CN200981303Y

CN200981303Y - Material washing machine mandrel structure

Info

Publication number: CN200981303Y
Application number: CNU2006201671305U
Authority: CN
Inventors: 高大利
Original assignee: CHANG WOEN MACHINERY Co Ltd
Current assignee: CHANG WOEN MACHINERY Co Ltd
Priority date: 2006-12-06
Filing date: 2006-12-06
Publication date: 2007-11-28
Anticipated expiration: 2016-12-06

Abstract

The utility model discloses a material washing mandrel structure whose homocentric shaft is arranged inside a cylinder disposed transversely and slantingly and is driven to rotate around the cylinder by the driving unit. A plurality of stirring vanes are arranged on the left half portion of the cylinder on the mandrel and the evenly spaced stirring vanes are arranged along the spiral track on the outer periphery of the mandrel and can send the washing material and the wasted material to the left half portion of the cylinder through the mandrel rotation and the water washing, dehydrated vanes are arranged on the right half portion of the cylinder on the mandrel and are continually disposed along the spiral track on the outer periphery of the mandrel, along with the synchronizing rotation of the mandrel, the dehydrated vanes can positively press the fully washed wastes out of the cylinder and achieve the function of cleaning and dehydrating automatization.

Description

The material washing machine mandrel structure

Technical field

The utility model relates to the technical field of recovery machine, refers to be a kind of material washing machine mandrel structure especially.

Background technology

In 1993 annual Taiwan environmental protection statistics annual reports; we find that the plastics discarded object accounts for 12% of quantity of refuse; traditional discarded object using energy source is many to produce heat with direct burning or incineration; produce steam or hot water via heat recovery equipment again; yet along with transition of age; new practicability discarded object using energy source palpus energy comprehensive consideration environmental protection; economical; factors such as stability and energy quality; directly incinerate easily reluctant hazardous air pollutants such as generation acid gas or dioxin as the useless rubber of moulding; so the processing of plastics discarded object is recovered as preferentially with resource, is converted into reproduced goods again.Yet; the plasthetics shape of all kinds of recovery and stained degree varies need be cut into graininess earlier so return class recovery plasthetics, and water cleans again; with dewaterer the moisture content that this particle reclaims plastic cement is deviate from then, just can be made the recovery plastic cement of cutting enter the recasting regeneration.

Generally speaking, reclaim the method for plastic cement " plastic cement reclaim before processing method and device " the patent of invention case that mostly adopts TaiWan, China No. 277018 now, its work flow is to utilize glued membrane to mix millstone to blend and mix the plastic cement reclaimed materials, utilize water pipe to connect simultaneously and establish the formed loop of tank, apparatus for treating sewage and flush-through connection, bestow the bath cleaning in the millstone and can mix in glued membrane, and in conveyer belt, bestow the secondary flushing, again the plastic cement reclaimed materials is delivered in the dewaterer and dewatered, reach the requirement of pre-process plastic cement waste material.

, be not difficult to find that this patent of invention case has some shortcomings, particularly:

These plastic cement waste materials mostly have peculiar smell, clean if bestow bath with conveyer belt, and the mode that this cleans at open space will cause whole factory to fill the air one stink, and will be quite unpleasant, the stepping back that makes the operator hope.

Moreover, the production line that its conveyer belt, dewaterer constituted, these structures are provided with quite and take up space, and integral body that cost is set is high again, necessity of improvement is really arranged.

The more important thing is that it is oversize that it cleans time of delivery, causes integral production efficient and do not meet economic requirement.

Therefore existing pre-process plastic cement waste material can not clean synchronously, dewater with single machine, and then has above-mentioned shortcoming to produce.

The utility model content

The purpose of this utility model is to provide a kind of material washing machine mandrel structure, and the technology with the running of cleaning and dehydration running of this axle segmentation is reached cleaning, dewatered and can consistentization finish in airtight cylindrical shell with this.

For achieving the above object, technical solution of the present utility model is: a kind of material washing machine mandrel structure, one angle of oblique ascension from left to right that the cylindrical shell of this material washing machine is horizontal, make to form the groove shape accommodation space that a center line is tiltedly established in the cylindrical shell, cylindrical shell is provided with material bin at the accommodation space left position, right-hand member is provided with discharge bucket; The concentric axle that is pivoted with in the cylindrical shell accommodation space, axle drives rotation with gear unit; This axle is provided with some stirring vanes and forms the washing zone in the accommodation space left side, these stirring vanes are provided with at interval along the helical trajectory of axle periphery, washes in axle rotation and hydrous water, and stirring vane enters to be washed material and waste material is delivered to the cylindrical shell right-hand part; This axle is provided with dewatering blade along the right-hand part of said spiral track, and dewatering blade adopts the continuous helical setting, and under the axle rotation, this dewatering blade forms the dehydration zone in this accommodation space.

The screw pitch of described dewatering blade is towards the convergent of discharge bucket direction.

Described stirring vane is long rectangular slab sheet, it has the front and the back side of a symmetry, these stirring vane fronts can with waste material in proper order extrusion to the accommodation space right-hand part, and these stirring vane back sides are installed with middle bone, and bone side is welded in the stirring vane back side, bottom surface and then is welded in the axle periphery in this.

Described gear unit is provided with motor in the cylindrical shell outrigger, and motor drives a sprocket wheel by chain, and sprocket wheel then drives the axle rotation.

Described cylindrical shell end face has and connects inside and outside opening, and on this opening to the unification loam cake, described material bin is located at the left position of this loam cake at accommodation space.

Described cylindrical shell has outwards extended cylindric discharge bucket in the accommodation space right end position, this discharge bucket center line is concentric with the accommodation space center line, and with side cover sealing discharge bucket outer end opening, discharge bucket then offers in the bottom and connects inside and outside discharging opening, the side cover and the cylindrical shell other end are then established the concentric bearing that is equipped with then, are pivoted in order to axle to be provided.

After adopting such scheme, because the utility model is the axle segmentation of material washing machine, having the running of cleaning and dehydration running, thereby can reach cleanings, dehydration can consistentization be finished in airtight cylindrical shell, this has greatest benefiting in fact to the plastic cement waste recovery.

Particularly, the utility model has following advantage at least:

One, these plastic cement waste materials that peculiar smell is arranged are always to change the operation of finishing cleaning, dehydration waste material in the cylindrical shell confined space, and these Working in confined space modes can be improved the air quality of working environment greatly, make the operator that preferable production efficiency be arranged.

Two, the utility model is finished the operation of cleaning, dehydration waste material with consistentization of axle segmentation, reduces the space of commonly using production line greatly, and need only improve existing dewaterer and can finish, and it is more cheap far beyond existing product that its integral body is provided with cost.

Three, the utility model significantly reduces the man-hour that will clean and dewater, makes integral production efficient more meet economic benefit.

Description of drawings

Fig. 1 is a decomposing schematic representation of the present utility model;

Fig. 2 is the combination schematic appearance of the utility model cylindrical shell, axle;

Fig. 3 is the perspective diagram after the utility model combination;

Fig. 4 is the A-A generalized section of Fig. 3;

Fig. 5 is the three-dimensional appearance schematic diagram of the utility model axle.

The main element symbol description

10 cylindrical shells, 11 supports, 12 accommodation spaces

13 loam cakes, 14 material bins, 15 discharge buckets

150 discharging openings, 16 side covers, 17 bearings

21 motors, 22 chains, 23 sprocket wheels

30 axles, 31 stirring vanes, 310 fronts

Bone 33 dewatering blades in 32

The specific embodiment

Please extremely shown in Figure 5 referring to Fig. 1, the utility model is set up on the support 11 with a long rectangle cylindrical shell 10, make horizontal one angle of oblique ascension from left to right of cylindrical shell 10, the corresponding accommodation spaces 12 that make cylindrical shell 10 interior formation one long groove shapes and the oblique setting of center line, and make the relative low side in these accommodation space 12 left sides form a circulation washing zone, right-hand part then forms the dehydration zone, these cylindrical shell 10 end faces have the opening inside and outside connecting in addition, and on this opening to the unification loam cake 13, this loam cake 13 is provided with material bin 14 at relative accommodation space 12 left positions, and cylindrical shell 10 has outwards extended a discharge bucket 15 cylindraceous in relative accommodation space 12 right end position in addition, these discharge bucket 15 center lines are concentric with accommodation space 12 center lines, and with side cover 16 sealing discharge buckets 15 outer end openings, discharge bucket 15 then offers in the bottom and connects inside and outside discharging opening 150, then side cover 16 and cylindrical shell 10 other ends then concentric a bearing 17 respectively is installed;

Support 11 is provided with gear unit, and this gear unit is to put on the shelf in support 11 to be provided with motor 21, and motor 21 can drive sprocket wheel 23 rotations that are hubbed at bearing 17 outer ends by chain 22;

Be pivoted with an axle 30 17 of cylindrical shell 10 two bearings, axle 30 is driven by the sprocket wheel 23 of gear unit, makes it rotation in accommodation space 12;

The position that described axle 30 is positioned at accommodation space 12 left sides is provided with some stirring vanes 31, these stirring vanes 31 are long rectangular slab sheet, it has the front 310 and the back side of symmetry, these stirring vanes 31 are along the helical trajectory of axle 30 peripheries and are provided with at interval, and be certain angle of inclination with axle 30 centers, when these stirring vanes 31 are rotated in the lump for axle 30 drives, the recovery plastic cement waste material that these stirring vane 31 fronts 310 can be sent into material bin 14, cleaning of track revolved in periwinkle collecting in the washing zone, then in proper order extrusion to the dehydration zone of accommodation space 12 right-hand parts, and these stirring vane 31 back sides are installed with the middle bone 32 of certain altitude, bone 32 sides are to be welded in stirring vane 31 back sides in this, the bottom surface then is welded in axle 30 peripheries, strengthens the effect of supporting stirring vane 31 in order to reach;

This axle 30 then is provided with dewatering blade 33 along the right-hand part of said spiral track, dewatering blade 33 adopts the continuous helical setting and enters in the discharge bucket 15, and pitch is towards the convergent of discharge bucket 15 directions, when under axle 30 rotation synchronously, this dewatering blade 30 forms the dehydration zone in this accommodation space 12, with can will wash waste material behind the material send in the process the moisture of separating out at the volume that rises because of gravity effect nature, cooperate dewatering blade 33 that waste material is forced to squeeze simultaneously and give as security dehydration down, finish the work of waste material dehydration according to this, this dry waste material is when when being delivered to discharge bucket 15, can collect via discharging opening 150, reach according to this and clean and the function that consistent automation is finished in a cylindrical shell 10 of dewatering.

Learn by above-mentioned structure and action specification, the utility model axle 30 that mainly in the accommodation space 12 of inclination cylindrical shell 10, is pivoted, half one of this axle 30 is provided with stirring vane 31, second half one then is provided with dewatering blade 33, with make this cylindrical shell 10 in corresponding half one form the washing zone, second half one forms the dehydration zone, so just can be in a cylindrical shell 10 in consistentization finish cleaning, the operation of the waste material that dewaters.

The above only is a preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model, promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model contains.

Claims

1, a kind of material washing machine mandrel structure, it is characterized in that: one angle of oblique ascension from left to right that the cylindrical shell of this material washing machine is horizontal, make to form the groove shape accommodation space that a center line is tiltedly established in the cylindrical shell, cylindrical shell is provided with material bin at the accommodation space left position, right-hand member is provided with discharge bucket;

The concentric axle that is pivoted with in the cylindrical shell accommodation space, axle drives rotation with gear unit;

This axle is provided with some stirring vanes and forms the washing zone in the accommodation space left side, these stirring vanes are provided with at interval along the helical trajectory of axle periphery, washes in axle rotation and hydrous water, and stirring vane enters to be washed material and waste material is delivered to the cylindrical shell right-hand part;

This axle is provided with dewatering blade along the right-hand part of said spiral track, and dewatering blade adopts the continuous helical setting, and under the axle rotation, this dewatering blade forms the dehydration zone in this accommodation space.

2, material washing machine mandrel structure as claimed in claim 1, it is characterized in that: the screw pitch of described dewatering blade is towards the convergent of discharge bucket direction.

3, material washing machine mandrel structure as claimed in claim 1, it is characterized in that: described stirring vane is long rectangular slab sheet, it has the front and the back side of a symmetry, these stirring vane fronts can with waste material in proper order extrusion to the accommodation space right-hand part, and these stirring vane back sides are installed with middle bone, and bone side is welded in the stirring vane back side, bottom surface and then is welded in the axle periphery in this.

4, material washing machine mandrel structure as claimed in claim 1, it is characterized in that: described gear unit is provided with motor in the cylindrical shell outrigger, and motor drives a sprocket wheel by chain, and sprocket wheel then drives the axle rotation.

5, material washing machine mandrel structure as claimed in claim 1 is characterized in that: described cylindrical shell end face has and connects inside and outside opening, and on this opening to the unification loam cake, described material bin is located at the left position of this loam cake at accommodation space.

6, material washing machine mandrel structure as claimed in claim 1, it is characterized in that: described cylindrical shell has outwards extended cylindric discharge bucket in the accommodation space right end position, this discharge bucket center line is concentric with the accommodation space center line, and with side cover sealing discharge bucket outer end opening, discharge bucket then offers in the bottom and connects inside and outside discharging opening, the side cover and the cylindrical shell other end are then established the concentric bearing that is equipped with then, are pivoted in order to axle to be provided.