CN109501031A - A kind of automation molding powder production line - Google Patents
A kind of automation molding powder production line Download PDFInfo
- Publication number
- CN109501031A CN109501031A CN201810545831.5A CN201810545831A CN109501031A CN 109501031 A CN109501031 A CN 109501031A CN 201810545831 A CN201810545831 A CN 201810545831A CN 109501031 A CN109501031 A CN 109501031A
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- China
- Prior art keywords
- barrel
- rack
- fixedly connected
- discharge port
- lifting
- Prior art date
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- 239000000843 powder Substances 0.000 title claims abstract description 36
- 238000000465 moulding Methods 0.000 title claims abstract description 35
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 25
- 239000000463 material Substances 0.000 claims abstract description 54
- 238000001125 extrusion Methods 0.000 claims abstract description 31
- 238000007873 sieving Methods 0.000 claims abstract description 30
- 235000013312 flour Nutrition 0.000 claims abstract description 27
- 238000001816 cooling Methods 0.000 claims abstract description 19
- 238000000034 method Methods 0.000 claims abstract description 13
- 238000005303 weighing Methods 0.000 claims description 40
- 230000005540 biological transmission Effects 0.000 claims description 36
- 238000002156 mixing Methods 0.000 claims description 19
- 238000003756 stirring Methods 0.000 claims description 15
- 238000004140 cleaning Methods 0.000 claims description 11
- 239000000428 dust Substances 0.000 claims description 11
- 230000007423 decrease Effects 0.000 claims description 10
- 239000002245 particle Substances 0.000 claims description 10
- 235000012054 meals Nutrition 0.000 claims description 9
- 230000000712 assembly Effects 0.000 claims description 8
- 238000000429 assembly Methods 0.000 claims description 8
- 239000000155 melt Substances 0.000 claims description 8
- 238000000926 separation method Methods 0.000 claims description 8
- 230000008878 coupling Effects 0.000 claims description 6
- 238000010168 coupling process Methods 0.000 claims description 6
- 238000005859 coupling reaction Methods 0.000 claims description 6
- 230000003247 decreasing effect Effects 0.000 claims description 4
- 238000009434 installation Methods 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims description 2
- 230000006698 induction Effects 0.000 claims 1
- 230000008569 process Effects 0.000 abstract description 10
- 239000002994 raw material Substances 0.000 description 15
- 238000010586 diagram Methods 0.000 description 10
- 239000004615 ingredient Substances 0.000 description 7
- 238000002844 melting Methods 0.000 description 5
- 230000008018 melting Effects 0.000 description 5
- 230000033001 locomotion Effects 0.000 description 4
- 238000003801 milling Methods 0.000 description 4
- 238000007599 discharging Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 238000007792 addition Methods 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 208000033748 Device issues Diseases 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000001914 filtration Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000009700 powder processing Methods 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29B—PREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
- B29B9/00—Making granules
- B29B9/02—Making granules by dividing preformed material
- B29B9/06—Making granules by dividing preformed material in the form of filamentary material, e.g. combined with extrusion
Abstract
The present invention requires manually to operate for numerous processes in molding powder production process in the prior art, the drawbacks of time-consuming and laborious and inefficiency, a kind of automation molding powder production line is provided, including control device, automatic recipe maker, self- poking arrangement, barrel, flour mill, cyclone separator, sieving machine, the ground conveying appliance for conveying barrel and hanging type load-carrier conveyer；The ground conveying appliance passes through automatic recipe maker, self- poking arrangement, lifting apparatus and lowering means are provided between the ground conveying appliance and hanging type load-carrier conveyer, melt extrusion apparatus is provided with below hanging type load-carrier conveyer, cooling conveying device is provided with below the extrusion of melt extrusion apparatus, the output end of cooling conveying device is equipped with Material disintegrator, and the flour mill, cyclone separator, sieving machine are sequentially connected.The present invention can produce molding powder automatically, and the degree of automation is higher, and required labour is less, can reduce cost of labor and improving production efficiency.
Description
Technical field
The invention belongs to molding powder production equipment technical fields, and in particular to a kind of automation molding powder production line.
Background technique
With the high speed development of modern industrial technology, molding powder processing technology and product make rapid progress, more and more molding powders
Product has had been widely used in the various fields of people's life, brings more convenient.Needed in the production process of molding powder through
Numerous processes such as ingredient, stirring, melting extrusion, cooling, broken, milling, sieving are crossed, are required after the completion of each process artificial
Operated, it is very complicated, especially ingredient the step for, need a variety of raw material of manual weighing to configure, and by these
Raw material is packed into be mixed in cylinder and is stirred and could further produce, very time-consuming and laborious, and efficiency is very low.
Summary of the invention
The present invention requires manually to operate for numerous processes in molding powder production process in the prior art, time-consuming to take
The drawbacks of power and inefficiency, a kind of automation molding powder production line is provided, which can produce molding powder automatically, not have to
The each procedure of manpower intervention, the degree of automation is higher, and required labour is less, can reduce cost of labor and promote production effect
Rate.
Goal of the invention of the invention is achieved through the following technical solutions: a kind of automation molding powder production line, including control
Device processed, automatic recipe maker, self- poking arrangement, barrel, flour mill, cyclone separator, the ground for conveying barrel are defeated
Device and hanging type load-carrier conveyer are sent, the lower end of the barrel is equipped with barrel discharge port, and barrel discharge port position is provided with control material
First valve of cylinder discharge port open or close；The ground conveying appliance passes through automatic recipe maker, self- poking arrangement, institute
It states and is provided between ground conveying appliance and hanging type load-carrier conveyer and the barrel being located in ground conveying appliance can be moved to hanging
The lifting apparatus conveyed in conveying device and by hanging type load-carrier conveyer, is additionally provided between ground conveying appliance and hanging type load-carrier conveyer
The barrel being located on hanging type load-carrier conveyer can be moved in ground conveying appliance and be filled by the decline of ground conveying appliance conveying
It sets, melt extrusion apparatus is provided with below the hanging type load-carrier conveyer, is provided with cooling below the extrusion of melt extrusion apparatus
The output end underface of conveying device, cooling conveying device is provided with Material disintegrator, the discharge port of the Material disintegrator and the milling
The feed inlet of machine connects, and the discharge port of flour mill is connect with the air inlet of the cyclone separator, the discharge port of cyclone separator
It being connect with the feed inlet of the sieving machine, the sieving machine is equipped with finished product molding powder discharge port below the sieve inside sieving machine,
The automatic recipe maker, self- poking arrangement, ground conveying appliance, hanging type load-carrier conveyer, lifting apparatus, lowering means difference
It is connect with the control device.
In above-mentioned technical proposal, barrel is placed in ground conveying appliance, control device controls ground conveying appliance will
Barrel is transported to below automatic recipe maker, and automatic recipe maker can be automatically by various raw materials according in advance in control device
The ratio of setting is poured into barrel, and barrel is transported to self- poking arrangement position by ground conveying appliance after the completion of ingredient,
Self- poking arrangement can be stirred the raw material in barrel, and barrel is moved to lifting by ground conveying appliance after the completion of stirring
On device, barrel is moved on hanging type load-carrier conveyer by lifting apparatus, barrel is transported to melting again and squeezed by hanging type load-carrier conveyer
, at this time can be by the way that manually the raw material in barrel be poured on melt extrusion apparatus out above device, melt extrusion apparatus again will be former
It is expressed on cooling conveying device after material melting, the raw material after melting extrusion can cool down hard when conveying on cooling conveying device
Change, then cooling conveying device will carry out particle in feedstock transportation to Material disintegrator, and the raw material after particle is again from the charging of flour mill
Mouth, which enters in flour mill, to be milled, and the raw material after particle becomes molding powder particle after flour mill, enters back into cyclone separator
Interior, the molding powder particle that diameter is less than setting value can be separated from the air outlet of cyclone separator, be screened by cyclone separator
Molding powder particle afterwards enters sieving machine and carries out sieving process, and the excessive molding powder particle of diameter can be blocked by the sieve inside sieving machine
It cuts, and the satisfactory molding powder particle of diameter can be transported out from the discharge port of sieving machine, can be obtained qualified molding powder and be produced
Product.Labour needed for whole process is few, and the degree of automation is higher, can reduce cost of labor and improving production efficiency.
Preferably, the lower half portion of the barrel is funnel-shaped structure, the bottom opening of funnel-shaped structure is as barrel
Discharge port, the upper end of the barrel is provided with nozzle, and setting is used to support the first support frame of barrel, the discharging on the outside of barrel
Mouth outer end is connected to the first support frame bottom, and the transverse direction setting for connecting with hanging type load-carrier conveyer is also fixedly connected with outside barrel
Support plate, the both ends of the support plate outwardly protrude relative to the first support frame, are connected on first valve for controlling
Make the first motor of the first valve open or close.When barrel is moved to above melt extrusion apparatus, worker can pass through first
The first valve of motor control opens or closes, so that the raw material controlled in barrel enters in melt extrusion apparatus, it is very convenient.
Preferably, the automatic recipe maker includes several groups material tube and the second support for being used to support material tube
Frame, material tube lower end are equipped with discharge port, and the discharge port position of material tube is equipped with control material tube top discharge mouth open or close
Second valve, is provided with the shaft of the second valve open or close of driving on second valve, beside each group of material tube all
There is the first track being arranged along this group of material tube, the first track is equipped with the crane device that can be moved along the first track, institute
The opening device that is provided with and can move together with crane device, for controlling the second valve opening on crane device is stated, is opened
Device can be moved to by each material tube of the group with crane device, and the opening device includes and the fixed company of crane device
The fixed frame connect, fixed frame are equipped with the second motor, are provided with and are used between the shaft of the second motor and the shaft of the second valve
Couple the shaft coupling of two shafts, the driving cylinder for the second motor to be pushed to the second valve be additionally provided on the fixed frame,
The first sensing device for incuding driving setting position is both provided with by each described material tube；Below the material tube also
Equipped with the automatic weighing device for weighing barrel, the automatic weighing device includes weighing to claim, and deserves to be called to be connected with and is used for
Control weighing claims the first lifting device of lifting or decline, when the first lifting device, which controls weighing, to be claimed to be lifted to highest point, ground
Face conveying device separates with barrel, weighs title lifts barrel and weighs, when the first lifting device control weigh claim decline when,
Weighing title is separated with barrel, barrel is fallen on a conveyor；It is equipped with beside the automatic weighing device for incuding barrel position
The second sensing device；Crane device, driving cylinder, the first sensing device, weighs, the first lifting dress second motor
It sets, the second sensing device is connect with the control device respectively.
Control program is pre-entered according to practical molding powder factory formula in control device of the invention, it can also be manually to control
Device is operated, and when in use, various raw materials is filled in material tube, barrel is transported under material tube by ground conveying appliance
Above the automatic weighing device of side, the second sensing device beside automatic weighing device senses that the position of barrel will transmit letter
Number control device is given, control device issues instruction control automatic weighing device and barrel is lifted and weighed, then crane device root
It is moved to beside corresponding material tube according to the instruction of control device, corresponding first sensing device senses driving dress by material tube
Signal is passed into control device behind the position set, the crane device of control device control at this time stops, then controls opening device and beat
The second valve is opened, falls on the raw material in material tube in barrel from the discharge port of material tube, because barrel is filled by automatic weighing at this time
The weighing set claims to be lifted and weigh, so control device can real-time monitor the weight change of barrel by weighing, passes through
The amount that each raw material is fallen into barrel can control to the control of weight difference, opening device can be moved with crane device along track
It moves by same group any one material tube, and controls the discharge port open or close of the material tube, filled by multiple drivings
Set and crane device on opening device the valve on each material tube can be controlled, thus to basis in barrel
Quantitative each raw material of addition is needed, realizes automatic blending, barrel is transported to other by ground conveying appliance after the completion of ingredient
Position carries out next process, time saving and energy saving, and efficiency is very high.
Preferably, the ground conveying appliance includes the first rack, the first rack is equipped with the first of several energy rotations
Roller bearing and for drive the first roller bearing rotate third motor, all first roller bearings are parallel to each other, between adjacent first roller bearing
There are spatial margin, connected between the first roller bearing by chain, third motor is connect with the control device；What the weighing claimed
It weighs and is fixedly connected with more than two convex blocks that can be passed through from the spatial margin between adjacent first roller bearing on end, the convex block is
Rectangular parallelepiped structure, all convex blocks are parallel to each other；The lower section weighed is arranged in first lifting device, and the first lifting device is
The cylinder being vertically arranged, the piston rod outer end of the first lifting device are fixedly connected with the lower plane claimed is weighed.
Preferably, the hanging type load-carrier conveyer, the second rack including transmission chain, for installing transmission chain and it is used for
Drive the power device of transmission chain operation；Several pushing blocks being arranged downward are fixedly connected on the transmission chain, transmission chain exists
Lower plane of the pushing block always situated in transmission chain during operating status；It is equipped with below the transmission chain and is set along transmission chain
The second track set, the second track are equipped with the slide assemblies that can be slided along the second track, and the slide assemblies include two
Coaster is provided with the mast-up that can be moved together with coaster between two coasters, and the mast-up includes the cross being laterally arranged
Bar, cross bar both ends are respectively socketed with the connecting column being vertically arranged, and two connecting column upper ends are hinged with two coasters respectively, described
Cross bar middle position is hinged with linking arm, and linking arm lower end is connected with the transverse strands being laterally arranged, plane interposition in transverse strands
It sets and is fixedly connected with linking arm lower end, the length direction of transverse strands and the length direction of cross bar are vertical, and the transverse strands both ends are each
It is fixedly connected with a lateral frame extended downwardly, lateral frame lower end is fixedly connected with the snap-gauge for holding up support plate, the card
Plate is parallel with transverse strands, one of them described coaster is equipped with the arrangement of clutch that can be separated or connect with pushing block, the clutch
Device includes the connecting rod that can be moved up and down in coaster, and plane is fixedly connected with link block, plane on link block in connecting rod
It is provided with the card slot of the strip structure vertical with transmission chain, the side wall of card slot is plane, on the cross section of link block, the two of card slot
Sidewall upper arrives the front end of link block respectively, rear end is in the smooth excessiveness gradually decreased；Being provided on the coaster will even
The clump weight that extension bar pushes up, when connecting rod is raised to extreme higher position, the pushing block can be embedded in card slot just；The coaster
On be hinged with lever, lever inner end and connecting rod lower end are hinged, and the clump weight is fixedly mounted on lever outer end, in the coaster
Equipped with the limit hole to connecting rod cross spacing, connecting rod passes through the limit hole, and the width of limit hole is greater than the width of connecting rod
Degree；Spaced between the pushing block and the second rack, be additionally provided on second track makes to slide for controlling arrangement of clutch
The separator that vehicle is separated with pushing block, the separator include the separation cylinder being fixedly mounted in the second rack, separation
The piston rod of cylinder is laterally arranged, and the piston rod outer end for separating cylinder is fixedly connected with baffle, and baffle is flattened in the second rack
Plane, the thickness of baffle is less than the interval height between pushing block and the second rack, when connecting rod is raised to extreme higher position, connection
The upper end of the front end of block, the upper end of rear end are below the lower plane of baffle.
In above scheme, barrel again does not need that pushing block is followed to slide together on the slide assemblies of hanging type load-carrier conveyer
When, can control arrangement of clutch by separator be such that coaster separates with pushing block, and pushing block is run together with transmission chain at this time
It will not be moved together with fly block, so barrel is capable of fixing on slide assemblies and will not slide together with pushing block, this
When can be to carrying out ingredient in barrel or topple over raw material.Barrel is moved to hanging conveying dress from ground conveying appliance by lifting apparatus
When setting, lifting apparatus lifts barrel, and slide assemblies are moved to barrel position, separator again by hanging type load-carrier conveyer
Control arrangement of clutch separates coaster with pushing block, the barrel decline of lifting apparatus control at this time, and the support plate on barrel can frame
On the snap-gauge of mast-up, the snap-gauge of mast-up holds up support plate at this time, and barrel is moved on hanging type load-carrier conveyer,
Then separator control arrangement of clutch connect coaster with pushing block, at this time pushing block can push coaster with barrel together
It is mobile, it is that separator controls arrangement of clutch again separates coaster with pushing block when barrel is moved to above melt extrusion apparatus,
The raw material in barrel is poured into again at this time and carries out next process in melt extrusion apparatus, is finished down rear separator control clutch dress
Setting connect coaster with pushing block, and barrel is transported to above lowering means by hanging type load-carrier conveyer, and lowering means again moves barrel
It moves in ground conveying appliance, moving process and lifting apparatus are on the contrary, ground conveying appliance can transport barrel to certainly at this time
Dynamic proportioner position carries out ingredient again.
During arrangement of clutch actually uses again, clump weight passes through lever under the effect of gravity to lift connecting rod upwards
It rises, and then link block is lifted up, link block upper end is made to be higher than pushing block lower plane, when pushing block is mobile with transmission chain
Pushing block can be collided, because on the cross section of link block, the two sidewalls upper end of the card slot arrive respectively the front end of link block,
Rear end is in the smooth excessiveness gradually decreased, so will push link block when pushing block is struck on link block and move down, directly
It being moved to pushing block above the card slot of link block, clump weight can be lifted link block again and make in pushing block insertion card slot at this time,
Pushing block can drive link block to move together at this time, to move together with fly block, barrel.
When in use, cylinder pushes baffle to control the height of link block to separator, realize control pushing block with connect
The clutch state of block, when cylinder pushes baffle crosspiece plane in the second rack, pushing block drives link block to move together
At this when position, baffle can block the direction of advance of pushing block, and the two sidewalls upper end of card slot is distinguished on the cross section of link block
Front end, rear end to link block are in the smooth excessiveness gradually decreased, so baffle is to collide when baffle blocks link block
The inclined surface of link block front end, link block can be moved down by the active force of baffle, until link block is crushed under baffle
Side, so that pushing block be made to be disconnected the card slot on block, transmission chain continues to carry pushing block movement, and under barrel can then stop
Come, when needing barrel mobile, not on the advance track for stopping link block, link block does not have baffle when cylinder controls baffle retraction
The blocking of baffle and by will continue to up lift under the action of clump weight, before next pushing block drives pushing block
Into.
Preferably, the cross section of second rack is I-shaped structure, second rack is equipped with several energy
Along the trolley of the second machine frame movement, trolley includes vehicle frame, and there are two wheel parallel to each other, two wheels point for installation on vehicle frame
It is not embedded in the second rack two sides and vertical bar, vertical bar lower end and institute can be fixedly connected on the vehicle frame along the second machine frame movement
The upper plane for stating transmission chain is fixedly connected；The power device includes the 5th motor, is fixedly connected in the shaft of the 5th motor
Gear is driven, driving gear is engaged with transmission chain；The pushing block includes a vertical bar and a transverse bar, under vertical bar
End is fixedly connected with transverse bar middle position, the vertical bar and the inverted T-shaped structure of transverse bar composition, the vertical bar it is upper
End is fixedly connected with conveyer chain.
Preferably, the self- poking arrangement includes that can stir the mixing cover and being used to support that the nozzle lid of barrel closes
The third support frame of lid is mixed, the third sensing device for incuding barrel position is equipped with by mixing cover, support frame as described above is equipped with
The second lifting device of mixing cover lifting is controlled, the second lifting device is cylinder, is equipped with stirring blade, mixing cover on the inside of mixing cover
Outside is fixedly connected with for driving stirring blade to the 6th motor being stirred in barrel, the third sensing device,
Two lifting devices, the 6th motor are connect with the control device respectively.
Preferably, the lifting apparatus includes third rack, third rack is equipped with several second rollings parallel to each other
Axis and the 6th motor of driving the second roller bearing rotation, are also fixedly connected in third rack for controlling the lifting of third rack
Third lifting device, third lifting device are cylinder, when third rack is located at lowest part described in the second roller bearing and ground conveying dress
The first roller bearing set flushes, and the 4th sensing device for incuding barrel position is additionally provided with by the third rack；Under described
Falling unit is identical as the lifting apparatus structure, and the lifting apparatus, lowering means are connect with ground conveying appliance respectively, described
The top of lowering means is equipped with the separator, and the separator is arranged on second track.
Preferably, the 4th lifting device that barrel can be gone up and down is equipped with above the feed inlet of the melt extrusion apparatus,
4th lifting device includes passage, and passage upper end is fixedly connected with the support transverse slat for being used to support barrel, passage lower end
It is socketed in the feed inlet of the melt extrusion apparatus, the lifting of control passage lifting is also fixedly connected on the passage
Cylinder, be located on the hanging type load-carrier conveyer melt extrusion apparatus position directly above be additionally provided with the separator and
For incuding the 5th sensing device of barrel position.
Preferably, the sieving machine was additionally provided with corase meal discharge port above the sieve inside sieving machine, coarse powder is crossed
Last discharge port is connect with the feed inlet of the flour mill；The air outlet of the cyclone separator is connected with dust cleaning case；The particle
Be provided with aggregate bin immediately below the outlet end of machine, between aggregate bin lower end and the feed inlet of flour mill, the discharge port of flour mill with
Between the air inlet of cyclone separator, between the discharge port of cyclone separator and the feed inlet of sieving machine, cross corase meal discharge port
It is all connect by pipeline between the feed inlet of the flour mill, between the air outlet and dust cleaning case of cyclone separator, it is described to remove
It is also connected on dirt case and pipeline to provide negative pressure in all pipelines and enabling the air-flow in pipeline along pipeline successively by being milled
Machine, cyclone separator, sieving machine, dust cleaning case negative-pressure air fan.
Preferably, the cooling conveying device includes conveyer belt, multiple cooling fans are equipped with above conveyer belt.
Compared with prior art, the invention has the following advantages: the present invention for that can carry out when producing molding powder automatically
The processes such as ingredient, stirring, melting extrusion, cooling, broken, milling, sieving, filtering, the degree of automation is higher, required labour compared with
It is few, cost of labor and improving production efficiency can be reduced.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention；
Fig. 2 is material cylinder structure schematic diagram；
Fig. 3 is structural schematic diagram of the automatic recipe maker in conjunction with ground conveying appliance；
Fig. 4 is crane device structural schematic diagram；
Fig. 5 is opening device structural schematic diagram；
Fig. 6 is hanging type load-carrier conveyer structural schematic diagram；
Fig. 7 is separator structural schematic diagram；
Fig. 8 is vehicle structure schematic diagram；
Fig. 9 is pushing block structural schematic diagram；
Figure 10 is self- poking arrangement structural schematic diagram；
Figure 11 is mixing cover bottom view；
Figure 12 is lifting apparatus structural schematic diagram；
Marked in the figure: 1, control device, 2, automatic recipe maker, 3, self- poking arrangement, 4, barrel, 5, flour mill, 6, whirlwind
Separator, 7, ground conveying appliance, 8, hanging type load-carrier conveyer, the 9, first valve, 10, lifting apparatus, 11, lowering means, 12, molten
Melt extrusion device, 13, cooling conveying device, 14, Material disintegrator, the 15, first support frame, 16, support plate, 17, first motor, 18,
Second support frame, the 19, second valve, the 20, first track, 21, crane device, 22, opening device, 23, fixed frame, 24, second
Motor, 25, shaft coupling, 26, driving cylinder, the 27, first sensing device, 28, automatic weighing device, 29, weighing title, 30, first
Lifting device, the 31, second sensing device, the 32, first rack, the 33, first roller bearing, 34, third motor, 35, spatial margin, 36,
Chain, 37, convex block, 38, transmission chain, the 39, second rack, 40, power device, 41, pushing block, the 42, second track, 43, sliding
Component, 44, coaster, 45, mast-up, 46, cross bar, 47, connecting column, 48, linking arm, 49, transverse strands, 50, lateral frame, 51, card
Plate, 52, arrangement of clutch, 53, connecting rod, 54, link block, 55, card slot, 56, clump weight, 57, lever, 58, limit hole, 59,
Every, 60, separator, 61, separation cylinder, 62, baffle, 63, trolley, 64, vehicle frame, 65, wheel, 66, vertical bar, the 67, the 5th electricity
Machine, 68, driving gear, 69, vertical bar, 70, transverse bar, 71, mixing cover, 72, third support frame, 73, third sensing device,
74, the second lifting device, 75, stirring blade, 76, third rack, the 77, second roller bearing, 78, third lifting device, the 79, the 4th sense
Answer device, the 80, the 4th lifting device, 81, passage, 82, support transverse slat, the 83, the 5th sensing device, 84, corase meal discharge port,
85, dust cleaning case, 86, aggregate bin, 87, negative-pressure air fan, the 88, the 4th motor, 89, movable block, 90, rack gear, 91, driving gear, 92,
Material tube, 93, conveyer belt, 94, cooling fan, 95, sieving machine, the 96, the 6th motor, 97, lifting cylinder, the 98, the 7th motor.
Specific embodiment
The invention will be further described for represented embodiment with reference to the accompanying drawing:
Embodiment 1
As shown in figs. 1-12, a kind of automation molding powder production line, including control device 1, automatic recipe maker 2, automatic stirring dress
Set 3, barrel 4, flour mill 5, cyclone separator 6, the ground conveying appliance 7 for conveying barrel 4 and hanging type load-carrier conveyer 8, institute
The lower end for stating barrel 4 is equipped with 4 discharge port of barrel, and 4 discharge port position of barrel is provided with control 4 discharge port open or close of barrel
First valve 9；The ground conveying appliance 7 passes through automatic recipe maker 2, self- poking arrangement 3, the ground conveying appliance 7
Being provided between hanging type load-carrier conveyer 8 can be moved to the barrel 4 being located in ground conveying appliance 7 on hanging type load-carrier conveyer 8
And the lifting apparatus 10 conveyed by hanging type load-carrier conveyer 8, being additionally provided between ground conveying appliance 7 and hanging type load-carrier conveyer 8 can incite somebody to action
Barrel 4 on hanging type load-carrier conveyer 8 is moved in ground conveying appliance 7 and is filled by the decline that ground conveying appliance 7 conveys
11 are set, melt extrusion apparatus 12, setting below the extrusion of melt extrusion apparatus 12 are provided with below the hanging type load-carrier conveyer 8
There is cooling conveying device 13, the cooling conveying device 13 includes conveyer belt 93, is equipped with multiple cooling fans above conveyer belt 93
94, the output end underface of cooling conveying device 13 is provided with Material disintegrator 14, the discharge port and the milling of the Material disintegrator 14
The feed inlet of machine 5 connects, and the discharge port of flour mill 5 is connect with the air inlet of the cyclone separator 6, and cyclone separator 6 goes out
Material mouth is connect with the feed inlet of the sieving machine 95, and the sieving machine 95 is equipped with finished product below the sieve inside sieving machine 95 and moulds
Powder discharge port, the automatic recipe maker 2, self- poking arrangement 3, ground conveying appliance 7, hanging type load-carrier conveyer 8, lifting apparatus
10, lowering means 11 is connect with the control device 1 respectively.
The lower half portion of the barrel 4 is funnel-shaped structure, discharging of the bottom opening of funnel-shaped structure as barrel 4
Mouthful, the upper end of the barrel 4 is provided with nozzle, and setting is used to support the first support frame 15 of barrel 4, the discharging on the outside of barrel 4
Mouth outer end is connected to 15 bottom of the first support frame, and the transverse direction for connecting with hanging type load-carrier conveyer is also fixedly connected with outside barrel 4
The both ends of the support plate 16 of setting, the support plate 16 are outwardly protruded relative to the first support frame 15, are connected on first valve 9
It is connected to the first motor 17 for controlling 9 open or close of the first valve.
The automatic recipe maker 2 includes several groups material tube 92 and the second support frame for being used to support material tube 92
18,92 lower end of material tube is equipped with discharge port, the discharge port position of material tube 92 be equipped with control 92 top discharge mouth of material tube open or
Second valve 19 of closure, is provided with the shaft of driving 19 open or close of the second valve on second valve 19, and each group
There is the first track 20 being arranged along this group of material tube 92 on 92 side of material tube, and the first track 20 is equipped with can be along the first rail
The mobile crane device 21 in road 20, being provided on the crane device 21 can be as crane device 21 moves together, for controlling
The opening device 22 that second valve 19 is opened, opening device 22 can be moved to each material tube of the group with crane device 21
By in the of 92, the opening device 22 includes the fixed frame 23 being fixedly connected with crane device 21, and fixed frame 23 is equipped with the second motor
24, the shaft coupling 25 for coupling two shafts, institute are provided between the shaft of the second motor 24 and the shaft of the second valve 19
State the driving cylinder 26 being additionally provided on fixed frame 23 for the second motor 24 to be pushed to the second valve 19, each described material tube
The first sensing device 27 for incuding 21 position of crane device is both provided with by the of 92；It is additionally provided with and is used for below the material tube 92
The automatic weighing device 28 of barrel 4 is weighed, the automatic weighing device 28 includes weighing 29, and weighing, which claims to be connected on 29, to be used for
Control weighs the first lifting device 30 of 29 liftings or decline, claims 29 to be lifted to highest when the first lifting device 30 controls to weigh
When place, ground conveying appliance 7 separates with barrel 4, weighs title 29 lifts barrel 4 and weighs, when the first lifting device 30 is controlled
When system weighs 29 decline, weighing claims 29 to separate with barrel 4, barrel 4 is fallen on a conveyor；By the automatic weighing device 28
Side is equipped with the second sensing device 31 for incuding 4 position of barrel；Crane device 21, second motor 24, driving cylinder 26,
First sensing device 27, weighing claim the 29, first lifting device 30, the second sensing device 31 to connect respectively with the control device 1.
The ground conveying appliance 7 includes the first rack 32, and the first rack 32 is equipped with the first roller bearing of several energy rotations
33 and for drive the first roller bearing 33 rotate third motor 34, all first roller bearings 33 are parallel to each other, adjacent first roller bearing
It there are spatial margin 35 between 33, is connected between the first roller bearing 33 by chain 36, third motor 34 and the control device 1 connect
It connects；Being fixedly connected with two or more on the weighing end for weighing title 29 can be from the spatial margin 35 between adjacent first roller bearing 33
The convex block 37 passed through, the convex block 37 are rectangular parallelepiped structure, and all convex blocks 37 are parallel to each other；First lifting device 30 is arranged
Weighing 29 lower section, the cylinder that the first lifting device 30 is vertically arranged, the piston rod outer end of the first lifting device 30
It is fixedly connected with the lower plane for weighing 29.
The crane device 21 include can along the first track 20 slide movable block 89, the first track 20 be equipped with along
The rack gear 90 of first track 20 setting, the movable block 89 are equipped with the driving gear 91 engaged with rack gear 90 and driving driving
The 4th motor 88 that gear 91 rotates, the 4th motor 88 are servo motor, and the 4th motor 88 connects with the control device 1
It connects.The 4th motor 88 is controlled by control device 1, position of the movable block 89 on the first track 20 can be controlled.
The hanging type load-carrier conveyer, the second rack 39 including transmission chain 38, for installing transmission chain 38 and for driving
The power device 40 that dynamic transmission chain 38 is run；It is fixedly connected with several pushing blocks 41 being arranged downward on the transmission chain 38, passes
The dynamic lower plane of the pushing block 41 always situated in transmission chain 38 during operating status of chain 38；It is set below the transmission chain 38
There is the second track 42 being arranged along transmission chain 38, the second track 42 is equipped with the slide assemblies that can be slided along the second track 42
43, the slide assemblies 43 include two coasters 44, and being provided between two coasters 44 can be as what coaster 44 moved together hangs
45 are shelved, the mast-up 45 includes the cross bar 46 being laterally arranged, and 46 both ends of cross bar are respectively socketed with the connection being vertically arranged
Column 47, two 47 upper ends of connecting column are hinged with two coasters 44 respectively, and 46 middle position of cross bar is hinged with linking arm 48, even
It connects 48 lower end of arm and is connected with the transverse strands 49 being laterally arranged, the fixed company in plane middle position and 48 lower end of linking arm in transverse strands 49
Connect, the length direction of transverse strands 49 is vertical with the length direction of cross bar 46,49 both ends of transverse strands be respectively fixedly connected with one to
The lateral frame 50 of lower extension, lateral 50 lower end of frame are fixedly connected with the snap-gauge 51 for holding up support plate 16, the snap-gauge 51 with
Transverse strands 49 are parallel, one of them described coaster 44 is equipped with the arrangement of clutch 52 that can be separated or connect with pushing block 41, described
Arrangement of clutch 52 includes the connecting rod 53 that can be moved up and down in coaster 44, and plane is fixedly connected with link block in connecting rod 53
54, plane is provided with the card slot 55 of the strip structure vertical with transmission chain 38 on link block 54, and the side wall of card slot 55 is plane, even
On the cross section for connecing block 54, the front end of link block 54 is arrived in the two sidewalls upper end of card slot 55 respectively, rear end is in gradually decrease
Smooth excessiveness；The clump weight 56 for pushing up connecting rod 53 is provided on the coaster 44.When connecting rod 53 is raised to extreme higher position
When, the pushing block 41 can be embedded in card slot 55 just；Lever 57,57 inner end of lever and connecting rod are hinged on the coaster 44
53 lower ends are hinged, and the clump weight 56 is fixedly mounted on 57 outer end of lever, are equipped in the coaster 44 and laterally limit connecting rod 53
The limit hole 58 of position, connecting rod 53 pass through the limit hole 58, and the width of limit hole 58 is greater than the width of connecting rod 53；It is described to push away
Spaced 59 between motion block 41 and the second rack 39, be additionally provided on second track 42 makes to slide for controlling arrangement of clutch 52
The separator 60 isolated with pushing block 41 of vehicle 44, the separator 60 include the separation being fixedly mounted in the second rack 39
Cylinder 61, the piston rod for separating cylinder 61 are laterally arranged, and the piston rod outer end of separation cylinder 61 is fixedly connected with baffle 62, baffle
62 are flattened on plane in the second rack 39, and the interval 59 that the thickness of baffle 62 is less than between pushing block 41 and the second rack 39 is high
Degree, when connecting rod 53 is raised to extreme higher position, the upper end of the front end of link block 54, the upper end of rear end are below baffle 62
Lower plane.
The cross section of second rack 39 is I-shaped structure, second rack 39 be equipped with it is several can be along the
The mobile trolley 63 of two racks 39, trolley 63 include vehicle frame 64, wheel 65 parallel to each other there are two installations on vehicle frame 64, and two
Wheel 65 is respectively embedded into 39 two sides of the second rack and can move along the second rack 39, is fixedly connected with vertical bar on the vehicle frame 64
66,66 lower end of vertical bar is fixedly connected with the upper plane of the transmission chain 38；The power device 40 include the 5th motor 67, the 5th
Driving gear 68 is fixedly connected in the shaft of motor 67, driving gear 68 is engaged with transmission chain 38；The pushing block 41 includes
The lower end of a piece vertical bar 69 and a transverse bar 70, vertical bar 69 is fixedly connected with 70 middle position of transverse bar, described vertical
Bar 69 and transverse bar 70 constitute inverted T-shaped structure, and the upper end of the vertical bar 69 is fixedly connected with conveyer chain.
The self- poking arrangement 3 is including that by the mixing cover 71 of the nozzle lid of barrel 4 conjunction and can be used to support mixing cover
71 third support frame 72, is equipped with the third sensing device 73 for incuding 4 position of barrel by mixing cover 71, on support frame as described above
Equipped with the second lifting device 74 that control mixing cover 71 is gone up and down, the second lifting device 74 is cylinder, is equipped with and stirs on the inside of mixing cover 71
Blade 75 is mixed, is fixedly connected on the outside of mixing cover 71 for driving stirring blade 75 to the 6th motor being stirred in barrel 4
96, the third sensing device 73, the second lifting device 74, the 6th motor 96 are connect with the control device 1 respectively.
The lifting apparatus 10 includes third rack 76, and third rack 76 is equipped with several second roller bearings 77 parallel to each other
And the 7th motor 98 of the second roller bearing 77 rotation is driven, it is also fixedly connected in third rack 76 for controlling third rack 76
The third lifting device 78 of lifting, third lifting device 78 are cylinder, when third rack 76 is located at lowest part described in the second roller bearing
77 flush with the first roller bearing 33 in ground conveying appliance 7, are additionally provided with by the third rack 76 for incuding 4 position of barrel
4th sensing device 79；The lowering means 11 is identical as 10 structure of lifting apparatus, in actual use, the lifting dress
It sets 10, lowering means 11 to connect with ground conveying appliance 7 respectively, the barrel 4 on the first roller bearing 33 can be from the first roller bearing 33
On be moved on the second roller bearing 77, the top of the lowering means 11 is equipped with the separator 60, and the separator 60 is set
It sets on second track 42.
It is equipped with the 4th lifting device 80 that barrel 4 can be gone up and down above the feed inlet of the melt extrusion apparatus 12, the 4th
Lifting device 80 includes passage 81, and 81 upper end of passage is fixedly connected with the support transverse slat 82 for being used to support barrel 4, passage
81 lower ends are socketed in the feed inlet of the melt extrusion apparatus 12, are also fixedly connected with control passage on the passage 81
The lifting cylinders 97 of 81 liftings, the position directly above that the melt extrusion apparatus 12 is located on the hanging type load-carrier conveyer are additionally provided with
The separator 60 and the 5th sensing device 83 for incuding 4 position of barrel.
The sieving machine 95 was additionally provided with corase meal discharge port 84 above the sieve inside sieving machine 95, crosses corase meal and goes out
Material mouth 84 is connect with the feed inlet of the flour mill 5；The air outlet of the cyclone separator 6 is connected with dust cleaning case 85；It is described broken
It is provided with aggregate bin 86 immediately below the outlet end of material machine 14, between 86 lower end of aggregate bin and the feed inlet of flour mill 5, flour mill 5
Discharge port and cyclone separator 6 air inlet between, between the discharge port of cyclone separator 6 and the feed inlet of sieving machine 95,
Cross between corase meal discharge port 84 and the feed inlet of the flour mill 5, between the air outlet of cyclone separator 6 and dust cleaning case 85 all
It is connected, is also connected on the dust cleaning case 85 and pipeline to provide negative pressure in all pipelines and enabling air-flow in pipeline by pipeline
Successively pass through the negative-pressure air fan 87 of flour mill 5, cyclone separator 6, sieving machine 95, dust cleaning case 85 along pipeline.
Specific embodiments are merely illustrative of the spirit of the present invention described in text.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner,
However, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (10)
1. a kind of automation molding powder production line, which is characterized in that including control device (1), automatic recipe maker (2), automatic stirring
It is defeated to mix device (3), barrel (4), flour mill (5), cyclone separator (6), sieving machine (95), the ground for conveying barrel (4)
Device (7) and hanging type load-carrier conveyer (8) are sent, the lower end of the barrel (4) is equipped with barrel (4) discharge port, barrel (4) discharge port position
Install the first valve (9) for being equipped with control barrel (4) discharge port open or close；The ground conveying appliance (7) is by automatic
Proportioner (2), self- poking arrangement (3) are provided with energy between the ground conveying appliance (7) and hanging type load-carrier conveyer (8)
The barrel (4) being located on ground conveying appliance (7) is moved on hanging type load-carrier conveyer (8) and defeated by hanging type load-carrier conveyer (8)
The lifting apparatus (10) sent, hanging conveying dress can will be located at by being additionally provided between ground conveying appliance (7) and hanging type load-carrier conveyer (8)
The lowering means (11) that the barrel (4) on (8) is moved on ground conveying appliance (7) and is conveyed by ground conveying appliance (7) is set,
It is provided with melt extrusion apparatus (12) below the hanging type load-carrier conveyer (8), is set below the extrusion of melt extrusion apparatus (12)
It is equipped with cooling conveying device (13), is provided with Material disintegrator (14), the particle immediately below the output end of cooling conveying device (13)
The discharge port of machine (14) is connect with the feed inlet of the flour mill (5), the discharge port and the cyclone separator of flour mill (5)
(6) air inlet connection, the discharge port of cyclone separator (6) are connect with the feed inlet of the sieving machine (95), the sieving machine
(95) finished product molding powder discharge port, the automatic recipe maker (2), automatic stirring are equipped with below the internal sieve of sieving machine (95)
Device (3), ground conveying appliance (7), hanging type load-carrier conveyer (8), lifting apparatus (10), lowering means are filled with the control respectively
Set (1) connection.
2. a kind of automation molding powder production line according to claim 1, which is characterized in that the lower half of the barrel (4)
It is divided into funnel-shaped structure, the upper end of discharge port of the bottom opening of funnel-shaped structure as barrel (4), the barrel (4) is provided with
Nozzle, the setting of barrel (4) outside are used to support the first support frame (15) of barrel (4), the discharge port outer end and the first support
The connection of frame (15) bottom, barrel (4) are also fixedly connected with the support plate being laterally arranged for connecting with hanging type load-carrier conveyer outside
(16), the both ends of the support plate (16) are outwardly protruded relative to the first support frame (15), are connected on first valve (9)
For controlling the first motor (17) of the first valve (9) open or close.
3. a kind of automation molding powder production line according to claim 1 or 2, which is characterized in that the automatic recipe maker
It (2) include several groups material tube (92) and the second support frame (18) for being used to support material tube (92), material tube (92) lower end
Equipped with discharge port, the discharge port position of material tube (92) is equipped with the second valve of control material tube top discharge mouth open or close
(19), the shaft of the second valve open or close of driving is provided on second valve, each group of material tube (92) side is all
There is the first track (20) being arranged along this group of material tube (92), the first track (20) is equipped with and can move along the first track (20)
Dynamic crane device (21), being provided on the crane device (21) can be as crane device (21) moves together, for controlling
The opening device (22) that second valve is opened, opening device (22) can be moved to each original of the group with crane device (21)
Barrel (92) is other, and the opening device (22) includes the fixed frame (23) being fixedly connected with crane device (21), fixed frame (23)
It is equipped with the second motor (24), is provided between the shaft and the shaft of the second valve (19) of the second motor (24) for coupling two
The shaft coupling (25) of root shaft is additionally provided with for pushing the second motor (24) to the second valve (19) on the fixed frame (23)
It drives cylinder (26), the first induction for incuding crane device (21) position is both provided with by each described material tube (92)
Device (27)；The automatic weighing device (28) for weighing barrel (4), the automatic title are additionally provided with below the material tube (92)
Measuring device (28) includes that weighing claims (29), weighs first for being connected on (29) and claiming (29) lifting or decline for controlling weighing
Lifting device (30), when the first lifting device (30) control weigh claim (29) be lifted to highest point when, ground conveying appliance (7) with
Barrel (4) is lifted and is weighed by barrel (4) separation, weighing title (29), claims (29) when the first lifting device (30) control to weigh
When decline, weighing title, (29) are separated with barrel (4), barrel (4) is fallen on a conveyor；Beside the automatic weighing device (28)
Equipped with the second sensing device (31) for incuding barrel (4) position；Crane device (21), second motor (24), driving
Cylinder (26), the first sensing device (27), weigh claim (29), the first lifting device (30), the second sensing device (31) respectively with
Control device (1) connection.
4. a kind of automation molding powder production line according to claim 3, which is characterized in that the ground conveying appliance (7)
Including the first rack (32), the first rack is equipped with the first roller bearing (33) of several energy rotations and for driving the first roller bearing
(33) the third motor (34) rotated, all first roller bearings (33) are parallel to each other, and there are spaces between adjacent first roller bearing (33)
Surplus (35), is connected by chain (36) between the first roller bearing (33), and third motor (34) is connect with the control device (1)；
Being fixedly connected with two or more on the weighing end for weighing (29) can be from the spatial margin between adjacent first roller bearing (33)
(35) convex block (37) passed through, the convex block (37) are rectangular parallelepiped structure, and all convex blocks (37) are parallel to each other；First lifting
Device (30) setting is in the lower section for weighing (29), the cylinder that the first lifting device (30) is vertically arranged, the first lifting device
(30) piston rod outer end is fixedly connected with the lower plane for weighing (29).
5. a kind of automation molding powder production line according to claim 2, which is characterized in that the hanging type load-carrier conveyer, packet
Include transmission chain (38), the second rack (39) for installing transmission chain (38) and the power for driving transmission chain (38) to run
Device (40)；Several pushing blocks (41) being arranged downward are fixedly connected on the transmission chain (38), transmission chain (38) is being run
Lower plane of the pushing block described in state procedure (41) always situated in transmission chain (38)；Be equipped with below the transmission chain (38) along
The second track (42) of transmission chain (38) setting, the second track (42) are equipped with the Slide Group that can be slided along the second track (42)
Part (43), the slide assemblies (43) include two coasters (44), and being provided between two coasters (44) can be with coaster (44)
The mast-up (45) moved together, the mast-up (45) include the cross bar (46) being laterally arranged, and cross bar (46) both ends are respectively socketed
Have the connecting column being vertically arranged (47), two connecting column (47) upper ends respectively with two coasters (44) hingedly, the cross bar
(46) middle position is hinged with linking arm (48), and linking arm (48) lower end is connected with the transverse strands (49) being laterally arranged, transverse strands
(49) plane middle position is fixedly connected with linking arm (48) lower end on, the length direction of transverse strands (49) and the length of cross bar (46)
It is vertical to spend direction, transverse strands (49) both ends are respectively fixedly connected with a lateral frame (50) extended downwardly, under lateral frame (50)
End is fixedly connected with the snap-gauge (51) for holding up support plate (16), and the snap-gauge (51) is parallel with transverse strands (49), wherein one
A coaster (44) is equipped with the arrangement of clutch (52) that can be separated or connect with pushing block (41), arrangement of clutch (52) packet
The connecting rod (53) that can be moved up and down in coaster (44) is included, plane is fixedly connected with link block (54) in connecting rod (53), even
The card slot (55) that plane on block (54) is provided with the strip structure vertical with transmission chain (38) is connect, the side wall of card slot (55) is plane,
On the cross section of link block (54), the front end of link block (54) is arrived in the two sidewalls upper end of card slot (55) respectively, rear end is in
The smooth excessiveness gradually decreased；It is provided with the clump weight (56) for pushing up connecting rod (53) on the coaster (44), works as connection
When bar (53) is raised to extreme higher position, the pushing block (41) can be embedded in just in card slot (55)；It is hinged on the coaster (44)
Lever (57), lever (57) inner end and connecting rod (53) lower end are hinged, and the clump weight (56) is fixedly mounted on lever (57) outside
End, the interior limit hole (58) being equipped with to connecting rod (53) cross spacing of the coaster (44), connecting rod (53) pass through the limit
Hole (58), the width of limit hole (58) are greater than the width of connecting rod (53)；Between the pushing block (41) and the second rack (39)
Spaced (59), being additionally provided on second track (42) makes coaster (44) and pushing block for controlling arrangement of clutch (52)
(41) separator (60) separated, the separator (60) include the separation cylinder being fixedly mounted on the second rack (39)
(61), the piston rod for separating cylinder (61) is laterally arranged, and the piston rod outer end of separation cylinder (61) is fixedly connected with baffle (62),
Baffle (62) is flattened on plane on the second rack (39), the thickness of baffle (62) be less than pushing block (41) and the second rack (39) it
Between interval (59) height, when connecting rod (53) is raised to extreme higher position, the upper end of the front end of link block (54), rear end
Upper end is below the lower plane of baffle (62).
6. a kind of automation molding powder production line according to claim 5, which is characterized in that the cross of second rack (39)
Section is I-shaped structure, and second rack (39) is equipped with several trolleies that can be mobile along the second rack (39)
(63), trolley (63) includes vehicle frame (64), and there are two wheel (65) parallel to each other, two wheels (65) for installation on vehicle frame (64)
It is respectively embedded into the second rack (39) two sides and can be moved along the second rack (39), be fixedly connected with vertical bar on the vehicle frame (64)
(66), vertical bar (66) lower end is fixedly connected with the upper plane of the transmission chain (38)；The power device (40) includes the 5th electricity
Machine (67), driving gear (68) is fixedly connected in the shaft of the 5th motor (67), and driving gear (68) is nibbled with transmission chain (38)
It closes；The pushing block (41) includes vertical bar (69) He Yigen transverse bar (70), the lower end of vertical bar (69) and transverse bar
(70) middle position is fixedly connected, and the vertical bar (69) and transverse bar (70) constitute inverted T-shaped structure, the vertical bar
(69) upper end is fixedly connected with conveyer chain.
7. a kind of automation molding powder production line according to claim 4, which is characterized in that the self- poking arrangement (3)
Including by mixing cover (71) that the nozzle lid of barrel (4) closes and the third support frame (72) of mixing cover (71) can be used to support,
The third sensing device (73) for incuding barrel (4) position is equipped with by mixing cover (71), support frame as described above is equipped with control and stirs
The second lifting device (74) of lid (71) lifting is mixed, the second lifting device (74) is cylinder, is equipped with stirring on the inside of mixing cover (71)
Blade (75) is fixedly connected on the outside of mixing cover (71) for driving stirring blade (75) to the be stirred in barrel (4)
Six motors (96), the third sensing device (73), the second lifting device (74), the 6th motor (96) are filled with the control respectively
Set (1) connection.
8. a kind of automation molding powder production line according to claim 5, which is characterized in that the lifting apparatus (10) includes
Third rack (76), third rack (76) are equipped with several second roller bearings (77) parallel to each other and driving the second roller bearing (77)
7th motor (98) of rotation is also fixedly connected with the third liter for controlling third rack (76) lifting in third rack (76)
Falling unit (78), third lifting device (78) are cylinder, when third rack (76) is located at lowest part described in the second roller bearing (77) and
The first roller bearing (33) in ground conveying appliance (7) flushes, and is additionally provided with by the third rack (76) for incuding barrel (4) position
The 4th sensing device (79) set；The lowering means is identical as the lifting apparatus (10) structure, the lifting apparatus (10),
Lowering means is connect with ground conveying appliance (7) respectively, and the top of the lowering means is equipped with the separator (60), described
Separator (60) is arranged on second track (42).
9. a kind of automation molding powder production line according to claim 5, which is characterized in that the melt extrusion apparatus (12)
Feed inlet above be equipped with can by barrel (4) go up and down the 4th lifting device (80), the 4th lifting device (80) includes passage
(81), passage (81) upper end is fixedly connected with the support transverse slat (82) for being used to support barrel (4), the socket of passage (81) lower end
In the feed inlet of the melt extrusion apparatus (12), it is also fixedly connected with control passage (81) on the passage (81) and rises
The lifting cylinder (97) of drop, the position directly above that the melt extrusion apparatus (12) are located on the hanging type load-carrier conveyer are additionally provided with
The separator (60) and the 5th sensing device (83) for incuding barrel (4) position.
10. a kind of automation molding powder production line according to claim 1, which is characterized in that the sieving machine (95) is in mistake
It was additionally provided with corase meal discharge port (84) above the internal sieve of screen(ing) machine (95), and crossed corase meal discharge port (84) and the flour mill
(5) feed inlet connection；The air outlet of the cyclone separator (6) is connected with dust cleaning case (85)；The Material disintegrator (14) goes out
Mouthful rectifying lower section is provided with aggregate bin (86), between aggregate bin (86) lower end and the feed inlet of flour mill (5), flour mill (5)
Between discharge port and the air inlet of cyclone separator (6), the feed inlet of the discharge port of cyclone separator (6) and sieving machine (95) it
Between, cross between corase meal discharge port (84) and the feed inlet of the flour mill (5), the air outlet of cyclone separator (6) and dedusting
It is all connected by pipeline between case (85), is also connected on the dust cleaning case (85) and pipeline to provide negative pressure in all pipelines and making
Air-flow in pipeline can successively pass through flour mill (5), cyclone separator (6), sieving machine (95), dust cleaning case (85) along pipeline
Negative-pressure air fan (87).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810545831.5A CN109501031B (en) | 2018-05-25 | 2018-05-25 | Automatic plastic powder production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810545831.5A CN109501031B (en) | 2018-05-25 | 2018-05-25 | Automatic plastic powder production line |
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| Publication Number | Publication Date |
|---|---|
| CN109501031A true CN109501031A (en) | 2019-03-22 |
| CN109501031B CN109501031B (en) | 2024-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810545831.5A Active CN109501031B (en) | 2018-05-25 | 2018-05-25 | Automatic plastic powder production line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114377577A (en) * | 2021-12-22 | 2022-04-22 | 康姆罗拉有限公司 | Raw material mixing device for quartz ceramic production |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN205948801U (en) * | 2016-08-22 | 2017-02-15 | 科威嘉粉末涂料（天津）股份有限公司 | Powder coating production is system of matching colors fast |
| CN206157083U (en) * | 2016-08-31 | 2017-05-10 | 山东圣士达机械科技股份有限公司 | Intelligence powder coating production system |
| CN206570034U (en) * | 2017-03-09 | 2017-10-20 | 金华市欣生沸石开发有限公司 | A kind of zeolite powder production line |
| CN207059258U (en) * | 2017-06-15 | 2018-03-02 | 湖北睿智新材料有限责任公司 | A kind of powdery paints production system |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN205948801U (en) * | 2016-08-22 | 2017-02-15 | 科威嘉粉末涂料（天津）股份有限公司 | Powder coating production is system of matching colors fast |
| CN206157083U (en) * | 2016-08-31 | 2017-05-10 | 山东圣士达机械科技股份有限公司 | Intelligence powder coating production system |
| CN206570034U (en) * | 2017-03-09 | 2017-10-20 | 金华市欣生沸石开发有限公司 | A kind of zeolite powder production line |
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| CN114377577A (en) * | 2021-12-22 | 2022-04-22 | 康姆罗拉有限公司 | Raw material mixing device for quartz ceramic production |
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| CN109501031B (en) | 2024-02-02 |
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