CN109879382A - A kind of solid-liquid equipment for magnetic separation - Google Patents
A kind of solid-liquid equipment for magnetic separation Download PDFInfo
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- CN109879382A CN109879382A CN201910271700.7A CN201910271700A CN109879382A CN 109879382 A CN109879382 A CN 109879382A CN 201910271700 A CN201910271700 A CN 201910271700A CN 109879382 A CN109879382 A CN 109879382A
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Abstract
The invention discloses a kind of solid-liquid equipment for magnetic separation, including seperator, intake tunnel is equipped in the seperator, it is equipped in the intake tunnel to control water inlet valve block intake tunnel circulation and closed, inlet control device is equipped on the downside of the intake tunnel, the water inlet valve block engages connection with the inlet control device, it communicates on the right side of the intake tunnel equipped with Magneto separate chamber, the configuration of the present invention is simple, it is easy to operate, the magnetic plate intermittent rotary of same structure carries out absorption work to Magneto separate is intracavitary there are four being arranged in separator, so that sewage four adsorption treatments of progress that Magneto separate is intracavitary, compared with conventional process mode, the adsorption capacity of this device is high, typical values are far below containing amount of metal in water quality that treated, and the magnetic plate in this device is to make it have magnetism by electromagnet energization, it is powered off in magnetic plate It is acted on by wind-force afterwards so that metallics is collected, device gearing property is good, consumes energy low.
Description
Technical field
The present invention relates to technical field of sewage, specially a kind of solid-liquid equipment for magnetic separation.
Background technique
In the prior art, the equipment for magnetic separation for extracting to the metallics in sewage is by with magnetic attraction
After adsorption plate is to metallics adsorbing and extracting, the mode of removing metallics from adsorption plate using scraper plate or hard brush
It working, adsorption plate is adsorbed using the work of single adsorption plate alternate form in device, when the metallics content in sewage is big,
To still existing substance absorption is not in place in water after its excessive metallics of adsorption plate adsorption, so that it is to sewage treatment
Inefficient.
It, can be due to adsorbing the bumps of plate surface not when carrying out the removing of metallics secondly by scraper plate or hard hair brush
It is flat, cause scraper plate to fail to remove completely, so that having kish substance that can bring into pending water on adsorption plate, and hard hair
Brush reset mode, the good metallics of big grain or adhesiveness on adsorption plate can be difficult to clean off, equally cause to remove and not do
Problem that is net and making adsorption plate surface fracture serious.
For this reason, it is necessary to which the equipment for magnetic separation to solid-liquid in the prior art further improves, to improve in sewage
Metallics extraction efficiency and facilitation.
Summary of the invention
The purpose of the present invention is to provide a kind of solid-liquid equipment for magnetic separation, in the prior art above-mentioned scarce for overcoming
It falls into.
A kind of solid-liquid equipment for magnetic separation according to the present invention, including seperator, the seperator is interior to be equipped with intake tunnel,
It is equipped in the intake tunnel to control water inlet valve block intake tunnel circulation and closed, is set on the downside of the intake tunnel
There is inlet control device, the water inlet valve block engages connection with the inlet control device, communicates and set on the right side of the intake tunnel
There is Magneto separate chamber, closing device is equipped on the outside of the Magneto separate chamber, is communicated on the upside of the Magneto separate chamber and be equipped with rotation chamber, described turn
It moves intracavitary rotation and is equipped with the separator with magneticaction, four magnetic with electromagnet are laid in the separator
The intracavitary underwater gold by electromagnetic force that the Magneto separate is intracavitary of the Magneto separate is protruded into suction disc, the magnetic plate lower end of downside
Belong to substance to extract, the insulating bar being connected by power with the closing device is equipped in the separator, the insulating bar promotion makes
The magnetic plate power-off in the separator is obtained, then the magnetic plate loses magnetism so that metallics thereon falls into institute
The upper surface of closing device is stated, wind power machine is equipped on the left of the rotation chamber, is communicated on the right side of the rotation chamber equipped with collecting chamber, institute
Metallics on the closing device is blown into the collecting chamber by the wind-force for stating wind power machine generation to be recycled, the Magneto separate
It is communicated with free surrounding space on the right side of chamber equipped with drainage channel, sliding is equipped with to control the drainage channel stream in the drainage channel
Draining valve block that is logical and closing engages on the left of the draining valve block and is connected with drainage arrangement, when work, the dirt containing metallics
Water enters that the Magneto separate is intracavitary by the intake tunnel, by with the magnetic plate electromagnetically by the metal object in water
Matter is drawn, and then the magnetic plate rotation is so that the magnetic plate for being adsorbed with metallics turns to intracavitary, the institute of the rotation
Insulating bar work is stated so that the magnetic plate on right side loses magnetism, then metallics thereon is fallen on the closing device
End face, then wind-force generated by the work of wind power machine metallics is blown into the collecting chamber and carry out recycling and reusing.
Further technical solution, the inlet control device include the opening up water inlet communicated with the intake tunnel
Sliding slot, the water inlet valve block lower end is protruded into the water inlet sliding slot and right side is installed with into water sliding block, and the water inlet sliding slot is left
Side is communicated equipped with the first engagement chamber, and the intracavitary rotation of the first engagement is equipped with the water inlet that right end engages connection with the water inlet valve block
Gear, the water inlet gear front end face are installed with first bevel gear, and the first bevel gear lower end surface engagement is connected with the second cone
Gear, the second bevel gear lower end surface are installed with the first rotating shaft being connected by power with the drainage arrangement, the first rotating shaft
On in the second bevel gear lower position be installed with the first spur gear, communicates on the left of the first engagement chamber equipped with the second engagement
Chamber, intracavitary rotated by the second shaft of second engagement are equipped with right end is connect with the first spur gear internal messing second directly
Gear, the second engagement chamber upside are communicated equipped with downward opening connection sliding slot, and the company is protruded into second shaft upper end
It connects in sliding slot and rotation is equipped with connection sliding block, communicated on the downside of the second engagement chamber equipped with the sliding chamber of opening up connection, it is described
Second shaft lower end protrudes into that the connection is sliding intracavitary and rotation is equipped with elevator, and the elevator lower end surface is installed with lower end and institute
It states and connects the connected connecting spring of sliding chamber lower end wall, communicated on the left of the sliding chamber of the connection and be equipped with connection turn trough, the connection turn trough
The interior linked gear for engaging connection with the elevator equipped with right end by the rotation of third shaft, the intracavitary rotation of second engagement
There is the connection gear to engage connection with second spur gear equipped with right end, the connection gear left side engagement is connected with
Third hand tap gear, the third hand tap gear left side are installed with the first belt shaft, are communicated on the left of the second engagement chamber equipped with the
One belt grooves, symmetrical above and below in first belt grooves to be equipped with the first belt pulley, first belt shaft left end protrudes into described
It is connected in one belt grooves and with first belt pulley of downside, is connected between first belt pulley by the first belt power
It connects.
Further technical solution, the closing device include communicating the symmetrical of setting on the outside of the Magneto separate chamber
Telescopic chute, sliding is equipped with opening-closing plate in the telescopic chute, and the opening-closing plate front end face is installed with flexible sliding block, after the telescopic chute
Side, which communicates, is equipped with the shifting chute facing forward that is open, and rotation is equipped with mobile screw rod in the shifting chute, and the opening-closing plate rear end face is fixed
There is the movable block for protruding into and being threadedly coupled in the shifting chute and with the mobile screw rod, the mobile screw rod outer end is installed with second
Belt pulley has been connected by power the second belt on second belt pulley, has passed through horizontally disposed connection between second belt
Axis is connected by power, and power device is equipped on rear side of the closing device, and second belt pulley on right side and the power device are dynamic
Power connection, the shifting chute rear side on right side, which communicates, is equipped with opening the first slide bar slot facing forward, slides in the first slide bar slot
The first slide bar in the shifting chute is protruded into equipped with front end, first slide bar right side is installed with the first reset assembly, described
It is communicated on rear side of first slide bar slot equipped with the second slide bar slot, the interior sliding of the second slide bar slot is equipped with right end and supports with first slide bar
The second slide bar connect, the second slide bar rear end face are installed with the second reset assembly, the second slide bar slot front side and the magnetic
Disengagement chamber connection is equipped with third slide bar slot, and the insulation rod rear end protrudes into the third slide bar slot and right end and described second is slided
Bar abuts, and the insulating bar right side is installed with third reset assembly.
Further technical solution, the separator are included in intracavitary be equipped with by rotation axis rotation of the Magneto separate and turn
Motion block, the Magneto separate chamber front side are equipped with transmission device, and the rotation axis front end and the transmission device are connected, the rotating block
Be connected with the magnetic plate, connecting cavity be equipped in the rotating block, be equipped in the magnetic plate opening inwardly with the connecting cavity
What is communicated connects electric sliding slot, and the electric sliding block that connects for connecing sliding in electric sliding slot and being protruded into the connecting cavity equipped with inner end is described to connect electricity
Symmetrically is installed with the 4th reset assembly on the outside of sliding block, power block is equipped in the connecting cavity, be laid on the power block with
It is described to connect the corresponding four energization sliding slots of electric sliding slot, in the energization sliding slot sliding be equipped with outer end protrude into the connecting cavity with
The energization sliding block for connecing electric sliding block and abutting, the energization sliding block outside are symmetrically installed with the 5th reset assembly, the power block
Rear end face is installed with conducting rod, communicates in the conducting rod outer fix equipped with annular groove on rear side of the connecting cavity, the insulation
Bar front end protruded into the connecting cavity through the annular groove and with the energization sliding block and it is described connect electric sliding block rear end and abut, institute
It states to communicate on rear side of Magneto separate chamber and is equipped with the rotation slot that the facing forward and right side that is open is communicated with the second slide bar slot, after the rotation axis
End is protruded into the rotation slot and is rotatablely connected with it, communicates on rear side of the rotation slot and is equipped with the electric slot that connects facing forward that is open, described
Conductive rod rear end protrudes into through the rotation axis and described connect in electric slot and be electrically connected by power on unit and extraneous power supply, described turn
Moving axis is connected by power with the power device.
Further technical solution, the transmission device includes the driving groove communicated on front side of the Magneto separate chamber, described
Rotation axis front end and the driving groove front bulkhead are rotatablely connected and are installed with thereon driving lever, communicate to be equipped on the left of the driving groove and open
Mouth is towards right transmission turn trough, and the transmission turn trough left side, which communicates, is equipped with transmission sliding slot, and the interior sliding of the transmission sliding slot is equipped with right end
The driving rack in the driving groove is protruded into through the transmission turn trough, after the driving rack in the transmission sliding slot
End face is installed with slider guide, and the driving rack lower end surface engagement in the transmission turn trough is connected with transmission gear, described
The transmission shaft of rear end and the transmission turn trough aft bulkhead rotation connection is installed at transmission gear axle center, the transmission shaft front end is solid
Equipped with third belt pulley, the third belt pulley is connected by power with the third shaft by third belt.
Further technical solution, the power device include power cavity, and the power cavity front bulkhead is installed with power electric
Machine, the power motor front end are connected by power dynamic shaft, communicate on front side of the power motor and are equipped with gearing belt grooves, described
Power shaft front end and the gearing belt grooves front bulkhead are rotatablely connected and are installed with driving pulley, the driving belt thereon
Wheel is connected by power with the wind power machine by driving belt, and the power motor rear end has been connected by power rear end and the power
The line shaft of cavity rear end wall rotation connection, is installed with the first power gear of a quarter tooth form on the line shaft, and described the
The first meshing gear of one power gear left side engagement connection having through the rotation setting of the 4th shaft, the power cavity front side
It is connected between the rotation slot and is equipped with the second belt grooves, the 4th shaft front end and the second belt grooves front bulkhead rotate
It connects and is installed with the 4th belt pulley thereon, connected between the 4th belt pulley and the rotation axis by the 4th belt power
It connects, in the second power gear for being installed with 3/4ths tooth forms on the line shaft on rear side of first power gear, described the
The engagement of two power gear right sides is connected with the second meshing gear being rotatablely connected by the 5th shaft, phase on front side of the power cavity
The logical third that is equipped with engages chamber, and the 5th shaft front end protrudes into the third and engages intracavitary and be installed with the 4th bevel gear, described
The engagement of 4th bevel gear right side is connected with the 5th bevel gear, and the 5th bevel gear right side is installed with the 6th shaft, described
It is installed with torque spring in 6th shaft, communicates the third belt for being equipped with and being connected to the shifting chute on the right side of the third engagement chamber
Slot, the 6th shaft right end and the third belt grooves right end wall are rotatablely connected and are installed with the 5th belt pulley thereon, described
5th belt pulley and second belt pulley on right side are connected by power by the 5th belt.
Further technical solution, the wind power machine includes being open towards the right wind chamber communicated with the rotation chamber, described
Wind is intracavitary to be equipped with switch block, and the switch block periphery is installed with fan blade symmetrical above and below, is communicated on the left of the wind chamber equipped with the 4th engagement
Chamber is connected on the left of the 4th engagement chamber with first belt grooves, and the switch block left side is installed with left end and runs through described the
The wind-force shaft that four engagement chambers are protruded into first belt grooves and are connected with first belt pulley of upside, the described 4th
It engages and is installed with the 6th bevel gear in the intracavitary wind-force shaft, the 6th bevel gear rear end face engagement is connected with by the
7th bevel gear of seven shafts rotation setting, the 7th shaft rear end protrude into the gearings belt grooves it is interior and with the transmission skin
Belt wheel is connected by power by the driving belt.
Further technical solution, the drainage arrangement include that the opening up draining communicated with the drainage channel is sliding
Slot, the draining valve block and the draining sliding slot are slidably connected and the draining valve block right side is installed with draining sliding block, described
It is communicated on the left of draining sliding slot and is equipped with opening towards the 5th right engagement chamber, the 5th engagement is intracavitary to be equipped with by engagement shaft rotation
Right end engage the draining gear connected with the draining valve block, fixed in the draining gear forward position in the engagement shaft
There is the 8th bevel gear, the 8th bevel gear rear end face engagement is connected with the 9th bevel gear, and the 9th bevel gear lower end surface is solid
Equipped with connection shaft, communicate on the downside of the 5th engagement chamber equipped with the 4th belt grooves, bilateral symmetry is set in the 4th belt grooves
There is a connection belt pulley, the connection belt pulley on the connection shaft lower end and right side is connected, logical between the connection belt pulley
Connection belt to be crossed to be connected by power, the 4th belt grooves, which engage to be connected between chamber with described first, is equipped with link slot, and described first
Shaft lower end is protruded into the 4th belt grooves through the link slot and is connected with the connection belt pulley in left side.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, device is made by water inlet and drainage arrangement
Sewage containing metallics is sufficiently handled, compared with mobile processing mode, the processing of this device is finer abundant, secondly
The magnetic plate intermittent rotary of same structure carries out absorption work to Magneto separate is intracavitary there are four being arranged in separator, so that
The intracavitary sewage of Magneto separate carries out four adsorption treatments, and compared with conventional process mode, the adsorption capacity of this device is high, and treated
Typical values are far below containing amount of metal in water quality, and the magnetic plate in this device is to make it have magnetism by electromagnet energization,
It is acted on by wind-force after the power-off of magnetic plate so that metallics collection, adsorbs compared with traditional permanent magnet and incited somebody to action by scraper plate
Adsorption rate is low caused by metallics is removed and metal object the problems such as not cleaning up, after this device excellent adsorption and extraction
Matter easily collecting recycles, and apparatus structure is compact, and gearing property is good, only with a motor drive operational, consumes energy low, reduces magnetic force point
From cost.
Detailed description of the invention
Fig. 1 is a kind of inside overall structure diagram of solid-liquid equipment for magnetic separation of the invention；
Fig. 2 is " A " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is " B-B " direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is " C " enlarged structure schematic diagram in Fig. 3 in the present invention；
Fig. 5 is " D " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 6 is " E " enlarged structure schematic diagram in Fig. 3 in the present invention；
Fig. 7 is " F-F " direction structure schematic diagram in Fig. 4 in the present invention；
Fig. 8 is " G-G " direction structure schematic diagram in Fig. 4 in the present invention；
Fig. 9 is " H " enlarged structure schematic diagram in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-9, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-9, a kind of solid-liquid equipment for magnetic separation of embodiment according to the present invention, including seperator 10, it is described
It is equipped with intake tunnel 11 in seperator 10, is equipped in the intake tunnel 11 to control the circulation of intake tunnel 11 and close
Water inlet valve block 12, inlet control device, the water inlet valve block 12 and water inlet control are equipped on the downside of the intake tunnel 11
Device engagement connection communicates on the right side of the intake tunnel 11 equipped with Magneto separate chamber 13, is equipped with folding on the outside of the Magneto separate chamber 13
Device communicates on the upside of the Magneto separate chamber 13 and is equipped with rotation chamber 14, and rotation is equipped with magneticaction in the rotation chamber 14
Separator, is laid with four magnetic plates 15 with electromagnet in the separator, under the magnetic plate 15 of downside
End is protruded into the Magneto separate chamber 13 and is extracted the underwater gold category substance in the Magneto separate chamber 13 by electromagnetic force, the separation
The insulating bar 16 being connected by power with the closing device is equipped in device, the insulating bar 16 pushes so that in the separator
The magnetic plate 15 power-off, then the magnetic plate 15 loses magnetism so that metallics thereon falls into the closing device
Upper surface is equipped with wind power machine on the left of the rotation chamber 14, communicates on the right side of the rotation chamber 14 equipped with collecting chamber 126, the wind
Metallics on the closing device is blown into the collecting chamber 126 by the wind-force that power device generates to be recycled, the Magneto separate
13 right side of chamber is communicated with free surrounding space equipped with drainage channel 17, and the interior sliding of the drainage channel 17 is equipped with to control the draining
The draining valve block 18 channel 17 circulation and closed engages on the left of the draining valve block 18 and is connected with drainage arrangement, when work, contains
The sewage of metallics is entered in the Magneto separate chamber 13 by the intake tunnel 11, by with the magnetic electromagnetically
Plate 15 draws the metallics in water, and then the rotation of magnetic plate 15 is so that be adsorbed with the magnetic plate 15 of metallics
It turning in the rotation chamber 14, the insulating bar 16 works so that the magnetic plate 15 on right side loses magnetism, then thereon
Metallics falls to the closing device upper surface, then metallics is blown into institute by the work generation wind-force of wind power machine
It states and carries out recycling and reusing in collecting chamber 126.
Valuably or illustratively, the inlet control device include it is opening up communicated with the intake tunnel 11 into
Neatly slot 19,12 lower end of water inlet valve block is protruded into the water inlet sliding slot 19 and right side is installed with into water sliding block 20, described
It is communicated on the left of water inlet sliding slot 19 equipped with the first engagement chamber 21, the interior rotation of the first engagement chamber 21 is equipped with right end and the inlet valve
The water inlet gear 22 of the engagement connection of block 12,22 front end face of water inlet gear are installed with first bevel gear 23, the first cone tooth
It takes turns the engagement of 23 lower end surfaces and is connected with second bevel gear 24,24 lower end surface of second bevel gear is installed with dynamic with the drainage arrangement
The first rotating shaft 25 of power connection, is installed with the first spur gear in 24 lower position of second bevel gear in the first rotating shaft 25
26, it is described first engagement chamber 21 on the left of communicate equipped with second engagement chamber 34, it is described second engagement chamber 24 in pass through the second shaft 28
Rotation is equipped with the second spur gear 27 that right end is connect with 26 internal messing of the first spur gear, the second engagement 34 upside phase of chamber
Logical to be equipped with downward opening connection sliding slot 29,28 upper end of the second shaft is protruded into the connection sliding slot 29 and rotation is equipped with and connects
Sliding block 30 is connect, is communicated on the downside of the second engagement chamber 34 equipped with the sliding chamber 31 of opening up connection, 28 lower end of the second shaft
It protrudes into the sliding chamber 31 of the connection and rotation is equipped with elevator 32,32 lower end surface of elevator is installed with lower end and the connection
The connected connecting spring 33 of sliding 31 lower end wall of chamber, the connection, which is slided to communicate on the left of chamber 31, is equipped with connection turn trough 37, and the connection turns
The linked gear 39 that right end engages connection with the elevator 32 is equipped with by the rotation of third shaft 38 in slot 37, described second nibbles
Closing rotation in chamber 34 has equipped with right end to engage the connection gear 35 connected, the connection gear with second spur gear 27
The engagement of 35 left sides is connected with third hand tap gear 36, and 36 left side of third hand tap gear is installed with the first belt shaft 40, described
It communicates on the left of second engagement chamber 34 equipped with the first belt grooves 42, it is symmetrical above and below in first belt grooves 42 to be equipped with the first belt pulley
41,40 left end of the first belt shaft is protruded into first belt grooves 42 and is connected with first belt pulley 41 of downside,
It is connected by power between first belt pulley 41 by the first belt 43.
Valuably or illustratively, the closing device includes the bilateral symmetry that setting is communicated on the outside of the Magneto separate chamber 13
Telescopic chute 55, sliding is equipped with opening-closing plate 57 in the telescopic chute 55, and 57 front end face of opening-closing plate is installed with flexible sliding block 56,
It being communicated on rear side of the telescopic chute 55 and is equipped with the shifting chute 58 facing forward that is open, rotation is equipped with mobile screw rod 59 in the shifting chute 58,
57 rear end face of opening-closing plate is installed with the movable block for protruding into and being threadedly coupled in the shifting chute 58 and with the mobile screw rod 59
60, mobile 59 outer end of screw rod is installed with the second belt pulley 61, has been connected by power the second belt on second belt pulley 61
62, it is connected by power by horizontally disposed connecting shaft between second belt 62, power is equipped on rear side of the closing device and is filled
It sets, second belt pulley 61 and the power device on right side are connected by power, and are communicated and are set on rear side of the shifting chute 58 on right side
The the first slide bar slot 99 for having opening facing forward, sliding is equipped with that front end is protruded into the shifting chute 58 in the first slide bar slot 99
One slide bar 104,104 right side of the first slide bar are installed with the first reset assembly 106, communicate on rear side of the first slide bar slot 99
Equipped with the second slide bar slot 101, sliding is equipped with right end is abutted with first slide bar 104 second in the second slide bar slot 101
Slide bar 103,103 rear end face of the second slide bar are installed with the second reset assembly 100,101 front side of the second slide bar slot and institute
It states the connection of Magneto separate chamber 13 and is equipped with third slide bar slot 107,16 rear end of insulating bar is protruded into the third slide bar slot 107 and right
End is abutted with second slide bar 103, and 16 right side of insulating bar is installed with third reset assembly 102.
Valuably or illustratively, the separator is included in the Magneto separate chamber 13 and is set by the rotation of rotation axis 73
There is rotating block 63, transmission device is equipped on front side of the Magneto separate chamber 13,73 front end of rotation axis and the transmission device are connected,
The rotating block 63 is connected with the magnetic plate 15, and connecting cavity 72 is equipped in the rotating block 63, is equipped in the magnetic plate 15
Be open communicated inwardly with the connecting cavity 72 connect electric sliding slot 64, it is described connect sliding in electric sliding slot 64 and be equipped with inner end protrude into the company
The electric sliding block 65 that connects in chamber 72 is connect, described connect symmetrically is installed with the 4th reset assembly 66, the connecting cavity 72 on the outside of electric sliding block 65
It is interior to be equipped with power block 67, it is laid on the power block 67 and connects the corresponding four energization sliding slots 68 of electric sliding slot 64 with described,
In the energization sliding slot 68 sliding be equipped with outer end protrude into the connecting cavity 72 with the energization sliding block for connecing electric sliding block 65 and abutting
69,69 outside of energization sliding block is symmetrically installed with the 5th reset assembly 70, and 67 rear end face of power block is installed with conducting rod
74,72 rear side of connecting cavity is communicated in 74 outer fix of conducting rod equipped with annular groove, and 16 front end of insulating bar is run through
The annular groove protrude into the connecting cavity 72 and with the energization sliding block 69 and it is described connect electric 65 rear end of sliding block and abut, the magnetic
It is communicated on rear side of disengagement chamber 13 and is equipped with the rotation slot 84 that the facing forward and right side that is open is communicated with the second slide bar slot 101, the rotation
73 rear end of axis is protruded into the rotation slot 84 and is rotatablely connected with it, communicates on rear side of the rotation slot 84 and is equipped with facing forward connect that be open
Described connect in electric slot and by power on unit 85 and extraneous power supply is protruded into through the rotation axis 73 in electric slot, 74 rear end of conducting rod
It is electrically connected, the rotation axis 73 is connected by power with the power device.
Valuably or illustratively, the transmission device includes the driving groove 74 communicated on front side of the Magneto separate chamber 13,
73 front end of rotation axis and 74 front bulkhead of driving groove are rotatablely connected and are installed with thereon driving lever 75, and the driving groove 74 is left
Side communicates the transmission turn trough 80 for being equipped with opening towards the right side, communicates on the left of the transmission turn trough 80 and is equipped with transmission sliding slot 77, the transmission
Sliding is equipped with right end and protrudes into the driving rack 76 in the driving groove 74 through the transmission turn trough 80 in sliding slot 77, is located at described
76 rear end face of the driving rack in transmission sliding slot 77 is installed with slider guide 78, the transmission in the transmission turn trough 80
The engagement of 76 lower end surface of rack gear is connected with transmission gear 79, is installed with rear end and the transmission turn trough at 79 axle center of transmission gear
The transmission shaft 81 of end wall rotation connection after 80s, 81 front end of transmission shaft is installed with third belt pulley 82, the third belt pulley
82 are connected by power with the third shaft 38 by third belt 83.
Valuably or illustratively, the power device includes power cavity 89, and 89 front bulkhead of power cavity is installed with dynamic
Force motor 111,111 front end of power motor are connected by power dynamic shaft, and the company of being equipped with is communicated on front side of the power motor 111
Dynamic belt grooves 110, the power shaft front end and 110 front bulkhead of gearing belt grooves are rotatablely connected and are installed with transmission thereon
Belt pulley 109, the driving pulley 109 are connected by power with the wind power machine by driving belt 108, the power motor
111 rear ends are connected by power the line shaft 93 of rear end and 89 aft bulkhead of power cavity rotation connection, consolidate on the line shaft 93
The first power gear 92 equipped with a quarter tooth form, 92 left side of the first power gear engagement connection have by the 4th
First meshing gear 90 of the rotation setting of shaft 91,89 front side of the power cavity be connected between the rotation slot 84 equipped with second
Belt grooves 87,91 front end of the 4th shaft and 87 front bulkhead of the second belt grooves are rotatablely connected and are installed with the 4th skin thereon
Belt wheel 98 is connected by power between the 4th belt pulley 98 and the rotation axis 73 by the 4th belt 88, first power
92 rear side of gear is in the second power gear 94 for being installed with 3/4ths tooth forms on the line shaft 93, second power gear
The engagement of 94 right sides is connected with the second meshing gear 95 being rotatablely connected by the 5th shaft 96, communicates on front side of the power cavity 89
Chamber 112 is engaged equipped with third, 96 front end of the 5th shaft is protruded into the third engagement chamber 112 and is installed with the 4th bevel gear
97,97 right side of the 4th bevel gear engagement is connected with the 5th bevel gear 113, and 113 right side of the 5th bevel gear is fixed
Have the 6th shaft 117, be installed with torque spring in the 6th shaft 117, communicated on the right side of the third engagement chamber 112 be equipped with
The third belt grooves 116 that the shifting chute 58 is connected to, 117 right end of the 6th shaft and the 116 right end wall of third belt grooves
It is rotatablely connected and is installed with thereon the 5th belt pulley 114, the 5th belt pulley 114 and second belt pulley 61 on right side are logical
The 5th belt 115 is crossed to be connected by power.
Valuably or illustratively, the wind power machine includes being open towards the right wind chamber 118 communicated with the rotation chamber 14,
Switch block 120 is equipped in the wind chamber 118,120 periphery of switch block is installed with fan blade 119 symmetrical above and below, and the wind chamber 118 is left
Side is communicated equipped with the 4th engagement chamber 123, and 123 left side of the 4th engagement chamber is connected to first belt grooves 42, the switch block
120 left sides be installed with left end protruded into first belt grooves 42 through the 4th engagement chamber 123 and with described in upside
The connected wind-force shaft 122 of first belt pulley 41 is installed in the wind-force shaft 122 in the 4th engagement chamber 123
6th bevel gear 125,125 rear end face of the 6th bevel gear engagement are connected with the 7th by the rotation setting of the 7th shaft 121
Bevel gear 124,121 rear end of the 7th shaft are protruded into the gearing belt grooves 110 and are passed through with the driving pulley 109
The driving belt 108 is connected by power.
Valuably or illustratively, the drainage arrangement includes that the opening up draining communicated with the drainage channel 17 is sliding
Slot 47, the draining valve block 18 is slidably connected with the draining sliding slot 47 and 18 right side of draining valve block is installed with draining and slides
Block 48 communicates on the left of the draining sliding slot 47 and is equipped with opening towards the 5th right engagement chamber 49, passes through in the 5th engagement chamber 49
The engagement rotation of shaft 52 is equipped with right end and engages the draining gear 50 connected with the draining valve block 18, in the engagement shaft 52 in
50 forward position of draining gear is installed with the 8th bevel gear 51, and 51 rear end face of the 8th bevel gear engagement is connected with the 9th
Bevel gear 53,53 lower end surface of the 9th bevel gear are installed with connection shaft 54, communicate and be equipped on the downside of the 5th engagement chamber 49
4th belt grooves 44, bilateral symmetry is equipped with connection belt pulley 45 in the 4th belt grooves 44,54 lower end of connection shaft and
The connection belt pulley 45 on right side is connected, and is connected by power between the connection belt pulley 45 by connection belt 46, and described the
Four belt grooves 44 engage connection between chamber 21 with described first and are equipped with link slot 43, and the company is run through in 25 lower end of first rotating shaft
Access slot 43 is protruded into the 4th belt grooves 44 and is connected with the connection belt pulley 45 in left side.
When original state, symmetrical opening-closing plate 57 is abutted with the magnetic plate 15 in Magneto separate chamber 13, valve block 12 of intaking
Open intake tunnel 11, draining valve block 18 closes drainage channel 17, the second spur gear 27 or so end not with connection gear 35 and the
The engagement connection of one spur gear 26, movable block 60 are located at the side extreme position in shifting chute 58 close to rotation axis 73, power on unit 85
It is powered.
When needing device to work, the magnetic plate 15 of downside is powered with the gold in sewage in magnetic absorption Magneto separate chamber 13
Belong to substance, power motor 111 works, and line shaft 93 rotates, then the second power gear 94 rotation half-turn makes the second meshing gear
95 rotations, the first power gear 92 rotates synchronously half-turn and extremely engages with the first meshing gear 90 at this time, the second 95 turns of meshing gear
It is dynamic to drive the rotation of the 5th bevel gear 113, then the rotation of the second belt pulley 61 is driven by the 5th belt 115 and the second belt 62, then
Mobile screw rod 59 rotates, then movable block 60 drives opening-closing plate 57 is mobile outward to open Magneto separate chamber 13, while the first power teeth
Wheel 92, which continues to rotate clockwise, drives the rotation of the first meshing gear 90, then by the 4th belt 88 rotation axis 73 is turned counterclockwise
Dynamic, then the magnetic plate 15 in Magneto separate chamber 13 turns to 73 right side of rotation axis, then the magnetic plate 15 in original left side turns to rotation
73 downside of axis, the first power gear 92 are disengaged from the first meshing gear 90, then rotation axis 73 stops operating, at this point, second
Power gear 94 is disengaged from the second meshing gear 95, and the 6th shaft 117 rotates backward under torque spring effect, by the
Five belts 115 rotate backward the second belt pulley 61, then movable block 60 drives opening-closing plate 57 to move inward closing Magneto separate
Chamber 13, when the movable block 60 on right side is moved to the 58 left side extreme position of shifting chute on right side, movable block 60 squeezes the first slide bar 104
It moves back, then by the second slide bar 103 insulating bar 16 is moved forward, then the sliding block 69 that is powered is separated with electric sliding block 65 is connect, right side
Magnetic plate 15 lose magnetism, metallics thereon falls off, at the same time, when power motor 111,109 turns of driving pulley
It is dynamic, by driving belt 108 the 7th bevel gear 124 is rotated, then the 6th bevel gear 125 drives wind-force shaft 122 to rotate, and makes
It obtains the rotation of fan blade 119 and generates wind-force, the metallics to fall off is blown into collecting chamber 126 by wind-force and carries out recycling and reusing,
After one circle of the rotation of rotation axis 73, i.e., after four magnetic plates 15 work, driving lever 75 squeezes driving rack 76 and is moved to the left, then passes
Moving gear 79 rotates so that the rotation of transmission shaft 81, rotates counterclockwise linked gear 39 by third belt 83, then elevator
32 rise, and connection is engaged with connection gear 35 and the first spur gear 26 respectively in the second spur gear 27 or so end, then pass through the first skin
Band 43 rotates third hand tap gear 36, drives water inlet gear 22 to rotate counterclockwise by the second spur gear 27, then valve block of intaking
12 close intake tunnel 11, then first rotating shaft 25 drives connection belt pulley 45 to rotate, and to connect shaft by connecting belt 46
54 drive draining gear 50 to rotate clockwise, then drain the decline of valve block 18 and open drainage channel 17, so that place in Magneto separate chamber 13
Water discharge after reason, when driving lever 75 is turned to the disengaging of driving rack 76, driving rack 76 restores just under the effect of slider guide 78
Beginning position, then valve block of intaking 12 open intake tunnel 11, draining valve block 18 close drainage channel 17, device restPose after
It is continuous to carry out magnetic separation work.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, device is made by water inlet and drainage arrangement
Sewage containing metallics is sufficiently handled, compared with mobile processing mode, the processing of this device is finer abundant, secondly
The magnetic plate intermittent rotary of same structure carries out absorption work to Magneto separate is intracavitary there are four being arranged in separator, so that
The intracavitary sewage of Magneto separate carries out four adsorption treatments, and compared with conventional process mode, the adsorption capacity of this device is high, and treated
Typical values are far below containing amount of metal in water quality, and the magnetic plate in this device is to make it have magnetism by electromagnet energization,
It is acted on by wind-force after the power-off of magnetic plate so that metallics collection, adsorbs compared with traditional permanent magnet and incited somebody to action by scraper plate
Adsorption rate is low caused by metallics is removed and metal object the problems such as not cleaning up, after this device excellent adsorption and extraction
Matter easily collecting recycles, and apparatus structure is compact, and gearing property is good, only with a motor drive operational, consumes energy low, reduces magnetic force point
From cost.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (8)
1. a kind of solid-liquid equipment for magnetic separation, including seperator, it is equipped with intake tunnel in the seperator, in the intake tunnel
Equipped with to control water inlet valve block intake tunnel circulation and closed, water inlet control dress is equipped on the downside of the intake tunnel
It sets, the water inlet valve block engages connection with the inlet control device, communicates on the right side of the intake tunnel equipped with Magneto separate chamber, institute
It states and is equipped with closing device on the outside of Magneto separate chamber, communicated on the upside of the Magneto separate chamber and be equipped with rotation chamber, the intracavitary rotation of rotation is set
There is the separator with magneticaction, four magnetic plates with electromagnet are laid in the separator, downside
The intracavitary underwater gold category substance extraction by electromagnetic force that the Magneto separate is intracavitary of the Magneto separate is protruded into magnetic plate lower end,
The insulating bar being connected by power with the closing device is equipped in the separator, the insulating bar pushes so that the separation fills
Magnetic plate power-off in setting, then the magnetic plate loses magnetism so that metallics thereon falls into the closing device
Upper surface, the rotation chamber left side are equipped with wind power machine, communicate on the right side of the rotation chamber equipped with collecting chamber, the wind power machine produces
Metallics on the closing device is blown into the collecting chamber and recycles by raw wind-force, on the right side of the Magneto separate chamber and extraneous
Space is communicated equipped with drainage channel, and sliding is equipped with to control row drainage channel circulation and closed in the drainage channel
Water valve block, engagement is connected with drainage arrangement on the left of the draining valve block, when work, the sewage containing metallics by it is described into
Aquaporin is intracavitary into the Magneto separate, by drawing the metallics in water with the magnetic plate electromagnetically, then
Intracavitary, the insulating bar work that the magnetic plate rotates so that the magnetic plate for being adsorbed with metallics turns to the rotation
So that the magnetic plate on right side loses magnetism, then metallics thereon falls to the closing device upper surface, then passes through
Metallics is blown into the collecting chamber by the work generation wind-force of wind power machine carries out recycling and reusing.
2. a kind of solid-liquid equipment for magnetic separation according to claim 1, it is characterised in that: the inlet control device includes
The opening up water inlet sliding slot communicated with the intake tunnel, the water inlet valve block lower end is protruded into the water inlet sliding slot and right end
Face is installed with into water sliding block, and the water inlet sliding slot left side is communicated equipped with the first engagement chamber, and the intracavitary rotation of the first engagement is equipped with
Right end engages the water inlet gear of connection with the water inlet valve block, and the water inlet gear front end face is installed with first bevel gear, described
The engagement of first bevel gear lower end surface is connected with second bevel gear, and the second bevel gear lower end surface is installed with and the drainage arrangement
The first rotating shaft being connected by power is installed with the first spur gear, institute in the second bevel gear lower position in the first rotating shaft
State and communicated on the left of the first engagement chamber equipped with the second engagement chamber, second engagement it is intracavitary by the rotation of the second shaft be equipped with right end with
Second spur gear of the first spur gear internal messing connection, the second engagement chamber upside are communicated equipped with downward opening connection
Sliding slot, second shaft upper end is protruded into the connection sliding slot and rotation is equipped with connection sliding block, the second engagement chamber downside
It communicates and is equipped with the sliding chamber of opening up connection, second shaft lower end protrudes into that the connection is sliding intracavitary and rotation is equipped with and goes up and down
Block, the elevator lower end surface are installed with lower end and the connecting spring for connecting sliding chamber lower end wall and being connected, the sliding chamber of the connection
Left side, which communicates, is equipped with connection turn trough, is equipped with right end by the rotation of third shaft in the connection turn trough and engages company with the elevator
The linked gear connect, the intracavitary rotation of the second engagement, which is equipped with right end, to be had to engage the connection connected with second spur gear
Gear, the connection gear left side engagement are connected with third hand tap gear, and the third hand tap gear left side is installed with the first skin
Tape spool is communicated equipped with the first belt grooves on the left of the second engagement chamber, symmetrical above and below in first belt grooves to be equipped with the first skin
Belt wheel, first belt shaft left end is protruded into first belt grooves and is connected with first belt pulley of downside, described
It is connected by power between first belt pulley by the first belt.
3. a kind of solid-liquid equipment for magnetic separation according to claim 1, it is characterised in that: the closing device includes described
The symmetrical telescopic chute of setting is communicated on the outside of Magneto separate chamber, sliding is equipped with opening-closing plate, the opening-closing plate in the telescopic chute
Front end face is installed with flexible sliding block, communicates on rear side of the telescopic chute and is equipped with the shifting chute facing forward that is open, rotation in the shifting chute
Equipped with mobile screw rod, the opening-closing plate rear end face is installed with to protrude into and be threadedly coupled in the shifting chute and with the mobile screw rod
Movable block, the mobile screw rod outer end are installed with the second belt pulley, the second belt, institute have been connected by power on second belt pulley
It states and is connected by power between the second belt by horizontally disposed connecting shaft, power device, right side are equipped on rear side of the closing device
Second belt pulley be connected by power with the power device, communicate that be equipped with opening facing forward on rear side of the shifting chute on right side
First slide bar slot, the interior sliding of the first slide bar slot are equipped with front end and protrude into the first slide bar in the shifting chute, and described first is sliding
Bar right side is installed with the first reset assembly, communicates on rear side of the first slide bar slot equipped with the second slide bar slot, second slide bar
Sliding is equipped with the second slide bar that right end is abutted with first slide bar in slot, and the second slide bar rear end face is installed with the second reset
Component, the second slide bar slot front side is connected to the Magneto separate chamber is equipped with third slide bar slot, and the insulation rod rear end protrudes into institute
It states in third slide bar slot and right end is abutted with second slide bar, the insulating bar right side is installed with third reset assembly.
4. a kind of solid-liquid equipment for magnetic separation according to claim 1, it is characterised in that: the separator is included in institute
It states intracavitary rotate by rotation axis of Magneto separate and is equipped with rotating block, be equipped with transmission device, the rotation axis on front side of the Magneto separate chamber
Front end and the transmission device are connected, and the rotating block and the magnetic plate are connected, and connecting cavity is equipped in the rotating block, described
It is equipped with the electric sliding slot that connects that opening communicates with the connecting cavity inwardly in magnetic plate, it is described to connect sliding in electric sliding slot and protruded into equipped with inner end
Electric sliding block is connect in the connecting cavity, described connect symmetrically is installed with the 4th reset assembly on the outside of electric sliding block, sets in the connecting cavity
There is power block, is laid on the power block and connects the corresponding four energization sliding slots of electric sliding slot, the energization sliding slot with described
Interior sliding is equipped with outer end and protrudes into the energization sliding block for connecing electric sliding block and abutting in the connecting cavity, right on the outside of the energization sliding block
Title is installed with the 5th reset assembly, and the power block rear end face is installed with conducting rod, and the connecting cavity rear side is in the conducting rod
Outer fix is communicated equipped with annular groove, and the insulating bar front end is protruded into the connecting cavity through the annular groove and led to described
Electric sliding block and it is described connect electric sliding block rear end and abut, communicated on rear side of the Magneto separate chamber and be equipped with opening forward and right side and described second
The rotation slot that slide bar slot communicates, the rotation shaft rear end is protruded into the rotation slot and is rotatablely connected with it, after the rotation slot
Side communicate be equipped with opening it is facing forward connect electric slot, the conduction rod rear end protrudes into through the rotation axis and described connect in electric slot and pass through
Power on unit and extraneous power supply are electrically connected, and the rotation axis is connected by power with the power device.
5. a kind of solid-liquid equipment for magnetic separation according to claim 4, it is characterised in that: the transmission device includes and institute
State the driving groove communicated on front side of Magneto separate chamber, the rotation axis front end is rotatablely connected and fixed thereon with the driving groove front bulkhead
There is driving lever, is communicated on the left of the driving groove and be equipped with opening towards right transmission turn trough, the transmission turn trough left side, which communicates, is equipped with transmission
Sliding slot, the interior sliding of the transmission sliding slot are equipped with right end and protrude into the driving rack in the driving groove, position through the transmission turn trough
It is installed with slider guide in the driving rack rear end face in the transmission sliding slot, the driving cog in the transmission turn trough
The engagement of lower end surface is connected with transmission gear, and rear end and the transmission turn trough aft bulkhead turn are installed at the transmission gear axle center
The transmission shaft of dynamic connection, the transmission shaft front end are installed with third belt pulley, and the third belt pulley and the third shaft are logical
Third belt is crossed to be connected by power.
6. a kind of solid-liquid equipment for magnetic separation according to claim 3, it is characterised in that: the power device includes power
Chamber, the power cavity front bulkhead are installed with power motor, and the power motor front end is connected by power dynamic shaft, the power
It communicates to be equipped on front side of motor and interlocks belt grooves, the power shaft front end is rotatablely connected with the gearing belt grooves front bulkhead and it
On be installed with driving pulley, the driving pulley is connected by power with the wind power machine by driving belt, the power
Motor rear end is connected by power the line shaft of rear end and power cavity aft bulkhead rotation connection, is installed with four on the line shaft
First power gear of/mono- tooth form, having for first power gear left side engagement connection are set by the rotation of the 4th shaft
The first meshing gear set, on front side of the power cavity be connected between the rotation slot equipped with the second belt grooves, described 4th turn
Axis front end and the second belt grooves front bulkhead are rotatablely connected and are installed with the 4th belt pulley, the 4th belt pulley and institute thereon
It states and is connected by power between rotation axis by the 4th belt, in being installed with four points on the line shaft on rear side of first power gear
Three tooth forms the second power gear, second power gear right side engagement is connected with by the 5th shaft be rotatablely connected
Second meshing gear, the power cavity front side, which is communicated, engages chamber equipped with third, and the 5th shaft front end is protruded into the third and nibbled
It closes intracavitary and is installed with the 4th bevel gear, the 4th bevel gear right side engagement is connected with the 5th bevel gear, the 5th cone
Gear right side is installed with the 6th shaft, and torque spring is installed in the 6th shaft, is communicated on the right side of the third engagement chamber
Equipped with the third belt grooves being connected to the shifting chute, the 6th shaft right end and third belt grooves right end wall rotation connect
Connect and be installed with thereon the 5th belt pulley, second belt pulley on the 5th belt pulley and right side passes through the 5th belt power
Connection.
7. a kind of solid-liquid equipment for magnetic separation according to claim 1, it is characterised in that: the wind power machine includes opening
Towards the right wind chamber communicated with the rotation chamber, the wind is intracavitary to be equipped with switch block, and the switch block periphery is installed with wind symmetrical above and below
Leaf, the wind chamber left side are communicated equipped with the 4th engagement chamber, and the 4th engagement chamber left side is connected to first belt grooves, described
Switch block left side is installed with left end and protrudes into first belt grooves through the 4th engagement chamber and described first with upside
The connected wind-force shaft of belt pulley is installed with the 6th bevel gear in the intracavitary wind-force shaft of the 4th engagement, described
The engagement of 6th bevel gear rear end face is connected with the 7th bevel gear by the rotation setting of the 7th shaft, and the 7th shaft rear end is stretched
Enter in the gearing belt grooves and is connected by power with the driving pulley by the driving belt.
8. a kind of solid-liquid equipment for magnetic separation according to claim 1, it is characterised in that: the drainage arrangement includes opening
The draining sliding slot communicated upward with the drainage channel, the draining valve block and the draining sliding slot are slidably connected and the draining
Valve block right side is installed with draining sliding block, communicates on the left of the draining sliding slot and is equipped with opening towards the 5th right engagement chamber, and described the
Five engagements are intracavitary to be equipped with right end and the draining gear for draining valve block and engaging connection by engagement shaft rotation, and the engagement turns
It is installed with the 8th bevel gear in the draining gear forward position on axis, the 8th bevel gear rear end face engagement is connected with the 9th
Bevel gear, the 9th bevel gear lower end surface are installed with connection shaft, communicate on the downside of the 5th engagement chamber equipped with the 4th belt
Slot, the interior bilateral symmetry of the 4th belt grooves are equipped with connection belt pulley, the connection skin of connection the shaft lower end and right side
Belt wheel is connected, and is connected by power between the connection belt pulley by connecting belt, the 4th belt grooves are engaged with described first
Connection is equipped with link slot between chamber, the first rotating shaft lower end protruded into the 4th belt grooves through the link slot and with a left side
The connection belt pulley of side is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910271700.7A CN109879382A (en) | 2019-04-04 | 2019-04-04 | A kind of solid-liquid equipment for magnetic separation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910271700.7A CN109879382A (en) | 2019-04-04 | 2019-04-04 | A kind of solid-liquid equipment for magnetic separation |
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| Publication Number | Publication Date |
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| CN109879382A true CN109879382A (en) | 2019-06-14 |
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ID=66936178
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910271700.7A Withdrawn CN109879382A (en) | 2019-04-04 | 2019-04-04 | A kind of solid-liquid equipment for magnetic separation |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110158296A (en) * | 2019-06-21 | 2019-08-23 | 安徽一诺青春工业设计有限公司 | A kind of ironing apparatus of textile |
| CN110328779A (en) * | 2019-07-15 | 2019-10-15 | 东莞北托饰品有限公司 | A kind of decomposition apparatus of hospital's medical plastic |
| CN110589912A (en) * | 2019-10-11 | 2019-12-20 | 东营秀春劳保用品有限公司 | Sewage debris collection processing apparatus |
| CN110818171A (en) * | 2019-11-26 | 2020-02-21 | 温州兴升环保科技有限公司 | Cutting fluid recovery unit |
| CN112661246A (en) * | 2020-11-02 | 2021-04-16 | 上海瑢域节能环保科技有限公司 | River iron ore powder renovation equipment |
-
2019
- 2019-04-04 CN CN201910271700.7A patent/CN109879382A/en not_active Withdrawn
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110158296A (en) * | 2019-06-21 | 2019-08-23 | 安徽一诺青春工业设计有限公司 | A kind of ironing apparatus of textile |
| CN110158296B (en) * | 2019-06-21 | 2021-01-12 | 安徽一诺青春工业设计有限公司 | Ironing device for textiles |
| CN110328779A (en) * | 2019-07-15 | 2019-10-15 | 东莞北托饰品有限公司 | A kind of decomposition apparatus of hospital's medical plastic |
| CN110328779B (en) * | 2019-07-15 | 2021-03-26 | 江苏食品药品职业技术学院 | Degradation device of medical plastics for hospital |
| CN110589912A (en) * | 2019-10-11 | 2019-12-20 | 东营秀春劳保用品有限公司 | Sewage debris collection processing apparatus |
| CN110818171A (en) * | 2019-11-26 | 2020-02-21 | 温州兴升环保科技有限公司 | Cutting fluid recovery unit |
| CN110818171B (en) * | 2019-11-26 | 2020-09-25 | 联诺欧机械科技江苏有限公司 | Cutting fluid recovery unit |
| CN112661246A (en) * | 2020-11-02 | 2021-04-16 | 上海瑢域节能环保科技有限公司 | River iron ore powder renovation equipment |
| CN112661246B (en) * | 2020-11-02 | 2022-11-25 | 湖南天石再生资源有限公司 | River iron ore powder renovation equipment |
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Application publication date: 20190614 |