CN206027849U

CN206027849U - Metallic tank body waste material reducing mechanism

Info

Publication number: CN206027849U
Application number: CN201620994174.9U
Authority: CN
Inventors: 邓家润
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-29
Filing date: 2016-08-29
Publication date: 2017-03-22
Anticipated expiration: 2026-08-29

Abstract

The utility model discloses a metallic tank body waste material reducing mechanism belongs to a jar body waste material and smashes technical field, and it includes reducing mechanism body, material loading module, melts module and stirring module, the material loading module, melt module and stirring module respectively fixed connection be in on the reducing mechanism body, the top of reducing mechanism body is located to the material loading module, melt the lower extreme that the material loading module was located to the module, stirring module locates the lower extreme that melts the module, and the device passes through the material loading module, melting the coordinated actions between module and the stirring module, smashing quick, the efficient of jar body waste material, simple structure, technology are few, and workman convenient operation is automatic competent, no environmental pollution, and with low costs and the noise is little, and suitable mill uses in a large number.

Description

A kind of metal can waste material reducing mechanism

Technical field

This utility model is related to tank body waste material and crushes technical field, more particularly to a kind of metal can waste material reducing mechanism.

Background technology

Existing disintegrating apparatus belong to single-stage crushing, and the dynamics of material, charging rate have the restriction of certain procedures, real The purpose of existing multi-stage crushing needs manually to complete, and it is that material is passed through powder first manually to carry out the conventional method of multi-stage crushing at present Broken machine is crushed to larger granule, then adjusts the mesh number of refiner, and the material after crushing is placed again into refiner carries out two Secondary crushing, by that analogy, to reach the purpose of multi-stage crushing, so has that hand labor intensity is big, production efficiency is low asks Topic,

A kind of integrated multi-stage reducing mechanism described in the utility model of Application No. CN201520996486.9, although which can To carry out stage reduction process to material according to the actual requirements, hand labor intensity is low, and production efficiency is high, but it does not possess useless Material melts function, and automaticity is low, and manufacturing process is complex, and manufacturing cost is higher,

Reducing mechanism described in Application No. CN201520452898.6 utility model, although which passes through to improve material process Device systems or subsystem and its part, in effective energy-conservation, improve production efficiency or can improve the improvement of the aspects such as product quality Performance, but its crushing function is not perfect enough, the multistep treatment function of not possessing waste material so that and the material after crushing is not often up to To preferable effect.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of metal can waste material reducing mechanism, by it is described enter Coordination between material module, thawing module and stirring module, tank body waste material is fast and efficiently crushed, existing to solve Above-mentioned multinomial defect caused by technology.

For achieving the above object, this utility model provides following technical scheme：A kind of metal can waste material reducing mechanism, Including reducing mechanism body, feeding module, melt module and stirring module, the feeding module, thawing module and stirring module It is respectively fixedly connected with the reducing mechanism body, the feeding module is located at the top of reducing mechanism body, the thawing , located at the lower end of feeding module, the stirring module is located at the lower end for melting module for module.

Using the beneficial effect of above technical scheme it is：The device is by the feeding module, thawing module and stirring mould Coordination between block, tank body waste material is fast and efficiently crushed, and simple structure, technique are few, and operative is convenient, automatically Change level is high, non-environmental-pollution, low cost and noise is little, and suitable factory uses in a large number.

Preferably, the feeding module includes material feeding box, spiral reamer, belt pulley, bearing, belt and motor I, the spiral shell The two ends of rotation reamer are rotatably connected on the inwall of the material feeding box by the bearing, and the belt pulley is fixedly connected on described The middle part of spiral reamer, the motor I are fixedly connected on the reducing mechanism body, and the belt is socketed in the belt pulley On the axle of motor I.

Using the beneficial effect of above technical scheme it is：Tank body waste material is put in material feeding box, motor is opened, belt is driven Wheel is rotated, spiral reamer high-speed rotation immediately, larger waste material is hinged into fritter and melts module with smooth entrance, cut with scissors by spiral Knife tentatively cuts with scissors chopping piece, improves the waste material crush efficiency of the device.

Preferably, the stirring module includes agitator tank, agitator disk, motor II, drainage conduit and valve I, the motor II Be fixedly connected in the agitator tank inner bottom wall, the agitator disk is fixedly connected on the motor II, the agitator disk with stir Mix and between bottom portion, be connected with the drainage conduit, agitator disk is provided with cylindrical hole, the drainage conduit is provided with the valve I.

Using the beneficial effect of above technical scheme it is：Waste material after thawing can be stirred and be filled by agitator disk Point crush, the waste material after crushing can be discharged after finishing by crushing by the drainage conduit, and the valve I is for described in controlling The Push And Release of drainage conduit.

Preferably, the thawing module includes fusion tank and heating tube, and the heating tube has several and fixation connects respectively It is connected on the inwall of the fusion tank, the bottom of the fusion tank is provided with bell, and the bell is provided with valve II.

Using the beneficial effect of above technical scheme it is：Using the heating simultaneously of multiple heating tubes, quick heating and thawing efficiency Height, after waste material melts completely, opening valve II can enter the waste material after thawing in stirring module from the bell.

Preferably, the spiral reamer includes cylindrical rod and spiral reamer body, the spiral reamer body have two and It is respectively fixedly connected with the cylindrical rod, the width phase of the distance between described two spiral reamer bodies and the belt pulley Deng.

Using the beneficial effect of above technical scheme it is：This kind of structure is easy to the rotary motion of spiral reamer while also improving Waste material cuts with scissors the efficiency cut for the first time.

Preferably, there are some blades at the top of the agitator disk into circumference.

Using the beneficial effect of above technical scheme it is：Some blades are used for realizing the stirring of waste material and crush work( Energy.

Preferably, the angle between the agitator disk and horizontal plane is 15 degree.

Using the beneficial effect of above technical scheme it is：It is easy to for the waste material after crushing to discharge stirring module.

Description of the drawings

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the structural representation of feed module；

Fig. 3 is the structural representation for stirring module；

Fig. 4 is the structural representation for melting module；

Fig. 5 is the structural representation of spiral reamer.

Wherein, 1-- reducing mechanisms body, 2-- feeding modules, 3-- melt module, 4-- stirring module, 5-- material feeding box, 6-- spiral reamers, 7-- belt pulleys, 8-- bearings, 9-- belts, 10-- motors I, 11-- agitator tanks, 12-- agitator disks, 13-- are electric Machine II, 14-- drainage conduits, 15-- valve Is, 16-- fusion tanks, 17-- heating tubes, 18-- bells, 19-- valves II, 20-- circle Post rod, 21-- spiral reamer bodies, 22-- blades, 23-- cylindrical holes.

Specific embodiment

Describe preferred implementation of the present utility model below in conjunction with the accompanying drawings in detail.

Fig. 1 shows specific embodiment of the present utility model：A kind of metal can waste material reducing mechanism, including reducing mechanism Body 1, feeding module 2, thawing module 3 and stirring module 4, the feeding module 2, thawing module 3 and stirring module 4 are solid respectively Surely it is connected on the reducing mechanism body 1, the feeding module 2 is located at the top of reducing mechanism body 1, the thawing module 3 pass through the feeding module located at the lower end of feeding module 2, the stirring module 4 located at the lower end for melting module 3, the device 2nd, melt the coordination between module 3 and stirring module 4, tank body waste material is fast and efficiently crushed, simple structure, technique Few, operative is convenient, and automatization level is high, non-environmental-pollution, low cost and noise is little, and suitable factory uses in a large number.

As shown in Fig. 2 the feeding module 2 includes material feeding box 5, spiral reamer 6, belt pulley 7, bearing 8, belt 9 and electricity Machine I 10, the two ends of the spiral reamer 6 are rotatably connected on the inwall of the material feeding box 5 by the bearing 8, the belt Wheel 7 is fixedly connected on the middle part of the spiral reamer 6, and the motor I 10 is fixedly connected on the reducing mechanism body 1, institute State belt 9 to be socketed on the axle of the belt pulley 7 and motor I 10, tank body waste material is put in material feeding box 5, open motor, drive Belt pulley 7 is rotated, the high-speed rotation immediately of spiral reamer 6, larger waste material is hinged into fritter and melts module 3 with smooth entrance, led to Cross 6 preliminary hinge of spiral reamer and cut waste material, improve the waste material crush efficiency of the device.

As shown in figure 3, the stirring module 4 includes agitator tank 11, agitator disk 12, motor II 13, drainage conduit 14 and valve I 15, the motor II 13 is fixedly connected in 11 inner bottom wall of the agitator tank, and the agitator disk 12 is fixedly connected on the motor On II 13, the agitator disk 12 and agitator tank are connected with the drainage conduit 14 between 11 bottom, and agitator disk is provided with cylindrical hole 23, The drainage conduit 14 is provided with the valve I 15, the waste material after thawing can be stirred and abundant powder by agitator disk 12 Broken, the waste material after crushing can be discharged after finishing by crushing by the drainage conduit 14, and the valve I 15 is described for controlling The Push And Release of drainage conduit 14, the top of the agitator disk 12 have some blades 22 into circumference,

Some blades 22 are used for realizing stirring and the crushing function of waste material, between the agitator disk 12 and horizontal plane Angle is 15 degree, is easy to for the waste material after crushing to discharge stirring module 4.

As shown in figure 4, the thawing module 3 includes fusion tank 16 and heating tube 17, the heating tube 17 have several and It is respectively fixedly connected with the inwall of the fusion tank 16, the bottom of the fusion tank 16 is provided with bell 18, the bell 18 are provided with valve II 19, using the heating simultaneously of multiple heating tubes 17, quick heating and thawing efficiency high, treat that waste material melts completely Afterwards, open valve II 19 waste material after thawing can be entered in stirring module 4 from the bell 18.

As shown in figure 5, the spiral reamer 6 includes cylindrical rod 20 and spiral reamer body 21, the spiral reamer body 21 have two and are respectively fixedly connected with the cylindrical rod 20, the distance between described two spiral reamer bodies 21 with it is described The width of belt pulley 7 is equal, and this kind of structure is easy to the rotary motion of spiral reamer 6 to cut with scissors the effect cut for the first time while also improving waste material Rate.

Above-described is only preferred implementation of the present utility model, it is noted that for the ordinary skill of this area For personnel, on the premise of design being created without departing from this utility model, can also make some deformations and improvement, these all belong to In protection domain of the present utility model.

Claims

1. a kind of metal can waste material reducing mechanism, it is characterised in that：Including reducing mechanism body (1), feeding module (2), melt Change module (3) and stirring module (4), feeding module (2), thawing module (3) and stirring module (4) are respectively fixedly connected with On reducing mechanism body (1), described feeding module (2) are located at the top of reducing mechanism body (1), the thawing module (3) located at the lower end of feeding module (2), described stirring module (4) are located at the lower end for melting module (3).

2. a kind of metal can waste material reducing mechanism according to claim 1, it is characterised in that：Feeding module (2) Including material feeding box (5), spiral reamer (6), belt pulley (7), bearing (8), belt (9) and motor I (10), the spiral reamer (6) two ends are rotatably connected on the inwall of the material feeding box (5) by the bearing (8), and belt pulley (7) are fixedly connected At the middle part of the spiral reamer (6), the motor I (10) is fixedly connected on reducing mechanism body (1), the belt (9) it is socketed on the axle of the belt pulley (7) and motor I (10).

3. a kind of metal can waste material reducing mechanism according to claim 1, it is characterised in that：Stirring module (4) Including agitator tank (11), agitator disk (12), motor II (13), drainage conduit (14) and valve I (15), the motor II (13) is fixed It is connected in the agitator tank (11) inner bottom wall, agitator disk (12) are fixedly connected on the motor II (13), described to stir Mix and between disk (12) and agitator tank (11) bottom, be connected with the drainage conduit (14), agitator disk is provided with cylindrical hole (23), described Drainage conduit (14) is provided with the valve I (15).

4. a kind of metal can waste material reducing mechanism according to claim 1, it is characterised in that：Thawing module (3) Including fusion tank (16) and heating tube (17), heating tube (17) have several and are respectively fixedly connected with the fusion tank (16), on inwall, the bottom of fusion tank (16) is provided with bell (18), and bell (18) are provided with valve II (19)。

5. a kind of metal can waste material reducing mechanism according to claim 2, it is characterised in that：Spiral reamer (6) Including cylindrical rod (20) and spiral reamer body (21), spiral reamer body (21) have two and are respectively fixedly connected with institute State on cylindrical rod (20), the distance between described two spiral reamer body (21) are equal with the width of the belt pulley (7).

6. a kind of metal can waste material reducing mechanism according to claim 3, it is characterised in that：Agitator disk (12) There are some blades (22) at top into circumference.

7. a kind of metal can waste material reducing mechanism according to claim 3, it is characterised in that：Agitator disk (12) with Angle between horizontal plane is 15 degree.