CN206098159U - Small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device - Google Patents
Small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device Download PDFInfo
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- CN206098159U CN206098159U CN201621009195.7U CN201621009195U CN206098159U CN 206098159 U CN206098159 U CN 206098159U CN 201621009195 U CN201621009195 U CN 201621009195U CN 206098159 U CN206098159 U CN 206098159U
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Abstract
The utility model provides a small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device, includes frame, plastic housing delivery track, plain sub - conveying mechanism, top shell mechanism and spacing part, trend around the plastic housing delivery track is, plain sub - conveying mechanism includes transversely -moving base, clamping mechanism and drive transversely -moving base front and back reciprocating motion's translation mechanism, and clamping mechanism locates on the transversely -moving base, bottom plate, left side wall, right side wall and the back lateral wall of spacing parts enclose the cavity that can hold a plastic housing, and continuing in opening and plastic housing delivery track rear end that left side wall front end and right side wall front end constitute, is equipped with the through -hole on the bottom plate, pushing up shell mechanism and including propulsion arm and top shell cylinder, during the propulsion arm was in the through -hole of bottom plate, the propulsion arm was in the transversely -moving base below, and the top shell piston rod of the cylinder just be connected with the propulsion arm up. The utility model discloses in the plain son of condenser that can automatic welding pin inserts the plastic housing, remove it in order to accomplish the encapsulating to the filling device on again, be favorable to improving work efficiency and reduce the cost of labor.
Description
Technical field
The utility model is related to manufacture the special equipment of capacitor, and in particular to a kind of miniature thin-film capacitor inserts shell automatically
The slotting housing apparatus of pouring integrated machine.
Background technology
Thin film capacitor is a kind of capacitor of function admirable, and its key property is as follows：Nonpolarity, insulation impedance is very high,
Frequency characteristic is excellent（Frequency is accordingly broad）, and dielectric loss very little.Due to function admirable, thin film capacitor is in electronics, family
The industries such as electricity, communication, electric power are widely used.
The making of thin film capacitor mainly comprises the steps：（1）Make capacitor element（Capacitor element is capacitor
Semi-finished product）, can be by metal forming（Metal forming is used as electrode）Capacitor element is made together with winding after overlapping with plastic sheeting
Son, it is also possible to be deposited with the very thin metal of last layer on a plastic film（Metal level on evaporation is used as electrode）And metallized
Film, then metallized film is wound and make capacitor element；Capacitor element made by rolled is usually cylinder
（Generally also the flat operation of folder is imposed to cylindrical capacitor sub-prime using hot pressing mode, make flat-shaped cylindrical capacitor sub-prime）；
（2）Capacitor element is energized, it is that capacitor element is placed in the fixture of enabling apparatus and to capacitor element to energize
Two conducting end applied voltages, remove the inner conductive hidden danger of capacitor element, make the inner conductive defect of capacitor element from
More；（3）Welding pin；（4）Encapsulation, encapsulation is to contain epoxy resin dipping in the outside of the capacitor element of welding pin, or
The capacitor element of welding pin is put in plastic housing, and glue is poured in plastic housing（Both epoxy resin）With fixed electricity
Container sub-prime.After the operations such as capacitor element is through energizing, welding pin, encapsulation, become capacitor finished product.
For miniature thin-film capacitor, mostly the capacitor element of welding pin is inserted using manual type mould at present
In material shell, then glue is circulated in plastic casing carrys out fixed capacity device sub-prime, to complete the packaging process of miniature thin-film capacitor,
Not only cost of labor is higher for this mode, and automaticity is low, and operating efficiency is low；Further, since inserting the position of shell every time
Put and there is deviation, be easily caused packaged homogeneity of product poor.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of miniature thin-film capacitor and inserts shell encapsulating one automatically
The slotting housing apparatus of machine, this slotting housing apparatus can automatically by the capacitor element of welding pin insertion plastic housing, then by its
Being moved on filling apparatus carries out encapsulating, high degree of automation, is conducive to improving operating efficiency and reducing cost of labor, and favorably
There is preferable uniformity in packaged product is made.Using technical scheme it is as follows：
A kind of miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically, it is characterised in that including frame, modeling
Material shell delivery track, sub-prime conveying mechanism and top shell mechanism；Plastic housing delivery track moves towards and is fixedly mounted on frame for before and after
On；Sub-prime conveying mechanism includes translating base and clamp system, and on translating base, sub-prime conveying mechanism also includes energy to clamp system
Enough drive the translation mechanism moved back and forth before and after translating base；Limiting component is additionally provided with frame, it is defeated that limiting component is in plastic housing
Send track rear and just to the rear end of plastic housing delivery track；Limiting component has base plate, left side wall, right side wall and rear wall,
Base plate, left side wall, right side wall and rear wall surround the cavity that can accommodate a plastic housing, left side wall front end and right side wall front end
The opening of composition and the backhaul of plastic housing delivery track, base plate is provided with through hole；Top shell mechanism includes propulsion arm and top shell
Cylinder, propulsion arm is in the through hole on limiting component base plate, and propulsion arm is in translating base lower section, and the cylinder body of top shell cylinder is fixed
In frame, the piston rod of top shell cylinder is fixedly connected upward and with propulsion arm.
The capacitor element of welding pin is generally sequentially arranged in a stripe board from A-P, each capacitor element
Pin is bonded in stripe board.When above-mentioned miniature thin-film capacitor inserts the jack devices work of shell pouring integrated machine automatically, clamp
Stripe board is clamped by mechanism, and capacitor element by stripe board and its above is fixed on translating base（Stripe board is typically located at translation
Seat side）, capacitor element is in the underface of pin, and by translation mechanism translating base and its stripe board, electric capacity above are driven
Device sub-prime is moved together from A-P；Plastic housing is moved on plastic housing delivery track from A-P（Generally by batches of plastics
Shell is put into vibrating disk, is transported to one by one on plastic housing delivery track after being arranged by vibrating disk, and plastic housing is opening up）；Modeling
The rear end of material shell Jing plastic housing delivery track is reached in the cavity of limiting component, and limiting component left side wall, right side wall and after
Opening up state is kept in the presence of the wall of side, and is in propulsion arm top（The now plastic housing on plastic housing delivery track
Suspend movement）；When capacitor element reach propulsion arm above correspondence position when, translation mechanism make translating base suspend movement, together
When top shell air cylinder driven propulsion arm rise, propulsion arm promotes plastic housing to move from bottom to top, until capacitor element insertion plastics
In shell；Subsequently the piston rod of top shell cylinder shrinks, and propulsion arm declines reset（The upper surface of usual propulsion arm and limiting component base plate
Upper surface it is concordant, the upper surface of limiting component base plate is concordant with plastic housing delivery track）；Then phase on plastic housing delivery track
Latter adjacent plastic housing is just entered in the cavity of limiting component, meanwhile, translation mechanism drives translating base and its bar shaped above
Plate, capacitor element continue to be moved rearwards by together, when latter adjacent capacitor element reaches the corresponding position above propulsion arm
When putting, top shell cylinder drives again propulsion arm and plastic housing to move up, and makes latter capacitor element insert latter plastics
In shell；By repeating said process, it is capable of achieving to be inserted shell automatically one by one to each capacitor element in stripe board.Generally, at this
The slotting housing apparatus rear of utility model is provided with glue-pouring device, after all of capacitor element all completes to insert shell in a stripe board,
Glue-pouring device encapsulating is delivered to backward together by translation mechanism capacitor element by the stripe board and its above；Subsequently, translate
Mechanism drives translating base to move forward, and reclamps next stripe board, and the capacitor element above it is carried out to insert shell operation.
The first photocell eye and the second photocell eye are generally additionally provided with above-mentioned frame, the first photocell eye is for detecting whether there is modeling
Material shell is reached in the cavity of limiting component, and the second photocell eye is for detecting whether there is capacitor element to reach directly over propulsion arm.
When the first photocell eye detect plastic housing reach limiting component cavity in and the second photocell eye detected capacitor element
When son is reached directly over propulsion arm, the first photocell eye and the second photocell eye send a signal to control circuit, and control circuit is just exported
Control signal suspends translation mechanism, and makes the rising of top shell air cylinder driven propulsion arm carry out inserting shell.
In preferred version, above-mentioned translation mechanism includes line slideway, translation motor and screw rod, and line slideway is fixedly mounted on
Move towards in frame and for before and after, the translating base is arranged on line slideway and with line slideway and is slidably matched, and screw rod is rotatable
It is parallel to each other in frame and with line slideway, one end of screw rod is connected with the pto of translation motor,
Translating base is provided with the screw being meshed with screw rod.So, can by the power output shaft of translation motor come drive screw turns,
Translating base can be made to move back and forth before and after line slideway.
In preferred version, fairlead is additionally provided with above-mentioned frame, fairlead is in the top of the limiting component, fairlead
With about one pilot hole for moving towards, pilot hole matches with plastic housing size, and pilot hole is in the surface of the propulsion arm.
When top shell air cylinder driven propulsion arm, when plastic housing is moved from bottom to top, fairlead puts down can the plastic housing above propulsion arm
It is steady to rise, to guarantee that capacitor element can smoothly load in plastic housing.
In preferred version, above-mentioned miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also includes feeding
Groove, drawing-inroller and feeding motor, chute feeder is moved towards in frame and for before and after, and the rear end of chute feeder conveys with the plastic housing
Track front end is mutually continued, and the left side wall of chute feeder is provided with a breach, and drawing-inroller may be rotatably mounted in frame and its wheel shaft is
Move towards up and down, the edge portions of drawing-inroller are stretched in chute feeder from the breach, power output shaft and the drawing-inroller of feeding motor
Wheel shaft is connected.In this case, the plastic housing that Jing vibrating disks are transferred out first is reached in chute feeder, and the power of feeding motor is defeated
Shaft drives drawing-inroller to rotate, the plastic housing wall contacts in the edge portions and chute feeder of drawing-inroller, and plastic housing is applied
Towards the active force of plastic housing delivery track, so as to the plastic housing in chute feeder is moved to into plastic housing delivery track from A-P
It is interior.
In preferred version, glue injecting head is additionally provided with above-mentioned frame, glue injecting head is in the plastic housing delivery track top.When
When plastic housing is moved to the underface of glue injecting head, glue injecting head instills a small amount of glue in plastic housing, and in plastic housing bottom glue is formed
Layer；When in capacitor element insertion plastic housing, the glue-line of plastic housing bottom can be bonding with capacitor element by plastic housing, can prevent
Only plastic housing drops.
In preferred version, above-mentioned miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also includes upper compression
Mechanism, upper hold-down mechanism includes top shoe, upper slide rail and upper pressure strip, and upper slide rail is for left and right trend and is fixedly mounted on frame
On, top shoe is arranged on upper slide rail and with upper slide rail and is slidably matched；Upper pressure strip is fixedly connected with top shoe, upper pressure strip with
The translating base position is corresponding, and frame is provided with the upper drive cylinder that top shoe or so can be driven to move back and forth.Can pass through
Upper drive cylinder piston rod it is flexible driving top shoe to move back and forth along upper slide rail or so, compress pressure strip or away from flat
Move seat.The stripe board and its capacitor element above being fixed on translating base is between translating base and upper pressure strip, so,
When top shell mechanism carries out inserting shell to capacitor element, upper drive cylinder drives top shoe, makes pressure strip common with translating base
By bar shaped board clamping, stripe board and its capacitor element position above is set to keep stable, to guarantee that capacitor element can be smoothly
Load in plastic housing.
More preferably in scheme, above-mentioned miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also to be included pushing
Tight mechanism, lower hold-down mechanism includes sliding block, glidepath and lower pressure strip, and glidepath is for left and right trend and is fixedly mounted on frame
Under, sliding block is located on glidepath and is slidably matched with glidepath；Lower pressure strip is fixedly connected with sliding block, lower pressure strip with it is flat
Move seat and put corresponding, the lower drive cylinder that sliding block or so can be driven to move back and forth is additionally provided with frame.Can be by lower drive
Take offence the flexible driving sliding block to move back and forth along glidepath or so of cylinder piston rod, lower pressure strip is compressed or away from translation
Seat.When top shell mechanism carries out inserting shell to capacitor element, lower drive cylinder drives sliding block, lower pressure strip is total to translating base
With the pin on the capacitor element of shell to be inserted is clamped, make the capacitor element position keep stable, further ensure that electric capacity
Device sub-prime can smoothly load in plastic housing.
In preferred version, above-mentioned clamp system includes front compressor arm, front oscillating cylinder, rear compressor arm and rear oscillating cylinder,
Front oscillating cylinder is located at translating base front end, and front compressor arm is connected with the power output shaft of front oscillating cylinder, and rear oscillating cylinder is located at
Translation base rear end, rear compressor arm is connected with the power output shaft of rear oscillating cylinder.Miniature thin-film capacitor inserts shell encapsulating one automatically
When capacitor element of the feed mechanism of body machine by stripe board and its above delivers to translating base side, front oscillating cylinder is pressed before driving
Tight bar swings and pushes down stripe board leading section, and compressor arm swings and push down stripe board rearward end after rear oscillating cylinder drives, so as to
Capacitor element by stripe board and its above is fixed on translating base.
The utility model automatically can insert the capacitor element of welding pin in plastic housing, then be moved to fill
To complete encapsulating on assembling device, high degree of automation is conducive to improving operating efficiency and reducing cost of labor, and is conducive to making envelope
The product for installing has preferable uniformity.
Description of the drawings
Fig. 1 is the structural representation of the utility model preferred embodiment；
Fig. 2 is the knot that miniature thin-film capacitor shown in Fig. 1 inserts top shell mechanism in the slotting housing apparatus of shell pouring integrated machine automatically
Structure schematic diagram；
Fig. 3 is the A-A sectional views of Fig. 2.
Specific embodiment
As shown in Figure 1 and Figure 2, this miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine including frame automatically
1st, plastic housing delivery track 2, sub-prime conveying mechanism 3 and top shell mechanism 4；Plastic housing delivery track 2 is moved towards and fixed peace for before and after
It is mounted in frame 1；Sub-prime conveying mechanism 3 includes translating base 31 and clamp system 32, and clamp system 32 is pressed from both sides on translating base 31
Tight mechanism 32 includes front compressor arm 321, front oscillating cylinder 322, rear compressor arm 323 and rear oscillating cylinder 324, front oscillating cylinder
322 are located at the front end of translating base 31, and front compressor arm 321 is connected with the power output shaft of front oscillating cylinder 322, rear oscillating cylinder 324
Located at the rear end of translating base 31, rear compressor arm 323 is connected with the power output shaft of rear oscillating cylinder 324；Sub-prime conveying mechanism 3 is also wrapped
Including can drive the translation mechanism moved back and forth before and after translating base 31；Translation mechanism includes line slideway 33, the and of translation motor 34
Screw rod 35, line slideway 33 be fixedly mounted in frame 1 and for before and after move towards, translating base 31 be arranged on line slideway 33 on and with
Line slideway 33 is slidably matched, and screw rod 35 may be rotatably mounted in frame 1 and be parallel to each other with line slideway 33, screw rod 35
One end is connected with the pto of translation motor 34, and translating base 31 is provided with the screw 311 being meshed with screw rod 35；Machine
Glue injecting head 5 is additionally provided with frame 1, glue injecting head 5 is in the top of plastic housing delivery track 2；With reference to Fig. 2, Fig. 3, limit is additionally provided with frame 1
Position part 6, limiting component 6 is in the rear of plastic housing delivery track 2 and just to the rear end of plastic housing delivery track 2；Limiting component 6
With base plate 61, left side wall 62, right side wall 63 and rear wall 64, base plate 61, left side wall 62, right side wall 63 and rear wall 64 are surrounded
The cavity 65 of a plastic housing 7 can be accommodated, the opening that left side wall front end 62 and the front end of right side wall 63 are constituted is conveyed with plastic housing
The backhaul of track 2, base plate 61 is provided with through hole 611；Top shell mechanism 4 includes propulsion arm 41 and top shell cylinder 42, propulsion arm
41 are in the through hole 611 on the base plate 61 of limiting component 6, and propulsion arm 41 is in the lower section of translating base 31, the cylinder of top shell cylinder 42
Body is fixedly mounted in frame 1, and the piston rod of top shell cylinder 42 is fixedly connected upward and with propulsion arm 41；It is additionally provided with frame 1
Fairlead 43, fairlead 43 is in the top of limiting component 6, and fairlead 43 has about one pilot hole 431 for moving towards, pilot hole
431 match with the size of plastic housing 7, and pilot hole 431 is in the surface of propulsion arm 41.
In the present embodiment, above-mentioned miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine also including feeding automatically
Groove 8, drawing-inroller 9, feeding motor 10, upper hold-down mechanism 11 and lower hold-down mechanism 12, chute feeder 8 is in frame 1 and for before and after
Trend, rear end and the front end of plastic housing delivery track 2 of chute feeder 8 are mutually continued, and the left side wall 81 of chute feeder 8 is provided with a breach
811, drawing-inroller 9 may be rotatably mounted in frame 1 and its wheel shaft is to move towards up and down, and the edge portions of drawing-inroller 9 are from the breach 811
In stretching into chute feeder 8, power output shaft and the wheel shaft of drawing-inroller 9 of feeding motor 10 are connected；Upper hold-down mechanism 11 includes
Top shoe 111, upper slide rail 112 and upper pressure strip 113, upper slide rail 112 is for left and right trend and is fixedly mounted in frame 1, upper cunning
Block 111 is arranged on upper slide rail 112 and with upper slide rail 112 and is slidably matched；Upper pressure strip 113 is fixedly connected with top shoe 111, on
Pressure strip 113 is corresponding with the position of translating base 31, and frame 1 is provided with the upper drive that top shoe 111 or so can be driven to move back and forth
Take offence cylinder；Lower hold-down mechanism 12 include sliding block 121, glidepath 122 and lower pressure strip 123, glidepath 122 for left and right trend and
Under being fixedly mounted on frame 1, sliding block 121 is located on glidepath 122 and is slidably matched with glidepath 122；Lower pressure strip 123 with
Sliding block 121 is fixedly connected, and lower pressure strip 123 is corresponding with the position of translating base 31, and being additionally provided with frame 1 can drive sliding block
121 or so the lower drive cylinders for moving back and forth.
The capacitor element 13 of welding pin is generally sequentially arranged in a stripe board 14 from A-P, each capacitor element
The pin of son 13 is bonded in stripe board 14；The first photocell eye and the second photocell eye are additionally provided with frame 1, the first photocell eye is used for
In detecting whether the cavity 65 that plastic housing 7 reaches limiting component 6, the second photocell eye is for detecting whether there is capacitor element 13
Reach directly over propulsion arm 41；Glue-pouring device is provided with above-mentioned slotting housing apparatus rear.
The operation principle of brief description once this slotting housing apparatus：
Front oscillating cylinder 322 drives front compressor arm 321 to swing and pushes down the leading section of stripe board 14, and rear oscillating cylinder 324 drives
Compressor arm 323 swings and pushes down the rearward end of stripe board 14 after dynamic, and capacitor element 13 by stripe board 14 and its above is fixed on
On translating base 31（Stripe board 14 is typically located at the side of translating base 31）, capacitor element 13 is in the underface of pin, translation electricity
The power output shaft drive screw 35 of machine 34 is rotated, and makes translating base 31 and its stripe board above 14, capacitor element 13 together
Move from A-P along line slideway 33；The plastic housing 7 that Jing vibrating disks are transferred out first is reached in chute feeder 8, feeding motor 10
Power output shaft drives drawing-inroller 9 to rotate, the wall contacts of plastic housing 7 in the edge portions and chute feeder 8 of drawing-inroller 9, right
Plastic housing 7 applies the active force towards plastic housing delivery track 2, and the plastic housing 7 in chute feeder 8 is moved to into plastics from A-P
In shell delivery track 2；Plastic housing 7 is moved on plastic housing delivery track 2 from A-P（Generally batches of plastic housing 7 is put into
Vibrating disk, is transported to one by one on plastic housing delivery track 2 after being arranged by vibrating disk, and plastic housing 7 is opening up）；Work as plastics
When shell 7 is moved to the underface of glue injecting head 5, glue injecting head 5 instills a small amount of glue in plastic housing 7, and in the bottom of plastic housing 7 glue is formed
Layer；The rear end of the Jing plastic housings delivery track 2 of plastic housing 7 is reached in the cavity 65 of limiting component 6, and in the left side wall of limiting component 6
62nd, opening up state is kept in the presence of right side wall 63 and rear wall 64, and is in the top of propulsion arm 41（Now plastic housing
Plastic housing 7 on delivery track 2 suspends movement）；When the first photocell eye detects the cavity that plastic housing 7 reaches limiting component 6
In 65 and when the second photocell eye has detected capacitor element 13 and reaches 41 surface of propulsion arm, the first photocell eye and the second light
Electric eye sends a signal to control circuit, and just output control signal controls translation mechanism to control circuit, makes translating base 31 suspend movement；
Upper drive cylinder drives top shoe 111, makes pressure strip 113 jointly clamp stripe board 14 with translating base 31；Meanwhile, lower driving
Air cylinder driven sliding block 121, makes lower pressure strip 123 press from both sides with the common pin by the capacitor element 13 of shell to be inserted of translating base 31
Tightly；Top shell cylinder 42 drives propulsion arm 41 and its plastic housing above 7 to move from bottom to top, through the pilot hole of fairlead 43
431, until in the insertion plastic housing 7 of capacitor element 13（The glue-line of the bottom of plastic housing 7 glues plastic housing 7 with capacitor element 13
Connect）；Subsequently the piston rod of top shell cylinder 42 shrinks, and propulsion arm 41 declines reset（The upper surface of usual propulsion arm 41 and limiting section
The upper surface of part base plate 62 is concordant, and the upper surface of limiting component base plate 62 is concordant with plastic housing delivery track 2）；Then plastic housing
Latter plastic housing 7 adjacent on delivery track 2 is just entered in the cavity 65 of limiting component 6, meanwhile, translation mechanism drives translation
Seat 31 and its stripe board 14 above, capacitor element 13 continue to be moved rearwards by together, when latter adjacent capacitor element
During the correspondence position of the top of 13 arrival propulsion arm 41, top shell cylinder 42 drives again propulsion arm 41 and plastic housing 7 to move up, and makes
Latter capacitor element 13 is inserted in latter plastic housing 7；By repeating said process, it is capable of achieving to each electricity in stripe board 14
Container sub-prime 13 is inserted one by one shell automatically.After all of capacitor element 13 all completes to insert shell in a stripe board 14, by putting down
Capacitor element 13 of the telephone-moving structure by the stripe board 14 and its above is delivered to backward together glue-pouring device encapsulating；Subsequently, translate
Mechanism drives translating base 31 to move forward, and reclamps next stripe board 14, and the capacitor element 13 above it is carried out to insert shell
Operation.
The utility model is not limited to above-mentioned specific embodiment, it is every according to technical spirit of the present utility model to
Any simple modification, equivalent variations and modification that upper embodiment is made, all fall within the protection domain of technical solutions of the utility model
It is interior.
Claims (8)
1. a kind of miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically, it is characterised in that including frame, plastics
Shell delivery track, sub-prime conveying mechanism and top shell mechanism；Plastic housing delivery track is moved towards and is fixedly mounted in frame for before and after；
Sub-prime conveying mechanism includes translating base and clamp system, and on translating base, sub-prime conveying mechanism also includes can for clamp system
Drive the translation mechanism moved back and forth before and after translating base；Limiting component is additionally provided with frame, limiting component is in plastic housing conveying
Track rear and just to the rear end of plastic housing delivery track；Limiting component has base plate, left side wall, right side wall and rear wall, bottom
Plate, left side wall, right side wall and rear wall surround the cavity that can accommodate a plastic housing, left side wall front end and right side wall front end structure
Into opening and plastic housing delivery track backhaul, base plate is provided with through hole；Top shell mechanism includes propulsion arm and top shell gas
Cylinder, propulsion arm is in the through hole on limiting component base plate, and propulsion arm is in translating base lower section, and the cylinder body of top shell cylinder fixes peace
It is mounted in frame, the piston rod of top shell cylinder is fixedly connected upward and with propulsion arm.
2. miniature thin-film capacitor according to claim 1 inserts the slotting housing apparatus of shell pouring integrated machine automatically, and its feature exists
In：The translation mechanism includes line slideway, translation motor and screw rod, and line slideway is fixedly mounted in frame and walks for before and after
Be arranged on line slideway and with line slideway to, the translating base and be slidably matched, screw rod may be rotatably mounted in frame and
It is parallel to each other with line slideway, one end of screw rod is connected with the pto of translation motor, translating base is provided with and spiral shell
The screw that bar is meshed.
3. miniature thin-film capacitor according to claim 1 inserts the slotting housing apparatus of shell pouring integrated machine automatically, and its feature exists
In：The clamp system includes front compressor arm, front oscillating cylinder, rear compressor arm and rear oscillating cylinder, and front oscillating cylinder is located at flat
Seat front end is moved, front compressor arm is connected with the power output shaft of front oscillating cylinder, rear oscillating cylinder is compressed afterwards located at translation base rear end
Bar is connected with the power output shaft of rear oscillating cylinder.
4. the miniature thin-film capacitor according to any one of claim 1-3 inserts the slotting housing apparatus of shell pouring integrated machine automatically,
It is characterized in that：Fairlead is additionally provided with the frame, fairlead is in the top of the limiting component, and fairlead has on one
The pilot hole of lower trend, pilot hole matches with plastic housing size, and pilot hole is in the surface of the propulsion arm.
5. the miniature thin-film capacitor according to any one of claim 1-3 inserts the slotting housing apparatus of shell pouring integrated machine automatically,
It is characterized in that：The miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also includes chute feeder, drawing-inroller
And feeding motor, chute feeder trend, the rear end of chute feeder and plastic housing delivery track front end in frame and for before and after
Mutually continue, the left side wall of chute feeder is provided with a breach, and drawing-inroller may be rotatably mounted in frame and its wheel shaft is to move towards up and down,
The edge portions of drawing-inroller are stretched in chute feeder from the breach, and the power output shaft of feeding motor connects with the wheel shaft transmission of drawing-inroller
Connect.
6. the miniature thin-film capacitor according to any one of claim 1-3 inserts the slotting housing apparatus of shell pouring integrated machine automatically,
It is characterized in that：The miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also includes upper hold-down mechanism, on
Hold-down mechanism includes top shoe, upper slide rail and upper pressure strip, and upper slide rail is for left and right trend and is fixedly mounted in frame, top shoe
It is slidably matched on upper slide rail and with upper slide rail；Upper pressure strip is fixedly connected with top shoe, upper pressure strip and the translation
Seat puts corresponding, and frame is provided with the upper drive cylinder that top shoe or so can be driven to move back and forth.
7. miniature thin-film capacitor according to claim 6 inserts the slotting housing apparatus of shell pouring integrated machine automatically, and its feature exists
In：The miniature thin-film capacitor inserts the slotting housing apparatus of shell pouring integrated machine automatically also includes lower hold-down mechanism, lower hold-down mechanism
Including sliding block, glidepath and lower pressure strip, glidepath is for left and right trend and is fixedly mounted under frame, and sliding block is located at downslide
It is slidably matched on rail and with glidepath；Lower pressure strip is fixedly connected with sliding block, and lower pressure strip is corresponding with translating base position, machine
The lower drive cylinder that sliding block or so can be driven to move back and forth is additionally provided with frame.
8. the miniature thin-film capacitor according to any one of claim 1-3 inserts the slotting housing apparatus of shell pouring integrated machine automatically,
It is characterized in that：Glue injecting head is additionally provided with the frame, glue injecting head is in the plastic housing delivery track top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621009195.7U CN206098159U (en) | 2016-08-31 | 2016-08-31 | Small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621009195.7U CN206098159U (en) | 2016-08-31 | 2016-08-31 | Small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206098159U true CN206098159U (en) | 2017-04-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621009195.7U Expired - Fee Related CN206098159U (en) | 2016-08-31 | 2016-08-31 | Small -size film capacitor is automatic insert shell encapsulating all -in -one insert shell device |
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| Country | Link |
|---|---|
| CN (1) | CN206098159U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108212683A (en) * | 2018-02-12 | 2018-06-29 | 王健 | Refrigerant sealing cover production equipment |
| CN109243870A (en) * | 2018-11-12 | 2019-01-18 | 武汉轻工大学 | A kind of translation lane-change device of chip type capacitor |
| CN112420407A (en) * | 2020-12-16 | 2021-02-26 | 扬州日精电子有限公司 | Automatic encapsulating device who inserts shell encapsulating all-in-one of film capacitor |
-
2016
- 2016-08-31 CN CN201621009195.7U patent/CN206098159U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108212683A (en) * | 2018-02-12 | 2018-06-29 | 王健 | Refrigerant sealing cover production equipment |
| CN108212683B (en) * | 2018-02-12 | 2024-01-12 | 王健 | Production equipment for refrigerant sealing cover |
| CN109243870A (en) * | 2018-11-12 | 2019-01-18 | 武汉轻工大学 | A kind of translation lane-change device of chip type capacitor |
| CN109243870B (en) * | 2018-11-12 | 2020-02-07 | 武汉轻工大学 | Translation of chip capacitor trades a device |
| CN112420407A (en) * | 2020-12-16 | 2021-02-26 | 扬州日精电子有限公司 | Automatic encapsulating device who inserts shell encapsulating all-in-one of film capacitor |
| CN112420407B (en) * | 2020-12-16 | 2022-04-05 | 扬州日精电子有限公司 | Automatic encapsulating device who inserts shell encapsulating all-in-one of film capacitor |
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