CN209068933U - A kind of feed drying case - Google Patents

Abstract

The utility model provides a kind of feed drying case, including cabinet and is fixed at the intracorporal heat-conducting plate of case, and cabinet is divided into hothouse and heating room by heat-conducting plate；Rotation axis is equipped in hothouse, the top of rotation axis is equipped with the first paddle, end is equipped with the second paddle, and rotation axis is driven by first motor；Top of the box is equipped with material feeding box, partition is equipped in material feeding box, material feeding box is divided into the first conveying room and the second conveying room by partition, one end connection in the first conveying ceiling portion is equipped with feed hopper, partition is equipped with the through-hole being connected to the second conveying room far from one end of feed hopper, second conveying room bottom wall is equipped with feeder pipe, and the end of feeder pipe is connected to hothouse；The first screw agitation shaft is equipped with by bearing in first conveying room, the second screw agitation shaft is equipped with by bearing in the second conveying room, the first screw agitation shaft and the second screw agitation shaft are by the second motor driven；Its structure is simple, and space occupied is small, and drying efficiency is high.

Description

A kind of feed drying case

Technical field

The utility model relates to drying box fields, more particularly to a kind of feed drying case.

Background technique

During feed processing, due to being added to part nutrient solution, and after processing forms pellet, feed granules Humidity is larger, if the biggish feed granules of humidity directly packed, it is easy to raise during the storage in later period Expect mouldy situation, while the biggish feed granules hardness of humidity is smaller, it is easy to be squeezed broken, it is therefore desirable to which feed granules exist It is dried before packaging, to avoid occurring above-mentioned phenomenon, and existing feed drying equipment is larger, space occupied is big, and ties Structure is complicated, therefore use is very inconvenient, and drying efficiency is poor.

Utility model content

In order to overcome the drawbacks of the prior art, the technical problem to be solved by the utility model is to propose that a kind of feed dries Dry case, structure is simple, and space occupied is small, and drying efficiency is high.

For this purpose, the following technical solution is employed for the utility model:

The utility model provides a kind of feed drying case, including cabinet and is fixed at the intracorporal heat-conducting plate of the case, The heat-conducting plate is obliquely installed and the cabinet is divided into hothouse and heating room, and the heating room is located under the hothouse Side, the heating is indoor to be equipped with pyrotoxin, and the hothouse side wall connection close to heat-conducting plate inclination lower end is equipped with Expects pipe；The hothouse inner fixed stand is set there are two horizontal positioned mounting rack, and the middle part of two mounting racks is fixed with Bearing block is equipped with rotation axis by the bearing block between two mounting racks, the top of the rotation axis run through be located at it is upper The mounting rack and end of side are fixedly installed with the first paddle, and the bottom of the rotation axis is through underlying described Mounting rack and end are fixedly installed with the second paddle, are fixed in the rotation axis between two mounting racks First pulley, the cabinet outside are fixedly installed with first motor, are fixedly installed with second on the output shaft of the first motor Belt wheel, second belt wheel are connect with the first pulley by belt；The top of the box is fixedly installed with material feeding box, described Material feeding box is rectangular, is fixed with partition in the material feeding box, the partition by the material feeding box be divided into the first conveying room and Second conveying room, second conveying room are located at the lower section of first conveying room, and the one end in the first conveying ceiling portion is set There is feed hopper, the feed hopper is connected to first conveying room, and the partition is equipped with through-hole far from one end of the feed hopper, First conveying room and second conveying room are connected to by the through-hole, and second conveying room bottom wall is equipped with feeder pipe, The hothouse roof is equipped with feed inlet, and the feed inlet is located at the top of first paddle, and the feed inlet and institute State feeder pipe connection；The first screw agitation shaft is equipped with by bearing in first conveying room, is led in second conveying room It crosses bearing and is equipped with the second screw agitation shaft, the same end of first screw agitation shaft and second screw agitation shaft is run through The side of the material feeding box exposes to first screw agitation shaft and second screw agitation shaft on the outside of the material feeding box End face be fixed with transmission gear, the two transmission gears intermeshings, the top of the material feeding box is fixedly mounted second The output shaft of motor and reduction gearbox, second motor is connect with the input shaft of the reduction gearbox by shaft coupling, the deceleration The output shaft of case is fixedly installed with driving gear, the transmission gear on the driving gear and first screw agitation shaft Engagement.

In the preferable technical solution of the utility model, the thermally conductive plate top surface is equipped with a plurality of heat conducting pipe, the heat conducting pipe Top sealing, bottom-open, and the heat conducting pipe is connected to the heating room, is in spherical crown shape at the top of the heat conducting pipe.

In the preferable technical solution of the utility model, heat-conducting plate inclination higher-end top surface is equipped with hot box, institute It states hot box interior bottom wall and vibrating motor is installed.

In the preferable technical solution of the utility model, the hothouse side wall connection is equipped with relief valve.

In the preferable technical solution of the utility model, the flabellum quantity of second paddle is more than first stirring The flabellum quantity of leaf.

The utility model has the following beneficial effects:

A kind of feed drying case provided by the utility model, structure is simple, the first conveying room and second of bilayer setting Conveying room, substantially reduces the space occupied of whole length direction under same conveying distance, and is equipped with and turns on the contrary First screw agitation shaft and the second screw agitation shaft can carry out the high material of humidity preliminary break up, stablize feeding；Hothouse The first paddle and the second paddle of interior setting high-speed rotation can will enter dry indoor material and adequately be broken up, Increase the drying area of material, hence it is evident that improve drying efficiency.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of the feed drying case provided in the utility model specific embodiment.

In figure:

100, cabinet；110, heat-conducting plate；120, heat conducting pipe；200, hothouse；210, discharge nozzle；220, mounting rack；230, Relief valve；300, room is heated；410, rotation axis；420, the first paddle；430, the second paddle；440, first pulley；450, First motor；460, the second belt wheel；470, belt；500, material feeding box；510, partition；520, through-hole；600, the first conveying room； 610, feed hopper；700, the second conveying room；710, feeder pipe；810, the first screw agitation shaft；820, the second screw agitation shaft； 830, transmission gear；840, the second motor；850, reduction gearbox；860, gear is driven；900, hot box；910, vibrating motor.

Specific embodiment

Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.

As shown in Figure 1, disclose a kind of feed drying case in specific embodiment of the utility model, including cabinet 100 and The heat-conducting plate 110 being fixed in the cabinet 100, it is dry that the heat-conducting plate 110, which is obliquely installed and divides the cabinet 100, Dry room 200 and heating room 300, the heating room 300 are located at 200 lower section of hothouse, are equipped with fever in the heating room 300 Source, 200 side wall of the hothouse connection close to the heat-conducting plate 110 inclination lower end are equipped with discharge nozzle 210；The hothouse 200 inner fixed stands are set there are two horizontal positioned mounting rack 220, and the middle part of two mounting racks 220 is fixed with bearing block, Rotation axis 410 is equipped with by the bearing block between two mounting racks 220, the top of the rotation axis 410, which is run through, to be located at The mounting rack 220 of top and end are fixedly installed with the first paddle 420, and the bottom of the rotation axis 410 is through being located at The mounting rack 220 of lower section and end is fixedly installed with the second paddle 430, the institute between two mounting racks 220 It states and is fixed with first pulley 440 in rotation axis 410, be fixedly installed with first motor 450 on the outside of the cabinet 100, described The second belt wheel 460 is fixedly installed on the output shaft of one motor 450, second belt wheel 460 passes through with the first pulley 440 Belt 470 connects；Material feeding box 500 is fixedly installed at the top of the cabinet 100, the material feeding box 500 is rectangular, the charging Partition 510 is fixed in case 500, the partition 510 divides the material feeding box 500 for the first conveying room 600 and the second conveying Room 700, second conveying room 700 are located at the lower section of first conveying room 600, and the one of first conveying room, 600 top End is equipped with feed hopper 610, and the feed hopper 610 is connected to first conveying room 600, and the partition 510 is far from the charging One end of bucket 610 is equipped with through-hole 520, first conveying room 600 and second conveying room 700 and is connected by the through-hole 520 Logical, second conveying room, 700 bottom wall is equipped with feeder pipe 710, and 200 roof of hothouse is equipped with feed inlet, the feed inlet Positioned at the top of first paddle 420, and the feed inlet is connected to the feeder pipe 710；First conveying room 600 It is interior that first screw agitation shaft 810 is equipped with by bearing, second spiral is equipped with by bearing in second conveying room 700 and is stirred Mix axis 820, the material feeding box 500 is run through in the same end of first screw agitation shaft 810 and second screw agitation shaft 820 Side, expose to first screw agitation shaft 810 and second screw agitation shaft 820 in 500 outside of the material feeding box End face be fixed with transmission gear 830, two transmission gears 830 are intermeshed, and the top of the material feeding box 500 is fixed Second motor 840 and reduction gearbox 850 are installed, the output shaft of second motor 840 and the input shaft of the reduction gearbox 850 pass through Shaft coupling connection, the output shaft of the reduction gearbox 850 are fixedly installed with driving gear 860, the driving gear 860 and described the The transmission gear 830 in one screw agitation shaft 810 engages.

A kind of above-mentioned feed drying case, structure is simple, first conveying room 600 and described second of bilayer setting Conveying room 700, substantially reduces the space occupied of whole length direction under same conveying distance, and it is opposite to be equipped with steering First screw agitation shaft 810 and second screw agitation shaft 820, the high material of humidity can be carried out to preliminary beat It dissipates, stable material-supplying；First paddle 420 and second paddle of setting high-speed rotation in the hothouse 200 430, the material entered in the hothouse 200 can adequately be broken up, increase the drying area of material, hence it is evident that be improved dry Dry efficiency.

Further, 110 top surface of heat-conducting plate is equipped with a plurality of heat conducting pipe 120, sealing, bottom at the top of the heat conducting pipe 120 Portion is opened wide, and the heat conducting pipe 120 is connected to the heating room 300, is in spherical crown shape at the top of the heat conducting pipe 120；It is described thermally conductive The setting of pipe 120 can increase the contact area with feed, to further increase the rate of drying of feed, improve drying efficiency； And can prevent feed from accumulating at the top of the heat conducting pipe 120 in spherical crown shape at the top of the heat conducting pipe 120, reduce the waste of feed.

Further, the heat-conducting plate 110 tilts higher-end top surface and is equipped with hot box 900, inside the hot box 900 Bottom wall is equipped with vibrating motor 910；The setting of the vibrating motor 910 can shake off the feed being attached on the heat-conducting plate 110, It prevents feed from accumulating, covering on the heat-conducting plate 110, avoids influencing the normal thermally conductive of the heat-conducting plate 110, and it is described heat-insulated The setting of case 900 is then that can protect to the vibrating motor 910, prevents 100 internal high temperature of cabinet to the vibration The influence that motor 910 works normally；It should be noted that the vibrating motor 910 is set as timing, gap starting, and it is described Hot box 900 is made of vacuum insulation panel.

Further, 200 side wall of the hothouse connection is equipped with relief valve 230；The utility model is to entrainment humidity Feed is dried, and during drying, moisture is volatilized, if discharge inevitably results in inside the hothouse 200 not in time Air pressure is excessively high and safety accident occurs, therefore the relief valve 230 is arranged；The relief valve 230 is in the drying process Closed state, the outlet of the 200 internal high temperature gas of hothouse is reduced, and when air pressure inside reaches the relief valve 230 Cracking pressure when, the relief valve 230 automatically turn on pressure release, avoid 200 air pressure inside of hothouse is excessive from causing safety Accident.

Further, the flabellum quantity of second paddle 430 is more than the flabellum quantity of first paddle 420； First paddle 420 and second paddle 430 high-speed rotation under the driving of the first motor 450, work as feed When falling from the feeder pipe 710, feed contacts with first paddle 420 and is flicked and broken up, but necessarily has portion Phase feeding material does not touch with first paddle 420 and continues the feed for falling down, and falling down can be by flabellum more Intensive second paddle 430 is flicked and is broken up, and certifiable feed is adequately broken up under the two cooperation, and it is dry to increase feed Dry area, to improve drying efficiency.

Working principle:

Starting device, the heating source heated in room 300 heats, heat passes through the heat-conducting plate 110 and described thermally conductive The hothouse 200 transmits outside pipe 120；The first motor 450 drives first paddle 420 and second paddle 430 high-speed rotations, second motor 840 drive 820 turns of first screw agitation shaft 810 and second screw agitation shaft It is dynamic；Feed, the steering of first screw agitation shaft 810 and second screw agitation shaft 820 are launched toward the feed hopper 610 On the contrary, first screw agitation shaft 810 conveys the feed in the feed hopper 610 toward 520 direction of through-hole, feed link It crosses the through-hole 520 to enter in second conveying chamber 700, under the action of the second screw agitation shaft 820 under described Expects pipe 710 enters in the hothouse 200, and feed touches first paddle 420 of high-speed rotation or described second stirs It mixes leaf 430 to be flicked and broken up, the heat conducting pipe 120, the heat-conducting plate 110 or the temperature gas of the feed and high temperature that scatter connect It touches, be able to drying, the feed after finally drying is discharged from the discharge nozzle 210.

The utility model is described with reference to the preferred embodiments, and those skilled in the art know, is not departing from this reality In the case where with novel spirit and scope, various changes or equivalence replacement can be carried out to these features and embodiment.This reality It is not limited to the particular embodiment disclosed with novel, other embodiments fallen into claims hereof all belong to In the range of the utility model protection.

Claims (5)

1. a kind of feed drying case, it is characterised in that:

Including cabinet (100) and the heat-conducting plate (110) being fixed in the cabinet (100), heat-conducting plate (110) inclination is set It sets and the cabinet (100) is divided into hothouse (200) and heats room (300), the heating room (300) is located at the drying Below room (200), pyrotoxin is equipped in the heating room (300), close to the described dry of the heat-conducting plate (110) inclination lower end Dry room (200) side wall connection is equipped with discharge nozzle (210)；Hothouse (200) inner fixed stand sets that there are two horizontal positioned peaces It shelves (220), the middle part of two mounting racks (220) is fixed with bearing block, passes through institute between two mounting racks (220) Bearing block is stated to be equipped with rotation axis (410), the top of the rotation axis (410) run through the mounting rack (220) being located above, And end is fixedly installed with the first paddle (420), the underlying mounting rack is run through in the bottom of the rotation axis (410) (220) and end is fixedly installed with the second paddle (430), the rotation axis between two mounting racks (220) (410) it is fixed on first pulley (440), is fixedly installed with first motor (450) on the outside of the cabinet (100), described the It is fixedly installed on the output shaft of one motor (450) the second belt wheel (460), second belt wheel (460) and the first pulley (440) it is connected by belt (470)；It is fixedly installed with material feeding box (500) at the top of the cabinet (100), the material feeding box (500) It is rectangular, it is fixed with partition (510) in the material feeding box (500), the partition (510) divides the material feeding box (500) For the first conveying room (600) and the second conveying room (700), second conveying room (700) is located at first conveying room (600) Lower section, one end at the top of first conveying room (600) is equipped with feed hopper (610), the feed hopper (610) and described first Conveying room (600) connection, the partition (510) are equipped with through-hole (520) far from the one end of the feed hopper (610), and described first Conveying room (600) and second conveying room (700) are connected to by the through-hole (520), second conveying room (700) bottom wall Equipped with feeder pipe (710), hothouse (200) roof is equipped with feed inlet, and the feed inlet is located at first paddle (420) top, and the feed inlet is connected to the feeder pipe (710)；It is worn in first conveying room (600) by bearing Equipped with the first screw agitation shaft (810), the second screw agitation shaft is equipped with by bearing in second conveying room (700) (820), the material feeding box is run through in the same end of first screw agitation shaft (810) and second screw agitation shaft (820) (500) side exposes to first screw agitation shaft (810) and second spiral on the outside of the material feeding box (500) The end face of agitating shaft (820) is fixed with transmission gear (830), two transmission gear (830) intermeshings, the charging The second motor (840) and reduction gearbox (850), the output shaft of second motor (840) and institute is fixedly mounted in the top of case (500) The input shaft for stating reduction gearbox (850) is connected by shaft coupling, and the output shaft of the reduction gearbox (850) is fixedly installed with driving gear (860), driving gear (860) is engaged with the transmission gear (830) on first screw agitation shaft (810).

2. a kind of feed drying case according to claim 1, it is characterised in that:

Heat-conducting plate (110) top surface is equipped with a plurality of heat conducting pipe (120), sealing, bottom-open at the top of the heat conducting pipe (120), And the heat conducting pipe (120) is connected to the heating room (300), is in spherical crown shape at the top of the heat conducting pipe (120).

3. a kind of feed drying case according to claim 1, it is characterised in that:

Heat-conducting plate (110) inclination higher-end top surface is equipped with hot box (900), hot box (900) the interior bottom wall peace Equipped with vibrating motor (910).

4. a kind of feed drying case according to claim 1, it is characterised in that:

Hothouse (200) the side wall connection is equipped with relief valve (230).

5. a kind of feed drying case according to claim 1, it is characterised in that:

The flabellum quantity of second paddle (430) is more than the flabellum quantity of first paddle (420).