CN207451012U - Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus - Google Patents
Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus Download PDFInfo
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- CN207451012U CN207451012U CN201721588399.5U CN201721588399U CN207451012U CN 207451012 U CN207451012 U CN 207451012U CN 201721588399 U CN201721588399 U CN 201721588399U CN 207451012 U CN207451012 U CN 207451012U
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Abstract
A kind of powder automatic Metage Eguipment using group bar type precise quantitative meausring apparatus including rack and rack-mounted feeding device, dials stick proportioning device, weighing mechanism, material-feeding mechanism and discharging mechanism；The feeding device includes loading guide, elevating hopper and feeding conveying mechanism；Described group of stick proportioning device, including hopper, material toggling roller, homogenizing device, belt conveyor and allocation mechanism；The weighing mechanism, including weighing sensor, weighing box, weighing fixed bin, rotary cylinder and weighing layer fixed frame；The material-feeding mechanism, including bed of cloth material weighing device, x-axis walking mechanism, y-axis walking mechanism and z-axis walking mechanism；The discharging mechanism, including stent, material chamber charging tray, disengaging charging tray, weighing sensor, disengaging charging tray guide rail, weighing plate and disengaging charging tray cylinder；The utility model is simple in structure, easy to operate, can be automatically performed quantitative feeding, material toggling, weighing, cloth and discharging whole process, weigh accurate, high degree of automation.
Description
Technical field
The utility model is related to one kind for brake block multi-cavity mold premix automatic ration weighing equipment, belong to brake block
Premix is weighed, dispensed and the technical field that feeds intake.
Background technology
One of manufacturing process of disc brake pad is to be pressed after powdered premix is placed in the die cavity of mold on press
It makes and.The powder premix weight of every brake block is certain, and die cavity can be just put into after being weighed.Existing brake
It is typically all using weighing or one cup automatic weighing mode by hand that the powder premix of piece, which weighs,.A die cavity one is needed when feeding intake
A die cavity falls.When using heat pressing process, since mold is hot, when mold is multimode cavity, one die cavity of a die cavity is thrown
Material can be in generation time difference, cause premix before no pressurization heating degree it is inconsistent, directly influence brake block
Product quality.
Disclosed in Chinese patent literature CN102173088B《Brake block multi-cavity mold premix automatic weighing, packing and throwing
Expect device》Involved in be it is a kind of using cage conveying powder weighing unit, the device weighing speed is slower, weighing error
Greatly, it is impossible to meet the needs of quick, accurate weighing.Simultaneously, it is impossible to the defects of completing to empty feed bin automatically and be unable to automatic charging.
The apparatus structure is complicated, inconvenient.
Utility model content
The utility model weighs and feeds intake for existing brake block powder premix existing for technology insufficient, provides a kind of knot
Structure is simple, easy to operate, have the function of automatic charging, empty feed bin automatically, quick accurate quantification weighs, sub-material and feeds intake
Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus.
The powder automatic Metage Eguipment of bar type precise quantitative meausring apparatus is dialled in the use of the utility model, using following technology
Scheme：
Dial bar type precise quantitative meausring apparatus powder automatic Metage Eguipment, including rack and it is rack-mounted on
Expect device, hopper, dial stick proportioning device, weighing mechanism, material-feeding mechanism and discharging mechanism, dial stick proportioning device, weighing mechanism, cloth
Material mechanism and discharging mechanism are set from top to bottom.
The feeding device, including loading guide, elevating hopper and feeding conveying mechanism, loading guide and feeding conveying mechanism
It is arranged in rack, elevating hopper is mounted on loading guide and is connected with feeding conveying mechanism.Wherein：The upper material conveyer
Structure uses chain drive, and including feeding motor, feeding driving shaft, sprocket shaft and feeding chain, feeding motor is mounted in rack, on
Material driving shaft and sprocket shaft be separately mounted to frame upper end and lower end, between the two install feeding chain, feeding driving shaft with it is upper
Expect motor connection.
Described group of stick proportioning device, including hopper, homogenizing device, belt conveyor and allocation mechanism；Hopper and homocline dress
The top for being arranged on belt conveyor is put, allocation mechanism is arranged on the front end of belt conveyor；The homogenizing device includes homocline
Motor and homocline turntable, homocline motor are mounted in rack and are connected with homocline turntable；The allocation mechanism includes material toggling axis, dials
Charge bar and material toggling motor, material toggling axis are mounted on the front end of belt conveyor, and are connected with material toggling motor, are distributed with and dial on material toggling axis
Charge bar, material toggling rod are spirally distributed on material toggling axis.Wherein：Mixer is provided in the hopper of described group of stick proportioning device
Structure.The hopper of described group of stick proportioning device has material toggling roller, for the injected volume of control material.Described group of stick proportioning device
Belt conveyor rear be equipped with waste material road, for recycling the waste material on belt and emptying hopper.
The weighing mechanism passes through including weighing sensor, weighing box, rotary cylinder and weighing layer fixed frame, weighing box
Weighing sensor is connected on weighing layer fixed frame, and weighing box is connected with rotary cylinder, and rotary cylinder is fixed mounted on weighing layer
On frame；Wherein：Equipped with weighing fixed bin on the weighing box of the weighing mechanism, to prevent powder from pouring into and pouring out weighing box mistake
It is scattered in journey, reduces dust.
The material-feeding mechanism, including bed of cloth material weighing device, x-axis walking mechanism, y-axis walking mechanism and z-axis walking mechanism,
Bed of cloth material weighing device is connected in z-axis walking mechanism, and z-axis walking mechanism is connected in y-axis walking mechanism, y-axis walking mechanism
It is connected in x-axis walking mechanism；The bed of cloth material weighing device, including bed of cloth rotary cylinder, bed of cloth rotation magazine, cloth
Layer weighing sensor and bed of cloth magazine support plate, bed of cloth rotation magazine are connected with bed of cloth rotary cylinder, bed of cloth revolution
Cylinder is mounted in bed of cloth magazine support plate, and bed of cloth rotation magazine is mounted in magazine fixed plate, magazine fixed plate and cloth
Bed of material weighing sensor connects, and bed of cloth weighing sensor is mounted in bed of cloth magazine support plate, bed of cloth magazine support plate
It is connected with z-axis walking mechanism；Wherein：Bed of cloth fixed bin is provided with outside the bed of cloth rotation magazine of the material-feeding mechanism,
Powder to be prevented to be scattered during pouring into and pouring out bed of cloth rotation magazine, dust is reduced.
The discharging mechanism, including stent, material chamber charging tray, disengaging charging tray, weighing sensor, disengaging charging tray guide rail, weighing
Plate and disengaging charging tray cylinder；Stent is connected in rack, and disengaging charging tray guide rail and disengaging charging tray cylinder are equipped on stent, expects chamber
Charging tray is connected to the top of disengaging charging tray, and disengaging charging tray is connected to by weighing sensor on weighing plate, and weighing plate passes through sliding block
It is connected on disengaging charging tray guide rail and with disengaging charging tray cylinder.
During utility model works, mixed material is delivered at hopper and material is poured into hopper by feeding device first,
Material is fallen on after stirring on belt conveyor, and by homogenizing device, mixed material is in uniform thickness to be laid on belt, by
Belt conveyor is delivered to weighing mechanism, and allocation mechanism completes accurate dosing process；After material input weighing mechanism, pass through title
Material sensor measures quality of material, and when demanded, material pours into the rotation magazine of bed of cloth；Discharging mechanism is by sky
Material chamber charging tray be delivered to material-feeding mechanism workspace, bed of cloth material weighing device reaches position to be fed intake, cloth by walking mechanism
Layer rotation magazine overturning, material are poured into material chamber charging tray.The material chamber charging tray for filling material is transferred out material-feeding mechanism by discharging mechanism
Quantitative entire feeding, material toggling, weighing, cloth, the process of discharging are completed in workspace.
The utility model is simple in structure, easy to operate, can be automatically performed quantitative feeding, material toggling, weighing, cloth and discharging
Whole process weighs accurate, high degree of automation.
Description of the drawings
Fig. 1 is side structure of the utility model using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus
Schematic diagram.
Fig. 2 is stereochemical structure of the utility model using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus
Schematic diagram.
Fig. 3 is the dimensional structure diagram that stick proportioning device is dialled in the utility model.
Fig. 4 is the side structure schematic diagram that stick proportioning device is dialled in the utility model.
Fig. 5 is the dimensional structure diagram of weighing mechanism in the utility model.
Fig. 6 is the side structure schematic diagram of weighing mechanism in the utility model.
Fig. 7 is the dimensional structure diagram of material-feeding mechanism in the utility model.
Fig. 8 is the side structure schematic diagram of material-feeding mechanism in the utility model.
Fig. 9 is the side structure schematic diagram of discharging mechanism in the utility model.
Figure 10 is the dimensional structure diagram of discharging mechanism in the utility model.
Wherein：1. sprocket shaft, 2. position-limited racks, 3. elevating hoppers, 4. loading guides, 5. feeding chains, 6. waste material roads, 7. feedings
Driving shaft, 8. feeding motors, 9. guide parts, 10. guide cylinders, 11. racks, 12. homogenizing devices, 13. groups of stick proportioning devices,
14. weighing mechanism, 15. material-feeding mechanisms, 16. material chamber charging trays, 17. discharging mechanisms, 18. hoppers, 19. stirring motors, 20. homoclines electricity
Machine, 21. homocline turntables, 22. material toggling motors, 23. material toggling axis, 24. material toggling rods, 25. belt motors, 26. belt conveyors, 27.
Material toggling roller, 28. weighing sensors, 29. weighing fixed plates, 30. weighing boxes, 31. weighing fixed bins, 32. cylinders, 33. cylinders
Fixed plate, 34. bed of cloth fixed bins, 35. bed of cloth rotary cylinders, 36. belts, 37.x shaft step motors, 38.x axis rails,
39.y axis rails, 40.y axis sliding blocks, 41.y axis cylinders, 42.z axis sliding blocks, 43.z axis cylinders, 44.z axis rails, 45. cloth layered materials
Box support plate, 46.x axis sliding blocks, 47. belt connecting plates, 48. limited posts, 49. bed of cloths rotation magazine, 50. bed of cloths, which weigh, to be passed
Sensor, 51. magazine fixed plates, 52. movable plates, 53.y shaft holders, 54.z axis connection plates, 55. weighing layer fixed frame, 56. is fixed
Position pin, 57. support columns, 58. disengaging charging trays, 59. sensor connecting plates, 60. weighing sensors, 61. stents, 62. disengaging charging trays
Guide rail, 63. disengaging charging tray sliding blocks, 64. weighing plates, 65. disengaging charging tray cylinders.
Specific embodiment
As depicted in figs. 1 and 2, the powder automatic weighing of the use of the utility model group bar type precise quantitative meausring apparatus is set
It is standby to include rack 11, feeding device, material toggling proportioning device 13, weighing mechanism 14, material-feeding mechanism 15 and discharging mechanism 17.Feeding fills
Put, dial stick proportioning device 13, weighing mechanism 14, material-feeding mechanism 15 and discharging mechanism 17 be installed in rack 11, dial stick quantify
Device 13, weighing mechanism 14, material-feeding mechanism 15 and discharging mechanism 17 are set from top to bottom.
Feeding device includes feeding motor 8, feeding driving shaft 7, sprocket shaft 1, feeding chain 5, loading guide 4, elevating hopper
3rd, guide cylinder 10 and guide part 9, feeding motor 8 are mounted in rack 11, and feeding driving shaft 7 and sprocket shaft 1 are separately mounted to
Frame upper end and lower end are equipped with feeding chain 5 between the two.Feeding driving shaft 7 links together with feeding motor 8.Feeding
Guide rail 4 is arranged in rack 11, elevating hopper 3 by four sheaves be mounted on loading guide 4 on, while following two sheave with it is upper
Material chain 5 is fixed together.Feeding motor 8 drives feeding chain 5 to operate by feeding driving shaft 7, makes to be fixed on chain 5
Elevating hopper 3 rises along loading guide 4.Guide cylinder 10 is arranged in rack, and guide part 9 is arranged in rack and and guide cylinder
10 connections, when both the above sheave is reached at hopper 18, for guide part 9 to be driven to rotate, guide part 9 blocks guide cylinder 10
The vertical portion of guide rail 4 makes 3 both the above sheave of elevating hopper turn right along the horizontal component of guide rail 4, is subsequently directed to cylinder 10 and drives
Guide part 9 rotates, and the vertical portion of guide rail 4 is opened, and following two sheave then continues to move straight up with chain 5, realizes
Elevating hopper 3 is overturn, and material is poured into hopper 18.The bottom of rack 11 is provided with the position-limited rack 2 of definite 3 stroke of elevating hopper.
Dial stick proportioning device 13 structure as shown in Figure 3 and Figure 4, including hopper 18, material toggling roller 27, homogenizing device 12,
Belt conveyor 26 and allocation mechanism.Material toggling roller 27, homogenizing device 12 are arranged on the top of belt conveyor 26, and hopper 18 is set
It puts above the 27 of material toggling roller, allocation mechanism is arranged on the front end of belt conveyor 26, and waste material road 6 is arranged on belt conveyor
26 rear end.Rabbling mechanism is provided in hopper 18, which includes stirring motor 19 and agitating shaft, agitating shaft and stirring motor
19 connections drive agitating shaft rotation to realize the stirring to material by stirring motor, and supplies are fallen on material toggling roller 27, by dialling
Feed roller 27 tentatively ensures that material falls the thickness on belt conveyor 26.Belt conveyor 26 is driven by belt motor 25, skin
Translator 25 uses servomotor, to realize accurate control.Homogenizing device 12 includes homocline motor 20 and homocline turntable 21, homocline
Motor 20 is mounted in rack, and is connected with homocline turntable 21, and driving homocline turntable 21 rotates, and so as to shakeout material, makes material
It is in uniform thickness to be laid on belt.Allocation mechanism includes material toggling axis 23, material toggling rod 24 and material toggling motor 22, and material toggling axis 23 is installed
It is connected in the front end of belt conveyor 26, and with material toggling motor 22, material toggling rod 24 is distributed on material toggling axis 23.Material toggling rod 24 is being dialled
It is spirally distributed on material axis 23.
The course of work of above-mentioned group of stick proportioning device 13 is as described below：
Feeding device pours into mixed material in hopper 18 first, and stirring motor 19 drives agitating shaft rotation, by material toggling
Roller 27 promotes mixed material to be fallen on certain thickness on belt conveyor 26；Then shakeout by homogenizing device 12, make thickness
Uniform material is spent to be laid on belt；Belt conveyor accurately controls the displacement of belt by servomotor 25, to control
The injected volume of material processed；When material injected volume is close to demand, belt conveyor operation stops, and allocation mechanism starts to hold
Row, material toggling motor 22 drive material toggling axis 23 to operate.Material toggling motor use stepper motor, can by control material toggling axis rotate angle
Spend control participate in material toggling material toggling rod 24 quantity.It is finally completed accurate dosing process.Belt conveyor rear end is equipped with useless
Material path 6, when needing to empty hopper 18, belt motor 25 inverts, and belt conveyor moves forwards, and the material in hopper is conveyed
To waste material road, so as to empty hopper.
The structure of weighing mechanism 14 as shown in Figure 5 and Figure 6, including weighing sensor 28, weighing fixed plate 29, weighing box
30th, weighing fixed bin 31, rotary cylinder 32, air cylinder fixed plate 33 and weighing layer fixed frame 55.Consolidate on weighing box 30 equipped with weighing
Determine box 31 (for powder to be prevented to be scattered during pouring into and pouring out weighing box, reducing dust), weighing box 30 is fixed by weighing
Plate 29 supports, meanwhile, weighing box 30 is connected with rotary cylinder 32, and rotary cylinder 32 is fixed by air cylinder fixed plate 33, and cylinder is solid
Fixed board 33 is mounted on weighing layer fixed frame 55, and weighing fixed plate 29 is connected with weighing sensor 28, and weighing sensor 28 passes through
Fixing rack for sensor is fixed on weighing layer fixed frame 55.Weighing layer fixed frame 55 is mounted in rack 11.
The course of work of above-mentioned weighing mechanism 14 is：Stick proportioning device 13 is dialled to launch quantitative mixed material to weighing box
In 30, the quality of material in weighing box is detected by weighing sensor 28, when the quality of material is met the requirements, rotary cylinder
32 drive the overturning of weighing box, and the material in weighing box 30 is poured into material-feeding mechanism 15.
As shown in Figure 7 and Figure 8, entire material-feeding mechanism 15 includes bed of cloth material weighing device, x-axis row to the structure of material-feeding mechanism 15
Walk mechanism, y-axis walking mechanism and z-axis walking mechanism.Bed of cloth material weighing device is connected in z-axis walking mechanism, z-axis walking mechanism
It is connected in y-axis walking mechanism, y-axis walking mechanism is connected in x-axis walking mechanism.
Bed of cloth material weighing device includes bed of cloth fixed bin 34, bed of cloth rotary cylinder 35, bed of cloth rotation magazine 49, cloth
Bed of material weighing sensor 50, bed of cloth magazine support plate 45 and magazine fixed plate 51.Bed of cloth rotates magazine 49 and is returned with bed of cloth
Rotaring cylinder 35 is connected, and bed of cloth rotary cylinder 35 is mounted in bed of cloth magazine support plate 45, and rotary cylinder 35 drives bed of cloth
Rotation magazine 49 rotates.The outside of bed of cloth rotation magazine 49 equipped with bed of cloth fixed bin 34 (for preventing powder pouring into and
Pour out bed of cloth rotation magazine to be scattered in the process, reduce dust), bed of cloth rotation magazine 49 is mounted in magazine fixed plate 51,
Magazine fixed plate 51 is connected with bed of cloth weighing sensor 50, and bed of cloth weighing sensor 50 is mounted on bed of cloth magazine support plate
On 45, for measuring the quality of material in rotation magazine 49.Entire bed of cloth material weighing device passes through bed of cloth magazine support plate 45
It is connected with z-axis walking mechanism.
X-axis walking mechanism include belt 36, x-axis stepper motor 37, x-axis guide rail 38, x-axis sliding block 46, belt connecting plate 47,
Limited post 48, movable plate 52.X-axis walking mechanism is driven by x-axis stepper motor 37, and stepper motor 37 is connected with belt 36, belt
Connecting plate 46 links together belt 36 and movable plate 52, and movable plate 52 is fixed on sliding block 45, and sliding block 45 is led mounted on x-axis
On rail 38, x-axis guide rail 38 is fixed in the rack of material-feeding mechanism.The course of work of x-axis walking mechanism is that stepper motor 37 drives
Belt operates, and the movable plate being fixed together with belt 36 52 is made to be translated by sliding block 45 along guide rail 38, passes through stepper motor
The reciprocating motion of x-axis direction is realized in rotating.
Y-axis walking mechanism includes y-axis guide rail 39, y-axis sliding block 40, y-axis cylinder 41, y-axis fixed frame 53.Y-axis cylinder 41 1
End is fixed on by cylinder connecting plate on the movable plate 52 of x-axis walking mechanism, and one end is fixed on y-axis fixed frame 53, y-axis guide rail
39 are fixed on the movable plate 52 of x-axis walking mechanism, and y-axis sliding block 40 is mounted on y-axis guide rail 39 and connects with y-axis fixed frame 53
It connects.The course of work of y-axis walking mechanism is that y-axis cylinder 41 promotes the translation of y-axis fixed frame, makes the cunning being mounted on y-axis fixed frame
Block is moved back and forth along y-axis guide rail.
Z-axis walking mechanism includes z-axis sliding block 42, z-axis cylinder 43, z-axis guide rail 44, z-axis connecting plate 54.Z-axis cylinder 43 1
End is fixed on the y-axis fixed frame 53 of y-axis walking mechanism, and one end is fixed on z-axis connecting plate 54, and z-axis sliding block 42 is mounted on z-axis
It is connected on guide rail 44 and with z-axis connecting plate 54, z-axis guide rail 44 is fixed on the y-axis fixed frame 53 of y-axis walking mechanism.Z-axis is walked
The course of work of mechanism is that z-axis cylinder 43 promotes z-axis connecting plate 54 to translate, and makes 42 edge of sliding block being mounted on z-axis connecting plate 54
Z-axis guide rail 44 to move back and forth.
The course of work of above-mentioned material-feeding mechanism 15 is：
Mixed material is poured into bed of cloth rotation magazine 49 by weighing mechanism 14, is measured and expected by bed of cloth weighing sensor 50
The quality of material in box, when quality is met the requirements, x, y, z axis walking mechanism is by controlling three sides of bed of cloth magazine x, y, z
To displacement bed of cloth magazine is made to reach position to be fed intake, then bed of cloth rotary cylinder 35 is run, drive bed of cloth rotation material
Box 49 is overturn, in the material chamber charging tray 16 that bed of cloth is rotated to the material input discharging mechanism 17 in magazine 49.
The structure of discharging mechanism 17 as shown in Fig. 9 figures and Figure 10, discharging mechanism 17 include material chamber charging tray 16, positioning pin 56,
Support column 57, disengaging charging tray 58, sensor connecting plate 59, weighing sensor 60, stent 61, disengaging charging tray guide rail 62, input and output material
Disk sliding block 63, weighing plate 64 and disengaging charging tray cylinder 65.Expect that chamber charging tray 16 is located at the top of disengaging charging tray 58, support column 57 is fixed
On disengaging charging tray 58, for supporting material chamber charging tray 16, positioning pin 56 is fixed on disengaging charging tray 58, for determining material chamber charging tray
16 position above disengaging charging tray 58.58 lower section of charging tray is passed in and out equipped with sensor connecting plate 59,59 lower section of sensor connecting plate
Equipped with weighing sensor 60, weighing sensor 60 is connected to by sensor fixation plate on weighing plate 64, disengaging charging tray cylinder 65
Be fixed on stent 61, stent 61 is connected in rack 11, and disengaging charging tray cylinder 65 is connected with weighing plate 64, weighing plate 64 and into
Discharge port plate sliding block 63 connects, and disengaging charging tray sliding block 63 is mounted on disengaging charging tray guide rail 62, and disengaging charging tray guide rail 62 is fixed on branch
On frame 61.
The course of work of above-mentioned discharging mechanism 17 is：
Empty material chamber charging tray 16 is delivered to material-feeding mechanism 15 by disengaging charging tray cylinder 65 along disengaging charging tray guide rail 62 first
Workspace, material-feeding mechanism 15 is fed chamber material chamber charging tray 16 and feeds intake successively, while the detection input material in real time of weighing sensor 60
Quality, after the completion of all material chambers feed intake, disengaging charging tray cylinder 65 conveys material chamber charging tray 16 along disengaging charging tray guide rail 62
It goes out.
The course of work of the utility model is as described below.
Mixed material is delivered to along loading guide 4 at hopper 18 by feeding device first, and material is poured into hopper 18；
It is fallen on into the material after feed box 18 by rabbling mechanism stirring on belt conveyor 26, by homogenizing device 12, mixed material
It is in uniform thickness to be laid on belt 36, weighing mechanism 14 is delivered to by belt conveyor 26, when material injected volume close to need
During the amount of asking, the operation of belt conveyor 26 stops, and allocation mechanism starts to perform, and 23 rotation of material toggling axis is controlled by material toggling motor 22
Angle controls the material toggling rod quantity for participating in material toggling to complete accurate dosing process.It is equipped at the rear of belt conveyor 26 useless
Material path 6, belt motor 25 invert, and belt is driven to move forwards, for recycling the waste material on belt, while can empty hopper
18.After material input weighing mechanism 14, the weighing sensor 28 of weighing mechanism 14 measures quality of material, when meeting the requirements
When, the weighing box 30 of weighing mechanism 14 is overturn, and the bed of cloth that material is poured into material-feeding mechanism 15 rotates magazine 49.Discharging mechanism 17
Empty material chamber charging tray 16 is delivered to the workspace of material-feeding mechanism 15, the walking mechanism control bed of cloth weighing dress of material-feeding mechanism 15
It puts and reaches position to be fed intake, bed of cloth rotation magazine 49 is overturn, and material is poured into material chamber charging tray 16.Repeat material toggling it is quantitative,
Weighing and the process of cloth, the completion until all material chamber charging trays 16 feed intake.Discharging mechanism 17 will fill the material chamber charging tray 16 of material
The workspace of material-feeding mechanism 15 is transferred out, completes quantitative entire feeding, material toggling, weighing, cloth, the process of discharging.
Claims (7)
1. a kind of powder automatic Metage Eguipment using group bar type precise quantitative meausring apparatus, including rack, it is characterized in that：Rack
On feeding device, material toggling proportioning device, weighing mechanism, material-feeding mechanism and discharging mechanism are installed, dial stick proportioning device, weighing machine
Structure, material-feeding mechanism and discharging mechanism are set from top to bottom；
The feeding device, including loading guide, elevating hopper and feeding conveying mechanism, loading guide and feeding conveying mechanism are all provided with
It puts in rack, elevating hopper is mounted on loading guide and is connected with feeding conveying mechanism；
Described group of stick proportioning device, including hopper, homogenizing device, belt conveyor and allocation mechanism；Hopper and homogenizing device are set
It puts in the top of belt conveyor, allocation mechanism is arranged on the front end of belt conveyor；The homogenizing device includes homocline motor
With homocline turntable, homocline motor is mounted in rack and is connected with homocline turntable；The allocation mechanism includes material toggling axis, material toggling rod
With material toggling motor, material toggling axis is mounted on the front end of belt conveyor, and is connected with material toggling motor, and material toggling is distributed on material toggling axis
Stick, material toggling rod are spirally distributed on material toggling axis；
The weighing mechanism passes through weighing including weighing sensor, weighing box, rotary cylinder and weighing layer fixed frame, weighing box
Sensor is connected on weighing layer fixed frame, and weighing box is connected with rotary cylinder, and rotary cylinder is mounted on weighing layer fixed frame；
The material-feeding mechanism, including bed of cloth material weighing device, x-axis walking mechanism, y-axis walking mechanism and z-axis walking mechanism, cloth
Layer material weighing device is connected in z-axis walking mechanism, and z-axis walking mechanism is connected in y-axis walking mechanism, the connection of y-axis walking mechanism
In x-axis walking mechanism；The bed of cloth material weighing device includes, bed of cloth rotary cylinder, bed of cloth rotation magazine, bed of cloth claim
Quantity sensor and bed of cloth magazine support plate, bed of cloth rotation magazine are connected with bed of cloth rotary cylinder, bed of cloth rotary cylinder
In bed of cloth magazine support plate, bed of cloth rotation magazine is mounted in magazine fixed plate, magazine fixed plate and bed of cloth
Weighing sensor connects, and bed of cloth weighing sensor is mounted in bed of cloth magazine support plate, bed of cloth magazine support plate and z-axis
Walking mechanism connects；
The discharging mechanism, including stent, material chamber charging tray, disengaging charging tray, weighing sensor, disengaging charging tray guide rail, weighing plate and
Pass in and out charging tray cylinder；Stent is connected in rack, and disengaging charging tray guide rail and disengaging charging tray cylinder are equipped on stent, expects chamber charging tray
The top of disengaging charging tray is connected to, disengaging charging tray is connected to by weighing sensor on weighing plate, and weighing plate is installed by sliding block
It is connected on disengaging charging tray guide rail and with disengaging charging tray cylinder.
It is 2. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：The feeding conveying mechanism uses driving-chain, including feeding motor, feeding driving shaft, sprocket shaft and feeding chain, feeding electricity
Machine is mounted in rack, and feeding driving shaft and sprocket shaft are separately mounted to frame upper end and lower end, installs feeding chain between the two
Item, feeding driving shaft are connected with feeding motor.
It is 3. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：Rabbling mechanism is provided in the hopper of described group of stick proportioning device.
It is 4. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：The hopper of described group of stick proportioning device has material toggling roller.
It is 5. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：The belt conveyor rear of described group of stick proportioning device is equipped with waste material road.
It is 6. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：Weighing fixed bin is housed on the weighing box of the weighing mechanism.
It is 7. according to claim 1 using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus, feature
It is：Bed of cloth fixed bin is provided with outside the bed of cloth rotation magazine of the material-feeding mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721588399.5U CN207451012U (en) | 2017-11-23 | 2017-11-23 | Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721588399.5U CN207451012U (en) | 2017-11-23 | 2017-11-23 | Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN207451012U true CN207451012U (en) | 2018-06-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721588399.5U Expired - Fee Related CN207451012U (en) | 2017-11-23 | 2017-11-23 | Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107804680A (en) * | 2017-11-23 | 2018-03-16 | 济南易久自动化技术有限公司 | Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus |
| CN109141590A (en) * | 2018-10-15 | 2019-01-04 | 常州信息职业技术学院 | It is a kind of can automatic loading/unloading electronic scale weighing device |
-
2017
- 2017-11-23 CN CN201721588399.5U patent/CN207451012U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107804680A (en) * | 2017-11-23 | 2018-03-16 | 济南易久自动化技术有限公司 | Using the powder automatic Metage Eguipment for dialling bar type precise quantitative meausring apparatus |
| CN107804680B (en) * | 2017-11-23 | 2023-12-05 | 济南易久自动化技术有限公司 | Automatic powder weighing equipment adopting poking rod type precise quantitative weighing device |
| CN109141590A (en) * | 2018-10-15 | 2019-01-04 | 常州信息职业技术学院 | It is a kind of can automatic loading/unloading electronic scale weighing device |
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