CN110170203A - A kind of ammonia nitrogen detection reagent and its detection processing method - Google Patents
A kind of ammonia nitrogen detection reagent and its detection processing method Download PDFInfo
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- CN110170203A CN110170203A CN201910482895.XA CN201910482895A CN110170203A CN 110170203 A CN110170203 A CN 110170203A CN 201910482895 A CN201910482895 A CN 201910482895A CN 110170203 A CN110170203 A CN 110170203A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/04—Combinations of filters with settling tanks
- B01D36/045—Combination of filters with centrifugal separation devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B04—CENTRIFUGAL APPARATUS OR MACHINES FOR CARRYING-OUT PHYSICAL OR CHEMICAL PROCESSES
- B04B—CENTRIFUGES
- B04B1/00—Centrifuges with rotary bowls provided with solid jackets for separating predominantly liquid mixtures with or without solid particles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B04—CENTRIFUGAL APPARATUS OR MACHINES FOR CARRYING-OUT PHYSICAL OR CHEMICAL PROCESSES
- B04B—CENTRIFUGES
- B04B7/00—Elements of centrifuges
- B04B7/08—Rotary bowls
- B04B7/18—Rotary bowls formed or coated with sieving or filtering elements
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
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Abstract
The invention discloses a kind of ammonia nitrogen detection reagent and its detection processing methods, including work box, a working space is provided in the work box, a linkage space is provided in the working space lower end wall, it is provided with the intake chamber of left end wall connection working space and right end wall connection free surrounding space in the working space right end wall, is provided with a water inlet electromagnetic switch in the intake chamber；This apparatus structure is simple, it is convenient to operate, the sediment of the liquid of pending processing and the reaction production of ammonia nitrogen compound box microcosmic salt can be subjected to quick filtering of pressurizeing, and the dynamic filtering of centrifugal drying is carried out after pressure filtration, residual liquid can all be collected, and then the rate of filtration can be accelerated, and be filtered to greatest extent.
Description
Technical field
The present invention relates to ammonia nitrogen detection and solid-liquid separation technique fields, at specially a kind of ammonia nitrogen detection reagent and its detection
Reason method.
Background technique
There is high ammonia-nitrogen content in the sewage that many chemical fertilizer factories and Medicine Factory are discharged, direct emission can be to underground
The moisture in water and ground river causes greatly to pollute, and therefore, needs sewage to carry out ammonia nitrogen detection before being discharged, simultaneously
A large amount of solid waste, when being discharged, solid-state in order to prevent can also be contained in the sewage that chemical fertilizer factory and Medicine Factory are discharged
Waste fermentation generates ammonia nitrogen compound and needs to be filtered it, while microcosmic salt and magnesium salts is added in ammonia nitrogen water and carries out to ammonia nitrogen
Sediment can be also generated after removal, is equally also obtained in discharge and sediment is filtered, therefore, the present invention is directed to design one
The device that kind can be filtered the sediment of waste rubbish and reaction generation in ammonia nitrogen waste water.
Summary of the invention
The purpose of the present invention is to provide a kind of ammonia nitrogen detection reagent and its detection processing methods, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the invention provides the following technical scheme: a kind of ammonia nitrogen detection reagent and its detection processing side
Method, including work box are provided with a working space in the work box, and linkage sky is provided in the working space lower end wall
Between, the water inlet of left end wall connection working space and right end wall connection free surrounding space is provided in the working space right end wall
Slot is provided with a water inlet electromagnetic switch in the intake chamber, and the working space upper end wall is fixedly connected with a driving motor, institute
It states driving motor lower end surface and has been connected by power a drive shaft, the drive shaft lower end is fixedly connected with a drive block, the driving
It is provided with the elastic groove of lower end wall connection working space in block lower end surface, is provided with a linkage mechanism in the working space,
It is provided with an elevating mechanism on the downside of the linkage mechanism, a mating groove, the mating groove are provided in the elastic groove upper end wall
Interior to be slidably provided with a connecting block, the connecting block lower end surface is fixedly connected with a lower end through mating groove lower end wall and bullet
Property the slot upper end wall and linking axis that is located in elastic groove, be provided with lower end wall connection elastic groove in the linking axis lower end surface
Connecting groove slidably connects a lower end in the connecting groove through connecting groove lower end wall and the telescopic block that is located in elastic groove, institute
That states that telescopic block upper end is fixedly connected with that a upper end and connecting groove upper end wall be fixedly connected is connected spring, and the telescopic block lower end is solid
Surely a lower end is connected with to be arranged in elastic groove lower end wall and the coordinating block in working space, the coordinating block lower end surface
There is the lifting groove of lower end wall connection working space, the lifting groove upper end wall is fixedly connected with a lifting spring, the lifting
Lower spring end is fixedly connected with a square block, is symmetrically arranged with an end wall close to driving motor in the lifting groove left hand end wall
It is connected to the telescopic chute of lifting groove, left side telescopic chute left end is fixedly connected with an adjustable spring, and the adjustable spring right end is solid
Surely it is connected with a corner block, the promotion slot of connection elastic groove on the upside of a left end wall is provided in the telescopic chute upper end wall, it is described
It pushes and slidably connects a pushing block in slot, fixed on the upside of corner block left side by rope on the downside of the pushing block left side
Connection, pushing block left side center are fixedly connected with the push the spring that a left end is fixedly connected with promotion slot left end wall, institute
It states and is fixedly connected with one stuck piece on the upside of pushing block left side, one is symmetrically arranged in the left hand end wall close to driving motor
Base end wall is connected to the stuck slot of elastic groove, and an annular groove is provided in the work box inner end wall, and bilateral symmetry is sliding in the annular groove
Dynamic to be connected with a spill spin block, the spill spin block is fixedly connected with one close to the end face of driving motor and passes through close to one end of driving motor
The swingle wearing the end wall of annular groove and being located in working space, the left and right sides swingle are jointly solid close to one end of driving motor
Surely it is connected with a centrifugal barrel, the centrifugal barrel is provided with the eccentric groove of upper end wall connection working space, the centrifugation trough end wall
It is inside provided with the filter hole of several inner end wall connection eccentric grooves and outer end wall connection working space, the linkage space lower end wall turns
The dynamic upper end that is connected with is described to be located at through linkage space upper end wall and eccentric groove lower end wall and the centrifugal shaft in eccentric groove
A sector gear is fixedly connected on centrifugal shaft in linkage space, it is right in described centrifugal shaft in eccentric groove or so end face
Claim the dovetail groove for being provided with an end wall connection eccentric groove far from driving motor, is symmetrically arranged in the centrifugal barrel left hand end wall
One left and right, lower end wall connection working space swivelling chute, the left side elastic groove aft bulkhead are fixedly connected with a positioning rod, institute
It states and is rotatably connected to a returning face plate in locating rod, a torsion spring, the returning face plate are provided between the returning face plate and locating rod
It is provided with the blocking slot of upper end wall connection eccentric groove in upper surface, is provided with the one end close to centrifugal shaft in the blocking slot
The drive block being fixedly connected with centrifugal shaft, it is described linkage space left hand end wall in be symmetrically arranged with one close to centrifugal shaft end wall connect
Communications and liaison move the spring groove in space, and the left side spring groove lower end wall is fixedly connected with a ring electromagnet, the left side spring groove
Lower end wall center is fixedly connected with a magnet spring, and the magnet spring upper end is fixedly connected with one and is slidably connected with spring groove
Magnetic block, the magnetic block lower end surface are fixedly connected with a ring electromagnet, and the magnetic block right side is fixedly connected with a right side
End is through spring groove right end wall and is located at the drive rod to link in space, and the drive rod right end, which is fixedly connected with a upper end, to be run through
The bearing rod for the space upper end wall and working space lower end wall of linking, the bearing rod lower end is fixedly connected with a right end and sector
The driving gear that wheel left end is connected by meshing transmission, it is described to drive the channel that about one end wall connection linkage space is provided in gear
Slot, the driving gear lower end surface center is fixedly connected with the shaft of a lower end and the space lower end wall rotation connection that links, described
The sump pit of upper end wall connection working space and lower end wall connection free surrounding space is provided in the wall of left side spring groove left end, it is described
A discharge electromagnetic switch is provided in sump pit；
The method comprises the following steps:
The mixture of the required solution for carrying out NH_3-N treating and microcosmic salt box magnesium salts is poured into first and then passes through filtering in eccentric groove
Hole flows into working space and enters in sump pit, at this point, starting driving motor, drives drive shaft turns, to drive driving
Block rotation drives coordinating block decline under the action of gear train and rack-and-pinion, and coordinating block decline, which squeezes, accelerates liquid in eccentric groove
The filtering of body is discharged, until square block is contacted with dovetail groove, square block is pushed upwardly, until corner block is detached from the resistance of square block
It keeps off and enters in swingle, while corner block moves right, pushing block is driven to move downward, so that stuck piece enters in stuck slot
Stuck, rack bar drops to the position for being just detached from convergence gear engagement at this time, and under the action of being connected spring, coordinating block is no longer
Decline, the holding of rack bar moment are engaged with convergence gear, and drive block is in stuck slot and stuck piece of stuck lower drive coordinating block
Rotation, coordinating block is in corner block and stuck lower the drives dovetail groove rotation of filter hole, so that centrifugal barrel be driven to rotate, to having squeezed
It filters the remainder finished and carries out centrifugal rotation filtering, solution needed for residue is got rid of in working space, open discharge electromagnetism
Required solution is discharged switch, and centrifugal shaft rotation drives sector gear rotation, and sector gear every revolution drives sliding tooth rotation
Dynamic certain angle, until channel slot turns to bearing rod upper end, bearing rod moves downwardly to load under the action of magnet spring
Bar upper surface is located on the downside of sector gear lower end surface, at this point, returning face plate, in solid block gravity lower swing, fixed block is fallen to
In working space；
Then sheet reset is overturn under torsion spring effect after solid has been fallen, water inlet electromagnetic switch is opened, in intake chamber
It is passed through water, the solid in working space is gone out out of sump pit, solid, ring electromagnet and ring electromagnetism Tie Tong are gone out in collection
Electric mutual exclusion, the spring-go position on bearing rod when channel slot moves on the upside of bearing rod, when channel slot is moved out bearing rod, load
Bar resets, reverse starting driving motor, and coordinating block is driven to rise, and corner block is detached from the stuck of dovetail groove, and centrifugal shaft stops operating,
Coordinating block continues to rise to the extruding that square block is detached from centrifugal shaft, and square block resets under lifting spring effect and pushes telescopic chute
It resets to the left, stuck piece is detached from the stuck reset of stuck slot under push the spring effect, and coordinating block stops operating, and continues to rise multiple
Driving motor is closed in position, and ring electromagnet and ring electromagnet power off, and device resets.
Preferably, the linkage mechanism includes rotation bevel gear, a upper end and work are provided on the left of the driving motor
Make the universal driving shaft of space upper end wall rotation connection, is fixedly connected with a right end on the universal driving shaft and engages biography with drive block left side
The mate gear of dynamic connection, the universal driving shaft lower end are fixedly connected with a linkage bevel gear, are provided on the right side of the driving motor
The fitted shaft of one upper end and the rotation connection of working space upper end wall, the fitted shaft lower end is fixedly connected with a rotation bevel gear.
Preferably, the elevating mechanism includes convergence gear, described coordinating block in working space or so end face
It is inside symmetrically arranged with the annular groove of an end wall connection working space far from driving motor, is slidably connected in the right circular slot
There is a support rod, the support rod right side is fixedly connected with a right end through annular groove right end wall and is located in working space
Support rod, the support rod right end are fixedly connected with the rack bar that a upper end is run through elastic groove lower end wall and is located in elastic groove,
The stopper that a rear end is fixedly connected with working space, the work are provided on rear side of the rack bar positioned in working space
Space aft bulkhead is rotatably connected to a rotary shaft, and a left end is fixedly connected in the rotary shaft with rack bar right end wall and engages biography
The convergence gear of dynamic connection, the convergence gear front side are provided with a upper end and rotate the rank that bevel gear rear end is connected by meshing transmission
Bevel gear is connect, the left side linking bevel gear upper end is connected by meshing transmission with linkage bevel gear rear end.
Compared with prior art, the beneficial effects of the present invention are: in present invention work, the molten of NH_3-N treating is carried out by required
The mixture of liquid and microcosmic salt box magnesium salts, which pours into, then to be flowed into working space by filter hole in eccentric groove and is entered in sump pit,
At this point, starting driving motor, drives drive shaft turns, to drive drive block to rotate, in the effect of gear train and rack-and-pinion
Under, coordinating block decline is driven, coordinating block decline squeezes the filtering discharge for accelerating centrifugation tank liquid, until square block and dovetail groove
Contact, square block are pushed upwardly, until corner block is detached from the blocking of square block and enters in swingle, while corner block is to the right
Movement drives pushing block to move downward, so that stuck in the stuck piece of stuck slot of entrance, rack bar, which drops to, at this time is just detached from rank
The position of gear engagement is connect, under the action of being connected spring, coordinating block no longer declines, and the rack bar moment keeps and convergence gear
Engagement, drive block are rotated in stuck slot and stuck piece of stuck lower drive coordinating block, and coordinating block is stuck with filter hole in corner block
Lower drive dovetail groove rotation carries out centrifugal rotation to the remainder that filtering finishes has been squeezed so that centrifugal barrel be driven to rotate
Filtering, solution needed for residue is got rid of in working space, opens discharge electromagnetic switch and required solution is discharged, centrifugal shaft rotates band
Dynamic sector gear rotation, sector gear every revolution drives sliding tooth wheel to turn an angle, until channel slot turns to load
Bar upper end, bearing rod moves downwardly to bearing rod upper surface and is located on the downside of sector gear lower end surface under the action of magnet spring,
At this point, returning face plate, in solid block gravity lower swing, fixed block is fallen in working space, in torque after solid has been fallen
Spring effect is lower to overturn sheet reset, opens water inlet electromagnetic switch, water is passed through in intake chamber, by the solid in working space from row
It is gone out in liquid bath, solid, ring electromagnet and the energization mutual exclusion of ring electromagnet are gone out in collection, when channel slot moves on bearing rod
Spring-go position on bearing rod when side, when channel slot is moved out bearing rod, bearing rod resets, reverse starting driving motor, drives
Coordinating block rise, corner block be detached from dovetail groove it is stuck, centrifugal shaft stops operating, coordinating block continue to rise to square block be detached from from
The extruding of mandrel, square block reset under lifting spring effect and telescopic chute are pushed to reset to the left, and stuck piece is made in push the spring
With the lower stuck reset for being detached from stuck slot, coordinating block stops operating, and continues to rise reset, closes driving motor, ring electromagnet
It is powered off with ring electromagnet, device resets, this apparatus structure is simple, and it is convenient to operate, can be by the liquid and ammonia of pending processing
The sediment of nitrogen compound box microcosmic salt reaction production carries out quick filtering of pressurizeing, and carries out centrifugal drying after pressure filtration and moved
Filter, can all collect residual liquid, and then can accelerate the rate of filtration, and be filtered to greatest extent.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of a kind of ammonia nitrogen detection reagent of the present invention and its detection processing method entirety complete section.
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.
Referring to Fig. 1, a kind of embodiment provided by the invention: a kind of ammonia nitrogen detection reagent and its detection processing method, packet
Work box 100 is included, a working space 101 is provided in the work box 100, is provided in 101 lower end wall of working space
One linkage space 152, left end wall connection working space 101 is provided in the 101 right end wall of working space and right end wall connects
Lead to the intake chamber 165 of free surrounding space, is provided with a water inlet electromagnetic switch 166, the working space 101 in the intake chamber 165
Upper end wall is fixedly connected with a driving motor 133, and 133 lower end surface of driving motor has been connected by power a drive shaft 134, described
134 lower end of drive shaft is fixedly connected with a drive block 131, and lower end wall connection work is provided in 131 lower end surface of drive block
Make the elastic groove 130 in space 101, a linkage mechanism 169,169 downside of linkage mechanism are provided in the working space 101
It is provided with an elevating mechanism 164, a mating groove 132 is provided in 130 upper end wall of elastic groove, it can in the mating groove 132
Sliding is provided with a connecting block 135, and 135 lower end surface of connecting block is fixedly connected with a lower end through 132 lower end of mating groove
Wall is connected axis 136 with 130 upper end wall of elastic groove and in elastic groove 130, is provided with one in 136 lower end surface of linking axis
Lower end wall is connected to the connecting groove 138 of elastic groove 130, and a lower end is slidably connected in the connecting groove 138 under connecting groove 138
End wall and the telescopic block 139 being located in elastic groove 130,139 upper end of telescopic block is fixedly connected with a upper end and connecting groove 138
The linking spring 137 that upper end wall is fixedly connected, 139 lower end of telescopic block are fixedly connected with a lower end under elastic groove 130
End wall and the coordinating block 121 being located in working space 101 are provided with lower end wall connection work in 121 lower end surface of coordinating block
Make the lifting groove 119 in space 101,119 upper end wall of lifting groove is fixedly connected with a lifting spring 120, the lifting spring
120 lower ends are fixedly connected with a square block 115, are symmetrically arranged with one close to driving motor in 119 left hand end wall of lifting groove
The telescopic chute 116 of 133 end wall connection lifting groove 119,116 left end of left side telescopic chute is fixedly connected with an adjustable spring
117,117 right end of adjustable spring is fixedly connected with a corner block 118, and a left side is provided in 116 upper end wall of telescopic chute
It is connected to the promotion slot 127 of elastic groove 130 on the upside of end wall, slidably connects a pushing block 123 in the promotion slot 127, it is described to push away
It is fixedly connected on the upside of 118 left side of corner block by rope on the downside of 123 left side of motion block, in 123 left side of pushing block
The heart is fixedly connected with the push the spring 126 that a left end is fixedly connected with promotion 127 left end wall of slot, 123 left side of pushing block
Upside is fixedly connected with one stuck piece 128, and a base end wall close to driving motor 133 is symmetrically arranged in 13 left hand end wall
It is connected to the stuck slot 125 of elastic groove 130, an annular groove 108, a left side in the annular groove 108 are provided in 100 inner end wall of work box
The right side symmetrically slidably connects a spill spin block 109, and the spill spin block 109 is fixedly connected with one close to the end face of driving motor 133 and leans on
End wall of the one end of nearly driving motor 133 through annular groove 108 and the swingle 110 in working space 101, the left and right sides
Swingle 110 is fixedly connected with a centrifugal barrel 114 close to one end of driving motor 133 jointly, and the centrifugal barrel 114 is provided with one
Upper end wall is connected to the eccentric groove 113 of working space 101, and several inner end wall connection centrifugations are provided in 113 end wall of eccentric groove
The filter hole 112 of slot 113 and outer end wall connection working space 101,152 lower end wall of linkage space are rotatably connected to a upper end
It is described to be located at connection through linkage 152 upper end wall of space and 113 lower end wall of eccentric groove and the centrifugal shaft 149 in eccentric groove 113
A sector gear 150, the centrifugal shaft in eccentric groove 113 are fixedly connected on centrifugal shaft 149 in dynamic space 152
Be symmetrically arranged in 149 or so end faces one far from driving motor 133 end wall connection eccentric groove 113 dovetail groove 111, it is described from
Left and right, lower end wall connection working space 101 a swivelling chute 103, the left side are symmetrically arranged in 114 left hand end wall of heart bucket
130 aft bulkhead of elastic groove is fixedly connected with a positioning rod 106, and a returning face plate 107, institute are rotatably connected in the locating rod 106
It states and is provided with a torsion spring 104 between returning face plate 107 and locating rod 106, be provided with a upper end in 107 upper surface of returning face plate
Wall is connected to the blocking slot 105 of eccentric groove 113, is provided with the one end and centrifugal shaft close to centrifugal shaft 149 in the blocking slot 105
149 drive blocks 102 being fixedly connected are symmetrically arranged with one close to the end of centrifugal shaft 149 in 152 left hand end wall of the linkage space
The spring groove 157 in wall connection linkage space 152,157 lower end wall of left side spring groove are fixedly connected with a ring electromagnet
156, the 157 lower end wall center of left side spring groove is fixedly connected with a magnet spring 158, and 158 upper end of magnet spring is solid
Surely it is connected with a magnetic block 160 being slidably connected with spring groove 157,160 lower end surface of magnetic block is fixedly connected with a ring
Electromagnet 159,160 right side of magnetic block are fixedly connected with a right end through 157 right end wall of spring groove and are located at linkage sky
Between drive rod 155 in 152,155 right end of drive rod is fixedly connected with a upper end through linkage 152 upper end wall of space and work
Make the bearing rod 163 of 101 lower end wall of space, 163 lower end of bearing rod is fixedly connected with a right end and 150 left end of sector gear
The driving gear 153 being connected by meshing transmission, described drive are provided with about one end wall connection linkage space 152 in gear 153
Channel slot 151, the 153 lower end surface center of driving gear is fixedly connected with a lower end and linkage 152 lower end wall of space rotation connects
The shaft 154 connect, upper end wall connection working space 101 is provided in the 157 left end wall of left side spring groove and lower end wall connects
Lead to the sump pit 162 of free surrounding space, is provided with a discharge electromagnetic switch 161 in the sump pit 162；
The method comprises the following steps:
The mixture of the required solution for carrying out NH_3-N treating and microcosmic salt box magnesium salts is poured into eccentric groove 113 first and was then passed through
Filter opening 112 flows into working space 101 and enters in sump pit 162, at this point, starting driving motor 133, drives drive shaft 134
Rotation under the action of gear train and rack-and-pinion, drives coordinating block 121 to decline, cooperation so that drive block 131 be driven to rotate
The decline of block 121 squeezes the filtering discharge for accelerating liquid in eccentric groove 113, until square block 115 is contacted with dovetail groove 111, it is rectangular
Block 115 is pushed upwardly, until corner block 118 is detached from the blocking of square block 115 and enters in swingle 110, while corner block
118 move right, and pushing block 123 is driven to move downward, so that entering stuck in stuck slot 125, rack bar at this time for stuck piece 128
140 drop to just be detached from convergence gear 145 engagement position, under the action of being connected spring 137, coordinating block 121 no longer under
Drop, 140 moment of rack bar keep engaging with convergence gear 145, and drive block 131 is stuck with stuck piece 128 in stuck slot 125
Lower drive coordinating block 121 rotates, and coordinating block 121 is rotated in the stuck lower drive dovetail groove 111 of corner block 118 and filter hole 112, from
And centrifugal barrel 114 is driven to rotate, and centrifugal rotation filtering is carried out to the remainder that filtering finishes has been squeezed, it will be molten needed for residue
Liquid is got rid of in working space 101, opens discharge electromagnetic switch 161 and required solution is discharged, the rotation of centrifugal shaft 149 drives sector
150 rotation of wheel, 150 every revolution of sector gear drives driving gear 153 to turn an angle, until channel slot 151 turns to
163 upper end of bearing rod, bearing rod 163 moves downwardly to 163 upper surface of bearing rod positioned at sector under the action of magnet spring 158
On the downside of 150 lower end surface of gear, at this point, returning face plate 107, in solid block gravity lower swing, fixed block falls to working space
In 101；
Then returning face plate 107 resets under the effect of torsion spring 104 after solid has been fallen, and opens water inlet electromagnetic switch 166, past
It is passed through water in intake chamber 165, the solid in working space 101 is gone out out of sump pit 162, solid, annular electro are gone out in collection
Magnet 156 and the 159 energization mutual exclusion of ring electromagnet, the bullet on bearing rod 163 when channel slot 151 moves to 163 upside of bearing rod
It resets, when channel slot 151 is moved out bearing rod 163, bearing rod 163 resets, and reverse starting driving motor 133, drive is matched
It closes block 121 to rise, corner block 118 is detached from the stuck of dovetail groove 111, and centrifugal shaft 149 stops operating, and coordinating block 121 continues to rise
The extruding of centrifugal shaft 149 is detached to square block 115, square block 115 resets under the effect of lifting spring 120 and pushes telescopic chute
116 reset to the left, and stuck piece 128 is detached from the stuck reset of stuck slot 125 under the effect of push the spring 126, and coordinating block 121 stops
Rotation continues to rise reset, closes driving motor 133, and ring electromagnet 156 and ring electromagnet 159 power off, and device resets.
Valuably, the linkage mechanism 169 includes rotation bevel gear 167, is provided on one on the left of the driving motor 133
The universal driving shaft 124 with the rotation connection of 101 upper end wall of working space is held, a right end is fixedly connected on the universal driving shaft 124 and is driven
The mate gear 129 that 131 left side of motion block is connected by meshing transmission, 124 lower end of universal driving shaft are fixedly connected with linkage cone tooth
122 are taken turns, the fitted shaft 168 of a upper end and the rotation connection of 101 upper end wall of working space is provided on the right side of the driving motor 133,
168 lower end of fitted shaft is fixedly connected with a rotation bevel gear 167.
Valuably, the elevating mechanism 164 includes convergence gear 145, the coordinating block in working space 101
The annular groove 142 of an end wall connection working space 101 far from driving motor 133 is symmetrically arranged in 121 or so end faces, it is described
A support rod 143 is slidably connected in right circular slot 142,143 right side of support rod is fixedly connected with a right end and runs through
142 right end wall of annular groove and the support rod 143 being located in working space 101,143 right end of support rod is fixedly connected on one
End is through 130 lower end wall of elastic groove and the rack bar 140 in elastic groove 130, the rack gear in working space 101
The stopper 148 that a rear end is fixedly connected with working space 101 is provided on rear side of bar 140,101 aft bulkhead of the working space turns
It is dynamic to be connected with a rotary shaft 147,140 right end wall engaged transmission of a left end and rack bar is fixedly connected in the rotary shaft 147
The convergence gear 145 of connection is provided with a upper end and rotation 167 rear end of bevel gear engaged transmission on front side of the convergence gear 145
The linking bevel gear 146 of connection, left side linking 146 upper end of bevel gear are connected by meshing transmission with linkage 122 rear end of bevel gear.
Specifically used mode: in present invention work, by the mixed of the required solution for carrying out NH_3-N treating and microcosmic salt box magnesium salts
It closes object to pour into then interior by the inflow working space 101 of filter hole 112 in eccentric groove 113 and enter in sump pit 162, at this point, opening
Dynamic driving motor 133, drives drive shaft 134 to rotate, to drive drive block 131 to rotate, in the work of gear train and rack-and-pinion
Under, coordinating block 121 is driven to decline, the decline of coordinating block 121 squeezes the filtering discharge for accelerating liquid in eccentric groove 113, until side
Shape block 115 is contacted with dovetail groove 111, and square block 115 is pushed upwardly, until corner block 118 is detached from the blocking of square block 115 simultaneously
Into in swingle 110, while corner block 118 moves right, and pushing block 123 is driven to move downward, so that stuck piece 128 entrance
Stuck in stuck slot 125, rack bar 140 drops to the position for being just detached from the engagement of convergence gear 145 at this time, in linking spring
Under the action of 137, coordinating block 121 no longer declines, and the holding of 140 moment of rack bar is engaged with convergence gear 145, drive block 131
It is rotated in stuck slot 125 and stuck piece 128 of stuck lower drive coordinating block 121, coordinating block 121 is in corner block 118 and filter hole
112 stuck lower drive dovetail grooves 111 rotate, so that centrifugal barrel 114 be driven to rotate, to the remainder for having squeezed filtering and finishing
Centrifugal rotation filtering is carried out, solution needed for residue is got rid of in working space 101, opening discharge electromagnetic switch 161 will be required molten
Liquid discharge, the rotation of centrifugal shaft 149 drive sector gear 150 to rotate, and 150 every revolution of sector gear drives 153 turns of gear of driving
Dynamic certain angle, until channel slot 151 turns to 163 upper end of bearing rod, under the action of magnet spring 158 bearing rod 163 to
Under move to 163 upper surface of bearing rod and be located on the downside of 150 lower end surface of sector gear, at this point, returning face plate 107 is made in solid block gravity
With lower swing, fixed block is fallen in working space 101, after solid has been fallen torsion spring 104 effect under returning face plate 107
It resets, opens water inlet electromagnetic switch 166, be passed through water in intake chamber 165, by the solid in working space 101 from sump pit 162
It inside goes out, solid, ring electromagnet 156 and the 159 energization mutual exclusion of ring electromagnet are gone out in collection, are held when channel slot 151 moves to
Spring-go position on bearing rod 163 when power 163 upside of bar, when channel slot 151 is moved out bearing rod 163, bearing rod 163 resets,
Reverse starting driving motor 133 drives coordinating block 121 to rise, and corner block 118 is detached from stuck, the centrifugal shaft 149 of dovetail groove 111
It stops operating, coordinating block 121 continues to rise to the extruding that square block 115 is detached from centrifugal shaft 149, and square block 115 is in lifting spring
It is resetted under 120 effects and telescopic chute 116 is pushed to reset to the left, stuck piece 128 is detached from stuck slot under the effect of push the spring 126
125 stuck reset, coordinating block 121 stop operating, continue rise reset, close driving motor 133, ring electromagnet 156 with
Ring electromagnet 159 powers off, and device resets, this apparatus structure is simple, and it is convenient to operate, can be by the liquid and ammonia of pending processing
The sediment of nitrogen compound box microcosmic salt reaction production carries out quick filtering of pressurizeing, and carries out centrifugal drying after pressure filtration and moved
Filter, can all collect residual liquid, and then can accelerate the rate of filtration, and be filtered to greatest extent.
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 (4)
1. a kind of ammonia nitrogen detection reagent and its detection processing method, including work box, it is characterised in that: setting in the work box
There is a working space, a linkage space is provided in the working space lower end wall, is provided in the working space right end wall
One left end wall is connected to the intake chamber of working space and right end wall connection free surrounding space, is provided with a water inlet electromagnetism in the intake chamber
Switch, the working space upper end wall are fixedly connected with a driving motor, and the driving motor lower end surface has been connected by power a drive
Moving axis, the drive shaft lower end are fixedly connected with a drive block, and lower end wall connection work is provided in the drive block lower end surface
Make the elastic groove in space, a linkage mechanism is provided in the working space, is provided with an elevator on the downside of the linkage mechanism
Structure is provided with a mating groove in the elastic groove upper end wall, a connecting block, the rank is slidably provided in the mating groove
It connects block lower end surface and is fixedly connected with a lower end through mating groove lower end wall and elastic groove upper end wall and being connected in elastic groove
Axis, it is described to be connected the connecting groove that lower end wall connection elastic groove is provided in axis lower end surface, it is slidably connected in the connecting groove
One lower end through connecting groove lower end wall and be located at elastic groove in telescopic block, the telescopic block upper end be fixedly connected with a upper end with
The linking spring that connecting groove upper end wall is fixedly connected, the telescopic block lower end are fixedly connected with a lower end through elastic groove lower end wall
And it is located at the coordinating block in working space, the lifting of lower end wall connection working space is provided in the coordinating block lower end surface
Slot, the lifting groove upper end wall are fixedly connected with a lifting spring, and the lifting spring lower end is fixedly connected with a square block, institute
The telescopic chute that one is symmetrically arranged in lifting groove left hand end wall close to the end wall connection lifting groove of driving motor is stated, the left side is stretched
Contracting slot left end is fixedly connected with an adjustable spring, and the adjustable spring right end is fixedly connected with a corner block, on the telescopic chute
It is provided with the promotion slot of connection elastic groove on the upside of a left end wall in end wall, slidably connects a pushing block, institute in the promotion slot
It states and is fixedly connected on the upside of corner block left side by rope on the downside of pushing block left side, pushing block left side center is fixed
The push the spring for being connected with a left end and slot left end wall being pushed to be fixedly connected, the pushing block left side upside are fixedly connected with one
Stuck piece, a stuck slot close to the base end wall connection elastic groove of driving motor is symmetrically arranged in the left hand end wall, it is described
An annular groove is provided in work box inner end wall, bilateral symmetry slidably connects a spill spin block in the annular groove, and the spill spin block leans on
The end face of nearly driving motor is fixedly connected with one close to one end of driving motor through the end wall of annular groove and in working space
Swingle, the left and right sides swingle is fixedly connected with a centrifugal barrel, the centrifugal barrel close to one end of driving motor jointly
It is provided with the eccentric groove of upper end wall connection working space, several inner end wall connection eccentric grooves are provided in the centrifugation trough end wall
And the filter hole of outer end wall connection working space, linkage space lower end wall are rotatably connected to a upper end and run through linkage spatially
End wall and eccentric groove lower end wall and the centrifugal shaft being located in eccentric groove are fixedly connected on the centrifugal shaft being located in linkage space
There is a sector gear, described centrifugal shaft in eccentric groove or so is symmetrically arranged with an end wall far from driving motor in end face
It is connected to the dovetail groove of eccentric groove, it is left and right, lower end wall connection working space that one is symmetrically arranged in the centrifugal barrel left hand end wall
Swivelling chute, the left side elastic groove aft bulkhead are fixedly connected with a positioning rod, a returning face plate are rotatably connected in the locating rod,
It is provided with a torsion spring between the returning face plate and locating rod, upper end wall connection centrifugation is provided in the returning face plate upper surface
The blocking slot of slot is provided with a drive block being fixedly connected close to one end of centrifugal shaft with centrifugal shaft in the blocking slot, described
A spring groove close to the end wall connection linkage space of centrifugal shaft, the left side bullet are symmetrically arranged in linkage space left hand end wall
Spring slot lower end wall is fixedly connected with a ring electromagnet, and the left side spring groove lower end wall center is fixedly connected with a magnetic bullet
Spring, the magnet spring upper end are fixedly connected with a magnetic block being slidably connected with spring groove, and the magnetic block lower end surface is fixed
It is connected with a ring electromagnet, the magnetic block right side is fixedly connected with a right end through spring groove right end wall and is located at linkage
Drive rod in space, the drive rod right end are fixedly connected with a upper end through linkage space upper end wall and working space lower end
The bearing rod of wall, the sliding tooth that the bearing rod lower end is fixedly connected with a right end and sector gear left end is connected by meshing transmission
Wheel, it is described to drive the channel slot that about one end wall connection linkage space is provided in gear, the driving gear lower end surface center
It is fixedly connected with the shaft of a lower end and the space lower end wall rotation connection that links, is provided with one in the wall of left side spring groove left end
Upper end wall is connected to the sump pit of working space and lower end wall connection free surrounding space, is provided with a discharge electromagnetism in the sump pit and opens
It closes.
2. a kind of ammonia nitrogen detection reagent according to claim 1 and its detection processing method, it is characterised in that: the linkage
Mechanism includes rotation bevel gear, and the linkage of a upper end and the rotation connection of working space upper end wall is provided on the left of the driving motor
Axis is fixedly connected with a right end on the universal driving shaft and mate gear that drive block left side is connected by meshing transmission, the linkage
Axis lower end is fixedly connected with a linkage bevel gear, and a upper end is provided on the right side of the driving motor and working space upper end wall rotates
The fitted shaft of connection, the fitted shaft lower end are fixedly connected with a rotation bevel gear.
3. a kind of ammonia nitrogen detection reagent according to claim 1 and its detection processing method, it is characterised in that: the lifting
Mechanism includes convergence gear, and described coordinating block in working space or so is symmetrically arranged with one far from driving motor in end face
End wall connection working space annular groove, slidably connect a support rod, the support rod right end in the right circular slot
Face is fixedly connected with a right end through annular groove right end wall and the support rod in working space, the support rod right end are fixed
A upper end is connected with through elastic groove lower end wall and the rack bar in elastic groove, the rack bar in working space
Rear side is provided with the stopper that a rear end is fixedly connected with working space, and the working space aft bulkhead is rotatably connected to a rotation
Axis is fixedly connected with a left end in the rotary shaft and convergence gear that rack bar right end wall is connected by meshing transmission, the linking
It is provided with a upper end on front side of gear and is connected bevel gear, the left side linking cone tooth with what rotation bevel gear rear end was connected by meshing transmission
Wheel upper end is connected by meshing transmission with linkage bevel gear rear end.
4. the method comprises the following steps:
The mixture of the required solution for carrying out NH_3-N treating and microcosmic salt box magnesium salts is poured into first and then passes through filtering in eccentric groove
Hole flows into working space and enters in sump pit, at this point, starting driving motor, drives drive shaft turns, to drive driving
Block rotation drives coordinating block decline under the action of gear train and rack-and-pinion, and coordinating block decline, which squeezes, accelerates liquid in eccentric groove
The filtering of body is discharged, until square block is contacted with dovetail groove, square block is pushed upwardly, until corner block is detached from the resistance of square block
It keeps off and enters in swingle, while corner block moves right, pushing block is driven to move downward, so that stuck piece enters in stuck slot
Stuck, rack bar drops to the position for being just detached from convergence gear engagement at this time, and under the action of being connected spring, coordinating block is no longer
Decline, the holding of rack bar moment are engaged with convergence gear, and drive block is in stuck slot and stuck piece of stuck lower drive coordinating block
Rotation, coordinating block is in corner block and stuck lower the drives dovetail groove rotation of filter hole, so that centrifugal barrel be driven to rotate, to having squeezed
It filters the remainder finished and carries out centrifugal rotation filtering, solution needed for residue is got rid of in working space, open discharge electromagnetism
Required solution is discharged switch, and centrifugal shaft rotation drives sector gear rotation, and sector gear every revolution drives sliding tooth rotation
Dynamic certain angle, until channel slot turns to bearing rod upper end, bearing rod moves downwardly to load under the action of magnet spring
Bar upper surface is located on the downside of sector gear lower end surface, at this point, returning face plate, in solid block gravity lower swing, fixed block is fallen to
In working space；
Then sheet reset is overturn under torsion spring effect after solid has been fallen, water inlet electromagnetic switch is opened, in intake chamber
It is passed through water, the solid in working space is gone out out of sump pit, solid, ring electromagnet and ring electromagnetism Tie Tong are gone out in collection
Electric mutual exclusion, the spring-go position on bearing rod when channel slot moves on the upside of bearing rod, when channel slot is moved out bearing rod, load
Bar resets, reverse starting driving motor, and coordinating block is driven to rise, and corner block is detached from the stuck of dovetail groove, and centrifugal shaft stops operating,
Coordinating block continues to rise to the extruding that square block is detached from centrifugal shaft, and square block resets under lifting spring effect and pushes telescopic chute
It resets to the left, stuck piece is detached from the stuck reset of stuck slot under push the spring effect, and coordinating block stops operating, and continues to rise multiple
Driving motor is closed in position, and ring electromagnet and ring electromagnet power off, and device resets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910482895.XA CN110170203A (en) | 2019-06-04 | 2019-06-04 | A kind of ammonia nitrogen detection reagent and its detection processing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910482895.XA CN110170203A (en) | 2019-06-04 | 2019-06-04 | A kind of ammonia nitrogen detection reagent and its detection processing method |
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| CN201910482895.XA Withdrawn CN110170203A (en) | 2019-06-04 | 2019-06-04 | A kind of ammonia nitrogen detection reagent and its detection processing method |
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| CN207706622U (en) * | 2018-01-18 | 2018-08-07 | 东莞市必诚数控机械有限公司 | A kind of circulating water cooling CNC vertical machining centre radiators |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US4226724A (en) * | 1975-09-26 | 1980-10-07 | Siebtechnik Gmbh | Two-stage pusher centrifuge |
| WO1989002777A1 (en) * | 1987-09-24 | 1989-04-06 | Henkel Kommanditgesellschaft Auf Aktien | Trough-shaped filter plate for rotary pressure filters |
| CN204815953U (en) * | 2015-08-12 | 2015-12-02 | 王亚萍 | High -efficient solid -liquid separation machine |
| CN204952432U (en) * | 2015-08-19 | 2016-01-13 | 何淑琼 | Multi -functional high -efficient filter -pressing equipment |
| CN107899299A (en) * | 2017-12-18 | 2018-04-13 | 郑佳 | A kind of Liquid traditional Chinese medicine filtration device and filter method |
| CN208404082U (en) * | 2018-01-12 | 2019-01-22 | 诏安梅满天下食品有限公司 | A kind of plum fresh fruit draining device |
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Application publication date: 20190827 |