CN208568533U - A kind of ceramic material powder particle test sedimentation device - Google Patents
A kind of ceramic material powder particle test sedimentation device Download PDFInfo
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- CN208568533U CN208568533U CN201821376016.2U CN201821376016U CN208568533U CN 208568533 U CN208568533 U CN 208568533U CN 201821376016 U CN201821376016 U CN 201821376016U CN 208568533 U CN208568533 U CN 208568533U
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Abstract
The utility model is suitable for technical field of ceramic production, provide a kind of ceramic material powder particle test sedimentation device, including synchronous lifting platform, testing agency, electromagnetism lifting device and thermostatic assembly, the synchronous lifting platform is fixedly connected with the testing agency, and the testing agency is located on the upper end outer surface of the synchronous lifting platform；The synchronous lifting platform controls the headlamp, the richness surname lens and photelectric receiver synchronous reciprocating lifting, the photelectric receiver converts optical signals to electric signal transmission to analysis module, analysis module generates the report of ceramic raw material granularity according to data, calutron work is more steady, guarantee more steady when synchronous lifting platform moves back and forth, the controller is moved according to the linear motor of pre-set programs control along guide rail, the constant temperature water layer is coated on the sample container, guarantee that the sample container keeps constant temperature, ensure that the temperature for testing sample liquid is kept constant, reduce error.
Description
Technical field
The utility model belongs to technical field of ceramic production more particularly to a kind of sedimentation of ceramic material powder particle test
Device.
Background technique
With the development of science and technology, powder industry will become one of 21 century most important basic industry.Powder granularity
It is one of the main main indicator of powder body material, directly affects processing performance and comprehensive service performance that powder prepares product.It is logical
The preferred of ceramic powder partial size is crossed, the preparation of Good All-around Property ceramic material may be implemented.Currently, ceramic powder granularity mainstream
Test method include: sieve method, sedimentation, Fei Shi method and laser method etc., sedimentation is the ceramic particle based on different-grain diameter
The rate of settling in a liquid come detect diameter of particle distribution a kind of method.Its test process is that sample is added to certain liquid
Certain density suspension is made in body, the particle in suspension can settle under the action of gravity or centrifugal force, different
The rate of settling of particles be it is different, the partial size of particle is tested by the rate of settling of particle.
Existing ceramic material powder particle test sedimentation device is in use, just there is the same of stepping motor control platform
Step lifting makes it keep straight line using track, itself is simultaneously unstable, may generate shaking, increase error, in addition, temperature
Variation also has an impact to the rate of settling of particle, and the variation of temperature is to the error for increasing test.
Utility model content
The utility model provides a kind of ceramic material powder particle test sedimentation device, it is intended to solve in use,
There is the synchronization lifting of stepping motor control platform, so that it is kept straight line using track, itself is simultaneously unstable, may generate rolling
It is dynamic, increase error, in addition, the variation of temperature also has an impact to the rate of settling of particle, the variation of temperature is to the mistake for increasing test
The problem of difference.
The utility model is realized in this way a kind of ceramic material powder particle test sedimentation device, including synchronous liter
Platform, testing agency, electromagnetism lifting device and thermostatic assembly, the fixed company of the synchronous lifting platform and the testing agency drop
It connects, the testing agency is located on the upper end outer surface of the synchronous lifting platform, the lower end appearance of the electromagnetism lifting device
Face is fixedly connected with the upper end outer surface of the synchronous lifting platform, the upper end outer surface of the electromagnetism lifting device and the inspection
The lower end outer surface for surveying mechanism is fixedly connected, and the thermostatic assembly is fixedly connected with the testing agency, the thermostatic assembly position
In the side of the testing agency, the synchronous lifting platform includes headlamp fixed platform, lifting platform, pedestal, sample support
Platform and U-shaped platform, the lifting platform are fixedly connected with the headlamp fixed platform, and the headlamp fixed platform is located at institute
The upper surface left end of lifting platform is stated, the pedestal, the sample support platform and the bottom are installed below the lifting platform
Seat is fixedly connected, and the sample support platform is located on the right side of the top of the pedestal on outer surface, the U-shaped platform and the liter
Drop platform be fixedly connected, the U-shaped platform is located on the right end outer surface of the lifting platform, the testing agency include support frame,
Sliding rail, sliding block, rich surname lens mount, headlamp, rich surname lens, sample lysate, photelectric receiver and sample container, it is described
Support frame is fixedly connected with the lifting platform, and support frame as described above is located at the upper surface middle part of the lifting platform, support frame as described above
Two side external surface of front end is equipped with sliding rail, and the sliding block and the sliding rail are slidably connected, before the sliding block is located at the sliding rail
Outer surface is held, the richness surname lens mount is fixedly connected with the sliding block, before the richness surname lens mount is located at the sliding block
It holds on outer surface, the richness surname lens are fixedly connected with the rich surname lens mount, and the richness surname lens are located at the richness
The inside of surname lens mount, the headlamp are fixedly connected with the headlamp fixed platform, and the headlamp is located at the photograph
On the right side outer surface of bright lamp fixed platform, the sample container is fixedly connected with the sample support platform, and the sample holds
Device is located on the top outer surface of the sample support platform, and the inside of the sample container is equipped with the sample lysate,
The headlamp is fixedly connected with the headlamp fixed platform, and the headlamp is located at the right side of the headlamp fixed platform
On outer surface, the photelectric receiver is fixedly connected with the U-shaped platform, and the photelectric receiver is located at the U-shaped platform
On the outer surface of top, the electromagnetism lifting device includes connection bolt, anti-striker, casing, bearing, magnetic conductive iron sheet, guide rail, straight line
Motor, controller and bearing block, the casing are fixedly connected with the pedestal, and the casing is located at the top middle portion of the pedestal
On outer surface, bearing is fixedly connected with the connecting rod, and the connecting rod is located on the top outer surface of the bearing, the company
Connecting bolt is fixedly connected with the connecting rod, and the connection bolt is located on the top outer surface of the connecting rod, the casing
Upper end inside the bearing is installed, the both ends of the bearing are mounted on the bearing block, the one of two bearing blocks
Side is mounted on that the bearing is encapsulated, and the anti-striker is fixedly connected with the bearing, and the anti-striker is located at the bearing
Middle part is equipped with magnetic conductive iron sheet below the bearing, the linear motor, the control is equipped with below the magnetic conductive iron sheet
Device processed is fixedly connected with the linear motor, and the controller is located on the center outer surface of the linear motor, the straight line
The both ends of motor are mounted on the guide rail, and the thermostatic assembly includes water outlet, constant temperature water layer, water inlet, water chamber, first
Water tank, the second water tank, connecting pipe and constant temperature water tank, the sample container are fixedly connected with the constant temperature water layer, the constant temperature
Water layer is coated on the outside of the sample container, and the upper end lateral wall of the constant temperature water layer is equipped with the water outlet, the perseverance
The lower end outside wall of warm water layer is equipped with water inlet, and the water inlet is fixedly connected with the connecting pipe, the connecting pipe
Positioned at the right end outer surface of the water inlet, the water pump, the connecting pipe and institute are installed in the middle part of the connecting pipe
It states constant temperature water tank to be fixedly connected, the constant temperature water tank is located at the right end of the connecting pipe, the inside installation of the constant temperature water tank
There are first water tank and second water tank, first water tank is fixedly connected with second water tank, the constant temperature water tank
Water chamber is installed between first water tank and second water tank, the water chamber is coated on first water tank and
On the outer surface of two water tanks.
The utility model also provides preferably, and the synchronous lifting platform further includes connecting rod, the top of the connecting rod
Outer surface is fixedly connected with the lower end outer surface of the lifting platform, the bottom outer surface of the connecting rod and the connection bolt
Upper end outer surface is fixedly connected.
The utility model also provides preferably, and the electromagnetism lifting device further includes that bearing is encapsulated, the bearing it is encapsulated and
The bearing block is fixedly connected, a side external surface of the encapsulated separate bearing positioned at the bearing block of the bearing.
The utility model also provides preferably, and the thermostatic assembly further includes circulating water pipeline, circulating water cavity and intakes certainly
Dynamic gate, the circulating water pipeline are fixedly connected with the water outlet, and the left end of the circulating water pipeline is located at the water outlet
Left end, the right end outer surface of the circulating water pipeline is fixedly connected with the constant temperature water tank, the circulating water cavity and it is described go out
Water cavity is fixedly connected, and the water chamber is located on the outer surface of cupular part of the circulating water cavity, the quantity of the water inlet self-shooter
It is two, the upper end lateral wall of first water tank and second water tank is mounted on the water inlet self-shooter.
The utility model also provides preferably, and the thermostatic assembly further includes second temperature inductor, the first temperature sense
Device, secondary heating mechanism and first heater, the inner sidewall of first water tank are equipped with first temperature inductor, institute
The inside for stating the first water tank is equipped with the first heater, and the inner sidewall of second water tank is equipped with the second temperature
The inside of inductor, second water tank is equipped with the secondary heating mechanism.
The utility model also provides preferably, and the thermostatic assembly further includes water pump and water outlet self-shooter, the connection
The water pump is installed, the quantity of the water outlet self-shooter is two, first water tank and described second in the middle part of pipeline
The bottom outside wall of water tank is mounted on the water outlet self-shooter.
The utility model also provides preferably, and the cross section of first water tank and second water tank is same radius
Semicircle, first water tank and second water tank are combined into a cylindrical body.
Compared with prior art, the utility model has the beneficial effects that
1, a kind of ceramic material powder particle test sedimentation device of the utility model is flat by setting synchronization lifting
Platform, synchronous lifting platform controls the headlamp, rich surname lens and photelectric receiver synchronous reciprocating lifting, so that shining
Bright lamp 25, rich surname lens 26 and photelectric receiver 28 can carry out whole samples lysate 27 to scan inspection up and down under acting on
It surveys, a series of light for having different radii will be formed on focal plane after passing through rich surname lens due to the scattering light of different angle
Ring, the alternate hot spot of the light and shade being made of these rings of light are known as Airy spot, include abundant granular information, i.e. radius in Airy spot
The big ring of light corresponds to lesser partial size, and the small ring of light of radius corresponds to biggish partial size, the power of the ring of light light of different radii,
Quantity information comprising the particles converts optical signals to electric signal transmission dividing to controller by photelectric receiver 28
Module is analysed, analysis module carries out Mathematical treatment according to photosignal power, to obtain the granularity point of ceramic material powder particle
Cloth generates the report of ceramic material powder granularity；
2, by the electromagnetism lifting device, calutron work is more steady, and controller is according to pre-set programs control
Linear motor is moved along guide rail, is guaranteed more steady when synchronous lifting platform moves back and forth；
3, by thermostatic assembly, constant temperature water layer is coated on the sample container, guarantees that sample container keeps constant temperature, it is ensured that survey
The temperature of test liquid is kept constant, and reduces error.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is electromagnetism lifting device structure schematic diagram in the utility model；
Fig. 3 is thermostatic assembly structural schematic diagram in the utility model；
In figure: 1- synchronous lifting platform, 11- headlamp fixed platform, 12- lifting platform, 13- connecting rod, 14- pedestal, 15-
Sample support platform, 16-U type platform, 2- testing agency, 21- support frame, 22- sliding rail, 23- sliding block, 24- richness surname lens mount,
25- headlamp, 26- richness surname lens, 27- sample lysate, 28- photelectric receiver, 29- sample container, 3- electromagnetism lifting dress
It sets, 31- connection bolt, the anti-striker of 32-, 33- casing, 34- bearing, 35- magnetic conductive iron sheet, 36- guide rail, 37- linear motor, 38-
Controller, 39- bearing block, 310- bearing be encapsulated, 311- connecting rod, 4- thermostatic assembly, 41- circulating water pipeline, 42- water outlet,
43- constant temperature water layer, 44- water inlet, 45- water pump, 46- water chamber, the first water tank of 47-, the second water tank of 48-, 49- second temperature sense
Answer device, the first temperature inductor of 410-, 411- secondary heating mechanism, 412- water outlet self-shooter, 413- circulating water cavity, 414- the
One heating device, 415- water inlet self-shooter, 416- connecting pipe, 417- constant temperature water tank.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of ceramic material powder particle test sedimentation
Device, including synchronous lifting platform 1, testing agency 2, electromagnetism lifting device 3 and thermostatic assembly 4, synchronous lifting platform 1 and detection
Mechanism 2 is fixedly connected, and testing agency 2 is located on the upper end outer surface of synchronous lifting platform 1, outside the lower end of electromagnetism lifting device 3
Surface is fixedly connected with the upper end outer surface of synchronous lifting platform 1, the upper end outer surface of electromagnetism lifting device 3 and testing agency 2
Lower end outer surface be fixedly connected, thermostatic assembly 4 is fixedly connected with testing agency 2, and thermostatic assembly 4 is located at the one of testing agency 2
Side, synchronous lifting platform 1 include headlamp fixed platform 11, lifting platform 12, pedestal 14, sample support platform 15 and U-shaped platform
16, lifting platform 12 is fixedly connected with headlamp fixed platform 11, and the upper surface that headlamp fixed platform 11 is located at lifting platform 12 is left
End, the lower section of lifting platform 12 are equipped with pedestal 14, and sample support platform 15 is fixedly connected with pedestal 14, and 15, sample support platform
In on the outer surface of the top of pedestal 14 right side, U-shaped platform 16 is fixedly connected with lifting platform 12, and U-shaped platform 16 is located at lifting platform 12
Right end outer surface on, testing agency 2 includes support frame 21, sliding rail 22, sliding block 23, rich surname lens mount 24, headlamp 25, rich
Surname lens 26, sample lysate 27, photelectric receiver 28 and sample container 29, support frame 21 are fixedly connected with lifting platform 12,
Support frame 21 is located at the upper surface middle part of lifting platform 12, and two side external surface of front end of support frame 21 is equipped with sliding rail 22, sliding block 23
It being slidably connected with sliding rail 22, sliding block 23 is located at the leading exterior surface of sliding rail 22, and rich surname lens mount 24 is fixedly connected with sliding block 23,
Rich surname lens mount 24 is located on the leading exterior surface of sliding block 23, and rich surname lens 26 are fixedly connected with rich surname lens mount 24,
Rich surname lens 26 are located at the inside of rich surname lens mount 24, and headlamp 25 is fixedly connected with headlamp fixed platform 11, illuminates
Lamp 25 is located on the right side outer surface of headlamp fixed platform 11, and sample container 29 is fixedly connected with sample support platform 15, sample
Product container 29 is located on the top outer surface of sample support platform 15, and the inside of sample container 29 is loaded with sample lysate 27,
Headlamp 25 is fixedly connected with headlamp fixed platform 11, and headlamp 25 is located at the right side outer surface of headlamp fixed platform 11
On, photelectric receiver 28 is fixedly connected with U-shaped platform 16, and photelectric receiver 28 is located on the top outer surface of U-shaped platform 16, electricity
Magnetic lifting device 3 includes connection bolt 31, anti-striker 32, casing 33, bearing 34, magnetic conductive iron sheet 35, guide rail 36, linear motor
37, controller 38 and bearing block 39, casing 33 are fixedly connected with pedestal 14, and casing 33 is located at the top middle portion outer surface of pedestal 14
On, bearing 34 is fixedly connected with connecting rod 311, and connecting rod 311 is located on the top outer surface of bearing 34, is connected bolt 31 and is connected
Extension bar 311 is fixedly connected, and connection bolt 31 is located on the top outer surface of connecting rod 311, is equipped with inside the upper end of casing 33
Bearing 34, the both ends of bearing 34 are mounted on bearing block 39, and the side of two bearing blocks 39 is mounted on bearing encapsulated 310, prevent
Striker 32 is fixedly connected with bearing 34, and anti-striker 32 is located at the middle part of bearing 34, and the lower section of bearing 34 is equipped with magnetic conductive iron sheet 35,
The lower section of magnetic conductive iron sheet 35 is equipped with linear motor 37, and controller 38 is fixedly connected with linear motor 37, and controller 38 is located at straight
On the center outer surface of line motor 37, the both ends of linear motor 37 are mounted on guide rail 36, thermostatic assembly 4 include water outlet 42,
Constant temperature water layer 43, water inlet 44, water chamber 46, the first water tank 47, the second water tank 48, connecting pipe 416 and constant temperature water tank 417,
Sample container 29 is fixedly connected with constant temperature water layer 43, and constant temperature water layer 43 is coated on the outside of sample container 29, constant temperature water layer 43
Upper end lateral wall is equipped with water outlet 42, and the lower end outside wall of constant temperature water layer 43 is equipped with water inlet 44, water inlet 44 and connection
Pipeline 416 is fixedly connected, and connecting pipe 416 is located at the right end outer surface of water inlet 44, and the middle part of connecting pipe 416 is equipped with water
Pump 45, connecting pipe 416 is fixedly connected with constant temperature water tank 417, and constant temperature water tank 417 is located at the right end of connecting pipe 416, thermostatted water
The inside of case 417 is equipped with the first water tank 47 and the second water tank 48, and the first water tank 47 is fixedly connected with the second water tank 48, thermostatted water
Water chamber 46 is installed, water chamber 46 is coated on the first water tank 47 and between case 417 and the first water tank 47 and the second water tank 48
On the outer surface of two water tanks 48.
In the present embodiment, by the way that synchronous lifting platform 1 is arranged, synchronous lifting platform 1 controls headlamp 25, rich surname
Lens 26 and the lifting of 28 synchronous reciprocating of photelectric receiver, photelectric receiver 28 convert optical signals to electric signal transmission to analysis mould
Block, analysis module generate the report of ceramic raw material granularity according to data, and by electromagnetism lifting device 3, calutron work is more flat
Surely, guarantee more steady, 37 edge of linear motor that controller 38 is controlled according to pre-set programs when synchronous lifting platform 1 moves back and forth
Guide rail 36 move, by thermostatic assembly 4, constant temperature water layer 43 is coated on sample container 29, guarantee that sample container 29 keeps constant temperature,
Ensure that the temperature for testing sample liquid is kept constant, reduces error.
Further, synchronous lifting platform 1 further includes connecting rod 13, the top outer surface of connecting rod 13 and lifting platform 12
Lower end outer surface is fixedly connected, and the bottom outer surface of connecting rod 13 is fixedly connected with the upper end outer surface of connection bolt 31.
In the present embodiment, lifting platform 12 is connected by connecting rod 13 with bolt 31 is connect, will even by connecting rod 13
The power output of connecting bolt 31 is to lifting platform 12.
Further, electromagnetism lifting device 3 further includes bearing encapsulated 310, bearing encapsulated 310 and the fixed company of bearing block 39
It connects, bearing encapsulated 310 is located at a side external surface of the separate bearing 34 of bearing block 39.
In the present embodiment, bearing encapsulated 310 is wrapped in the both ends of bearing 34, on the one hand reduces electromagnetism lifting device 3
On the one hand the sound of movement reduces the abrasion of bearing 34.
Further, thermostatic assembly 4 further includes circulating water pipeline 41, circulating water cavity 413 and water inlet self-shooter 415, is followed
Ring waterpipe 41 is fixedly connected with water outlet 42, and the left end of circulating water pipeline 41 is located at the left end of water outlet 42, circulating water pipeline
41 right end outer surface is fixedly connected with constant temperature water tank 417, and circulating water cavity 413 is fixedly connected with water chamber 46, and water chamber 46
In on the outer surface of cupular part of circulating water cavity 413, the quantity of water inlet self-shooter 415 is two, the first water tank 47 and the second water tank
48 upper end lateral wall is mounted on into water self-shooter 415.
In the present embodiment, thermostatted water is circulated in circulating water cavity 413 by circulating water pipeline 41, according to first
The water of water tank 47 and the second water tank 48 controls the on and off of water inlet self-shooter 415, allows water to flow into and needs to add water
Insulated water tank in, make water keep circulation, reduce the usage amount of water.
Further, thermostatic assembly 4 further includes second temperature inductor 49, the first temperature inductor 410, second heating dress
411 and first heater 414 are set, the inner sidewall of the first water tank 47 is equipped with the first temperature inductor 410, the first water tank 47
Inside is equipped with first heater 414, and the inner sidewall of the second water tank 48 is equipped with second temperature inductor 49, the second water tank 48
Inside secondary heating mechanism 411 is installed.
In the present embodiment, it is filled by second temperature inductor 49 and the second heating of the first temperature inductor 410 control
The starting for setting 411 and water outlet self-shooter 412, guarantees the temperature of Water in Water Tank, the setting of two water tanks, and a heating adds water, one
A supply water ensure that water that always can be synthermal with output phase.
Further, thermostatic assembly 4 further includes water pump 45 and water outlet self-shooter 412, the middle part installation of connecting pipe 416
There is a water pump 45, the bottom outside wall of the first water tank 47 and the second water tank 48 is mounted on water outlet self-shooter 412, is discharged automatic brake
The quantity of door 412 is two.
In the present embodiment, the unlatching and closure that two water outlet self-shooters 412 are controlled according to water and temperature, make defeated
Water temperature out is kept constant, and water pump 45 ensure that the flowing of water.
Further, the cross section of the first water tank 47 and the second water tank 48 is the semicircle of same radius, 47 He of the first water tank
Second water tank 48 is combined into a cylindrical body.
In the present embodiment, the first water tank 47 and the second water tank 48 are combined into an entirety and more save space, improve permanent
417 inside service efficiency of reservoir.
The working principle and process for using of the utility model: after the utility model installs, power supply and outside are connected
Analysis module connection, synchronous lifting platform 1 control headlamp 25, rich surname lens 26 and 28 synchronous reciprocating liter of photelectric receiver
Drop, so that can be carried out to whole samples lysate 27 in the case where headlamp 25, rich surname lens 26 and photelectric receiver 28 act on
Upper and lower Scanning Detction, since the scattering light of different angle is a series of different by will be formed on focal plane after rich surname lens
The ring of light of radius, the alternate hot spot of the light and shade being made of these rings of light are known as Airy spot, include abundant granularity letter in Airy spot
Breath, i.e., the big ring of light of radius corresponds to lesser partial size, and the small ring of light of radius corresponds to biggish partial size, the ring of light of different radii
The power of light, the quantity information comprising the particles convert optical signals to electric signal transmission by photelectric receiver 28 and arrive
The analysis module of controller, analysis module carries out Mathematical treatment according to photosignal power, to obtain ceramic material powder
The size distribution of grain generates the report of ceramic material powder granularity, and by electromagnetism lifting device 3, calutron work is more steady,
Guarantee it is more steady when synchronous lifting platform 1 moves back and forth, the linear motor 37 that controller 38 is controlled according to pre-set programs along
Guide rail 36 moves, and by thermostatic assembly 4, constant temperature water layer 43 is coated on sample container 29, guarantees that sample container 29 keeps constant temperature, really
The temperature for protecting test sample liquid is kept constant, and reduces error, and thermostatted water circulates circulating water cavity 413 by circulating water pipeline 41
It is interior, according to the on and off of the water of the first water tank 47 and the second water tank 48 control water inlet self-shooter 415, allow water to flow into
In the insulated water tank for needing to add water, so that water is kept circulation, reduce the usage amount of water, pass through second temperature inductor 49 and first
Temperature inductor 410 controls secondary heating mechanism 411 and the starting for being discharged self-shooter 412, guarantees the temperature of Water in Water Tank, and two
The setting of water tank, a heating add water, and a supply water ensure that water that always can be synthermal with output phase, according to water and temperature
The unlatching and closure of degree two water outlet self-shooters 412 of control, keep constant the water temperature of output, water pump 45 ensure that the stream of water
It is dynamic.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (6)
1. a kind of ceramic material powder particle test sedimentation device, it is characterised in that: including synchronous lifting platform (1), detection
Mechanism (2), electromagnetism lifting device (3) and thermostatic assembly (4), the synchronous lifting platform (1) and the testing agency (2) are fixed
Connection, the testing agency (2) are located on the upper end outer surface of the synchronous lifting platform (1), the electromagnetism lifting device (3)
Lower end outer surface be fixedly connected with the upper end outer surface of the synchronous lifting platform (1), the electromagnetism lifting device (3) it is upper
End outer surface is fixedly connected with the lower end outer surface of the testing agency (2), the thermostatic assembly (4) and the testing agency
(2) it being fixedly connected, the thermostatic assembly (4) is located at the side of the testing agency (2),
The synchronous lifting platform (1) includes that headlamp fixed platform (11), lifting platform (12), pedestal (14), sample support are flat
Platform (15) and U-shaped platform (16), the lifting platform (12) are fixedly connected with the headlamp fixed platform (11), the headlamp
Fixed platform (11) is located at the upper surface left end of the lifting platform (12), is equipped with the pedestal below the lifting platform (12)
(14), the sample support platform (15) is fixedly connected with the pedestal (14), and the sample support platform (15) is located at described
On the right side of the top of pedestal (14) on outer surface, the U-shaped platform (16) is fixedly connected with the lifting platform (12), described U-shaped flat
Platform (16) is located on the right end outer surface of the lifting platform (12),
The testing agency (2) includes support frame (21), sliding rail (22), sliding block (23), rich surname lens mount (24), headlamp
(25), rich surname lens (26), sample lysate (27), photelectric receiver (28) and sample container (29), support frame as described above
(21) it is fixedly connected with the lifting platform (12), support frame as described above (21) is located at the upper surface middle part of the lifting platform (12), institute
Two side external surface of front end for stating support frame (21) is equipped with sliding rail (22), and the sliding block (23) and the sliding rail (22) sliding connect
It connects, the sliding block (23) is located at the leading exterior surface of the sliding rail (22), the richness surname lens mount (24) and the sliding block
(23) it is fixedly connected, the richness surname lens mount (24) is located on the leading exterior surface of the sliding block (23), and the richness surname is saturating
Mirror (26) is fixedly connected with the rich surname lens mount (24), and the richness surname lens (26) are located at the rich surname lens mount
(24) inside, the headlamp (25) are fixedly connected with the headlamp fixed platform (11), and the headlamp (25) is located at
On the right side outer surface of the headlamp fixed platform (11), the sample container (29) and the sample support platform (15) are solid
Fixed connection, the sample container (29) are located on the top outer surface of the sample support platform (15), the sample container
(29) inside is equipped with the sample lysate (27), and the headlamp (25) and the headlamp fixed platform (11) are fixed
Connection, the headlamp (25) are located on the right side outer surface of the headlamp fixed platform (11), the photelectric receiver
(28) it is fixedly connected with the U-shaped platform (16), the photelectric receiver (28) is located at the top appearance of the U-shaped platform (16)
On face,
The electromagnetism lifting device (3) includes connection bolt (31), anti-striker (32), casing (33), bearing (34), magnetic conductive iron sheet
(35), guide rail (36), linear motor (37), controller (38) and bearing block (39), the casing (33) and the pedestal (14)
It is fixedly connected, the casing (33) is located on the top middle portion outer surface of the pedestal (14), bearing (34) and connecting rod (311)
It is fixedly connected, the connecting rod (311) is located on the top outer surface of the bearing (34), the connection bolt (31) and described
Connecting rod (311) is fixedly connected, and connection bolt (31) is located on the top outer surface of the connecting rod (311), the machine
It being equipped with inside the upper end of shell (33) bearing (34), the both ends of the bearing (34) are mounted on the bearing block (39),
It is encapsulated (310) that the side of two bearing blocks (39) is mounted on bearing, and the anti-striker (32) and the bearing (34) are solid
Fixed connection, the anti-striker (32) are located at the middle part of the bearing (34), are equipped with magnetic conductive iron sheet below the bearing (34)
(35), it is equipped with the linear motor (37) below the magnetic conductive iron sheet (35), the controller (38) and the straight-line electric
Machine (37) is fixedly connected, and the controller (38) is located on the center outer surface of the linear motor (37), the linear motor
(37) both ends are mounted on the guide rail (36),
The thermostatic assembly (4) includes water outlet (42), constant temperature water layer (43), water inlet (44), water chamber (46), the first water tank
(47), the second water tank (48), connecting pipe (416) and constant temperature water tank (417), the sample container (29) and the constant temperature water layer
(43) it is fixedly connected, the constant temperature water layer (43) is coated on the outside of the sample container (29), the constant temperature water layer (43)
Upper end lateral wall is equipped with the water outlet (42), and the lower end outside wall of the constant temperature water layer (43) is equipped with water inlet (44),
The water inlet (44) is fixedly connected with the connecting pipe (416), and the connecting pipe (416) is located at the water inlet (44)
Right end outer surface, be equipped with water pump (45) in the middle part of the connecting pipe (416), the connecting pipe (416) and the perseverance
Reservoir (417) is fixedly connected, and the constant temperature water tank (417) is located at the right end of the connecting pipe (416), the constant temperature water tank
(417) inside is equipped with first water tank (47) and second water tank (48), first water tank (47) and described
Two water tanks (48) are fixedly connected, between the constant temperature water tank (417) and first water tank (47) and second water tank (48)
It is equipped with water chamber (46), the water chamber (46) is coated on the outer surface of first water tank (47) and the second water tank (48)
On.
2. a kind of ceramic material powder particle test sedimentation device as described in claim 1, it is characterised in that: the synchronization
Hoistable platform (1) further includes connecting rod (13), the top outer surface of the connecting rod (13) and the lower end of the lifting platform (12)
Outer surface is fixedly connected, and the upper end outer surface of the bottom outer surface of the connecting rod (13) and connection bolt (31) is fixed to be connected
It connects.
3. a kind of ceramic material powder particle test sedimentation device as described in claim 1, it is characterised in that: the electromagnetism
Lifting device (3) further includes that bearing is encapsulated (310), and the bearing encapsulated (310) is fixedly connected with the bearing block (39), described
Bearing encapsulated (310) is located at a side external surface of the separate bearing (34) of the bearing block (39).
4. a kind of ceramic material powder particle test sedimentation device as described in claim 1, it is characterised in that: the constant temperature
Component (4) further includes circulating water pipeline (41), circulating water cavity (413) and water inlet self-shooter (415), the circulating water pipeline
(41) it is fixedly connected with the water outlet (42), the left end of the circulating water pipeline (41) is located at a left side for the water outlet (42)
End, the right end outer surface of the circulating water pipeline (41) are fixedly connected with the constant temperature water tank (417), the circulating water cavity
(413) it is fixedly connected with the water chamber (46), the water chamber (46) is located at the outer surface of cupular part of the circulating water cavity (413)
On, the quantity of water inlet self-shooter (415) is two, the upper end of first water tank (47) and second water tank (48)
Lateral wall is mounted on the water inlet self-shooter (415).
5. a kind of ceramic material powder particle test sedimentation device as described in claim 1, it is characterised in that: the constant temperature
Component (4) further include second temperature inductor (49), the first temperature inductor (410), secondary heating mechanism (411) and first plus
Thermal (414), the inner sidewall of first water tank (47) are equipped with first temperature inductor (410), first water
The inside of case (47) is equipped with the first heater (414), and the inner sidewall of second water tank (48) is equipped with described
The inside of two temperature inductors (49), second water tank (48) is equipped with the secondary heating mechanism (411).
6. a kind of ceramic material powder particle test sedimentation device as described in claim 1, it is characterised in that: the constant temperature
Component (4) further includes water pump (45) and water outlet self-shooter (412), is equipped with the water in the middle part of the connecting pipe (416)
It pumps (45), the quantity of water outlet self-shooter (412) is two, first water tank (47) and second water tank (48)
Bottom outside wall is mounted on the water outlet self-shooter (412).
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| CN201821376016.2U CN208568533U (en) | 2018-08-24 | 2018-08-24 | A kind of ceramic material powder particle test sedimentation device |
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| CN201821376016.2U CN208568533U (en) | 2018-08-24 | 2018-08-24 | A kind of ceramic material powder particle test sedimentation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108801867A (en) * | 2018-08-24 | 2018-11-13 | 江西新瑞景陶瓷有限公司 | A kind of ceramic material powder particle test sedimentation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108801867A (en) * | 2018-08-24 | 2018-11-13 | 江西新瑞景陶瓷有限公司 | A kind of ceramic material powder particle test sedimentation device |
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