CN109881027A - A kind of Rare Earth Separation equipment - Google Patents
A kind of Rare Earth Separation equipment Download PDFInfo
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- CN109881027A CN109881027A CN201910319935.9A CN201910319935A CN109881027A CN 109881027 A CN109881027 A CN 109881027A CN 201910319935 A CN201910319935 A CN 201910319935A CN 109881027 A CN109881027 A CN 109881027A
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Abstract
The invention discloses a kind of Rare Earth Separation equipment, including separating furnace body, a working space is provided in the chamber furnaced body, a linkage mechanism is provided in the working space, the linkage mechanism includes bell, gearing friction wheel and gravity block, a driving mechanism is provided on the right side of the linkage mechanism, the driving mechanism includes driving motor and driving friction pulley, and the driving motor drives whole device operating as power source；Present apparatus structure is simple, the process of Rare Earth Separation can be directed to, temperature during the offer that can be automated, and kept for a period of time, realize the Rare Earth Separation of automation, and the present apparatus only realizes all purposes with a motor, overall linkage is very high, and pump installation using rare earth self gravity come starter, save mass energy, and be only used in could starter when fire door is closed, it is ensured that job security.
Description
Technical field
Rare earth processing technique field of the present invention, specially a kind of Rare Earth Separation equipment.
Background technique
During Rare Earth Separation, the control for temperature is first separating at high temperature rare earth, dilute with cryogenic separation after a certain period of time
Soil, and existing Rare Earth Separation method the degree of automation is very low, needs to monitor in real time, and not certain protective effect.
Summary of the invention
The purpose of the present invention is to provide a kind of Rare Earth Separation equipment, to solve the problems mentioned in the above background technology.
To achieve the above object, the invention provides the following technical scheme: a kind of Rare Earth Separation equipment, including separation furnace body,
It is provided with a working space in the chamber furnaced body, a linkage mechanism, the linkage mechanism packet are provided in the working space
Bell, gearing friction wheel and gravity block are included, a driving mechanism is provided on the right side of the linkage mechanism, the driving mechanism includes driving
Dynamic motor and driving friction pulley, the driving motor drive whole device operating as power source, and the gravity block can when declining
The point gearing friction wheel moves right with the driving friction pulley that there are pressure, passes through the driving friction pulley and the transmission
Frictional force between friction pulley, the driving mechanism can drive the gearing friction wheel to rotate, and be provided on the left of the linkage mechanism
When the bell is clockwise to closing the high temperature mechanism and the linkage mechanism can be driven for one high temperature mechanism, can band
The high temperature mechanism work is moved, the high temperature mechanism includes that T-block, high temperature block, centrifugal-block and translation plug, the centrifugal-block turn
It will pull the T-block when dynamic to move right, so that the translation plug is pushed to move downward, so that the high temperature block works,
It is provided with a timing mechanism on the downside of the high temperature mechanism, the timing mechanism includes trapezoid block, mate gear and elevator, described
Linkage mechanism further includes support gear, and the T-block, which moves right, can drive the trapezoid block to move downward, thus described in driving
Elevator moves upwards, so that the support gear is engaged with mate gear, so that the linkage mechanism can drive the timing
Mechanism rotation, the driving mechanism further includes cold block, and the timing mechanism further includes handoff block, and the handoff block is with described fixed
When mechanism kinematic the driving mechanism can be pushed to move right after for a period of time, so that the cold block be driven to work.
Preferably, the linkage mechanism includes gravity rod, upper end wall company is provided in the working space upper end wall
Lead to the dovetail groove of free surrounding space, left side is provided with a upper end wall and is connected to free surrounding space with right end wall in the separation furnace body upper surface
Cover slot, the cover slot aft bulkhead is fixedly connected with a lid axis, a bell, the lid axis and institute is rotatably connected on the lid axis
It states and is provided with a torsion spring (not shown) between bell, slidably connect a gravity block in the dovetail groove, under the gravity block
End face is fixedly connected with a lower end through the dovetail groove lower end wall and the working space upper end wall and is located at the work sky
In gravity rod, a left rotation slot that the working space is connected to lower end wall is symmetrically set in the gravity rod,
The left pivot movement slot aft bulkhead is rotatably connected to a left end through rotation slot left end wall and is located in the working space
Tilting bar, the tilting bar lower end be rotatably connected to one with the working space aft bulkhead rotation connection square block, it is described
It is provided with a set block being fixedly connected with the working space aft bulkhead on the downside of gravity rod, one or so end is provided in the set block
Wall is connected to the grooving of the working space, and the grooving inner sleeve load is connected to a friction mandrel, and the friction mandrel right end is fixedly connected
There is a gearing friction wheel, the stretch slot that a left end wall is connected to the working space is provided in the friction mandrel left side；
Wherein, a tensile axis is provided on the left of the friction mandrel, the tensile axis right end runs through stretch slot left end wall and position
In in the stretch slot, the tensile axis right end is fixedly connected with the stretching that a right end is fixedly connected with the stretch slot right end wall
Spring is fixedly connected with a linkage gear on the tensile axis, is provided with a linking axis, the linking axis on the left of the tensile axis
The stretching slot that a right end wall is connected to the working space is provided in right side, the tensile axis left end is right through the stretching slot
End wall and it is located in the stretchings slot, is fixedly connected with a support gear on the linking axis, the linking axis left side is provided with
One stopper being fixedly connected with the working space aft bulkhead, after the stopper upside is provided with one and the working space
The force-bearing piece that end wall is slidably connected, the force-bearing piece upper surface is fixedly connected with the bell lower end surface by rope, described to hold
The load slot that a left hand end wall is connected to the working space is provided in power block, the load slot inner sleeve load is connected to a load
Axis, load axis left end are fixedly connected with a load gear, and the load axis right end is fixedly connected with a rotation gear.
Preferably, the driving mechanism includes driving friction pulley, it is provided with a drive block in the working space, it is described
The elastomer block that drive block rear end face is fixedly connected with a rear end and the working space aft bulkhead is slidably connected, the elastomer block are right
End face is fixedly connected with the elastomeric spring being fixedly connected in a right end and the working space aft bulkhead, described to be located at working space
The magnetic slot that a upper end wall is connected to the working space is provided in interior elastomer block upper surface, the magnetism slot lower end wall is fixed
It is connected with a ring electromagnet, the magnetism slot lower end wall center is fixedly connected with an electromagnetic spring, the electromagnetic spring upper end
It is fixedly connected with a corner block, the corner block lower end surface is fixedly connected with a ring electromagnet, setting on the upside of the elastomer block
There is a locating piece being fixedly connected with the working space aft bulkhead, lower end wall connection is provided in the positioning block bottom face
The cryostat, of the working space is provided with the closing that a lower end wall is connected to the working space in the wall of the cryostat, left end
Slot is provided with the high temperature slot that a lower end wall is connected to the working space in the closing slot left end wall, and the corner block upper end is passed through
It wears the high temperature slot lower end wall and is located in the high temperature slot, be provided in the wall of high temperature slot left end described in lower end wall connection
The unidirectional groove of working space, the closing slot upper end wall are fixedly connected with a unidirectional spring；
Wherein, the unidirectional spring lower end is fixedly connected with a unidirectional block being slidably connected with the closing slot, the unidirectional groove
Aft bulkhead is rotatably connected to the intermediate gear that a lower end is run through the unidirectional groove lower end wall and is located in the working space, described
A rack gear block being connected by meshing transmission with the intermediate gear, the linking axis upside are fixedly connected on the left of elastomer block upper surface
Be provided with the ratchet shaft of a front end and unidirectional groove front bulkhead rotation connection, be fixedly connected on the ratchet shaft lower end with
The transmission gear that the intermediate gear upper end is connected by meshing transmission, the transmission gear rear side are provided with a ratchet wheel block, the spine
A ratchet slot is provided in wheel block, the ratchet shaft rear end is through the ratchet slot front bulkhead and is located in the ratchet slot, institute
It states ratchet shaft rear end and is fixedly connected with a ratchet, the ratchet wheel block rear end face is fixedly connected with a rear end and the unidirectional groove rear end
The support shaft of wall rotation connection, the ratchet slot are symmetrically arranged with a pedestal in end wall up and down, in the lower wing base upper surface
It is provided with the spring that a upper end wall is connected to the ratchet slot, the lower spring end wall is fixedly connected with a spring repeatedly, described anti-
Multiple spring upper end is fixedly connected with the spring block that a upper end is run through the spring upper end wall and connect with the ratchet Contact Transmission,
Before being provided with one in the drive block, left and right, lower end wall be connected to the empty slot of the working space, the empty slot upper surface is fixed
It is connected with a driving motor, the driving motor lower end surface has been connected by power a drive shaft, has been fixedly connected in the drive shaft
One driving bevel gear, the drive shaft lower end are fixedly connected with a linkage bevel gear, and the empty slot aft bulkhead is fixedly connected with one
Long block is provided with the elongated slot that a left hand end wall is connected to the empty slot in the long block, and it is driven that the elongated slot inner sleeve load is connected to one
Axis, the cooperation cone tooth that the driven shaft right end is fixedly connected with a upper end and the linkage bevel gear right end is connected by meshing transmission
Wheel, the driven shaft left end are fixedly connected with a driving friction pulley, are fixedly connected on one on the right side of the working space upper end wall
Socket, the upper socket downside are provided with a lifting plug being slidably connected with the working space aft bulkhead, the dovetail groove
It is fixedly connected with a cold block on the right side of lower end wall, is connected between the cold block and the lifting plug by electric wire.
Preferably, the high temperature mechanism includes short swing rod, one and working space rear end are provided on the left of the stopper
The force-bearing piece that wall is fixedly connected is provided with the load slot that a left hand end wall is connected to the working space in the force-bearing piece, described
Load slot inner sleeve load is connected to a load axis, and the load axis right end is fixedly connected with a load gear, load axis left end
The eccentric groove that a left end wall is connected to the working space is provided in face, the eccentric groove right end wall is fixedly connected with a centrifugation bullet
Spring, the centrifugation spring left end are fixedly connected with a left end through eccentric groove left end wall and are located in the working space
Extension bar, the extension bar left end are fixedly connected with a T-block, are provided with a centrifugal-block, the centrifugation on the downside of the load axis
Block upper surface is fixedly connected with the extension bar right side by rope, is provided with a rear end and the work on the downside of the extension bar
Make the locating rod that space aft bulkhead is fixedly connected, be rotatably connected to a long swing rod in the locating rod, the locating rod with it is described
It is provided with a torsion spring between long swing rod, a rear end and the fixed company of the working space aft bulkhead are provided on the upside of the extension bar
The limitation bar connect is rotatably connected to a short swing rod on the limitation bar, is provided with a torsion between the limitation bar and the short swing rod
Square spring, the short swing rod left side are provided with a translation plug being slidably connected with the working space aft bulkhead, the translation
It is provided with a left socket being fixedly connected with the working space aft bulkhead on the left of plug, is fixed on the left of the dovetail groove lower end wall
It is connected with a high temperature block, the high temperature block is fixedly connected with the translation plug by electric wire.
Preferably, the timing mechanism includes mobile bar, upper end wall company is provided in the working space lower end wall
Lead to the shifting chute of the working space, shifting chute left end wall is fixedly connected with a mobile spring, the mobile spring right end
Be fixedly connected with a mobile bar being slidably connected with the shifting chute, the mobile bar upper end through the shifting chute upper end wall and
In the working space, the mobile bar upper end is fixedly connected with a platform block, fixes on the left of the platform block upper surface
It is connected with a driving groove, the driving groove that a upper end wall is connected to the working space is provided in the drive block upper surface, it is described
It is fixedly connected with a trapezoid block on the right side of platform block upper surface, is provided with one and the working space aft bulkhead on the upside of the trapezoid block
The elevator being slidably connected is provided with the linkage slot for being connected to the working space on one with right end wall, institute in the elevator
It states linkage slot left end wall and is rotatably connected to a fitted shaft, a mate gear, the fitted shaft are fixedly connected in the fitted shaft
Right end is fixedly connected with a rotation bevel gear, and the linkage slot aft bulkhead is rotatably connected to a pulley shaft, consolidates on the pulley shaft
Surely it is connected with a left end and is connected bevel gear, the linking bevel gear front side with what the rotation bevel gear rear end was connected by meshing transmission
It is provided with a linkage belt wheel being fixedly connected with the pulley shaft, a rear end is provided on the right side of the pulley shaft and the work is empty
Between the helical axis that is rotatablely connected of aft bulkhead, be fixedly connected with a driven pulley on the helical axis, the driven pulley with it is described
Linkage belt wheel is connected by conveyer belt frictional drive, and the conveyer belt upper surface is fixedly connected with a handoff block.
In conclusion the process of Rare Earth Separation can be directed to the medicine have the advantages that present apparatus structure is simple, it can be automatic
Temperature during the offer of change, and kept for a period of time, the Rare Earth Separation of automation is realized, and the present apparatus has only used one
Motor realizes all purposes, and overall linkage is very high, and pump installation using rare earth self gravity come starter, save a large amount of
The energy, and being only used in could starter when fire door is closed, it is ensured that job security.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is a kind of schematic view of the front view of Rare Earth Separation equipment entirety complete section of the present invention；
Fig. 2 is load gear enlarged structure schematic diagram in a kind of Rare Earth Separation equipment of the present invention；
Fig. 3 is to be connected axis enlarged structure schematic diagram in a kind of Rare Earth Separation equipment of the present invention；
Fig. 4 is drive block schematic diagram of main cross-sectional structure in a kind of Rare Earth Separation equipment of the present invention；
Fig. 5 is the right view schematic cross-sectional view of transmission gear in a kind of Rare Earth Separation equipment of the present invention.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
Fig. 1-5 is please referred to, a kind of embodiment provided by the invention: a kind of Rare Earth Separation equipment, including separation furnace body 100,
It is provided with a working space 101 in the separation furnace body 100, a linkage mechanism 210, institute are provided in the working space 101
Stating linkage mechanism 210 includes bell 116, gearing friction wheel 139 and gravity block 112, is provided with one on the right side of the linkage mechanism 210
Driving mechanism 211, the driving mechanism 211 include driving motor 123 and driving friction pulley 138,123 conduct of driving motor
Power source drive whole device operating, the gravity block 112 decline when can put the gearing friction wheel 139 move right with it is described
Driving friction pulley 138, there are pressure, described by the frictional force between the driving friction pulley 138 and the gearing friction wheel 139
Driving mechanism 211 can drive the gearing friction wheel 139 to rotate, and be provided with a high temperature mechanism on the left of the linkage mechanism 210
212, when being clockwise to closing the high temperature mechanism 212 can be driven the bell 116 with the linkage mechanism 210, can
The high temperature mechanism 212 is driven to work, the high temperature mechanism 212 includes T-block 154, high temperature block 110, centrifugal-block 165 and translation
Plug 156, the centrifugal-block 165 will pull the T-block 154 when rotating and move right, to push the translation plug 156
It moves downward, so that the high temperature block 110 works, is provided with a timing mechanism 213 on the downside of the high temperature mechanism 212, it is described fixed
When mechanism 213 include trapezoid block 147, mate gear 180 and elevator 148, the linkage mechanism 210 further includes support gear
170, the T-block 154, which moves right, can drive the trapezoid block 147 to move downward, to drive the elevator 148 upwards
Movement, so that the support gear 170 is engaged with mate gear 180, so that the linkage mechanism 210 can drive the timing machine
Structure 213 rotates, and the driving mechanism 211 further includes cold block 126, and the timing mechanism 213 further includes handoff block 174, described
Handoff block 174 can push the driving mechanism 211 to move right after moving a period of time with the timing mechanism 213, thus band
The cold block 126 is moved to work.
Valuably, the linkage mechanism 210 includes gravity rod 121, is provided on one in 101 upper end wall of working space
End wall is connected to the dovetail groove 111 of free surrounding space, and left side is provided with a upper end wall and right end wall in 100 upper surface of separation furnace body
It is connected to the cover slot 117 of free surrounding space, 117 aft bulkhead of cover slot is fixedly connected with a lid axis 115, rotates on the lid axis 115
It is connected with a bell 116, a torsion spring (not shown), the dovetail groove are provided between the lid axis 115 and the bell 116
A gravity block 112 is slidably connected in 111,112 lower end surface of gravity block is fixedly connected with a lower end through the dovetail groove
111 lower end walls and 101 upper end wall of working space and the gravity rod 121 being located in the working space 101, the gravity rod
A left rotation slot 120 that the working space 101 is connected to lower end wall, the left pivot movement slot are symmetrically set in 121
120 aft bulkheads are rotatably connected to a left end through the 120 left end wall of rotation slot and the inclination in the working space 101
Bar 119,119 lower end of tilting bar are rotatably connected to the square block of one with 101 aft bulkhead of working space rotation connection
118, a set block 141 being fixedly connected with 101 aft bulkhead of working space, the set are provided on the downside of the gravity rod 121
The grooving 142 that a left hand end wall is connected to the working space 101 is provided in block 141, the 142 inner sleeve load of grooving is connected to one
Friction mandrel 140,140 right end of friction mandrel are fixedly connected with a gearing friction wheel 139, set in 140 left side of friction mandrel
It is equipped with the stretch slot 143 that a left end wall is connected to the working space 101；
Wherein, a tensile axis 146 is provided on the left of the friction mandrel 140,146 right end of tensile axis runs through the stretch slot
143 left end walls and be located at the stretch slot 143 in, 146 right end of tensile axis is fixedly connected with a right end and the stretch slot
The extension spring 145 that 143 right end walls are fixedly connected is fixedly connected with a linkage gear 173, the drawing on the tensile axis 146
It stretches and is provided with a linking axis 169 on the left of axis 146, a right end wall is provided in 169 right side of linking axis and is connected to the work
The stretching slot 171 in space 101,146 left end of tensile axis is through the 171 right end wall of stretching slot and is located at the stretching slot
In 171, a support gear 170 is fixedly connected on the linking axis 169, be provided on the left of the linking axis 169 one with it is described
The stopper 168 that 101 aft bulkhead of working space is fixedly connected is provided with one and the working space on the upside of the stopper 168
The force-bearing piece 109 that 101 aft bulkheads are slidably connected, 109 upper surface of force-bearing piece and 116 lower end surface of bell are solid by rope
It is fixed to connect, the load slot 106 that a left hand end wall is connected to the working space 101, the load are provided in the force-bearing piece 109
106 inner sleeve load of slot is connected to a load axis 105, and 105 left end of load axis is fixedly connected with a load gear 107, described to hold
105 right end of power axis is fixedly connected with a rotation gear 208.
Valuably, the driving mechanism 211 includes driving friction pulley 138, is provided with a driving in the working space 101
Block 122, the bullet that 122 rear end face of drive block is fixedly connected with a rear end and 101 aft bulkhead of working space is slidably connected
Property block 181,181 right side of elastomer block is fixedly connected in a right end and 101 aft bulkhead of working space and is fixedly connected
Elastomeric spring 207, be provided with described in upper end wall connection in 181 upper surface of elastomer block in the working space 101
The magnetic slot 194 of working space 101, magnetism 194 lower end wall of slot are fixedly connected with a ring electromagnet 205, the magnetism
194 lower end wall center of slot is fixedly connected with an electromagnetic spring 195, and 195 upper end of electromagnetic spring is fixedly connected with a corner block
196,196 lower end surface of corner block is fixedly connected with a ring electromagnet 206, be provided on the upside of the elastomer block 181 one with
The locating piece 192 that 101 aft bulkhead of working space is fixedly connected is provided with a lower end wall in 192 lower end surface of locating piece
It is connected to the cryostat, 193 of the working space 101, a lower end wall is provided in the 193 left end wall of cryostat, and is connected to the work
Make the closing slot 190 in space 101, is provided with a lower end wall in the closing 190 left end wall of slot and is connected to the working space 101
High temperature slot 188,196 upper end of corner block is through 188 lower end wall of high temperature slot and is located in the high temperature slot 188, described
The unidirectional groove 185 that a lower end wall is connected to the working space 101 is provided in 188 left end wall of high temperature slot, on the closing slot 190
End wall is fixedly connected with a unidirectional spring 191；
Wherein, 191 lower end of unidirectional spring is fixedly connected with a unidirectional block 189 being slidably connected with the closing slot 190, institute
185 aft bulkhead of unidirectional groove is stated to be rotatably connected to a lower end through 185 lower end wall of unidirectional groove and be located at the working space 101
Interior intermediate gear 183,181 upper surface of the elastomer block left side are fixedly connected with one and 183 engaged transmission of intermediate gear
The rack gear block 182 of connection, it is described linking axis 184 on the upside of be provided with a front end and 185 front bulkhead of unidirectional groove rotation connection
Ratchet shaft 186, is fixedly connected with a lower end on the ratchet shaft 186 and 183 upper end of intermediate gear is connected by meshing transmission
Transmission gear 187 is provided with a ratchet wheel block 200 on rear side of the transmission gear 187, is provided with a ratchet in the ratchet wheel block 200
Slot 204,186 rear end of ratchet shaft is through 204 front bulkhead of ratchet slot and is located in the ratchet slot 204, the ratchet
186 rear end of axis is fixedly connected with a ratchet 198, and 200 rear end face of ratchet wheel block is fixedly connected with a rear end and the unidirectional groove
The support shaft 197 of 185 aft bulkheads rotation connection, is symmetrically arranged with a pedestal 201 in about 204 end wall of ratchet slot, described
The spring 203 that a upper end wall is connected to the ratchet slot 204,203 lower end wall of the spring are provided in lower 201 upper surface of wing base
Being fixedly connected with one, spring 202,202 upper end of spring repeatedly are fixedly connected with a upper end on the spring 203 repeatedly
End wall and the spring block 199 being connect with 198 Contact Transmission of ratchet, before being provided with one in the drive block 122, it is left and right, under
End wall is connected to the empty slot 129 of the working space 101, and 129 upper surface of empty slot is fixedly connected with a driving motor 123, institute
It states 123 lower end surface of driving motor and has been connected by power a drive shaft 130, driving cone tooth is fixedly connected in the drive shaft 130
Wheel 128,130 lower end of drive shaft is fixedly connected with a linkage bevel gear 131, and 129 aft bulkhead of empty slot is fixedly connected with
One long block 137, is provided with the elongated slot 136 that a left hand end wall is connected to the empty slot 129 in the long block 137, in the elongated slot 136
Suit is connected with a driven shaft 133, and 133 right end of driven shaft is fixedly connected with a upper end and the linkage bevel gear 131 is right
The cooperation bevel gear 132 being connected by meshing transmission is held, 133 left end of driven shaft is fixedly connected with a driving friction pulley 138, described
Socket 124 on one are fixedly connected on the right side of 101 upper end wall of working space, are provided with one and the work on the downside of the upper socket 124
Make the lifting plug 127 that 101 aft bulkhead of space is slidably connected, is fixedly connected with a low temperature on the right side of 111 lower end wall of the dovetail groove
Block 126 is connected between the cold block 126 and the lifting plug 127 by electric wire.
Valuably, the high temperature mechanism 212 includes short swing rod 157, and it is empty with work that one is provided on the left of the stopper 168
Between the force-bearing piece 160 that is fixedly connected of 101 aft bulkheads, a left hand end wall is provided in the force-bearing piece 160, and to be connected to the work empty
Between 101 load slot 161, the 161 inner sleeve load of load slot is connected to a load axis 159, and 159 right end of load axis is fixed to be connected
Be connected to a load gear 163, be provided in 159 left side of load axis a left end wall be connected to the working space 101 from
Heart slot 164, the 164 right end wall of eccentric groove are fixedly connected with a centrifugation spring 162, and 162 left end of centrifugation spring is fixed to be connected
A left end is connected to through the 164 left end wall of eccentric groove and the extension bar 153 in the working space 101, the stretching
153 left end of bar is fixedly connected with a T-block 154, and a centrifugal-block 165, the centrifugal-block are provided on the downside of the load axis 159
165 upper surfaces are fixedly connected with 153 right side of extension bar by rope, are provided with a rear end on the downside of the extension bar 153
The locating rod 167 being fixedly connected with 101 aft bulkhead of working space is rotatably connected to a long swing rod in the locating rod 167
166, it is provided with a torsion spring between the locating rod 167 and the long swing rod 166, is provided with one on the upside of the extension bar 153
It is short to be rotatably connected to one on the limitation bar 158 for the limitation bar 158 that rear end is fixedly connected with 101 aft bulkhead of working space
Swing rod 157 is provided with a torsion spring, is arranged on the left of the short swing rod 157 between the limitation bar 158 and the short swing rod 157
There is a translation plug 156 being slidably connected with 101 aft bulkhead of working space, is provided with one on the left of the translation plug 156
The left socket 155 being fixedly connected with 101 aft bulkhead of working space, 111 lower end wall of the dovetail groove left side are fixedly connected with
One high temperature block 110, the high temperature block 110 are fixedly connected with the translation plug 156 by electric wire.
Valuably, the timing mechanism 213 includes mobile bar 149, is provided on one in 101 lower end wall of working space
End wall is connected to the shifting chute 150 of the working space 101, and the 150 left end wall of shifting chute is fixedly connected with a mobile spring
151,151 right end of mobile spring is fixedly connected with a mobile bar 149 being slidably connected with the shifting chute 150, the shifting
149 upper end of lever is through 150 upper end wall of shifting chute and is located in the working space 101, and 149 upper end of mobile bar is solid
Surely it is connected with a platform block 152, is fixedly connected with a driving groove 102, the drive block on the left of 152 upper surface of platform block
The driving groove 102 that a upper end wall is connected to the working space 101 is provided in 103 upper surfaces, 152 upper surface of the platform block is right
Side is fixedly connected with a trapezoid block 147, and one is provided on the upside of the trapezoid block 147 and is slided with 101 aft bulkhead of working space
The elevator 148 of connection is provided with the linkage for being connected to the working space 101 on one with right end wall in the elevator 148
Slot 144, the 144 left end wall of linkage slot are rotatably connected to a fitted shaft 179, are fixedly connected with one in the fitted shaft 179 and match
Gear 180 is closed, 179 right end of fitted shaft is fixedly connected with a rotation bevel gear 178,144 aft bulkhead of the linkage slot rotation
It is connected with a pulley shaft 178, a left end is fixedly connected on the pulley shaft 178 and is engaged with 178 rear end of rotation bevel gear
The linking bevel gear 175 of transmission connection is provided with one on front side of the linking bevel gear 175 and is fixedly connected with the pulley shaft 178
Linkage belt wheel 177, a rear end and 101 aft bulkhead of working space rotation connection are provided on the right side of the pulley shaft 178
Helical axis 135 is fixedly connected with a driven pulley 134, the driven pulley 134 and the linkage on the helical axis 135
Wheel 177 is connected by 209 frictional drive of conveyer belt, and 209 upper surface of conveyer belt is fixedly connected with a handoff block 174.
In the following, applicant will be with reference to the specific of attached drawing 1-5 and a kind of Rare Earth Separation equipment of the application described above
Composition to introduce a kind of application method of Rare Earth Separation equipment of the application in detail: firstly, in the initial state, driving motor
123 close, and driving friction pulley 138 and gearing friction wheel 139 are detached from, and bell 116 is opened, extension spring 145, mobile spring 151
In normal condition；
In use, addition prepares the raw material of rare earth in dovetail groove 111, so that gravity block 112 is pushed to decline, 112 band of gravity block
Dynamic gravity rod 121 declines, to drive the swing of tilting bar 119, tilting bar 119 pushes square block 118 to move, to push drive
Dynamic friction wheel 138 and 139 frictional drive of gearing friction wheel close bell 116, payout clockwise, and force-bearing piece 109 declines,
The decline of load gear 107 is driven to engage with load gear 163, the decline of rotation gear 208 is engaged with support gear 170, and starting is driven
Dynamic motor 123, drives drive shaft 130 to rotate, so that driving bevel gear 128 and linkage bevel gear 131 be driven to rotate, passes through linkage
The engaged transmission of bevel gear 131 and cooperation bevel gear 132 drives cooperation bevel gear 132 to rotate, to drive 133 turns of driven shaft
Dynamic, driven shaft 133 drives driving friction pulley 138 to rotate, by the frictional drive of gearing friction wheel 139 and driving friction pulley 138,
Gearing friction wheel 139 is driven to rotate, so that friction mandrel 140 be driven to rotate, friction mandrel 140 drives tensile axis 146 to rotate, thus band
Dynamic linking axis 169 rotation, linking axis 169 drive support gear 170 to rotate, by supporting gear 170 and rotating nibbling for gear 208
Transmission is closed, rotation gear 208 is driven to rotate, so that load axis 105 be driven to rotate, load axis 105 drives 107 turns of load gear
It is dynamic, by the engaged transmission of load gear 107 and load gear 163, drive load gear 163 to rotate, to drive load axis
159 rotations, load axis 159 drive centrifugal-block 165 to rotate, and the rotation of centrifugal-block 165 generates centrifugal force, and T-block 154 is pulled to transport to the right
Dynamic, so that short swing rod 157 rotation forces counterclockwise translation plug 156 be pushed to enter in left socket 155, the energization of high temperature block 110 is given
With Rare Earth Separation process required temperature at this time, meanwhile, T-block 154 moves right, push long swing rod 166 to rotate clockwise, thus
Platform block 152 is pushed to move downward, trapezoid block 147 is moved downward with platform block 152, and it squeezes elevator 148 and rises, mate gear
180 engage with the rising of elevator 148 with support gear 170, and support gear 170 drives mate gear 180 to rotate, so that drive is matched
Sympodium 179 rotate, fitted shaft 179 drive rotation bevel gear 178 rotate, by rotation bevel gear 178 be connected bevel gear 175
Engaged transmission drives linking bevel gear 175 to rotate, so that pulley shaft 178 be driven to rotate, pulley shaft 178 drives linkage belt wheel 177
Rotation, so that handoff block 174 moves right, handoff block 174, which moves right, pushes long block 137 to move right, to push driving
Bevel gear 128 moves right, and driving bevel gear 128 pushes lifting plug 127 to ascend into socket 124, and cold block 126 is logical
Electricity, can carry out the Rare Earth Separation temperature and step of another temperature at this time, and corner block 196 moves to cryostat, with elastomer block 181
In 193, until ring electromagnet 205 and ring electromagnet 206 are powered and adsorb, and corner block 196 is detached from cryostat, when needing to stop
193 is stuck, by the engaged transmission of rack gear block 182 and intermediate gear 183, drives intermediate gear 183 to rotate, passes through intermediate gear
183 with the engaged transmission of transmission gear 187, drive ratchet shaft 186 to rotate, to drive the rotation of ratchet 198, pass through ratchet 198
With spring block 199 in the stuck of this direction, unidirectional block 189 is pulled upwards, 191 times of unidirectional spring compressions, corner block 196 enters
It closes in slot 190, it is i.e. resilient that ring electromagnet 205 is once again powered up breaker device.
The beneficial effects of the present invention are: present apparatus structure is simple, the process of Rare Earth Separation, the offer that can be automated can be directed to
Temperature in the process, and kept for a period of time, the Rare Earth Separation of automation is realized, and the present apparatus has only used a motor to realize
All purposes, overall linkage is very high, and pump installation using rare earth self gravity come starter, save mass energy, and
Being only used in could starter when fire door is closed, it is ensured that job security.
The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention
It should be determined by the scope of protection defined in the claims.
Claims (5)
1. a kind of Rare Earth Separation equipment, including separation furnace body, it is characterised in that: be provided with job sky in the chamber furnaced body
Between, a linkage mechanism is provided in the working space, the linkage mechanism includes bell, gearing friction wheel and gravity block, institute
It states and is provided with a driving mechanism on the right side of linkage mechanism, the driving mechanism includes driving motor and driving friction pulley, the driving
Motor drives whole device operating as power source, and the gravity block can put the gearing friction wheel when declining and move right and institute
Stating driving friction pulley, there are pressure, pass through the frictional force between the driving friction pulley and the gearing friction wheel, the driving machine
Structure can drive the gearing friction wheel to rotate, and be provided with a high temperature mechanism on the left of the linkage mechanism, the bell turns clockwise
It moves to when closing the high temperature mechanism and the linkage mechanism can be driven, the high temperature mechanism can be driven to work, the high temperature
Mechanism includes that T-block, high temperature block, centrifugal-block and translation plug, the centrifugal-block will pull the T-block when rotating and transport to the right
It is dynamic, so that the translation plug be pushed to move downward, so that the high temperature block works, it is provided on the downside of the high temperature mechanism certain
When mechanism, the timing mechanism includes trapezoid block, mate gear and elevator, and the linkage mechanism further includes support gear, institute
Stating T-block and moving right can drive the trapezoid block to move downward, to drive the elevator to move upwards, so that the branch
Support gear is engaged with mate gear, so that the linkage mechanism can drive the timing mechanism to rotate, the driving mechanism is also wrapped
Cold block is included, the timing mechanism further includes handoff block, and the handoff block can push away after moving a period of time with the timing mechanism
It moves the driving mechanism to move right, so that the cold block be driven to work.
2. a kind of Rare Earth Separation equipment according to claim 1, it is characterised in that: the linkage mechanism includes gravity rod,
The dovetail groove of upper end wall connection free surrounding space, a left side in the separation furnace body upper surface are provided in the working space upper end wall
Side is provided with the cover slot that a upper end wall is connected to free surrounding space with right end wall, and the cover slot aft bulkhead is fixedly connected with a lid axis, institute
It states and is rotatably connected to a bell on lid axis, a torsion spring (not shown), the ladder are provided between the lid axis and the bell
A gravity block is slidably connected in shape slot, the gravity block lower end surface is fixedly connected with a lower end through the dovetail groove lower end wall
With the working space upper end wall and the gravity rod that is located in the working space, one is symmetrically set in the gravity rod
A left side is connected to the rotation slot of the working space with lower end wall, and the left pivot movement slot aft bulkhead is rotatably connected to a left end through institute
The tilting bar stating rotation slot left end wall and being located in the working space, the tilting bar lower end is rotatably connected to one and the work
Make the square block of space aft bulkhead rotation connection, one and the fixed company of the working space aft bulkhead are provided on the downside of the gravity rod
The set block connect is provided with the grooving that a left hand end wall is connected to the working space in the set block, and the grooving inner sleeve load connects
There is a friction mandrel, the friction mandrel right end is fixedly connected with a gearing friction wheel, and a left side is provided in the friction mandrel left side
End wall is connected to the stretch slot of the working space；
Wherein, a tensile axis is provided on the left of the friction mandrel, the tensile axis right end runs through stretch slot left end wall and position
In in the stretch slot, the tensile axis right end is fixedly connected with the stretching that a right end is fixedly connected with the stretch slot right end wall
Spring is fixedly connected with a linkage gear on the tensile axis, is provided with a linking axis, the linking axis on the left of the tensile axis
The stretching slot that a right end wall is connected to the working space is provided in right side, the tensile axis left end is right through the stretching slot
End wall and it is located in the stretchings slot, is fixedly connected with a support gear on the linking axis, the linking axis left side is provided with
One stopper being fixedly connected with the working space aft bulkhead, after the stopper upside is provided with one and the working space
The force-bearing piece that end wall is slidably connected, the force-bearing piece upper surface is fixedly connected with the bell lower end surface by rope, described to hold
The load slot that a left hand end wall is connected to the working space is provided in power block, the load slot inner sleeve load is connected to a load
Axis, load axis left end are fixedly connected with a load gear, and the load axis right end is fixedly connected with a rotation gear.
3. a kind of Rare Earth Separation equipment according to claim 1, it is characterised in that: the driving mechanism includes driving friction
It takes turns, a drive block is provided in the working space, the drive block rear end face is fixedly connected with a rear end and the work is empty
Between the elastomer block that is slidably connected of aft bulkhead, the elastomer block right side is fixedly connected with a right end and the working space aft bulkhead
The elastomeric spring being inside fixedly connected is provided with described in upper end wall connection in the elastomer block upper surface in the working space
The magnetic slot of working space, the magnetism slot lower end wall are fixedly connected with a ring electromagnet, the magnetism slot lower end wall center
It is fixedly connected with an electromagnetic spring, the electromagnetic spring upper end is fixedly connected with a corner block, and the corner block lower end surface is fixed
It is connected with a ring electromagnet, is provided with a positioning being fixedly connected with the working space aft bulkhead on the upside of the elastomer block
Block is provided with the cryostat, that a lower end wall is connected to the working space, cryostat, left end wall in the positioning block bottom face
It is inside provided with the closing slot that a lower end wall is connected to the working space, lower end wall connection is provided in the wall of closing slot left end
The high temperature slot of the working space, the corner block upper end is through the high temperature slot lower end wall and is located in the high temperature slot, institute
It states and is provided with the unidirectional groove that a lower end wall is connected to the working space in the wall of high temperature slot left end, the closing slot upper end wall is fixed to be connected
It is connected to a unidirectional spring；
Wherein, the unidirectional spring lower end is fixedly connected with a unidirectional block being slidably connected with the closing slot, the unidirectional groove
Aft bulkhead is rotatably connected to the intermediate gear that a lower end is run through the unidirectional groove lower end wall and is located in the working space, described
A rack gear block being connected by meshing transmission with the intermediate gear, the linking axis upside are fixedly connected on the left of elastomer block upper surface
Be provided with the ratchet shaft of a front end and unidirectional groove front bulkhead rotation connection, be fixedly connected on the ratchet shaft lower end with
The transmission gear that the intermediate gear upper end is connected by meshing transmission, the transmission gear rear side are provided with a ratchet wheel block, the spine
A ratchet slot is provided in wheel block, the ratchet shaft rear end is through the ratchet slot front bulkhead and is located in the ratchet slot, institute
It states ratchet shaft rear end and is fixedly connected with a ratchet, the ratchet wheel block rear end face is fixedly connected with a rear end and the unidirectional groove rear end
The support shaft of wall rotation connection, the ratchet slot are symmetrically arranged with a pedestal in end wall up and down, in the lower wing base upper surface
It is provided with the spring that a upper end wall is connected to the ratchet slot, the lower spring end wall is fixedly connected with a spring repeatedly, described anti-
Multiple spring upper end is fixedly connected with the spring block that a upper end is run through the spring upper end wall and connect with the ratchet Contact Transmission,
Before being provided with one in the drive block, left and right, lower end wall be connected to the empty slot of the working space, the empty slot upper surface is fixed
It is connected with a driving motor, the driving motor lower end surface has been connected by power a drive shaft, has been fixedly connected in the drive shaft
One driving bevel gear, the drive shaft lower end are fixedly connected with a linkage bevel gear, and the empty slot aft bulkhead is fixedly connected with one
Long block is provided with the elongated slot that a left hand end wall is connected to the empty slot in the long block, and it is driven that the elongated slot inner sleeve load is connected to one
Axis, the cooperation cone tooth that the driven shaft right end is fixedly connected with a upper end and the linkage bevel gear right end is connected by meshing transmission
Wheel, the driven shaft left end are fixedly connected with a driving friction pulley, are fixedly connected on one on the right side of the working space upper end wall
Socket, the upper socket downside are provided with a lifting plug being slidably connected with the working space aft bulkhead, the dovetail groove
It is fixedly connected with a cold block on the right side of lower end wall, is connected between the cold block and the lifting plug by electric wire.
4. a kind of Rare Earth Separation equipment according to claim 1, it is characterised in that: the high temperature mechanism includes short swing rod,
It is provided with a force-bearing piece being fixedly connected with working space aft bulkhead on the left of the stopper, a left side is provided in the force-bearing piece
Right end wall is connected to the load slot of the working space, and the load slot inner sleeve load is connected to a load axis, the load axis right end
It is fixedly connected with a load gear, the centrifugation that a left end wall is connected to the working space is provided in load axis left side
Slot, the eccentric groove right end wall are fixedly connected with a centrifugation spring, and the centrifugation spring left end is fixedly connected with a left end and runs through
Eccentric groove left end wall and the extension bar being located in the working space, the extension bar left end is fixedly connected with a T-block,
A centrifugal-block, the centrifugal-block upper surface and the extension bar right side is provided on the downside of the load axis to connect by the way that rope is fixed
It connects, is provided with the locating rod that a rear end is fixedly connected with the working space aft bulkhead, the locating rod on the downside of the extension bar
On be rotatably connected to a long swing rod, a torsion spring is provided between the locating rod and the long swing rod, on the upside of the extension bar
It is provided with the limitation bar that a rear end is fixedly connected with the working space aft bulkhead, is rotatably connected to a short pendulum on the limitation bar
Bar is provided with a torsion spring, is provided with one and the work on the left of the short swing rod between the limitation bar and the short swing rod
The translation plug that space aft bulkhead is slidably connected, the translation plug left side are provided with one and fix with the working space aft bulkhead
The left socket of connection, the dovetail groove lower end wall left side are fixedly connected with a high temperature block, the high temperature block and the translation plug
It is fixedly connected by electric wire.
5. a kind of Rare Earth Separation equipment according to claim 1, it is characterised in that: the timing mechanism includes mobile bar,
The shifting chute that a upper end wall is connected to the working space is provided in the working space lower end wall, shifting chute left end wall is solid
Surely it is connected with a mobile spring, the mobile spring right end is fixedly connected with a mobile bar being slidably connected with the shifting chute,
The mobile bar upper end is through the shifting chute upper end wall and is located in the working space, and the mobile bar upper end is fixedly connected
There is a platform block, is fixedly connected with a driving groove on the left of the platform block upper surface, is provided with one in the drive block upper surface
Upper end wall is connected to the driving groove of the working space, is fixedly connected with a trapezoid block, the ladder on the right side of the platform block upper surface
An elevator being slidably connected with the working space aft bulkhead is provided on the upside of shape block, be provided on one in the elevator with
The linkage slot of the working space is connected to right end wall, linkage slot left end wall is rotatably connected to a fitted shaft, the cooperation
A mate gear is fixedly connected on axis, the fitted shaft right end is fixedly connected with a rotation bevel gear, the linkage slot rear end
Wall is rotatably connected to a pulley shaft, and a left end and rotation bevel gear rear end engaged transmission are fixedly connected on the pulley shaft
The linking bevel gear of connection, the linking bevel gear front side are provided with a linkage belt wheel being fixedly connected with the pulley shaft, institute
The helical axis for being provided with a rear end and working space aft bulkhead rotation connection on the right side of pulley shaft is stated, is fixed on the helical axis
It is connected with a driven pulley, the driven pulley is connect with the linkage belt wheel by conveyer belt frictional drive, the conveyer belt
Upper surface is fixedly connected with a handoff block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910319935.9A CN109881027B (en) | 2019-04-19 | 2019-04-19 | Rare earth separation equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910319935.9A CN109881027B (en) | 2019-04-19 | 2019-04-19 | Rare earth separation equipment |
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| CN109881027A true CN109881027A (en) | 2019-06-14 |
| CN109881027B CN109881027B (en) | 2021-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910319935.9A Active CN109881027B (en) | 2019-04-19 | 2019-04-19 | Rare earth separation equipment |
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Cited By (1)
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| CN111022869A (en) * | 2020-01-03 | 2020-04-17 | 青岛力韩数码科技有限公司 | Camera device with shockproof function |
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|---|---|
| CN109881027B (en) | 2021-05-25 |
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