, electric motor with vane wheel being dumped very highly perpendicular by the structure of tripod type, result machine center moving, runs into and blow, easily cause the accident of heavy machine of tumbling.Feed vertically rises suddenly, and easily result in blockage phenomenon.3. adopt many ball floats, although solve problem of tumbling, add customer investment cost, machine construction is complicated, installs very inconvenient.4. inverted motor cannot install protective cover, is easily subject to the infiltration of rainwater, easily causes electric leakage accident, there is potential safety hazard.5. feeding pipe and main frame only rely on mouth of pipe clip to fix, and the feeding pipe that suspended on, aloft sways, and easily cause feeding pipe to fracture.When 6. starting shooting, first start impeller and to dump motor, work after about one minute, restart blanking motor, this two step manual controls operate, too loaded down with trivial details.When 7. shutting down, impeller is dumped the power-off simultaneously of motor and motor for feeding, in feeding pipe remaining in a large number, the feed that can not siphon away, easily lump, cause feeding pipe to block.The feed distribution of 8. shedding, is not a very wide anchor ring, and there is phenomenon pockety.

Summary of the invention

The object of the invention is to: a kind of long-range pneumatic feed feeder is provided, can either remote conveying feed barrow, feed can be shed by large-area 360o again, both practical, safety again, adapt to the demand at aquaculture family, there is delivery distance, shed the feature that area is large, structure is simple, easy to install, automaticity is high, reduce labor intensity, save manpower, reduce customer investment cost, increase economic efficiency.

Technical solution of the present invention is: this long-range pneumatic feed feeder comprises feed tank, pneumatic throwing machine and control cabinet, the output channel of feed tank connects feeding pipe, feeding pipe one end is fixed on the output channel of feed tank through pipeline clamp, the feeding pipe other end connects the feeding bent pipe of pneumatic throwing machine, feeding pipe is fixed on the horizontal support bar of pneumatic throwing machine by duplex clip, the binding post of control cabinet connects feed tank and pneumatic throwing machine, the input termination three-phase four-wire system electrical network of control cabinet, the long-range pneumatic feed feeder of overall formation.

In long-range pneumatic feed feeder of the present invention, described feed tank comprises case lid, casing, cutting agency, receiving hopper and output channel, casing is arranged on underframe, case lid installed by the casing being with door and multiple handle, multiple hasp of locking is installed between case lid and casing, cone bucket is positioned at casing, what cone struggled against installs cutting agency below by installing plate, receiving hopper is installed in the below of cutting agency, receiving hopper is arranged on underframe, the front end of receiving hopper is welded with output channel, and output channel stretches out casing with holes.

In long-range pneumatic feed feeder of the present invention, described pneumatic throwing machine comprises motor cover, motor, supporter, support bar, ball float, impeller is dumped, hurricane globe and feeding bent pipe, mounted motor above supporter, on supporter, mounted motor cover covers on outside motor, on supporter, third-class fraction connects one end of the support bar of horizontal positioned, the other end of support bar installs ball float, in a side of supporter, the feeding bent pipe put in supporter cavity is installed, the axle of motor passes the cavity of supporter, adpting flange is installed in motor shaft lower end, the impeller of the lower end installation inversed taper platform shape of adpting flange is dumped, the lower cone lid that adpting flange and impeller are dumped is connected, the end opening of supporter has the centre bore of flange through the epicone cover strip that impeller is dumped, the hurricane globe that supporter lower end is installed covers the flange of the centre bore of the epicone lid that impeller is dumped.

Wherein, supporter is by upper torus, the overall cavity of shell mould of the threeway form that lower torus and transition face are formed, upper torus is connected with lower torus by transition face, lower torus is below transition face, motor is installed positioning port and is located on torus, the connection ear of support bar is partially dispersed with at upper toric periphery, between two connection ears, charging connector is left at upper toric periphery, the center line of charging connector is 0-20o with the angle β connected between ear center line, the plane of charging connector is dispersed with multiple screwed hole, motor is installed on positioning port and is partially dispersed with multiple screwed hole be connected with motor, the center of the screwed hole that motor connects is 30o with the angle α of the centreline space connecting ear, below motor installation positioning port, be synchronously dispersed with reinforcement with screwed hole connect with upper torus inwall.

Wherein, impeller is dumped and is comprised epicone lid, flat blade, oblique blade, lower cone lid, the frustoconical bevel angle of epicone lid and lower cone lid is 100-120o, the plane that the lower cone of the installing hole leaving centre bore and multiple decile covers is installed the flat blade of multiple decile, the conical surface of lower cone lid welds the oblique blade of multiple decile, oblique blade is in the outside of flat blade, the lead angle of oblique blade is 5-55o, the quantity of flat blade equals the quantity of oblique blade or the half of oblique blade quantity, the leaking hole of multiple decile is had on rear side of flat blade in lower cone lid plane, the epicone lid of center pore area flange is welded on oblique blade, the centre bore of epicone lid is coaxial with the lower centre bore covered of boring.

Wherein, duplex clip is made up of pipeline clamp, bar clip, duplex clip seat, pipeline clamp and bar clip arranged in dislocation on duplex clip seat, the installing hole of pipeline clamp and bar clip correspond to the installing hole on duplex clip seat respectively, the width of duplex clip seat be greater than pipeline clamp and bar clip width and; Wherein, pipeline clamp and bar clip are formed by a circular arc and two planes, be dispersed with wire hole on two planar, duplex clip seat is formed by an orthodrome, a small arc-shaped and three planes, the internal diameter of orthodrome is equally large with feeding pipe external diameter with the circular arc internal diameter of pipeline clamp, the internal diameter of small arc-shaped is equally large with the external diameter of support bar with the circular arc internal diameter of bar clip, three planes are dispersed with multiple wire hole corresponding with pipeline clamp and bar clip, after actual clamping, all clip interplanars leave the gap of 5-15mm.

Wherein, feeding bent pipe is made up of mouthpiece, 90 ° of bend pipes, No. two 90 ° of bend pipes, horizontal straight tube and pipe flanges, one end of horizontal straight tube connects one end of No. two 90 ° of bend pipes, the other end of No. two 90 ° of bend pipes connects one end of 90 ° of bend pipes, one end of the other end joining interface pipe of 90 ° of bend pipes, the pipe flange with mesopore and installing hole is welded in the connection place of No. two 90 ° of bend pipes and horizontal straight tube; Wherein, the centerlines γ that the horizontal center line that No. two 90 ° of bend pipes and horizontal straight tube are formed and 90 ° of bend pipes and mouthpiece are formed is 95-120 °, the angle δ of the vertical center line of No. two 90 ° of bend pipes and the vertical centreline space of pipe flange is 0-20 °, and pipe flange is vertical with horizontal straight tube.

In long-range pneumatic feed feeder of the present invention, described control cabinet comprises case shell, chamber door, case is locked, breaker, A.C. contactor, intelligent controller, binding post, guide rail, appliance mounting panel, wire, cable jacket, locks at band case, post caution sign board and be printed on mark word chamber door on connected with case shell by multiple hinge, the appliance mounting panel being welded with installing rack is arranged on the base plate of case shell, intelligent controller is arranged in installing rack, appliance mounting panel is equipped with the guide rail for installing breaker and A.C. contactor, breaker and A.C. contactor are arranged on guide rail, in the lower end of appliance mounting panel, binding post are housed, ground connection board and earth stud, the upper wiring hole of binding post is wired to breaker, A.C. contactor, intelligent controller, three phase line ends of breaker output are wired to the upper terminals of A.C. contactor, the output of A.C. contactor is wired to binding post, under breaker, the zero line of output and phase line are as the power input line of intelligent controller, intelligent controller is entered by wire, two output lines of intelligent controller, the coil that one tunnel connects A.C. contactor controls material casting motor, one tunnel is received binding post and is controlled feed tank motor, have multiple through wires hole on the base of control cabinet and multiple cable jacket is housed, the rear plate of case shell is drilled with multiple installing hole for installing fixing control cabinet.

During installation, feed tank is arranged on limit, pond or indoor, is connected with pneumatic throwing machine by conveyance conduit, then connects feed tank and pneumatic throwing machine with wire respectively by control cabinet, and access three-phase four-wire system power supply; During work, the handle of breaker in control cabinet is allocated to out, intelligent controller switch is allocated to startup, A.C. contactor adhesive, and pneumatic throwing machine obtains and electricly first rotates 30-90 second, powerful air draught is produced in feeding pipe, steam in purging line, the cutting agency motor then in feed tank obtains electric, by material casting set on controller and pause interval time, again and again feed a few second, stop feed a few second or several tens of seconds, until this start timing terminates; The feed that cutting agency leaks down is fallen in receiving hopper, and feed siphons away by powerful air draught, enters feeding pipe, and arrive impeller by feeding bent pipe and supporter and dump, feed is flown to a distant place equably, as inclined throw movements, forms the anchor ring of 360o; At the end of timing, cutting agency in feed tank stops feed, and pneumatic throwing machine works on after 30-75 second again and quits work, and exhausts the feed in pipeline.

The present invention has the following advantages: 1. adopt separate unit version, is convenient to change configuration and transport, meets consumers' demand; 2. impeller is dumped and is adopted inversed taper platform structure, and the feed of jettisoninging does inclined throw movements, makes to feed intake apart from farther, sheds area larger; 3. the supporting construction adopting level to install, reduces the height of C.G. of throwing machine, machine is not easily tumbled; 4. add motor protecting cover, eliminate the potential safety hazard that motor immerses rainwater; 5. feeding pipe is fixed on support bar, is easy to fixing feeding pipe, make feeding pipe not frangibility and trying to shirk responsibility; 6. adopt intelligent controller, achieve the leading running of pneumatic throwing machine and the function of delayed stall, make in feeding pipe, there is no remaining feed, not easily block, also achieve a key power up function; 7. said device features rational structure, easy for installation, simple to operate, use safety; 8. automaticity is high, saves manpower, reduces labor intensity, and reduces customer investment cost; 9. requirement is raised in the throwing adapting to multiple cultivating large area field.

Accompanying drawing explanation

Fig. 1 is profile work front view of the present invention.

Fig. 2 is the vertical view of Fig. 1.

Fig. 3 is the front view of feed tank.

Fig. 4 is the left cutaway view of Fig. 3.

Fig. 5 is the front view of pneumatic throwing machine.

Fig. 6 is the positive view of supporter.

Fig. 7 is the vertical view of Fig. 6.

Fig. 8 is the partial sectional view of Fig. 6.

Fig. 9 is the connection ear front view in Fig. 6.

Figure 10 is the charging connector front view in Fig. 6.

Figure 11 is the positive rotation cutaway view that impeller is dumped.

Figure 12 is the cutaway view of bowing of Figure 11.

Figure 13 is duplex clip positive view.

Figure 14 is the vertical view of Figure 13.

Figure 15 is the vertical view of duplex clip seat.

Figure 16 is the positive view of feeding bent pipe.

Figure 17 is the left view of Figure 16.

Figure 18 is the vertical view of Figure 16.

Figure 19 is control cabinet profile front view.

Figure 20 is the positive view of Figure 19.

Figure 21 is the upward view of Figure 19.

In figure: 1, feed tank, 2, feeding pipe, 3, pneumatic throwing machine, 4, control cabinet, 5, duplex clip, 6, pipeline clamp, 7, case lid, 8, hasp, 9, casing, 10, handle, 11, cone bucket, 12, door, 13, installing plate, 14, underframe, 15, cutting agency, 16, receiving hopper, 17, output channel, 18, motor cover, 19, motor, 20, supporter, 21, support bar, 22 ball floats, 23, impeller is dumped, and 24, adpting flange, 25, hurricane globe, 26, feeding bent pipe, 27, motor positioning port, 28, screwed hole, 29, connect ear, 30, upper torus, 31, transition face, 32, lower torus, 33, charging connector, 34, reinforcement, 35, epicone lid, 36, flange, 37, flat blade, 38, oblique blade, 39, lower cone lid, 40, leaking hole, 41, pipeline clamp, 42, bar clip, 43, duplex clip seat, 44, mouthpiece, 45, 90 ° of bend pipes, 46, No. two 90 ° of bend pipes, 47, horizontal straight tube, 48, pipe flange, 49, hinge, 50, chamber door, 51, lock, 52, case shell, 53, appliance mounting panel, 54, installing rack, 55, intelligent controller, 56, wire, 57, guide rail, 58, breaker, 59, A.C. contactor, 60, binding post, 61, cable jacket, 62, ground connection board, 63, caution sign board, 64, installing hole.

Embodiment

As shown in Fig. 1-2 1, this long-range pneumatic feed feeder comprises feed tank 1, pneumatic throwing machine 3 and control cabinet 4, the output channel 17 of feed tank 1 connects feeding pipe 2, feeding pipe 2 one end is fixed on the output channel 17 of feed tank 1 through pipeline clamp 6, feeding pipe 2 other end connects the feeding bent pipe 26 of pneumatic throwing machine 3, feeding pipe 2 is fixed on the horizontal support bar 21 of pneumatic throwing machine 3 by duplex clip 5, the binding post 60 of control cabinet 4 connects feed tank 1 and pneumatic throwing machine 3, the input termination three-phase four-wire system electrical network of control cabinet, the long-range pneumatic feed feeder of overall formation.

In long-range pneumatic feed feeder of the present invention, described feed tank 1 comprises case lid 7, casing 9, cutting agency 15, receiving hopper 16 and output channel 17, casing 9 is arranged on underframe 14, case lid 7 installed by the casing 9 being with door 12 and multiple handle 10, multiple hasp 8 of locking is installed between case lid 7 and casing 9, cone bucket 11 is positioned at casing 9, that bores bucket 11 installs cutting agency 15 below by installing plate 13, receiving hopper 16 is installed in the below of cutting agency 15, receiving hopper 16 is arranged on underframe 14, the front end of receiving hopper 16 is welded with output channel 17, output channel 17 stretches out casing 9 with holes.

In long-range pneumatic feed feeder of the present invention, described pneumatic throwing machine 3 comprises motor cover 18, motor 19, supporter 20, support bar 21, ball float 22, impeller dumps 23, hurricane globe 25 and feeding bent pipe 26, mounted motor 19 above supporter 20, on supporter 20, mounted motor cover 18 covers on outside motor 19, on supporter 20, third-class fraction connects one end of the support bar 21 of horizontal positioned, the other end of support bar 21 installs ball float 22, in a side of supporter 20, the feeding bent pipe 26 put in supporter cavity is installed, the axle of motor 19 passes the cavity of supporter 20, adpting flange 24 is installed in motor shaft lower end, the impeller of the lower end installation inversed taper platform shape of adpting flange 24 dumps 23, adpting flange 24 and impeller dump 23 lower cone lid 39 be connected, the end opening of supporter 20 through impeller dump 23 epicone lid 35 with the centre bore of flange 36, the hurricane globe 25 that supporter 20 lower end is installed cover impeller dump 23 the flange 36 of centre bore of epicone lid 35.

Wherein, supporter 20 is by upper torus 30, the overall cavity of shell mould of the threeway form that lower torus 32 and transition face 31 are formed, upper torus 30 is connected with lower torus 32 by transition face 31, lower torus 32 is below transition face 31, motor positioning port 27 is located on torus 30, the connection ear 29 of support bar 21 is partially dispersed with at the periphery of upper torus 30, between two connection ears, charging connector 33 is left at the periphery of upper torus 30, the center line of charging connector 33 is 0-20o with the angle β connected between ear 29 center line, the plane of charging connector 33 is dispersed with multiple screwed hole, motor positioning port 27 is partially dispersed with multiple screwed hole 28 be connected with motor 19, the center of the screwed hole that motor connects is 30o with the angle α of the centreline space connecting ear, below motor positioning port 27, be synchronously dispersed with reinforcement 34 connect with upper torus 30 inwall with screwed hole 28.

Wherein, impeller is dumped and 23 is comprised epicone lid 35, flat blade 37, oblique blade 38, lower cone lid 39, the frustoconical bevel angle of epicone lid 35 and lower cone lid 39 is 100-120o, leave centre bore and multiple decile installing hole lower cone lid 39 plane on the flat blade 37 of multiple decile is installed, the conical surface of lower cone lid 39 welds the oblique blade 38 of multiple decile, oblique blade 38 is in the outside of flat blade 37, the lead angle of oblique blade 38 is 5-55o, the quantity of flat blade 37 equals the quantity of oblique blade 38 or the half of oblique blade quantity, the leaking hole 40 of multiple decile is had on rear side of flat blade 37 in lower cone lid 39 plane, the epicone lid 35 of center pore area flange 36 is welded on oblique blade 38, the centre bore of epicone lid 35 is coaxial with the centre bore of lower cone lid 39.

Wherein, duplex clip 5 is made up of pipeline clamp 41, bar clip 42, duplex clip seat 43, pipeline clamp 41 and bar clip 42 arranged in dislocation on duplex clip seat 43, the installing hole of pipeline clamp 41 and bar clip 42 correspond to the installing hole on duplex clip seat 43 respectively, the width of duplex clip seat 43 be greater than pipeline clamp 41 and bar clip 42 width and; Wherein, pipeline clamp 41 and bar clip 42 are formed by a circular arc and two planes, be dispersed with wire hole on two planar, duplex clip seat 43 is formed by an orthodrome, a small arc-shaped and three planes, the internal diameter of orthodrome is equally large with feeding pipe 2 external diameter with the circular arc internal diameter of pipeline clamp 41, the internal diameter of small arc-shaped is equally large with the external diameter of support bar 21 with the circular arc internal diameter of bar clip 42, three planes are dispersed with multiple wire hole corresponding with pipeline clamp 41 and bar clip 42, after actual clamping, all clip interplanars leave the gap of 5-15mm.

Wherein, feeding bent pipe 26 is made up of mouthpiece 44,90 ° of bend pipe 45, No. two 90 ° of bend pipes 46, horizontal straight tube 47 and pipe flanges 48, one end of horizontal straight tube 47 connects one end of No. two 90 ° of bend pipes 46, the other end of No. two 90 ° of bend pipes 46 connects one end of 90 ° of bend pipes 45, one end of the other end joining interface pipe 44 of 90 ° of bend pipes 45, the pipe flange 48 with mesopore and installing hole is welded in the connection place of No. two 90 ° of bend pipes 46 and horizontal straight tube 47; Wherein, the centerlines γ that the horizontal center line that No. two 90 ° of bend pipes 46 and horizontal straight tube 47 are formed and 90 ° of bend pipes 45 and mouthpiece 44 are formed is 95-120 °, the angle δ of the vertical center line of No. two 90 ° of bend pipes 46 and the vertical centreline space of pipe flange 48 is 0-20 °, and pipe flange 48 is vertical with horizontal straight tube 47.

In long-range pneumatic feed feeder of the present invention, described control cabinet 4 comprises case shell 52, chamber door 50, case lock 51, breaker 58, A.C. contactor 59, intelligent controller 55, binding post 60, guide rail 57, appliance mounting panel 53, wire 56, cable jacket 61, at band case lock 51, the chamber door 50 posting caution sign board 63 and be printed on mark word is connected with case shell 52 by multiple hinge 49, the appliance mounting panel 53 being welded with installing rack 54 is arranged on the base plate of case shell 52, intelligent controller 55 is arranged in installing rack 54, appliance mounting panel 53 is equipped with the guide rail 57 for installing breaker 58 and A.C. contactor 59, in the lower end of appliance mounting panel 53, binding post 60 is housed, ground connection board 62 and earth stud, the upper wiring hole of binding post 60 is connected to breaker 58 by wire 56, A.C. contactor 59, intelligent controller 55, three phase line ends of breaker 58 output are connected to the upper terminals of A.C. contactor 59 by wire 56, the output of A.C. contactor 59 is connected to binding post 60 by wire 56, the zero line of breaker 58 output and phase line are as the power input line of intelligent controller 55, intelligent controller 55 is entered by wire 56, two output lines of intelligent controller 55, the coil that one tunnel connects A.C. contactor 59 controls material casting motor 19, one tunnel is received binding post 60 and is controlled feed tank 1 motor, have multiple through wires hole on the base of control cabinet 4 and multiple cable jacket 61 is housed, the rear plate of case shell 52 is drilled with multiple installing hole 64 for installing fixing control cabinet 4.

During installation, feed tank 1 is arranged on limit, pond or indoor, is connected with pneumatic throwing machine 3 by conveyance conduit 2, then connect feed tank 1 and pneumatic throwing machine 3 with wire respectively by control cabinet 4, and access three-phase four-wire system power supply; During work, the handle of breaker 58 in control cabinet 4 is allocated to out, intelligent controller 55 switch is allocated to startup, A.C. contactor 59 adhesive, the motor 19 of pneumatic throwing machine 3 electricly must first rotate 30-90 second, feeding pipe 2 li produces powerful air draught, steam in purging line, then cutting agency 15 motor in feed tank 1 obtains electric, by material casting set on intelligent controller 55 and pause interval time, again and again feed a few second, stop feed a few second or several tens of seconds, until this start timing terminates; The feed that cutting agency 15 leaks down is fallen in receiving hopper 16, and feed siphons away and enters feeding pipe 2 by powerful air draught, and arrive impeller by feeding bent pipe 26 and supporter 20 and dump 23, feed is flown to a distant place equably, as inclined throw movements, forms the anchor ring of 360o; At the end of timing, the cutting agency 15 in feed tank 1 stops feed, and pneumatic throwing machine 3 works on after 30-75 second again and quits work, and exhausts the feed in pipeline.

Claims (5)

1. long-range pneumatic feed feeder, this machine comprises feed tank (1), pneumatic throwing machine (3) and control cabinet (4), the output channel (17) of feed tank (1) connects feeding pipe (2), feeding pipe (2) one end is fixed on the output channel (17) of feed tank (1) through pipeline clamp (6), feeding pipe (2) other end connects the feeding bent pipe (26) of pneumatic throwing machine (3), feeding pipe (2) is fixed on the horizontal support bar (21) of pneumatic throwing machine (3) by duplex clip (5), the binding post (60) of control cabinet (4) connects feed tank (1) and pneumatic throwing machine (3), the input termination three-phase four-wire system electrical network of control cabinet, the long-range pneumatic feed feeder of overall formation, it is characterized in that: described pneumatic throwing machine (3) comprises motor cover (18), motor (19), supporter (20), support bar (21), ball float (22), impeller is dumped (23), hurricane globe (25) and feeding bent pipe (26), at the top mounted motor (19) of supporter (20), on supporter (20), mounted motor cover (18) covers on motor (19) outward, one end of the support bar (21) of horizontal positioned is connected at the upper third-class fraction of supporter (20), the other end of support bar (21) installs ball float (22), in a side of supporter (20), the feeding bent pipe (26) put in supporter cavity is installed, the axle of motor (19) passes the cavity of supporter (20), adpting flange (24) is installed in motor shaft lower end, the impeller of the lower end installation inversed taper platform shape of adpting flange (24) dumps (23), dump (23) lower of adpting flange (24) and impeller is bored and is covered (39) and be connected, the end opening of supporter (20) dumps the epicone lid (35) of (23) with the centre bore of flange (36) through impeller, the hurricane globe (25) that supporter (20) lower end is installed covers impeller and to dump the flange (36) of centre bore of epicone lid (35) of (23), described control cabinet (4) comprises case shell (52), chamber door (50), case lock (51), breaker (58), A.C. contactor (59), intelligent controller (55), binding post (60), guide rail (57), appliance mounting panel (53), wire (56), cable jacket (61), band case lock (51), post caution sign board (63) and be printed on the chamber door (50) identifying word and connected with case shell (52) by the multiple hinges (49) be located thereon, the appliance mounting panel (53) being welded with installing rack (54) is arranged on the base plate of case shell (52), intelligent controller (55) is arranged in installing rack (54), appliance mounting panel (53) is equipped with the guide rail (57) for installing breaker (58) and A.C. contactor (59), in the lower end of appliance mounting panel (53), binding post (60) is housed, ground connection board (62) and earth stud, the upper wiring hole of binding post (60) is connected to breaker (58) by wire (56), A.C. contactor (59), intelligent controller (55), three phase line ends of breaker (58) output are connected to the input of A.C. contactor (59) by wire (56), the output of A.C. contactor (59) is connected to binding post (60) by wire (56), the zero line of breaker (58) output and phase line are as the power input line of intelligent controller (55), intelligent controller (55) is entered by wire (56), two output lines of intelligent controller (55), the coil that one tunnel connects A.C. contactor (59) controls motor (19), one tunnel is received binding post (60) and is controlled feed tank (1) motor, have multiple through wires hole on the base of control cabinet (4) and multiple cable jacket (61) is housed, the rear plate of case shell (52) is drilled with multiple installing hole (64) for installing fixing control cabinet (4).
2. long-range pneumatic feed feeder according to claim 1, it is characterized in that: described supporter (20) is by upper torus (30), the overall cavity of shell mould of the threeway form that lower torus (32) and transition face (31) are formed, upper torus (30) is connected with lower torus (32) by transition face (31), lower torus (32) is below transition face (31), motor positioning port (27) is located on torus (30), the connection ear (29) of support bar (21) is partially dispersed with at the periphery of upper torus (30), between two connection ears, charging connector (33) is left at the periphery of upper torus (30), the center line of charging connector (33) is 0-20o with the angle β connected between ear (29) center line, the plane of charging connector (33) is dispersed with multiple screwed hole, motor positioning port (27) is partially dispersed with multiple screwed hole (28) be connected with motor (19), the center of the screwed hole that motor connects is 30o with the angle α of the centreline space connecting ear, below motor positioning port (27), be synchronously dispersed with reinforcement (34) with screwed hole (28) connect with upper torus (30) inwall.
3. long-range pneumatic feed feeder according to claim 1, it is characterized in that: described impeller dump (23) comprise epicone lid (35), flat blade (37), oblique blade (38), lower cone lid (39), the frustoconical bevel angle of epicone lid (35) and lower cone lid (39) is 100-120o, the lower plane of boring lid (39) of installing hole leaving centre bore and multiple decile is installed the flat blade (37) of multiple decile, the conical surface of lower cone lid (39) welds the oblique blade (38) of multiple decile, oblique blade (38) is in the outside of flat blade (37), the lead angle of oblique blade (38) is 5-55o, the quantity of flat blade (37) equals the quantity of oblique blade (38) or the half of oblique blade quantity, flat blade (37) rear side in lower cone lid (39) plane has the leaking hole (40) of multiple decile, the epicone lid (35) at center pore area flange (36) is welded on oblique blade (38), the centre bore of epicone lid (35) is coaxial with the lower centre bore covering (39) of boring.
4. long-range pneumatic feed feeder according to claim 1, it is characterized in that: described duplex clip (5) is made up of pipeline clamp (41), bar clip (42), duplex clip seat (43), pipeline clamp (41) and bar clip (42) are in the upper arranged in dislocation of duplex clip seat (43), the installing hole of pipeline clamp (41) and bar clip (42) correspond to the installing hole on duplex clip seat (43) respectively, the width of duplex clip seat (43) be greater than pipeline clamp (41) and bar clip (42) width and, wherein, pipeline clamp (41) and bar clip (42) are formed by a circular arc and two planes, be dispersed with wire hole on two planar, duplex clip seat (43) is by an orthodrome, a small arc-shaped and three planes are formed, the internal diameter of orthodrome is equally large with feeding pipe (2) external diameter with the circular arc internal diameter of pipeline clamp (41), the internal diameter of small arc-shaped is equally large with the external diameter of support bar (21) with the circular arc internal diameter of bar clip (42), three planes are dispersed with multiple wire hole corresponding with pipeline clamp (41) and bar clip (42), after actual clamping, all clip interplanars leave the gap of 5-15mm.
5. long-range pneumatic feed feeder according to claim 1, it is characterized in that: described feeding bent pipe (26) is by mouthpiece (44), No. one 90 ° bend pipes (45), No. two 90 ° bend pipes (46), horizontal straight tube (47) and pipe flange (48) composition, one end of horizontal straight tube (47) connects one end of No. two 90 ° bend pipes (46), the other end of No. two 90 ° bend pipes (46) connects one end of No. one 90 ° bend pipes (45), one end of the other end joining interface pipe (44) of No. one 90 ° bend pipes (45), pipe flange (48) with mesopore and installing hole is welded in the connection place of No. two 90 ° bend pipes (46) and horizontal straight tube (47), wherein, the centerlines γ that the horizontal center line that No. two 90 ° bend pipes (46) and horizontal straight tube (47) are formed and No. one 90 ° bend pipes (45) and mouthpiece (44) are formed is 95-120 °, the angle δ of the vertical center line of No. two 90 ° bend pipes (46) and the vertical centreline space of pipe flange (48) is 0-20 °, and pipe flange (48) is vertical with horizontal straight tube (47).
CN201410203627.7A 2014-05-15 2014-05-15 Long-range pneumatic feed feeder CN103975889B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201410203627.7A CN103975889B (en) 2014-05-15 2014-05-15 Long-range pneumatic feed feeder

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201410203627.7A CN103975889B (en) 2014-05-15 2014-05-15 Long-range pneumatic feed feeder

Publications (2)

Publication Number Publication Date
CN103975889A CN103975889A (en) 2014-08-13
CN103975889B true CN103975889B (en) 2015-12-09

Family

ID=51268266

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201410203627.7A CN103975889B (en) 2014-05-15 2014-05-15 Long-range pneumatic feed feeder

Country Status (1)

Country Link
CN (1) CN103975889B (en)

Families Citing this family (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104430110B (en) * 2014-10-31 2017-04-26 江苏恒深洋机械有限公司 Material conveying connector device and pneumatic remote feeder with same
CN104331009B (en) * 2014-10-31 2017-04-26 江苏恒深洋机械有限公司 Full-automatic digital display touch controller of remote anti-blocking pneumatic conveying feeder
CN104381183B (en) * 2014-10-31 2016-08-17 江苏恒深洋机械有限公司 Remotely pneumatic feed meter weight feeder
CN104396842B (en) * 2014-10-31 2016-04-13 江苏恒深洋机械有限公司 Long-range pneumatic feed oxygen-increasing chum dispenser
CN104430111B (en) * 2014-10-31 2017-02-01 江苏恒深洋机械有限公司 Long-distance pneumatic-feeding anti-blocking feeder

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100968527B1 (en) * 2009-12-14 2010-07-08 엔엔티시스템즈(주) Offshore fixed type of remote auto feeding system for fish feeds
CN102301977A (en) * 2011-07-13 2012-01-04 金湖小青青机电设备有限公司 Pneumatic feeder
CN102550466A (en) * 2011-12-01 2012-07-11 中国水产科学研究院南海水产研究所 Remote feeding system for aquaculture
CN202680239U (en) * 2012-04-18 2013-01-23 金湖小青青机电设备有限公司 Pneumatic dried diet feeder for long-distance feedstuff conveying
CN202773747U (en) * 2012-07-23 2013-03-13 戴中平 Programmable automatic screw feeder utilizing pipe
CN103651227A (en) * 2013-12-18 2014-03-26 金湖县杰达机械制造有限公司 Pneumatic type feeder

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100968527B1 (en) * 2009-12-14 2010-07-08 엔엔티시스템즈(주) Offshore fixed type of remote auto feeding system for fish feeds
CN102301977A (en) * 2011-07-13 2012-01-04 金湖小青青机电设备有限公司 Pneumatic feeder
CN102550466A (en) * 2011-12-01 2012-07-11 中国水产科学研究院南海水产研究所 Remote feeding system for aquaculture
CN202680239U (en) * 2012-04-18 2013-01-23 金湖小青青机电设备有限公司 Pneumatic dried diet feeder for long-distance feedstuff conveying
CN202773747U (en) * 2012-07-23 2013-03-13 戴中平 Programmable automatic screw feeder utilizing pipe
CN103651227A (en) * 2013-12-18 2014-03-26 金湖县杰达机械制造有限公司 Pneumatic type feeder

Also Published As

Publication number Publication date
CN103975889A (en) 2014-08-13

Similar Documents

Publication Publication Date Title
CN201821758U (en) Split 360-degree automatic feeding machine for fishpond
US20150349399A1 (en) Small cell communications pole, system, and method
CN101606504A (en) Feed scattering device of remote automatic bait casting machine
CN201226426Y (en) Suspension type cable bracket for downhole tunnel top
CN204888190U (en) Solar energy sprinkling irrigation equipment for warmhouse booth
CN203145957U (en) Mining concrete wet-type injecting equipment
CN108115833B (en) A kind of Multi-stage stirring formula concrete central mix plant
CN101270650A (en) Skid mounted polymer injection system for marine oil field
CN203097362U (en) Module type prefabricated pump station
CN104690833A (en) Small cement mixer
CN102530559B (en) Multi-bin pneumatic conveying device and concrete stirring station with same
CN202179042U (en) Aquaculture greenhouse culture pond with omni-bearing feeding function
CN102669035A (en) Lower charging type split type feeder and aquatic product greenhouse culture pond with same
CN104912146A (en) Intelligent water drawing jet flushing device and control method thereof
CN205009418U (en) Modified polyphenyl granule insulation material mixture, stirring and quantitative feeding device
CN201669793U (en) Stirring and pouring integrated machine
CN203860236U (en) Air conveying resistance reducer and integrated oxygenating and feeding machine
CN202840457U (en) Cable branch box
CN104381183B (en) Remotely pneumatic feed meter weight feeder
CN201786311U (en) Drilling gas blowout preventor
CN204851258U (en) Combine and adopt working face high pressure spraying dust device
CN201620895U (en) Mortar spraying machine dedicated for strengthening coal mine tunnel
CN103669955B (en) The data acquisition of a kind of applicable field installation and emergent public broadcasting upright column system
CN102168548B (en) Exploitation measuring device and method of coal bed gas well
CN203523461U (en) Electric irrigating machine with adjustable rotary cantilever

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151209

Termination date: 20170515