DE1447861A1 - Device for inserting microfilm image field sections or the like. into a card provided with a window-like cutout - Google Patents

Description

Device for inserting microfilm image field sections or the like into a card with a window-like cutout.

The invention relates to a device for inserting necrofila image field sections Os like. In a card provided with a window-like cutout, for example Information card.

It is already a machine for the ongoing production of information cards known, in which by an input device one after the other at certain intervals a conveyor of cards, which are then fed to different cards one after the other Treatment stations emotional. At the first treatment station we d.from the card a window-like cutout animal punched out and one punched out Section surrounding zone of the card so compressed that around the cutout a recess is created. At the second treatment station, a Adhesive film used, the middle part of which is punched out at the third treatment station so that an adhesive edge is created around the recess. At the fourth treatment station can now either in the. Detail of an image field section of a microfilm or the like. can be used. For this purpose a cutting device is to be used for the Image field sections provided that are independent of the status of the individual image field sections always cuts the same length of film one after the other. As is well known the size and the distance between the individual image field sections of a microflm is not always constant the trimming and pasting of the individual image field sections of monitored by an operator.

The invention now provides a device for inserting image field sections into a card, which works completely automatically and in which no permanent monitoring by an operator is required. The invention will now be explained in more detail with reference to drawings explained @ .., in which show: Fig. 1 is a view of a fully automatic card maker 'Stelluhgsmäschine, in which the invention Direction for inserting image field sections ' can be used, Fig. 2 is a view of a for processing in the Machine according to Fig. 1 suitable card, Fig. 3 is a section along the line 3-3 in Fig. 2; Fig. 4-, views of a card after it has passed through eo.h3-edener treatment stations, FIG. 5 shows a section along the line 5-5 in FIG. 1 _ 'by the device according to the invention, FIG. 6 shows a section similar to FIG. 5, but in which the film feed unit and the drive device away calmly. are, Fig. 7 is a section taken along the line 7-7 in Fig. 6, G. 8 a section along the line 8 = 8 1.n Fig. 5, Pt 9, one, section along line 9-9 in Fig. 89 Fig. 1 0 a. . Section along the line 1 ß-10 in Fig: 7, Fig. 11, a section along the line 11-11 in Fig: 9 ,, Piga 12 a section along the line 12-12 in Fig. 8, Pg 1.3 ehef along the line 13 = 13 in Fit: ß Fig. 14 is a section along the line 14-14 in Fig. 8, Fig. 15 is a section along the line 15-15 in Fig. 8, Fig. 16 is a view of the film unwinding device, Fig. 17 is a section along the line 17- 17 in FIG. 16, FIG. 18 a section through the film supply reel, FIG. 19 a section along the line 19-1g in FIG. 17, Fig. 20 is a view for explaining the film feeding. In FIGS. 2 and 3, a card.5 suitable for processing in the machine according to FIG. 1 is shown. The card 5 consists of stiff cardboard or paper and is provided with a window-like opening 6 which is used to receive an image field of a microfilm or another suitable use. The opening 6 is covered by an adhesive film 7, which sits in an outer recess extending around the opening 6, so that the adhesive film does not protrude from the card 5, but the top of the adhesive film and the card surface are aligned. The adhesive-coated surface of the Klebetofffolie 7 eating provided with a protective film 9, which can be peeled off before applying the frame portions by means of the adhesive stoffolie in the holes provided. 8

The machine shown in Fig. 1 contains the following units 1. A substructure 12 with the drive 13, 2. a core input device 14 through which one after the other the abeatzweiae cards 5 from a supply stack 55 in the machine can be entered, 3, a card conveyor 15 that feeds the cards 5 through the various treatment stations of the machine guides, 4. a device 16 for peeling off the protective film 9 from the card 5, 5. a punching device 17 for punching out a cut-out 10 from the adhesive film 7, 6. the device according to the invention for inserting image fgld sections into the card, which from an unwinder direction 18, a feed device 19 and a cutting (Jbertragumgs- und Mneetzeinrichtung 20 exists, and 7. a device 21 for delivering and stacking the finished cards. Fig, 4a shows a card 5 after leaving the entrance direction 16 * for removing the protective film 9 and in Fig. 4b is the appearance of a card 5 after leaving the punching device 17 shown. Fig. 4c again shows that Appearance of a card after leaving the erfindungegemäasea Vox # direction for inserting image field sections. 1taobfolgeware the individual parts of the invention GeMe s en, device explained in more detail. Film unwinding device The individual microfilm inserts 11 are cut off from a replacement strip 575, which carries image fields 576 distributed lengthwise thereon and separated by dividing lines or areas 577. As is known in photography, the latter can be either opaque or clearly transparent surfaces. The film supply strip 575 as presented to the machine is wound on a core 579 in such a way that it forms a roll 578. With the intention of relieving the film strip supply means from the tension that arises from the unwinding of the film strip directly from its large and heavy roll, a separate, power-operated mechanism is provided to remove the film strip from its supply roll as required during normal operation of the machine unwind and to form and maintain a loose loop of this strip in the machine at all times. In this way, the film strip is pulled out of its loose loop, which exerts practically no frictional tension or load on the feed means, with the result that an exact, even feed of given film strip lengths is achieved by the feed means at all times and an exact one. Cutting off individual image sections of given hangings from this film strip is ensured at all times. As shown here, the various fixed and moving parts of the film unwinding unit 18, including the film feed roller 578, are attached to a Z-shaped frame 580 which is bolted or otherwise attached to the base plate or platform 22. The film unwinding unit 18 can be seen quickly and easily Bring it into its correct Zage length and across the machine through an arrangement of guide bar, guide groove and stop block. Only the retaining clip and retaining screw are shown here and appear in Fig. 16 with the numbers 581 and 582, respectively. For purposes that will be discussed immediately. As will be seen, the frame 580 is located in front of the conveyor @ 15 and, @ near the front of the platform 22, and see that its upright portion is on the lateral guide edge of the conveyor and a short distance outward from the trail of the maps : has. The vertical part of the Räfäss' 580 extends well beyond the trail of the maps in order to adapt to the large-diameter film supply roll 578. A plate 583, which forms a smooth inner wall for the film supply roll 578, is seated on the outer surface of the vertical part of the frame 580.

The auxiliary supply roll 578 is attached to your frame 580 in a new way so that it can rotate freely and easily relative to it. For this purpose , the filing replacement roller 578 engages over a short sleeve 584, which is slidably received in a corresponding opening in the core 579 . A knob 585 is attached to the outside of the sleeve 584 for manually rotating the film supply roll 578. On top of this button is an annular plate 586 which serves as a retaining wall for the film feed roll. The set including Filnnachechubrolle_578, sleeve 584, knob 585 and plate 586 is inserted through a spindle 587 and is rotatably supported by it, which is fixed to the frame 580 near its upper ends by a nut 588th This set is detachably held on this spindle by two spring pressure catches 589, which are guided by the spindle and protrude radially out of it into an annular groove 590 which is machined into the inner wall of the sleeve 584. Two roller needle bearings 591, which ensure a practically smooth rotation of the film supply roll 578 , are placed over the spindle 587 . The spindle 587 is lowered to receive therein snap rings 592 which maintain the pressure detents 589 in this spindle, when the sleeve 584 from its engagement with the spindle moved away-is to the machine with a new supply roll of film to refill.

The film supply strip 575 is fed from the rear side of the nachochub roll 578 between a dummi-covered feed roller 593 and a co-operating "ummibesoaenen pressure roller 594". By the rollers 593 and 594 of the film supply strip is passed 575 in a loosened condition to a Libra right guide 595 so that between this guide and these rollers a loose loop 596 forms this strip. The guide 595 forms part of the work 19 to be described later , which feeds the film strip and brings it into alignment. The leadership role. 593 sits firmly on one end of a stub shaft 597, which protrudes through a suitable passage opening in the plate 583 and rests at its other end in a suitable bearing in the vertical part of the frame 580 . The feed roll 593 is rotated intermittently during normal operation of the diechine to unwind the filmstrip 575 from the supply roll 578 as required and thereby maintain a loose loop of this strip of film in this machine at all times. For this purpose, a separate sheet metal motor 598 is provided, which belongs to the usual type with a reduction gear , which does not require any description at this point. The motor 598 is beispiels- example by screwing, to the inner face of the vertically right portion of the frame 580 attached, and the shaft 599 of this motor Abtriebe- seated a spur gear 600 which, with a larger sth, fixed on the Feed roller shaft 597 seated. Spur gear 60'1 meshes. The feed roller 593 is thus driven by the motor 598 as required and at the correct speed in order to carefully and smoothly unwind the film strip 5'15 from the follow-up lift roller 578 in cooperation with the pressure roller 594 . The pressure roller 594 is supported on a pin 602, the outer end of which is seated on a flanged arm 603 located outside this roller. The arm 603 is articulated to the vertical part of the frame 580 by means of a stub shaft 604 which sits in an elongated hub on this arm, protrudes through a suitable through-opening in the plate 583 and rests in a suitable bracket on this frame part. The arm 603 and consequently the pressure roller 594 seated thereon is resiliently urged against the feed roller 593 by a coil tension spring 605 in order to keep the pressure roller in ring engagement with the film supply strip 575 and press the latter resiliently against the feed roller. The spring 605 is located on the inside of the vertical part of the frame 580, at its one end at 606 it is connected to this frame part and at its other end to the free end of an arm 607 which is on the protruding inner end of the stub shaft 604 sits.

During the normal operation of the machine, the electric motor 598 is controlled so that it starts, the rotation of the Zuführrole 593 and thus the unwinding to effect a Inge of the film strip 575. from the supply roll 578, when the loose loop 596 this strip to a shortened to a predetermined size and before it has completely disappeared. On the other hand, the motor is stopped to stop the unwinding of the filmstrip when the loose loop has again grown to a predetermined normal size . If the loose loop has 596 their desired minimum size ranges ER, it passes beneath the rollers 593 and 594 as shown in FIG. 46 by the upper broken line Zage shown. When this loop has grown to its desired maximum size, it continues to run under these rollers in a position shown in FIG. 50 which corresponds to its position shown in FIG. 16 with the lower broken line. In this way, the loose loop is 596 never too small or too big, but there is at any time in the machine a loose loop to the exact workflow to ensure that supplies the film strip, bringing to cover and cuts.

The starting and stopping of the electric motor 598 is carried out under the control of the loose loop 596 of the filmstrip 575 and is effected by the arrangement of a relatively long lever 608 which is located on the inside of the vertical part of the frame 580 and at its one end in this frame member loosely mounted to pivot freely in a vertical plane about a pin 609 which fentsitzt in this frame part. At its other end, the lever 608 carries a horizontal pin 610, which protrudes to the side away from this lever behind the plate 583 through flowing, curved slots, which in this plate and the vertical part of the frame 580 are coaxial with the pivot axis 609 This lever are incorporated , only the slot in this frame part can be seen and numbered -611-. A flanged roller 612 rests on the pin 610, which lies in the loose loop 596 of the film strip 575 and rests therein permanently under the weight of this roller and the lever 608 due to the effect of gravity. The peripheral surface of roller 612 is preferably smooth and highly polished so that it does not scratch or otherwise damage the images on filmstrip 575. It is evident that if the size of the free film loop 596 of the filmstrip 575 is reduced by following this strip out of the loop , as will be described below , the lever 608 due to the engagement of the roller 612 with the loose loop by the shortening of the loose loop raised and in pia. 46 is seen swung clockwise, and that when the size of the free loop by unwinding of film strip increases from the supply roll 5`T8, the lever 603 durch.Schwerkraft with the loose loop follows at its magnification and therefore, this lever against is lowered and swiveled clockwise .

Above the pin 609 and firmly seated on the lever 608 , rotatable with this in opposite directions, if. the lever rises or lowers, as described above, a wrong Kurvengoheibe 613 attached, is de stirred loading on its opposite sides by two Kurvennitlgufern or rollers 614 and 615th The bars are supported at the upper ends of vertical arms 616 and 6.17. The arms 616 and 617 are pivotably attached to the vertical part of the frame 580 between their ends at 618 and 619, respectively, and the lower end parts of these arms are sunk so that they never turn around 90o relative to the other upper jet parts. Adjustable in the folded lower end portions of the arms 616 and 6'l7> machine screws 620 bzw.621 are screwed which are adapted so, then occasionally the gontaktsehliesaschieber 622 or 623 detect the Kontaktgffnungeschieber a conventional Nikroschaltere 624 provided at the vertical part of the Rahäens 580 seated.

The microswitch 624 int a reset switch, the operation requires the slider 623 to open its contacts when are never gesehlonsen once by the slider 622, and operating the required slihiebers 622. to close these contacts once they have been opened by the slide 623 . In doing so , however, the slides are able to return to their original, protruding positions ; for this purpose, they are released and released by means of their respective screws 620 and 621. The cam rollers. 614 und615 will resiliently in engagement with the cam 613 un & the lower end portions of the arms kept 616 and 617 resiliently by the Sehalter 624 away by a coil spring 625 having one-bath at 626 at the Am 616 and their -Other bathing b ei "627 to the Ars 617 sits. when ßtellung of the cam rollers 614 and 615 engaged with the deep portion of the cam plate 613, as shown in Fig. 16, and at this time when the switch 624 and accordingly stillgesetztem motor 598, the screws 620 and 621 so adjusted so that they just touch their corresponding, protruding slides 622 and 623. These screws are then blocked in the set prongs by lock nuts 628 and 629. The motor 598 and the microswitch 624 are electrically connected to one another by a conductor 630: The The motor and the switch are switched on by conductors "631 or 632- in the electrical control circuit for the machine, as shown in FIG. 58 and described later is rubbed.

The length of the high part of the cam 613 and the position of this cam on the lever 608 are chosen so that, when this lever takes about the mine position between the upper and lower limits of its pivoting movement, as shown by the full lines in Fig 16 show that the cam rollers 614 and 615 both lie in the deep part of this cam disk and protrude by equal distances from the end of the high part of this cam disk. At this time, the length of the free loop 596 is arguing film 575 about half their Höchatgrösee, the sliders 622 and 623 the formwork ters 624 are by their Ar = e 616 and 617 let loose this switch is othn, and by the motor 598 no electricity flows. It is therefore obvious that, when the loose loop 596 of the film strip 575 is shortened to its minimum regards, and,., Ip, ¢ Tolg which the lever indicated overall by this loop in its broken by the upper line in FIG. 16 608 Position is raised and thereby the cam 613 rotates clockwise, the cam roller 614 is gripped by the high part of this cam , while the cam roller 615 continues to lie in the deep part of this cam. Under these conditions, only the arm 616 is pivoted counterclockwise about its pivot point 618 by the cam 613, and so actuates the slider 622 of the switch 624 and closes the contacts of this switch. The closing lakes of the contacts of the switch 624 can start the motor 598th The rollers 593 and 594 are then rotated, the film strip 575 is thereby pulled away from the supply roller 578 and fed to the shortened free loop 596. Is, and when the Pilmatreifen subjected wegge- 575 of the Naehschubrolle 578, the length or size of the loose loop 596 'deüreh. aneä, Chet, the lever 608 falls by gravity with the growing free loop, thereby rotating the cam plate "613 in the reverse direction opposite to the Uhrzeiiersinn. When the lever 608 during its continued Abwärtsachwenknng with the still growing dry loop 596 film strip "575 et * a its center position is reached, the high part of the cam 613 leaves the winding roller 614. Then, the type 616 about its hinge 6113 in Uhrzeigereinn by the Action of the spring 625 is pivoted and the slide 622 of the switch 624 is released by this arm and returns to its original protruding teeth. The contacts of switch 624, however, remain closed and therefore motor 598 continues to operate and unwinding of filmstrip 575 from supply roll 578 continues until lever 608 reaches its position shown by the lower broken line in FIG and the loose loop 596 is expanded to match that location. Then, as a result of the continued counterclockwise rotation of the cam 613, the cam roller 615 is gripped by the downward movement of the lever 608 from the high part of this cam, and the arm 617 is pivoted clockwise about its joint 619, thus actuating the slide 623 of the switch 624 and opens the contacts of this switch. Having thus the maximum size of the free loop 596 of the film strip is made 5'l5 again, the opening constitutes the contacts of the switch 624 the motor 598 shut and thus interrupting the unwinding of the film strip 575 from the supply roll 578. When the film strip 575 wiederaufge- from its filled loose loop is tracked 596, the lever lifts 6U8 from its Fig. position shown by the lower broken line 16, and when this lever reaches approximately its center position during this its Aufrtrtsbewegung, the high part verleset the Kurvenocheibe 613 the cam roller 615th then, the arm 617 pivots about its pivot 619 counterclockwise Uhrzeigereinn by the action of the spring 625, and the slider 623 to the switches 624 elements have been released by this arm and returns to its original, out-standing position this is the switch for the subsequent activity in the manner described above. Film feed device The film strip 575 is guided from its loose loop 596 over a rubber-covered roller 633 to be described later and threaded through a horizontal guide 595, which forms part of the work 19, which feeds this film strip out of the loop with interruptions and brings him to be described later knife funds to cover, this will help with this knife means of this strip individual -Bildfelder separated, each of which contains a full, right in the middle thereon located picture. It may be repeated at this point that the opening 6 in the card 5 is so wide and more perpendicular. Extension is created so that they are exactly the uncut 1äagekanten of the film. If the full width of the film is used, and only a maximum of two completely transverse cuts across the strip are required to produce an use in such things, then it is exactly in the opening 6 of the card 5 fits into it. It can thus be seen that in the case of a film strip carrying an image field in the embodiment shown or a strip carrying some other record or features, a very high degree of accuracy is required in feeding the strip to the cutting means. As shown here, the mechanism 19 that feeds and registers the filmstrip includes the following elements, including the guide 595, which are designed, installed, operated and controlled as follows.

The guide 595 is in alignment with the filmstrip supply roll 578 to receive the filmstrip 575 from its loose loop 596 in a straight line. Therefore, this guide is also located on the side guide edge of the machine and stands a certain distance to the side of the trail of the maps. The guide 595 consists of two complementary, elongated pieces 634 and 535 which, when they are joined together , define a narrow, horizontal guide space 636 of rectangular cross-section. The FiliKatreif en 575 enters the gap 636 on the right side of the guide 595 seen in FIGS. 12 and 20 and is advanced step by step length of this guide gap into the effective area of the cutting means to be described later. The guide 595 is attached above and inside to a frame 63'l and above and on the opposite outside of a bracket 638, which is attached at a distance parallel to this frame. The guide 595 bridges the distance between the frame 637 and the bracket 638 and is attached to both accordingly. Both the bracket 638 and this frame with an additional substructure or foot 639, and finally this foot 639 with the lower part of a frame 64u, which is part of the work 20 to be described later, is fastened with screws or in some other way Cutting the film strips and for transferring and inserting the film image fields. The adjustment of the frame 637 and the foot 639 in the correct tongues on this foot or on the frame 640 is facilitated by strips 641 and 642, which sit on the upper and lower surfaces of the foot and fit into grooves 643 and 642, respectively. 644 engage, which are incorporated in the frames 637 and 640, respectively.

The various working parts of the unit 19, which feeds the film strip and brings it into register, are driven by a sub-network unit 645 including an electric motor 646 , both of which are coupled together to form a set. This Kosbinierte unit 645, 646 is slidably mounted on a plate 647 and with it, for example by Veraehraubuni,. ' - tied together. In the same way, this is in turn connected to the lower part of the frame 580 of the previously described film unwinding unit 18. The electric motor 646 is included in an electrical control circuit for the machine and is controlled for starting and stopping by a manually operated switch which will be explained later in connection with the description of this circuit. A sprocket 649, around which a chain 650 is looped, sits firmly on the output shaft 648 of the reduction unit 645. This also runs around a chain wheel 651 of smaller diameter. This chain wheel 651 is firmly seated on the inwardly protruding end of a horizontal right cross shaft 652, which is supported at this end in a suitable Zagergebäuse 653. This is carried by a bracket 654, which is located directly below the hiking trail of the cards and is attached to the frame 640, for example by screwing. Slack in the chain 650 is created by sliding the drive unit 645, 646 on and relative to the support plate 64? balanced. The shaft 652 goes through the Zager housing 653 @ and the bracket 654 to the other side and carries a chain wheel 655 attached to its outer end there. around which a chain 656 runs. The chain 656 runs up from the sprocket 655 around a larger diameter sprocket, 657, which is snugly attached to the inner end of a stub shaft 65 $. This stub shaft "658 1d" ert in estspto? T @ aan Zagernf provided in two plates. 659 and 660. This lie below the guide 595 and are parallel to each other and »with the Rabg e n, 637 firmly together with screws 661 screws that through holes in these plates and through Spacers 662 go between the panels and into the frame screwed in. Slack in the chain 656 is caused by a Kettenapannrad 663 balanced at the free end of a Armes 664, camps. This is taken from the plate 659 by adjustable fastening held. The chain wheel 657 is attached 'outside the plate 659, and sui 'the stub shaft driven by this sprocket 658 sits between the plates 659 and 660 a spur pinion 665, the spur gear attached to a stub shaft 667 with a spur gear 666 larger diameter knife. This stub shaft 667 is supported in matching layers .. in plates 659 and 660 and protrudes over the adjacent inner wall of the frame 637 out through a matching offamg in this wall. On the outside protruding At the end of the shaft tube 667 there is a spur pinion 668 which with a spur gear 669 larger diameter - chmessers combs. This sits firmly on or consists of one piece with a forehead wheel 670 smaller diameter " with which it is a combined forms translated Zw iechenr. "The composite intermediate 6699 670 is attached, one with the frame 637 correspondingly buadanen Zspfen 671, The smaller wheel 670 of the compound Zwiscäe nrad ev üät with a spur gear 672 larger through Knives. tri; 'bf an. This wheel 672 sits firmly on the outwardly protruding end of a stub shaft 673, which extends transversely through the guide 595 below this and is supported in suitable bearings in the frame 637 and in the bracket 638. On the shaft stub 673 sits a rubber-covered feed roller 674, which has its place between the frame 673 and the bracket 638 and protrudes through the lower piece 635 of the guide 595 R through an enlarged opening 675 in this guide piece mutual. Is engaged with the filmstrip 575 which extends longitudinally through the interior of the guide gap 636.

The larger wheel 669 of the assembled intermediate wheel meshes with a spur wheel or pinion 676 of smaller diameter and drives it. This in turn drives the member 677 attached to it of a friction slip clutch 678, which engages via a shaft 679 running transversely below the guide 595. The shaft 679 is mounted parallel to the feed roller shaft 673 and a certain distance rearward therefrom. far away. The shaft 679 is supported with its inner end part in corresponding bearings in the bracket 638 and in the frame 637 and in the vicinity of its outer end in another bracket 680 which is connected to the frame, for example by screwing .

The slip clutch 678 belongs to the state of the art and contains the coupling element 677 - which is loosely attached to the shaft 679. is brought, and a number of friction discs (not shown), who sit inside this horn link and with it and working together "to propel this cubit. Some of these disks are with the coupling link 677 and, others connected to shaft 679. Excitement on the Shaft 679 at its inner end is a rubber-covered feed roll 681,. the between. the frame 63'j and the bracket 638 lies and through. the lower piece 635 of the guide 595 through a Larger.opening 632 in this .guide link rests through, to get into mutual engagement with the filmstrip 5'j5 occur, which is guided along within the guide gap 636 will. The shaft. 679 protrudes over the bracket 680 and carries on its outer end a cam 683. This is with two same: ° xurvenflächen 684 profiled, the two same, radial Limit running shoulders or stops 695. The An.- beats are diametrically opposed to each other and kick with their full surfaces counter to the direction of rotation of the shaft. On Bock 6ü0 at 686 is one end of a locking lever 687 angelerikt; - on the other end of which there is a roller 688 which is suitable , usually one or the other of the two Shoulders * 685 of the cam 683 and so normal Salerweines the shaft 679 and consequently the feed roller 681 against rotation and against the driving moment of the coupling 678. This clutch slips at this time and has no effect on the operation of the reduction gear 645. The locking lever 687v®.rd is constantly pressed against the cam 683 by a helical tension spring 689, one end of which is at 690 with this lever and the other end via a pin 691 sitting at dock 680. It is evident that when the locking lever 687 is pivoted out of engagement with the cam disc 683, as will be described later, and thereby loosens the disc, there is immediate rotation on the shaft 679 and the feed roller 681 by the reduction gear 645 via the described gears including the coupling 678. When the locking lever 687 is pivoted to the cam disc 683, essentially immediately after it has released it, by the action of the spring 689, the ball 688 grips the following cam surface 684 on the disc and runs along it, so that the subsequent shoulder 685 on this disk collides with the roller and thus stops the disk after it has made exactly half a turn and the rotation of the feed roller 681 is limited to exactly half a turn.

During normal operation of the machine, the electric motor 646 runs continuously, and it is therefore evident that the feed roller 674 also runs continuously and that, thanks to the reduction unit 645 and the flat gear connection for this roller, it does its job with a very small peripheral speed takes place. Demented That is, the film caught by this feed roller 674 becomes strip. 575 due to the role with a very small area speed running the lead 595 advanced. Likewise it is evident that the Zurolle 681 by, for them described intermediate gear including the clutch 678 when driven with a constant speed Untersetzungs- transmission 645 'through this, provided that the locking lever 687 is released. lets, is rotated , and that thanks to this intermediate gear the Rotation of this bullet at a peripheral speed instead of finds that faster than the peripheral speed of the constant driven, feed roller 674 is. As a result, the will through the feed roller 681 captured filmstrip 575 by that roller with a greater surface speed along the guide 595 is continuously advanced by the feed roller 674. Igi t the Zufrrollea 674 and 681 work to the pulling Effect of these roles on the film 575 to increase and the movement of this strip along the guide 595 small integrity by the feed roller 674 and with a greater 'speed through the feed roller 681, as above operated, in the secure, upper, gnami-related pressure rollers 692 bsw. 693 meemen. These pressure rollers 692 and 693 are stored to the. opposite ends of a rocker arm 694, which with- ten between serve ends on one. in the frame 637 and de Bock 638 seated stub shaft 695 is pivotably attached. It is obvious that as a result of the described installation of the pressure rollers 692 and 693, when the pressure roller 692 is moved to the feed roller 674 and the film strip 575 is thereby pressed against this feed roller and provided with a feed movement, the pressure roller 693 is simultaneously removed from the feed roller 6 $ 1 pivots away, which stands still at this time, and so does the movement of the filmstrip 575. at low speed along the guide 595 by the feed roller 674. When the pressure roller 693 is moved toward the feed roller 681 and the film strips 575 thereby pressed against the feed roller and a feed motion is imparted to it, so sch moves the pressure roller 692 at the same time away from the Zufü.hrtolle 674 and out of engagement with the. Film strip 575, thus enabling the free rise of this film strip with a greater velocity along the guide 595 through e di Zuiührrolle 681st

The tilting movement of the rocker arm 694 in a seen in Fig. 42 the. The clockwise direction to bring the pinch roller 692 into pressure engagement with the filmstrip 575 in the guide 595 is timed to occur once during each work cycle of the machine and is triggered electrically by energizing a solenoid 696. The work of this solenoid 696 is under the control of an electrical timer 697, which is a component of a multiple-circle timer used in the machine and designated with the Sam selnumer 698 in FIG. The timer 698 is of conventional design and includes the holder 697; other similar switches 699, 700 uM 7019 will be described later, and two driven ualaufende Rocken for each of these switches in order, the contacts and to close at predetermined time intervals to open: the contact-closing cams w at 702, 703 704 @ $. 705 and the contact-opening cams at. 706, 70: 7, 708 etc. 709 indicated. The cams 702 to 709 including sit in pairs on a shaft 790, which is supported in corresponding bearings in the housing 711. During normal operation of the machine, the shaft 710 is rotated continuously, so that it makes one complete revolution for each working cycle of the machine. For this purpose, the timer 698 is permanently attached to the base plate or platform 22 in front of the cover sheet scraper 16. On the shaft 710 of the timer sits a sprocket 7128 around which a chain 713 runs. This runs around a similar chain wheel 714 and is driven by it, which is firmly seated on the main camshaft 50 of the machine . The chain wheels are the same size.

To avoid possible damage to the timer 698 if the camshaft 50 rotates in the reverse direction for any reason. To prevent direction by hand, the sprocket 712 is loosely built on the timer shaft 710 and connected to this shaft by a slip clutch. This contains a collar 715, which sits firmly on the shaft next to this sprocket and is provided with a spiral groove 716 on its outer circumference. A spring loaded piston 717 is slidably installed in the sprocket 712 and is arranged to resiliently protrude into the groove 716 and grip its leading wall. This wall is flattened on its inside parallel to the axis of rotation of the collar 715 in order to present this piston with a larger contact area with the collar . During normal working of the ma---schine is thus der.Zsitgeber 710 driven in the proper direction through the sprocket 0 7'12 because of the intervention of the. Piston 717 in the flat part of the leading wall of the spiral groove 716 to 715. When the Federal If the machine is stopped and the camshaft 50 is rotated by hand in the reverse direction for any reason, the piston 717 engages the inclined, trailing wall of the spiral groove 716 of the collar 715 by the reverse rotation of the sprocket 712. Therefore, the piston is out of driving engagement with it is forced out of the collar and the timer shaft 710 is not given reverse rotation. The outer end of the following wall, the spiral groove 716 in the collar 715, is also flattened, so that the ends of this groove can be exchanged for the purpose described, thereby simplifying the attachment of the collar to the shaft 'l'10 and for extended use of this collar in the machine is taken care of . The timer 698 includes a terminal board 7'18 'which is appropriately attached to the housing 711 and connected to the conductor (not shown) leading from the contacts of the various switches 697, 699, 700 and. 701 originating at 719 and 720, 721 and 722, 723 and 724 and 725 and 726, respectively. Terminals 719 and 720 belong to switch 697 and are connected to conductors 727 and 728, which lead into the electrical control circuit for the X «ehine, as will be described in more detail below in the description of this circuit.

With a review of the solenoid 696 for the BetlLtigux "the rocker arm 694 is to be noted that these solenoid .an the frame 637, for example by screwing, stuck and by conductors 729 and 730 in the electrical 'Stenerkreis the machine as he in fl. 58 is switched on. At 731 is the movable one. Anchor 7 32 of the. Magnetic coil 696 the lower end of a vertical articulated rod 733 aasgecke, the upper end between two separate, parallel plates. 734 protrudes in a triangular shape and is articulated at 735 on these plates. The plates 734 are articulated at 736 on a bracket 737 which is screwed or otherwise fastened to the frame 637. Between the plates 734 and on them at 738 'between the pivot points 73! 5 and 736' is the lower end of a short, vertical joint piece 739, the upper end of which is in the U-shaped part `f41 of a resilient arm 742 made of spring steel is articulated at 740. This arm 742 is connected to a block 74.4 at the protruding end of the stub shaft 695 on which the tilting arm 694 sits, attaches. At. At 745, the upper end of a rod 746 is articulated to the plates 734, which rod extends downward from these plates and protrudes with its lower end into and through a suitable passage opening that exists in the bracket 737. A helical compression spring 747 is wound around the rod 746, one end of which against the block 737 and the other end against one. Bund 748 st®set, which is adjustable on this rod. It is obvious that when the solenoid 696 is excited as a result of the timer switch 697 being closed by the timer cam 702, the armature `T32 is electrically pulled down and the rocker arm 694 through its described effective connections with the armature about the pivot axis 695 in an in 42 is tilted in the clockwise direction until the pressure roller 692 on that arm contacts the film strip 575. The resilient arm 742 then yields under the continued downward pull of the armature 732 and the film strip is resiliently pressed against the feed roller 674 by this pressure roller . When the solenoid 996 subsequently becomes de-energized, as will be explained below in connection with the description of the electrical control circuit for the machine , the plates 734 pivot about their axis of rotation 736 in a direction corresponding to the clockwise direction as seen in FIG. 44 as a result of the expansion of the spring 747 . in this way, the anchor 732 is raised and the rocker arm 694 tilts in a in 71g seen 42 the clockwise direction opposite to the pressure roller 693 on this arm contacts the film strips 575 and presses it against the compliant Zuftihrrolle 681st At this time, the pressure roller 692 has been lifted from the filmstrip.

Xan sees that while the pressure rollers 692 and 693 are being lowered and raised in dqn and out of engagement with the filmstrip 575 in the FU-ra.M 595 as described above there is a brief moment in which this film do not graze in engagement or under control of any of the in the. Roles and therefore in: this moment the film strip. is completely free in the leadership and from its right- term normal longitudinal position in the guide under the influence of the Lever 608. the loose loop 596 of the strip would pull. For this reason, braking means are provided, the filmstrip 575 continuously against any withdrawal movement relative to guide 595 while holding them at all times the feed movement of this strip through the feed rollers 674 and 681 allow. As shown here, cbse Brake means the rubber-covered roller 633 mentioned above and a spring loaded, rubber covered pressure roller 7499 die works with this pulley to make the filmstrip 575 to be wedged in between. The barrel 633 grips in a sliding manner via a fixed stub shaft 750, which is separated by a matching Passage opening extends in the plate 583 and at the lower right part of the frame 580 is seated. The roller 633 is with the WQllenetumpf 750. a coupling in the form of a One-way clutch (Fig. 19) connected within this Role and the inner shell 751 of the role as its loading ztandteil shared. the coupling contains a number of spring-nrgeopaneten malts 752, which lie in grooves? 53, these are incorporated into .. the scope of a core piece 754, the . on the Wellenatümpf 750 by serration or otherwise. is attached . Lung due to the free-running design of the couplings is the Taufrolle 633 seen at any time for in Pig, 49 anti-clockwise directed rotations relative to the piece 754 freely through the film strips 575, if it along the guide 595 from its loose loop 596 by the feed rollers 674 and 681 is advanced. This is due to the fact that the rotation of the roller 633 in the direction conveying the filmstrip causes the rollers 752 to run into the deep sides of the rods 753 and to rotate freely there without any adhesion between the surfaces of the tray 751 and the piece 754 to transfer. However, one can see, when the roller 633 in Fig. Saw 19 rotates clockwise accordingly, the rolls 752 immediately against the flat ends of the grooves 753 are urged thereby against the piece 754 block this Taufrolle and Mndrehung * the Bolle in this Prevent direction. Since the filmstrip 575 is normally sandwiched by and between the idler roller 633 and the pressure roller 749, retracting movement of the filmstrip relative to the guide 595 is normally prevented. The pressure rail. 7`t9 is stored at dom. ei ne) z de eä neAz # L? .es 7559 the swivel on its andoren de ai c a. butt 756 is blended. This extends transversely to 5r3r PUrung 595 L ".nd is adjustable on its inner .ade an e @ Bock 757 connected by a nut 75 #. The MUCH insane in dar 12I2e of the block with an enlarged ring part 759 equipped, tet® -eock 757 is the. upper piece% 34 dGr 1` ü @I. r c.Lng 595, ueispie . ' .s w else by V e r sch r au b ung, 69Gfes t-dg pio A DrehfeCer 760 uTgzbt the iJe? Le 756 and engages @ .with heru innoren Eh de in an Ef '@ knowing Mch of part 759 this2 wave and Eäit 3hrep outer. Aide in a matching Lorli in JA-rm # 7550 Eia, collar 761 sits on the outer ide of shaft 756 and becomes of the. Ar = te 755 shocked. The A., rm and the federal government will be on this Shaft against axial displacement by a snap ring 762 recorded in a corresponding, in the Ueielle located groove is inserted. The fret 762 is usually free on the gelle 756 and contains one on its inner surface ad.i:? aaz-tz 763 $ which in a corresponding, in the neighboring surface of the, arms, 755 incorporated. Kadi eleinsci tt in- protrudes. This allows the arm and the 3 @ uc @ oll e 749 to move from it of the roller 633 iveg an-ge.ol@n. and in the upscale days can be fixed by tightening a set screw '764., der, the old provided iaty so as to threading dGa Filmstwifens 575 About this roller in. The guide 595 To facilitate. By #Zockern the nut 758 and turning the Shaft 756 can increase the tension of spring 76C 'n-ch wish- be lowered or lowered, whereupon the nut is tightened again will. The previously described, slow advancing movement of the filmstrip 575 along the guide 595, which is produced by the continuously driven feed roller 674 and the pressure roller 692 working together, is advantageously and effectively used to precisely and reliably hide the filmstrip and scan every dividing line or each Intermediate field 577 between adjacent image fields 576 of the strip by means of a photocell device designated with the collective number 765. As a result, the activity of the feed roller 674 and the feed roller 68'1 and thus the feeding of the film strip 575 by these rollers to the strip separating means to be described later are decisively controlled in order to ensure an exact registration of the images on this film strip with the separating means, so that the film strip is separated at the dividing lines, namely essentially in "the middle", into individual image fields, each of which contains a full image lying essentially in the middle of it. The electric photocell device 765 is installed in such a way that it fades out the slowly running film strip 575 at a certain point, which in the illustrated arrangement is between. the feed roller 681 and the Streifentrenn-@aitte4h.iegt and stood of these separation means a lower f @: hst as the anxious an image field measured between the requests benaohbarter, this Bildfeld_begrenzender dividing lines 577 :, sse cherish the Yhotozelleneinrichtung 765 in ledehung the ßtreifentrenamittel ensures a feeding of the film strip 575 at first low speed over only part of the distance by the feed roller 674 in order to bring the trailing separating line 577 into the faded out position, and then at a higher speed over the best of the distance by the feed roller 681 to quickly to bring this dividing line into line with the strip release agents.

In the example shown here, the electric photocell device 765 is preferably, but not necessarily, below the guide .595 and contains a photoelectric cell 766 which is enclosed in a suitable housing 767 seated on the lower, horizontal part of a vertically extending bracket 768. A light source in the form of an electric lamp 769 for the photoelectric cell 766 is provided and attached above the hole 595 in vertical alignment with the row. The lamp 7f> 9 is enclosed in a corresponding housing 770 which is seated on the upper, horizontal part of the bracket 768. At the top of the housing 15? a lens system 771 sits at the bottom of the housing 770 a lirsensyste72. Both lens systems serve to concentrate the light beam from the lamp 769 onto the photocell 766; as indicated in the broken lines in FIG. . Loaned attached to bring the photocell 766 and the light source 769 into the correct relationship of these hrtm $. Of the Dook 7'b0 @, i Ot its set position by tightening the . Very », . ,, 3 a held by a second screw 774, the s44 a pure slot 775 in an angle bracket 776 Bock 768 is screwed tight. The angle- should be OK actual that. frame 640, beiepielaweise by Verachraubung, The teboxes = the lower pieces 634 and 635 of the guide 595 provided with rieh covering openings 777 or 778, nm dex »mti t , U for the, fading out of the filmstrip 575 stretch;, k: elle 766 to read through. The hichtrahlen. from the, ". i,"'t9 go through a narrow .transverse slit 779, the - i # t sz the top piece 634 of the narrower Aihrung 595 rs; cshs f is incorporated. The mask 780 is charging s s ,; 595 in the correct position by means of a Set 7'8'1, the one with its opposite lt i` arten holder 782 is firmly seated and on its pe- t @@ 7 @, 'e @ te adjusting nut 783 carries. This is between ox @Crtahehder eyelets 784 included on the mask. .s.rr on stick 634 according to the upper guide S * bti # hung at the killer 783 therefore gives the Xaske _ @ relative to _Dung 595. The .s% r 780 ° ,: ötellen Iiag e through an honorary machine experience , .., `the calibration by a corresponding Bohlitz .Ordtrecks and in the, upper guide station 634 As explained below in connection with the description of the electrical control circuit for the machine, the photocell 766 in this circuit is switched on so that when a dividing line 577 on the slow-moving filmstrip 575 with a slot 779 in the mask 780 is in register comes and thereby affects the light entering the cell through this slot, the photocell, depending on such a change of light, at the same time opens the electrical circuit in which the solenoid 696 is switched on and closes another electrical circuit in A solenoid 786 is switched on. The solenoid 786 controls the action of the feed roller 6 $ 1, which is running at the higher speed. Under these conditions, the slow running of the film strip 5'75 will cause the solenoid 696 to become energized and the pressure roller 692 to be lifted from it Strip, as mentioned before, interrupted, Simultaneously with it and with the pressure of the pressure roller 693 on the film strip, the rotation of the feed roller 6 $ 1 running at the higher speed is initiated. Thereupon the feed roller 681. makes a half turn; so that it continues the advancement of the filmstrip 575, but at a higher speed = and brings the strip to the strip release means with its leading image field 576 in correct registration with Qiesen® release means.

`1? E änetspule 786 is inevitably connected to the locking lever 687 tied together! UM- lR @ ekan then move away from cam 683 rücken, wee u 81, io "is excited, as previously described, and to let go of dadtxr6b, dio'e6 disc and for the rotation of the feed roller 681 rotating at high speed to care. To. , this = purpose is the solenoid 786 on the Frame 637.ooehrd or otherwise attached and has ladder 787 and 788e the sound there for switching into the electrical : Lead the control circuit to the Naechine. On the movable armature 789 of magnetole 786 is perpendicular at 790 that lower end a ' running Xiegelrtückes 791 hinged, with a downwards pointing Schulteer 792 is designed. This is usually available over a eeitlidhen attachment part 793 of the locking lever 687th The Latch piece 791 'is up to the engagement with the part 793 the locking lever 687 dth eifite short helical tension spring 794 preloaded whose one end at ILb * t de * pin 691 and the other end at 795 dem Riegelethdk eitot, The armature 789 of the solenoid 786 and that Latch piece 79'f kind 'up through its normal teeth a screwed part 796 pretensioned, one end of which @ at 790 and the end of which sits on bracket 680 at 797. A Retaining pin 'N8 is fixed in the bracket 680 accordingly and so ang » rdbpt that he is through an upward pointing shoulder 799 an d «.: $ IegaletRek 791 is seized. With that he limits the Aufx'tsh o ireag serve locking pieces by the spring 796, so then the Sax ul tir 792 in the normal position above vö * 'dry part 793 on the locking lever 637 with a smallest Spielraines e »leht, -The locking piece 791 is also with a facing control surface 800, which is adapted to collide with retaining pin 798.

It can therefore be seen that. when the solenoid-e -? - is excited, its armature 789 and the locking piece 79-1 are electrically pulled downwards and therefore the locking lever 687 through the engagement of its part 793 with the shoulder 792 on this locking piece down about its pivot point 686 from the Cam 683 is swiveled away and thereby lets go of this disc. Simultaneously with this release of the cam 683 by the locking lever. 687, the feed roller 681 running at a higher speed is set in rotation. With further downward pull of the armature 789 and the locking piece 791, the control surface 800 grips the retaining pin 798 on this locking piece and as a result the locking piece is pulled out of engagement with the locking lever 68r. The locking lever then returns to its initial position due to the contracting action of the spring 689 back into the rotational path of the -nschfol Bender- shoulder 685 on the locking disc 683 in order to stop this disc, after the pause and the feed roller 681 have made a half turn. If the magnet coil 786 is subsequently de-energized again, as will be explained later in the description of the electrical control circuit of the machine, the armature 789 of this magnet coil and the locking piece 791 are lifted. relative to the locking lever 687 by the contracting active fader 796 until the switch 792 on this locking piece . Free of the part 793 comes the locking lever. At this time the $ a.teatift 798 through the shoulder 799 arfiem bolt'- ®tucked away. Thereupon the locking piece 791 is in the $ iagriff -fit deaoeil 793 of the locking lever 687 swiveled in by the contracting action of spring 794. Thus the real Inge of the bolt piece in its readiness re-established to operate the locking lever again, if the solenoid 786 again during the next work playing the machine is aroused. Pilmach cutter transfer and insertion device pos, the strip guide 595 becomes the film strip 575th of the Merk 20 supplied; previously he was, as described above, through the related activities of the photocell 766 and the primary and secondary supply means, which consist of the supply fUhxroll® b74. and the pressure roller 692 or the feed roller 681 and the MCUokrolle 693 exist, supplied and covered for brought Borden. So the leading field of view is exactly for the Separating coffin from this piece on and essentially in the) fit the dash® 577 between this piece and the next fol4 «d * 8 'field of view brought. Work 20 also contains ext & en .Ottreanyntteln both means of transferring of the s separated image field of the filmstrip 575 into one Zffl #m inside the card 5b in vertical alignment with the f6 this garden and to insert this picture field vertically into the opening against the adhesive edge zone of the adhesive sheet 7 on the card, as well as anvil means, which are attached above the card to hold the latter against upward movement and as an abutment against the adhesive sheet during the insertion of the separated image field into this card 'Serve remedies. The filmstrip release means, the frame support means and the anvil means constitute constituent parts of the following equipment, which are designed, assembled and installed and operated as follows.

The aforementioned frame 644 of the work 20 is attached to the base plate or platform 22 and includes a lower section 841 and an upper section 842 which is attached to this lower section on top, for example by screwing. Deodorant frame 640 and, as a result, the ziVerk 24 can be adjusted easily and in the correct position lengthways and transversely to the machine by means of a guide bar 803 and a stop block 804 with an adjustable stop screw 805 inserted therein. The bar and block sit on the. upper surface of platform 22. Frame 640 is provided with a matching guide groove 806 on the lower surface of its lower portion 801 to receive bar 803 until it hits the stop screw 805. The frame then becomes 64C ?. immovably screwed to the platform 22. The various effective parts of the mechanism 20 are actuated in the correct time relationship by a short shaft 807 which extends longitudinally to the machine and transversely to the frame 640 and which lies in the tensioning bearings of the subsection 801 of this frame. The shaft 807 is coaxial with the shaft 379, and these shafts. are connected to one another by a conventional disk coupling, one part 808 of which is firmly wedged on the shaft 379 and the other part 809 of which is screwed to the part 808 and firmly wedged on the shaft 807. The shaft 807 thereby actually forms a further continuation of the camshaft 50 and is therefore also no driven that it makes one complete revolution with each. & rbeitaspiel the machine makes and can definitely be referred to as the camshaft of the factory 20.

Located between the frame 640 and the coupling 808, 809 is a cam disk 810 which is attached to the hub 811 of a cam disk 812 to be described later, for example by screwing, on the hub 811 seated on the camshaft 807. The 'cam disc310' detects a cam follower 813 which, on the free end of the o3.nen arm 814, supports an angle lever 815, the other A 'of which is indicated at 816. This angle lever 815 e, rests on a stub shaft 817 which, with its opposite sides, is located in the lower section 801 of the frame 640 in concrete bearings. Tier 816 of the lever 815 protrudes upwards from the axis of rotation 817 and at its upper free end the rear side of a horizontal linkage 818. The front end of this joint piece 818 is articulated with the free lower thread of an arm 819 connected to an angle lever 820, the other of which Arm is indicated at 821. This angle lever 820 sits on a 'Jellenstumpf -822', which is supported with its opposite Diden in corresponding hagern of the upper section 802 of the frame 640. The arm 821 of the lever 820 protrudes to the front of the frame 640 and, screwed into its free end, carries a plunger 823 which strikes the upper end of a vertical stem 824 and is blocked in the set position by a lock nut 825. The handle 824 is installed so that it can slide vertically up and down in a guide block 826, which is firmly attached between two perpendicular side plates 827 and 828, for example by screwing. These, in turn, are also attached to the upper portion 802 of the frame 640, are at right angles to the path of travel of the cards on the conveyor and rageeur the rear of the frame 640 for a purpose to be described later the holding finger 23'7 rests, the guide block 826 and the side plates 827 and 828 are distributed symmetrically on the opposite sides of the transverse center line of the opening 6 in the card, and the plates are spaced apart by a distance that is a little bit the same long side of the card opening.

The stem 824 protrudes downward through the guide block 826 and carries, either attached to it or in one piece with it, at its lower end a rectangular holder, 829, which is located so that its two opposite one another. Sides: Side panels 827 and 828 run parallel. A screw pressure spring 830 winds around the protruding upper maggot of the stem 824, one end of which against the fastening block 826 and the other end against a corresponding one. The task of the peder 830 is to resiliently move the handle 824 and the holder 829 upwards into their normal, raised, members shown in FIG. 9, and also to resiliently engage the cam follower 813 with it to hold the cam 810.

On the side of the holder 829 towards the filmstrip guide 595. is a flache.Messerklinge 832 and screwed to the opposite side of the holder other flat knife blade 833, ee Meeserklingen 832 and 833 are perpendicular to the holder $ 29 such that their lower surfaces with the lower planar surface are aligned with the holder. Fixed knife blades 834 and 835 ″ work together with the knife blades 832 and 8,33. These Xese blades 834 and 835 are embedded in the inner surfaces of the side plates 827 and 828 in such a way that they overflow by a small amount of residue over these surfaces, and da.8 the * distance between the opposing inner surfaces of these blades is slightly less than the length of the long side of the opening the cards 5. The knife blades 834 and 835 are screwed onto their respective plates 827 and 828 and are preferably tilted at a small angle in a perpendicular plane in order to exert a shearing action. At least the outer, lower edges of the knife blades 832 and $ 33 and the opposing inner, upper edges of the knife blades 834 and 835 are made as cutting edges. In the illustrated embodiment, however, all four longitudinal edges of each cutting blade are made as cutting edges so that the useful life of these blades in the machine is extended before replacement is necessary. The filmstrip guide 595 extends to the side plate 827, and that plate and side plate 828 are configured with transverse, horizontally mounted, filmstrip-receiving passages 836 and 837, respectively. The lower surfaces of the passages 836 and 837 are aligned with the upper surfaces of the fixed knife blades 834 and 835, respectively, and in the normal, raised or retracted positions of the movable knife blades 832 and 833, the latter blades protrude upwardly from the fixed knife blades 834 and 833, respectively. 835 from. The film strip 575 is advanced along the guide 595 by the primary and secondary feed rollers 674 and 681, respectively, as described above, passes from the guide through the passage 836 in the side plate 827, over the fixed knife blade 834, through the space therebetween this knife blade and the other, fixed knife blade 835 through and over this last knife blade. When this advance of the filmstrip stops, its leading edge is a little above the fixed knife blade 835 and the center of the dividing line 577, which immediately follows the conductive image field of this filmstrip, is essentially above the effective cutting edge of the fixed blade 834 - so you can see that when the cam follower 813 is subsequently gripped by the high part of the cam 810 by its continued rotation, the holder 829 goes down via its described drive connections with the cam disk to the knife blades 832 and 833 thereon at the lowest points of the effective To move the cutting edges of the fixed knife blades 834 and 835. Under these conditions, the conductive image field of the film strip 575 is severed by shearing from this strip at the dividing line 577 by means of the cooperating knives 832 and 834. This piece is cut to a certain size on its leading edge by shearing the cooperating knife blades 833 and 835 so that the separated image field fits exactly between the end walls of the opening 6 in the card 5b, as will be described later. With continued rotation of the cam disc 8 '! Q and engagement of the cam follower 813 in the deep part of this cam disc, the movable knife blades 832 and 833 are lifted into readiness or withdrawn again by the force of the spring 830 into their original state, the next time the machine works to act on the film strip 5'5 when this film strip is again in a? e vorgerüok-v, in which its next image field is in alignment with this. and the fixed knife blades 834 and 835, while repeating the work described above. The outer surfaces of the passages 836 and 837 are preferably beveled at their outer edges in order to introduce the film strip 575 into the passage 836 accordingly and to expel the snippets of this strip from the interior of the passage 837.

The separated and trimmed part of the image field from the film strip 575 is attached to one another by the movable knife blades 832 and 833 and the holder 829 Porters or commuters filed. This is usually between the knife blades 834 and 835, is in the shape of a rectangular vacuum head $ 38, the can best be seen in Figure 11, and has an attached to its surface, flanged, rectangular, perforated plate 839. The length and width of the perforated Plate 839 is essentially the same as the length and width of the severed one and cropped fields of view filmstrip 575 and slightly smaller than the hangings and width of the opening 6 in the cards 5, so that the movement of this plate with the Part of the image field into the card opening, as will be described later, becomes possible. The holes in the plate 839 communicate with a shallow chamber 840, which arises on the lower surface of this plate, and this chamber in turn stands with a vertically arranged passage 841 machined into the head 838 in Link.

The carrier 838, 839 is shown in solid lines in FIG. 9 in its lowermost rearward position, which it assumes with respect to the fixed knife blades 834 and 835. It should be noted that in these layers, the carrier plate 839 is located in the middle between the opposite baths of these knife blades and immediately below the position occupied by the film strip 575. When the carrier 838, 839 is operated during the normal operation of the machine, as will be described later, it goes up a distance to bring the perforated plate 839 to its day indicated by the broken line in FIG the upper surface of this plate reads slightly below the lowermost effective points of the cutting edges of the fixed knife blades 834 and 835 so that it immediately receives the severed and cropped image field of the filmstrip 575. After this receipt, the separated and trimmed image field of the film strip is gripped by vacuum in the carrier plate 839, the carrier goes down and moves along the frame 640 in FIG Brings position, in which it is directly below and in perfect coincidence with the open side of the opening 6 of the card 5b resting on the card support plate 172, as FIG. 9 shows in broken lines. Finally, the carrier 838, 839 with d4m separated and trimmed image field of the filmstrip, 575, is made by vacuum. hanging on the plate 839; moved upwards by a distance, that the image field is inserted in the opening 6 of the card 5b and pressed against the adhesive sheet 7 of this card, as FIG. 9 shows in broken lines. Shortly before or simultaneously with the application of the severed and trimmed image field of the film strip 575 by means of the carrier. 83t3, 839 on the adhesive sheet 7 of the card 5b, the vacuum in this carrier is broken in order to let go of the image field. After the image field of the film strip 575 has been attached to the adhesive sheet 7 of the card 5b, the carrier d38, 839 descends, goes back and up again in readiness to uWas the next separated and cut image field of the film strip 575 during the next working cycle of the machine Receive interest. From this time on, the work described above is repeated in order to insert this image field into the next beard 5b, which has previously migrated along the conveyor until it engages with the holding finger 237.

The carrier 838, 839 is slidably constructed on two separate, parallel, horizontal rods 842 which extend along the frame 640 from a location behind the knife blades 832, 833, 834 and 835 to a location under the card. Plate 772 and in front of the normal position taken up by the card 5b on this plate. The rods 842 are slidably enclosed by suitable guides in the carrier head 838 and are fastened with their back strings to the upper common end of a vertical arm 843. This is on.

its lower end is connected via a pin 844 to one arm 845 of a lever 846 which has two further arms 847 and 848. The arm 847 of the lever 846 goes down at an angle to the rear of the frame 640, and the arm 848 of this lever goes down at a right angle to the arm 845 facing the front of the frame. The lever 846 is articulated on a transverse pin 849, with its opposite ends seated in the lower section 801 of the frame 640. The arm 848 of the lever 846 carries the rear end of a horizontal link 851 at its lower free end through a pin 850, the front end of which is articulated via a pin 852 to the lower, free end of one arm 853 of an angle lever 854. This has a further arm 855, which runs towards the front of the frame 640, and is articulated on a transverse pin 856, which sits with its opposite ends in the lower section 801 of the frame 640. The forked lower end of an arm 858 pointing upwards is articulated on the arm 855 of the lever 854 via a pin 857. This arm 858 firmly carries the front ends of the rods 842 at its upper free end. The written installation for the carrier 838, 839 accordingly provides for straight, vertical and horizontal, reciprocating movement possibilities of this carrier for the purpose described above. It is obvious that the carrier 838, 839 of the reciprocating movements is given the vertical twice and the horizontal once during each work of the machine.

For this purpose, the hub 811 of the box washer 812 has a double one Cam 859, for example by means of - screw connection, attached, which touches a curve follower 860. This is mounted on a holder 861, which is detachable is clamped to the free end of the arm 847 of the lever 846. In the .arm 847 an adjusting screw 862 is inserted, which engages the holder 861 and is in the the set position is blocked by a lock nut 863. The follower of the curve 860 can thus relative to the lever 846 and away from the cam 859 through the Turning the screw 862 in the correct direction can be adjusted. This will make the Desired distance of upward movement of the carrier 838, 839 to receive the separated film excerpt unOas the desired extent of this when inserting of the film section in die.Karte 5b 'pressure exerted precisely and comfortably achieved. The .Träger 838, 839 is urged resiliently in the upward direction, and the curve followers.f 860 is resiliently held in engagement with cam 859 by a perpendicular arranged, spring-loaded rod 864, which at its upper end with the free End of the 855 of the bell crank 854 is articulated .. The lower end of the rod 864 goes through a corresponding opening in a rib 865 of the lower Section 801 of the frame 640. Adjusting nuts 866 are screwed onto the rod. The spring for the rod 864 is a helical compression spring and is indicated at 867. Sig'4m wraps this staff between them. 8 washer 868 and 869 loosened from the rod - and rest on the nuts 866 or the rib 865. It is obvious, that the carrier 838, 839 is compliant as a whole through the spring-loaded Rod 864 is lifted under control of the cam 859 unc # as a whole is inevitably lowered by this cam. With continued rotation of the Cam 859 finds this raising and lowering twice in separate time segments the machine takes place during each work-cycle, that is, when the wearer is completely at the back for receipt and if he is right at the front for inserting the film clip stands.

The horizontal to-and-fro movement is imparted to the carrier 838 '839 along the rods 842 by means of the aforementioned end-face disk 812. For this purpose, the cam groove or guide 870 of the disc 812 engages a cam follower 871 which is supported on the free upper end of a vertically arranged arm 872. This arm is bifurcated at its lower end in order to enclose the opposite sides of a block 873 which is fastened to the lower portion 801 of the frame-640, for example by screwing. The arm sits at its end pivotably on a pin 874 which is fastened in this glotz and protrudes therefrom with its opposite sides. A relatively thin strip profile 875 is screwed onto the front of the army 872, which runs upwards away from this arm and at its upper end, as indicated at 876, is twisted 90 ° from its normal plane: A reinforcement strip 877 is advantageously used to To hold the lower part of the profile 875 flat against the arm 872. The upper, forked end 876 of the profile 875 protrudes into a matching slot 878 which is incorporated in the carrier head 838. At this end of the profile, on its opposite sides, rollers 879 are mounted, which are grasped by corresponding incisions 380 also machined into the head. It can thus be seen that the lever together with the arm 872 and the profile 875 is necessarily tilted in opposite directions at a joint 874 by means of the box curve 812, and that such a tilting movement occurs once during each working cycle of the machine. Correspondingly, by the engagement of the rollers '79 in the incisions 880 of the head 838, the carrier 838, 839 is inevitably moved back and forth along and with respect to the rods 842 to the places for inserting and receiving the film excerpt. These back and forth movements occur once during each work cycle of the machine.

In order to ensure the adjustment of the carrier 838, 839 at its places receiving and inserting the film excerpt, the curved groove 870 of the box curve 81.2. designed in such a way that it moves the wearer finely through these positions. In these positions, positive stop elements 8ö1 and 882 are used and arranged so that the carrier is detected and inevitably stopped by these elements at the mentioned positions against the pressure further exerted on it by the cam disk. The actuating profile 875 bends in these The stop elements 881 and 882 are in the form of screwed-in rods which can be pushed into the lower section 801 of the frame 640 or in a bracket 883 This bracket is attached to the above frame section by screwing or otherwise and also serves as a support for the front pieces of the plate 172 and the side guide rail 174. The stop elements 881 and 882 are in the frame section 801 and the Bock 883 screwed in and secured in the set positions by lock nuts 884 resp. 885 blocked.

Vacuum is built up and released in the carrier 838, 839 in predetermined time segments in order to grip or let go of the separated image field of the film strip 575 on a case-by-case basis. For this purpose, one end of a flexible line 886 is connected to the carrier head 838, which is connected to the through. let 841 communicate in this head and at its opposite end with one end of a rigid conduit 887. DaeMdera erde der Rigid Zeitung 887 is attached to the bottom of a Qehäueee "888, which belongs to a ventileau designated with the collective number 889 on the outside of the subsection 9601 of the frame 640. As wn, on the built igur 1 0 you can see the Newspaper 887 with the lower bath a passage 890 in connection, which is incorporated in a valve housing 888 running vertically upwards and has a hole 893 on one side at its upper ground with a hole 893, which is worked longitudinally in this housing. The housing 888 is designed in its bore 891 with two axially separated annular chambers 892 and 893. The chamber 892 communicates with a vent 894 (FIG. 6) which is drilled into the housing 888 and extends outwards through the outside of the housing The chamber 893 communicates with the lower end of a vertical passage 895 machined into the housing 888.-To the G eh housing 8t8 and communicating with passage 895 and chamber 893 and through this passage with bore 891 is one end of a rigid conduit 895 which extends downwardly from this housing through a suitable opening 897 in plate 22. and its other end connects to the vacuum branch 505. The holes in the support plate 839 are so pneumatic with the vacuum pump 502 through the chamber 840, the passage 841, the newspapers 886 and 887, the passage 890, the bore 891, the chamber 893, the passage 895, the line 896 and 'die Junction 505 and, on the other hand, connected to the atmosphere from passage 890 through bore 891, chamber 892 and passage 894.

In the bore 891 of the valve housing 888, a valve piston 898 is slidably installed, which is designed with a constricted part 899 between its ends. This corresponds essentially to the distance between the chambers 892 and 893 in the housing. The valve piston 898 protrudes from the rear of the housing 888 and is rounded at this end for engagement by the free upper winch of a vertical arm 900 which is pivotably mounted at its lower end on a pin 901 seated on the lower section 801 of the frame 640. At the upper end of the arm 900 there is a cam follower 902 which is gripped by a cam 903 wedged firmly onto the camshaft 807. The valve piston 898 is resiliently in engagement with the arm 900 and the cam follower 902 is in turn resiliently held in engagement with the cam disc 903 by a helical compression spring 904, which lies between this valve piston and a cover 905 attached to the housing 888 and in this valve piston and the lid is recessed for threaded engagement with both of them. The lid 905 is on its inner surface with clearance for the adjacent end of the valve piston 898 and to allow this valve piston to "suck in" between. the housing 888 and the cover 905 are provided with a vent port 906. The valve piston 898 will. accordingly actuated in one direction by diy & cam 903 and in the other direction by spring 904, in order to build up or release the vacuum in the carrier 838,839 once during each play of the machine. If the curve follower 902 is gripped by the raised part on the Kxenacheibe 903, which occurs during the upward movement of the carrier 838, 839 to receive the separated image field from the film strip 575, the valve piston 898 is fully in its in Figure 10 The position shown in lines is moved in which, as will be noted, the passage 890 communicates with the passage 895 through the bore 891, the constriction 899 of the valve piston and the chamber 893. The chamber 892 and the vent passage 894 are entirely the passages 890 and 095 opposite by the part of the valve piston with a larger diameter next to the actuating arm 909a.b. Under these conditions, the vacuum connection line 896 is connected to the newspaper 887 and therefore the vacuum builds up in the carrier head 838 and the holes in the carrier plate 839 in order to allow the separated image field of the film strip 575 to be gripped by this plate.

If, with the further rotation of the cam 903, the cam follower 902 engages in the deeper part of the cam disk, which is just at or shortly before the attachment of the severed image field of the filmstrip 575 by the carrier 838, 839 enters against the adhesive sheet 7 on the card 5b, the valve piston 898 towards the arm 900 by the expansion of the spring 904 into its in FIG. 1 0 in position shown in broken lines. It is found in this that the Chamber 892 and vent 894 in communication with passage 890 through the bore 891 and the constriction 899 of the valve piston in the connection and the vacuum connection passage 895 in the housing 888 is to the passage 890 through the Test of the valve piston Completely completed with a larger diameter next to the spring. Under these The vacuum breaks down in the hole ö91 in the valve housing 8i8 and the line d8 'connected to the carrier 638, t> 39 (enters with the atmosphere in contact and in this way deflates the wearer, causing him to detach Release the image field of the filmstrip 575.

sensing means are provided to determine the presence of a separated image field of the filmstrip 575 on the carrier 838, 839 during its forward movement during normal .Arbeit the machine and to stop the machine in the event / that an image field of the filmstrip from any Basically not present on this carrier during its movement and taken by it, 4st.

As can best be seen in FIG. 11, these sensing means consist of a horizontal piston 907 which is guided movably with it by the carrier head 838 and is fitted into a bore 908 in a reciprocating motion relative to this head. This runs transversely through the head at right angles to the passage 841 and is in communication with this passage and the vacuum line 886. The bore 908 opens outwards only on the side of the carrier head 838 facing the front of the machine and extends inwards beyond deourchlaß 84.1 of this head. The piston 907 is provided with a stem-like taper 909 at its outer end. The piston has such a hang that in its ix, Pigur 11 The protruding position shown does not make the connection between see the »Dxirchl a, ß 941. and the heiting 88f locks off: He is _ Drilled out inside "around a sebrato overprint @ =. Feiler 1410 aitfiun take, one of which tnd.e against this = piston - and whose ..- 8n.deres .End presses against the wall of the bore 908 . 'The Peder 970 normally urges the calves: 90'- re? _Ativ close Der Trä; gerkapf 838 : in .: his in Figure 11 -shown in the " as-one notices the stem-like taper 909 den, oifi.en a.Txs dem: T.op ''hrau; rag-t @ 3itee_vs'c @ gnng: -d: there Kolhens in this Iae is bounded dirch e-znen "3p @ ^ engrng 91i., The .in one matching :: in, the head rings around the -13ohru-ng 908 incorporated .Lnnehnut -ein - is: It can be seen if the carrier is $ 83 $ 39 with the Pump 5b2 h. Prevention stands and if a separated dee F1mstreifene 5575 from this carrier = fit and 'aie holes' in the carrier plate S19 through the? @Idfehd sealed, a Vs-also zn the bore 90 $ of the milled @. gerkopfes 838. As a result, the atmospheric air press on the protruding end of the roltene 907 and press this piston: in the pot in its retracted position * If the carrier $ 8-3, $ 39 free from * a severed bldteld screen Filstrefa'es 575 will be older if this carrier is out of any a reason verseagtx a separate B-ld.fed antgegnziz @ - take, o4er * enn a separated aid: d, de, ä vbm: Trär s.ufgeäommeh .itä (> 1- i not dären correctly, hangs and the holes _ - in, the egelatte 839 sticks off, there is no vacuum in it, -in the carrier head. or the original print is not enough aue, iam to overcome the resistance of spring 91 (1 and consequently The Yol hem 947 remains in its protruding,, i_n Figure 11 EP7Puchten location. In the inf`igizr @ 11 gf-shown,; @ häusetehpnden Zage des t K.ölbens 90? is' the stem. 909 of this Tol hens during the Vorärhubbewegung of the carrier head 838, 839 suitable, in a angled aie'r -girre ixte lip "91? ' e n to re ii'en who at 'that free end of an arm 91 3 is worked + et and over the insane hinavsraf derive "of this arm; t The arm 913 is at 914 to. hinged to a bracket 915, which is attached to your subsection 801 of the Frame 640 on the outside, for example by screwing, fe -stigt. The engagement of the lip 912 of the arm 913 with the Handle 9d9 of the bprausstnherden Kol: cens 90? so swivels at Vorriieken of the carrier 838, 839 this arm should be around Joint _91A. As a result sapn @ T @ Y'u @ 'sa @ ht the wearer's VPrsa-er ß «# 8, 839 in, receiving and / or picking up a separate image field J.es filmstrip 575 an actuation of the arm 913 through the hprauaqtierenden piston 907. If a Image field separated from the film strip 575 by the fireman 839, 839 is accepted and thus the Withdrawal of the piston 907 was caused, the piston takes a such a position that purely stem 949 the EInpe 912 of the arm 913 missed while forwarding the carrier and not seized. Therefore, no downward pivoting motion is given to this arm. The 'RiiekzT-t4- of the Ko3 bep s 4.9 7 in the Trä-erkonf 6 8 # B- , becomes limited by an attachment pin = 91 6, uni, -, o one variable -. . s. _,. -., Break # mg of communication between passage 841 therein Kane and vacuum line 886 through the flask. The pin is fastened in this corf. And gathers in. the drill pipe 908 out! -i - n. The downward pivoting of the branch 9'i3 by the out- piston a07 stops the machine. For -. this purpose i2t in the .Arm einstellbP.r a screw 917 ei_r'eschreabt, which in the set layer by a counter mTj-tte-r 92% is blocked. In the * normal, raised hold - _ des- arm 9'i3 the 9C'hratjbP 917 is so set up that it -: just the slide 918 of a rrormaler @ travel open Nikro- Switch 919 clocks. Dercra_ter 9 "19 sits on the buck 915 and cheerfully asked 920 and 921, the weaführer from there switched into the electrical control circuit of the VT.echine simmer. Closing the 'Kortäite._des Sehalters a19 sc @ blipnt there, n control circle, ir_ .which this scholar is, and causes stopping the varchine. . Be is so obvious that when a Field of view of the film strip 575 in the correct position on the. carrier 8 '- # - 9 while @ rorrüeke @ ^ s. is present, the_ switch 919 not actuated ± or closed wind and therefore the variable eehine continue +, in n @ -rme? he wise to work. But when. A separated image field of the filmstrip 575 on the carrier - _- 338g `339 is present during its advance. is or " the piston 907 for some reason during this. =. iver: ct, kn -ekg @ äo: ers st, the switch 939 is through cle §J Downward thhWeihken the up: i Q i) u rd di rs Pe tiE! xn, g des' 91'8 g (-a (@ h13sqen. R.rd 'hecinflii.9t dadurC'b ^ ler Sterlerle so! 892 the stopping of the Ma Sehi = re v-ranlaet becomes: N # 101 of keeping the machine is going to be tiring und beee_: i :: ig ± _f das Bii. (: field of the Fl? mstrei - fsns 579x glass the Torte gb. @ Nrfehl.f hnti * iri -3i1 TTatd.: R "7?: '7. @'? Eing1.'gti. D? _- Kate, 'ierer @ r' @: given @: i_n den n - = '_ n.ri'' with the e.lte'Inüee? 37 and the 1W-.ehre again, .`e- lageeng The 161. kräschi.lter 919 iä "If the Arm 13 djrt @ n der §cheher 907 1.:;e1 will eat, r @ rt der Slider desc% 3tere so, e @ -: ß er this A M in se3_e A9 & 8rgägte1 i i'L lifts and '; t @ tifi' £ '? _ L "@ . IT is to be noted thati. , ii e nt: the, T- * gery t3 '# lq ä'18 -.einer-foremost, flen cil.ü $ ß ä 3.ti7_ltia eimfll g erden f '.'. hrend. the normal meal the e-like tueekk @ hrtdes beraulastehe »aA, Kolbenntiel n% obtained, 909 the tie 912 of the Ap9 "i? ir, the normal s-tellum of the last vdiwbe t: 'fit deti erdger $ fi $ 39 works a rerhtefikigee bo8- e23 asn dgä jävi serves, the card, 5b against we see the other 172 hold down uuä _ elide * r1er. VIr de.s adhesive sheet 7 on this card at the back t @ es üi @% ge @ .s des @@ r @ een @ ter_ @ z @ t @ i'el @ * @: s des @ l @ nstrei% za @ .eÜby card cl-ared-er carrierb as described above, iu-t. .s Amir (8s923, lies above the Z: aTteläbalte- In 1'72 had -u: nkdmxnt @ -xorma; l.erw @@ se, einerz.sen. Ä.bst: .nii: before .. there e # im. At the `T1nt; erf @: rchee.s .yrc @" (3stiäeka 9.23 ; - - P-ol te2 '-924- -p.-1iv, f ° d-er @ id-elr- material e, .. Tac .Amboß'stü ck 9:23 sits with:; - an .upper. End. an - d : 'u En d-, ei: re.-s Gladly rr 'tarer @ct _,: # 1 @F s9.? F., der _,: serkre crt.e'r @ af- - and Abwä-rts'hev, e; gt? ne t1. @ i-ter_d: in an m +; crem 0bera.hschn itt_ 802 des Dahmene, 64 "0 attc eirein Stü-cli- zefer tEten 1-Ta1_tp, 1-1ntt. _ - 92h a.geratt + 1.s -!:. 'The. 7: rehur; g d_e.cznrnßstzrcke; s @ 3 ttr.1e: Maintains 92.5 -relative to, cbererzT? Ah-.mena: brritt 802.- is through , a ~ tft 9-27 ve: rh: nd.ert, the -in: the retaining block Q926 szt'z: t zr> d from ü-ort .to usnter., through a corresponding term -At @ .h =. tck; be% inc1Z _- @ eh @ e: n slot protrudes. _,. .. _. _. -. . . ce? @nechte .Hin, '= approx. Hie rreereg U n. Wä_.rd .--. Er1 _Ar.bo3v # tückk 923. einTna.1 eä arend every work r> pieZ-r # der 1VIas .oh.rre ± r zelflieher -. -Äbetimmizn_g mit.der. Work of the @ räger:,; 338 "839 e`rte @ .lt._ZU d: Le aem Zweck is located at Nrab.e 811. of Via. stenl: -rven.eche ibe 81 2 e im e third Kzzrve.ns: che ibe -, 9281 in: die: .nurvnmtl.äufer 92 attacks'. The se r rests .at the more free-ur_ter end .of an arm 930 -ine @ s @ inkel.liebe 93'1., .DeeseT1 sr.äerr arm he 93,2 = e. # N -. Dedicated is. Mfe se. R 'finkelhe! El 9 3i is sitting on a Wel1Pr ._ "- _ blunt, 93: 3 x the -.with his, geeilbrrlagenaen., find in -ent- speaking Igge ^ n of the 'subsections; s 8Öde: sain.en- 64-0. hagt :: the arm, 93,2- : of the angle lever s 9`3.'l, fiBt .eee ch-t: appended -net and at its upper free end ziit .dem R-; iekende; vineA. - horizontal ..1enkers q? 4 hinged. Dasorderend: e ° @ 1es-e.xä.er 934 is articulated to the lower f: right: e end @ an = e arm 935 connected to an angle lever 936, the other? with 937 is numbered. The angle lever 93F sits on a M'ellen- stuf 10381 the ü-t its opposite ends in ent- speaking bearings in the upper section 832 of the frame 640._ The arm 937 of the angle lever 936 protrudes horizontally from the pin 925 of the lA-mboßs- + t_ekee 923 and carries at its, free end eir- steep e «: ingesc? hraixbt eirerr @ 'thel 939, which is the upper end The handle grips one of the pirgestelJ.th I; age .dvrych n ^ - Knrtermixtter 94-0 rl.oc``r @. @ - rt is. The @ rroßetü_c'T 923 1, n # i.ri " scar nh4, r t_n sairp tn 'gur 393 gezn: L.gte Normall_a.me durr-h an 'ehraizbendrjackfeder 941 pushed, dt: ° the handle. 995 = ar- . Geger .gi.ht and at one end of the i? altek7_ @ fi Q2 16 @anc of. other_ end against a S-prengring 942 et5.ß, which is in a NTuto Ti.e spring 90'-1 worked in this handle dinnf g-le = _c: @ zFt-l. in addition, the @ rarvenmitläufer 929 irl Fingriff with the E: izrjrer #; chebe 928 to he.?-ter. ran Iranre a7 Co a, e% -r that if the Kurver-follower. 929 by the high part of the Hurvergcheihe 928 at the T _ '. reriarg this KsxrxTPnschezbe er-P2ßt, the Amroßstück 92_3 through his described Artreba prevention with these disc down will beweet to push its upholstery 924 in - the engagement with the upper one. Surface of the card 5b on the bring plate 1'72. The extent of this anvil piece The pressure exerted on the card is adjusted by adjusting the Ram 939 regulated. If the follower of the curve 92.9 then with the lower part of the cam disc 9.28 when turning further cooperates, the anvil piece 923 is removed from the card 5b lifter iand? _ his pushing through the outer end Effect of the spring 941 in the readiness ztzrizck-e, etell +, = die ' next card 5b while the next SS rheits, m.pe1es the iIIa.- edit srhine and hold firmly2, hold. Eie Arbezts # Nezse "of the described film patrol, 7: 7u'f @: hr- - -rolls 6 7 4, 692 and = 681, h93 is timed so; oass the 2? -ilmna: chschitb stre ifeh 575 dadii.rcli before. me will ccroben around the next following 'Qldfeld' cl: a; raiif in cutting position to the other more upscale. To bring knives 832 and 833 , while the previous' wehende t ah, et_renn.tei.Idfeld- through the carrier 838 , 8) 9 in- ` a card 5b is transferred and - -einpefii.gt, as it was before-he- @ is written. Funds for blind commuters are therefore provided ', around -the room 2wi shyly solid: knives 8 34 and 8 35 @ 'zu Biber-' bri-cken and, dadiarcr das fizhrens @ e -'_ Zdfed des, 575, to support and Tiber- clIeser- conflict in the- over the - ri far away Better £ 335 house living days to guide, wahreild-cli.eser ? wischerraüm_ from the carrier 838 , -839 not occupied iAt:. how - rar - 'best seen in Figures `8 o and 9 contain these Blind middleman one. Bock q43 'that backwards and across zu- den-1fessern 832, '833., 834 und- 835 lies and: r sliding Movement to i3-vd-from these 1Vlesserr_ 'on two PetrenntenP-aralle- , ler. -Sä.bexz 9 @ .n ün @ i "9q: 5. ALZfgebaut 'is. The rods 944 and 9L5 - _ run along R to frame 640, and sit with their 'front ends zn the side plates 827 or: 828 ... You will get through in between the back extensions of these plates are trimmed. Sliding in a vertical egg: hdr-1.tt @ in the front surface den Fockes 943 is a. Bock 946 installed, clex - on his lower end in a_ forward-standing- ", something g: completed xe- buzzed 947 aueläzft, dan an dA, r Tr @ rlekax @ + P ir d - r. Yifite -with an Arsehlagpolr etQr 948 is present. Axf der Ob ¢ -xfarär'h de.s 7csimees q / 7 -naesend; -ist. ein-Ä --- n @@! dertp IRe.tal1p "1ate 949 aufc; tet4 Das. Cornice 947 - and..the. Plattee 9e4'9 have = m weeent = borrowed the same .Breite -v-le of the carrier 838, 8'3] .. 3n the trestle 94 ? -, is a unit13. * -; chraiibp g5O with an S-: e? @. tzkoa en screwed into which the bracket 946 engages, whereby or the latter- vertically, relatively .zLa the buck -9,43 can be adjusted, -. die 'p.latte 949: n -die _: correct Fähe with reference - to the den. Filmstrip receiving ..Durc paleness .ß36 and 837 -in the .sides- smooth 8.27. or $ 82. At 951 is -and! Dem. Bracket 953 one end of a screw train L'der 952 attached, - its Andrea end with. connected to one of the side slats 827 @ and 82 $ is .. 1) he spring 952 is constantly striving, the 'blind ner_dler'. -:. to slide 838, - 8-39 towards the carrier. If this v # ager-- ir. one of the furthest withdrawn, the Fil.ana.sschnitt - Gegenrebmerden .Inge stands, * the 3 l irdperdler will go through - the engagement of this carrier # with the stop pad 94-8 - on the trestle 946 by this vehicle in your. Balanced., Idle. . Hesitancy against the advance movement by the spring 952 - fixed- keep. It is thus evident that when the carrier 838 ", 839 from its most withdrawn, the film clip receiving location. is moved forward, the blind commuter in. Dependence on such a movement of the wearer un- indirectly the longitudinal movement of the girder under the influence of the _ . .pr., Poc,. t, c@es-B?.z.1'1d .- ': en: dle-s d_e ._ Feö.er. 5 _ rch@f#l.gtbs d 3 r. ... a .. @ -. . 1 . # rrl atten -_ Q28 rP # trr Se.1 - t. 7 izrid _ @.-L. _. .. w _ m, ... .r @ .... . a 4.h -n ': r: c @ l @ rs .., ard. d: e_ Plat + e 94,. @. raif; «T3 e: c'x @ ._ die.: @ pj- 3? p # csx # a Z h nr d 9 3 5 1: z r t @t @ .IP 3_r1 we. g P nt 3- 3 -'.- hP ji # d 3. ° ,. _ _ pleche days, ein, dp du reb den T @ ager 838, £ 39 in Bezu, .s.zf; .: these knives for given would, so as to the space between P _ @@ ne- Führun - -f-Ur_ the na: cb- . d en@es.ernzu lzb @ rhr @ zc en ühd -i Tb _'erl. e #. e =. _ ftihrgnden '-Bi.d: #: eldes: `des fiJmstre-- fer- the following fi.itüng cl. . _,. f 575 from the fPvten YPceer @@? 4 b; s 7u the firm, Mies ;, -r $ 3. and then to b -_ @ dP-r, e # 3 is also -I jI :; nffensichtlcb, sat if the carrier 838, = 839 daraizfhn, a1Fzs he will be furthest Vorgpccheber: Pn, den F, -i_lmäuss (hntt inserting T @ e # gP, in pe? ne extremely? z the film excerpt receiving layer 7, wash? - the: knives. 83 ¢ @ .n, d? 5=ux.t@ckkehrt, _ö er Bock 946 des B1ird- the plate: 94Q: dar. ar ata: s between the space feetenvq.ser: 834, g = 5 ° rurc c @ Px @r gernfo1'ge e .nere = _., _; we im-. - and se ins; , A r.3ff.es with -dem pol bull -3 48. to J3esem _. Boek31era.x-.gs ezogent rltrd. Nenn, der Bln.d # end ep, through # :. er frilger _: .. .., _,. . ,:. , .ö 838, 839 in # ieJLne urtatge Igge zur@ä.egezoe_n becomes, -is -die P, ede, r gF, d "d.by. Again .a.uf h @ rrecbenc7. @ E SFann @ zng ge: @ ra.ct, . um die, Nä.chetf.el @ er_de @ For chv: bbe @ ve @. 'r @ des B @ .i: nc @@ Pndl, ers while = -des -nä, bst.en. to assist you M.seb._n.e

Claims (1)

Patent claims 1. Device for inserting image field sections of a film strip into cards with openings that serve to accommodate an image field section and are at least partially covered by an adhesive film, in which, during a work cycle, a screen field section with essentially the same shape is provided by a separating device from a film strip how the opening in the card is separated, which is then separated by a. Trensport device is inserted into the opening of a card resting on a table and pressed against the adhesive film, which is supported during the pressing by a counter-pressure plate arranged above the table, characterized in that the film strip feed device correctly provided for inserting the film strip into the separating device by one on the position: the one in front of the film strip at existing image field sections responding scanning device is controllable. '.