DE1453121A1 - Device for receiving, distributing and storing cones - Google Patents

Description

HELMUT GORTZ Frankfurt am Main 70.

TU 53 t21.6 August 27th tf68

B 58 886 IcA70 G «f / g

Bowl -Mor Goapany, Inc., Delaware

7> Device for recording, distributing and saving cones

The invention relates to a device buhl receiving, distributing .uid Spouts of cones in a given arrangement above a Aufate itieches of a game skittles machine, with the recording set up a number of cone holders the same as for the jefoiligc Has total number of skittles used and is intermittently drivable, so that all taper holders in vorgegebner Sequence one after the other in a receiving position below the outlet opening of a cone conveyor and after loading The last cone holder has a release device for the receptacle that can be actuated to move all cones along a single channel containing stationary guide device down into the holder of the provided in the predetermined Aufstellanördnung Set up! Let it slide in.

Such a device is known. The receiving device consists of a chain track which is guided in a serpentine manner in such a way that all cone holders in each step position of the receiving device have an arrangement similar to that used for the Xe ₀ C ¹ -apiel. If, for example, the American 1Oer game is used in a triangular arrangement, the tigel holders are the. Recording device in every step position. - ■ in accordance with the actual ■ division of three purchases

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Below the path covered by the cone holders are parallel, downwardly directed guides, each from the Cone holders are aligned in their crotch octellurge. Every cone holder If a release device is arranged, all release 3'nriciitungeri pressed, the cones fall out of the holders, through the guide and get on the table

In the case of the known device, it is also the case that the receiving device entails high manufacturing costs because of the serpentine-like guidance of the holders and because of the complicated drive associated therewith. Also dieae execution v troublesome _β A / Eiterer disadvantage iet it au _f das.-3 only see them Fuei · a certain Y. egelspiel art is appropriate-and that a Umiüstung to a different game type, so for example, the American Ten bowling on the German Meunerkegeln, practically impossible Also iafc the effort fax * the triggering of the cone holder high «

The object of the invention eats ei3 adhering to the known gate direction The disadvantages are reported and these in particular are simpler to train, eo that it can be produced with lower costs, 8 is susceptible to failure and has a long service life. Furthermore should easy adaptability to different game elements, special mounting arrangements, as well as different ones to be possible. -

This task is given to the invention by the fact that "the Receiving device rotatably mounted about a vertical axis

and all & egeihalter in a U-normal plane to the axis of rotation on one p this consensus circle bit same

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contains stands, and that the guide device as a distribution device is formed, the individual guide channels each a connection between the circularly arranged cone hoppers of the receiving device and those in the the cone arrangement corresponding to the incorrect variety Create holder of the table.

The essential difference to the known device is that the receiving device is independent of the dividing device, ie the installation arrangement of the & egel. According to the invention, the receiving device is followed by a distributing device. As a result, the mounting device can be designed as simply as möülic-i _{0 In} the simplest case, it consists of one: Urentellor, which is gradually rotated one division at a time ο The manufacturing cost of such a design is significantly lower than that of the serpentine guidance of the cone holder in the known design Another essential advantage of the invention is that a cone setting machine with the device according to the invention can be converted very easily to other game systems. The receiving device remains unchanged in all cases, only the stationary distribution device is replaced

Based on the drawing, which shows an exemplary embodiment of the invention

represents, 'this is explained in more detail »

fs shows:;

1 shows a plan view of the device according to the invention. '

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Figo 2 is a side view of the device,

3 shows a longitudinal sectional view through the receiving device the Mnie 3-3 of Figo 1,

-I ¹ _{Xg 0} 4 a plan view of part of the receiving device according to Fig. 3,

H ¹ Ig ₀ 5 iron plan view of another part of the capture device showing its drive,

5 ⁵ Ig ₀ 6 a side view of the drive of the receiving device, seen from the line 6-6 in FIG.

Figure 7 is a _o Sehnittansicht by the inventive distribution means and,

Fit;. 8 a plan view of the lower end of the Verte Heinrich

'tufted after Pig. 7 showing the holding device for Blocking all channels of the distribution facility,

The apparatus sum recording, distributing, and storing Xegelr is a rope of a Kegelaufstellmaschine in which pushed the cone by means of a Abräumeinrichtung of practicing bowling lane, moved to a turntable and by supplied to a conveyor there, "The conveyor consists of an endless circulating conveyor element, especially a chain * on the bracket to take the cones with you. The conveying device is generally designated by D in the figures: “Tom conveyors D” are shown as cones of the receiving ice cream. If it contains the SsßamtBahl the cone used for the respective skittles ^ is operated trigger means, to pass therethrough whereby the cone due to gravity through a distributing eehräge'Kanäle H, üaiirem at the end /

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they are stored by means of a holding device «Aue The cones of this memory person can be set down on a table which is vertically movable and in its upper position accommodates the cones from the memory person and them in the lower position on the bowling alley

The receiving direction G consists, like special _N, of the wings. 3 and 4 emerges from a rotatable spider, the yabe 356 of which is mounted on the stationary vertical shaft 354, which is attached to a top plate 350 which is separate from the distribution device H and which is fixedly arranged on the frame 244 by a number of upstanding struts 352. Connected Alt the center of the orundural surface 350 is an upright hollow shaft 354. Rotatable around the shaft 354 is the cylindrical hub 356. Connected to the hub 356 is a Mahrsahl radially extending arms 358. The IMLe hub 356 and the arm 358 together form one rotatable spider, which carries a circular ring "Moser Hing contains an inner cylindrical wall 360 and an outer syllable-rising wall 362, see syllable cups, which for the sake of simplicity are denoted with G1, <J2, 03 .... 010, a plurality of Swivel reinforcement struts 364t which extend between the walls 360 and 362 and connect the adjacent cups 01 to G10 together. The arms 358 are connected to the intermediate belts 364 as one.

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On the top edge of the? A ring-shaped ejector ring 366 is provided on the cylindrical wall 360 »which catches up ten radially extending® projections or protrusions 368, which are all equally spaced from one another« which are arranged in the wall of the cups * Bie'Torsprünge are ang & inclined »so that their outer surfaces 372 are inclined at such an angle that they support the Kegslfigisren in the cups in a vertical position» Έ » eel stated here that the cups are wide enough to receive loosely a cone, and that the 'Vorsprttnge are present 368, to prevent the cone figures, which have been placed therein from above in the cups from falling out of the lower wire of the cup · They are slits 370 far enough to allow the protrusions 368 8U to move out of the cups to reveal the cone figures therein due to the rotation of the ring 36 6 relative to the Bachers

You rotation of the ring 366 relative to the cups is done by an ejection magnet 51 controlled, which is arranged on an angle 376, which is arranged on one of the spider arms 358 The electrical connection to the ejector magnet is made -luroh the cable 378, which is in the Housing 380 extends · A plug pawl 382 is attached to the interior of the housing 380, which is connected to the cable 378.

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Connected to the shaft 354 is a cylindrical connecting _{piece 384 1} to which a plug 586 is attached. The plug 336 is connected to the power source of the pulling magnet by a cable 383. The plug pawl 382 is placed on the plug 336 and rotates with the spider and housing 380 while the plug 386 remains firmly in relation to the shaft 354. At 390 rotatably attached to the armature 392 of the magnet S1 is a lever arm 394 «The opposite end of the lever arm 394 is rotatably connected to the Hebei 396» , while the opposite end is rotatably attached to the end of a lever arm 400. The opposite end of the lever arm 400 is rotatably connected to a bracket 402, which fixed ring with the Auewerf connected 366 _o A tension spring 404 is attached at one end to the bracket 402 and with its other end on one of the spinning arms 353rd Normally the magnet SI is de-energized and the ejector ring 366 is mounted in such a way that each of its Yore projections 368 extends into one of the cups G1 to 010. At the same time, arms 396 and 400 are at an angle to each other that is beyond the dead center position, with the ejector ring blocked. Therefore a movement of the ejector ring relative to the cups can only take place after the arms 396 and 400 have passed their dead center

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position have been brought to the magnet S1 au. When the magnet is excited, its oar 392 is sucked in "by which the lever 394 is moved in the same direction." When this happens, the lever 396 rotates relative to the console 393 and thereby drives the Eel 400 in the direction on the lever 394, whereby the ejector ring 366 is caused to act on the beaker and the cylindrical walls 360 and 362. The rotary movement of the ejector ring 366 is just sufficient for the projections 368 move out of the cups, whereby the leech figures are freed * they were wedged into the cups. It should be noted here that the rotation of the ejection ring 366 in relation to the cups takes place against the force of the 9 @ aer 404, whichever is the greater When the magnet S1 is de-energized again, spring 404 * causes the ejector ring to be automatically sucked into its normal cone-shaped position.

The Austeteende or sohrittweis® rotation of the distributor ring device is carried out by drive and coupling means which will now be described

Hit the well «119 de · Kegelf Brderera and * ioh» dt this rotating is «connected in chain gear 408, which the chain drives j ii «tttber an idling« inst «llb« ree chain ». «Gear 4-12 and tin driving chain gear 414 running ^ * D & s Kttteniahnrad 414 is old connected to a Veil 416 which ^

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eich rotates into a bearing 418, which is attached to an angle element 420 attached let which connects to the platform 194 stands and old a "wide angle" 422 susamaenwlrkt, including the side walls 66 and 63 of the horizontal parts 30 of the Kegelfttrdcrers su wear «Also old the shaft 416, connected is a wide chain gearwheel 424t that drives the chain 426. The chain 426 runs under the guide wheel · ™ 427 and 428, which are connected to the circular base 350 of the distributor, and drives a chain sprocket 429 which is mounted on a shaft 430 which rotatably connects the bearings 432 and 434 with the rotary base 350 connected 1st. firmly connected alt the opposite end The shaft 430 is a chain sprocket 438. Rotatably connected to the shaft 450 swleohen de »bearings 434 and the Kettensannrsd 438 is a lengthwise plate 44Oo according to Figure 6 the plate 440 carries an adjustable and idling chain sprocket 442. Bins chain 444 runs over the Ksttsnsafcnrädsr 438 and 442. The chain 444 is driven by the Chain sprocket 438 in the inclined direction in Figure 6 · The Chain 444 is old its majority sideways looking more expansive, Drive fingers 450, which are arranged generally at a smooth distance, are connected · On the opposite side of the shaft 430, there is the Platts 440 rotatable ait an elongated 8tab 458 connected, weloher look downwards through a Soblits 460 la circular The algae bottom 350 and the old, spring-tensioned armature 462 are connected to the coupling magnets 82, which in turn is connected

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seated on a platform 258, which is carried by the frame 244 » Vm holding the plate 440 in its raised position, which is shown in Figure 6 by a dash-dotted line. is characterized to assist, a compression spring is disposed between the plate 440 and the floor 350. When clutch magnet S2 is de-energized, its armature 462 is in the withdrawn position and plate 440 is in the raised position, as shown by broken lines in the figure Plate .440 in the horizontal as shown with full lines in Figure 6 1st, Siegle happens against the tension of the spring 445 »

Connected to the. The inner surface of the cylindrical 360 and the gradually advancing holding distributors are four drive attachments 468, all of which are equidistant from one another. The drive lugs 468 extend inwardly from the cylindrical wall 560 and "what?" far enough to mate with drive stabilizers 450 as will now be described. It should be mentioned here that the plate 440 has a lateral expansion or flange on its oruad edge, which extends beyond the drive flight r 450 out to about a distance that corresponds to half the length from the pivot point of the plate 440 and that of a rope 472 is reduced Width and which is just short of ä wi

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curved path of movement of the drive lugs 468 angrenet « A second flange 47 prevents the lower rope of the chain about to move upwards anyway.

The operation of the Antriebe- and Kupplungsneohaniems described above is what will follow t firstly assumed _t that the cone conveyor is in operation, so that the chain 444 duroh the shaft 430 and the Kettensahnrad is driven 438 in a direction as the arrow according Jig. 6 indicates that • further, the magnet 82 is demagnetized and that, thirdly, the distributor device's is set so that one of its. Drive station, for example 468a, when the gate of the edge 471 of the flange 470 is stopped, the entire distributor device will remain in the idle state and will not be driven by the movement of the drive fingers 430 of the coupling chain 444. If, however, the magnet 82 is now excited, the plate 440 Ton ihe is sucked in from its normal position, which is indicated by dash-dotted lines in FIG. 6, into the fully exhausted drive position. When this happens, the lower pull of the chain 444 is in the same horizontal plane as the drive devices 468 and one of the fingers 490 at the beginning of the lower file of the chain 444 will ait an antrtetwsasats 468 * meet and this and the goose fffteilereinriohtunf geaäfi figur 3 ia turn clockwise, the distribution device eioh including the hollow shaft 954

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drsht · The shoulder 468a will move over the flange 470 and become the edge 473 of this flange, which is roughly the Position of the approach 468b of Figure 5 corresponds to, so that it is released from the finger 450, which it to sum the beginning The upward movement around the sprocket 433 has driven ο If now it is further assumed that the magnet S2 remains excited when the attachment 468a reaches the edge 473 of the flange 470, the attachment 468c enters the position which had previously been taken by approach 468a and he meets here the finger 450, which immediately followed the finger that was engaged with the seeder 468a and advanced was on the position of the approach 468b. If, however, the clutch magnet S2 is de-energized shortly before or just at the moment in which the projection 468a of the finger 450, which connects it to « has drifted free, the plate 440 moves upward as a result of the return of the armature 462 to its normal © extended position and none of the fingers 450 will be able to contact an aspirator 468c · As a result the ring device will stand still and remain in this standstill until the magnet 82 is excited again.

As can be seen in FIGS. 1, 2 and 3, the distributor device is arranged in such a way that, as it rotates, the cups G1 to G10 pass one after the other under the outfeed port 92 of the cone conveyor.

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arranges and the fingers 450 have such a distance,

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that every time a shoulder meets with a finger, the distribution device moves a distance goalkeepers »the is equal to the distance between two consecutive Cups. Even if an anchor over the edge 473 dee Planeohes 470 iet and just got free from the fingers of the chain 444 » If one of the cups GI to 010 is directly under the ejector tube 92 of the cone conveyor device, ao that when a cone is discharged from the conveyor device through the funnel device 92 will »it falls directly into the cup, which is located below the funnel ο through the excitation of the magnet S2, every time a cone falls into a beaker, and by maintaining the excitement, the magnet is long enough that the distributor facility is permitted to advance the distance between two consecutive cups every time an empty mug Able to make a cone made of the cone conveyor falls down, especially · since the cone carriers are arranged at such a distance from one another that at the speed at which the Move the cone carrier, the time interval »wipe the discharge the cone carried by successive wearers is a little longer than the time interval required is to excite the magnet 82 and advance the distributor device by such a distance as the distance «Wipe sw«! successive cups equal 1st.

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In order to prevent the distributor device from advancing further than the distance from one cone position to the other corresponds, two fuses are provided. One of these fuses consists of two brake shoes 476 according to. 1, rotatably connected to circular base 350 and pressed against outer wall 362 of the manifold. Tension springs 478, which are connected with the base plate 350 and the brake shoes holding the brake shoes in contact with the wall 362 'The second fuse is the Plansch 470, which was previously described _o When the plate 440 is in the pulled-down position parallel to the base plate 350 , the flange 470 is below the level of the lugs 468. However, when the plate 440 is in its raised position, the edge 471 is at the level of the. Lugs 468o If the distributor device were to intend to continue rotating, the edge 471 of the flange 470 would come into contact with one of the extensions 468 and, since the flange cannot be moved, the result is that the distributor device stops immediately. However, the flange cannot be clamped by the stud with which it cooperates because the edge 471 of the flange is below the top edge of the stud. Therefore, when the magnet 82 is energized the next shark, the plate 440 can rotate downward without difficulty.

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Two switches are connected to the distribution facility «. A switch called a digit stop switch SW9 is connected to the circular base plate 350 and has a contact finger 480 which is arranged so that it can be deflected by successive lugs 468 can when the distribution device rotates »The switch SV9 is normally closed and opens when the contact finger 480 is deflected by a moving lug 468 o When the manifold stops, with one of its cups directly under the dispensing triohter 92, the finger 480 is not associated with any of the tabs 468. The location of the contact finger 480 is such that it is through a the lugs deflect each time one of the cups is placed almost directly below the discharge hopper 92. This gives the armature of the magnet S2 time to move the plate 440 back into its raised position and to stop the rotary movement of the distributor device just at the moment when a beaker is arranged under the dispensing funnel 92 "

The second switch connected to the circular base 350 is referred to as the Beoherschalter SV5. One ZMhIt clockwise, starting from the cup, which is located immediately under the Ausgabetriohter 92, bo, the switch SW5 is arranged next to the tenth step position. According to Figure 1, the cup G7 is in the tenth

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Step position and the distributor has five steps beforehand executed »to deliver cones into the cups 31 to Ö6«, The. Switch SW5 has a contact finger 482 that extends inward extends over the upper edge of the Beohere <J7. The desk SW5 is normally open, and Seim F ± ng @ r is @o arranged that it is by a cone which in one on the longed Position is resting,% rlrd · Venn therefore deflected the cup §1 advances into the longed-for position, be touched Cone the contact finger 482 to sohlidBen the switch SW5 su, The holder SW5 is kept in the cup 01 by the K €> g © l kept closed until all the cones have fallen out of the cups is, the switch SW5 is in the circuit that the ejector magnet S1 controls and when it closes, it rolls » • If he persists one of the phases in this circuit »The output magnet is energized in order to release the cone from its Beakers 01 to 010 su cause if all · phases of his control circuit are complete.

As stated above, the platform 258 is attached to the upper side frame 244. The Plattfora is "is according to figure 6 with circular openings 490 see stranded" ron Ίβηβη Jed * arranged in direct alignment with one of SÄiücreohter Lehn Öreieokf shaped manner Kegeletellungen arranged on the bowling alley permanently fixed in each aperture 490

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it arranges a "ylindrieehiee" 492 (figuren 1, 2, 7) · Each bag 492 extends both above and below below the platform. The circular base plate 350 of the cone distributor device is provided with long circular openings 494, which are arranged on a circle, each of the openings 494 being in direct alignment with one of the cups G1 through G10 if one of the cups is directly arranged below the output trioher 92 is fixed with Connected to each opening 494 is a port 496 which runs downwards This protruded from the circular base plate 350 Pods are completely sylindrisoh at their upper ends, where they are firmly connected to the base plate 350 »but below the base plate 350 the sleeves are half-styled & riseh» around the shape of open dispenser channels are “connecting the sleeves 492 and the sleeves 496 are semi-cylindrical dispenser channels 496. The dispenser channels 498 create a Dispensing the cones from the sleeves 496 to the sleeves 492 'and in doing so they also cause the relative · Yer ~ Displacement of the cones from the circular pattern "as given by the openings 494 of the circular base plate 350 is * sum dreleek-shaped mister of openings 490 in the Platform 258.

Slidably attached to the underside of the frame 244 "attached to the lower parts of the sleeves 492" is a horizontal one

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Speioherflngerwerk 500 (Figures 1, 7 and 8) "The Spelcherflngervorrlchtung contains ten longitudinally expanding strut members 502, each of which is provided at its front end with an arched finger 504, each of which travels a radius that essentially travels on" corresponds to the sleeves 492, seven transverse struts 506, two angled struts 508 and three longitudinal struts 510 »Elongated, flat struts 5t2, which are attached to the underside of the frame 244 by bolts 514 .., slide the finger device 500 Each support vein 512 extends below one of the struts 502 and is provided with bolts 514, which prevent the lateral movement of the struts, but not the longitudinal movement. Each finger 504 extends into one of the guide devices 492 when the finger pre-arrangement 500 is in its front position, as shown in FIG is to allow the fingers 504 su to move into the sleeves. Connected to one of the laterally extending struts 506 are two long tension springs 516. The opposite bands of the tension springs are connected to the lower part of the platform 258 _o they hold springs, 516 the finger device in its front position ο In this position a set of cones falls, which is released by the cups Ö1 to 010, while the sliders 496 in the circular base plate 350 wait along the outside «

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gaberinnen 498 in the sleeves 492, in which they by the finger $ 04 to be stopped. The cones linger in the pods 496 »carried by the fingers 504 until the finger fixture is moved backwards, in the surüok sucked finger β division, As shown in Figure 7, whereupon the cones change over to the cone mounting board, as will now be described.

The movement of the Speloherf ginger device 500 from its normal production into the cone release position is effected a lever 518 which extends vertically through a sole it β 520 in the platform 529 extends. The lower end of the lever 518 is connected to a wire rod 522 which is firmly connected to the in 524 which is rotatably anchored is at the angle 526, which is fixed to the front laterally extending strut member 506 of the finger device. The upper part of the lever 518 has a drive and Bteueraeehatil enus, which will now be described and the dasu serves, actuate the lever 518 su to move the Pingervorriohtung into its release poeition su.

Attention should be drawn to the fact that a switch WtI is connected to the platform 258 (Figure 1). This switch has a finger 528 which extends through a slot into the upper end of one of the sleeves 492. As shown, the holding pin extends into the tendon sleeve, that is, the sleeve, which is in direct alignment with the site

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the bowling alley, which is usually used for the longed-for bowling is served ο The switch SW7 is normally closed, but momentarily opens when his finger is $ 28 through one the cone falling into the tenth sleeve is deflected »The switch SW? is closed when a cone in the longed Eülee is carried by the filter device 500 as the The cone is located below the holding finger 528. Of the Switch SW7 is in the control circuit for the off * throw magnets SI

When switch SW7 opens, a 4-way circuit is made for the Magnet 31 interrupted, so that the adjusting ring 366 is through The action of the return spring 404 can turn surttok into its holding position »The switch SW7 also switches via a relay the drive of the conveyor So as long as the switch 8W7 is open, the conveyor D stands still.

The cone setting machine with the device according to the invention works with three Kegelsätaen. The best effect is, if a few less cones are used, then in the American game of ten skittles 25 - 27 skittles, 25 skittles in advance · This results in a continuous one Work.

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Claims (1)

Claims Aiming device for picking up, distributing and storing cones in a predetermined arrangement above a set-up table of a game cone setting machine, the pick-up device having a number of cone holders equal to the total number used for the respective cone game and being intermittently drivable so that all cone holders in a given order one after the other Receiving position below the outlet opening of a cone conveyor and, after loading the last cone holder, a triggering device of the receiving device can be actuated in order to slide all cones along a fixed guide device containing individual tracks downwards into the holder of the table provided in the specified installation arrangement, characterized in that that the receiving device (G) is rotatably mounted about a vertical axis and all cone holders (G 1o.oGf 10) in a normal plane to the axis of rotation on a circle concentric to this with equ calibrated mutual spacings, and that the guide device is designed as a distribution device H, the individual guide channels of which each form a connection between the cone holders (G 1 · ..G .10) lying in a circular arrangement. the receiving device (G) and the holders d, lying in the cone arrangement corresponding to the desired type of game, create it on a set-up table (I) «, _1ÄD CBiGlNAL New documents «Art. 7 g l para. 2 no. L sentence 3 <te> Changes ν 4. p. 106 /, 809813/0074 Device according to claim 1, characterized in that an adjusting ring (366) concentric to the axis of rotation is mounted in the rotatable receiving device (G), on which retaining elements (368) are attached, one of which; 'Llung of the receiving device engages in a'cone'gellialter (S 1o..ß 10), and that the adjusting ring (366) can be moved in such a way that the holding elements get out of the way with the cones (P) located in the 'holders. -. 3c device for claim 2, characterized in that the heating elements ('558) are in the form of Nason on the i "-'; e.llri-Tg (366). Atarrfcigt and the adjusting ring (;> 66) around the The axis of rotation of the receiving device (G) can be rotated perpendicularly, so that when the adjusting ring is turned into the release position, the retaining element can be swiveled sideways out of the cone holder (3 I ₀ .. G 10) ... Ao device according to claim 2 or 3 »characterized in that a return spring (404) engages on the adjusting ring (366), against the action of which it can be rotated into the release position by means of an electromagnet (S 1) _{or the like} 5. Device according to one of claims 2-4, characterized in that that the adjusting ring (366) can be actuated via a toggle-like linkage (396, 400), the two toggle levers of which (396, 400) in the holding position of the ring (366) assume a position beyond the dead center position » IAD ORIGINAL 809813/0074 6c device according to one of claims 1-5 »characterized in that that the guide channels of the distribution device (H) each have three sections, of which the uppermost section consists of a pipe section (496) with a vertical axis, the lowermost section of a pipe (492) with a vertical axis and the middle section of a generally inclined connecting piece (498), in particular in the form of a Exist gutter. " 7ο Device according to one of claims 1-6, characterized by » shows that each guide channel (492, 496, 498) of the distribution device (H) has its own holding element (504), Xuad all holding elements are mechanically connected to one another stand and can be moved together between holding and releasing positions are ο 8ο device according to one of claims 1-7, characterized «-, aeichnet that the receiving device (G) one of the cone ' conveyor (B) driven feed member (444) and a Ansahl socks (468) equal to the Ansahl of the cone holders (G 1 ··. G 10) at equal intervals on a coneentric circle sur axis of rotation and that the feed member eum indexing around a division, in the trajectory of the squat can be moved in " 9ο device according to claim 8, characterized in that in the At the outlet (92) of the cone conveyor (B) there is a switch (SV β) activated by the incoming cone, which has a holding circuit for one swivel the feed element (444) into the drive position - ·., '·. ■ IAD 809813/0074 6ο Device according to one of claims 1-5, characterized in that that the guide channel ^ of the distribution device (H) each have three sections, τοη which the uppermost section, cut from a pipe section (496) with a vertical axis, the lowest section from a ¹ pipe section (492) with a vertical axis and the middle section from a generally inclined connecting piece (498), exist in particular in the form of a channel «. 7c Device according to one of Claims 1 to 6, characterized in that <=> shows that each guide channel (492, 496, 498) of the distribution device (H) has its own holding element (504) and all holding elements are mechanically connected to one another and can be moved together between holding and release positions. cash are ο '··.'. 8ο Device according to one of claims 1-7, characterized in that « shows that the receiving device (G) has a feed member (444) driven by the cone conveyor (D) and a Number of squats (468) equal to the number of cone holders (G 1 ... G 10) at equal intervals on a concentric circle to the axis of rotation and that the feed member for indexing by one division, in the path of movement of the cams can be moved in » 9c device according to claim 8, characterized in that.im Outlets (92) of the cone conveyor (D) from the incoming cone Actuated switch (SV 8) feitzt, which swings a holding circuit for one of the feed unit (444) in the drive position - • » 809813/0074 trending electromagnet (S 2) echlieast, which by a another switch (SW 9) at the end of each switching step is opened. "; 0. Device according to one of claims 1 - 9, characterized in that at that step position whose ordinal number is equal to the number of pins required for the pin game, a switch (SV b) which can be actuated by the pin in the holder (G 10) sits, which scMiesst the current for the triggering device of the receiving device (G) actuating organ (31) » 11. Device according to one of claims 1-10, characterized in that a channel (492, 496, 498} of the distribution device (H) is actuatable by a cone (S) that is sliding down Switch (SW 7) is attached to the circuit for dae the triggering device of the receiving device (S) actuating organ (S 1) opens. 809813/0074