CN110332775A - A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device - Google Patents
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device Download PDFInfo
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- CN110332775A CN110332775A CN201910392752.XA CN201910392752A CN110332775A CN 110332775 A CN110332775 A CN 110332775A CN 201910392752 A CN201910392752 A CN 201910392752A CN 110332775 A CN110332775 A CN 110332775A
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- Prior art keywords
- active carbon
- blanking tube
- support
- gear
- square
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B11/00—Machines or apparatus for drying solid materials or objects with movement which is non-progressive
- F26B11/02—Machines or apparatus for drying solid materials or objects with movement which is non-progressive in moving drums or other mainly-closed receptacles
- F26B11/08—Machines or apparatus for drying solid materials or objects with movement which is non-progressive in moving drums or other mainly-closed receptacles rotating about a vertical or steeply-inclined axis
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
- F26B25/001—Handling, e.g. loading or unloading arrangements
- F26B25/002—Handling, e.g. loading or unloading arrangements for bulk goods
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
- F26B25/02—Applications of driving mechanisms, not covered by another subclass
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
- F26B25/04—Agitating, stirring, or scraping devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Water Treatment By Sorption (AREA)
Abstract
The present invention relates to a kind of dehydration equipment more particularly to a kind of orange matter matrix activated carbon raw material centrifugal-dehydration devices.Technical problems to be solved: can quickly active carbon be dehydrated by providing one kind, save the time, and without stirring from time to time to active carbon, eaily orange matter matrix activated carbon raw material centrifugal-dehydration device.A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, includes first support, transmission device, first annular sliding rail, blanking tube etc.；Top is connected with circular collection disk on the left of first support.The present invention is by pouring into active carbon in square-shaped hopper, start driving motor, so that filter plate and sponge block rotate, the active carbon in square-shaped hopper then passes through blanking tube and falls on sponge block and filter plate, and filter plate rotation is then dehydrated active carbon by centrifugal force, sponge block then absorbs the part water in active carbon, dewatering speed is fast, then dries it is not necessary that active carbon to be placed under the sun, save the time, it is more convenient and also without stirring.
Description
Technical field
The present invention relates to a kind of dehydration equipment more particularly to a kind of orange matter matrix activated carbon raw material centrifugal-dehydration devices.
Background technique
In daily life, need place can be with active carbon, but active carbon is placed for a long time, through moisture environment
It influences, has a large amount of water in active carbon, then need to be dehydrated active carbon, usual people are directly to be placed on active carbon
It is dried under the sun, since the temperature of sunlight is limited, causes to dry and require a great deal of time, and it also requires when people
Active carbon is stirred frequently, it is more troublesome, so people can directly dry active carbon with dryer, due to drying
Dry machine power is larger, causes the electric energy expended larger.
Summary of the invention
It is dried to overcome for active carbon to be placed under the sun, causes to dry and require a great deal of time, and
Also people is needed to stir from time to time to active carbon, more troublesome disadvantage, technical problems to be solved: providing one kind can
Quickly active carbon is dehydrated, saves the time, and without being stirred from time to time to active carbon, it is eaily orange
Matter matrix activated carbon raw material centrifugal-dehydration device.
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, includes first support, transmission device, first annular cunning
Rail, first annular sliding block, blanking tube, second support, swinging plate, third bracket, filter plate, sponge block, circular collection disk, water outlet
Pipe, feeder pipe, square-shaped hopper, rectangular cover board, threaded rod, nut and agitator arm, first support left side top are connected with round receipts
Catch basin, circular collection pan bottom left side are connected with outlet pipe, are connected in outlet pipe and circular collection disk, week at the top of circular collection disk
To the collecting tank that can be collected to active carbon is provided with, the feeder pipe that active carbon can be discharged is connected on the left of circular collection pan bottom,
Be connected in feeder pipe and collecting tank, feeder pipe is located on the left of outlet pipe, is connected on the left of first support middle part and to play the guiding role
First annular sliding rail, slidingtype is equipped with first annular sliding block on first annular sliding rail, and first annular inner side of slider face is equipped with
Blanking tube, the outer left and right sides lower part of blanking tube are all connected with third bracket, and the left and right sides is connected between third bracket bottom end
The filter plate that can be passed water through is connected with sponge block between filter plate medial surface, and sponge block is located in circular collection disk, in first support
Transmission device is equipped between portion and blanking tube lateral surface top, second support is installed on blanking tube external right side face lower part, and second
Frame bottom end is connected with the swinging plate that can push active carbon, and swinging plate is located in collecting tank to be slidably matched with it, can make active carbon
The square-shaped hopper of placement is installed on first support top left side, and square-shaped hopper is located at the surface of blanking tube, and square-shaped hopper is under
Connection in barrel, square-shaped hopper top are equipped with rectangular cover board, and rectangular cover board and square-shaped hopper cooperate, and the is provided in the middle part of rectangular cover board
One guide hole, the first guide hole is interior to be equipped with the agitator arm that can be stirred to active carbon, and agitator arm lower part is located in square-shaped hopper, in blanking tube
It is connected with nut between left and right sides top, is equipped with threaded rod in nut, threaded rod tip is fixedly connected with agitator arm bottom end.
Further, transmission device includes driving motor, first gear and second gear, and second gear is installed on blanking
Cylinder lateral surface top, second gear are located above first annular sliding rail, and first support upper inner is equipped with driving motor, drive
The output shaft of motor is connected with first gear by shaft coupling, and first gear is located at second gear directly to the right, first gear and the
The engagement of two gears.
Further, further include have the second endless glide, the second ring slider, hollow disc, swing fixture block, the first spring,
Connecting rod and annular sleeve, the outer top center of rectangular cover board are equipped with the second endless glide, and slidingtype is equipped in the second endless glide
Second ring slider, the second ring slider are slidably matched with the second endless glide, are provided with the second guide hole in the middle part of the second ring slider,
Agitator arm top passes through the second guide hole, and top is all evenly spaced at left and right sides of agitator arm is provided with multiple card slots, and the second annular is sliding
Block top center is equipped with hollow disc, and agitator arm top passes through hollow disc, and slot, slot and sky are all provided at left and right sides of hollow disc
Connection in cartridge, left side groove hole bottom left front and right side groove hole bottom right rear portion are all hinged with can be by agitator arm fixation
Fixture block is swung, the left and right sides swings fixture block inner end and is located in card slot, and left side is swung on rear side of fixture block left side and on rear side of the slot of left side
The first spring is connected between left side of face, right side swings between on front side of fixture block right side and on the right side of the slot leading flank of right side and also connects
There is the first spring, left side is swung among fixture block top left side and right side swings and is all hinged with connecting rod among fixture block top right side, empty
It is equipped with annular sleeve on the outside of cartridge, groove, left side connecting rod left end and left groove bottom are all provided at left and right sides of annular sleeve medial surface
Rear side articulated connection, right side connecting rod right end and right groove lower front are articulated and connected.
Further, further include having guide rod, second spring, bearing and squeezing shaft, be provided on the right side of circular collection pan bottom
Third guide hole be connected in third guide hole and circular collection disk, is equipped with guide rod in third guide hole, guide rod lower part with outside circular collection disk
Second spring is wrapped between bottom right, guide rod top is Embedded to be equipped with bearing, and being connected in bearing can be by sponge block
The extruding shaft that interior water squeezes out squeezes shaft and contacts with sponge block bottom.
It further, further include having adjustable plate, swivel nut, screw rod and circular frame, blanking tube lateral surface lower part is equipped with circle
Frame, circular frame left and right sides lower part are all provided with the slide opening playing the guiding role, the tune that can be adjusted to active carbon flow are equipped in slide opening
Plate is saved, adjustable plate is arc shape, it is all Embedded at left and right sides of round frame bottom that swivel nut is installed, it is connected in swivel nut and slide opening,
Screw rod is equipped in swivel nut, screw tip is engaged with adjustable plate bottom.
Have the beneficial effect that the present invention by pouring into active carbon in square-shaped hopper, starts driving motor, so that filter plate and sea
The rotation of continuous block, the active carbon in square-shaped hopper then pass through blanking tube and fall on sponge block and filter plate, filter plate rotation then by from
Mental and physical efforts are dehydrated active carbon, and sponge block then absorbs the part water in active carbon, and dewatering speed is fast, then without that will live
Property charcoal, which is placed under the sun, to be dried, and the time is saved, and also without stirring, more convenient, then can basis by the effect of adjustable plate
The dehydrating effect of active carbon is adjusted in demand.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the amplification schematic view of the front view of A of the present invention.
Fig. 3 is partial top structural schematic diagram of the invention.
Fig. 4 is the amplification schematic view of the front view of B of the present invention.
Parts title and serial number in figure: 1 first support, 2 transmission devices, 201 driving motors, 202 first gears,
203 second gears, 3 first annular sliding rails, 4 first annular sliding blocks, 5 blanking tubes, 6 second supports, 7 swinging plates, 8
Three brackets, 9 filter plates, 10 sponge blocks, 11 circular collection disks, 12 outlet pipes, 13 collecting tanks, 14 feeder pipes, 15 rectangular leakages
Bucket, 16 rectangular cover boards, 17 first guide holes, 171 threaded rods, 172 nuts, 173 agitator arms, 18 second endless glides, 19
Second ring slider, 20 second guide holes, 21 card slots, 22 hollow discs, 23 slots, 24 swing fixture blocks, 25 first springs, 26
Connecting rod, 27 annular sleeves, 28 grooves, 29 third guide holes, 30 guide rods, 31 second springs, 32 bearings, 33 extruding shafts, 34
Slide opening, 35 adjustable plates, 36 swivel nuts, 37 screw rods, 38 circular frames.
Specific embodiment
The present invention is specifically described with reference to the accompanying drawing.
Embodiment 1
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, as shown in Figure 1, including first support 1, transmission device 2, first
Endless glide 3, first annular sliding block 4, blanking tube 5, second support 6, swinging plate 7, third bracket 8, filter plate 9, sponge block 10, circle
Shape catch tray 11, outlet pipe 12, feeder pipe 14, square-shaped hopper 15, rectangular cover board 16, threaded rod 171, nut 172 and agitator arm
173,1 left side top of first support is connected with circular collection disk 11, and first support 1 is by way of welded connecting and circular collection
Disk 11 connects, and 11 bottom left of circular collection disk is connected with outlet pipe 12, is connected in outlet pipe 12 and circular collection disk 11, round
11 top of catch tray is circumferential to be provided with the collecting tank 13 that can be collected to active carbon, and 11 bottom left of circular collection disk is connected with can be by work
Property charcoal discharge feeder pipe 14, be connected in feeder pipe 14 and collecting tank 13, feeder pipe 14 is located on the left of outlet pipe 12, first support
1 middle part left side be connected with the first annular sliding rail 3 playing the guiding role, on first annular sliding rail 3 slidingtype be equipped with it is first annular
Sliding block 4, first annular 4 medial surface of sliding block are equipped with blanking tube 5, and the outer left and right sides lower part of blanking tube 5 is all connected with third branch
Frame 8, blanking tube 5 are connect by way of welded connecting with third bracket 8, and left and right sides third bracket is connected between 8 bottom end
The filter plate 9 that can be passed water through is connected with sponge block 10 between 9 medial surface of filter plate, and sponge block 10 is located in circular collection disk 11, and
Transmission device 2 is equipped between 5 lateral surface top of one bracket, 1 top and blanking tube, second support 6 is installed on 5 external right side of blanking tube
Face lower part, 6 bottom end of second support are connected with the swinging plate 7 that can push active carbon, and swinging plate 7 is located in collecting tank 13 to be slided with it
Dynamic cooperation, the square-shaped hopper 15 that active carbon can be made to place are installed on 1 top left side of first support, and square-shaped hopper 15 is connected by welding
The mode connect is connect with first support 1, and square-shaped hopper 15 is located at the surface of blanking tube 5, is connected in square-shaped hopper 15 and blanking tube 5
Logical, 15 top of square-shaped hopper is equipped with rectangular cover board 16, and rectangular cover board 16 cooperates with square-shaped hopper 15, is provided in the middle part of rectangular cover board 16
First guide hole 17, interior be equipped with of the first guide hole 17 can be to the agitator arm 173 of active carbon agitation, and 173 lower part of agitator arm is located at rectangular leakage
In bucket 15, nut 172 is connected in blanking tube 5 between left and right sides top, is equipped with threaded rod 171, threaded rod in nut 172
171 tops are fixedly connected with 173 bottom end of agitator arm.
Embodiment 2
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, as shown in Figure 1, including first support 1, transmission device 2, first
Endless glide 3, first annular sliding block 4, blanking tube 5, second support 6, swinging plate 7, third bracket 8, filter plate 9, sponge block 10, circle
Shape catch tray 11, outlet pipe 12, feeder pipe 14, square-shaped hopper 15, rectangular cover board 16, threaded rod 171, nut 172 and agitator arm
173,1 left side top of first support is connected with circular collection disk 11, and 11 bottom left of circular collection disk is connected with outlet pipe 12, out
It being connected in water pipe 12 and circular collection disk 11,11 top of circular collection disk is circumferential to be provided with the collecting tank 13 that can be collected to active carbon,
11 bottom left of circular collection disk is connected with the feeder pipe 14 that active carbon can be discharged, and is connected in feeder pipe 14 and collecting tank 13,
Feeder pipe 14 is located at 12 left side of outlet pipe, and 1 middle part left side of first support is connected with the first annular sliding rail 3 playing the guiding role, the
Slidingtype is equipped with first annular sliding block 4 in one endless glide 3, and first annular 4 medial surface of sliding block is equipped with blanking tube 5, blanking
5 outer left and right sides lower parts of cylinder are all connected with third bracket 8, and left and right sides third bracket is connected between 8 bottom end and water can be made to wear
The filter plate 9 crossed is connected with sponge block 10 between 9 medial surface of filter plate, and sponge block 10 is located in circular collection disk 11, first support 1
Transmission device 2 is equipped between 5 lateral surface top of top and blanking tube, second support 6 is installed on 5 external right side face lower part of blanking tube,
6 bottom end of second support is connected with the swinging plate 7 that can push active carbon, and swinging plate 7 is located in collecting tank 13 to be slidably matched with it,
The square-shaped hopper 15 that active carbon can be made to place is installed on 1 top left side of first support, square-shaped hopper 15 be located at blanking tube 5 just on
It is connected in side, square-shaped hopper 15 and blanking tube 5,15 top of square-shaped hopper is equipped with rectangular cover board 16, rectangular cover board 16 and rectangular leakage
Bucket 15 cooperates, and the first guide hole 17 is provided in the middle part of rectangular cover board 16, the agitator arm that can be stirred to active carbon is equipped in the first guide hole 17
173,173 lower part of agitator arm is located in square-shaped hopper 15, is connected with nut 172, spiral shell in blanking tube 5 between left and right sides top
Threaded rod 171 is equipped in mother 172,171 top of threaded rod is fixedly connected with 173 bottom end of agitator arm.
Transmission device 2 includes driving motor 201, first gear 202 and second gear 203, and second gear 203 is installed on
5 lateral surface top of blanking tube, second gear 203 are located at first annular 3 top of sliding rail, and 1 upper inner of first support is equipped with drive
Dynamic motor 201, first support 1 are connect with driving motor 201 by bolted connection, and the output shaft of driving motor 201 is logical
It crosses shaft coupling and is connected with first gear 202, first gear 202 is located at 203 directly to the right of second gear, first gear 202 and second
Gear 203 engages.
Embodiment 3
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, as shown in Figure 1-3, include first support 1, transmission device 2, the
One endless glide 3, first annular sliding block 4, blanking tube 5, second support 6, swinging plate 7, third bracket 8, filter plate 9, sponge block 10,
Circular collection disk 11, outlet pipe 12, feeder pipe 14, square-shaped hopper 15, rectangular cover board 16, threaded rod 171, nut 172 and agitation
Bar 173,1 left side top of first support are connected with circular collection disk 11, and 11 bottom left of circular collection disk is connected with outlet pipe 12,
It is connected in outlet pipe 12 and circular collection disk 11,11 top of circular collection disk is circumferential to be provided with the collecting tank that can be collected to active carbon
13,11 bottom left of circular collection disk is connected with the feeder pipe 14 that active carbon can be discharged, and connects in feeder pipe 14 and collecting tank 13
Logical, feeder pipe 14 is located at 12 left side of outlet pipe, and 1 middle part left side of first support is connected with the first annular sliding rail 3 playing the guiding role,
Slidingtype is equipped with first annular sliding block 4 on first annular sliding rail 3, and first annular 4 medial surface of sliding block is equipped with blanking tube 5, under
The outer left and right sides lower part of barrel 5 is all connected with third bracket 8, and water can be made by being connected between 8 bottom end of left and right sides third bracket
The filter plate 9 passed through is connected with sponge block 10 between 9 medial surface of filter plate, and sponge block 10 is located in circular collection disk 11, first support
Transmission device 2 is equipped between 5 lateral surface top of 1 top and blanking tube, second support 6 is installed on 5 external right side face lower part of blanking tube,
6 bottom end of second support is connected with the swinging plate 7 that can push active carbon, and swinging plate 7 is located in collecting tank 13 to be slidably matched with it,
The square-shaped hopper 15 that active carbon can be made to place is installed on 1 top left side of first support, square-shaped hopper 15 be located at blanking tube 5 just on
It is connected in side, square-shaped hopper 15 and blanking tube 5,15 top of square-shaped hopper is equipped with rectangular cover board 16, rectangular cover board 16 and rectangular leakage
Bucket 15 cooperates, and the first guide hole 17 is provided in the middle part of rectangular cover board 16, the agitator arm that can be stirred to active carbon is equipped in the first guide hole 17
173,173 lower part of agitator arm is located in square-shaped hopper 15, is connected with nut 172, spiral shell in blanking tube 5 between left and right sides top
Threaded rod 171 is equipped in mother 172,171 top of threaded rod is fixedly connected with 173 bottom end of agitator arm.
Transmission device 2 includes driving motor 201, first gear 202 and second gear 203, and second gear 203 is installed on
5 lateral surface top of blanking tube, second gear 203 are located at first annular 3 top of sliding rail, and 1 upper inner of first support is equipped with drive
The output shaft of dynamic motor 201, driving motor 201 is connected with first gear 202 by shaft coupling, and first gear 202 is located at second
203 directly to the right of gear, first gear 202 are engaged with second gear 203.
Further include have the second endless glide 18, the second ring slider 19, hollow disc 22, swing fixture block 24, the first spring 25,
Connecting rod 26 and annular sleeve 27, the outer top center of rectangular cover board 16 are equipped with the second endless glide 18, and rectangular cover board 16 passes through welding
The mode of connection is connect with the second endless glide 18, and slidingtype is equipped with the second ring slider 19 in the second endless glide 18, and the
Second ring sliding block 19 is slidably matched with the second endless glide 18, and the second guide hole 20, agitator arm are provided in the middle part of the second ring slider 19
173 tops pass through the second guide hole 20, and 173 left and right sides top of agitator arm is all evenly spaced to be provided with multiple card slots 21, the second ring
19 top center of shape sliding block is equipped with hollow disc 22, and 19 top center of the second ring slider is equipped with hollow disc 22, the second annular
Sliding block 19 is connect by way of welded connecting with hollow disc 22, and 173 top of agitator arm passes through hollow disc 22, hollow disc 22 or so
Two sides are all provided with slot 23, are connected in slot 23 and hollow disc 22,23 bottom left front of left side slot and 23 bottom of right side slot
Rear portion is all hinged with the swing fixture block 24 that can fix agitator arm 173 on the right side of portion, and the left and right sides swings 24 inner end of fixture block and is located at card
In slot 21, left side swings between on rear side of 24 left side of fixture block and on the left of 23 trailing flank of left side slot and is connected with the first spring 25, right
Also the first spring 25 is connected between on front side of 24 right side of side oscillation fixture block and on the right side of 23 leading flank of right side slot, left side swings card
Among 24 top left side of block and right side swings and is all hinged with connecting rod 26 among 24 top right side of fixture block, is equipped with ring on the outside of hollow disc 22
Shape set 27,27 medial surface of the annular sleeve left and right sides are all provided with groove 28,26 left end of left side connecting rod and 28 bottom rear of left groove
Articulated connection, 26 right end of right side connecting rod and 28 lower front of right groove are articulated and connected.
Embodiment 4
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device, as shown in Figure 1-3, include first support 1, transmission device 2, the
One endless glide 3, first annular sliding block 4, blanking tube 5, second support 6, swinging plate 7, third bracket 8, filter plate 9, sponge block 10,
Circular collection disk 11, outlet pipe 12, feeder pipe 14, square-shaped hopper 15, rectangular cover board 16, threaded rod 171, nut 172 and agitation
Bar 173,1 left side top of first support are connected with circular collection disk 11, and 11 bottom left of circular collection disk is connected with outlet pipe 12,
It is connected in outlet pipe 12 and circular collection disk 11,11 top of circular collection disk is circumferential to be provided with the collecting tank that can be collected to active carbon
13,11 bottom left of circular collection disk is connected with the feeder pipe 14 that active carbon can be discharged, and connects in feeder pipe 14 and collecting tank 13
Logical, feeder pipe 14 is located at 12 left side of outlet pipe, and 1 middle part left side of first support is connected with the first annular sliding rail 3 playing the guiding role,
Slidingtype is equipped with first annular sliding block 4 on first annular sliding rail 3, and first annular 4 medial surface of sliding block is equipped with blanking tube 5, under
The outer left and right sides lower part of barrel 5 is all connected with third bracket 8, and water can be made by being connected between 8 bottom end of left and right sides third bracket
The filter plate 9 passed through is connected with sponge block 10 between 9 medial surface of filter plate, and sponge block 10 is located in circular collection disk 11, first support
Transmission device 2 is equipped between 5 lateral surface top of 1 top and blanking tube, second support 6 is installed on 5 external right side face lower part of blanking tube,
6 bottom end of second support is connected with the swinging plate 7 that can push active carbon, and swinging plate 7 is located in collecting tank 13 to be slidably matched with it,
The square-shaped hopper 15 that active carbon can be made to place is installed on 1 top left side of first support, square-shaped hopper 15 be located at blanking tube 5 just on
It is connected in side, square-shaped hopper 15 and blanking tube 5,15 top of square-shaped hopper is equipped with rectangular cover board 16, rectangular cover board 16 and rectangular leakage
Bucket 15 cooperates, and the first guide hole 17 is provided in the middle part of rectangular cover board 16, the agitator arm that can be stirred to active carbon is equipped in the first guide hole 17
173,173 lower part of agitator arm is located in square-shaped hopper 15, is connected with nut 172, spiral shell in blanking tube 5 between left and right sides top
Threaded rod 171 is equipped in mother 172,171 top of threaded rod is fixedly connected with 173 bottom end of agitator arm.
Transmission device 2 includes driving motor 201, first gear 202 and second gear 203, and second gear 203 is installed on
5 lateral surface top of blanking tube, second gear 203 are located at first annular 3 top of sliding rail, and 1 upper inner of first support is equipped with drive
The output shaft of dynamic motor 201, driving motor 201 is connected with first gear 202 by shaft coupling, and first gear 202 is located at second
203 directly to the right of gear, first gear 202 are engaged with second gear 203.
Further include have the second endless glide 18, the second ring slider 19, hollow disc 22, swing fixture block 24, the first spring 25,
Connecting rod 26 and annular sleeve 27, the outer top center of rectangular cover board 16 are equipped with the second endless glide 18, slide in the second endless glide 18
Dynamic formula is equipped with the second ring slider 19, and the second ring slider 19 is slidably matched with the second endless glide 18, the second ring slider
19 middle parts are provided with the second guide hole 20, and 173 top of agitator arm passes through the second guide hole 20, and 173 left and right sides top of agitator arm is all uniform
Interval is provided with multiple card slots 21, and 19 top center of the second ring slider is equipped with hollow disc 22, and 173 top of agitator arm passes through sky
Cartridge 22,22 left and right sides of hollow disc are all provided with slot 23, are connected in slot 23 and hollow disc 22,23 bottom left of left side slot
Front and 23 bottom right rear portion of right side slot are all hinged with swing fixture block 24 that can be fixed by agitator arm 173, left and right sides pendulum
Dynamic 24 inner end of fixture block is located in card slot 21, and left side, which is swung between on rear side of 24 left side of fixture block and on the left of 23 trailing flank of left side slot, to be connected
It is connected to the first spring 25, right side swings between on front side of 24 right side of fixture block and on the right side of 23 leading flank of right side slot and is also connected with first
Spring 25, left side is swung among 24 top left side of fixture block and right side swings and is all hinged with connecting rod 26 among 24 top right side of fixture block,
Be equipped with annular sleeve 27 on the outside of hollow disc 22, be all provided with groove 28 at left and right sides of annular sleeve 27 medial surface, 26 left end of left side connecting rod with
The articulated connection of 28 bottom rear of left groove, 26 right end of right side connecting rod and 28 lower front of right groove are articulated and connected.
It further include having guide rod 30, second spring 31, bearing 32 and squeezing shaft 33,11 bottom right of circular collection disk is provided with
Third guide hole 29 be connected in third guide hole 29 and circular collection disk 11, is equipped with guide rod 30 in third guide hole 29,30 lower part of guide rod and
It is wrapped with second spring 31 between on the right side of 11 outer bottom of circular collection disk, 30 top of guide rod is Embedded to be equipped with bearing 32, axis
Hold be connected in 32 can by sponge block 10 water squeeze out extruding shaft 33, squeeze shaft 33 interference connect by way of and axis
32 connections are held, shaft 33 is squeezed and is contacted with 10 bottom of sponge block.
Embodiment 5
A kind of orange matter matrix activated carbon raw material centrifugal-dehydration device includes as shown in Figs 1-4 first support 1, transmission device 2, the
One endless glide 3, first annular sliding block 4, blanking tube 5, second support 6, swinging plate 7, third bracket 8, filter plate 9, sponge block 10,
Circular collection disk 11, outlet pipe 12, feeder pipe 14, square-shaped hopper 15, rectangular cover board 16, threaded rod 171, nut 172 and agitation
Bar 173,1 left side top of first support are connected with circular collection disk 11, and 11 bottom left of circular collection disk is connected with outlet pipe 12,
It is connected in outlet pipe 12 and circular collection disk 11,11 top of circular collection disk is circumferential to be provided with the collecting tank that can be collected to active carbon
13,11 bottom left of circular collection disk is connected with the feeder pipe 14 that active carbon can be discharged, and connects in feeder pipe 14 and collecting tank 13
Logical, feeder pipe 14 is located at 12 left side of outlet pipe, and 1 middle part left side of first support is connected with the first annular sliding rail 3 playing the guiding role,
Slidingtype is equipped with first annular sliding block 4 on first annular sliding rail 3, and first annular 4 medial surface of sliding block is equipped with blanking tube 5, under
The outer left and right sides lower part of barrel 5 is all connected with third bracket 8, and water can be made by being connected between 8 bottom end of left and right sides third bracket
The filter plate 9 passed through is connected with sponge block 10 between 9 medial surface of filter plate, and sponge block 10 is located in circular collection disk 11, first support
Transmission device 2 is equipped between 5 lateral surface top of 1 top and blanking tube, second support 6 is installed on 5 external right side face lower part of blanking tube,
6 bottom end of second support is connected with the swinging plate 7 that can push active carbon, and swinging plate 7 is located in collecting tank 13 to be slidably matched with it,
The square-shaped hopper 15 that active carbon can be made to place is installed on 1 top left side of first support, square-shaped hopper 15 be located at blanking tube 5 just on
It is connected in side, square-shaped hopper 15 and blanking tube 5,15 top of square-shaped hopper is equipped with rectangular cover board 16, rectangular cover board 16 and rectangular leakage
Bucket 15 cooperates, and the first guide hole 17 is provided in the middle part of rectangular cover board 16, the agitator arm that can be stirred to active carbon is equipped in the first guide hole 17
173,173 lower part of agitator arm is located in square-shaped hopper 15, is connected with nut 172, spiral shell in blanking tube 5 between left and right sides top
Threaded rod 171 is equipped in mother 172,171 top of threaded rod is fixedly connected with 173 bottom end of agitator arm.
Transmission device 2 includes driving motor 201, first gear 202 and second gear 203, and second gear 203 is installed on
5 lateral surface top of blanking tube, second gear 203 are located at first annular 3 top of sliding rail, and 1 upper inner of first support is equipped with drive
The output shaft of dynamic motor 201, driving motor 201 is connected with first gear 202 by shaft coupling, and first gear 202 is located at second
203 directly to the right of gear, first gear 202 are engaged with second gear 203.
Further include have the second endless glide 18, the second ring slider 19, hollow disc 22, swing fixture block 24, the first spring 25,
Connecting rod 26 and annular sleeve 27, the outer top center of rectangular cover board 16 are equipped with the second endless glide 18, slide in the second endless glide 18
Dynamic formula is equipped with the second ring slider 19, and the second ring slider 19 is slidably matched with the second endless glide 18, the second ring slider
19 middle parts are provided with the second guide hole 20, and 173 top of agitator arm passes through the second guide hole 20, and 173 left and right sides top of agitator arm is all uniform
Interval is provided with multiple card slots 21, and 19 top center of the second ring slider is equipped with hollow disc 22, and 173 top of agitator arm passes through sky
Cartridge 22,22 left and right sides of hollow disc are all provided with slot 23, are connected in slot 23 and hollow disc 22,23 bottom left of left side slot
Front and 23 bottom right rear portion of right side slot are all hinged with swing fixture block 24 that can be fixed by agitator arm 173, left and right sides pendulum
Dynamic 24 inner end of fixture block is located in card slot 21, and left side, which is swung between on rear side of 24 left side of fixture block and on the left of 23 trailing flank of left side slot, to be connected
It is connected to the first spring 25, right side swings between on front side of 24 right side of fixture block and on the right side of 23 leading flank of right side slot and is also connected with first
Spring 25, left side is swung among 24 top left side of fixture block and right side swings and is all hinged with connecting rod 26 among 24 top right side of fixture block,
Be equipped with annular sleeve 27 on the outside of hollow disc 22, be all provided with groove 28 at left and right sides of annular sleeve 27 medial surface, 26 left end of left side connecting rod with
The articulated connection of 28 bottom rear of left groove, 26 right end of right side connecting rod and 28 lower front of right groove are articulated and connected.
It further include having guide rod 30, second spring 31, bearing 32 and squeezing shaft 33,11 bottom right of circular collection disk is provided with
Third guide hole 29 be connected in third guide hole 29 and circular collection disk 11, is equipped with guide rod 30 in third guide hole 29,30 lower part of guide rod and
It is wrapped with second spring 31 between on the right side of 11 outer bottom of circular collection disk, 30 top of guide rod is Embedded to be equipped with bearing 32, axis
The extruding shaft 33 that is connected with and water in sponge block 10 can be squeezed out in 32 is held, shaft 33 is squeezed and is contacted with 10 bottom of sponge block.
It further include having adjustable plate 35, swivel nut 36, screw rod 37 and circular frame 38,5 lateral surface lower part of blanking tube is equipped with circle
Frame 38, blanking tube 5 are connect by way of welded connecting with circular frame 38, and 38 left and right sides lower part of circular frame has all been provided with guiding
The slide opening 34 of effect, slide opening 34 is interior to be equipped with the adjustable plate 35 that can be adjusted to active carbon flow, and adjustable plate 35 is arc shape, circular frame
It is all Embedded at left and right sides of 38 bottoms that swivel nut 36 is installed, it is connected in swivel nut 36 and slide opening 34, screw rod 37 is equipped in swivel nut 36,
37 top of screw rod is engaged with 35 bottom of adjustable plate.
It is operated first personnel collection vessel is placed on immediately below feeder pipe 14, then twists 173 positive and negative alternate of agitator arm and turn
Dynamic, the rotation of 173 positive and negative alternate of agitator arm drives the rotation of 171 positive and negative alternate of threaded rod, and the rotation of 171 positive and negative alternate of threaded rod passes through spiral shell
Mother 172 moves up and down, and threaded rod 171 moves up and down, and agitator arm 173 is driven to move up and down, and agitator arm 173 is moved up and down to conjunction
When suitable position, stop twisting agitator arm 173, then pulls rectangular cover board 16 to move up and be detached from square-shaped hopper 15, it can will
Suitable active carbon pours into square-shaped hopper 15, and rectangular cover board 16 is pushed to move down reset, can start transmission device 2, passes
The dynamic running of device 2 drives blanking tube 5 to rotate, and the rotation of blanking tube 5 drives third bracket 8 to rotate, and the rotation of third bracket 8 drives filter plate
9 rotations, the rotation of filter plate 9 then drive sponge block 10 to rotate, meanwhile, the rotation of blanking tube 5 also drives second support 6 to rotate, and second
The rotation of frame 6 drives swinging plate 7 to rotate, and the rotation of swinging plate 7 is slided in collecting tank 13, and the rotation of blanking tube 5 then passes through threaded rod 171
Agitator arm 173 is driven to rotate with nut 172, the rotation of agitator arm 173 stirs active carbon, then is avoided that active carbon rectangular
Blocking in funnel 15, and then the active carbon in square-shaped hopper 15 is then fallen in blanking tube 5, the active carbon in blanking tube 5 then falls
It drops down on sponge block 10, meanwhile, active carbon is also fallen on filter plate 9, and then the rotation of sponge block 10 absorbs the water in active carbon,
The rotation of filter plate 9 also drives active carbon rotation, and because of the effect of centrifugal force, active carbon rotation throws away water, and water is thrown away to be fallen by filter plate 9
It drops down onto circular collection disk 11, then dry under the sun devoting a tremendous amount of time it is not necessary that active carbon to be placed on, so that active carbon
Dehydration faster, meanwhile, the part water in sponge block 10 is also fallen in circular collection disk 11, and the water in circular collection disk 11 is then
It is discharged by outlet pipe 12, after the water in active carbon is thrown out of, filter plate 9 then gets rid of active carbon to collecting tank 13, stirs
The rotation of plate 7 then pushes the active carbon in collecting tank 13 to rotate, and when active carbon turns to 14 surface of feeder pipe, active carbon then passes through
Feeder pipe 14 is fallen in collection vessel.After the completion of active carbon fully dehydrating, transmission device 2 can be closed, blanking tube 5 stops
Rotation, filter plate 9 also just stop operating, and operator, which can pick up collection vessel, carries out subsequent processing to active carbon.
When collection vessel is placed on 14 underface of feeder pipe, operator can start the rotation of driving motor 201, driving
The rotation of motor 201 drives first gear 202 to rotate, and the rotation of first gear 202 drives second gear 203 to rotate, second gear 203
Rotation drives blanking tube 5 to rotate, so that filter plate 9 rotates, when active carbon is fallen on filter plate 9, the rotation of filter plate 9 then passes through
Centrifugal force is dehydrated active carbon.After the completion of whole active carbons is all dehydrated, driving motor 201, the first tooth can be closed
Wheel 202 stops operating, and blanking tube 5 also just stops operating with filter plate 9.
It is operated first personnel and twists the rotating forward of annular sleeve 27, annular sleeve 27, which rotates forward to drive by connecting rod 26, swings fixture block 24 outward
It swings, the compression of the first spring 25, swing fixture block 24 is swung out to be detached from card slot 21, and then agitator arm 173 is unclamped, and can be turned round
Dynamic 173 positive and negative alternate of agitator arm rotation, agitator arm 173 are moved up and down by threaded rod 171 and the cooperation of nut 172, agitator arm
173 when moving up and down to suitable position, stops twisting agitator arm 173, unclamps annular sleeve 27, because of the effect of the first spring 25,
It is interior that agitator arm 173 is fixed to swing the inside insertion card slot 21 that swings of fixture block 24, meanwhile, swing fixture block 24 is also driven by connecting rod 26
The reversion of annular sleeve 27 resets, and can start to operate in next step.When the present apparatus is dehydrated active carbon, rectangular agitator arm 173
Rotation drives hollow disc 22 to rotate by swinging fixture block 24, to drive the second ring slider 19 sliding in the second endless glide 18
It is dynamic.In this way, can prevent agitator arm 173 be fixed up active carbon when, cause agitator arm 173 to pass through threaded rod 171 and about 172 nut
It is mobile.
When the rotation of sponge block 10 absorbs the water in active carbon, sponge block 10, which also drives, squeezes the rotation of shaft 33, squeezes
The rotation of shaft 33 then squeezes out the water in sponge block 10, and the water of extrusion is fallen in circular collection disk 11, because of second spring 31
Effect squeezes shaft 33 and contacts always with sponge block 10.When sponge block 10 stops operating, squeezes shaft 33 and also just stop turning
It is dynamic.In this way, the water that can constantly absorb sponge block 10 squeezes out, so that 10 using effect of sponge block is more preferable.
After agitator arm 173 is moved to suitable position, operator can twist the reversion of screw rod 37, and the reversion of screw rod 37 is logical
Swivel nut 36 is crossed to move down, screw rod 37 moves down adjustable plate 35 is fixed, stops twisting screw rod 37, pull adjustable plate 35 to
It is moved to suitable position outside, then twists the rotating forward of screw rod 37 and moves up, screw rod 37, which is moved up, to be contacted with adjustable plate 35 by it
It is fixed, stop twisting screw rod 37, and then when the rotation of filter plate 9 is dehydrated active carbon, active carbon is got rid of to circular frame 38
It is fallen to behind side on adjustable plate 35, and then active carbon is fallen in collecting tank 13 by the gap between adjustable plate 35 and filter plate 9.
In this way, the dehydrating effect of active carbon can be adjusted according to demand, the distance between adjustable plate 35 and filter plate 9 are smaller, then can to live
Property charcoal dehydration effect it is more preferable, circular frame 38 can prevent active carbon from falling in the outside of collecting tank 13.
Although describing the present invention referring to exemplary embodiment, it should be understood that the present invention is not limited to disclosed to show
Example property embodiment.The scope of the following claims should give broadest explanation, to cover all modification and equivalent
Structure and function.
Claims (5)
- It include first support (1), transmission device (2), first annular 1. a kind of orange matter matrix activated carbon raw material centrifugal-dehydration device Sliding rail (3), first annular sliding block (4), blanking tube (5), second support (6), swinging plate (7), third bracket (8), filter plate (9), Sponge block (10), circular collection disk (11), outlet pipe (12) and feeder pipe (14), first support (1) left side top are connected with circle Shape catch tray (11), circular collection disk (11) bottom left are connected with outlet pipe (12), outlet pipe (12) and circular collection disk (11) connection in, circular collection disk (11) top is circumferential to be provided with the collecting tank (13) that can be collected to active carbon, circular collection disk (11) bottom left is connected with the feeder pipe (14) that active carbon can be discharged, and is connected in feeder pipe (14) and collecting tank (13), under Expects pipe (14) is located on the left of outlet pipe (12), and left side is connected with the first annular sliding rail playing the guiding role in the middle part of first support (1) (3), slidingtype is equipped with first annular sliding block (4) on first annular sliding rail (3), and first annular sliding block (4) medial surface is equipped with Blanking tube (5), the outer left and right sides lower part of blanking tube (5) are all connected with third bracket (8), the left and right sides third bracket (8) bottom It is connected with the filter plate (9) that can be passed water through between end, is connected with sponge block (10) between filter plate (9) medial surface, sponge block (10) In circular collection disk (11), transmission device (2) are equipped between first support (1) top and blanking tube (5) lateral surface top, Second support (6) is installed on blanking tube (5) external right side face lower part, and second support (6) bottom end is connected with can be by active carbon promotion Swinging plate (7), swinging plate (7) is located in collecting tank (13) to be slidably matched with it, it is characterized in that: further including having square-shaped hopper (15), rectangular cover board (16), threaded rod (171), nut (172) and agitator arm (173), the square-shaped hopper that active carbon can be made to place (15) it is installed on first support (1) top left side, square-shaped hopper (15) is located at the surface of blanking tube (5), square-shaped hopper (15) Be connected in blanking tube (5), square-shaped hopper (15) top is equipped with rectangular cover board (16), rectangular cover board (16) and square-shaped hopper (15) Cooperation, rectangular cover board (16) middle part are provided with the first guide hole (17), and the agitation that can be stirred to active carbon is equipped in the first guide hole (17) Bar (173), agitator arm (173) lower part are located in square-shaped hopper (15), and blanking tube (5) is connected between interior left and right sides top Nut (172), nut (172) is interior to be equipped with threaded rod (171), the fixed company in threaded rod (171) top and agitator arm (173) bottom end It connects.
- 2. a kind of orange matter matrix activated carbon raw material centrifugal-dehydration device described in accordance with the claim 1, it is characterized in that: transmission device It (2) include driving motor (201), first gear (202) and second gear (203), second gear (203) is installed on blanking tube (5) lateral surface top, second gear (203) are located above first annular sliding rail (3), and first support (1) upper inner is equipped with The output shaft of driving motor (201), driving motor (201) is connected with first gear (202), first gear by shaft coupling (202) it is located at second gear (203) directly to the right, first gear (202) is engaged with second gear (203).
- 3. a kind of orange matter matrix activated carbon raw material centrifugal-dehydration device according to claim 2, it is characterized in that: further including having the Second ring sliding rail (18), hollow disc (22), swings fixture block (24), the first spring (25), connecting rod (26) at the second ring slider (19) With annular sleeve (27), the outer top center of rectangular cover board (16) is equipped with the second endless glide (18), in the second endless glide (18) Slidingtype is equipped with the second ring slider (19), and the second ring slider (19) is slidably matched with the second endless glide (18), and second It is provided with the second guide hole (20) in the middle part of ring slider (19), agitator arm (173) top passes through the second guide hole (20), agitator arm (173) Left and right sides top is all evenly spaced to be provided with multiple card slots (21), and the second ring slider (19) top center is equipped with hollow disc (22), agitator arm (173) top passes through hollow disc (22), is all provided with slot (23) at left and right sides of hollow disc (22), slot (23) With hollow disc (22) in be connected to, left side slot (23) bottom left front is all hinged with right side slot (23) bottom right rear portion The swing fixture block (24) that agitator arm (173) can be fixed, the left and right sides swing fixture block (24) inner end and are located in card slot (21), left side It swings between on rear side of fixture block (24) left side and on the left of left side slot (23) trailing flank and is connected with the first spring (25), right side is swung It is also connected with the first spring (25) between on front side of fixture block (24) right side and on the right side of right side slot (23) leading flank, left side swings card It swings among block (24) top left side with right side and is all hinged with connecting rod (26) among fixture block (24) top right side, hollow disc (22) is outside Side is equipped with annular sleeve (27), is all provided with groove (28) at left and right sides of annular sleeve (27) medial surface, left side connecting rod (26) left end and a left side The articulated connection of side groove (28) bottom rear, right side connecting rod (26) right end and right groove (28) lower front are articulated and connected.
- 4. a kind of orange matter matrix activated carbon raw material centrifugal-dehydration device described in accordance with the claim 3, it is characterized in that: further including leading Bar (30), second spring (31), bearing (32) and extruding shaft (33), circular collection disk (11) bottom right are provided with third guide hole (29), it is connected in third guide hole (29) and circular collection disk (11), guide rod (30) is equipped in third guide hole (29), under guide rod (30) It is wrapped with second spring (31) between on the right side of portion and circular collection disk (11) outer bottom, guide rod (30) top is Embedded to be equipped with Bearing (32) is connected with the extruding shaft (33) that can squeeze out the interior water of sponge block (10) in bearing (32), squeeze shaft (33) with The contact of sponge block (10) bottom.
- 5. a kind of orange matter matrix activated carbon raw material centrifugal-dehydration device according to claim 4, it is characterized in that: further including having tune Section plate (35), swivel nut (36), screw rod (37) and circular frame (38), blanking tube (5) lateral surface lower part are equipped with circular frame (38), circle Lower part is all provided with the slide opening (34) playing the guiding role at left and right sides of shape frame (38), and being equipped in slide opening (34) can be to active carbon flow tune The adjustable plate (35) of section, adjustable plate (35) are arc shape, and circular frame (38) bottom left and right sides is all Embedded to be equipped with swivel nut (36), it is connected in swivel nut (36) and slide opening (34), is equipped with screw rod (37) in swivel nut (36), screw rod (37) top and adjustable plate (35) Bottom is engaged.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910392752.XA CN110332775B (en) | 2019-05-13 | 2019-05-13 | Orange base active carbon raw material centrifugal dehydration equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910392752.XA CN110332775B (en) | 2019-05-13 | 2019-05-13 | Orange base active carbon raw material centrifugal dehydration equipment |
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| CN110332775B CN110332775B (en) | 2020-10-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111765728A (en) * | 2020-07-10 | 2020-10-13 | 温州大学 | Drying machine with floating drying chamber |
Citations (16)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000055547A (en) * | 1998-08-17 | 2000-02-25 | Tokyo Gas Co Ltd | Centrifugal separator/dryer |
| JP2003302159A (en) * | 2002-04-08 | 2003-10-24 | Nec Engineering Ltd | Umbrella water remover |
| CN1943872A (en) * | 2005-09-15 | 2007-04-11 | 株式会社迪斯科 | Separation device |
| CN101650114A (en) * | 2009-09-17 | 2010-02-17 | 河北工业大学 | Traditional Chinese medicine pill wiping and deoiling device |
| CN202032834U (en) * | 2011-03-22 | 2011-11-09 | 福建百川资源再生科技有限公司 | Pre-crystallizer used for bottle flake spinning |
| CN203489587U (en) * | 2013-07-08 | 2014-03-19 | 上海金杨金属表面处理有限公司 | Cell steel casing spin-drying structure |
| US20140259723A1 (en) * | 2013-03-14 | 2014-09-18 | Jesus R. Oropeza | Canted spin dryer comprising a locking mechanism |
| CN204630301U (en) * | 2015-02-02 | 2015-09-09 | 连云港东睦新材料有限公司 | Rotary separated powder for drying stove |
| WO2015156679A1 (en) * | 2014-04-08 | 2015-10-15 | Thermtech Holding As | Improved process and reactor for drying a mixture containing solid or semi-solids |
| CN205300195U (en) * | 2015-11-27 | 2016-06-08 | 北矿磁材（阜阳）有限公司 | Indisputable oxygen dewatering device for ferromagnetic powder bonds |
| CN207154245U (en) * | 2017-09-11 | 2018-03-30 | 辽宁工业大学 | A kind of multi-functional traditional Chinese medicine material highly-efficient processing device |
| CN107990637A (en) * | 2017-11-28 | 2018-05-04 | 方德森 | Self-discharging centrifugal dehydrator |
| CN207951235U (en) * | 2017-12-15 | 2018-10-12 | 天津绿格瑞科技发展有限公司 | Efficiently without dead angle drug agitating device |
| CN109405474A (en) * | 2018-12-10 | 2019-03-01 | 南京火燥机械科技有限公司 | A kind of high-efficiency vacuum drying box |
| CN208671577U (en) * | 2018-07-19 | 2019-03-29 | 巨野天运新能源科技有限公司 | A kind of production lithium battery precursor material tray drier |
| CN208671565U (en) * | 2018-07-23 | 2019-03-29 | 浙江兰博生物科技股份有限公司 | It is a kind of for manufacturing the drying machine of niacinamide |
-
2019
- 2019-05-13 CN CN201910392752.XA patent/CN110332775B/en active Active
Patent Citations (16)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000055547A (en) * | 1998-08-17 | 2000-02-25 | Tokyo Gas Co Ltd | Centrifugal separator/dryer |
| JP2003302159A (en) * | 2002-04-08 | 2003-10-24 | Nec Engineering Ltd | Umbrella water remover |
| CN1943872A (en) * | 2005-09-15 | 2007-04-11 | 株式会社迪斯科 | Separation device |
| CN101650114A (en) * | 2009-09-17 | 2010-02-17 | 河北工业大学 | Traditional Chinese medicine pill wiping and deoiling device |
| CN202032834U (en) * | 2011-03-22 | 2011-11-09 | 福建百川资源再生科技有限公司 | Pre-crystallizer used for bottle flake spinning |
| US20140259723A1 (en) * | 2013-03-14 | 2014-09-18 | Jesus R. Oropeza | Canted spin dryer comprising a locking mechanism |
| CN203489587U (en) * | 2013-07-08 | 2014-03-19 | 上海金杨金属表面处理有限公司 | Cell steel casing spin-drying structure |
| WO2015156679A1 (en) * | 2014-04-08 | 2015-10-15 | Thermtech Holding As | Improved process and reactor for drying a mixture containing solid or semi-solids |
| CN204630301U (en) * | 2015-02-02 | 2015-09-09 | 连云港东睦新材料有限公司 | Rotary separated powder for drying stove |
| CN205300195U (en) * | 2015-11-27 | 2016-06-08 | 北矿磁材（阜阳）有限公司 | Indisputable oxygen dewatering device for ferromagnetic powder bonds |
| CN207154245U (en) * | 2017-09-11 | 2018-03-30 | 辽宁工业大学 | A kind of multi-functional traditional Chinese medicine material highly-efficient processing device |
| CN107990637A (en) * | 2017-11-28 | 2018-05-04 | 方德森 | Self-discharging centrifugal dehydrator |
| CN207951235U (en) * | 2017-12-15 | 2018-10-12 | 天津绿格瑞科技发展有限公司 | Efficiently without dead angle drug agitating device |
| CN208671577U (en) * | 2018-07-19 | 2019-03-29 | 巨野天运新能源科技有限公司 | A kind of production lithium battery precursor material tray drier |
| CN208671565U (en) * | 2018-07-23 | 2019-03-29 | 浙江兰博生物科技股份有限公司 | It is a kind of for manufacturing the drying machine of niacinamide |
| CN109405474A (en) * | 2018-12-10 | 2019-03-01 | 南京火燥机械科技有限公司 | A kind of high-efficiency vacuum drying box |
Non-Patent Citations (1)
| Title |
|---|
| 田娥，李毅: "《机械设计基础》", 31 December 2017, 中国铁道出版社 * |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111765728A (en) * | 2020-07-10 | 2020-10-13 | 温州大学 | Drying machine with floating drying chamber |
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| CN110332775B (en) | 2020-10-09 |
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