CN207180497U - Fully automatic electric blink manufacturing equipment - Google Patents
Fully automatic electric blink manufacturing equipment Download PDFInfo
- Publication number
- CN207180497U CN207180497U CN201721049950.9U CN201721049950U CN207180497U CN 207180497 U CN207180497 U CN 207180497U CN 201721049950 U CN201721049950 U CN 201721049950U CN 207180497 U CN207180497 U CN 207180497U
- Authority
- CN
- China
- Prior art keywords
- frame
- drive mechanism
- hopper
- main shaft
- drive
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Crushing And Pulverization Processes (AREA)
Abstract
The utility model discloses a kind of fully automatic electric blink manufacturing equipment, includes metal wire alignment cutter, medical jet main frame, magnetic force collecting machine, dryer and control system；Metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer are set gradually；Metal wire alignment cutter includes the first frame, actinobacillus device, coalignment, dynamic shearing device and control cabinet；The medical jet main frame includes the second frame, hopper, jet seat, push away line device, poking device, material pressing device and extrusion device.By using control system control metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer cooperating, to be automatically performed the alignment of metal wire and shearing, the parcel of medicine, semi-finished product rewinding and drying, so as to which electrical fire finished product be made automatically, operation continuity is good, effectively increases efficiency, and yield is higher, simultaneously, it is whole manually to participate in, manpower consuming is greatly reduced, reduces production cost.
Description
Technical field
Fireworks manufacturing equipment field technique is the utility model is related to, refers in particular to a kind of fully automatic electric blink manufacturing equipment.
Background technology
Electrical fire is a kind of miniature toy fireworks, and traditional is to be coated with an elongate rod in addition to a shorter truncation section
One layer of electrical fire gunpowder, when setting off, endpiece is as hand end is held, and ignite another termination gunpowder, and gunpowder is seted off along bar radiates credit
The glittering radiance of eye, the person of setting off wave the electrical fire in hand, can draw and mark various shadow tracks, most be liked by children；
With the continuous renewal of electrical fire gunpowder, there are various colors or be segmented the electrical fire of color, the effect of its riot of color is more
Add the demand for meeting children.
However, current electrical fire manufacture is generally had been manually done using pure, operation continuity is poor, and efficiency is low, and yield is not
Height, and labor intensive, increase cost.
The content of the invention
In view of this, in view of the existing deficiencies of the prior art, its main purpose is to provide a kind of full-automatic the utility model
Electrical fire manufacturing equipment, it can effectively solve pure have been manually done in existing electrical fire manufacture storehouse and have that efficiency is low, yield is not high simultaneously
And the problem of labor intensive increase cost.
To achieve the above object, the utility model is using following technical scheme：
A kind of fully automatic electric blink manufacturing equipment, include metal wire alignment cutter, medical jet main frame, magnetic force rewinding
Machine, dryer and control system；Metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer are successively
Set；Metal wire alignment cutter includes the first frame, actinobacillus device, coalignment, dynamic shearing device and control cabinet,
The actinobacillus device, coalignment and dynamic shearing device are arranged side by side in the first frame successively；The medical jet main frame includes
There are the second frame, hopper, jet seat, push away line device, poking device, material pressing device and extrusion device, the hopper, jet seat, push away
Line apparatus, poking device, material pressing device and extrusion device may be contained within the second frame；The magnetic force collecting machine includes the 3rd machine
Frame, conveyer belt, the magnetic line of force and drive device, the conveyer belt, the magnetic line of force and drive device may be contained within the 3rd frame；The control
System control metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer work.
Preferably, the coalignment includes two bearings seat, two rotating shafts, a rotating frame, multiple cylinders and one first drive
Motivation structure；The two bearings seat interval is fixed in the first frame, and two rotating shaft is rotatably installed on two bearings seat respectively, often
The both ends of one rotating shaft are formed through cable-through hole, and the both ends of the rotating frame are fixedly connected with two rotating shafts respectively, and the two of rotating frame
End is provided with first through hole, and two first through hole are connected with two cable-through hole faces respectively, and the plurality of cylinder, which is respectively separated, to be fixed on
Extend radially through in rotating frame, on each cylinder and put down formed with the second through hole, the axial direction of the second through hole and the axial direction of first through hole
OK, the second through hole of multiple cylinders is helically arranged, and first drive mechanism drives a wherein axis of rotation.
Preferably, the dynamic shearing device include first slide, second slide, shear knife and the second drive mechanism and
3rd drive mechanism；The first slide can transverse reciprocating be actively arranged in the first frame, in the first slide have guiding
Seat, there is guide hole on guide seat, the guide hole connects with foregoing cable-through hole face, and the second slide can longitudinally back and forth actively
It is arranged in first slide, it is movable back and forth with second slide longitudinal direction that the shear knife is fixed in second slide, and shear knife, which is located at, leads
Draw by the output end in hole, second drive mechanism is arranged in the first frame and drives first slide transverse reciprocating movable, should
3rd driving mechanisms control second slide longitudinal direction is movable back and forth.
Preferably, wire-sending device is provided between the actinobacillus device and coalignment, wire-sending device connection control cabinet.
Preferably, the wire-sending device includes drive roll, driven voller and the 4th drive mechanism, and the drive roll is rotationally
It is arranged in the first frame, the driven voller is rotatablely arranged at the surface of drive roll, and the 4th drive mechanism is arranged at
In one frame and drive roll is driven to rotate.
Preferably, the hopper is arranged in the second frame, has one-level hopper, two level hopper, three-level hopper in hopper
And extrusion manifold, the two level hopper are located at the lower section of one-level hopper and connect one-level hopper；The three-level hopper is located at two level hopper
Lower section and connect two level hopper, the extrusion manifold connection three-level hopper；The jet seat is installed on the output end of extrusion manifold simultaneously
The output end of extrusion manifold is connected, the both ends of jet seat are formed through line sending passage, line sending passage connection extrusion manifold；This is pushed away
Line apparatus is arranged in the second frame and by the input side of line sending passage.
Preferably, the poking device includes the first main shaft, rod for stiring materials and the first drive mechanism, first main shaft it is upper
End is stretched into hopper, and the rod for stiring materials is installed on the upper end of the first main shaft and in two level hopper, and first drive mechanism is set
In coupling in the second frame and with the lower end of the first main shaft and drive the first main axis；The material pressing device includes the second master
Axle, forward-reverse spiral and the second drive mechanism, the upper end of second main shaft are stretched into hopper, and the forward-reverse spiral is installed on the second main shaft
Upper end and in the three-level hopper, second drive mechanism be arranged in the second frame and couple with the lower end of the second main shaft and
Drive the second main axis；The extrusion device includes material-extruding rod and the 3rd drive mechanism, and the material-extruding rod is mutually fitted with extrusion manifold
Match somebody with somebody and be arranged in extrusion manifold, the 3rd drive mechanism is arranged in the second frame and drives material-extruding rod along extrusion manifold axial direction
It is movable back and forth.
Preferably, the 3rd drive mechanism is rocker assembly, and motor driven rocker assembly activity, rocker assembly is with squeezing
The connection of material bar simultaneously and drives material-extruding rod axially movable back and forth；Gear line apparatus is provided with second frame, the traditional thread binding set of the gear
On the outside of the output end of line sending passage, gear line apparatus includes translating element, catch, the 3rd main shaft, cam and back-moving spring, and this is flat
Move part front and rear can actively be arranged in the second frame back and forth, the catch is fixed in translating element, and the 3rd main shaft is rotationally
It is installed in the second frame, driving belt is connected between the lower end of the 3rd main shaft and the lower end of the second main shaft, cam installation
In the upper end of the 3rd main shaft and promote translating element movable forward, the back-moving spring is connected between the second frame and translating element and promoted
Translating element is set to reset backward.
Preferably, the 3rd frame has a table top, and the both ends of the table top are provided with conveying roller；The conveying band connection
Two conveying rollers simultaneously operate around table top both ends, and the both sides of table top are provided with multiple cinctures that conveyer belt both sides are tilted, multiple
Cincture is intervally arranged and is located at conveyer belt input, and the both sides of conveyer belt are butted on corresponding cincture；The magnetic line of force is arranged at platform
On face and immediately below the middle part of conveyer belt, conveying direction extension of the magnetic line of force along conveyer belt；The drive device is arranged at
In three frames, drive device drives a wherein conveying roller to rotate.
Preferably, the conveying direction of the dryer is vertical with the conveying direction of magnetic force collecting machine.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Scheme is understood：
By using control system control metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer
Cooperating, to be automatically performed the alignment of metal wire and shearing, the parcel of medicine, semi-finished product rewinding and drying, so as to make automatically
Electrical fire finished product is obtained, operation continuity is good, effectively increases efficiency, and yield is higher, meanwhile, it is whole without manually participate in, significantly
Reduce manpower consuming, reduce production cost.
More clearly to illustrate architectural feature and effect of the present utility model, come below in conjunction with the accompanying drawings with specific embodiment pair
The utility model is described in detail.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the preferred embodiment of the utility model；
Fig. 2 be the utility model preferred embodiment in metal wire alignment cutter schematic perspective view；
Fig. 3 be the utility model preferred embodiment in metal wire alignment another angle of cutter schematic perspective view；
Fig. 4 be the utility model preferred embodiment in metal wire alignment cutter sectional view；
Fig. 5 be the utility model preferred embodiment in coalignment internal structure schematic diagram；
Fig. 6 be the utility model preferred embodiment in dynamic shearing device enlarged diagram；
Fig. 7 be the utility model preferred embodiment in another angle of dynamic shearing device enlarged diagram；
Fig. 8 be the utility model preferred embodiment in medical jet main frame schematic perspective view；
Fig. 9 is the enlarged diagram at location A in Fig. 8；
Figure 10 be the utility model preferred embodiment in medical jet main frame sectional view；
Figure 11 is the enlarged diagram at B location in Figure 10；
Figure 12 be the utility model preferred embodiment in medical jet main frame another sectional view；
Figure 13 is the enlarged diagram at location of C in Figure 12；
Figure 14 be the utility model preferred embodiment in medical jet main frame another sectional view；
Figure 15 is the enlarged diagram that line apparatus is kept off in the preferred embodiment of the utility model；
Figure 16 be the utility model preferred embodiment in magnetic force collecting machine schematic perspective view；
Figure 17 be the utility model preferred embodiment in magnetic force collecting machine schematic cross-section；
Figure 18 be the utility model preferred embodiment in stereogram of the magnetic force collecting machine without safety guard.
Embodiment
It refer to shown in Fig. 1 to Figure 18, that show the concrete structure of the preferred embodiment of the utility model, include
Metal wire alignment cutter a, medical jet main frame b, magnetic force collecting machine c, dryer d and control system（Do not show in figure）.
Metal wire alignment cutter a, medical jet main frame b, magnetic force collecting machine c and dryer d are set gradually；The control
System control metal wire alignment cutter a, medical jet main frame b, magnetic force collecting machine c and dryer d work.
Specifically, as shown in Figures 2 to 7, metal wire alignment cutter a includes the first frame 10a, actinobacillus device
20a, coalignment 30a, dynamic shearing device 40a and control cabinet 50a；Actinobacillus device 20a, coalignment 30a and dynamic
Shear 40a is arranged side by side in the first frame 10a successively.
The actinobacillus device 20a includes unwrapping wire charging tray 21a and damping wheel 22a, and unwrapping wire charging tray 21a is rotatably mounted
In on the first frame 10a, damping wheel 22a is arranged on the first frame 10a and is butted on unwrapping wire charging tray 21a side, the resistance
Buddhist nun takes turns 22a and is used to prevent unwrapping wire charging tray 21a inertia movable.
Coalignment 30a includes two bearings seat 31a, two rotating shaft 32a, a rotating frame 33a, multiple cylinder 34a and one
First drive mechanism 35a；Two bearings seat 31a is fixed on the first frame 10a at interval, and two rotating shaft 32a difference is rotationally
It is installed on two bearings seat 31a, each rotating shaft 32a both ends are formed through cable-through hole 321a, rotating frame 33a both ends
Be fixedly connected respectively with two rotating shaft 32a, the both ends of rotating frame 33 are provided with first through hole 331, two first through hole 331 respectively with
The face of two cable-through hole 321 is connected, and the plurality of cylinder 34a, which is respectively separated, to be fixed in rotating frame 33a, equal footpath on each cylinder 34a
To the axial direction and first through hole 331a axially in parallel, multiple cylinders for being formed through the second through hole 341a, the second through hole 341a
34a the second through hole 341a helically arranges, and first drive mechanism 35a drives a wherein rotating shaft 32a to rotate so that rotating frame
33a rotates, and multiple cylinder 34a rotate with rotating frame 33a；Specifically, the first drive mechanism 35a includes motor
351a, drive pulley 352a, driven pulley 353a and driving belt（Do not show in figure）, motor 351a is fixed on the first machine
On frame 10a, drive pulley 352a is installed on motor 351a output shaft, and driven pulley 353a is arranged and is fixed on
Wherein on a rotating shaft 32a, the driving belt is connected between drive pulley 352a and driven pulley 353a.And this
Protective cover 36a is provided with one frame 10a, rotating frame 33a is covered outside protective cover 36a.
Dynamic shearing device 40a includes first slide 41a, second slide 42a, shear knife 43a and the second driving machine
Structure 44a and the 3rd drive mechanism 45a；First slide 41a can transverse reciprocating be actively arranged on the first frame 10a, this
There is guide seat 46a on one slide 41a, there is guide hole 461a, guide hole 461a and foregoing cable-through hole on guide seat 46a
321a faces are connected, and second slide 42a longitudinally can be actively arranged on first slide 41a back and forth, and shear knife 43a is fixed
In movable back and forth with second slide 42a longitudinal directions on second slide 42a, shear knife 43a is located at by guide hole 461a output end,
Second drive mechanism 44a is arranged on the first frame 10a and drives first slide 41a transverse reciprocatings movable, the 3rd driving
Mechanism 45a control second slide 42a longitudinal directions are movable back and forth.
For having, the second drive mechanism 44a includes motor 441a, rotating disk 442a and rocking bar 443a, the motor
441a is fixed on the first frame 10a, and rotating disk 442a is installed on motor 441a output shaft, rocking bar 443a one end with
Rotating disk 442a surface lateral margin pivot joint, the rocking bar 443a other end are pivotally connected with first slide 41a bottom.3rd driving machine
Structure 45a includes side plate 451a, roller 452a, extension spring and 453a slanted kicking block 454a, and side plate 451a is fixed on the first frame 10a
On, roller 452a is installed on second slide 42a and is butted on side plate 451a lateral surface, and slanted kicking block 454a is arranged at side plate
451a is upper and protrudes side plate 451a lateral surface, and slanted kicking block 454a and roller 452a, which coordinates, promotes second slide 42a movable forward,
Extension spring 453a one end is connected with second slide 42a, and the extension spring 453a other end is connected with first slide 41a, extension spring 453a
Promote second slide 42a movable backward.And the first slide rail 47a, first slide 41a are provided with the first frame 10a
Along the activity of the first slide rail 47a transverse reciprocatings, the second slide rail 48a is provided with first slide 41a, second slide 42a is along the
Two slide rail 48a longitudinal directions are movable back and forth.In addition, two guidings set 49a is provided with the first slide 41a, wherein a guiding set 49a
By guide hole 461a input side, another guiding set 49a is located at by shear knife 43a side.
Control cabinet 50a be arranged on the first frame 10a and control coalignment 30a and dynamic shearing device 40a coordinate
Work.
And wire-sending device 60a is provided between the actinobacillus device 20a and coalignment 30a, wire-sending device 60a
Connect control cabinet 50a, control cabinet 50a control wire-sending device 60a work；Specifically, the wire-sending device 60a includes actively
Roller 61a, driven voller 62a and the 4th drive mechanism 63a, drive roll 61a are rotatablely arranged on the first frame 10a, should be from
Dynamic roller 62a is rotatablely arranged at drive roll 61a surface, and the 4th drive mechanism 63a is arranged on the first frame 10a simultaneously
Drive roll 61a is driven to rotate.The both ends of the driven voller 62a can be adjustably arranged at up and down by stage clip 64a and screw rod 65a
Drive roll 61a surface.4th drive mechanism 63a includes motor 631a, drive pulley 632a, driven pulley 633a
And driving belt（Do not show in figure）, motor 631a is fixed on the first frame 10a, and drive pulley 632a is installed on motor
On 631a output shaft, driven pulley 633a is arranged and is fixed on drive roll 61a one end, and the driving belt is connected to master
Move between belt pulley 632a and driven pulley 633a.
As shown in Fig. 8 to Figure 15, medical jet main frame b includes the second frame 10b, hopper 20b, jet seat 30b, pushed away
Line apparatus 40b, poking device 50b, material pressing device 60b and extrusion device 70b.
Hopper 20b is arranged on the second frame 10b, has one-level hopper 21b, two level hopper 22b, three in hopper 20b
Level hopper 23b and extrusion manifold 24b, two level hopper 22b is located at one-level hopper 21b lower section and connects one-level hopper 21b；Should
Three-level hopper 23b is located at two level hopper 22b lower section and connects two level hopper 22b, extrusion manifold 24b connection three-level hoppers
23b；The two level hopper 22b and the 3rd hopper 23b are respectively positioned on circle.Also, the periphery of the three-level hopper 23b is provided with ring
Shape bosh 25b, to be cooled down to medicine.
Jet seat 30b is installed on extrusion manifold 24b output end and connects extrusion manifold 24b output end, jet seat
30b both ends are formed through line sending passage 31b, line sending passage 31b connection extrusion manifolds 24b；In the present embodiment, it is described to send
Line passage 31b output is provided with guide roller group 81b.
Push away line device 40b is arranged on the second frame 10b and by line sending passage 31b input side；It is described to push away
Line apparatus 40b includes drive roll 41b, driven voller 42b and motor 43b, and drive roll 41b and driven voller 42b are setting up and down, should
Motor 43b drives drive roll 41b to rotate.In the present embodiment, the both sides of the push away line device 40b are provided with guiding set 82b.
Poking device 50b includes the first main shaft 51b, rod for stiring materials 52b and the first drive mechanism 53b, first main shaft
51b upper end is stretched into hopper 20b, and rod for stiring materials 52b is installed on the first main shaft 51b upper end and in two level hopper 22b,
First drive mechanism 53b is arranged on the second frame 10b and couples with the first main shaft 51b lower end and drive the first main shaft
51b is rotated；In the present embodiment, the first drive mechanism 53b is motor, and the motor passes through belt（Do not show in figure）Drive the
One main shaft 51b is rotated.
Material pressing device 60b includes the second main shaft 61b, forward-reverse spiral 62b and the second drive mechanism 63b, second master
Axle 61b upper end is stretched into hopper 20b, and forward-reverse spiral 62b is installed on the second main shaft 61b upper end and is located at three-level hopper
In 23b, forward-reverse spiral 62b can prevent drug agglomeration, and second drive mechanism 63b is arranged on the second frame 10b and with second
Main shaft 61b lower end couples and drives the second main shaft 61b to rotate；In the present embodiment, the second drive mechanism 63b includes
Motor 631b, motor 631b pass through belt（Do not show in figure）It is driven the second main shaft 61b rotations.
Extrusion device 70b includes material-extruding rod 71b and the 3rd drive mechanism 72b, material-extruding rod 71b and extrusion manifold
24b is adapted and is arranged in extrusion manifold 24b, and the 3rd drive mechanism 72b is arranged on the second frame 10b and drives material extrusion
Bar 71b is axially movable back and forth along extrusion manifold 24b.In the present embodiment, the 3rd drive mechanism 72b is rocker assembly, should
Motor 631b drives rocker assembly activity, and rocker assembly couples with material-extruding rod 71b and and drives material-extruding rod 71b axially to live back and forth
It is dynamic.
Gear line apparatus 90b, gear line apparatus 90b are provided with the second frame 10b for controlling metal wire to coat medicine
The length of thing, gear line apparatus 90b are located on the outside of line sending passage 31b output end, gear line apparatus 90b include translating element 91b,
Catch 92b, the 3rd main shaft 93b, cam 94b and back-moving spring 95b, translating element 91b front and rear can actively be arranged at the back and forth
On two frame 10b, catch 92b is fixed on translating element 91b, and the 3rd main shaft 93b is rotatably installed on the second frame 10b
On, it is connected with driving belt between the 3rd main shaft 93b lower end and the second main shaft 61b lower end（Do not show in figure）, cam 94b
Be installed on the 3rd main shaft 93b upper end and promote translating element 91b movable forward, reset bullet 95b be connected to the second frame 10b and
Between translating element 91b and translating element 91b is promoted to reset backward.
As shown in Figure 16 to Figure 18, magnetic force collecting machine c include the 3rd frame 10c, conveyer belt 20c, magnetic line of force 30c and
Drive device 40c.
3rd frame 10c has a table top 11c, and table top 11c both ends are provided with conveying roller 50c.In this implementation
In example, the table top 11c tilts upward extension, and two conveying roller 50c are located at table top 11c top and bottom respectively.
The conveying roller 50c of conveyer belt 20c connections two simultaneously operates around table top 11c both ends, and table top 11c both sides are provided with more
The individual cincture 60c that conveyer belt 20c both sides are tilted, multiple cincture 60c are intervally arranged and are located at conveyer belt 20c inputs, defeated
The both sides with 20c are sent to be butted on corresponding cincture 60c；In the present embodiment, conveyer belt 20c input is located at table top 11c
Lower end, conveyer belt 20c output end is located at table top 11c upper end.And safety guard 70c is provided with the table top 11c,
Multiple cincture 60c are covered outside safety guard 70c, to prevent tong,
Magnetic line of force 30c is arranged on table top 11c and immediately below conveyer belt 20c middle part, the conveying of magnetic line of force 30c edges
Conveying direction extension with 20c.
Drive device 40c is arranged on the 3rd frame 10c, and drive device 40c drives a wherein conveying roller 50c to rotate.
In the present embodiment, the drive device 40c includes motor 41c and belt 42c, and motor 41c drives it by belt 42c
In a conveying roller 50c operate.
Dryer d conveying direction is vertical with magnetic force collecting machine c conveying direction, and dryer d concrete structure is existing
There is technology, dryer d concrete structure is not described in detail at this.
The operation principle that the present embodiment is described in detail is as follows：
During work, control system control metal wire alignment cutter a, medical jet main frame b, magnetic force collecting machine c and baking
Dry machine d cooperatings.
First, by plate-like metal line（Such as iron wire）It is positioned on actinobacillus device 20a unwrapping wire charging tray 21a, then, by metal
The end of line sequentially passes through wire-sending device 60a and coalignment 30a and introduces dynamic shearing device 40a；Then, machine, control are started
Case 50a control coalignments 30a, dynamic shearing device 40a and wire-sending device 60a cooperatings processed, in wire-sending device 60a work
Under, metal wire is released from actinobacillus device 20a and enters coalignment 30a and is straightened, and the metal wire after alignment enters dynamic
Dynamic shearing is carried out in shear 40a, so as to obtain the metal wire of a section fixed dimension.Metal wire is cut into dynamic
After cutting apparatus 40a, second drive mechanism 44a drives first slide 41a laterally movable so that shear knife 43a translational speed
It is identical with the axial movement speed of metal wire, after first slide 41a is moved to predeterminated position, the 3rd drive mechanism 45a quilts
Triggering so that second slide 42a longitudinally-movings, cut off metal wire so as to drive shear knife 43a to stretch out.
Then, the metal wire after cut-out enters in medical jet main frame b, and medicine has been placed in hopper 20b in advance, is dialling
In the presence of expecting device 50b, medicine enters in three-level hopper 23b from two level hopper 22b, and then, medicine is material pressing device 60b's
Effect is pushed down into extrusion manifold 24b, and then, in the presence of extrusion device 70b, medicine is entered jet seat 30b line sending
In passage 31b, at the same time, the metal wire sheared is sent into jet seat 30b line sending passage 31b by push away line device 40b, so as to
So that medicine is wrapped in outside metal wire, the metal wire output jet seat 30b of medicine is wrapped.
Then, the metal wire for completing medicine parcel enters in magnetic force collecting machine c, and drive device 40c drives conveying roller 50c
Rotate so that conveyer belt 20c operates around table top 11c both ends, and the metal wire for completing medicine parcel falls into conveyer belt 20c surface
On, because input end conveyer belt 20c both sides tilt, it can effectively prevent the metal wire laterally offset of packaging medicine from flying out conveying
Band 20c, after conveyer belt 20c is fallen into, in the presence of magnetic line of force 30c magnetic force, the metal wire of packaging medicine is ajusted between two parties, most
Afterwards, the metal wire after ajusting between two parties enters in dryer d from conveyer belt 20c output end output.
Finally, dryer d is dried to the medicine being wrapped in outside metal wire and exported automatically, you can electrical fire after complete
The making of finished product.
Design focal point of the present utility model is：By using control system control metal wire alignment cutter, medical jet
Main frame, magnetic force collecting machine and dryer cooperating, be automatically performed the alignment of metal wire and shearing, the parcel of medicine, half into
Product rewinding and drying, so as to which electrical fire finished product be made automatically, operation continuity is good, effectively increases efficiency, and yield is higher, together
When, it is whole without manually participating in, manpower consuming is greatly reduced, reduces production cost.
Technical principle of the present utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality
With new principle, and the limitation to scope of protection of the utility model can not be construed in any way.Based on explanation herein,
Those skilled in the art, which would not require any inventive effort, can associate other embodiments of the present utility model,
These modes are fallen within the scope of protection of the utility model.
Claims (10)
- A kind of 1. fully automatic electric blink manufacturing equipment, it is characterised in that：Include metal wire alignment cutter, medical jet master Machine, magnetic force collecting machine, dryer and control system；The metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and Dryer is set gradually；Metal wire alignment cutter includes the first frame, actinobacillus device, coalignment, dynamic shearing dress Put and control cabinet, the actinobacillus device, coalignment and dynamic shearing device are arranged side by side in the first frame successively；The medicine is penetrated Stream main frame includes the second frame, hopper, jet seat, push away line device, poking device, material pressing device and extrusion device, the hopper, Jet seat, push away line device, poking device, material pressing device and extrusion device may be contained within the second frame；The magnetic force collecting machine bag The 3rd frame, conveyer belt, the magnetic line of force and drive device are included, the conveyer belt, the magnetic line of force and drive device may be contained within the 3rd frame On；Control system control metal wire alignment cutter, medical jet main frame, magnetic force collecting machine and dryer work.
- 2. fully automatic electric blink manufacturing equipment as claimed in claim 1, it is characterised in that：The coalignment includes two axles Bearing, two rotating shafts, a rotating frame, multiple cylinders and one first drive mechanism；The two bearings seat interval is fixed in the first frame, Two rotating shaft is rotatably installed on two bearings seat respectively, and the both ends of each rotating shaft are formed through cable-through hole, the rotation The both ends of frame are fixedly connected with two rotating shafts respectively, and the both ends of rotating frame are provided with first through hole, and two first through hole are respectively with two Cable-through hole face is connected, and the plurality of cylinder, which is respectively separated, to be fixed in rotating frame, is extended radially through on each cylinder formed with the Two through holes, the axial direction of the second through hole and first through hole it is axially in parallel, the second through hole of multiple cylinders is helically arranged, and this first Drive mechanism drives a wherein axis of rotation.
- 3. fully automatic electric blink manufacturing equipment as claimed in claim 2, it is characterised in that：The dynamic shearing device includes First slide, second slide, shear knife and the second drive mechanism and the 3rd drive mechanism；The first slide can transverse reciprocating activity Ground is arranged in the first frame, has guide seat in the first slide, has guide hole, the guide hole and foregoing mistake on guide seat String holes face is connected, and the second slide longitudinally actively can be arranged in first slide back and forth, and the shear knife is fixed on the second cunning Movable back and forth with second slide longitudinal direction on seat, shear knife is located at by the output end of guide hole, and second drive mechanism is arranged at In first frame and drive first slide transverse reciprocating movable, the 3rd driving mechanisms control second slide longitudinal direction is movable back and forth.
- 4. fully automatic electric blink manufacturing equipment as claimed in claim 1, it is characterised in that：The actinobacillus device and coalignment Between be provided with wire-sending device, the wire-sending device connection control cabinet.
- 5. fully automatic electric blink manufacturing equipment as claimed in claim 4, it is characterised in that：The wire-sending device includes actively Roller, driven voller and the 4th drive mechanism, the drive roll are rotatablely arranged in the first frame, the driven voller rotatably arranged with In the surface of drive roll, the 4th drive mechanism is arranged in the first frame and drives drive roll to rotate.
- 6. fully automatic electric blink manufacturing equipment as claimed in claim 1, it is characterised in that：The hopper is arranged at the second frame On, there is one-level hopper, two level hopper, three-level hopper and extrusion manifold in hopper, the two level hopper is located under one-level hopper Side simultaneously connects one-level hopper；The three-level hopper is located at the lower section of two level hopper and connects two level hopper, extrusion manifold connection three Level hopper；The jet seat is installed on the output end of extrusion manifold and connects the output end of extrusion manifold, and the both ends of jet seat are run through Formed with line sending passage, line sending passage connection extrusion manifold；The push away line device is arranged in the second frame and is located at line sending passage Input side by.
- 7. fully automatic electric blink manufacturing equipment as claimed in claim 6, it is characterised in that：The poking device includes first Main shaft, rod for stiring materials and the first drive mechanism, the upper end of first main shaft are stretched into hopper, and the rod for stiring materials is installed on the first main shaft Upper end is simultaneously located in two level hopper, and first drive mechanism is arranged in the second frame and coupled and band with the lower end of the first main shaft Dynamic first main axis；The material pressing device includes the second main shaft, forward-reverse spiral and the second drive mechanism, second main shaft it is upper End is stretched into hopper, and the forward-reverse spiral is installed on the upper end of the second main shaft and in three-level hopper, and second drive mechanism is set It is placed in the second frame and couples with the lower end of the second main shaft and drive the second main axis, second drive mechanism includes Motor, the motor pass through the main axis of belt transmission second；The extrusion device includes material-extruding rod and the 3rd drive mechanism, and this is squeezed Material bar is adapted and is arranged in extrusion manifold with extrusion manifold, and the 3rd drive mechanism is arranged in the second frame and driven and squeezes Expect that bar is axially movable back and forth along extrusion manifold.
- 8. fully automatic electric blink manufacturing equipment as claimed in claim 7, it is characterised in that：3rd drive mechanism is rocking bar Component, motor driven rocker assembly activity, rocker assembly couple with material-extruding rod and and drive material-extruding rod axially movable back and forth；Institute State and gear line apparatus is provided with the second frame, the gear line apparatus is located on the outside of the output end of line sending passage, and gear line apparatus includes Translating element, catch, the 3rd main shaft, cam and back-moving spring, the translating element front and rear can be actively arranged in the second frame back and forth, The catch is fixed in translating element, and the 3rd main shaft is rotatably installed in the second frame, the lower end and second of the 3rd main shaft Driving belt is connected between the lower end of main shaft, the cam is installed on the upper end of the 3rd main shaft and promotes translating element movable forward, The back-moving spring is connected between the second frame and translating element and promotes translating element to reset backward.
- 9. fully automatic electric blink manufacturing equipment as claimed in claim 1, it is characterised in that：3rd frame has one Face, the both ends of the table top are provided with conveying roller；The conveying roller of conveying band connection two simultaneously operates, the both sides of table top around table top both ends Multiple cinctures that conveyer belt both sides are tilted are provided with, multiple cinctures are intervally arranged and are located at conveyer belt input, convey The both sides of band are butted on corresponding cincture；The magnetic line of force is arranged on table top and immediately below the middle part of conveyer belt, the magnetic line of force Extend along the conveying direction of conveyer belt；The drive device is arranged in the 3rd frame, and drive device drives a wherein conveying roller to turn It is dynamic.
- 10. fully automatic electric blink manufacturing equipment as claimed in claim 1, it is characterised in that：The conveying direction of the dryer It is vertical with the conveying direction of magnetic force collecting machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721049950.9U CN207180497U (en) | 2017-08-22 | 2017-08-22 | Fully automatic electric blink manufacturing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721049950.9U CN207180497U (en) | 2017-08-22 | 2017-08-22 | Fully automatic electric blink manufacturing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207180497U true CN207180497U (en) | 2018-04-03 |
Family
ID=61740365
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721049950.9U Expired - Fee Related CN207180497U (en) | 2017-08-22 | 2017-08-22 | Fully automatic electric blink manufacturing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207180497U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110465608A (en) * | 2019-08-06 | 2019-11-19 | 罗佳军 | The full-automatic fast blanking apparatus for fastening of diameter 0.7mm-1mm iron wire electrical fire (fireworks) |
-
2017
- 2017-08-22 CN CN201721049950.9U patent/CN207180497U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110465608A (en) * | 2019-08-06 | 2019-11-19 | 罗佳军 | The full-automatic fast blanking apparatus for fastening of diameter 0.7mm-1mm iron wire electrical fire (fireworks) |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204867239U (en) | Steel wire clothes hanger make -up machine that dries in air | |
| CN107339918A (en) | Fully automatic electric blink manufacturing equipment | |
| CN207180497U (en) | Fully automatic electric blink manufacturing equipment | |
| CN107953112A (en) | The metal wire alignment cutter of fully automatic electric blink manufacturing equipment | |
| CN105107690A (en) | Full-automatic sizing and powdering device for Christmas balls and full-automatic sizing and powdering production technique | |
| CN206744407U (en) | A kind of steamed bun process equipment | |
| CN104624901B (en) | Forging roll | |
| CN103651651A (en) | Noodle strip curing and calendaring device | |
| CN204534250U (en) | LED color lamp Full-automatic machine for producing and grabbing device | |
| CN103482306A (en) | Adjustable rubber sheet conveyor | |
| CN203762156U (en) | Orecchiette cake rewinding and moulding machine set | |
| CN206525445U (en) | Full-automatic heavy oil bread forming production line | |
| CN203581834U (en) | Adjustable rubber sheet conveyor | |
| CN108995858B (en) | Automatic crab binding equipment of arc rail mounted | |
| CN207547338U (en) | For manufacturing the roll bending machine of television frame | |
| CN104585273B (en) | A kind of croissant automatic machining device | |
| CN107309535B (en) | The automatic butt welding production line of robot suitable for detonator production | |
| CN207254767U (en) | Automatic interflow sorter of weighing | |
| CN207072605U (en) | Lump material feed | |
| CN105104464A (en) | Food stuffing filling machine | |
| CN113310306B (en) | Intelligent dryer for soft capsule production and soft capsule production process | |
| CN105684642A (en) | A vegetable planting pot carrying, picking and bundling device | |
| CN108575287A (en) | A kind of novel bionic harvesting roll-type corn corn snapping unit | |
| CN204634413U (en) | Mounted vegetable planting pot is carried, is plucked and lash device | |
| CN209208252U (en) | A kind of transfer printing wood grain equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180403 Termination date: 20190822 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |