CN206744426U - The automatic airing machine of sea cowry post - Google Patents

Abstract

It the utility model is related to a kind of automatic airing machine of sea cowry post, including conveying device, head, drying production line and shield；Conveying device includes input unit and output device；Output device includes frame II and conveyer belt V；Head includes head frame, conveyer belt II, conveyer belt III, conveyer belt IV, pulley, travel switch and baffle plate；Drying production line includes frame III, drive part, secondary part, drying gauze, laser-correlation sensor and slide plate；Drying gauze includes drying gauze I, dries gauze II, dries gauze III and dry gauze IV, and is set into staged；Dry gauze top and be provided with shield；Drying gauze involved by the utility model has permeability, and dries production line staged, can realize automatic transport and the drying of sea cowry post, improves the efficiency that sea cowry post dries, reduces the labor intensity manually dried.

Description

The automatic airing machine of sea cowry post

Technical field

A kind of automatic airing machine of sea cowry post is the utility model is related to, belongs to drying machinery application field.

Background technology

Scallop has higher nutritive value and medical value, and the dried product of its closed shell flesh is commonly called as dried scallop post, is that China passes One of " the extra large eight delicacies " of system, is loved by consumers.The drying of sea cowry post is still dried in the air naturally in most area with traditional at present Manual type is wanted based on solarization, drying means falls behind and production efficiency has lowly become restriction sea cowry post dried product and further developed Serious problems.The appearance that sea cowry post dries machinery reduces the labor intensity manually dried, substantially increases drying in the air for sea cowry post Shine efficiency, but due to sea cowry post dry production line be large area multistage dry, it is necessary to manually observation and controlled motor switch, effect Rate is lower.The Automated condtrol of sea cowry post can effectively solve the problem that Current mechanicalization dries the problem of sea cowry column efficiency is low.

The content of the invention

The deficiency of machinery is dried for above-mentioned sea cowry post, the utility model provides a kind of automatic airing machine of sea cowry post.

The utility model is achieved through the following technical solutions：

A kind of automatic airing machine of sea cowry post, including conveying device, head, drying production line and shield.

Described conveying device includes input unit and output device, and the input unit includes frame I and conveyer belt I； The output device includes frame II and conveyer belt V.The frame I and frame II is that equal length is placed side by side on the ground；Institute State conveyer belt I to be fixed on frame I, wet sea cowry post is delivered to drying production line and carries out drying operation by the conveyer belt I；Institute State frame II to be located between input unit and drying production line, for placing conveyer belt V, conveyer belt V finishes for collecting drying Sea cowry post.

The head includes head frame, conveyer belt II, conveyer belt III, conveyer belt IV, pulley, travel switch and baffle plate. The head frame is the overall structure framework of head, for supporting the other parts of head；The head rack inclining is arranged on On frame I and positioned at conveyer belt I top；The conveyer belt II ends are inclined upwardly in head frame, the conveying With the plate that flexible material is vertically provided with II；The conveyer belt III is arranged on the lower section of conveyer belt II terminal positions, sea cowry post Dropped down onto by conveyer belt II terminal positions on conveyer belt III；The conveyer belt IV is fixed on frame II；The pulley is arranged on machine Head frame both sides, positioned at conveyer belt II lower section；Frame I is provided with mobilizable pulley, and head frame is arranged on pulley, sliding Motor is provided with wheel, pulley slip band motivation head frame slides back and forth on frame I；The travel switch is arranged on head frame Downside, to detect the position where head frame；The baffle plate is arranged in head frame and positioned at a conveyer belt III left side Side is splashed down to prevent sea cowry post.When head works, the sea cowry post from conveyer belt I is dialled and drops down onto conveyer belt III by conveyer belt II, conveys Sea cowry post is delivered to conveyer belt IV by band III, and sea cowry post is delivered to drying production line by conveyer belt IV.

It is described drying production line include frame III, drive part, secondary part, dry gauze, laser-correlation sensor and Slide plate.The frame III is the overall structure framework that sea cowry post dries machinery, and described frame III head ends are close to frame II And it is vertically arranged with frame II；The drive part includes live axle, driving rolling bearing units, drive sprocket, the middle branch of driving Support wheel and motor and reductor；The driving rolling bearing units are welded on frame III, to drive the rotation of live axle；It is described Live axle is arranged on driving rolling bearing units on the right side of drive belt seat bearing；The motor and reductor are arranged on driving wheel The right side of axle, to provide power；Live axle is each side provided with a drive sprocket, and the drive sprocket is to band Dynamic chain movement；Multiple described driving intermediate supports wheels are installed on live axle between two drive sprockets.It is described driven Part includes follower shaft, driven rolling bearing units, driven sprocket and driven intermediate supports wheel, and the driven rolling bearing units are welded on On frame III, to realize the rotation for supporting follower shaft；The driven rolling bearing units are two, described follower shaft or so two End is separately mounted on two driven rolling bearing units；Follower shaft both sides are respectively installed by one driven sprocket；Two on follower shaft Multiple driven intermediate supports wheels are uniformly installed between driven sprocket；Drive sprocket is connected with driven sprocket by chain；Driving Intermediate supports wheel and driven intermediate supports wheel, which are used to support, dries gauze；A drive is respectively correspondingly provided with before and after each layer of drying gauze Dynamic part and secondary part, for driving every layer to dry gauze motion；The chain is provided with perforated steel plate will dry yarn Net is fixed on chain, and the drive sprocket rotation drives chain movement, and chain-driving dries gauze motion；The drying gauze Including drying gauze I, drying gauze II, dry gauze III and dry gauze IV, it is in ladder to dry gauze I and dry gauze II Relation, it is the first ladder to dry gauze I, and it is the second ladder to dry gauze II；Gauze III is dried to be the 3rd ladder and be located at drying Gauze II underfaces, dry gauze IV and be fourth order ladder and be located at below drying gauze I；The laser-correlation sensor is arranged on Dry on the frame III above gauze I, laser-correlation sensor is close to dry gauze I upper surfaces；The laser-correlation sensor To detect the end whether sea cowry post reaches drying gauze I；The slide plate is arranged on the rear end for drying gauze II, and sea cowry post leads to Cross slide plate and slid from gauze II is dried to gauze III is dried, it is in ladder to dry gauze III with drying gauze IV, and sea cowry post is from height Ladder dries gauze III and drops down onto low order ladder drying gauze IV.Motor and reductor drive each drive sprocket rotation, drive sprocket Drive chain and dry gauze motion, while chain-driving driven sprocket rotates, the effect of secondary part is process auxiliary drive part Motion make motion more steady.

The drying gauze top is provided with shield, to block sleet and pollutant, ensures the drying of sea cowry post not by day The restriction of gas bar part.

Preferably, dry production line and be set to a plurality of, a plurality of drying equidistant side by side parallel of production line is distributed in conveyer belt IV Side.Each bar conveyer belt is driven by corresponding motor and reductor and rotated.

In use, pulley driving head is walked on frame I, when travel switch detects head and first drying production When line aligns, the motor control pulley in pulley is stopped operating, and motor and reductor are started working, and sea cowry post is transported by conveyer belt I Transport to conveyer belt IV；Motor and reductor, which drive, dries gauze I work, and sea cowry post starts to lay from head end on gauze I is dried To end, when sea cowry post is when laying finishes on drying gauze I, the laser-correlation sensor installed in drying gauze I ends is examined Sea cowry post is measured, signal is passed to laser-correlation sensor into motor and reductor is stopped, while sensor sends out signal Give travel switch；Then the motor on head and reductor are stopped, and pulley, which is started working, drives head to walk forward.With This sea cowry post analogized on the drying gauze I of a plurality of drying production line, which is all laid, to be finished.Now travel switch control head returns To first drying streamline, while head is stopped, now the drying gauze I of first drying streamline and drying gauze II starts working, and dries the sea cowry post dried on gauze I and drops down onto drying gauze II, when the sea cowry post for drying gauze I is whole Drop down onto and dry gauze II and dry gauze II and be paved with sea cowry post constantly, now laser-correlation sensor detects that drying gauze I does not have There is sea cowry post, now the motor on head and reductor start-up operation sea cowry post are paved with again dries gauze I, now laser-correlation Sensor detects sea cowry post, and the motor and reductor on head are stopped while signal are transmitted into travel switch, and head stops Only work, pulley, which is started working, drives head to walk forward.The a plurality of sea dried on gauze II for drying production line by that analogy Bei Zhu lays and finished, and now travel switch control head is back to first drying streamline, while head is stopped, and dries in the air Shine gauze I and dry gauze II and start simultaneously at work, the sea cowry post for now drying drying a period of time on gauze II passes through slide plate Drop down onto and dry gauze III, dry gauze III and be paved with, the sea cowry post for drying drying a period of time on gauze I drops down onto drying gauze II, now laser-correlation sensor can't detect sea cowry post dry production line on motor and reductor be stopped, simultaneously will Information transmission is to travel switch, and travel switch control head starts to lay sea cowry post, when laser-correlation sensor detects sea cowry During post, drying gauze I-III of first streamline is all paved with sea cowry post.Now head is stopped, pulley driving head Running to Article 2 streamline, every drying gauze I-III for drying production line is all paved with sea cowry post by that analogy.Now slide Wheel belt motivation head runs to first streamline, and first motor for drying production line and reductor are started working, and dry gauze Sea cowry post on III, which drops down onto, dries gauze IV, dries the sea cowry post on gauze II and drops down onto drying gauze III, dries on gauze I Sea cowry post drops down onto airing net II, and now laser-correlation sensor can't detect sea cowry post, and head, which is started working, will dry gauze I pavings Expire sea cowry post, now drying gauze I-IV on first production line is all paved with sea cowry post.Now pulley driving head travels Production line is dried to Article 2 drying gauze I-IV on Article 2 drying production line is all paved with sea cowry post, by that analogy Drying gauze I-IV on a plurality of drying production line is all paved with sea cowry post.When the sea cowry post dried on gauze I-IV has dried Bi Hou, dries the motor on production line and reductor starts simultaneously at work sea cowry post is sent into conveyer belt V and collects.

The utility model has following beneficial effect：

The gauze that drying production line involved by the utility model uses has permeability, improves the effect of sea cowry post drying Rate.

Drying production line involved by the utility model is Chain conveyer, stable drive, suitable for long-distance sand transport, Neng Goufang Only skidding.

Drying production line staged involved by the utility model, automatic transport and the drying of sea cowry post can be realized, improved The efficiency that sea cowry post dries, reduces the labor intensity manually dried.

Shield involved by the utility model, ensure that machinery can also be produced in sleety weather, not by weather conditions Restrict.

Brief description of the drawings

Fig. 1 is complete machine structure schematic diagram；

Fig. 2 is complete machine partial enlarged drawing；

Fig. 3 is handpiece structure schematic diagram；

Fig. 4 is that wall scroll dries production line structural representation；

Fig. 5 is that wall scroll dries laser-correlation Sensor section partial enlarged drawing；

Fig. 6 is that wall scroll dries production line drive part partial enlarged drawing；

Fig. 7 is that wall scroll dries production line drive part structural representation；

Fig. 8 is that wall scroll dries production line secondary part and skateboard schematic diagram；

In figure：1 conveying device, 2 heads, 3 dry production line, 4 motors and reductor, and 5 frames, 1.1 conveyer belt I, 1.2 is defeated Send the band conveyer belt of II, 1.3 conveyer belt III, 1.4 IV, 1.5 conveyer belt V, 2.1 pulleys, 2.2 travel switches, 2.3 baffle plates, 2.4 machines Head frame, 3.1 dry gauze I, and 3.2 dry gauze II, and 3.3 dry gauze III, and 3.4 dry gauze IV, and 3.5 slide plates, 3.6 swash Light opposite type sensor, 3.7 chains, 3.8 drive part 3.8.1 driving rolling bearing units, 3.8.2 drive sprockets, 3.8.3 drivings are middle Support wheel, 3.8.4 live axles, the 3.9 driven rolling bearing units of secondary part 3.9.1,3.9.2 driven sprockets, the driven centres of 3.9.3 Support wheel, the motor of 3.9.4 follower shafts 4.1 and the motors of reductor I 4.2 and the motors of reductor II 4.3 and reductor III 4.4 Motor and the motors of reductor IV 4.5 and the motors of reductor V 4.6 and the motors of reductor VI 4.7 and the frames of reductor VII 5.1 I, 5.2 frame II, 5.3 frame III, 6 shields.

Embodiment

The utility model is further described 1-8 with reference to the accompanying drawings：

Sea cowry post dries machinery, including conveying device 1, head 2, drying production line 3 and shield 6 automatically.

Described conveying device 1 includes input unit and output device, and the input unit includes frame I5.1, conveyer belt I1.1, the output device include frame II5.2 and conveyer belt V1.5.The frame I5.1 and frame II5.2 be equal length simultaneously Discharge is put on the ground；The conveyer belt I1.1 is fixed on frame I5.1, and the conveyer belt I1.1 conveys wet sea cowry post Drying operation is carried out to production line 3 is dried；Between the frame II5.2 is located at input unit and dries production line 3, for placing Conveyer belt V1.5, conveyer belt V1.5 are used to collect the sea cowry post for drying and finishing.

The head includes the frame 2.4 of head 2, conveyer belt II1.2, conveyer belt III1.3, conveyer belt IV1.4, pulley 2.1st, travel switch 2.2 and baffle plate 2.3.The head frame 2.4 be head 2 overall structure framework, the head frame 2.4 It is tiltedly mounted on frame I5.1 and positioned at conveyer belt I1.1 top；The conveyer belt II1.2 ends, which are inclined upwardly, to be arranged on In head frame 2.4, the plate of flexible material is vertically provided with the conveyer belt II1.2；The conveyer belt III1.3 is arranged on The lower section of conveyer belt II1.2 terminal positions, sea cowry post are dropped down onto on conveyer belt III1.3 by conveyer belt II1.2 terminal positions；It is described Conveyer belt IV1.4 is fixed on frame II5.2；The pulley 2.1 is arranged on the both sides of head frame 2.4, positioned at conveyer belt II1.2 Lower section；Frame I5.1 is provided with mobilizable pulley 2.1, and head frame 2.4 is arranged on pulley 2.1, is provided with pulley 2.1 Motor, the slip band motivation head frame 2.4 of pulley 2.1 slide back and forth on frame I5.1；The travel switch 2.2 is arranged on head The downside of frame 2.4, to detect the position where whole head frame 2.4；The baffle plate is arranged in head frame 2.4 And splashed down positioned at conveyer belt III 1.3 left side to prevent sea cowry post.When head 2 works, conveyer belt II1.2 will come from conveyer belt I1.1 sea cowry post, which is dialled, drops down onto conveyer belt III1.3, and sea cowry post is delivered to conveyer belt IV1.4, conveyer belt by conveyer belt III1.3 Sea cowry post is delivered to drying production line by IV1.4.

The drying production line 3 includes frame III5.3, drive part 3.8, secondary part 3.9, drying gauze, laser pair Penetrate sensor 3.6, chain 3.7 and slide plate 3.5.The frame III5.3 is that sea cowry post dries mechanical overall structure framework, institute The frame III5.3 head ends stated are close to frame II5.2 and are vertically arranged with frame II5.2；The drive part 3.8 includes driving Axis of a movable block 3.8.4, driving rolling bearing units 3.8.1, drive sprocket 3.8.2, driving intermediate supports wheel 3.8.3 and motor and deceleration Machine.The driving rolling bearing units 3.8.1 is welded on frame III5.3, to drive live axle 3.8.4 rotation；The driving Wheel shaft 3.8.4 is arranged on driving rolling bearing units 3.8.1 on the right side of drive belt seat bearing 3.8.1；The motor and reductor Installed in live axle 3.8.4 right side, to provide power；Live axle 3.8.4 is each side provided with a driving Sprocket wheel 3.8.2, the drive sprocket 3.8.2 are driving chain 3.7 to move；Upper two drive sprockets of live axle 3.8.4 Multiple described driving intermediate supports wheel 3.8.3 are installed between 3.8.2.The secondary part include follower shaft 3.9.4, from Dynamic rolling bearing units 3.9.1, driven sprocket 3.9.2 and driven intermediate supports wheel 3.9.3, the driven rolling bearing units 3.9.1 welding On frame III5.3, to realize support follower shaft 3.9.4 rotation；The driven rolling bearing units 3.9.1 is two, described Follower shaft 3.9.4 left and right ends are separately mounted on two driven rolling bearing units 3.9.1；Follower shaft 3.9.4 respectively pacifies both sides Fill a driven sprocket 3.9.2；Uniformly be provided between the upper two driven sprocket 3.9.2 of follower shaft 3.9.4 it is multiple it is driven in Between support wheel 3.9.3；Drive sprocket 3.8.2 and driven sprocket 3.9.2 are connected by chain 3.7；Drive intermediate supports wheel 3.8.3 It is used to support with driven intermediate supports wheel 3.9.3 and dries gauze；A drive division is respectively correspondingly provided with before and after each layer of drying gauze Divide 3.8 and secondary part 3.9, for driving every layer to dry gauze motion；The chain 3.7 is provided with perforated steel plate to pass through Iron wire is fixed on gauze is dried on chain 3.7, and the drive sprocket 3.8.2 rotations drive chain 3.7 to move, chain 3.7 drive drying gauze motion；The drying gauze includes drying gauze I3.1, dries gauze II3.2, dries gauze III3.3 It is in ladder relation with gauze IV3.4, drying gauze I3.1 and drying gauze II3.2 is dried, it is the first ladder to dry gauze I3.1, It is the second ladder to dry gauze II3.2；Dry gauze III3.3 to be the 3rd ladder and be located at immediately below drying gauze II3.2, dry in the air Gauze IV3.4 is shone to be fourth order ladder and be located at below drying gauze I3.1；The laser-correlation sensor 3.6 is arranged on frame Positioned at the upper surface for drying gauze I3.1 for drying above gauze I3.1 and being close to, the laser-correlation sensor on III5.3 Whether 3.6 reach detecting sea cowry post and dry gauze I3.1 end；The slide plate 3.5, which is arranged on, dries gauze II3.2's Rear end, sea cowry post are slid to gauze III3.3 is dried by slide plate 3.5 from gauze II3.2 is dried, and dry gauze III3.3 with drying in the air It is in ladder to shine gauze IV3.4, and sea cowry post dries gauze III3.3 from high ladder and drops down onto low order ladder drying gauze IV3.4.Motor and Reductor drives each drive sprocket 3.8.2 rotations, and drive sprocket 3.8.2 drives chain 3.7 and dries gauze motion, while chain Bar 3.7 drives driven sprocket 3.9.2 rotation, and the effect of secondary part 3.9 is that the motion of process auxiliary drive part 3.8 makes motion more Steadily.

The drying gauze top is provided with shield 6, to block sleet and pollutant, ensures the drying of sea cowry post not by day The restriction of gas bar part.

In the utility model, drying production line 3 can be set to a plurality of, and a plurality of drying production line 3 is vertical with frame II5.2 etc. Spacing is distributed side by side.Each bar conveyer belt is driven by corresponding motor and reductor and rotated；Pulley 2.1 drives head 2 in frame Walked on I5.1, when travel switch 2.2 detects head 2 and first dries the alignment of production line 3, the motor in pulley 2.1 Control pulley 2.1 is stopped operating, and motor and reductor are started working, and sea cowry post is transported to conveyer belt IV1.4 by conveyer belt I1.1； Motor and reductor, which drive, dries gauze I3.1 work, and sea cowry post starts to lay to end from head end on gauze I3.1 is dried, When sea cowry post is when laying finishes on drying gauze I3.1, installed in the laser-correlation sensor 3.6 for drying gauze I3.1 ends Sea cowry post is detected, signal is passed to laser-correlation sensor 3.6 into motor and reductor is stopped, while laser-correlation passes Sensor 3.6 sends a signal to travel switch 2.2；Then the motor on head 2 and reductor are stopped, and pulley 2.1 starts Work drives head 2 to walk forward.The sea cowry post on a plurality of drying gauze I3.1 for drying production line has all been laid by that analogy Finish.Now travel switch 2.2 controls head 2 to be back to first drying streamline 3, while head 2 is stopped, and now first Bar dries the drying gauze I3.1 of streamline 3 and dries gauze II3.2 and starts working, and dries the sea dried on gauze I3.1 Bei Zhu, which is dropped down onto, dries gauze II3.2, and gauze is dried when the sea cowry post for drying gauze I3.1 all drops down onto drying gauze II3.2 II3.2 is paved with sea cowry post constantly, and now laser-correlation sensor 3.6 detects that drying gauze I3.1 does not have sea cowry post, this opportunity Motor and reductor start-up operation sea cowry post on first 2 are paved with again dries gauze I3.1, and now laser-correlation sensor 3.6 is examined Measure sea cowry post, the motor and reductor on head 2 are stopped while signal are transmitted into travel switch 2.2, and head 2 stops work Make, pulley 2.1, which is started working, drives head 2 to walk forward.By that analogy on a plurality of drying gauze II3.2 for drying production line Sea cowry post, which is all laid, to be finished, and now travel switch 2.2 controls head 2 to be back to first drying streamline 3, while head 2 stops Only work, dry gauze I3.1 and drying gauze II3.2 starts simultaneously at work, when now drying one section on drying gauze II3.2 Between sea cowry post dropped down onto by slide plate 3.5 and dry gauze III3.3, dry gauze III3.3 and be paved with, dry and dried on gauze I3.1 The sea cowry post of a period of time, which drops down onto, dries gauze II3.2, and now laser-correlation sensor 3.6 can't detect sea cowry post and dry production Motor and reductor on line 3 are stopped, while pass information to travel switch 2.2, and travel switch 2.2 controls head 2 Start to lay sea cowry post, when laser-correlation sensor 3.6 detects sea cowry post, the drying gauze I of first streamline- III3.1-3.3 is all paved with sea cowry post.Now head 2 is stopped, and pulley 2.1 drives head 2 to run to Article 2 flowing water Every drying gauze I-III3.1-3.3 for drying production line is all paved with sea cowry post to line by that analogy.The now band of pulley 2.1 Motivation first 2 runs to first streamline, and first motor for drying production line and reductor are started working, and dry gauze Sea cowry post on III3.3, which drops down onto, dries gauze IV3.4, dries the sea cowry post on gauze II3.2 and drops down onto drying gauze III3.3, The sea cowry post dried on gauze I3.1 drops down onto airing net II3.2, and now laser-correlation sensor 3.6 can't detect sea cowry post, machine First 2 start working is paved with sea cowry post by drying gauze I3.1, now drying gauze I-IV3.1-3.4 on first production line All it is paved with sea cowry post.Now pulley 2.1 drives head 2 to travel to Article 2 and dries production line by Article 2 drying production line Drying gauze I-IV3.1-3.4 all be paved with sea cowry post, by that analogy it is a plurality of dry production line on drying gauze I- IV3.1-3.4 is all paved with sea cowry post.After drying the sea cowry post on gauze I-IV3.1-3.4 and drying, production is dried Motor and reductor on line, which start simultaneously at work sea cowry post are sent into conveyer belt V1.5, to be collected.

Sea cowry post involved by this programme dries the drying efficiency that mechanical energy greatly improves sea cowry post automatically, has saved a large amount of Manpower and materials so that automatic field is stepped into the drying operation of sea cowry post.

Claims (2)

1. a kind of automatic airing machine of sea cowry post, it is characterised in that including conveying device, head, dry production line and shield；

Described conveying device includes input unit and output device, and the input unit includes frame I and conveyer belt I；It is described Output device includes frame II and conveyer belt V；The frame I and frame II is that equal length is placed side by side on the ground；It is described defeated Band I is sent to be fixed on frame I, wet sea cowry post is delivered to drying production line and carries out drying operation by the conveyer belt I；The machine Between frame II is located at input unit and dries production line, for placing conveyer belt V, conveyer belt V is used to collect the sea for drying and finishing Bei Zhu；

The head includes head frame, conveyer belt II, conveyer belt III, conveyer belt IV, pulley, travel switch and baffle plate；It is described Head frame is the overall structure framework of head, for supporting the other parts of head；The head rack inclining is arranged on frame I Top upper and positioned at conveyer belt I；The conveyer belt II ends are inclined upwardly in head frame, on the conveyer belt II The vertical plate for being provided with flexible material；The conveyer belt III is arranged on the lower section of conveyer belt II terminal positions, and sea cowry post is by conveying Band II terminal positions are dropped down onto on conveyer belt III；The conveyer belt IV is fixed on frame II；The pulley is arranged on head frame Both sides, positioned at conveyer belt II lower section；Frame I is provided with mobilizable pulley, and head frame is arranged on pulley, set in pulley There is motor, pulley slip band motivation head frame slides back and forth on frame I；The travel switch is arranged under head frame Side, to detect the position where head frame；The baffle plate be arranged on head frame on and positioned at conveyer belt III left side with Anti- sea cowry post splashes down；When head works, the sea cowry post from conveyer belt I is dialled and drops down onto conveyer belt III, conveyer belt by conveyer belt II Sea cowry post is delivered to conveyer belt IV by III, and sea cowry post is delivered to drying production line by conveyer belt IV；

The drying production line includes frame III, drive part, secondary part, drying gauze, laser-correlation sensor and cunning Plate；The frame III is the overall structure framework that sea cowry post dries machinery, and described frame III head ends are close to frame II simultaneously It is vertically arranged with frame II；The drive part includes live axle, driving rolling bearing units, drive sprocket, driving intermediate supports Wheel and motor and reductor；The driving rolling bearing units are welded on frame III, to drive the rotation of live axle；The drive The axis of a movable block is arranged on driving rolling bearing units on the right side of drive belt seat bearing；The motor and reductor are arranged on live axle Right side, to provide power；Live axle is each side provided with a drive sprocket, and the drive sprocket is driving Chain movement；Multiple described driving intermediate supports wheels are installed on live axle between two drive sprockets；The follower Dividing includes follower shaft, driven rolling bearing units, driven sprocket and driven intermediate supports wheel；The driven rolling bearing units are welded on machine On frame III, to realize the rotation for supporting follower shaft；The driven rolling bearing units are two, the follower shaft left and right ends It is separately mounted on two driven rolling bearing units；Follower shaft both sides are respectively installed by one driven sprocket；On follower shaft two from Multiple driven intermediate supports wheels are uniformly installed between movable sprocket；Drive sprocket is connected with driven sprocket by chain；In driving Between support wheel and driven intermediate supports wheel be used to support and dry gauze；A driving is respectively correspondingly provided with before and after each layer of drying gauze Part and secondary part, for driving every layer to dry gauze motion；The drying gauze is fixed on chain, drive sprocket rotation Chain movement is driven, chain-driving dries gauze motion；The drying gauze includes drying gauze I, dries gauze II, dries yarn Net III and dry gauze IV, it is in ladder relation to dry gauze I and dry gauze II, and it is the first ladder to dry gauze I, dries yarn Net II is the second ladder；Dry gauze III and be the 3rd ladder and be located at immediately below drying gauze II that it is the 4th to dry gauze IV Ladder is simultaneously located at below drying gauze I；The laser-correlation sensor is arranged on the frame III dried above gauze I, laser Opposite type sensor is close to dry gauze I upper surfaces；The laser-correlation sensor is detecting whether sea cowry post reaches drying yarn Net I end；The slide plate is arranged on the rear end for drying gauze II, and sea cowry post is slid to drying by slide plate from gauze II is dried Gauze III, it is in ladder to dry gauze III with drying gauze IV, and sea cowry post drops down onto low order ladder from high ladder drying gauze III and dried Gauze IV；Motor and reductor drive each drive sprocket rotation, and drive sprocket drives chain and dries gauze motion, while chain Bar drives driven sprocket rotation；

The drying gauze top is provided with shield, to block sleet and pollutant.

A kind of 2. automatic airing machine of sea cowry post as claimed in claim 1, it is characterised in that described drying production line be it is a plurality of, The a plurality of drying equidistant side by side parallel of production line is distributed in conveyer belt IV sides.