CN106335790A

CN106335790A - Particle conveyor

Info

Publication number: CN106335790A
Application number: CN201510422844.XA
Authority: CN
Inventors: 汪永四
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-10
Filing date: 2015-07-10
Publication date: 2017-01-18

Abstract

The invention relates to a particle conveyor which comprises an air bin and a suction ventilator. One end of an air tube is communicated with the center of one side of the suction ventilator, a belt disc is arranged in the center of the other side of the suction ventilator and is connected with a rotary disc at one end of a motor through a pull strap, the other end of the air tube is embedded into a round hole in the center of a wall body of one side of the air bin and extends from bottom to top, and a round opening in the lowermost portion of a wall body of the other side of the air bin is communicated with one end of a material rolling tube; helical blades are arranged on the periphery of a shaft rod, and one end of the shaft rod penetrates the round opening in the corresponding position and in the center of the lowermost portion of the wall body of one side of the air bin; the tail end of the end, entering a cavity of the air bin, of the shaft rod is embedded into in a rotary head at the corresponding position and in the center of the lower portion of the inner wall body, and the other end of the shaft rod extends into a cavity of the material rolling tube and extends to the other end; the tail end of the end of the shaft rod penetrates a round opening in the corresponding position and in the center of the side face of one end of the material rolling tube and extends to form a small section of shaft rod periphery which is arranged to be the belt disc, and the belt disc is connected with the rotary disc at one end of the motor through the pull strap.

Description

A kind of particle conveyer

Technical field

The present invention relates to a kind of conveyer, more particularly, to a kind of crop grain conveyer.

Background technology

The crop grains such as conveying paddy, corn are dried or shelled is one of important step of grain processing, At present, known particle conveyer be all conveying pipeline directly connect in induced-draught fan cavity interior that is to say, that being in Granular raw material is inhaled in induced-draught fan cavity, and by following discharge hole for discharge, this particle conveyer: One is to stand under stream effect in surging wind speed, is entrained in the silt between particle and particle, debris can all get rid of On blower fan cavity inner wall body with fan blade, if things go on like this, also more knot is also thick for these debris, and affects wind The normal work of machine；Two is that blower fan cavity inner wall body is big with fan blade loss, and service life is short；Three be paddy, Corn often crushes, and causes unnecessary waste.

Content of the invention

In order to overcome the shortcomings of existing particle conveyer in the presence of course of conveying, the present invention provides a kind of Grain conveyer, the airduct one of this conveyer is seated in wind cabin cavity internal upper part, and wind cabin is connected in the outlet of conveying pipeline Bottom in cavity, and convey come in feed particulate material rolled away from front to back by the helical blade on screw feeder.

The technical solution adopted for the present invention to solve the technical problems is: includes wind cabin and induced-draught fan, under wind cabin Portion is in v font, and wind cabin is vertically mounted on the ground of corresponding position, and the top in wind cabin cavity is air draught area, wind Bottom in the cavity of storehouse is material stock area, and the place placed in the middle of wind cabin one sidewall bodies digs and wears a circular openning, and wind cabin corresponds to Sidewall bodies bottom place placed in the middle dig and wear a circular openning, the place placed in the middle of wind cabin another sidewall bodies foot digs and wears One circular openning, the side of induced-draught fan is located to connect airduct one between two parties, and induced-draught fan opposite side is located to arrange one between two parties Individual tep reel, and tep reel connects the rotating disk of one, motor by pull strap, the other end of airduct embeds wind cabin one sidewall bodies The circular openning at place placed in the middle, and extend from lower to upper, the airduct one head end mouth extending in wind cabin cavity is arranged to Air inlet, wind cabin cavity inner wall body bottom is horizontal to put a mesh screen, and the sidewall bodies in wind cabin cavity are Bottom locates to arrange a rotary head between two parties, and the circular openning at wind cabin one sidewall bodies bottom place placed in the middle connects conveying pipeline one Head, feed bin is connected in conveying pipeline other end, and the circular openning of wind cabin another sidewall bodies foot connects coiled strip Guan Yitou, Coiled strip pipe other end side place placed in the middle digs and wears a circular openning, and sidewall bodies of coiled strip pipe same head corresponding position are dug Wear a circular openning, screw feeder is made up of with helical blade axostylus axostyle, axostylus axostyle periphery setting helical blade, axostylus axostyle one Head passes through the circular openning at corresponding position wind cabin one sidewall bodies foot place placed in the middle, and puts in wind cabin cavity, enters One end of axostylus axostyle in wind cabin cavity embeds in the rotary head at corresponding position inner wall bottom place placed in the middle, axostylus axostyle other end Put in coiled strip pipe cavity, and extend toward other end, and this axostylus axostyle end passes through corresponding position coiled strip pipe one rostral The circular openning at face place placed in the middle, a bit of axostylus axostyle periphery that extends out is arranged to tep reel, and tep reel is connected by pull strap The rotating disk that motor is one, idea, inside the circular openning at place placed in the middle outside coiled strip Guan Yitou with corresponding position axostylus axostyle outside Pellet circle is set between enclosing, and a circular openning is dug at the downside place placed in the middle of induced-draught fan, and the diameter of circular openning with Induced-draught fan width is consistent, and exhaust duct is in cone, the circular port at place placed in the middle on the downside of one connection induced-draught fan of exhaust duct Son, exhaust duct other end connects drainage conduit one by flange, and drainage conduit other end port is arranged to discharging opening, row A circular openning, the circular port at the connection drainage conduit side place placed in the middle of connecting tube dig in expects pipe side place placed in the middle Son, the circular openning of connecting tube other end connection corresponding position coiled strip pipe side, and connecting tube and drainage conduit joint Cavity in setting one movable valve.

The invention has the beneficial effects as follows, in the embedded wind cabin upper cavity of airduct one, flow velocity is found in its powerful air draught Degree is drawn onto feed particulate material in wind cabin lower cavity in conveying pipeline, and sucks in feed particulate material and just fall One, portion in screw feeder, the helical blade that screw feeder passes through its axostylus axostyle periphery is rolled up feed particulate material outward by interior, particle Shape raw material is rolled to the convolution wind speed producing inside coiled strip pipe other end, exhaust duct and is directly sucked in connecting tube cavity Interior, and take advantage of a situation the feed particulate material in coiled strip Guan Yitou cavity is suctioned out outward.

Brief description

Fig. 1 is that the entirety of the present invention sets up figure.

Fig. 2 is that figure is set up in the local of the present invention.

Fig. 3 is the floor map of the present invention.

Wherein: 1, wind cabin；2nd, airduct；3rd, induced-draught fan；4th, tep reel；5th, motor；6th, exhaust duct；7、 Drainage conduit；8th, discharging opening；9th, connecting tube；10th, coiled strip pipe；11st, axostylus axostyle；12nd, helical blade；13、 Conveying pipeline；14th, rotary head；15th, mesh screen；16th, air inlet；

Specific embodiment

The invention will be further described below in conjunction with the accompanying drawings.

In Fig. 1, the place placed in the middle of wind cabin 1 one sidewall bodies digs and wears a circular openning, wind cabin 1 corresponding side wall Body bottom place placed in the middle digs and wears a circular openning, and the place placed in the middle of another sidewall bodies foot of wind cabin 1 digs and wears a circle Shape openning, the side of induced-draught fan 3 is located to connect airduct 2 one between two parties, and induced-draught fan 3 opposite side is located to arrange one between two parties Individual tep reel 4, and tep reel 4 connects the rotating disk of 5 one, motor by pull strap, the other end of airduct 2 embeds wind cabin The circular openning at 1 one sidewall bodies place placed in the middle, and extend from lower to upper, extend to the airduct 2 in wind cabin 1 cavity One head end mouth is arranged to air inlet 16, and wind cabin 1 cavity inner wall body bottom is horizontal to put a mesh screen 15, A sidewall bodies foot in wind cabin 1 cavity locates to arrange a rotary head 14, wind cabin 1 one sidewall bodies bottom between two parties The circular openning at place placed in the middle connects conveying pipeline 13 1, and the circular openning of another sidewall bodies foot of wind cabin 1 is even Logical coiled strip pipe 10 1, coiled strip pipe 10 other end side place placed in the middle digs and wears a circular openning, coiled strip pipe 10 One sidewall bodies of same head corresponding position are dug and are worn a circular openning, axostylus axostyle 11 periphery setting helical blade 12, axle 11 1, bar passes through the circular openning at corresponding position wind cabin 1 one sidewall bodies foot place placed in the middle, and puts in wind cabin 1 In cavity, enter 11 1 ends of axostylus axostyle in wind cabin 1 cavity and embed corresponding position inner wall bottom place placed in the middle In rotary head 14, axostylus axostyle 11 other end puts in coiled strip pipe 10 cavity, and extends toward other end, and this axle Bar 11 end passes through the circular openning at corresponding position coiled strip pipe 10 1 rostral face place placed in the middle, and extend out a bit of axle Bar 11 periphery is arranged to tep reel 4, and tep reel 4 connects the rotating disk of 5 one, motor it is noted that coiled strip by pull strap Inside the circular openning at 10 1 outsides of pipe place placed in the middle, pellet circle is set and corresponding position axostylus axostyle 11 periphery between, inhales A circular openning is dug at the downside place placed in the middle of blower fan 3, and exhaust duct 6 is in cone, and 6 one connections of exhaust duct are inhaled The circular openning at blower fan 3 downside place placed in the middle, exhaust duct 6 other end connects drainage conduit 7 one, discharge by flange Pipe 7 other end port is arranged to discharging opening 8, and a circular openning, connecting tube are dug by drainage conduit 7 side place placed in the middle The circular openning at 9 connection drainage conduit 7 side place placed in the middle, connecting tube 9 other end connection corresponding position coiled strip The circular openning of pipe 10 side, and connecting tube 9 and one moving valve of setting in the cavity of drainage conduit 7 joint Door.

Fig. 2 includes figure wind cabin 1, and screw feeder is made up of with helical blade 12 axostylus axostyle 11, and one section of the inside of screw feeder is put down And be seated in foot in wind cabin 1 cavity, and one section of the outside of screw feeder is put down and is suspended in coiled strip pipe 10 cavity, The circular openning diameter of wind cabin 1 one sidewall bodies foot is consistent with the diameter in coiled strip pipe 10 cavity, helical-blade The diameter that piece 12 launches is less than the diameter in coiled strip pipe 10 cavity.

Fig. 3 includes figure wind cabin 1 and induced-draught fan 3, and the bottom of wind cabin 1 is in v font, and wind cabin 1 is vertically mounted on The ground of corresponding position, wind cabin 1 can set up squarely or cylinder, and wind cabin 1 and induced-draught fan 3 are in parallel shape, volume Expects pipe 10 and exhaust duct 6 are in parallel shape.

Claims

1. a kind of particle conveyer, including wind cabin and induced-draught fan it is characterised in that the place placed in the middle of wind cabin one sidewall bodies Dig and wear a circular openning, the corresponding sidewall bodies bottom of wind cabin place placed in the middle digs and wears a circular openning, and wind cabin is another The place placed in the middle of one sidewall bodies foot digs and wears a circular openning, and the side of induced-draught fan is located to connect airduct one between two parties Head, induced-draught fan opposite side locates to arrange a tep reel between two parties, and tep reel connects the rotating disk of one, motor by pull strap, The other end of airduct embeds the circular openning at wind cabin one sidewall bodies place placed in the middle, and extends from lower to upper, extends to wind Airduct one head end mouth in the cavity of storehouse is arranged to air inlet, and the sidewall bodies foot place placed in the middle in wind cabin cavity sets Put a rotary head, the circular openning at wind cabin one sidewall bodies bottom place placed in the middle connects conveying pipeline one, wind cabin opposite side The circular openning connection coiled strip Guan Yitou of wall body foot, coiled strip pipe other end side place placed in the middle digs and wears a circle Openning, sidewall bodies of coiled strip pipe same head corresponding position are dug and are worn a circular openning, axostylus axostyle periphery setting helical-blade Piece, axostylus axostyle one passes through the circular openning at corresponding position wind cabin one sidewall bodies foot place placed in the middle, and it is empty to put in wind cabin In chamber, enter one end of axostylus axostyle in wind cabin cavity and embed in the rotary head at corresponding position inner wall bottom place placed in the middle, Axostylus axostyle other end puts in coiled strip pipe cavity, and extends toward other end, and this axostylus axostyle end passes through corresponding position coiled strip The circular openning at pipe one rostral face place placed in the middle, a bit of axostylus axostyle periphery that extends out is arranged to tep reel, and tep reel is by drawing Power band connects the rotating disk of one, motor, with corresponding position axostylus axostyle inside the circular openning at place placed in the middle outside coiled strip Guan Yitou Pellet circle is set between periphery, and a circular openning is dug at the downside place placed in the middle of induced-draught fan, and one connection of exhaust duct is inhaled The circular openning at place placed in the middle on the downside of blower fan, exhaust duct other end connects drainage conduit one by flange, and drainage conduit is another Head end mouth is arranged to discharging opening, and a circular openning, a connection row of connecting tube dig in drainage conduit side place placed in the middle The circular openning at expects pipe side place placed in the middle, the circular openning of connecting tube other end connection corresponding position coiled strip pipe side.

2. particle conveyer according to claim 1 is it is characterised in that wind cabin cavity inner wall body bottom is in water One mesh screen of flat-shaped storing.

3. particle conveyer according to claim 1 is it is characterised in that connecting tube and drainage conduit joint One movable valve of setting in cavity.