CN208333159U

CN208333159U - cooling device

Info

Publication number: CN208333159U
Application number: CN201820510666.5U
Authority: CN
Inventors: 吴清源
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-04-11
Filing date: 2018-04-11
Publication date: 2019-01-04
Anticipated expiration: 2028-04-11

Abstract

The utility model relates to material production devices, disclose a kind of cooling device, including shell, the cooling chamber of setting inside the housing, the interlayer passed through between cooling chamber and shell with Cooling Water, outer casing underpart has the inlet air plenum communicated with cooling chamber, inlet air plenum is equipped with blast pipe, air-introduced machine is connected on blast pipe, shell is equipped with motor, is equipped with agitating shaft in cooling chamber, agitating shaft is equipped with stirring strut, the rotation of motor driven agitating shaft.The utility model good cooling results, and it is high-efficient, the setting of inlet air plenum can ensure that cold wind can enter cooling chamber from each corner of the bottom of cooling chamber, so that material can be contacted with cold wind, improve cooling effect and cooling time.

Description

Cooling device

Technical field

The utility model relates to material production devices, more particularly to a kind of cooling device.

Background technique

Existing many materials (such as plastic grain, granular flavouring etc.) are cooled down after heat drying It packs again.And existing cooling device generally uses sink to be cooled down, cooling effect is bad, and inefficient, occupies more Space.

Summary of the invention

The utility model is mentioned for the shortcomings that hot wind cannot contact with all materials, cause uneven drying in the prior art It has supplied one kind hot wind can be made to contact as far as possible with material, has improved the cooling device of drying effect.

In order to solve the above-mentioned technical problem, the utility model is addressed by following technical proposals:

Cooling device has Cooling Water including shell, the cooling chamber of setting inside the housing between cooling chamber and shell By interlayer, outer casing underpart has the inlet air plenum that communicates with cooling chamber, and inlet air plenum is equipped with blast pipe, is connected on blast pipe Air-introduced machine, shell are equipped with motor, and agitating shaft is equipped in cooling chamber, and agitating shaft is equipped with stirring strut, motor driven agitating shaft Rotation.

Preferably, further including water circle device, water circle device includes cyclic water tank, water circulating pump, covers outside shell Annular conduit, shell upper is equipped with the overflow groove of annular, and the top of overflow groove is equipped with the inlet opening communicated with annular conduit, overflows The apopore communicated with interlayer is equipped on sink positioned at the side wall of shell, cyclic water tank is communicated with annular conduit, cyclic water tank It is communicated with interlayer.

Preferably, the trapezoidal structure in the longitudinal section of overflow groove.

Preferably, cooling chamber bottom end is equipped with discharge bucket, a plurality of slits for ventilation are evenly equipped on discharge bucket.

Preferably, further include the discharging device of setting bottom inside the shell, discharging device include communicated with shell it is defeated Expects pipe, the spiral handspike being arranged in conveying pipeline, the feeder motor that conveying pipeline side is set, the output shaft and spiral shell of feeder motor Revolve push rod connection.

Preferably, water circle device further includes being spirally wound on agitating shaft, stirring the branching pipe on strut, branching pipe Water inlet end and water outlet connect with cyclic water tank.

The utility model is due to using above technical scheme, with significant technical effect:

In use, material is poured into cooling chamber, cold wind enters in cooling chamber from inlet air plenum cools down material, gas It is discharged by exhaust pipe.Cold water enters interlayer and cools down to the indoor water of cooling.Cold water is enterprising in agitating shaft and stirring strut Row circulation, can be improved cooling effect and cooling efficiency.After the completion of cooling, opens slot and carry out blanking, material is in discharging device Further cooling, cooling effect is preferable.The setting of inlet air plenum can ensure that cold wind can be from each corner of the bottom of cooling chamber Into cooling chamber, so that material can be contacted with cold wind, cooling effect and cooling time are improved.It is small in size, it occupies little space.

Cyclone separator, which is arranged, to purify the air being discharged by exhaust pipe, and can save material.

Detailed description of the invention

Fig. 1 is the utility model embodiment structure chart.

Fig. 2 is the sectional structure chart of the utility model embodiment annular conduit, overflow groove.

The toponym that each number designation is referred in attached drawing is as follows: wherein 1-shell, 2-cooling chambers, 3-interlayers, 4-discharge buckets, 5-plates, 6-stirring struts, 7-motors, 8-agitating shafts, 9-bungs, 10-exhaust pipes, 11-ventilation valves Door, 12-blast pipes, 13-conveying pipelines, 14-spiral handspikes, 15-feeder motors, 16-racks, 17-inlet air plenums, 18-are drawn Blower, 19-cyclone separators, 20-filter cylinders, 21-cyclic water tanks, 22-water circulating pumps, 23-annular conduits, 24-Zhi Shui Pipe, 25-overflow grooves, 26-inlet openings, 27-apopores, the 28-the first outlet pipe, the 29-the first water inlet pipe, 30-the second go out Water pipe, the 31-the second water inlet pipe.

Specific embodiment

The utility model is described in further detail with embodiment with reference to the accompanying drawing.

Embodiment

Cooling device, as shown in Figure 1, 2, including shell 1, water circle device, cyclone separator 19, filter cylinder 20, setting exist The discharging device of bottom in shell 1, the rack 16 for being used to support shell 1.

Cooling chamber 2 is equipped with inside shell 1, the interlayer 3 passed through between cooling chamber 2 and shell 1 with Cooling Water.Cooling chamber 2 bottom ends are equipped with discharge bucket 4 funnel-shaped, and discharge bucket 4 is equipped with discharge port.2 top of cooling chamber is equipped with bung 9, sets on bung 9 There is exhaust pipe 10, exhaust pipe 10 is equipped with Ventilating valve 11.4 bottom end of discharge bucket is equipped with slot, is plugged on discharge port by slot There is the plate 5 for sealing discharge port.A plurality of slits for ventilation are evenly equipped on discharge bucket 4, slot.

Bung 9 is equipped with motor 7, is equipped with agitating shaft 8 in cooling chamber 2, motor 7 connect with agitating shaft 8, sets on agitating shaft 8 There is stirring strut 6, motor 7 drives agitating shaft 8 to rotate, and 8 top of agitating shaft is connect with cooling chamber 2 by bearing.Cooling chamber 2 is cold When but with discharging, motor 7 works, and improves cooling effect, can prevent mixture agglomeration or accumulation convenient for discharging, improve discharging Speed.

1 lower part of shell has the inlet air plenum 17 communicated with cooling chamber 2 by slit, and inlet air plenum 17 is equipped with blast pipe 12, Air-introduced machine 18 is connected on blast pipe 12.Air-introduced machine 18 by extraneous cold wind through inlet air plenum 17 flow in cooling chamber 2 to material into Row cooling.After air-introduced machine 18 introduces cold wind in inlet air plenum 17, because having biggish pressure between inlet air plenum 17 and cooling chamber 2 Difference, therefore cold wind can enter cooling chamber 2 by slit, and the gap between material and material is fled, and has to material thin The effect of anti-caking is dissipated, and can accelerate to cool down, improves cooling efficiency.The setting of inlet air plenum 17 can enable cold wind from cooling chamber 2 Bottom enter cooling chamber 2, incoming air area is big, it is ensured that the material in cooling chamber 2 is contacted with cold wind, improve cooling effect.Object Material is graininess, is not easy to fall into inlet air plenum 17 from slit, is also not easy to be stuck in diameter itself, material under the action of blower 2 In slit.

It is equipped with window with 5 corresponding position of plate on shell 1, window is closed by window, after the completion of cooling, openable window Door removes plate 5 by window, carries out blanking.

Discharging device include the conveying pipeline 13 communicated with shell 1, the spiral handspike 14 being arranged in conveying pipeline 13, setting exist The feeder motor 15 of 13 side of conveying pipeline, conveying pipeline 13 are located at below discharge port, the output shaft and spiral handspike of feeder motor 15 14 connections.1 lower part of shell is equipped with discharge hole, and conveying pipeline 13 is pierced by discharge hole.Material pushes out through spiral handspike 14 when discharging, In conveying pipeline, conveying pipeline communicates material with inlet air plenum 17, therefore can also further progress cooling.Inlet air plenum 17 and conveying pipeline phase It is logical.

The air inlet of cyclone separator 19 is connect with exhaust pipe 10, and the gas outlet of cyclone separator 19 passes through air hose and filter cylinder 20 connections, filter cylinder 20 is interior to be equipped with filter core, and filter cylinder 20 communicates with the outside world.The cold wind being discharged into exhaust pipe 10 has the materials such as material, Air-introduced machine 18 works, and the cold wind for flowing through cooling chamber 2 enters cyclone separator 19, the materials such as material in cold air by exhaust pipe 10 It is deposited in 19 bottom of cyclone separator, air discharge.The setting of filter cylinder 20 further can cross material remaining in air filtering, make to arrange The band material few as far as possible of air out.

Water circle device includes that cyclic water tank 21, water circulating pump 22, the annular conduit 23 covered outside shell 1, equal spiral twine It is wound on agitating shaft 8, stirs the branching pipe 24 on strut 6,1 top of shell is equipped with the overflow groove 25 of annular, and the vertical of overflow groove 25 cuts The trapezoidal structure in face, the top of overflow groove 25 are equipped with the inlet opening 26 communicated with annular conduit 23, are located at shell 1 on overflow groove 25 Side wall be equipped with the apopore 27 that communicates with interlayer 3, inlet opening 26, apopore 27 be it is a plurality of, water is in overflow groove 25 It overflows when increasing to apopore 27 gradually from apopore 27 and uniformly flows in interlayer 3, the material in cooling chamber 2 is carried out cold But.Cyclic water tank 21 is connect by the first outlet pipe 28 with the water inlet of annular conduit 23, and 3 lower end of interlayer is equipped with water outlet, out The mouth of a river is connect by the first water inlet pipe 29 with cyclic water tank 21.The water inlet end of branching pipe 24 passes through the second outlet pipe 30 and recirculated water Case 21 connects, and the water outlet of branching pipe 24 is connect by the second water inlet pipe 31 with cyclic water tank 21.First outlet pipe 28 and second Outlet pipe 30 is converged by outlet pipe to be connect with the water outlet of cyclic water tank 21 afterwards, and outlet pipe is equipped with water circulating pump 22.First Water inlet pipe 29, the second water inlet pipe 31 are converged by water inlet pipe to be connect with the water inlet end of cyclic water tank 21 afterwards.

Second outlet pipe 30, the second water inlet pipe 31 are connect by rotatable connector between branching pipe 24.It is stirring During mixing the rotation of axis 8, second outlet pipe 30, the second water inlet pipe 31 are still motionless when branching pipe 24 is rotated with agitating shaft 8.It is beating Before opening bung to material, the connection that connector separates branching pipe 24 and the second outlet pipe 30, the second water inlet pipe 31 can be first passed through.

In short, the above is only the preferred embodiment of the present invention, it is all according to present utility model application the scope of the patents institute The equivalent changes and modifications of work should all belong to the covering scope of the utility model patent.

Claims

1. cooling device, it is characterised in that: including shell, the cooling chamber of setting inside the housing, have between cooling chamber and shell There is the interlayer that Cooling Water passes through, outer casing underpart has the inlet air plenum communicated with cooling chamber, and inlet air plenum is equipped with blast pipe, air inlet Air-introduced machine is connected on pipe, shell is equipped with motor, and agitating shaft is equipped in cooling chamber, and agitating shaft is equipped with stirring strut, motor Drive agitating shaft rotation.

2. cooling device according to claim 1, it is characterised in that: further include water circle device, water circle device includes Cyclic water tank, water circulating pump, the annular conduit covered outside shell, shell upper are equipped with the overflow groove of annular, the top of overflow groove Equipped with the inlet opening communicated with annular conduit, the apopore communicated with interlayer is equipped on overflow groove positioned at the side wall of shell, is followed Ring water tank is communicated with annular conduit, and cyclic water tank is communicated with interlayer.

3. cooling device according to claim 2, it is characterised in that: the trapezoidal structure in the longitudinal section of overflow groove.

4. cooling device according to claim 1, it is characterised in that: cooling chamber bottom end is equipped with discharge bucket, on discharge bucket It is furnished with a plurality of slits for ventilation.

5. cooling device according to claim 1, it is characterised in that: further include the discharging dress that bottom inside the shell is arranged It sets, discharging device includes the conveying pipeline communicated with shell, the spiral handspike being arranged in conveying pipeline, conveying pipeline side is arranged in The output shaft of feeder motor, feeder motor is connect with spiral handspike.

6. cooling device according to claim 2, it is characterised in that: water circle device further includes being spirally wound on stirring Branching pipe on axis, stirring strut, the water inlet end of branching pipe and water outlet are connect with cyclic water tank.