CN109719949A - A kind of 3D printing material grinding treatment device - Google Patents
A kind of 3D printing material grinding treatment device Download PDFInfo
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- CN109719949A CN109719949A CN201910011458.XA CN201910011458A CN109719949A CN 109719949 A CN109719949 A CN 109719949A CN 201910011458 A CN201910011458 A CN 201910011458A CN 109719949 A CN109719949 A CN 109719949A
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Abstract
The present invention relates to a kind of grinding mechanisms, it in particular is a kind of 3D printing material grinding treatment device, including polarizing feeder, grind main body mechanism, adjustment base mechanism, material system for compacting, device being capable of autofeed, device can change the polarization power size of feed, to change feeding coal size, material can be carried out grinding treatment by device, device can change fuselage angle, easy-unloading, device can be material bullet to next process island, device being capable of safe handling, device can guarantee the service life of long period, device can be compacted the material ground, polarization feeder is located at the top for grinding main body mechanism, polarization feeder is welding with the connection type for grinding main body mechanism, adjustment base mechanism is located at the lower section for grinding main body mechanism, adjustment base mechanism is weldering with the connection type for grinding main body mechanism It connects, material system for compacting is located at the right side of adjustment base mechanism.
Description
Technical field
The present invention relates to a kind of grinding mechanisms, are in particular a kind of 3D printing material grinding treatment devices.
Background technique
With social progress, development in science and technology, processing technology is also increasingly advanced, 3D printing appear in people the visual field it
In, and the processing of 3D printing material also becomes an industry, traditional material processing apparatuses function is isolated than more serious, machine
More, occupied space is big, so devising this 3D printing material grinding treatment device.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of 3D printing material grinding treatment devices, and device can be automatic
Feed, device can change the polarization power size of feed, to change feeding coal size, device can carry out material to grind place
Reason, device can change fuselage angle, easy-unloading, device can material bullet to next process island, device can safe handling,
Device can guarantee the service life of long period, and device can be compacted the material ground.
In order to solve the above technical problems, the present invention relates to a kind of grinding mechanisms, it is in particular a kind of 3D printing material
Grinding treatment device, including polarize feeder, grind main body mechanism, adjustment base mechanism, material system for compacting, device can
Autofeed, device can change the polarization power size of feed, to change feeding coal size, device can grind material
Broken processing, device can change fuselage angle, and easy-unloading, device can be material bullet to next process island, and device can be safe
Operating, device can guarantee the service life of long period, and device can be compacted the material ground.
Polarizing feeder includes vibration seat mechanism, po-larization mechanism, upper short seat, feed hopper, handle, upper swinging seat, shock mount
Mechanism is connected with po-larization mechanism, shakes the connection type of seat mechanism and po-larization mechanism for bearing connection, po-larization mechanism and upper swinging seat
It is connected, the connection type of po-larization mechanism and upper swinging seat is to be bolted, and upper short seat is located at the lower section of feed hopper, upper short seat and feed
The connection type of bucket is to weld, and the connection type of handle and feed hopper is welding, and upper swinging seat is located at the lower section of feed hopper, upper swinging seat
Connection type with feed hopper is welding；
Shaking seat mechanism includes vibration pedestal, sliding groove, slide bar, vibration spring, bearing block, and sliding groove is opened in vibration pedestal
The left and right sides, slide bar matches with sliding groove, and the fit system of slide bar and sliding groove is clearance fit, and vibration spring setting exists
It shakes between pedestal and bearing block, vibration spring and the connection type for shaking pedestal are welding, shake the company of spring and bearing block
Mode is connect as welding, slide bar is arranged in the left and right sides of bearing block, and the connection type of slide bar and bearing block is welding；
Po-larization mechanism is including polarizing block fixing axle, polarization block, clump weight, shaft coupling, polarization motor shaft, polarizing motor, inclined
Shake motor cabinet, and polarization block covers in polarization block fixing axle, and polarization block and the connection type for polarizing block fixing axle are welding, clump weight
It is connected with polarization block, clump weight is that spiral is connect with the connection type of polarization block, and polarization block fixing axle passes through with polarization motor shaft
Shaft coupling is connected to one piece, and the inside of polarization motor, polarization motor shaft and the connection side for polarizing motor is arranged in polarization motor shaft
Formula is bearing connection, and polarization motor is located at the lower section of polarization motor cabinet, and polarization motor and the connection type for polarizing motor cabinet are weldering
It connects；
Grinding main body mechanism includes grinding driving mechanism, grinding fuselage, aggregate bin, grind executing agency, counterweight discharging machine
Structure grinds driving mechanism and is connected with fuselage is ground, grind driving mechanism with grind fuselage connection type be split bearing connect,
Part is welded, and the top for grinding fuselage is arranged in aggregate bin, and aggregate bin is welding with the connection type for grinding fuselage, grinds execution
The inside for grinding fuselage is arranged in mechanism, grinds executing agency and is connected with driving mechanism is ground, and grinds executing agency and grinds drive
The connection type of motivation structure is to be bolted, and counterweight discharging mechanism, which is located at, grinds the right side of driving mechanism, counterweight discharging mechanism with
The connection type of driving mechanism is ground as welding；
Driving mechanism is ground to include connecting shaft, central fixed shaft, threaded hole, locating convex block, grind motor shaft, grind electricity
Machine, connecting shaft are connected with central fixed shaft, and the connection type of connecting shaft and central fixed shaft is welding, and threaded hole is attacked solid in centre
On dead axle, locating convex block is located at the two sides up and down of central fixed shaft, and the connection type of locating convex block and central fixed shaft is welding,
The connection type of motor shaft and connecting shaft is ground as expansion set connection, motor shaft is ground and the inside for grinding motor is set, grind electricity
Arbor is welding with the connection type for grinding motor；
Grinding executing agency includes grinding rod, grinding rod clamping screw group, fastening mechanism, rotating arm, fixing bolt group, is ground
Frotton is fixed on one piece by grinding rod clamping screw group with rotating arm, and the two sides of rotating arm are arranged in fastening mechanism, fasten machine
The connection type of structure and rotating arm is portion gap cooperation, partially welds, and the connection type of fixing bolt group and rotating arm is spiral shell
Rotation connection；
Fastening mechanism includes fastening shell, fastening spring, gripping block, gripping block handle, fastening bar, fastens spring and fastening shell
Connection type be welding, gripping block and fastening spring connection type be welding, gripping block with fasten shell fit system be
The connection type of clearance fit, gripping block handle and gripping block is welding, and the connection type for fastening bar and gripping block is welding；
Counterweight discharging mechanism includes elephant trunk, elephant trunk door, elephant trunk door counterweight, elephant trunk door counterweight lock-screw, elephant trunk and elephant trunk
The connection type of door be it is hinged, elephant trunk door counterweight and elephant trunk door are locked at one piece by elephant trunk door counterweight lock-screw；
Adjustment base mechanism includes middle casing, supporting block, fixed link, pedestal, safety spring seat mechanism, hydraulic pressure draw-bar machine
The connection type of structure, sliding slot A, adjusting rod, adjustment seat, lastics mechanism, supporting block and fixed link is hinged, fixed link and middle case
The connection type of body is welding, and the connection type of middle casing and pedestal is welding, safety spring seat mechanism and middle casing
Connection type is to weld, and the connection type of hydraulic pressure draw-bar mechanism and middle casing is welding, and sliding slot A is opened on middle casing, is adjusted
The connection type of pole and hydraulic pressure draw-bar mechanism be it is hinged, the connection type of adjusting rod and adjustment seat be it is hinged, lastics mechanism and
The connection type of pedestal is welding；
Safety spring seat mechanism includes safety basement, safety pole sliding slot, safety pole, safety spring A, the safe seat of honour, safety
Bar sliding slot is opened on safety basement, and the fit system of safety pole and safety pole sliding slot is clearance fit, safety pole and the safe seat of honour
Connection type be welding, safety spring A is arranged between safety basement and the safe seat of honour, safety spring A and safety basement
Connection type is to weld, and the connection type at safety spring A and the safe seat of honour is welding；
Hydraulic pressure draw-bar mechanism includes hydraulic cylinder, hydraulic spring grease cup, piston, piston rod, hinged hook, hydraulic spring grease cup and hydraulic cylinder
Connection type is welding, and the fit system of piston and hydraulic cylinder is clearance fit, and the connection type of piston and hydraulic spring grease cup is weldering
It connects, the connection type of piston and piston rod is to weld, and the connection type of hinged hook and piston rod is welding；
Lastics mechanism include lastics pedestal, cam, camshaft, actuated by cams motor, lastics bucket, tension spring, supporting block,
It shakes spring A, vibration slide bar, shake slide bar slot, the connection type of actuated by cams motor and lastics pedestal is to be bolted, cam
Be that expansion set connect with the connection type of camshaft, camshaft and the connection type of actuated by cams motor connect for bearing, cam and
The fit system of lastics bucket is to be engaged, and the connection type of tension spring and lastics bucket is hinged, tension spring and lastics bottom
The connection type of seat be it is hinged, the connection type of supporting block and lastics bucket is to weld, the connection type of vibration spring A and supporting block
For welding, vibration slide bar and the fit system for shaking slide bar slot are clearance fit, and vibration slide bar slot is opened on lastics pedestal, shakes
The connection type of spring A and lastics pedestal is welding；
Material system for compacting includes compacting driving mechanism, compacting chamber mechanism, auxiliary support mechanism, is compacted driving mechanism and pressure
The connection type of Shi Qiang mechanism is welding, and auxiliary support mechanism and the connection type for being compacted chamber mechanism are welding, Auxiliary support machine
The connection type of structure and compacting driving mechanism is welding；
Compacting driving mechanism includes supporting leg, compacting seat, compaction rod, compacting spring, piston A, is compacted shell, supporting leg and compacting shell
Connection type be welding, the connection type for being compacted seat and compaction rod is welding, and the connection type of compaction rod and piston A are weldering
It connects, the connection type of compacting spring and piston A are welding, and compacting spring and the connection type for being compacted shell are welding；
Being compacted chamber mechanism includes compacting chamber ontology, feeding door, feeding catch, is compacted the connection side of chamber ontology and feeding door
Formula be it is hinged, the connection type of feeding catch and feeding door is welding；
Auxiliary support mechanism includes Auxiliary support spring base, secondary spring, link block, band seat supports, Auxiliary support spring
The connection type of seat and secondary spring is welding, and link block and the connection type with seat supports are welding, band seat supports and auxiliary
The connection type of spring is welding；
Polarization feeder is located at the top for grinding main body mechanism, polarization feeder and the connection side for grinding main body mechanism
Formula is welding, and adjustment base mechanism is located at the lower section for grinding main body mechanism, adjustment base mechanism and the connection for grinding main body mechanism
Mode is welding, and material system for compacting is located at the right side of adjustment base mechanism.
As advanced optimizing for the technical program, vibration described in a kind of 3D printing material grinding treatment device of the present invention
The number of seat mechanism is four.
As advanced optimizing for the technical program, vibration described in a kind of 3D printing material grinding treatment device of the present invention
Spring, safety spring A, hydraulic spring grease cup, tension spring, shakes the material of spring A for high-carbon steel at fastening spring.
As advanced optimizing for the technical program, ground described in a kind of 3D printing material grinding treatment device of the present invention
Fuselage, grinding rod material be potassium steel.
A kind of 3D printing material grinding treatment device of the invention has the beneficial effect that
A kind of 3D printing material grinding treatment device of the present invention, device can autofeed, device can change feed
Power size is polarized, to change feeding coal size, device can carry out material grinding treatment, and device can change fuselage angle
Degree, easy-unloading, device can material bullet to next process island, device can safe handling, device can guarantee the long period
Service life, device can be compacted the material ground.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multifunctional motion exercising apparatus of the present invention.
Fig. 2 is a kind of structural schematic diagram of the polarization feeder 1 of multifunctional motion exercising apparatus of the present invention.
Fig. 3 is the structural schematic diagram of the vibration seat mechanism 1-1 of multifunctional motion exercising apparatus of the present invention a kind of.
Fig. 4 is a kind of structural schematic diagram of the po-larization mechanism 1-2 of multifunctional motion exercising apparatus of the present invention.
Fig. 5 is a kind of structural schematic diagram for grinding main body mechanism 2 of multifunctional motion exercising apparatus of the present invention.
Fig. 6 is a kind of structural schematic diagram for grinding driving mechanism 2-1 of multifunctional motion exercising apparatus of the present invention.
Fig. 7 is a kind of structural schematic diagram for grinding executing agency 2-4 of multifunctional motion exercising apparatus of the present invention.
Fig. 8 is a kind of structural schematic diagram of the fastening mechanism 2-4-3 of multifunctional motion exercising apparatus of the present invention.
Fig. 9 is a kind of structural schematic diagram of the counterweight discharging mechanism 2-5 of multifunctional motion exercising apparatus of the present invention.
Figure 10 is a kind of structural schematic diagram of the adjustment base mechanism 3 of multifunctional motion exercising apparatus of the present invention.
Figure 11 is a kind of structural schematic diagram of the safety spring seat mechanism 3-5 of multifunctional motion exercising apparatus of the present invention.
Figure 12 is a kind of structural schematic diagram of the hydraulic pressure draw-bar mechanism 3-6 of multifunctional motion exercising apparatus of the present invention.
Figure 13 is a kind of structural schematic diagram of the lastics mechanism 3-10 of multifunctional motion exercising apparatus of the present invention.
Figure 14 is a kind of structural schematic diagram of the material system for compacting 4 of multifunctional motion exercising apparatus of the present invention.
Figure 15 is a kind of structural schematic diagram of the compacting driving mechanism 4-1 of multifunctional motion exercising apparatus of the present invention.
Figure 16 is the structural schematic diagram of the compacting chamber mechanism 4-2 of multifunctional motion exercising apparatus of the present invention a kind of.
Figure 17 is a kind of structural schematic diagram of the auxiliary support mechanism 4-3 of multifunctional motion exercising apparatus of the present invention.
In figure: polarization feeder 1；Shake seat mechanism 1-1；Shake pedestal 1-1-1；Sliding groove 1-1-2；Slide bar 1-1-3；
Shake spring 1-1-4；Bearing block 1-1-5；Po-larization mechanism 1-2；Polarize block fixing axle 1-2-1；Polarize block 1-2-2；Clump weight 1-
2-3；Shaft coupling 1-2-4；Polarize motor shaft 1-2-5；Polarize motor 1-2-6；Polarize motor cabinet 1-2-7；Upper short seat 1-3；Feed
Struggle against 1-4；Handle 1-5；Upper swinging seat 1-6；Grind main body mechanism 2；Grind driving mechanism 2-1；Connecting shaft 2-1-1；Central fixed shaft
2-1-2；Threaded hole 2-1-3；Locating convex block 2-1-4；Grind motor shaft 2-1-5；Grind motor 2-1-6；Grind fuselage 2-2；Collection
Hopper 2-3；Grind executing agency 2-4；Grinding rod 2-4-1；Grinding rod clamping screw group 2-4-2；Fastening mechanism 2-4-3；Fastening
Shell 2-4-3-1；Fasten spring 2-4-3-2；Gripping block 2-4-3-3；Gripping block handle 2-4-3-4；Fasten bar 2-4-3-5；Rotation
Arm 2-4-4；Fixing bolt group 2-4-5；Counterweight discharging mechanism 2-5；Elephant trunk 2-5-1；Elephant trunk door 2-5-2；Elephant trunk door counterweight 2-5-
3；Elephant trunk door counterweight lock-screw 2-5-4；Adjustment base mechanism 3；Middle casing 3-1；Supporting block 3-2；Fixed link 3-3；Pedestal
3-4；Safety spring seat mechanism 3-5；Safety basement 3-5-1；Safety pole sliding slot 3-5-2；Safety pole 3-5-3；Safety spring A3-5-
4；Safe seat of honour 3-5-5；Hydraulic pressure draw-bar mechanism 3-6；Hydraulic cylinder 3-6-1；Hydraulic spring grease cup 3-6-2；Piston 3-6-3；Piston rod 3-
6-4；Hinged hook 3-6-5；Sliding slot A3-7；Adjusting rod 3-8；Adjustment seat 3-9；Lastics mechanism 3-10；Lastics pedestal 3-10-1；Cam
3-10-2；Camshaft 3-10-3；Actuated by cams motor 3-10-4；Lastics bucket 3-10-5；Tension spring 3-10-6；Supporting block 3-
10-7；Shake spring A3-10-8；Shake slide bar 3-10-9；Shake slide bar slot 3-10-10；Material system for compacting 4；Compacting driving
Mechanism 4-1；Supporting leg 4-1-1；It is compacted seat 4-1-2；Compaction rod 4-1-3；It is compacted spring 4-1-4；Piston A4-1-5；It is compacted shell 4-1-
6；It is compacted chamber mechanism 4-2；It is compacted chamber ontology 4-2-1；Feeding door 4-2-2；Feeding catch 4-2-3；Auxiliary support mechanism 4-3；
Auxiliary support spring base 4-3-1；Secondary spring 4-3-2；Link block 4-3-3；Band seat supports 4-3-4.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate present embodiment, and the present invention relates to a kind of grinding mechanisms, are in particular a kind of 3D printing materials
Expect grinding treatment device, including polarize feeder 1, grind main body mechanism 2, adjustment base mechanism 3, material system for compacting 4, fills
Set can autofeed, device can change the polarization power size of feed, to change feeding coal size, device can be material
Grinding treatment is carried out, device can change fuselage angle, easy-unloading, and device can be material bullet to next process island, device energy
Enough safe handlings, device can guarantee the service life of long period, and device can be compacted the material ground.
Polarizing feeder 1 includes vibration seat mechanism 1-1, po-larization mechanism 1-2, upper short seat 1-3, feed hopper 1-4, handle 1-
5, upper swinging seat 1-6, vibration seat mechanism 1-1 are connected with po-larization mechanism 1-2, shake the connection side of seat mechanism 1-1 and po-larization mechanism 1-2
Formula is bearing connection, and po-larization mechanism 1-2 is connected with upper swinging seat 1-6, and the connection type of po-larization mechanism 1-2 and upper swinging seat 1-6 are spiral shell
It tethers and connects, upper short seat 1-3 is located at the lower section of feed hopper 1-4, and the connection type of upper short seat 1-3 and feed hopper 1-4 is welding, handle
The connection type of 1-5 and feed hopper 1-4 is welding, and upper swinging seat 1-6 is located at the lower section of feed hopper 1-4, upper swinging seat 1-6 and feed hopper
The connection type of 1-4 is welding；
Shaking seat mechanism 1-1 includes vibration pedestal 1-1-1, sliding groove 1-1-2, slide bar 1-1-3, vibration spring 1-1-4, axis
A 1-1-5 is held, sliding groove 1-1-2 is opened in the left and right sides of vibration pedestal 1-1-1, and slide bar 1-1-3 and sliding groove 1-1-2 match
It closes, the fit system of slide bar 1-1-3 and sliding groove 1-1-2 are clearance fit, and vibration spring 1-1-4 setting is in vibration pedestal 1-1-
Between 1 and bearing block 1-1-5, vibration spring 1-1-4 and the connection type for shaking pedestal 1-1-1 are welding, shake spring 1-1-4
Connection type with bearing block 1-1-5 is welding, and the left and right sides of bearing block 1-1-5, slide bar 1-1-3 is arranged in slide bar 1-1-3
Connection type with bearing block 1-1-5 is welding；
Po-larization mechanism 1-2 include polarization block fixing axle 1-2-1, polarization block 1-2-2, clump weight 1-2-3, shaft coupling 1-2-4,
Motor shaft 1-2-5, polarization motor 1-2-6, polarization motor cabinet 1-2-7 are polarized, polarization block 1-2-2 is covered in polarization block fixing axle 1-2-
On 1, polarization block 1-2-2 and the connection type for polarizing block fixing axle 1-2-1 are welding, clump weight 1-2-3 and polarization block 1-2-2 phase
Even, clump weight 1-2-3 is that spiral is connect with the connection type of polarization block 1-2-2, polarization block fixing axle 1-2-1 and polarization motor shaft
1-2-5 is connected to one piece by shaft coupling 1-2-4, and the inside of polarization motor 1-2-6, polarization is arranged in polarization motor shaft 1-2-5
Motor shaft 1-2-5 is that bearing is connect with the connection type of polarization motor 1-2-6, and polarization motor 1-2-6 is located at polarization motor cabinet 1-
The lower section of 2-7, polarization motor 1-2-6 and the connection type for polarizing motor cabinet 1-2-7 are welding, pass through polarization motor 1-2-6 fortune
Turn that polarization motor shaft 1-2-5 is driven to be rotated, polarization motor shaft 1-2-5, which carries out rotation, will drive shaft coupling 1-2-4 and turned
Dynamic, shaft coupling 1-2-4 carries out rotation and will drive polarization block 1-2-2 being rotated, and polarization block 1-2-2, which carries out rotation, will form polarization
Power in polarization power and shakes under the elastic force repeated action of spring 1-1-4, and feed hopper 1-4 will do it lasting vibration, such material
In feed hopper 1-4 will continuous vibration forward, be achieved that autofeed, polarization block 1-2-2 on be equipped with clump weight 1-2-
3, thus it is possible to vary the quantity and weight of clump weight 1-2-3 polarizes the size of power to change；
Grinding main body mechanism 2 includes grinding driving mechanism 2-1, grinding fuselage 2-2, aggregate bin 2-3, grind executing agency 2-
4, counterweight discharging mechanism 2-5 grinds driving mechanism 2-1 and is connected with fuselage 2-2 is ground, and grinds driving mechanism 2-1 and grinds fuselage
The connection type of 2-2 is split bearing connection, part welding, and the top for grinding fuselage 2-2, aggregate bin is arranged in aggregate bin 2-3
2-3 is welding with the connection type for grinding fuselage 2-2, grinds executing agency 2-4 and the inside for grinding fuselage 2-2 is arranged in, grind
Executing agency 2-4 is connected with driving mechanism 2-1 is ground, and grinds executing agency 2-4 and is with the connection type for grinding driving mechanism 2-1
It is bolted, counterweight discharging mechanism 2-5, which is located at, grinds the right side of driving mechanism 2-1, counterweight discharging mechanism 2-5 and grinds driving machine
The connection type of structure 2-1 is welding；
Grinding driving mechanism 2-1 includes connecting shaft 2-1-1, central fixed shaft 2-1-2, threaded hole 2-1-3, locating convex block 2-
1-4, it grinds motor shaft 2-1-5, grind motor 2-1-6, connecting shaft 2-1-1 is connected with central fixed shaft 2-1-2, connecting shaft 2-1-
The connection type of 1 and central fixed shaft 2-1-2 is welding, and threaded hole 2-1-3 is attacked on central fixed shaft 2-1-2, locating convex block
2-1-4 is located at the two sides up and down of central fixed shaft 2-1-2, and locating convex block 2-1-4 and the connection type of central fixed shaft 2-1-2 are
Welding, grinding motor shaft 2-1-5 with the connection type of connecting shaft 2-1-1 is that expansion set is connect, and grinds motor shaft 2-1-5 setting and is grinding
The inside of broken motor 2-1-6, grinding motor shaft 2-1-5 with the connection type for grinding motor 2-1-6 is welding, by grinding motor
2-1-6 operating drive grinds motor shaft 2-1-5 and is rotated, and grinds motor shaft 2-1-5 and carries out rotation drive central fixed shaft 2-
1-2 is rotated, and central fixed shaft 2-1-2, which carries out rotation, will drive locating convex block 2-1-4 and rotated, locating convex block 2-1-4
Carrying out rotation will drive rotating arm 2-4-4 and is rotated, and rotating arm 2-4-4 carries out rotation and will drive grinding rod 2-4-1 being turned
It is dynamic, grinding rod 2-4-1 carry out rotation can with grind fuselage 2-2 relative motion, thus material can be carried out grinding treatment；
Grinding executing agency 2-4 includes grinding rod 2-4-1, grinding rod clamping screw group 2-4-2, fastening mechanism 2-4-3, rotation
Pivoted arm 2-4-4, fixing bolt group 2-4-5, grinding rod 2-4-1 and rotating arm 2-4-4 are solid by grinding rod clamping screw group 2-4-2
It is scheduled on one piece, the two sides of rotating arm 2-4-4, the company of fastening mechanism 2-4-3 and rotating arm 2-4-4 is arranged in fastening mechanism 2-4-3
Connecing mode is portion gap cooperation, part welding, and the connection type of fixing bolt group 2-4-5 and rotating arm 2-4-4 is spiral company
It connects；
Fastening mechanism 2-4-3 includes fastening shell 2-4-3-1, fastening spring 2-4-3-2, gripping block 2-4-3-3, gripping block handle
The connection type of hand 2-4-3-4, fastening bar 2-4-3-5, fastening spring 2-4-3-2 and fastening shell 2-4-3-1 are welding, gripping block
The connection type of 2-4-3-3 and fastening spring 2-4-3-2 are welding, the cooperation side of gripping block 2-4-3-3 and fastening shell 2-4-3-1
Formula is clearance fit, and the connection type of gripping block handle 2-4-3-4 and gripping block 2-4-3-3 are welding, fastening bar 2-4-3-5 with
The connection type of gripping block 2-4-3-3 is welding；
Counterweight discharging mechanism 2-5 includes elephant trunk 2-5-1, elephant trunk door 2-5-2, elephant trunk door counterweight 2-5-3, elephant trunk door with relocking
The connection type of tight screw 2-5-4, elephant trunk 2-5-1 and elephant trunk door 2-5-2 is hinged, elephant trunk door counterweight 2-5-3 and elephant trunk door 2-
5-2 is locked at one piece by elephant trunk door counterweight lock-screw 2-5-4；
Adjustment base mechanism 3 includes middle casing 3-1, supporting block 3-2, fixed link 3-3, pedestal 3-4, safety spring base
Structure 3-5, hydraulic pressure draw-bar mechanism 3-6, sliding slot A3-7, adjusting rod 3-8, adjustment seat 3-9, lastics mechanism 3-10, supporting block 3-2 and solid
The connection type of fixed pole 3-3 be it is hinged, the connection type of fixed link 3-3 and middle casing 3-1 are welding, middle casing 3-1 with
The connection type of pedestal 3-4 is welding, and the connection type of safety spring seat mechanism 3-5 and middle casing 3-1 is welding, hydraulic drawing
The connection type of linkage 3-6 and middle casing 3-1 are welding, and sliding slot A3-7 is opened on middle casing 3-1, adjusting rod 3-8 with
The connection type of hydraulic pressure draw-bar mechanism 3-6 be it is hinged, the connection type of adjusting rod 3-8 and adjustment seat 3-9 are hinged, lastics mechanism
The connection type of 3-10 and pedestal 3-4 is welding；
Safety spring seat mechanism 3-5 includes safety basement 3-5-1, safety pole sliding slot 3-5-2, safety pole 3-5-3, safe bullet
Spring A3-5-4, safe seat of honour 3-5-5, safety pole sliding slot 3-5-2 are opened on safety basement 3-5-1, safety pole 3-5-3 and safety pole
The fit system of sliding slot 3-5-2 is clearance fit, and the connection type of safety pole 3-5-3 and safe seat of honour 3-5-5 is welding, safety
Spring A3-5-4 is arranged between safety basement 3-5-1 and safe seat of honour 3-5-5, safety spring A3-5-4 and safety basement 3-5-
1 connection type is welding, and the connection type of the safety spring A and safe seat of honour 3-5-5 of 3-5-4 is welding, is equipped on device
Safety spring seat mechanism 3-5, when adjusting grinds the angle of fuselage 2-2, if adjusting rod 3-8 is broken, such grater
Body 2-2 can be pressed on safety spring seat mechanism 3-5 when collapsing, safety basement 3-5-1 and safe seat of honour 3-5-5 it
Between be equipped with safety spring A3-5-4, kinetic energy can be absorbed, prevent from grinding fuselage 2-2 and damage lower part body by pressure, be also prevented from grater
Body 2-2 impacts greatly in dropping process, damages to the mechanism ground inside fuselage 2-2；
Hydraulic pressure draw-bar mechanism 3-6 includes hydraulic cylinder 3-6-1, hydraulic spring grease cup 3-6-2, piston 3-6-3, piston rod 3-6-4, hinge
The connection type for meeting hook 3-6-5, hydraulic spring grease cup 3-6-2 and hydraulic cylinder 3-6-1 is welding, piston 3-6-3 and hydraulic cylinder 3-6-1's
Fit system is clearance fit, and the connection type of piston 3-6-3 and hydraulic spring grease cup 3-6-2 is welding, piston 3-6-3 and piston rod
The connection type of 3-6-4 is welding, and the connection type of hinged hook 3-6-5 and piston rod 3-6-4 are welding, by hydraulic cylinder 3-
Hydraulic oil is injected in 6-1, is moved downward in the drive lower piston 3-6-3 of oil pressure, piston 3-6-3, which is moved downward, will drive piston rod
3-6-4 is moved downward, and piston rod 3-6-4, which is moved downward, will drive hinged hook 3-6-5 and move downward, and hinged hook 3-6-5 is transported to the left
Dynamic to will drive adjusting rod 3-8 and moved, adjusting rod 3-8 carries out movement and can make to grind fuselage 2-2 to be tilted to the right, and grinds fuselage 2-
2 are tilted to the right, and have angle convenient for discharging in this way；
Lastics mechanism 3-10 includes lastics pedestal 3-10-1, cam 3-10-2, camshaft 3-10-3, actuated by cams motor 3-
10-4, lastics bucket 3-10-5, tension spring 3-10-6, supporting block 3-10-7, vibration spring A3-10-8, vibration slide bar 3-10-9,
The connection type of vibration slide bar slot 3-10-10, actuated by cams motor 3-10-4 and lastics pedestal 3-10-1 are to be bolted, cam
3-10-2 is that expansion set is connect with the connection type of camshaft 3-10-3, the company of camshaft 3-10-3 and actuated by cams motor 3-10-4
Mode is connect as bearing connection, the fit system of cam 3-10-2 and lastics bucket 3-10-5 is to be engaged, tension spring 3-10-6
Connection type with lastics bucket 3-10-5 be it is hinged, the connection type of tension spring 3-10-6 and lastics pedestal 3-10-1 are hinge
It connects, the connection type of supporting block 3-10-7 and lastics bucket 3-10-5 are welding, vibration spring A3-10-8 and supporting block 3-10-7's
Connection type is welding, and vibration slide bar 3-10-9 and the fit system for shaking slide bar slot 3-10-10 are clearance fit, shakes slide bar
Slot 3-10-10 is opened on lastics pedestal 3-10-1, and the connection type of vibration spring A3-10-8 and lastics pedestal 3-10-1 are weldering
It connects；
Material system for compacting 4 includes compacting driving mechanism 4-1, compacting chamber mechanism 4-2, auxiliary support mechanism 4-3, and compacting is driven
The connection type of motivation structure 4-1 and compacting chamber mechanism 4-2 are welding, the connection of auxiliary support mechanism 4-3 and compacting chamber mechanism 4-2
Mode is welding, and auxiliary support mechanism 4-3 and the connection type for being compacted driving mechanism 4-1 are welding；
Compacting driving mechanism 4-1 includes supporting leg 4-1-1, compacting seat 4-1-2, compaction rod 4-1-3, compacting spring 4-1-4, work
The connection type for filling in A4-1-5, compacting shell 4-1-6, supporting leg 4-1-1 and compacting shell 4-1-6 is welding, compacting seat 4-1-2 and compacting
The connection type of bar 4-1-3 is welding, and the connection type of compaction rod 4-1-3 and piston A4-1-5 is welding, is compacted spring 4-1-4
Connection type with piston A4-1-5 is welding, and compacting spring 4-1-4 and the connection type for being compacted shell 4-1-6 are welding, is passed through
Hydraulic oil is injected into compacting shell 4-1-6, is moved downward in the drive lower piston A4-1-5 of oil pressure, piston A4-1-5 is moved downward
Will drive compaction rod 4-1-3 to move downward, compaction rod 4-1-3 move downward will drive compacting seat 4-1-2 move downward, be compacted seat
4-1-2, which is moved downward, to carry out compaction treatment the material in compacting chamber ontology 4-2-1；
Being compacted chamber mechanism 4-2 includes compacting chamber ontology 4-2-1, feeding door 4-2-2, feeding catch 4-2-3, is compacted chamber sheet
The connection type of body 4-2-1 and feeding door 4-2-2 be it is hinged, feeding catch 4-2-3 and the connection type of feeding door 4-2-2 are
Welding；
Auxiliary support mechanism 4-3 includes Auxiliary support spring base 4-3-1, secondary spring 4-3-2, link block 4-3-3, ushers to seat
The connection type for supporting 4-3-4, Auxiliary support spring base 4-3-1 and secondary spring 4-3-2 is welding, link block 4-3-3 and band
The connection type of seat supports 4-3-4 is welding, and the connection type with seat supports 4-3-4 and secondary spring 4-3-2 is welding；
Polarization feeder 1 is located at the top for grinding main body mechanism 2, polarization feeder 1 and the company for grinding main body mechanism 2
Mode is connect as welding, adjustment base mechanism 3, which is located at, grinds the lower section of main body mechanism 2, adjustment base mechanism 3 and grinds main body mechanism
2 connection type is welding, and material system for compacting 4 is located at the right side of adjustment base mechanism 3.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the knob, back
Platysma knob, arm knob are equipped with Anti-slip cover.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the weight bearing seat
The number of chair mechanism is one.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the chassis
Material is stainless steel.
Device can autofeed, by polarization motor 1-2-6 operating drive polarization motor shaft 1-2-5 rotated, partially
Vibration motor shaft 1-2-5, which carries out rotation, will drive shaft coupling 1-2-4 and is rotated, and shaft coupling 1-2-4, which carries out rotation, will drive polarization
Block 1-2-2 is rotated, and polarization block 1-2-2, which carries out rotation, will form polarization power, in the elastic force of polarization power and vibration spring 1-1-4
Under repeated action, feed hopper 1-4 will do it lasting vibration, such material in feed hopper 1-4 will continuous vibration forward, just
Realize autofeed；Device can change the polarization power size of feed, to change feeding coal size, in polarization block 1-2-2
It is equipped with clump weight 1-2-3, thus it is possible to vary the quantity and weight of clump weight 1-2-3 polarizes the size of power to change；Device energy
It is enough that material is carried out grinding treatment, it is driven by grinding motor 2-1-6 operating and grinds motor shaft 2-1-5 and rotated, grind electricity
Arbor 2-1-5 carries out rotation and central fixed shaft 2-1-2 is driven to be rotated, and central fixed shaft 2-1-2, which rotate will drive, to be determined
Position convex block 2-1-4 is rotated, and locating convex block 2-1-4, which carries out rotation, will drive rotating arm 2-4-4 and rotated, rotating arm 2-4-
4, which carry out rotation, will drive grinding rod 2-4-1 and is rotated, and grinding rod 2-4-1, which carries out rotation, opposite with fuselage 2-2 is ground to be transported
It is dynamic, thus material can be carried out grinding treatment；Device can change fuselage angle, easy-unloading, by hydraulic cylinder 3-6-1
Interior injection hydraulic oil is moved downward in the drive lower piston 3-6-3 of oil pressure, and piston 3-6-3, which is moved downward, will drive piston rod 3-
6-4 is moved downward, and piston rod 3-6-4, which is moved downward, will drive hinged hook 3-6-5 and move downward, and hinged hook 3-6-5 is moved downward
It will drive adjusting rod 3-8 to be moved, adjusting rod 3-8 carries out movement and can make to grind fuselage 2-2 to be tilted to the right, and grinds fuselage 2-2
It is tilted to the right, has angle convenient for discharging in this way；Device can pass through actuated by cams motor 3- material bullet to next process island
10-4 operating drives camshaft 3-10-3 to be rotated, and camshaft 3-10-3, which carries out rotation, will drive cam 3-10-2 and turned
Dynamic, cam 3-10-2 carries out rotation and will drive lastics bucket 3-10-5 being swung, in tension spring 3-10-6 and cam 3-10-2
Cooperation under, lastics bucket 3-10-5 is tilted repeatedly, material smoothly dump down；Device can safe handling, set on device
There is safety spring seat mechanism 3-5, when adjusting grinds the angle of fuselage 2-2, if adjusting rod 3-8 is broken, grinds in this way
Fuselage 2-2 can be pressed on safety spring seat mechanism 3-5 when collapsing, in safety basement 3-5-1 and safe seat of honour 3-5-5
Between be equipped with safety spring A3-5-4, kinetic energy can be absorbed, prevent from grinding fuselage 2-2 and damage lower part body by pressure, be also prevented from and grind
Fuselage 2-2 impacts greatly in dropping process, damages to the mechanism ground inside fuselage 2-2；When device can guarantee longer
Between service life, grind fuselage 2-2, the material of grinding rod 2-4-1 is potassium steel, potassium steel has higher wearability, can be with
Prolong the service life；Device can be compacted the material ground, by injecting hydraulic oil into compacting shell 4-1-6, in the band of oil pressure
Dynamic lower piston A4-1-5 is moved downward, and piston A4-1-5, which is moved downward, will drive compaction rod 4-1-3 and move downward, compaction rod 4-1-
3 move downward and will drive compacting seat 4-1-2 and move downward, and compacting seat 4-1-2 is moved downward can in compacting chamber ontology 4-2-1
Material carries out compaction treatment.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of 3D printing material grinding treatment device, including polarize feeder (1), grind main body mechanism (2), adjustment base
Mechanism (3), material system for compacting (4), it is characterised in that: polarization feeder (1) includes vibration seat mechanism (1-1), polarization machine
Structure (1-2), upper short seat (1-3), feed hopper (1-4), handle (1-5), upper swinging seat (1-6), vibration seat mechanism (1-1) and polarization machine
Structure (1-2) is connected, and vibration seat mechanism (1-1) is that bearing is connect with the connection type of po-larization mechanism (1-2), po-larization mechanism (1-2)
It is connected with upper swinging seat (1-6), the connection type of po-larization mechanism (1-2) and upper swinging seat (1-6) is to be bolted, upper short seat (1-3)
Positioned at the lower section of feed hopper (1-4), the connection type of upper short seat (1-3) and feed hopper (1-4) are welding, handle (1-5) with give
The connection type of hopper (1-4) is welding, and upper swinging seat (1-6) is located at the lower section of feed hopper (1-4), upper swinging seat (1-6) and feed
The connection type of bucket (1-4) is welding；
Shaking seat mechanism (1-1) includes vibration pedestal (1-1-1), sliding groove (1-1-2), slide bar (1-1-3), vibration spring (1-
1-4), bearing block (1-1-5), sliding groove (1-1-2) are opened in the left and right sides of vibration pedestal (1-1-1), slide bar (1-1-3) and cunning
Dynamic slot (1-1-2) is matched, and the fit system of slide bar (1-1-3) and sliding groove (1-1-2) are clearance fit, shakes spring (1-
1-4) setting is between vibration pedestal (1-1-1) and bearing block (1-1-5), vibration spring (1-1-4) and vibration pedestal (1-1-1)
Connection type be welding, the connection type of vibration spring (1-1-4) and bearing block (1-1-5) are welding, and slide bar (1-1-3) sets
It sets in the left and right sides of bearing block (1-1-5), the connection type of slide bar (1-1-3) and bearing block (1-1-5) are welding；
Po-larization mechanism (1-2) includes polarization block fixing axle (1-2-1), polarization block (1-2-2), clump weight (1-2-3), shaft coupling
(1-2-4), polarization motor shaft (1-2-5), polarization motor (1-2-6), polarization motor cabinet (1-2-7), polarization block (1-2-2) cover
It polarizes on block fixing axle (1-2-1), polarization block (1-2-2) and the connection type for polarizing block fixing axle (1-2-1) are welding, counterweight
Block (1-2-3) is connected with polarization block (1-2-2), and the connection type of clump weight (1-2-3) and polarization block (1-2-2) is spiral company
It connects, polarization block fixing axle (1-2-1) and polarization motor shaft (1-2-5) pass through shaft coupling (1-2-4) and be connected to one piece, polarize motor
Axis (1-2-5) setting is in the inside of polarization motor (1-2-6), polarization motor shaft (1-2-5) and the connection for polarizing motor (1-2-6)
Mode is bearing connection, polarizes the lower section that motor (1-2-6) is located at polarization motor cabinet (1-2-7), is polarized motor (1-2-6) and inclined
The connection type of vibration motor cabinet (1-2-7) is welding；
Grinding main body mechanism (2) includes grinding driving mechanism (2-1), grinding fuselage (2-2), aggregate bin (2-3), grind execution machine
Structure (2-4), counterweight discharging mechanism (2-5) grind driving mechanism (2-1) and are connected with fuselage (2-2) is ground, grind driving mechanism
(2-1) is that split bearing is connect, part is welded with the connection type for grinding fuselage (2-2), and aggregate bin (2-3) is arranged in grater
The top of body (2-2), aggregate bin (2-3) are welding with the connection type for grinding fuselage (2-2), grind executing agency (2-4) and set
It sets in the inside for grinding fuselage (2-2), grinds executing agency (2-4) and be connected with driving mechanism (2-1) is ground, grind executing agency
(2-4) is to be bolted with the connection type for grinding driving mechanism (2-1), and counterweight discharging mechanism (2-5), which is located at, grinds driving machine
The right side of structure (2-1), counterweight discharging mechanism (2-5) are welding with the connection type for grinding driving mechanism (2-1)；
Grinding driving mechanism (2-1) includes connecting shaft (2-1-1), central fixed shaft (2-1-2), threaded hole (2-1-3), convex
Block (2-1-4) grinds motor shaft (2-1-5), grinds motor (2-1-6), connecting shaft (2-1-1) and central fixed shaft (2-1-2)
It is connected, the connection type of connecting shaft (2-1-1) and central fixed shaft (2-1-2) are welding, and threaded hole (2-1-3) is attacked solid in centre
On dead axle (2-1-2), locating convex block (2-1-4) is located at the two sides up and down of central fixed shaft (2-1-2), locating convex block (2-1-4)
Connection type with central fixed shaft (2-1-2) is welding, grinds the connection side of motor shaft (2-1-5) Yu connecting shaft (2-1-1)
Formula is expansion set connection, grinds motor shaft (2-1-5) setting in the inside for grinding motor (2-1-6), grind motor shaft (2-1-5) with
The connection type of motor (2-1-6) is ground as welding；
Grinding executing agency (2-4) includes grinding rod (2-4-1), grinding rod clamping screw group (2-4-2), fastening mechanism (2-4-
3), rotating arm (2-4-4), fixing bolt group (2-4-5), grinding rod (2-4-1) and rotating arm (2-4-4) are locked by grinding rod
Bolt group (2-4-2) is fixed on one piece, and fastening mechanism (2-4-3) is arranged in the two sides of rotating arm (2-4-4), fastening mechanism (2-
It 4-3) is portion gap cooperation, part welding, fixing bolt group (2-4-5) and rotation with the connection type of rotating arm (2-4-4)
The connection type of arm (2-4-4) is spiral connection；
Fastening mechanism (2-4-3) includes fastening shell (2-4-3-1), fastening spring (2-4-3-2), gripping block (2-4-3-3), fastening
Seat handle (2-4-3-4), fastening bar (2-4-3-5), fastening spring (2-4-3-2) and the connection type for fastening shell (2-4-3-1)
For welding, the connection type of gripping block (2-4-3-3) and fastening spring (2-4-3-2) is welding, gripping block (2-4-3-3) and button
The fit system of tight shell (2-4-3-1) is clearance fit, the connection of gripping block handle (2-4-3-4) and gripping block (2-4-3-3)
Mode is welding, and the connection type for fastening bar (2-4-3-5) and gripping block (2-4-3-3) is welding；
Counterweight discharging mechanism (2-5) includes that elephant trunk (2-5-1), elephant trunk door (2-5-2), elephant trunk door counterweight (2-5-3), elephant trunk door are matched
Weight lock-screw (2-5-4), elephant trunk (2-5-1) and the connection type of elephant trunk door (2-5-2) are hinged, elephant trunk door counterweight (2-5-
3) one piece is locked at by elephant trunk door counterweight lock-screw (2-5-4) with elephant trunk door (2-5-2)；
Adjustment base mechanism (3) includes middle casing (3-1), supporting block (3-2), fixed link (3-3), pedestal (3-4), safe bullet
Spring seat mechanism (3-5), hydraulic pressure draw-bar mechanism (3-6), sliding slot A (3-7), adjusting rod (3-8), adjustment seat (3-9), lastics mechanism
(3-10), the connection type of supporting block (3-2) and fixed link (3-3) be it is hinged, fixed link (3-3) and middle casing (3-1's)
Connection type is welding, and the connection type of middle casing (3-1) and pedestal (3-4) are welding, safety spring seat mechanism (3-5) with
The connection type of middle casing (3-1) is to weld, and the connection type of hydraulic pressure draw-bar mechanism (3-6) and middle casing (3-1) are weldering
It connects, sliding slot A (3-7) is opened on middle casing (3-1), and the connection type of adjusting rod (3-8) and hydraulic pressure draw-bar mechanism (3-6) are hinge
It connects, the connection type of adjusting rod (3-8) and adjustment seat (3-9) are hinged, the connection side of lastics mechanism (3-10) and pedestal (3-4)
Formula is welding；
Safety spring seat mechanism (3-5) includes safety basement (3-5-1), safety pole sliding slot (3-5-2), safety pole (3-5-3), peace
Full spring A (3-5-4), the safe seat of honour (3-5-5), safety pole sliding slot (3-5-2) are opened on safety basement (3-5-1), safety pole
The fit system of (3-5-3) and safety pole sliding slot (3-5-2) are clearance fit, safety pole (3-5-3) and the safe seat of honour (3-5-5)
Connection type be welding, safety spring A (3-5-4) be arranged between safety basement (3-5-1) and the safe seat of honour (3-5-5),
The connection type of safety spring A (3-5-4) and safety basement (3-5-1) are welding, safety spring A (with 3-5-4) safe seat of honour
The connection type of (3-5-5) is welding；
Hydraulic pressure draw-bar mechanism (3-6) includes hydraulic cylinder (3-6-1), hydraulic spring grease cup (3-6-2), piston (3-6-3), piston rod (3-
6-4), hinged hook (3-6-5), the connection type of hydraulic spring grease cup (3-6-2) and hydraulic cylinder (3-6-1) are welding, piston (3-6-3)
Fit system with hydraulic cylinder (3-6-1) is clearance fit, and piston (3-6-3) and the connection type of hydraulic spring grease cup (3-6-2) are
It welds, the connection type of piston (3-6-3) and piston rod (3-6-4) are to weld, hinged hook (3-6-5) and piston rod (3-6-4)
Connection type be welding；
Lastics mechanism (3-10) includes lastics pedestal (3-10-1), cam (3-10-2), camshaft (3-10-3), actuated by cams electricity
Machine (3-10-4), lastics bucket (3-10-5), tension spring (3-10-6), supporting block (3-10-7), vibration spring A (3-10-8),
It shakes slide bar (3-10-9), shake slide bar slot (3-10-10), actuated by cams motor (3-10-4) and lastics pedestal (3-10-1)
Connection type is to be bolted, and cam (3-10-2) is that expansion set is connect with the connection type of camshaft (3-10-3), camshaft (3-
It is 10-3) that bearing is connect with the connection type of actuated by cams motor (3-10-4), cam (3-10-2) and lastics bucket (3-10-5)
Fit system be to be engaged, the connection type of tension spring (3-10-6) and lastics bucket (3-10-5) are hinged, pulling force bullet
The connection type of spring (3-10-6) and lastics pedestal (3-10-1) are hinged, supporting block (3-10-7) and lastics bucket (3-10-5)
Connection type is welding, and the connection type for shaking spring A (3-10-8) and supporting block (3-10-7) is welding, shakes slide bar (3-
It 10-9) is clearance fit with the fit system of vibration slide bar slot (3-10-10), vibration slide bar slot (3-10-10) is opened in lastics bottom
On seat (3-10-1), the connection type of vibration spring A (3-10-8) and lastics pedestal (3-10-1) are welding；
Material system for compacting (4) includes compacting driving mechanism (4-1), compacting chamber mechanism (4-2), auxiliary support mechanism (4-3), pressure
The connection type of real driving mechanism (4-1) and compacting chamber mechanism (4-2) is welding, auxiliary support mechanism (4-3) and compacting chamber machine
The connection type of structure (4-2) is welding, and auxiliary support mechanism (4-3) and the connection type for being compacted driving mechanism (4-1) are welding；
Compacting driving mechanism (4-1) includes supporting leg (4-1-1), compacting seat (4-1-2), compaction rod (4-1-3), compacting spring (4-
1-4), the connection type of piston A (4-1-5), compacting shell (4-1-6), supporting leg (4-1-1) and compacting shell (4-1-6) is welding, pressure
The connection type of real seat (4-1-2) and compaction rod (4-1-3) are welding, the connection of compaction rod (4-1-3) and piston A (4-1-5)
Mode is welding, and the connection type for being compacted spring (4-1-4) and piston A (4-1-5) is welding, compacting spring (4-1-4) and pressure
The connection type of real shell (4-1-6) is welding；
Being compacted chamber mechanism (4-2) includes compacting chamber ontology (4-2-1), feeding door (4-2-2), feeding catch (4-2-3), compacting
The connection type of chamber ontology (4-2-1) and feeding door (4-2-2) are hinged, feeding catch (4-2-3) and feeding door (4-2-2)
Connection type be welding；
Auxiliary support mechanism (4-3) include Auxiliary support spring base (4-3-1), secondary spring (4-3-2), link block (4-3-3),
With seat supports (4-3-4), the connection type of Auxiliary support spring base (4-3-1) and secondary spring (4-3-2) are welding, link block
(4-3-3) and the connection type with seat supports (4-3-4) are welding, the company with seat supports (4-3-4) Yu secondary spring (4-3-2)
Mode is connect as welding；
Polarization feeder (1) is located at the top for grinding main body mechanism (2), polarizes feeder (1) and grinds main body mechanism (2)
Connection type be welding, adjustment base mechanism (3), which is located at, grinds the lower sections of main body mechanism (2), adjustment base mechanism (3) and mill
The connection type of broken main body mechanism (2) is welding, and material system for compacting (4) is located at the right side of adjustment base mechanism (3).
2. a kind of 3D printing material grinding treatment device according to claim 1, it is characterised in that: the vibration base
The number of structure (1-1) is four.
3. a kind of 3D printing material grinding treatment device according to claim 1, it is characterised in that: the vibration spring
(1-1-4), fastening spring (2-4-3-2), safety spring A (3-5-4), hydraulic spring grease cup (3-6-2), tension spring (3-10-6),
The material for shaking spring A (3-10-8) is high-carbon steel.
4. a kind of 3D printing material grinding treatment device according to claim 1, it is characterised in that: described grinds fuselage
The material of (2-2), grinding rod (2-4-1) is potassium steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910011458.XA CN109719949A (en) | 2019-01-07 | 2019-01-07 | A kind of 3D printing material grinding treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910011458.XA CN109719949A (en) | 2019-01-07 | 2019-01-07 | A kind of 3D printing material grinding treatment device |
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| Publication Number | Publication Date |
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| CN109719949A true CN109719949A (en) | 2019-05-07 |
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| CN201910011458.XA Pending CN109719949A (en) | 2019-01-07 | 2019-01-07 | A kind of 3D printing material grinding treatment device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110524372A (en) * | 2019-09-04 | 2019-12-03 | 付耀才 | A kind of valve grinding process equipment |
| CN111482231A (en) * | 2020-04-23 | 2020-08-04 | 牛键 | Coarse washing equipment is smashed in plastics production |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108778573A (en) * | 2016-03-03 | 2018-11-09 | H.C.施塔克公司 | Metal parts is prepared by increasing material manufacturing |
-
2019
- 2019-01-07 CN CN201910011458.XA patent/CN109719949A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108778573A (en) * | 2016-03-03 | 2018-11-09 | H.C.施塔克公司 | Metal parts is prepared by increasing material manufacturing |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110524372A (en) * | 2019-09-04 | 2019-12-03 | 付耀才 | A kind of valve grinding process equipment |
| CN111482231A (en) * | 2020-04-23 | 2020-08-04 | 牛键 | Coarse washing equipment is smashed in plastics production |
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Application publication date: 20190507 |