CN109231771A

CN109231771A - A kind of sewage disposal device and its application method based on energy circulation

Info

Publication number: CN109231771A
Application number: CN201811215852.7A
Authority: CN
Inventors: 毛方生
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-18
Filing date: 2018-10-18
Publication date: 2019-01-18

Abstract

The invention discloses a kind of sewage disposal devices and its application method based on energy circulation, including work box, a collection space is provided in the work box, a collecting mechanism is provided in the collection space, the linkage space of left end wall connection collection space is provided in the collection space right end wall, it is provided with an accumulation slot in the upper end wall of the linkage space, the extruding slot in right end wall connection linkage space is provided in the accumulation slot right end wall, is provided with a separating mechanism in the work box.This apparatus structure is simple, and it is convenient to operate, and the sludge in sewage can be extracted to simultaneously quantitative collection, it can be used for the production of subsequent organic fertilizer, the organic matter in sewage is utilized while cleaning sewage, has saved mass energy, quantitative collection also eliminates subsequent component step.

Description

A kind of sewage disposal device and its application method based on energy circulation

Technical field

The present invention relates to energy conservation and environmental protection, specially a kind of sewage disposal device and its user based on energy circulation Method.

Background technique

With the development of science and technology the development of society, people are increasing for the demand of the energy, and available energy is that have Limit, therefore for the secondary of the energy, using be at present required for the project that further develops, in sanitary sewage, there is A large amount of organic substance includes mass energy.And in existing sewage disposal device, it is settled by the way that chemistry is anti-simple , without Collection utilization, lose this part resource.

Summary of the invention

The purpose of the present invention is to provide a kind of sewage disposal devices and its application method based on energy circulation, to solve The problems mentioned above in the background art.

To achieve the above object, the invention provides the following technical scheme: a kind of sewage disposal device based on energy circulation And its application method, including work box are provided with a collection space in the work box, a receipts are provided in the collection space Collecting mechanism is provided with the linkage space of left end wall connection collection space, the linkage space in the collection space right end wall It is provided with an accumulation slot in upper end wall, the extruding slot in right end wall connection linkage space is provided in the accumulation slot right end wall, It is provided with a separating mechanism in the work box, a lifter plate, the lifter plate lower end surface are slidably connected in the accumulation slot Right side is fixedly connected with the lifting spring that a lower end is fixedly connected with accumulation slot lower end wall, fixes on the left of the lifter plate lower end surface It is connected with a drive rod, the driving shaft of one with accumulation slot aft bulkhead rotation connection, the active are provided on the left of the drive rod The driving gear that a right end is connected by meshing transmission with drive rod left side, setting on front side of the driving gear are fixedly connected on axis There is a driving pulley being fixedly connected with driving shaft, the biography that a right end wall is connected with accumulation slot is provided on the left of the accumulation slot Dynamic slot, the driving groove aft bulkhead are rotatably connected to a transmission shaft, and one is fixedly connected on the transmission shaft by belt and master The drive pulley of movable belt pulley frictional drive connection, be provided with that a right end wall is connected with driving groove on the left of the driving groove stretches Slot, the drive pulley rear side are provided with a lifting gear being fixedly connected with transmission shaft, run through on the left of the lifting gear and pass It moves slot left end wall and is located in telescopic chute, right end wall connection accumulation slot is provided in the driving groove upper end wall and left end wall passes through The extruded tube of telescopic chute left hand end wall is worn, a upper end is slidably connected in the telescopic chute through the switch of end wall above and below extruded tube Block is provided with the connectivity slot of left hand end wall connection telescopic chute, the switch block in the switch block on the downside of the extruded tube Lower end is fixedly connected with the compression spring that a lower end is fixedly connected with telescopic chute lower end wall, the switch block right side and lifting tooth Wheel left end be connected by meshing transmission, the telescopic chute upper end wall be equipped with a lower end wall be connected with telescopic chute and right end wall with accumulate slot The translation slot being connected, translation slot left end wall are fixedly connected with a ring electromagnet, and translation slot left end wall center is solid Surely it is connected with a translation spring, the translation spring right end is fixedly connected with a stopper, and the stopper left side is fixed to be connected It is connected to a ring electromagnet, the slot that protrudes into of lower end wall connection translation slot is provided in the stopper lower end surface, it is described to protrude into Slot upper end wall is fixedly connected with a stuck spring, and the stuck lower spring end is fixedly connected with a lower end through protruding into slot lower end wall Stuck piece with telescopic chute upper end wall and in telescopic chute, linkage space aft bulkhead is fixedly connected with a driving motor, The driving motor front end face has been connected by power a drive shaft, and a semi-circle gear, the drive are fixedly connected in the drive shaft It is provided with a fixing axle being fixedly connected with linkage space aft bulkhead on the right side of moving axis, is rotatably connected to a left end in the fixing axle The sector gear being connected by meshing transmission with semi-circle gear right end, the sector gear and fixed between centers are provided with a torsion spring, The sector gear upper surface is fixedly connected with an oval block, and it is solid with linkage space aft bulkhead that one is provided on the right side of the fixing axle Surely the jackshaft connected is rotatably connected to an oscillating rod on the jackshaft, is fixedly connected with one on the downside of the oscillating rod left end Pushing block, it is described to accumulate the extruding that left end wall connection accumulation slot and right end wall connection linkage space are provided in slot right end wall Slot, it is described squeeze to be provided with lower end wall connection in slot upper end wall and squeeze slot move slot, described move in slot slidably connect One moves block, it is described move block right side and be fixedly connected with a right end move spring, institute with move that slot right end wall is fixedly connected It states to move block lower end surface and be fixedly connected with a lower end and run through to move slot lower end wall and be located to squeeze in slot and moves bar, it is described to move Bar lower end is fixedly connected with a right end on the left of the crushing block for squeezing slot right end wall and being located in linkage space, the drive shaft It is provided with the universal driving shaft of one with linkage space aft bulkhead rotation connection, is fixedly connected with a right end and half knuckle-tooth on the universal driving shaft The linkage gear that wheel left end is connected by meshing transmission, the linkage gear front side are provided with an initiative taper being fixedly connected with universal driving shaft Gear, linkage space lower end wall are rotatably connected to a linking axis, and the linking axis upper end is fixedly connected with a rear end and master The driven wheel of differential that dynamic bevel gear lower end is connected by meshing transmission, the driven wheel of differential downside are provided with one and fix company with axis is connected The mate gear connect, linking axis left side are provided with the fitted shaft of one with linkage space lower end wall rotation connection, the cooperation The convergence gear that a right end is connected by meshing transmission with mate gear left end, setting on the upside of the convergence gear are fixedly connected on axis There is one to be fixedly connected with fitted shaft and left end is through linkage space left end wall and the rotating bar in collection space, the cooperation Axis upper end is fixedly connected with a left end through collection space right end wall and the positioning gear in collection space；

The method comprises the following steps:

It is first turned on electromagnetic switch, sewage is passed through centrifuge from being passed through in pipeline, centrifuge work, under the action of the centrifugal force, Sludge is flowed out out of sewage draining exit, and purified sewage is discharged out of drainage pipeline, and sludge is accumulative in lifter plate upper surface, is squeezed Lifter plate decline drives switch block to rise so that drive rod be driven to decline under the action of rack-and-pinion and belt, until switch Stuck piece is headed into and is protruded into slot by block, is driven stopper to move right under the action of translating spring and is blocked dirt on sludge lifter plate Mud is not further added by, and centrifuge is closed in lifter plate stop motion at this time；

Then start driving motor, drive drive shaft turns, so that semi-circle gear be driven to rotate, semi-circle gear drives sector first Gear rotates half-turn, and sector gear drives oval block rotation, so that pushing block is pushed to move right, the band movable pendulum under lever principle Lever is swung to the left, so that crushing block is pushed to move downward, the sludge for accumulating lifter plate upper surface under the cooperation of stopper From extruded tube squeeze out, into collecting vessel in be collected, after semi-circle gear half-turn has turned, sector gear torsion spring act under It resets, crushing block is resetted in the case where moving spring effect, and drive shaft continues to rotate half-turn at this time, and pin is driven under the action of gear train Rotation drives sheave to rotate 120 degree under the mating reaction of sheave, so that rotation axis is driven to rotate 120 degree, from And corner block rotates stuck lumpiness, so that collecting vessel is turned on conveyer belt and is carried over, and backup barrel moves to collecting vessel position As container next time, ring electromagnet and ring electromagnet are powered and adsorb, so that stopper moves downward, stuck piece of lower end Stuck in into telescopic chute, ring electromagnet and ring electromagnet power off, and device resets.

Preferably, the collecting mechanism includes sheave, the collection space lower end wall is rotatably connected to a rotation axis, institute It states and is fixedly connected with a sheave in rotation axis, there are three rotation slots using rotation axis as the setting of center array in the sheave, described Positioning gear left end is slidably connected with sheave outer end face, and an arc block, the arc block are fixedly connected in the collection space The annular groove of upper end wall connection collection space is provided in upper surface, annular groove end wall up and down is run through in the rotation axis upper end, It is fixedly connected with a corner block on the corner block positioned in annular groove, is set in the corner block by center array of rotation axis It is equipped with three upper and lower, outer end wall connection annular groove arc grooves, the arc block front left side and the setting on the downside of the arc groove of front side There is the discharge slot of a connection free surrounding space, the conveyer belt of a connection free surrounding space, the right side arc are provided in the discharge slot It is provided with a collecting vessel in shape slot, a backup barrel is provided in the rear side arc groove, is provided on one on the upside of the backup barrel Connection free surrounding space in end puts a barrel pipeline, and the sewage pipe of right end connection extruded tube is provided on the upside of the collecting vessel.

Preferably, the separating mechanism includes electromagnetic switch, a left end is embedded in the work box through accumulation slot Right end wall and the centrifuge being located in accumulation slot, the centrifuge lower end surface being located in accumulation slot are fixedly connected with a blowdown Mouthful, the centrifuge right side is provided with the pipeline that is passed through of a connection free surrounding space and centrifuge, described to be passed through setting in pipeline There is an electromagnetic switch, the drainpipe of a connection free surrounding space and centrifuge is provided on the downside of the centrifuge positioned in work box Road.

Preferably, the translation spring be initially in compressive state and stopper move right closing accumulation slot after it is stuck Block is still in translation slot.

Compared with prior art, the beneficial effects of the present invention are: the present invention work in, open electromagnetic switch, by sewage from It is passed through in pipeline and is passed through centrifuge, centrifuge work, under the action of the centrifugal force, sludge is flowed out out of sewage draining exit, and purified Sewage is discharged out of drainage pipeline, and sludge is accumulative in lifter plate upper surface, lifter plate decline is squeezed, to drive under drive rod Drop drives switch block to rise under the action of rack-and-pinion and belt, until stuck piece is headed into and protruded into slot by switch block, flat It moves under the action of spring and drives stopper to move right to block sludge on sludge lifter plate and be not further added by, lifter plate stop motion, Centrifuge is closed at this time, starts driving motor, drives drive shaft turns, so that semi-circle gear be driven to rotate, semi-circle gear is first Sector gear is driven to rotate half-turn, sector gear drives oval block rotation, to push pushing block to move right, in lever principle Lower drive oscillating rod is swung to the left, to push crushing block to move downward, by lifter plate upper surface heap under the cooperation of stopper Long-pending sludge from extruded tube squeeze out, into collecting vessel in be collected, after semi-circle gear half-turn has turned, sector gear is in torque bullet Spring effect is lower to be resetted, and crushing block is resetted in the case where moving spring effect, and drive shaft continues to rotate half-turn at this time, in the effect of gear train Lower drive pin rotation, drives sheave to rotate 120 degree under the mating reaction of sheave, so that rotation axis be driven to rotate 100 It 20 degree, so that corner block rotates stuck lumpiness, is carried over so that collecting vessel turns on conveyer belt, and backup barrel moves to receipts Collection bucket position is set as container next time, and ring electromagnet and ring electromagnet are powered and adsorb, so that stopper moves downward, card Extremely block lower end enters stuck in telescopic chute, and ring electromagnet and ring electromagnet power off, and device resets, this apparatus structure is simple, It is convenient to operate, and the sludge in sewage can be extracted to simultaneously quantitative collection, can be used for the production of subsequent organic fertilizer, cleaning The organic matter in sewage is utilized while sewage, has saved mass energy, quantitative collection also eliminates subsequent component step.

Detailed description of the invention

Fig. 1 is a kind of main view knot of sewage disposal device and its application method entirety complete section based on energy circulation of the present invention Structure schematic diagram；

Fig. 2 is that a kind of sewage disposal device and its application method intermediate cam block based on energy circulation of the present invention overlooks sectional structure Schematic diagram；

Fig. 3 is that sheave overlooks section view amplification knot in a kind of sewage disposal device and its application method based on energy circulation of the present invention Structure schematic diagram；

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Please refer to Fig. 1-3, a kind of embodiment provided by the invention: it is a kind of based on the energy circulation sewage disposal device and its Application method, including work box 100 are provided with a collection space 101 in the work box 100, set in the collection space 101 It is equipped with a collecting mechanism 107, the linkage of left end wall connection collection space 101 is provided in the 101 right end wall of collection space Space 146 is provided with an accumulation slot 129 in 146 upper end wall of linkage space, is provided in the 129 right end wall of accumulation slot One right end wall is connected to the extruding slot 141 in linkage space 146, and a separating mechanism 170 is provided in the work box 100, described tired A lifter plate 135 is slidably connected in product slot 129, and a lower end and accumulation are fixedly connected on the right side of 135 lower end surface of lifter plate The lifting spring 143 that 129 lower end wall of slot is fixedly connected, 135 lower end surface of the lifter plate left side are fixedly connected with a drive rod 151, the driving shaft 128 of one with accumulation 129 aft bulkhead of slot rotation connection, the driving shaft are provided on the left of the drive rod 151 The driving gear 154 that a right end is connected by meshing transmission with 151 left side of drive rod, the driving gear are fixedly connected on 128 154 front sides are provided with a driving pulley 127 being fixedly connected with driving shaft 128, are provided with a right end on the left of the accumulation slot 129 The driving groove 126 that wall is connected with accumulation slot 129,126 aft bulkhead of driving groove is rotatably connected to a transmission shaft 125, described A drive pulley 123 connecting by belt with 127 frictional drive of driving pulley, the biography are fixedly connected on transmission shaft 125 It is provided with the telescopic chute 115 that a right end wall is connected with driving groove 126 on the left of dynamic slot 126, is arranged on rear side of the drive pulley 123 Have a lifting gear 122 being fixedly connected with transmission shaft 125, on the left of the lifting gear 122 through 126 left end wall of driving groove and In telescopic chute 115, it is provided with right end wall connection accumulation slot 129 in 126 upper end wall of driving groove and left end wall runs through The extruded tube 112 of 115 left hand end wall of telescopic chute slidably connects a upper end in the telescopic chute 115 through about 112 extruded tube The switch block 113 of end wall, it is described that left hand end wall connection telescopic chute is provided in the switch block 113 of 112 downside of extruded tube 115 connectivity slot 161,113 lower end of switch block are fixedly connected with the pressure that a lower end is fixedly connected with 115 lower end wall of telescopic chute Power spring 160,113 right side of switch block are connected by meshing transmission with 122 left end of lifting gear, 115 upper end of telescopic chute Wall is equipped with the translation slot 116 that a lower end wall is connected with telescopic chute 115 and right end wall is connected with accumulation slot 129, the translation 116 left end wall of slot is fixedly connected with a ring electromagnet 114, and the 116 left end wall center of translation slot is fixedly connected with a translation Spring 117,117 right end of translation spring are fixedly connected with a stopper 124, and 124 left side of stopper is fixedly connected There is a ring electromagnet 118, lower end wall connection translation slot 116 is provided in 124 lower end surface of stopper protrudes into slot 119,119 upper end wall of slot that protrudes into is fixedly connected with a stuck spring 121, and stuck 121 lower end of spring is fixedly connected with Stuck piece 120 for protruding into 119 lower end wall of slot and 115 upper end wall of telescopic chute and being located in telescopic chute 115 is run through in one lower end, described Dynamic 146 aft bulkhead of space is fixedly connected with a driving motor 171, and 171 front end face of driving motor has been connected by power a driving Axis 152 is fixedly connected with a semi-circle gear 153 in the drive shaft 152, and one and linkage are provided on the right side of the drive shaft 152 The fixing axle 150 that 146 aft bulkhead of space is fixedly connected is rotatably connected to a left end and semi-circle gear 153 in the fixing axle 150 The sector gear 149 that right end is connected by meshing transmission is provided with a torsion spring between the sector gear 149 and fixing axle 150 148,149 upper surface of sector gear is fixedly connected with an oval block 147, and one and connection are provided on the right side of the fixing axle 150 The jackshaft 142 that 146 aft bulkhead of space is fixedly connected is moved, is rotatably connected to an oscillating rod 144 on the jackshaft 142, it is described It is fixedly connected with a pushing block 145 on the downside of 144 left end of oscillating rod, left end wall company is provided in the 129 right end wall of accumulation slot Logical accumulation slot 129 and right end wall are connected to the extruding slot 141 in linkage space 146, are provided in 141 upper end wall of extruding slot What end wall connection squeezed slot 141 moves slot 136, and described move slidably connects one and move block 138 in slot 136, described to move block 138 right sides are fixedly connected with a right end and move spring 137 with move that 136 right end wall of slot is fixedly connected, described to move block 138 Lower end surface, which is fixedly connected with a lower end, to be run through to move 136 lower end wall of slot and be located to squeeze in slot 141 and moves bar 139, described to move 139 lower end of lever is fixedly connected with a right end through extruding 141 right end wall of slot and is located at the crushing block 140 to link in space 146, The universal driving shaft 155 of one with linkage 146 aft bulkhead of space rotation connection, the universal driving shaft 155 are provided on the left of the drive shaft 152 On be fixedly connected with a right end and linkage gear 157 that 153 left end of semi-circle gear is connected by meshing transmission, the linkage gear 157 Front side is provided with a drive bevel gear 156 being fixedly connected with universal driving shaft 155,146 lower end wall of the linkage space rotation connection There is a linking axis 158,158 upper end of linking axis is fixedly connected with a rear end and 156 lower end of drive bevel gear engaged transmission even The driven wheel of differential 159 connect is provided with one on the downside of the driven wheel of differential 159 and the mate gear that is connected axis 158 and is fixedly connected 172, it is described to be connected the fitted shaft 162 that one with linkage 146 lower end wall of space rotation connection are provided on the left of axis 158, the cooperation The convergence gear 163 that a right end is connected by meshing transmission with 172 left end of mate gear, the linking tooth are fixedly connected on axis 162 163 upside of wheel is provided with one and is fixedly connected with fitted shaft 162 and left end is through linkage 146 left end wall of space and positioned at collection space Rotating bar 165 in 101,162 upper end of fitted shaft are fixedly connected with a left end through 101 right end wall of collection space and are located at Positioning gear 164 in collection space 101；

The method comprises the following steps:

Be first turned on electromagnetic switch 132, sewage be passed through centrifuge 131 from being passed through in pipeline 133, centrifuge 131 works, from Under mental power function, sludge is flowed out out of sewage draining exit 130, and purified sewage is discharged out of drainage pipeline 134, and sludge is being gone up and down 135 upper surface of plate is accumulative, squeezes lifter plate 135 and declines, to drive drive rod 151 to decline, in rack-and-pinion and the work of belt Risen with lower drive switch block 113, until stuck piece 120 is headed into and protruded into slot 119 by switch block 113, in translation spring 117 Effect is lower to be driven stopper 124 to move right to block sludge on sludge lifter plate 135 and be not further added by, 135 stop motion of lifter plate, Centrifuge 131 is closed at this time；

Then start driving motor 171, drive shaft 152 is driven to rotate, so that semi-circle gear 153 is driven to rotate, semi-circle gear 153 First drive sector gear 149 rotate half-turn, sector gear 149 drive oval block 147 rotate, thus push pushing block 145 to Right movement drives oscillating rod 144 to swing to the left, to push crushing block 140 to move downward, in stopper under lever principle Under 124 cooperation by 135 upper surface of lifter plate accumulate sludge squeezed out from extruded tube 112, into collecting vessel 110 in received Collection, after 153 half-turn of semi-circle gear has turned, sector gear 149 resets under the effect of torsion spring 148, and crushing block 140 is moving bullet The effect of spring 137 is lower to be resetted, and drive shaft 152 continues to rotate half-turn at this time, drives pin 166 to rotate under the action of gear train, in slot Sheave 102 is driven to rotate 120 degree under the mating reaction of wheel, so that rotation axis 168 is driven to rotate 120 degree, thus Corner block 106 rotates stuck piece 120 degree, is carried over so that collecting vessel 110 turns on conveyer belt 169, and backup barrel 103 moves It is powered and adsorbs as container next time, ring electromagnet 114 and ring electromagnet 118 to 110 position of collecting vessel, so that stopping Block 124 moves downward, and stuck piece of 120 lower ends enter stuck in telescopic chute 115, and ring electromagnet 114 and ring electromagnet 118 are disconnected Electricity, device reset.

Valuably, the collecting mechanism 107 includes sheave 102, and 101 lower end wall of collection space is rotatably connected to one turn Moving axis 168, is fixedly connected with a sheave 102 in the rotation axis 168, with rotation axis 168 for center array in the sheave 102 There are three rotation slot 167,164 left ends of positioning gear to be slidably connected with 102 outer end face of sheave for setting, the collection space It is fixedly connected with an arc block 104 in 101, upper end wall connection collection space 101 is provided in 104 upper surface of arc block Annular groove 105,168 upper end of rotation axis run through about 105 end wall of annular groove, it is described be located at annular groove 105 in triangle A corner block 106 is fixedly connected on block 106, be provided on three with rotation axis 168 for center array in the corner block 106, Under, the arc groove 109 of outer end wall connection annular groove 105,104 front left side of arc block and be located at the downside of front side arc groove 109 It is provided with the discharge slot 173 of a connection free surrounding space, the conveyer belt of a connection free surrounding space is provided in the discharge slot 173 169, a collecting vessel 110 is provided in the right side arc groove 109, is provided with a backup barrel in the rear side arc groove 109 103, connection free surrounding space in a upper end is provided on the upside of the backup barrel 103 puts barrel pipeline 108,110 upside of collecting vessel It is provided with the sewage pipe 111 of right end connection extruded tube 112.

Valuably, the separating mechanism 170 includes electromagnetic switch 132, is embedded with a left end in the work box 100 and runs through The centrifuge 131 accumulating 129 right end wall of slot and being located in accumulation slot 129, it is described under the centrifuge 131 accumulated in slot 129 End face is fixedly connected with a sewage draining exit 130, and 131 right side of centrifuge is provided with a connection free surrounding space and centrifuge 131 Be passed through pipeline 133, described be passed through in pipeline 133 is provided with an electromagnetic switch 132, the centrifugation in the work box 100 The drainage pipeline 134 of a connection free surrounding space Yu centrifuge 131 is provided on the downside of machine 131.

Valuably, the translation spring 117 is initially in compressive state and stopper 124 moves right closing accumulation slot It is still in translation slot 116 for stuck piece 120 after 129, the purpose is to device is smoothly resetted.

Specifically used mode: the present invention work in, open electromagnetic switch 132, by sewage from be passed through in pipeline 133 be passed through from Scheming 131, centrifuge 131 work, and under the action of the centrifugal force, sludge is flowed out out of sewage draining exit 130, and purified sewage is from row Discharge in waterpipe 134, sludge is accumulative in 135 upper surface of lifter plate, squeezes lifter plate 135 and declines, to drive drive rod 151 Decline drives switch block 113 to rise under the action of rack-and-pinion and belt, until stuck piece 120 is headed into and stretched by switch block 113 Enter in slot 119, drives stopper 124 to move right under the action of translating spring 117 and block on sludge lifter plate 135 sludge not It is further added by, 135 stop motion of lifter plate, closes centrifuge 131 at this time, start driving motor 171, drive shaft 152 is driven to rotate, To drive semi-circle gear 153 to rotate, semi-circle gear 153 drives sector gear 149 to rotate half-turn, 149 band of sector gear first Dynamic oval block 147 rotates, so that pushing block 145 be pushed to move right, drives oscillating rod 144 to swing to the left under lever principle, To pushing crushing block 140 to move downward, by the sludge of 135 upper surface of lifter plate accumulation from squeezing under the cooperation of stopper 124 Pressure pipe 112 squeeze out, into collecting vessel 110 in be collected, after 153 half-turn of semi-circle gear has turned, sector gear 149 is in torque bullet The effect of spring 148 is lower to be resetted, and crushing block 140 is resetted in the case where moving spring 137 and acting on, and drive shaft 152 continues to rotate half-turn at this time, It drives pin 166 to rotate under the action of gear train, drives sheave 102 to rotate 120 degree under the mating reaction of sheave, thus Rotation axis 168 is driven to rotate 120 degree, so that corner block 106 rotates stuck piece 120 degree, so that collecting vessel 110 turns to It is carried on conveyer belt 169, and backup barrel 103 moves to 110 position of collecting vessel as container next time, ring electromagnet 114 are powered with ring electromagnet 118 adsorbs, so that stopper 124 moves downward, stuck piece of 120 lower ends enter in telescopic chute 115 Stuck, ring electromagnet 114 and ring electromagnet 118 power off, and device resets, this apparatus structure is simple, and it is convenient to operate, can will Sludge in sewage extracts and quantitative collection, can be used for the production of subsequent organic fertilizer, utilizes while cleaning sewage Organic matter in sewage, has saved mass energy, quantitative collection also eliminates subsequent component step.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.

Claims

1. a kind of sewage disposal device and its application method based on energy circulation, including work box, it is characterised in that: the work Make to be provided with a collection space in case, a collecting mechanism is provided in the collection space, is set in the collection space right end wall It is equipped with the linkage space of left end wall connection collection space, an accumulation slot is provided in the upper end wall of the linkage space, it is described tired It is provided with the extruding slot in right end wall connection linkage space in product slot right end wall, is provided with a separating mechanism in the work box, A lifter plate is slidably connected in the accumulation slot, is fixedly connected under a lower end and accumulation slot on the right side of the lifter plate lower end surface The lifting spring that end wall is fixedly connected, the lifter plate lower end surface left side are fixedly connected with a drive rod, the drive rod left side It is provided with the driving shaft of one with accumulation slot aft bulkhead rotation connection, a right end is fixedly connected on the driving shaft and drive rod is left The driving gear that end face is connected by meshing transmission, the driving gear front side are provided with a main belt being fixedly connected with driving shaft Wheel, accumulation slot left side are provided with the driving groove that a right end wall is connected with accumulation slot, and the driving groove aft bulkhead rotation connects It is connected to a transmission shaft, a transmission belt connecting by belt with driving pulley frictional drive is fixedly connected on the transmission shaft Wheel, the driving groove left side are provided with the telescopic chute that a right end wall is connected with driving groove, are provided on rear side of the drive pulley One lifting gear being fixedly connected with transmission shaft, the lifting gear left side is through driving groove left end wall and is located in telescopic chute, The extruded tube that a right end wall is connected to accumulation slot and left end wall runs through telescopic chute left hand end wall is provided in the driving groove upper end wall, A upper end is slidably connected in the telescopic chute through the switch block of end wall above and below extruded tube, the opening on the downside of extruded tube The connectivity slot that left hand end wall connection telescopic chute is provided in block is closed, the switch block lower end is fixedly connected with a lower end and stretches The compression spring that slot lower end wall is fixedly connected, the switch block right side is connected by meshing transmission with lifting gear left end, described to stretch Contracting slot upper end wall is equipped with the translation slot that a lower end wall is connected with telescopic chute and right end wall is connected with accumulation slot, the translation slot Left end wall is fixedly connected with a ring electromagnet, and translation slot left end wall center is fixedly connected with a translation spring, described flat It moves spring right end and is fixedly connected with a stopper, the stopper left side is fixedly connected with a ring electromagnet, the blocking Lower end wall connection translation slot is provided in block lower end surface protrudes into slot, and the slot upper end wall that protrudes into is fixedly connected with a stuck bullet Spring, the stuck lower spring end are fixedly connected with a lower end through protruding into slot lower end wall and telescopic chute upper end wall and be located at telescopic chute Interior stuck piece, linkage space aft bulkhead are fixedly connected with a driving motor, and the driving motor front end face is connected by power There is a drive shaft, a semi-circle gear is fixedly connected in the drive shaft, one and linkage space are provided on the right side of the drive shaft The fixing axle that aft bulkhead is fixedly connected is rotatably connected to a left end in the fixing axle and is connected by meshing transmission with semi-circle gear right end Sector gear, the sector gear and fixed between centers be provided with a torsion spring, and the sector gear upper surface is fixedly connected There is an oval block, a jackshaft being fixedly connected with linkage space aft bulkhead, the jackshaft are provided on the right side of the fixing axle On be rotatably connected to an oscillating rod, a pushing block is fixedly connected on the downside of the oscillating rod left end, in the accumulation slot right end wall It is provided with the extruding slot of left end wall connection accumulation slot and right end wall connection linkage space, is provided in the extruding slot upper end wall What the connection of one lower end wall squeezed slot moves slot, and described move slidably connects one and move block in slot, and described to move block right side solid Surely it is connected with a right end and moves spring with move that slot right end wall is fixedly connected, the block lower end surface of moving is fixedly connected with It holds through moving slot lower end wall and being located at the bar that moves squeezed in slot, the bar lower end of moving is fixedly connected with a right end through crowded Indent right end wall and the crushing block being located in linkage space, the drive shaft left side are provided with one and linkage space aft bulkhead rotation The universal driving shaft of connection is fixedly connected with a right end on the universal driving shaft and linkage tooth that semi-circle gear left end is connected by meshing transmission Wheel, the linkage gear front side are provided with a drive bevel gear being fixedly connected with universal driving shaft, and the linkage space lower end wall turns Dynamic to be connected with a linking axis, the linking axis upper end is fixedly connected with what a rear end was connected by meshing transmission with drive bevel gear lower end Driven wheel of differential is provided with one on the downside of the driven wheel of differential and the mate gear that is connected axis and is fixedly connected, the linking axis left side Side is provided with the fitted shaft of one with linkage space lower end wall rotation connection, is fixedly connected with a right end and cooperation in the fitted shaft The convergence gear that gear left end is connected by meshing transmission is provided with one on the upside of the convergence gear and is fixedly connected with fitted shaft and left end Through linkage space left end wall and the rotating bar in collection space, the fitted shaft upper end is fixedly connected with a left end and runs through Collection space right end wall and the positioning gear being located in collection space；

The method comprises the following steps:

2. a kind of sewage disposal device and its application method, feature based on energy circulation according to claim 1 exists In: the collecting mechanism includes sheave, and the collection space lower end wall is rotatably connected to a rotation axis, is fixed in the rotation axis Be connected with a sheave, using rotation axis be the setting of center array there are three rotation slot in the sheave, the positioning gear left end and Sheave outer end face is slidably connected, and an arc block is fixedly connected in the collection space, is provided in the arc block upper surface One upper end wall is connected to the annular groove of collection space, and the rotation axis upper end is described to be located at annular groove through end wall above and below annular groove A corner block is fixedly connected on interior corner block, the corner block is interior to be provided with three above and below, outside by center array of rotation axis End wall is connected to the arc groove of annular groove, the arc block front left side and is located on the downside of the arc groove of front side that be provided with a connection extraneous empty Between discharge slot, be provided with the conveyer belt of a connection free surrounding space in the discharge slot, be provided with one in the right side arc groove Collecting vessel is provided with a backup barrel in the rear side arc groove, and connection free surrounding space in a upper end is provided on the upside of the backup barrel Put a barrel pipeline, the sewage pipe of right end connection extruded tube is provided on the upside of the collecting vessel.

3. a kind of sewage disposal device and its application method, feature based on energy circulation according to claim 1 exists In: the separating mechanism includes electromagnetic switch, and a left end is embedded in the work box through accumulation slot right end wall and is located at tired Centrifuge in product slot, the centrifuge lower end surface being located in accumulation slot are fixedly connected with a sewage draining exit, and the centrifuge is right What end face was provided with a connection free surrounding space and centrifuge is passed through pipeline, and described be passed through in pipeline is provided with an electromagnetic switch, institute Rheme is provided with the drainage pipeline of a connection free surrounding space and centrifuge on the downside of the centrifuge in work box.

4. a kind of sewage disposal device and its application method, feature based on energy circulation according to claim 1 exists In: the translation spring is initially in compressive state and stopper moves right and is still in translation for stuck piece after closing accumulation slot In slot.