CN205183310U - Kitchen waste treating device - Google Patents
Kitchen waste treating device Download PDFInfo
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- CN205183310U CN205183310U CN201520961819.4U CN201520961819U CN205183310U CN 205183310 U CN205183310 U CN 205183310U CN 201520961819 U CN201520961819 U CN 201520961819U CN 205183310 U CN205183310 U CN 205183310U
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- spin dryer
- dryer tube
- header tank
- food waste
- treatment device
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Abstract
The utility model provides a kitchen waste treating device, include: once dewater mechanism, rubbing crusher structure, water oil separating mechanism, actuating mechanism, second dehydration mechanism and place the removal frame of above -mentioned mechanism have delivery port and feed opening in the mechanism of once dewatering to the setting just is connected with actuating mechanism on the top of removing the frame, rubbing crusher constructs the setting and is in once the dewater below of mechanism, and with the feed opening seals the intercommunication, the water oil separating establishment of institution is in move on the bottom of frame and lie in one side of the mechanism of once dewatering, and with the delivery port intercommunication, second dehydration mechanism is located the below that rubbing crusher constructs, and second dehydration mechanism has input port and a delivery outlet, the input port with rubbing crusher constructs closed intercommunication, actuating mechanism sets up the top of water oil separating mechanism. The utility model discloses a fodder moisture of kitchen waste treating device output is few, easily dries.
Description
Technical field
The utility model relates to a kind of food waste treatment device field, refers to especially a kind ofly to form the device of feed after changing food waste process.
Background technology
Changing food waste is the sanitary waste that resident is formed in personal consumption process, very easily rots to foul, distributes stench, spreads germs and virus.Changing food waste main component comprises rice and flours food residues, vegetables, vegetable and animals oils, meat bone etc., chemically on composition, there is starch, cellulose, protein, lipid and inorganic salts, belong to the one of organic waste, in natural environment degradation time reach several years even could back to nature circulation after decades, therefore, changing food waste is formed feed after Feedstock treating, its pollution that environment and the mankind are caused and harm can be reduced on the one hand, strengthen the recycling to changing food waste on the other hand, promote the development of animal husbandry, thus realize the common development of environmental economy.At present, be all through the techniques such as dehydration, pulverizing to the process of changing food waste, and primary dewatering mechanism dehydrating effect is not good enough, feed not easily dries; The degraded device structure of special disposal organic waste is complicated, and cost is high.
Utility model content
The utility model, for the problems referred to above, proposes a kind of food waste treatment device.
The technical solution of the utility model is achieved in that
A kind of food waste treatment device, comprise: primary dewatering mechanism, disintegrating mechanism, water-oil separating mechanism, driving mechanism and place the moving frame of said mechanism, also comprise second dehydration mechanism, primary dewatering mechanism have delivery port and feed opening, and be arranged on the top of moving frame, and be connected with driving mechanism; Disintegrating mechanism is arranged on the below of described primary dewatering mechanism, and with described feed opening closed communication; The bottom that water-oil separating mechanism is arranged on described moving frame is positioned at the side of primary dewatering mechanism, and is communicated with described delivery port; Described second dehydration organization establishes is on moving frame and be positioned at the below of described disintegrating mechanism, and second dehydration mechanism has input port and delivery outlet, described input port and described disintegrating mechanism closed communication; Described driving mechanism is arranged on the top of described water-oil separating mechanism.
Preferably, in described food waste treatment device, described second dehydration mechanism comprises: fixed axis; Be arranged on two axle sleeves at fixed axis two ends, and fixed axis between two axle sleeves is provided with threaded portion; Be arranged on the support ring of each axle sleeve periphery, one of them support ring has delivery outlet; To be wrapped on two support rings and the water strainer of container cavity will to be formed between two support rings; Be arranged on the fender bracket outside support ring; And the drive motors driving described fixed axis to rotate, the direction of rotation of described fixed axis is the direction advanced to described delivery outlet; Wherein, position relative with the discharging opening of described disintegrating mechanism on water strainer has charging aperture, and this charging aperture is near described equipped at outlet port; The fixed axis being positioned at the outer end place of the support ring with delivery outlet is provided with the baffle ring blocking described delivery outlet, and the outer end of baffle ring is connected with fixed axis by elastic component, and this elastic component is in compressive state; The outer end of described baffle ring is provided with the fastener limiting it and rotate.
Preferably, in described food waste treatment device, described primary dewatering mechanism comprises: header tank, spin dryer tube, guide bar and extruding block plate, and the top of described header tank has opening, and bottom has delivery port and discharging opening; Described spin dryer tube being arranged in described header tank along its axial-rotation, and dewatering hole is provided with on the bucket wall of spin dryer tube, and in the bottom of spin dryer tube, there is the feed opening corresponding to discharging opening, described spin dryer tube is connected with described driving mechanism; Described guide bar being axially disposed within it along described spin dryer tube, and extend described header tank downwards by described feed opening and discharging opening; Described extruding block plate is connected on guide bar along the axially movable of guide bar, is provided with return spring between extruding block plate and guide bar.
Preferably; in described food waste treatment device; on the fender bracket of described second dehydration mechanism; the position being positioned at the bottom side of described water strainer is provided with spill water collection sheet; the bottom of described spill water collection sheet is provided with drainage tube, and is half shelly with the tube wall of the drainage tube of the junction of described spill water collection sheet.
Preferably, in described food waste treatment device, described primary dewatering mechanism also comprises: also comprise be close on described spin dryer tube inwall and be positioned at above described extruding block plate hairbrush, described hairbrush comprises: the bristle of the annular coaxially arranged with described spin dryer tube up and down with opening holds cylinder; And be evenly arranged on bristle and hold bristle tuft outside cylinder, the internal diameter that described bristle holds cylinder is less than the external diameter of described extruding block plate, moves downward for making to promote described extruding block plate when driving hairbrush downwards.
Preferably, in described food waste treatment device, described dewatering hole is evenly distributed on the lower wall of described spin dryer tube and the bottom of spin dryer tube; On the sidewall of described header tank, the position of the upper side wall of corresponding described spin dryer tube is provided with groove; The axis of the driving shaft of described driving mechanism and the axial consistent of described spin dryer tube, one end of a transport tape is connected on described driving shaft, and the other end is connected to the periphery of the upper side wall of described spin dryer tube, and the periphery of spin dryer tube is provided with the cannelure holding transport tape.
Preferably, in described food waste treatment device, the two ends being up and down positioned at described spin dryer tube in described header tank inside are provided with four bearings rotated and the rotating shaft with bearing hinge joint, and each rotating shaft is fixed in header tank, and each bearing is positioned at outside the lateral wall of header tank; Position corresponding with described bearing on the lateral wall of described spin dryer tube has the groove of the lateral wall holding bearing, and the periphery of each bearing is embedded on described spin dryer tube in corresponding groove, and what rotated by described spin dryer tube is stuck in described header tank.
Preferably, in described food waste treatment device, the annular top place of holding cylinder at the bristle of described hairbrush is provided with the drive member driving described hairbrush along the axial downward movement of described spin dryer tube, described drive member comprises: symmetrically arranged two the U-shaped framves in axle center holding cylinder with bristle, the inner end of two U-shaped framves is arranged on the annular top place that described bristle holds cylinder, and outer end is positioned at the outside of described header tank and is passed down through the spacing hole of described moving frame; Connect the first chain of the outer end of U-shaped frame; Coaxially to be arranged on described moving frame and two sprocket wheels of the certain vertical distance in the outer end of distance two U-shaped framves, the axis of sprocket wheel and the direction that hangs of the first chain perpendicular; Each first chain is engaged in the counterclockwise direction from top to bottom and is positioned at below it on corresponding sprocket wheel, and the end winding support of this first chain on the sprocket, the first chain is greater than the distance of the outer bottom of described hairbrush and the interior bottom of spin dryer tube with the distance that corresponding sprocket wheel does not engage; And the pedal to be connected with the wheel shaft of sprocket wheel or handle.
Preferably, in described food waste treatment device, the outside wheel shaft of described sprocket wheel being positioned at any one sprocket wheel is connected with a gear; The inner side of gear is connected with the second chain, the second chain from the Inside To Outside of this gear along clockwise direction with this gears meshing, and end hangs downwards; The end of the second chain is provided with a pedal, and one end of pedal is articulated on described moving frame; The distance of described second chain and gears meshing is greater than the distance of the outer bottom of described hairbrush and the interior bottom of spin dryer tube.
Preferably, in described food waste treatment device, the outer end of described U-shaped frame is provided with the reset components driving described U-shaped frame to reset, described reset components comprises at least one return springs, one end of each return springs is fixed in the bottom of described moving frame, the other end is fixed in the outer end of described U-shaped support body, and when described hairbrush moves to described spin dryer tube bottom, described return springs is in compressive state.
The beneficial effects of the utility model are: food waste treatment device of the present utility model, and reduce energy consumption, dehydrating effect is good, and the feed of formation is easy to dry.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the planar structure schematic diagram of a kind of food waste treatment device of the utility model;
Fig. 2 is the structural representation of the mechanism of second dehydration shown in Fig. 1;
Fig. 3 is the internal structure schematic diagram of primary dewatering mechanism;
Fig. 4 is the structural representation of spin dryer tube in Fig. 3.
In figure:
1, moving frame; 2, primary dewatering mechanism; 3, disintegrating mechanism; 4, second dehydration mechanism; 5, water-oil separating mechanism; 6, driving mechanism; 7, drive member; 8, reset components; 21, header tank; 22, spin dryer tube; 23, hairbrush; 24, baffle plate is extruded; 25, guide bar; 26, delivery port; 27, discharging opening; 28, dewatering hole; 29, feed opening; 30, bearing; 31, rotating shaft; 32, groove; 33, cannelure; 41, fixed axis; 42, axle sleeve; 43, support ring; 44, water strainer; 45, fender bracket; 46, drive motors; 47, baffle ring; 48, fastener; 71, U-shaped frame; 72, the first chain; 73, sprocket wheel; 74, the second chain; 75, gear; 76, pedal.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Embodiment 1, a kind of food waste treatment device as described in Figure 1, comprise: primary dewatering mechanism 2, disintegrating mechanism 3, water-oil separating mechanism 5, driving mechanism 6, second dehydration mechanism 4 and place the moving frame 1 of said mechanism, primary dewatering mechanism 2 have delivery port and feed opening, and be arranged on the top of moving frame 1, and be connected with driving mechanism 6; Disintegrating mechanism 3 is arranged on the below of primary dewatering mechanism 2, and with feed opening closed communication; The bottom that water-oil separating mechanism 5 is arranged on moving frame 1 is positioned at the side of primary dewatering mechanism 2, and is communicated with delivery port; Second dehydration mechanism 4 to be arranged on moving frame 1 and to be positioned at the below of disintegrating mechanism, and second dehydration mechanism has input port and delivery outlet, input port and disintegrating mechanism closed communication; Driving mechanism 6 is arranged on the top of water-oil separating mechanism 5.
When the material in disintegrating mechanism enters to after in second dehydration mechanism, the active force produced in pulverizer to be passed in second dehydration mechanism and the material acted on second dehydration mechanism from the outlet of pulverizer by the input port of second dehydration mechanism, above-mentioned active force is used for the material at the input port place in second dehydration mechanism to push open, enters in second dehydration mechanism smoothly to make the material exported in disintegrating mechanism; And the material in second dehydration mechanism is extruded mutually, contribute to the extrusion dehydration of second dehydration mechanism.
This food waste treatment device is vertical distribution, and topology layout is compact; And the feed after pulverizing is through the dehydration of second dehydration mechanism, the Moisture in Feed that the delivery outlet of second dehydration mechanism exports is few, is easy to dry.
On the basis of embodiment 1, as shown in Figure 2, second dehydration mechanism 4 comprises: fixed axis 41; Be arranged on two axle sleeves 42 at fixed axis two ends, and fixed axis between two axle sleeves is provided with threaded portion; Be arranged on the support ring 43 of each axle sleeve periphery, one of them support ring has delivery outlet; The water strainer 44 of container cavity will be formed between two support rings; Be arranged on the fender bracket 45 outside support ring 43; And the drive motors 46 driving fixed axis to rotate, the direction of rotation of fixed axis is the direction advanced to delivery outlet; Position relative with the discharging opening of disintegrating mechanism on water strainer has charging aperture, and this charging aperture is near equipped at outlet port; The fixed axis being positioned at the outer end place of the support ring with delivery outlet is provided with the baffle ring 47 blocking delivery outlet, and the outer end of baffle ring is connected with fixed axis 41 by elastic component, and this elastic component is in compressive state; The outer end of baffle ring 47 is provided with the fastener 48 limiting it and rotate.
The course of work of second dehydration mechanism is: enter in the container cavity in water strainer when the material in disintegrating mechanism, stirring action power in disintegrating mechanism to be passed in container cavity from the outlet of disintegrating mechanism and to act on the material of container cavity input port, avoids the material in container cavity to be blocked in input port place; Drive motors drives fixed axis to rotate, and the rotation of the spire on fixed axis is used for the equipped at outlet port material in container cavity being pushed to second dehydration mechanism, in material propelling movement process, extrudes mutually between material, carries out second dehydration; Extruding force between the material in container cavity is greater than the elasticity of compression power of elastic component, then the material in container cavity is exported by delivery outlet, both the material in cavity volume can be dewatered further, and is released by this material again simultaneously.
On the fender bracket of second dehydration mechanism; the position being positioned at the bottom side of water strainer is provided with spill water collection sheet; the bottom of this spill water collection sheet is provided with drainage tube, and is half shelly with the tube wall of the drainage tube of the junction of spill water collection sheet, is convenient to drainage tube and is connected on spill water collection sheet.The structural design of spill water collection sheet, avoids polluting, and is convenient to process.
On the basis of embodiment 1, as shown in Figure 3, primary dewatering mechanism 2 comprises: header tank 21, spin dryer tube 22, hairbrush 23, extruding baffle plate 24 and guide bar 25, header tank 21 is fixedly installed on the top of moving frame 1, the top of header tank 21 has opening, and bottom has delivery port 26 and discharging opening 27, delivery port 26 and water-oil separating mechanism 5 closed communication, discharging opening 27 and disintegrating mechanism 3 closed communication; Spin dryer tube 22 being arranged in header tank 21 along its axial-rotation, and be connected with driving mechanism 6, the bucket wall of spin dryer tube is provided with dewatering hole 28, and the bottom of this spin dryer tube 22 has the feed opening 29 corresponding with discharging opening 27; What hairbrush 23 was fitted to be arranged on spin dryer tube 22 inwall and to be positioned at above extruding block plate; Guide bar 25 to be arranged in spin dryer tube and to be stretched to downwards by feed opening and discharging opening on the hopper of disintegrating mechanism and to be fixed on this hopper; Extruding block plate 24 along guide bar axial reciprocating activity be arranged on guide masthead end, be provided with return spring between guide bar and extruding block plate, after when extruding, block plate presses down, return spring promotes extruding block plate and moves upward along the axis of guide bar.
Hairbrush 23 in primary dewatering mechanism 2 comprises: the bristle of the annular coaxially arranged with spin dryer tube up and down with opening holds cylinder, and be evenly arranged on bristle and hold bristle tuft outside cylinder, the internal diameter that bristle holds cylinder is less than the external diameter extruding block plate, promotes extruding block plate and move downward during for making to drive hairbrush downwards.
Be arranged on guide bar and the return spring extruded between block plate and guide bar coaxially to arrange, the bottom of return spring is fixed on the bottom of guide bar, top is resisted against the lower end of extruding block plate, after moving downward to make extruding block plate, return spring gives extruding block plate one active force upwards, and extruding block plate is returned back to initial position; The top of guide bar is positioned at above extruding block plate and is provided with tack card cap, when avoiding extruding block plate to return back to initial position, extruding block plate comes off from guide bar.
The dehydration of primary dewatering mechanism 2 is: pour in spin dryer tube by material to be drained off, and extruding block plate is arranged on the top of discharging opening and feed opening, avoids the material poured in spin dryer tube directly to go out from feed opening and discharging opening; Driving mechanism drives spin dryer tube to rotate, and throw away in header tank by the moisture on the material in spin dryer tube by dewatering hole, the moisture in header tank is flowed out by delivery port.
The discharging process of primary dewatering mechanism 2 has two kinds of modes, and a kind of mode is, directly on extruding block plate, applies downward driving force, and the material in spin dryer tube is exported by discharging opening by extruding away from feed opening by extruding block plate again; Another kind of mode is, directly apply a downward active force at hairbrush, when brush movement is to extruding block plate place, promotion extruding block plate is moved downward and is exported by discharging opening by extruding away from feed opening by the material dried in spin dryer tube again, and residue residual on spin dryer tube inwall is directly cleaned out by hairbrush.
When the bottom of hairbrush 23 is arranged in spin dryer tube, when the top of hairbrush is emerging in outside spin dryer tube, hairbrush had both acted on the inwall of spin dryer tube, did not affect again the amount of holding of material in spin dryer tube.
When feed opening 29 extends discharging opening 27, and the inner side of the outside of feed opening and discharging opening has predetermined distance, avoid the express material squeezed out from feed opening to the gap between feed opening mouth and discharging opening, result in blockage in header tank, and be not easy to cleaning.
Guide bar 25 is fixed on the hopper of disintegrating mechanism, both guide bar was fixed, and when disintegrating mechanism is pulverized, vibration on disintegrating mechanism is passed to spin dryer tube inside by guide bar, the residue of failing in spin dryer tube to clear up is shaken off in pulverizer, further cleaning spin dryer tube, makes to keep clean in spin dryer tube, reduces and use the odor contamination caused for a long time.The dehydration of primary dewatering mechanism and the efficiency of discharging high, improve the operating efficiency of primary dewatering mechanism, save energy consumption.
Driving mechanism drives spin dryer tube to rotate various ways, and a kind of mode is stretch out the rotating shaft of rotation in the bottom of spin dryer tube to header tank extension, and the driving shaft of driving mechanism is connected with above-mentioned rotating shaft, rotates for driving spin dryer tube; Another kind of mode is arrange a hollow rotating shaft rotated in the periphery of the feed opening of spin dryer tube, the internal diameter of hollow rotating shaft is consistent with the internal diameter of feed opening, this hollow rotating shaft extends the discharging opening of header tank, the periphery of hollow rotating shaft of extending header tank is connected with swiveling wheel, the driving shaft of driving mechanism is connected with swiveling wheel by transport tape, drive shaft and drive spin dryer tube rotate.
As shown in Figure 1 and Figure 4, dewatering hole 28 is evenly distributed on the lower wall of spin dryer tube and the bottom of spin dryer tube; On the sidewall of header tank, the position of the upper side wall of corresponding spin dryer tube is provided with groove; The axis of the driving shaft of driving mechanism and the axial consistent of spin dryer tube, one end of a transport tape connects on the driving shaft, and the other end is connected to the periphery of the upper side wall of spin dryer tube, and the periphery of spin dryer tube is provided with the cannelure 33 holding transport tape.Driving mechanism Direct driver spin dryer tube, this type of drive simple and stable, is easy to processing, takes up room little, and do not affect the processed of spin dryer tube to the material to be drained off of its inside.
The two ends being up and down positioned at spin dryer tube in header tank 21 inside are provided with four bearings 30 rotated and the rotating shaft 31 with bearing hinge joint, and each rotating shaft is fixed in header tank, and each bearing is positioned at outside the lateral wall of header tank; Position corresponding with bearing on the lateral wall of spin dryer tube has the groove 32 of the lateral wall holding bearing, the periphery of each bearing to be embedded on spin dryer tube in corresponding groove 32, what rotated by spin dryer tube is stuck in header tank, for guaranteeing the stability that spin dryer tube rotates, spin dryer tube is avoided to shake when rotated.
The annular top place of holding cylinder at the bristle of hairbrush 23 is provided with the drive member 7 driving hairbrush along the axial downward movement of spin dryer tube, drive member 7 comprises: symmetrically arranged two the U-shaped framves 71 in axle center holding cylinder with bristle, the inner end of two U-shaped framves is arranged on the annular top place that bristle holds cylinder, and outer end is positioned at the outside of header tank and is passed down through the spacing hole of moving frame; Connect the first chain 72 of the outer end of U-shaped frame; Coaxially to be arranged on moving frame and two sprocket wheels 73 of the certain vertical distance in the outer end of distance two U-shaped framves, the axis of sprocket wheel and the direction that hangs of the first chain perpendicular; Each first chain is engaged in the counterclockwise direction from top to bottom and is positioned at below it on corresponding sprocket wheel, and the end winding support of this first chain on the sprocket, first chain is greater than the distance of the outer bottom of hairbrush and the interior bottom of spin dryer tube with the distance that corresponding sprocket wheel does not engage, in order to guarantee that hairbrush moves downwardly to the bottom of spin dryer tube; And the pedal to be connected with the wheel shaft of sprocket wheel or handle.The outside that the wheel shaft of sprocket wheel is positioned at any one sprocket wheel is connected with a gear 74; The inner side of gear is connected with the second chain 75, second chain from the Inside To Outside of this gear along clockwise direction with this gears meshing, and end hangs downwards; Be provided with a pedal 76 in the end of the second chain, and one end of pedal is articulated on moving frame; The distance of the second chain and gears meshing is greater than the distance of the outer bottom of hairbrush and the interior bottom of spin dryer tube.
The outer end of U-shaped frame 71 is provided with the reset components 8 driving U-shaped frame to reset, reset components comprises at least one return springs, one end of each return springs is fixed in the bottom of moving frame, the other end is fixed in the outer end of U-shaped support body, when hairbrush moves to spin dryer tube bottom, return springs is in compressive state.
Drive member 7 drives the process of hairbrush to be: step on pedal downwards, pedal drives the second chain to move down, and gear is rotated in a clockwise direction downwards; The wheel shaft of sprocket wheel drives two sprocket wheels to be rotated in a clockwise direction downwards, and two sprocket wheels drive two the first chains to move down respectively, and the distance that the first chain moves down is no more than the distance that the first chain and corresponding sprocket wheel do not engage; Two the first chains pull two U-shaped framves to move down, and two U-shaped frame band electric brush move downward, and brush movement moves downward, until extruding baffle plate moves to the interior bottom of spin dryer tube to driving extruding baffle plate during extruding baffle plate; Unclamp pedal, return springs elastic force upwards drives U-shaped frame to move upward until U-shaped frame resets.
Also a U-shaped support body, first chain, a sprocket wheel, second chain, gear, pedal and a return springs can be adopted in drive member.And adopt the scheme in the utility model, to make the force balance acted on hairbrush, extend the service life of drive member, improve the stationarity that drive member uses.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a food waste treatment device, comprise: primary dewatering mechanism, disintegrating mechanism, water-oil separating mechanism, driving mechanism and place the moving frame of said mechanism, it is characterized in that, also comprise second dehydration mechanism, primary dewatering mechanism have delivery port and feed opening, and be arranged on the top of moving frame, and be connected with driving mechanism; Disintegrating mechanism is arranged on the below of described primary dewatering mechanism, and with described feed opening closed communication; The bottom that water-oil separating mechanism is arranged on described moving frame is positioned at the side of primary dewatering mechanism, and is communicated with described delivery port; Described second dehydration organization establishes is on moving frame and be positioned at the below of described disintegrating mechanism, and second dehydration mechanism has input port and delivery outlet, described input port and described disintegrating mechanism closed communication; Described driving mechanism is arranged on the top of described water-oil separating mechanism.
2. food waste treatment device according to claim 1, is characterized in that, described second dehydration mechanism comprises: fixed axis; Be arranged on two axle sleeves at fixed axis two ends, and fixed axis between two axle sleeves is provided with threaded portion; Be arranged on the support ring of each axle sleeve periphery, one of them support ring has delivery outlet; To be wrapped on two support rings and the water strainer of container cavity will to be formed between two support rings; Be arranged on the fender bracket outside support ring; And the drive motors driving described fixed axis to rotate, the direction of rotation of described fixed axis is the direction advanced to described delivery outlet; Wherein, position relative with the discharging opening of described disintegrating mechanism on water strainer has charging aperture, and this charging aperture is near described equipped at outlet port; The fixed axis being positioned at the outer end place of the support ring with delivery outlet is provided with the baffle ring blocking described delivery outlet, and the outer end of baffle ring is connected with fixed axis by elastic component, and this elastic component is in compressive state; The outer end of described baffle ring is provided with the fastener limiting it and rotate.
3. food waste treatment device according to claim 1, is characterized in that, described primary dewatering mechanism comprises: header tank, spin dryer tube, guide bar and extruding block plate, and the top of described header tank has opening, and bottom has delivery port and discharging opening; Described spin dryer tube being arranged in described header tank along its axial-rotation, and dewatering hole is provided with on the bucket wall of spin dryer tube, and in the bottom of spin dryer tube, there is the feed opening corresponding to discharging opening, described spin dryer tube is connected with described driving mechanism; Described guide bar being axially disposed within it along described spin dryer tube, and extend described header tank downwards by described feed opening and discharging opening; Described extruding block plate is connected on guide bar along the axially movable of guide bar, is provided with return spring between extruding block plate and guide bar.
4. food waste treatment device according to claim 2; it is characterized in that; on the fender bracket of described second dehydration mechanism; the position being positioned at the bottom side of described water strainer is provided with spill water collection sheet; the bottom of described spill water collection sheet is provided with drainage tube, and is half shelly with the tube wall of the drainage tube of the junction of described spill water collection sheet.
5. food waste treatment device according to claim 3, it is characterized in that, described primary dewatering mechanism also comprises: also comprise be close on described spin dryer tube inwall and be positioned at above described extruding block plate hairbrush, described hairbrush comprises: the bristle of the annular coaxially arranged with described spin dryer tube up and down with opening holds cylinder; And be evenly arranged on bristle and hold bristle tuft outside cylinder, the internal diameter that described bristle holds cylinder is less than the external diameter of described extruding block plate, moves downward for making to promote described extruding block plate when driving hairbrush downwards.
6. food waste treatment device according to claim 3, is characterized in that, described dewatering hole is evenly distributed on the lower wall of described spin dryer tube and the bottom of spin dryer tube; On the sidewall of described header tank, the position of the upper side wall of corresponding described spin dryer tube is provided with groove; The axis of the driving shaft of described driving mechanism and the axial consistent of described spin dryer tube, one end of a transport tape is connected on described driving shaft, and the other end is connected to the periphery of the upper side wall of described spin dryer tube, and the periphery of spin dryer tube is provided with the cannelure holding transport tape.
7. food waste treatment device according to claim 3, it is characterized in that, the two ends being up and down positioned at described spin dryer tube in described header tank inside are provided with four bearings rotated and the rotating shaft with bearing hinge joint, each rotating shaft is fixed in header tank, and each bearing is positioned at outside the lateral wall of header tank; Position corresponding with described bearing on the lateral wall of described spin dryer tube has the groove of the lateral wall holding bearing, and the periphery of each bearing is embedded on described spin dryer tube in corresponding groove, and what rotated by described spin dryer tube is stuck in described header tank.
8. food waste treatment device according to claim 5, it is characterized in that, the annular top place of holding cylinder at the bristle of described hairbrush is provided with the drive member driving described hairbrush along the axial downward movement of described spin dryer tube, described drive member comprises: symmetrically arranged two the U-shaped framves in axle center holding cylinder with bristle, the inner end of two U-shaped framves is arranged on the annular top place that described bristle holds cylinder, and outer end is positioned at the outside of described header tank and is passed down through the spacing hole of described moving frame; Connect the first chain of the outer end of U-shaped frame; Coaxially to be arranged on described moving frame and two sprocket wheels of the certain vertical distance in the outer end of distance two U-shaped framves, the axis of sprocket wheel and the direction that hangs of the first chain perpendicular; Each first chain is engaged in the counterclockwise direction from top to bottom and is positioned at below it on corresponding sprocket wheel, and the end winding support of this first chain on the sprocket, the first chain is greater than the distance of the outer bottom of described hairbrush and the interior bottom of spin dryer tube with the distance that corresponding sprocket wheel does not engage; And the pedal to be connected with the wheel shaft of sprocket wheel or handle.
9. food waste treatment device according to claim 8, is characterized in that, the outside wheel shaft of described sprocket wheel being positioned at any one sprocket wheel is connected with a gear; The inner side of gear is connected with the second chain, the second chain from the Inside To Outside of this gear along clockwise direction with this gears meshing, and end hangs downwards; The end of the second chain is provided with a pedal, and one end of pedal is articulated on described moving frame; The distance of described second chain and gears meshing is greater than the distance of the outer bottom of described hairbrush and the interior bottom of spin dryer tube.
10. food waste treatment device according to claim 8, it is characterized in that, the outer end of described U-shaped frame is provided with the reset components driving described U-shaped frame to reset, described reset components comprises at least one return springs, one end of each return springs is fixed in the bottom of described moving frame, the other end is fixed in the outer end of described U-shaped support body, and when described hairbrush moves to described spin dryer tube bottom, described return springs is in compressive state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520961819.4U CN205183310U (en) | 2015-11-29 | 2015-11-29 | Kitchen waste treating device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520961819.4U CN205183310U (en) | 2015-11-29 | 2015-11-29 | Kitchen waste treating device |
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| CN205183310U true CN205183310U (en) | 2016-04-27 |
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| CN201520961819.4U Withdrawn - After Issue CN205183310U (en) | 2015-11-29 | 2015-11-29 | Kitchen waste treating device |
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| Country | Link |
|---|---|
| CN (1) | CN205183310U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327932A (en) * | 2015-11-29 | 2016-02-17 | 穆崇虎 | Kitchen waste processing device |
| CN109675512A (en) * | 2018-12-25 | 2019-04-26 | 哈尔滨瀚钧药业有限公司 | A kind of integrated production line that pharmacy uses |
-
2015
- 2015-11-29 CN CN201520961819.4U patent/CN205183310U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327932A (en) * | 2015-11-29 | 2016-02-17 | 穆崇虎 | Kitchen waste processing device |
| CN105327932B (en) * | 2015-11-29 | 2017-08-22 | 穆崇虎 | A kind of food waste treatment device |
| CN109675512A (en) * | 2018-12-25 | 2019-04-26 | 哈尔滨瀚钧药业有限公司 | A kind of integrated production line that pharmacy uses |
| CN109675512B (en) * | 2018-12-25 | 2021-04-30 | 哈尔滨瀚钧现代制药有限公司 | Integrated production line that pharmacy was used |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160427 Effective date of abandoning: 20170822 |
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| AV01 | Patent right actively abandoned |