TWM555103U - SMD carrier tape general-purpose material feeder - Google Patents

Abstract

The present invention is an SMD carrier tape universal receiving machine, comprising a mounting frame and a cam box carrier processing mechanism and a film feeding film feeding mechanism mounted on the mounting frame, and the cam box carrier processing mechanism comprises a mounting on the mounting frame. The main mounting plate and the cam spindle mechanism, the left feeding cutting mechanism, the right feeding cutting mechanism and the coating mechanism disposed on the main mounting plate, the left feeding cutting mechanism and the right feeding cutting mechanism are identical in structure and relatively arranged On both sides of the main mounting plate, the film feeding film feeding mechanism includes a film feeding mechanism and a film feeding mechanism of the film feeding mechanism. The SMD carrier tape universal feeder has the advantages of high automation, good processing quality, high work efficiency, convenient and flexible use, and reduced work intensity, which are not available in the prior art.

Description

SMD carrier tape universal feeder

The present invention relates to a carrier tape processing apparatus, and more particularly to a surface mount component (SMD) carrier tape universal feeder.

SMD carrier tape definition: Surface mount technology (SMT) surface mount electronic components are mostly SMD tape package, tray roll material, according to the carrier tape width: 8 mm (mm), 12 mm, 16 mm, 24 mm 32mm, 44mm...72mm, of which 8mm width accounts for more than 80% (in mobile phones and other industries, 8mm carrier tape accounts for more than 90%). The SMD carrier tape is placed on the loading rack of the placement machine, and the electronic components in the carrier tape are fed into the placement machine through a feeder. The placement machine suction nozzle absorbs the electronic components in the carrier tape for mounting. . When the remaining number of electronic components in the carrier tape reaches the set value, the operator needs to take a new tape carrier to the old carrier tape. Thus, the placement machine can work without stopping the machine, and there is no shortage. Material shutdown.

At present, in the SMT production process on the market, the carrier tape is completed manually. Manual feeding will have the following problems: 1, the skilled training period is long; 2, the skilled staff turnover is fast; 3, the receiving accuracy is not high, the alarm rate is high when feeding through the feeder; 4, leading to the SMT production line The rate of utilization is low.

In short, the prior art has technical defects such as low automation, low work efficiency, and poor processing quality.

The above various defects seriously limit the further development and popularization of the field.

In view of this, this creation provides a new technical solution to solve existing technical problems.

In order to overcome the deficiencies of the prior art, the present invention provides an SMD carrier tape universal feeder, which solves the technical defects of low efficiency, low automation, and poor processing quality in the prior art.

The technical solution adopted by this creation to solve its technical problems is:

The utility model relates to a SMD carrier tape universal receiving machine, comprising a mounting frame and a cam box carrier processing mechanism and a film feeding film feeding mechanism mounted on the mounting frame, and the cam box carrier tape processing mechanism comprises a main mounting plate mounted on the mounting frame And a cam spindle mechanism, a left feed cutting mechanism, a right feeding cutting mechanism and a coating mechanism disposed on the main mounting plate, the left feeding cutting mechanism and the right feeding cutting mechanism are structurally identical and relatively disposed on the main mounting plate On both sides, the film feeding film feeding mechanism comprises a film feeding mechanism and a film feeding mechanism of the film feeding mechanism, the film feeding mechanism is a film feeding mechanism, a left feeding cutting mechanism and a right feeding material. The cutting mechanism automatically cuts the two carrier tapes that need to be picked up, and the film-bonding mechanism adheres the film to the joint of the two carrier tapes, and the coating mechanism applies the two carrier tapes at the interface for coating treatment.

As an improvement of the above technical solution, the left feed cutting mechanism comprises a vertical mounting plate fixed on the main mounting plate, a carrier flow channel plate fixed on the vertical mounting plate, a carrier feeding motor, and an output of the carrier feeding motor. The carrier is provided with a carrier ratchet, the upper edge of the carrier belt ratchet passes through the carrier flow channel plate and can drive the carrier tape forward, and the vertical mounting plate is further provided with a cutter chute block with a chute therein, the cutter An upper cutter slider and a lower cutter slider which are slidable in the sliding slot are arranged on the sliding block, and an upper cutter and a lower cutter are respectively arranged on the upper cutter slider and the lower cutter slider, and the upper cutter slides The block and lower cutter sliders can be driven and synchronized by the cam spindle mechanism.

As a further improvement of the above technical solution, the left feed cutting mechanism further includes a carrier slide member, and the carrier slide assembly includes a slide guide post and a load disposed on the slide guide post and slidable on the slide guide post With a sliding cover, a sliding cover connecting block for movably connecting with the cam main shaft mechanism is disposed on the carrier sliding cover, and the cam main shaft mechanism can drive the carrier sliding cover to slide on the sliding guide column through the sliding cover connecting block, and the carrier sliding cover The assembly further includes a sliding cover limiting plate, a sliding cover compression spring is arranged between the sliding cover connecting block and the sliding cover limiting plate, the carrier tape pressing wheel is arranged on the carrier sliding cover, and the left feeding cutting mechanism further comprises an anti-dislocation component The anti-dislocation component comprises a carrier baffle, a reference plate having a reference surface is disposed on one side of the carrier baffle, and a carrier limit hinge plate is hinged on the other side of the carrier baffle, and one end of the carrier limit hinge plate is A compression spring is arranged between the vertical mounting plates, the carrier limit hinge plate is provided with an anti-dislocation lever, and the left feeding cutting mechanism further comprises an optical fiber detecting component, and the optical fiber detecting component comprises a grating wheel, a grating detecting fiber, and a feeding detecting fiber. Empty material launching fiber Empty receiving fiber.

As a further improvement of the above technical solution, the coating mechanism comprises a coating mechanism mounting bracket fixed on the main mounting board, a carrier supporting plate disposed on the mounting mechanism of the coating mechanism, a first sliding block of the coating film, and a second coating film. The slider, the upper part of the first slider of the envelope is connected with a carrier-type convex-bag floating pressure block by a spring, the upper part of the second slider is a carrier-side floating pressure block, and the coating mechanism mounting frame is further provided with a coating slider. The envelope slider is provided with a coating blade, the first slider of the coating and the second slider of the coating are driven by the cam spindle mechanism to slide, and the coating blade is hinged on the coating slider, and the coating blade A blade compression spring is disposed between the lower wall surface of one end of the knife and the envelope slider, and the other end of the coating blade is provided with an adjustment screw.

As a further improvement of the above technical solution, the cam spindle mechanism includes a cam main shaft and a spindle drive motor disposed at a lower portion of the main mounting plate. The cam main shaft is mounted on the main mounting plate through a spindle mounting plate, and the cam main shaft is provided with a synchronous pulley and a plurality of A timing belt is arranged between the output end of the cam and the spindle drive motor and the timing pulley. The spindle drive motor can drive the rotation of the cam spindle through the timing belt and the synchronous pulley. The output end of the spindle drive motor is provided with a gearbox, and the spindle drive motor passes through The gearbox drives the timing belt to operate, and the cam spindle mechanism further includes a cam swinging rod that cooperates with the cam, and the cam can drive the left feeding cutting mechanism, the right feeding cutting mechanism and some components in the coating mechanism through the cam swinging rod to operate.

As a further improvement of the above technical solution, the film feeding mechanism includes a film supply mechanism mounting plate and a film supply driving motor, a film supply disk, a film supply roller, a film supply blade assembly, and a back plate provided on the film supply mechanism mounting plate. The winding guide roller comprises a film mounting plate, a film driving motor mounted on the film mounting plate, a U-shaped groove limiting block with a U-shaped groove therein, a horizontal sliding mounting plate, and a vertical sliding mounting plate provided with a vertical a sliding mounting plate is mounted on the vertical sliding mounting plate with a front suction head element, a rear suction head element and a lamination tensioning element. The output end of the film driving motor is provided with a film motor gearbox, and the output end of the film motor gearbox is provided with a a swinging rod, the free end of the swinging rod is movably connected with a sliding driving rod, one end of the sliding driving rod is fixedly connected to the vertical sliding mounting plate, and the other end of the sliding driving rod is snapped into the U-shaped groove of the U-shaped groove limiting block and It can slide along the slotted path of the U-shaped groove in the U-shaped groove.

As a further improvement of the above technical solution, the film supply blade assembly comprises a blade drive motor and a blade mounting slide plate mounted on the film supply mechanism mounting plate, and the blade mounting blade is fixedly mounted with a blade and a blade driving rack, and the output end of the blade driving motor a scraper drive gear meshing with the scraper drive rack is provided, and the scraper drive motor can drive the scraper mounting slide plate and the scraper to move back and forth by the cooperation structure of the scraper drive gear and the scraper drive rack; the scraper mounting slide is mounted to the membrane supply mechanism through the scraper slide rail The mounting plate can be slid along the scraper slide rail, and the film supply mechanism mounting plate is further provided with a film pressing roller and a film elastic pressing wheel, and the film elastic pressing wheel can press a receiving film to the film pressing pressure. On the roller, the output pressure of the film supply roller and the rewinding guide roller and the film supply driving motor are connected through the film feeding belt, and the film driving motor drives the film pressing roller and the rewinding roller to rotate through the film feeding belt to supply the film. The mechanism mounting plate is further provided with a laminating press plate with a laminating tensioning assembly, and the laminating tensioning assembly can press the receiving film with the laminating press plate.

As a further improvement of the above technical solution, the film mounting plate is provided with a horizontal rail, the horizontal sliding mounting plate is mounted on the horizontal rail and can slide horizontally on the horizontal rail, and the horizontal sliding mounting plate is provided with a vertical rail, vertical The sliding mounting plate is mounted on the vertical rail and can slide vertically on the vertical rail.

As a further improvement of the above technical solution, the vertical sliding mounting plate is provided with a suction head mounting plate, and the suction head mounting plate is provided with a front suction head slide rail and a rear suction head slide rail, and the front suction head component and the rear suction head component respectively The utility model is disposed on the front suction rail and the rear suction rail and is slidable on the front suction rail and the rear suction rail respectively. The front suction head assembly comprises a front suction head sliding on the front suction rail. And a front suction head mount disposed on the front suction head slider, the front suction head mounting seat is provided with a front suction head, and the rear suction head assembly includes a rear suction head sliding seat and a setting disposed on the rear suction head slide rail The rear suction head on the rear suction head is provided with a suction head upper limit plate and a suction head lower limit plate, and a front suction head compression is arranged between the front suction head slider and the upper limit position of the suction head. A spring, a rear suction head and a suction head upper limit plate are provided with a rear suction head compression spring, and the front suction head slider and the rear suction head sliding seat are respectively provided with a suction head limit block for matching the suction head lower limit plate. The film tensioning assembly comprises a film upper limit block, a film lower limit block and a film slipper arranged on the vertical sliding mounting plate. The guide rail and the film limiting guide rail are provided with a film sliding seat, and the pressing film block is provided with a pressing film block and a limit matching block for the lower limit block of the pressing film, and the film sliding seat and the upper film block of the pressing film are arranged. There is a compression compression spring.

As a further improvement of the above technical solution, a rack cover, a pre-cutting mechanism, a receiving mechanism, a bar code comparison system and a battery power supply system are also included.

The beneficial effect of the creation is: This creation provides a SMD carrier tape universal receiving machine, which realizes automatic cutting of the carrier tape through the cam box carrier processing mechanism and the film feeding film feeding mechanism. Cutting, film feeding, filming, coating, etc., high work efficiency, stable processing quality, good processing quality, very suitable for large-scale automated modern production, effectively reducing the labor intensity of labor workers.

In short, the SMD carrier tape universal feeder solves the technical defects of the prior art, such as low work efficiency, low automation, and poor processing quality.

The present invention will be further described below in conjunction with the drawings and embodiments.

The concept, the specific structure, and the technical effects produced by the present invention will be clearly and completely described in conjunction with the embodiments and the reference drawings in order to fully understand the purpose, features and effects of the present invention. It is to be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. Based on the embodiments of the present invention, other embodiments obtained by those skilled in the art without creative efforts belong to the embodiments. The scope of this creative protection. In addition, all the coupling/joining relationships involved in the patents are not directly connected to the components, but rather may constitute a better coupling structure by adding or reducing the coupling accessories according to the specific implementation. The various technical features in the creation of this creation can be interactively combined without conflicting with each other, refer to Figures 1-19.

The utility model relates to a SMD carrier belt universal feeder, a package mounting frame, a cam box carrier processing mechanism mounted on the mounting frame and a film feeding film feeding mechanism, and the cam box carrier processing mechanism comprises a main mounting board mounted on the mounting frame. 1 and a cam spindle mechanism 2 disposed on the main mounting plate 1, a left feed cutting mechanism 3, a right feed cutting mechanism 4, and a coating mechanism 5, the left feed cutting mechanism 3 and the right feed cutting mechanism 4 are structurally The same and oppositely disposed on both sides of the main mounting plate 1, the film feeding film feeding mechanism comprises a film feeding mechanism 6 and a filming mechanism 7 of the film feeding mechanism 6, and the film feeding mechanism 6 is The film feeding mechanism 7 supplies the film, and the left feeding cutting mechanism 3 and the right feeding cutting mechanism 4 respectively automatically cut the two carrier tapes that need to be picked up, and the filming mechanism 7 adheres the receiving film to the joint of the two carrier tapes. The coating mechanism 5 coats the two carrier tapes at the interface.

Preferably, the left feed cutting mechanism 3 comprises a vertical mounting plate 301 fixed on the main mounting plate 1 and a carrier flow channel plate 302 fixed on the vertical mounting plate 301, a carrier feeding motor 303, a carrier feeding motor The output end of the 303 is provided with a carrier tape ratchet 304. The upper edge of the carrier tape ratchet 304 passes through the carrier tape runner plate 302 and can drive the carrier tape to be transported forward. The vertical mounting plate 301 is also provided with a cut groove provided therein. A knife chute block 305 is mounted on the cutter chute block 305 with an upper cutter slider 306 and a lower cutter slider 307 slidable in the sliding slot thereof, and the upper cutter slider 306 and the lower cutter slider 307 respectively An upper cutter 308 and a lower cutter 309 are provided, and the upper cutter slider 306 and the lower cutter slider 307 can be driven and synchronously moved by the cam spindle mechanism 2.

Preferably, the left feed cutting mechanism 3 further includes an optical fiber detecting element including a grating wheel 331, a grating detecting fiber 332, a feed detecting fiber 333, a hollow material emitting fiber 334, and a hollow receiving fiber 335.

Specifically, the ends of the two carrier tapes that need to be picked up are placed on the carrier flow channel plate 302 of the left feed cutting mechanism 3 and the right feed cutting mechanism 4, respectively, and the incoming detection fiber 333 detects the entry of the tape. After carrying the flow channel plate 302, a signal is sent, and the control center controls the carrier tape feeding motor 303 to drive the carrier tape ratchet 304 to rotate, and further the carrier tape ratchet 304 drives the carrier tape to move forward through the ratchet teeth, when the carrier tape moves to the empty material. When the transmitting fiber 334 and the empty receiving fiber 335 are located, the empty material emitting fiber 334 and the empty receiving fiber 335 detect the empty material length of the carrier tape and control the carrier tape feeding motor 303 to drive the carrier tape forward to the appropriate length, and further the cam spindle. The mechanism 2 drives the upper cutter slider 306 and the lower cutter slider 307 to slide in the cutter chute block 305, thereby driving the upper cutter 308 and the lower cutter 309 to move and accurately cutting the carrier tape.

Preferably, the left feed cutting mechanism 3 further includes a carrier slide member, and the carrier slide assembly includes a slide guide post 310 and a carrier tape disposed on the slide guide post 310 and slidable on the slide guide post 310 The slide cover 311 is provided with a slide connecting block 312 for movably connecting with the cam main shaft mechanism 2, and the cam main shaft mechanism 2 can drive the carrier slide 311 at the slide guide post 310 through the slide connecting block 312. The sliding cover assembly further includes a sliding cover limiting plate 313. The sliding cover connecting block 312 and the sliding cover limiting plate 313 are provided with a sliding cover compression spring 314. The carrier tape sliding cover 311 is provided with a carrier tape pressure. Wheel 315.

When the carrier tape is placed in the carrier tape runner 302 for cutting work, the slider connecting block 312 pushes the carrier tape slider 311 under the driving action of the cam spindle mechanism 2, and the carrier tape slider 311 is along the sliding guide pillar. 310 slides and covers the upper surface of the carrier flow channel plate 302 to prevent the carrier tape from running out of the carrier flow channel plate 302. In this process, the carrier tape pressing roller 315 compresses the carrier tape; the cutting is completed on the carrier tape. After the coating process, the cam spindle mechanism 2 drives the sliding cover connecting block 312 to reversely move, and the carrier tape sliding cover 311 moves backwards. The carrier tape sliding cover 311 overcomes the elastic force of the sliding cover compression spring 314 and leaves the carrier tape. The carrier tape is taken out from the carrier flow path plate 302. After the carrier tape is taken out from the carrier flow path plate 302, the carrier tape slide 311 is reset by the elastic force of the slide compression spring 314.

Preferably, the left feed cutting mechanism 3 further includes an anti-dislocation component, the misalignment prevention component includes a carrier baffle 320, and one side of the carrier baffle 320 is provided with a reference plate 321 having a reference surface, and the other side of the carrier baffle 320 The hinged loaded limit hinge plate 322 is provided with a compression spring between one end of the carrier limit hinge plate 322 and the vertical mounting plate 301, and the carrier limit hinge plate 322 is provided with a misalignment lever 323.

The anti-dislocation component is pressed against the misalignment lever 323 by the lower pressing block when the film is stuck, and the anti-displacement lever 323 rotates around the hinge point of the carrier limit hinge plate 322 to drive the inner side of the carrier limit hinge plate 322. The carrier tape further drives the carrier tape against the reference surface of the reference plate 321 so that the two carrier tapes can be accurately aligned to enhance the coating effect.

Preferably, the coating mechanism 5 includes a coating mechanism mounting bracket 51 fixed to the main mounting plate 1, a carrier support plate 52 disposed on the coating mechanism mounting frame 51, a first slider 53 and a coating film The two sliders 54 are connected to the upper portion of the first slider 53 by a spring with a carrier convex buoy block 55, and the upper portion of the second slider 54 is a carrier-side floating pressure block 56, and the coating mechanism mounting frame 51 An envelope slider 57 is further disposed, and the envelope slider 57 is provided with a coating blade 58, and the first slider 53 and the second slider 54 are driven to slide by the cam spindle mechanism 2; The blade 58 is hinged to the envelope slider 57. A blade compression spring 59 is disposed between the lower wall surface of one end of the coating blade 58 and the envelope slider 57, and the other end of the coating blade 58 is provided with an adjustment screw 50.

Specifically, the interfaces of the two carrier tapes that need to be picked up are located on the upper surfaces of the carrier tape convex buoy block 55 and the carrier tape side floating block 56, when the diaphragm is attached to the upper surface of the carrier tape and toward the carrier tape side. After the bending, the cam spindle mechanism 2 moves toward the carrier tape by its cam-driven envelope slider 57, and the envelope slider 57 drives the envelope blade 58 to press the side bent portion of the diaphragm toward the edge portion of the carrier tape. The lower wall surface, in this process, the cam spindle mechanism 2 slides the second slider 54 and the carrier-side floating pressure block 56 downward by its cam; after completing the coating of the lower wall of the carrier tape portion, the package The film slider 57 drives the envelope blade 58 to continue moving forward and envelop the lower wall surface of the intermediate portion of the carrier tape. In this process, the cam spindle mechanism 2 drives the first slider 53 and the carrier tape through the cam. The bag float block 55 is moved downward to facilitate the coating blade 58 to coat the convex hull of the carrier tape.

Preferably, the cam spindle mechanism 2 includes a cam spindle 21 and a spindle drive motor 22 disposed at a lower portion of the main mounting plate 1. The cam spindle 21 is mounted on the main mounting plate 1 via a spindle mounting plate 23, and the cam spindle 21 is provided with a timing pulley 24 and a plurality of cams 25, a timing belt 26 is disposed between the output end of the spindle drive motor 22 and the timing pulley 24. The spindle drive motor 22 can drive the cam spindle 21 to rotate by the timing belt 26 and the timing pulley 24.

Preferably, the output of the spindle drive motor 22 is provided with a gearbox 27 that drives the timing belt 26 through the gearbox 27.

Preferably, the cam spindle mechanism 2 further includes a cam swing lever 28 that cooperates with the cam 25, and the cam 25 can drive the left feed cutting mechanism 3, the right feed cutting mechanism 4, and some components in the coating mechanism 5 through the cam swing lever 28. .

The film feed mechanism 6 includes a film supply mechanism mounting plate 601, a film supply motor 602 disposed on the film supply mechanism mounting plate 601, a film supply tray 603, a film supply roller 604, a film supply blade assembly 65, and a rewinding The guide roller 606, the film sticking mechanism 7 includes a film mounting plate 701, a film driving motor 702 mounted on the film mounting plate 701, a U-shaped groove limiting block 73 having a U-shaped groove 703, and a horizontal sliding mounting plate 704 for horizontal sliding The mounting plate 704 is provided with a vertical sliding mounting plate 705. The vertical sliding mounting plate 705 is mounted with a front suction head assembly 76, a rear suction head assembly 77 and a film tensioning assembly 78. The output end of the film driving motor 702 is provided with The film motor gearbox 706, the output end of the film motor gearbox 706 is provided with a swinging lever 707. The free end of the swinging lever 707 is movably connected with a sliding driving lever 708. One end of the sliding driving lever 708 is fixedly connected to the vertical sliding mounting plate 705. The other end of the slide driving lever 708 is engaged in the U-shaped groove 703 of the U-shaped groove limiting block 73 and is slidable along the grooved path of the U-shaped groove 703 in the U-shaped groove 703.

In the practice of the present invention, the roll of the film is placed in the film supply tray 603, and the film strip is bypassed by the film feed roller 604 and the front end of the film supply blade assembly 65, and a plurality of film feed rollers 604 are bypassed. After that, it is finally wound on the rewinding guide roller 606. The film supply motor 602 is used as a power mechanism for rewinding the guide roller 606 and is used to drive the rewinding guide roller 606 to rotate. The film supply blade assembly 65 connects the film of the film. The film is torn open to facilitate the filming mechanism 7 to perform filming.

When the filming mechanism 7 is in operation, the film driving motor 702 controls the front suction head assembly 76, the rear suction head assembly 77, and the film tensioning assembly 78 to move forward and backward and up and down by the U-shaped groove limiting block 73. Specifically, When the front suction head assembly 76 and the rear suction head assembly 77 suck the take-up film, the film tensioning assembly 78 presses the film of the film of the film, and at the same time cooperates with the film-feeding blade member 65 to take the film from the film of the film. Further, the film driving motor 702 is operated to drive the swinging rod 707 to swing, and the swinging rod 707 drives the sliding driving rod 708 to swing. The sliding swinging rod 708 drives the front suction head assembly 76, the rear suction head assembly 77 and the laminating tensioning assembly. 78 slides along the slotted trajectory of the U-shaped slot 703 of the U-shaped slot stop block 73, providing the front nozzle element 76 and the rear nozzle element 77 with an upward-forward-downward film trajectory, ultimately achieving automatic Film.

Preferably, the film supply blade assembly 65 includes a blade drive motor 651 and a blade mounting slide plate 652 mounted on the film supply mechanism mounting plate 601. The blade mounting slide plate 652 is fixedly mounted with a blade 653 and a blade drive rack 654, and the blade drive motor 651 The output end is provided with a scraper drive gear 655 that meshes with the scraper drive rack 654. The scraper drive motor 651 can drive the scraper mounting sled 652 and the scraper 653 to move back and forth by the mating structure of the scraper drive gear 655 and the scraper drive rack 654. The scraper is mounted. The slider 652 is mounted to the film supply mechanism mounting plate 601 by the blade slide guide 656 and is slidable along the blade slide guide 656.

Preferably, the film feeding mechanism mounting plate 601 is further provided with a pressing film pressing plate 610 which is matched with the laminating tensioning assembly 78, and the laminating tensioning assembly 78 can be pressed against the laminating film pressing plate 610 to press the receiving film.

Specifically, before the film is detached from the film strip, the blade drive motor 651 drives the blade 653 through the blade drive gear 655 and the blade drive rack 654 to reach the foremost end, when the front nozzle element 76 on the filming mechanism 7 is When the suction head element 77 performs the film suction, the film tensioning assembly 78 is pressed with the film pressing plate 610 to press the film strip; the front suction head assembly 76 and the rear suction head assembly 77 suck the film, and the blade is driven. The motor 651 runs in the reverse direction and drives the scraper 653 to move backward. At this time, due to the recovery force of the rewinding guide roller 606 on the butt film strip, the strip of the film is separated from the film, and the suction of the film is successfully achieved. .

Preferably, the film supply mechanism mounting plate 601 is further provided with a film supply pressure roller 607 and a film supply elastic pressure roller 608. The film elastic pressure roller 608 can press the film of the film onto the film supply pressure roller 607 for film pressure. The roller 607 and the rewinding guide roller 606 are connected to the output end of the film supply driving motor 602 through the film supply timing belt 609, and the film supply driving motor 602 drives the film supply roller 607 and the rewinding guide roller 606 to rotate by the film supply timing belt 609.

The film supply elastic pressure roller 608 and the film supply pressure roller 607 can provide the recovery force of the fabric for the rewinding of the film strip.

Preferably, the foil mounting plate 701 is provided with a horizontal rail 709, the horizontal sliding mounting plate 704 is mounted on the horizontal rail 709 and can slide in the horizontal direction on the horizontal rail 709, and the horizontal sliding mounting plate 704 is provided with a vertical rail 710. The vertical slide mounting plate 705 is mounted on the vertical rail 710 and is slidable in the vertical direction on the vertical rail 710.

Preferably, the vertical sliding mounting plate 705 is provided with a suction head mounting plate 711, and the suction head mounting plate 711 is provided with a front suction head slide rail 712 and a rear suction head slide rail 713, a front suction head assembly 76 and a rear suction head assembly. 77 are respectively disposed on the front suction rail 712 and the rear suction rail 713 and are slidable on the front suction rail 712 and the rear suction rail 713, respectively.

Preferably, the front suction head assembly 76 includes a front suction head slider 761 disposed on the front suction head rail 712 and a front suction head mounting seat 762 disposed on the front suction head slider 761, the front suction head mounting seat 762 A front suction head 763 is mounted, and the rear suction head assembly 77 includes a rear suction head carriage 771 disposed on the rear suction head rail 713 and a rear suction head 772 disposed on the rear suction head carriage 771.

Preferably, the tip mounting plate 711 is provided with a tip upper limit plate 714 and a tip lower limit plate 715, and a front suction head compression spring 764 is disposed between the front suction head slider 761 and the tip upper limit plate 714. A rear suction head compression spring 773 is disposed between the suction head slider 771 and the suction head upper limit plate 711. The front suction head slider 712 and the rear suction head slide 713 are respectively provided with a suction head matched with the suction head lower limit plate 715. Limit block 716.

Specifically, during the film absorbing or filming process, when the vertical sliding mounting plate 705 moves downward, the front suction head compression spring 764 and the rear suction head compression spring 773 provide an elastic under the front suction head 763 and the rear suction head 772. Pressure helps protect the product or equipment from direct impact and prevents damage to the product or equipment.

Preferably, the film tensioning assembly 78 includes a film upper limit block 781, a film lower limit block 782, and a film sliding guide 783 disposed on the vertical sliding mounting plate 705, and the pressure film limiting guide 783 is provided with a pressure. The film slide 784, the film slide 784 is provided with a pressure film block 785 and a limit fit block 786 which is matched with the film lower limit block 782. The film slide block 784 and the film upper limit block 781 are provided with a film compression. Spring 787.

The SMD carrier tape universal feeder further includes a frame outer cover 81, a pre-cutting mechanism 82, a receiving mechanism 83, a bar code comparison system, and a battery power supply system 85.

The pre-cutting mechanism 82 is used for rough pre-cutting of the carrier tape, so that the cam box carrier processing mechanism can precisely cut the carrier tape; and the receiving mechanism 83 is used for receiving the two carrier tapes that complete the receiving. The processing includes a receiving motor; the bar code comparison system is used for bar code comparison of the two tape carriers of the material to prevent the carrier tape of different specifications from being picked up; the battery power supply system 85 is installed inside the frame cover 81 for the cam The box-carrying processing mechanism and the receiving film feeding film-feeding mechanism provide energy, so that the entire SMD carrier-type universal receiving machine has an independent power source, can be independently used without an external power source, and has high application flexibility and convenient use. The battery powered system 85 includes a rechargeable battery that can be recharged when the battery is exhausted.

The above is a detailed description of the preferred implementation of the present invention, but the present creative creation is not limited to the above embodiments, and those skilled in the art can make various equivalent modifications or substitutions without departing from the spirit of the present invention. Such equivalent modifications or substitutions are intended to be included within the scope defined by the scope of the invention.

1‧‧‧Main installation board
2‧‧‧Camshaft mechanism
21‧‧‧Cam Spindle
22‧‧‧Spindle drive motor
23‧‧‧Spindle mounting plate
24‧‧‧Synchronous pulley
25‧‧‧ cam
26‧‧‧Synchronous belt
27‧‧‧Transmission
28‧‧‧Cam swing lever
3‧‧‧Left feed cutting mechanism
301‧‧‧Vertical mounting plate
302‧‧‧ Carrier channel plate
303‧‧‧Carriage feeding motor
304‧‧‧With ratchet
305‧‧‧Cutter slide block
306‧‧‧Upper knife slider
307‧‧‧ Lower cutter slider
308‧‧‧Upper knife
309‧‧‧Lower knife
310‧‧‧Sliding guide column
311‧‧‧With slide cover
312‧‧‧Slider connection block
313‧‧‧Slider Limiting Plate
314‧‧‧Sliding compression spring
315‧‧‧Sliding compression spring
320‧‧‧With baffle
321‧‧‧ reference board
322‧‧‧With limit hinges
323‧‧‧Anti-dislocation lever
331‧‧‧Grating wheel
332‧‧‧Grating detection fiber
333‧‧‧Input detection fiber
334‧‧‧empty launch fiber
335‧‧‧empty receiving fiber
4‧‧‧Right feeding cutting mechanism
5‧‧‧filming mechanism
50‧‧‧Adjustment screw
51‧‧‧Packing mechanism mounting bracket
52‧‧‧ Carrier support plate
53‧‧‧The first slider of the envelope
54‧‧‧The second film of the envelope
55‧‧‧ Carrying convex hull floating block
56‧‧‧Loaded edge floating block
57‧‧‧coated film slider
58‧‧‧coated blade
59‧‧‧ Blade compression spring
6‧‧‧Feed film feeding mechanism
601‧‧‧film supply mechanism mounting plate
602‧‧‧film supply motor
603‧‧‧film supply tray
604‧‧‧film supply guide roller
606‧‧‧Rewinding guide roller
607‧‧‧film supply roller
608‧‧‧film elastic roller
609‧‧‧film timing belt
610‧‧‧Laminating pressboard
65‧‧‧film supply blade assembly
651‧‧‧Scraper drive motor
652‧‧‧Scraper mounting skateboard
653‧‧‧ scraper
654‧‧‧Scraper drive rack
655‧‧‧Scraper drive gear
656‧‧‧ scraper slide guide
7‧‧‧filming mechanism
701‧‧‧film mounting plate
702‧‧‧ Film Drive Motor
703‧‧‧U-shaped groove
704‧‧‧Horizontal sliding mounting plate
705‧‧‧Vertical sliding mounting plate
706‧‧‧film motor gearbox
707‧‧‧swing rod
708‧‧‧Sliding drive rod
709‧‧‧Horizontal guides
710‧‧‧Vertical rail
711‧‧‧Tip mounting plate
712‧‧‧Front tip slide
713‧‧‧ Rear Tip Slide
714‧‧‧ Tip ceiling plate
715‧‧‧ Tip lower limit plate
716‧‧‧Tip limit block
73‧‧‧U-shaped slot limit block
76‧‧‧Front tip assembly
761‧‧‧Front Tip Slider
762‧‧‧Front Tip Mount
763‧‧‧ front tip
764‧‧‧Front tip compression spring
77‧‧‧ Rear Tip Assembly
771‧‧‧ Rear Tip Slide
772‧‧‧After the tip
773‧‧‧ Rear Tip Compression Spring
78‧‧‧Film tensioning assembly
781‧‧‧film upper limit block
782‧‧‧film lower limit block
783‧‧‧film sliding guide
784‧‧‧film slide
785‧‧‧film block
786‧‧‧Limited fit block
787‧‧‧film compression spring
81‧‧‧Rack cover
82‧‧‧Precutting mechanism
83‧‧‧Receiving agency
85‧‧‧Battery power supply system

Figure 1 is a schematic view of the assembly of the creation; Figure 2 is a schematic view of the assembly of the other angle of the creation; Figure 3 is a schematic view of the assembly of the processing mechanism of the cam box carrier and the film feeding mechanism of the film in the present invention; It is a schematic diagram of the assembly of the cam box carrier processing mechanism in the present creation; FIG. 5 is a schematic view of the assembly of the cam box carrier processing mechanism in the present creation; FIG. 6 is a schematic structural view of the left feeding cutting mechanism in the present invention; 7 is a structural schematic diagram of another angle of the left feeding cutting mechanism in the present creation; FIG. 8 is a schematic structural view of the third angle of the left feeding cutting mechanism in the present creation; FIG. 9 is a schematic structural view of the coating mechanism in the present creation Figure 10 is a schematic view of the structure of the envelope structure in this creation; Figure 11 is a structural split view of the envelope mechanism in the present creation; Figure 12 is a schematic view of the structure of the cam spindle mechanism in the present creation; The figure is a schematic view of the assembly of the film feeding film feeding mechanism in the present invention; the 14th drawing is a schematic view of the assembly of the film feeding film feeding mechanism in the present invention; FIG. 15 is the film of the film in the present creation. Schematic diagram of the structure of the mechanism; Figure 16 is a schematic view of the structure of the feeding mechanism of the receiving film in the creation; Figure 17 is a schematic view of the structure of the filming mechanism in the creation; Figure 18 is another angle of the filming mechanism in the creation Schematic diagram of the structure; and Figure 19 is a structural split diagram of the filming mechanism in the present creation.

3‧‧‧Left feed cutting mechanism

4‧‧‧Right feeding cutting mechanism

5‧‧‧filming mechanism

6‧‧‧Feed film feeding mechanism

7‧‧‧filming mechanism

81‧‧‧Rack cover

82‧‧‧Precutting mechanism

83‧‧‧Receiving agency

85‧‧‧Battery power supply system

Claims (10)

The utility model relates to an SMD carrier tape universal receiving machine, characterized in that the SMD carrier tape universal receiving machine comprises: a mounting frame and a cam box carrier tape processing mechanism mounted on the mounting frame and a film feeding film feeding mechanism The cam box carrier processing mechanism includes a main mounting plate mounted on the mounting frame, a cam spindle mechanism disposed on the main mounting plate, a left feed cutting mechanism, a right feed cutting mechanism, and a package Membrane mechanism, the left feeding cutting mechanism and the right feeding cutting mechanism are structurally identical and disposed opposite to each side of the main mounting plate, the receiving film feeding film mechanism comprises a receiving film feeding mechanism and cooperation a film feeding mechanism of the film feeding mechanism, the film feeding mechanism supplies the film to the film feeding mechanism, and the left feeding cutting mechanism and the right feeding cutting mechanism respectively automatically carry the two carrier tapes that need to be picked up The filming mechanism adheres a film to the joint of the two carrier tapes, and the filming mechanism coats the two tapes at the interface. The SMD carrier tape universal pick-up machine of claim 1, wherein the left feed cutting mechanism comprises a vertical mounting plate fixed to the main mounting plate and a fixed to the vertical mounting plate a carrier flow channel plate and a carrier tape feeding motor, an output end of the carrier tape feeding motor is provided with a carrier tape ratchet, the carrier tape ratchet upper edge passes through the carrier tape flow channel plate and can drive the carrier tapes forward For transporting, the vertical mounting plate is further provided with a knife sliding groove block having a sliding groove, and an upper cutting knife slider and a lower cutting knife capable of sliding in the sliding groove are mounted on the cutting blade sliding block The upper cutter blade and the lower cutter slider are respectively provided with an upper cutter and a lower cutter, and the upper cutter slider and the lower cutter slider can be driven and synchronously moved by the cam spindle mechanism. The SMD carrier-type universal feeder according to claim 2, wherein the left feed cutting mechanism further comprises a carrier slide assembly, the carrier slide assembly includes a slide guide column and is disposed thereon a slide cover on the slide guide column and slidable on the slide guide post, the slide cover is provided with a slide connecting block for movably connecting with the cam spindle mechanism, and the cam main shaft mechanism can be Driving the carrier slide cover to slide on the slide guide post by the slide connecting block, the carrier slide assembly further comprising a slide limiting plate, the slide connecting block and the sliding cover limiting plate a slide compression spring is disposed, the carrier slide cover is provided with a carrier pressure roller, the left feed cutting mechanism further comprises an anti-dislocation component, the anti-dislocation component comprises a carrier baffle, the carrier baffle The side is provided with a reference plate having a reference surface, and the other side of the carrier tape baffle is hinged with a carrier limit hinge plate, and a compression spring is disposed between one end of the carrier limit hinge plate and the vertical mounting plate The carrier limit hinge plate is provided with an anti-dislocation lever, the left feed cutting machine The structure further includes a fiber detecting component including a grating wheel, a grating detecting fiber, a incoming detecting fiber, a hollow emitting fiber and a hollow receiving fiber. The SMD carrier-type universal feeder according to claim 1, wherein the coating mechanism comprises a coating mechanism mounting bracket fixed on the main mounting board and a mounting body disposed on the coating mechanism mounting frame. a carrier support plate, a first film slider, and a second film cover. The upper portion of the first slider of the film is connected with a carrier tape convex floating block by a spring, and the upper portion of the second slider of the film The utility model relates to a carrier-side floating pressure block, wherein the coating mechanism mounting frame further comprises a coating film slider, the coating film slider is provided with a coating blade, the first sliding block of the coating film and the second coating film The slider is driven to slide by the cam spindle mechanism, and the envelope blade is hinged on the envelope slider, and a blade compression spring is disposed between the lower wall surface of one end of the envelope blade and the envelope slider. The other end of the envelope blade is provided with an adjustment screw. An SMD carrier-type universal feeder according to claim 1, wherein the cam spindle mechanism comprises a cam spindle and a spindle drive motor disposed at a lower portion of the main mounting plate, the cam spindle being mounted through a spindle mounting plate a synchronous mounting pulley and a plurality of cams are disposed on a main mounting plate, and a timing belt is disposed between an output end of the spindle driving motor and the timing pulley, and the spindle driving motor can pass the timing belt And the timing pulley drives the rotation of the cam spindle, the output end of the spindle drive motor is provided with a gearbox, the spindle drive motor drives the timing belt to operate through the gearbox, and the cam spindle mechanism further comprises a cam to cooperate with the cams The cam swing levers are configured to drive the left feed cutting mechanism, the right feed cutting mechanism and a part of the components in the coating mechanism through the cam swing lever. The SMD carrier-type universal feeder according to claim 1, wherein the film feeding mechanism comprises a film feeding mechanism mounting plate and a film feeding motor disposed on the film feeding mechanism mounting plate, a film supply tray, a film supply guide roller, a film supply blade assembly, and a rewinding guide roller, the film assembly mechanism comprises a film mounting plate and a film driving motor mounted on the film mounting plate, and a U-shaped inner portion a U-shaped slot limiting block of the slot, a horizontal sliding mounting plate, the horizontal sliding mounting plate is provided with a vertical sliding mounting plate, and the vertical sliding mounting plate is provided with a front suction head assembly and a rear suction head assembly a film tensioning assembly, an output end of the film driving motor is provided with a film motor gearbox, an output end of the film motor gearbox is provided with a swinging rod, and a free end of the swinging rod is movably connected with a sliding driving rod One end of the sliding drive rod is fixedly connected to the vertical sliding mounting plate, and the other end of the sliding driving rod is engaged in the U-shaped groove of the U-shaped slot limiting block and can be along the U-shaped slot The slotted path of the U-shaped slot slides. An SMD carrier-type universal feeder according to claim 6, wherein the film supply blade assembly comprises a blade drive motor and a blade mounting slide plate mounted on the film supply mechanism mounting plate, the blade mounting plate A scraper and a scraper drive rack are fixedly mounted, and an output end of the scraper drive motor is provided with a scraper drive gear that meshes with the scraper drive rack, and the scraper drive motor can drive the rack through the scraper drive gear and the scraper drive The mating structure drives the scraper mounting slide and the scraper moves back and forth, and the scraper mounting slide is mounted to the supply mechanism mounting plate via a scraper slide rail and is slidable along the scraper slide rail, the film supply mechanism mounting plate Further, a film supply roller and a film supply elastic pressure roller are disposed, and the film supply elastic pressure roller can press the film of the film onto the film supply roller, the film supply roller and the rewinding roller and the An output end of the film supply driving motor is connected through a film feeding belt, and the film feeding driving motor drives the film feeding roller and the rewinding roller to rotate through the film feeding belt, and the film feeding mechanism is installed The plate is further provided with a pressure film pressing plate which cooperates with the film tensioning assembly, and the film tensioning assembly can press the film with the pressure film pressing plate. An SMD carrier-type universal feeder according to claim 6, wherein the foil mounting plate is provided with a horizontal rail, the horizontal sliding mounting plate is mounted on the horizontal rail and horizontally on the horizontal rail Sliding, the horizontal sliding mounting plate is provided with a vertical rail mounted on the vertical rail and slidable in the vertical direction on the vertical rail. The SMD carrier-type universal feeder according to claim 6, wherein the vertical sliding mounting plate is provided with a suction head mounting plate, the front mounting plate is provided with a front suction rail and a rear suction a head slide rail, the front suction head assembly and the rear suction head assembly are respectively disposed on the front suction head rail and the rear suction head slide rail and respectively on the front suction head slide rail and the rear suction head slide rail Sliding, the front suction head assembly includes a front suction head slider disposed on the front suction head slide rail and a front suction head mounting seat disposed on the front suction head slider, and the front suction head mounting seat is mounted There is a front suction head assembly including a rear suction head slide disposed on the rear suction head slide rail and a rear suction head disposed on the rear suction head slide, the suction head mounting plate is disposed There is a top limit position plate and a lower limit position plate, and a front suction head compression spring is disposed between the front suction head slider and the upper limit position plate of the suction head, and the rear suction head slide seat and the upper limit position plate of the suction head There is a rear suction head compression spring, and the front suction head slider and the rear suction head sliding seat are respectively provided with one of the lower limit position plates of the suction head a film stopper assembly, comprising: a film upper limit block, a film lower limit block and a film slide guide disposed on the vertical slide mounting plate, the film limit rail a pressure film sliding seat is arranged, the pressing film sliding seat is provided with a pressing film block and a limiting fitting block for matching the lower limit block of the pressing film, and the laminated film block and the upper limit block of the pressing film are provided with a laminated film compressed spring. The SMD carrier-type universal feeder according to claim 1, further comprising a frame cover, a pre-cutting mechanism, a receiving mechanism, a code comparison system and a battery power supply system.