In this form the actuating mechanism and controls for rotating the stacks of cups in the supply magazine are mounted at the bottom of the device, that is, between the platform 915 and the bottom plate 921 of the casing 920. 7 is a fragmentary vertical section through the lower portion of the cup-supporting mechanism designed to cooperate with the mod'fied actuating mechanism of Figs. As embodied a feeler arm 975', similar in function to the arm 975 previously described, is pivotally mounted at 976' for swinging movement under the influence of the cup-release operating solenoid 906. Said solenoid will be energized only momentarily to release the latch 954 as hereinbefore described. Said plate 9165 is apertured at 916 to- provide an opening adequate for the downward flow of cups C in the active column. 9. The major important integral part of Fully Automatic Cup Dispenser is as follows. 
The invention relates to new and useful mechanisms for dispensing paper cups or similar containers or other nested articles. SUMMARY OF THE INVENTION, Fully automatic cup dispenser with auto cup refill feature gives more user friendly and requires no regular manual interference of loading cups. particularly designed for dispensing paper cups or similarly shaped containers nested in vertical columns, wherein the lowermost unit of a column of cups is extracted or separated from the column of cups above it. Cup Aligner (CA) mechanism A modified form of some features of the invention is shown in Figs. We also have a It supports Vibration feature to load nested cups easily in to the slot and avoid jamming of nested cups. Said cups, as shown,, are preferably of the conventional tapered, nesting, paper construction, although other types of receptacles may be used so far as many features of the invention are concerned. Cup detection sensors, end of cup detection sensors etc. In this respect the invention provides a very positive yet simple means for insuring constant supply of cups to be dispensed so that a very large quantity thereof may be kept on hand in a relatively small space and renewal of the depleted column by a fresh one automatically and efficiently performed when needed. Said plate 950 has four projections having radial edges 951 which terminate at the circular periphery 952 on the one side and on the other extend as a flat edge 953 to the next projection. The Electronic Control Unit ECU manages complete operations of the machine. As embodied, a ratchet or escapement plate 950 is fixed at the top of the pulley 940 to turn therewith. The invention relates to new and useful mechanisms for dispensing paper cups or similar containers or other nested articles. Objects of the invention are to provide a new and useful article dispensing mechanism mor. the figures of the accompanying drawings. As embodied, the bottom of the central shaft 931' of casing 920 is provided with two drive holes 100 which are adapted to fit over two drive pins 101 in a drive pinion 102. 
Conventional means actuated by a lever 903 are provided for separating the lowermost cup C from its stack and for forcing same downwardly to fall into the chute 901. The ECU with the help of position sensors and unique mechanism, loads the new set of nested Cup when previous slot becomes empty. 1 the vanes 930 terminate a short distance above the bottom plate 921 of the casing and also terminate a somewhat greater distance below the top plate 926 and It will be clear that rotation of the shaft 931 in a counter-clockwise direction (Fig. The Cup dispensing mechanism is fully controlled with help of ECU motors and actuators. NO.24,2ND MAIN, 1ST B CROSS, MAGADI ROAD, CHULOREPALYA, BANGALORE - 560 023.
Said casing 920 is fixedly supported from the base plate 915 by a flat circular bottom plate 921 which is spaced a short distance above and parallel to the plate 915 by riveted brackets 922. 5 and 6. A cup-dispensing mechanism for beverage vending machines including in combination a support for a plurality of vertical stacks of cups arranged about a common axis, rotatable means for revolving said stacks about said axis, cup-removing means below and aligned with the path of revolution of said stacks, switch-controlled means for rotating said stacks of cups on their support, a switch-operating member movable toward and away from one of said stacks, said member being moved toward said stack of cups by operation of .means connected to said cup-removing means, the power of the means for moving said switch-operating member toward said stack being insufficient to overcome the resistance imparted to further movement of said member by the presence thereagainst of a cup in said stack. 2). Momentary energization of the solenoid 960 retracts stop 954 permitting the plate 950 to rotate and carry the shaft 931 and vanes 930 with it. The invention provides means for automatically closing the circuit to solenoid 960 when the stack of cups C has been depleted to below the level of plate 915. | 
| Showroom 1; Fig. No problem! Lazada, Browse Alphabetically: For this purpose arm 975 is connected near its pivot point to spring 978 which is fixed to the bracket 908 on link 904. 7. Hold, store, and dispense cups easily with 5 and 6 stack cup turrets. Sensors and Rotary Cup Container Tilt feature. Fully Automatic Cup Dispenser offers automatic Cup Dispensing with automatic Outside of those dimensions? A cup-dispensing mechanism including in combination, means for delivering a cup from the bottom of a stack thereof, means for holding an auxiliary stack of cups, a member moved by said delivery means transversely toward the first-mentioned stack and into contact with the side walls of cups therein, said member being restrained from further movement by said side walls but being movable a greater distance in the absence of such cups, means for moving the auxiliary stack of cups into the delivery position heretofore occupied by said first-mentioned stack, means for normally restraining such movement of the auxiliary stack, electrically controlled means for releasing said restraining means to permit said movement of the auxiliary stack, said electrically controlled means being energized to operate upon movement of the cup-contacting member beyond the side walls of the first stack of cups. 1. Objects and advantages of the invention will be set forth in part hereinafter and in part will be obvious herefrom, or may be learned by practice with the invention, 194/246, 221/6, 221/104, Click for automatic bibliography 6. A cup-dispensing mechanism for beverage vending machines including in combination, means for holding a plurality of stacks of cups, means for removing and delivering cups from the bottom of one of said stacks, a switch-operating member movable to contact with the cups 16 in said stack upon each cup-removing operation of the second means, said switch-operating member being restrained from full movement by the presence of cups in said stack, a switch operated by said member upon full movement thereof, and means controlled by said switch for moving said stacks successively toward the cup removal and delivery means, and signal means for indicating when the last of said stacks of cups has been substantially exhausted. What I claim is: 1. A pivot pin 933 fixed to plate 932 extends downwardly therefrom through an opening in the plate 921 and a suitable bushing 934 which is fixed in the main base plate 915. From the foregoing it will be clear that shaft 931 will be rotated one quadrant to bring a fresh stack C' into position for feeding into the remaining cups of the original stack C only when said original stack has been reduced below the upper surface of plate 915. Since the cups are directly accessible to human hands, chances of misuse like taking more cups than required, touching the cups with dirty/unhygienic hands etc are quite possible.
In that operation it will be clear that there will be a remainder of a plurality of cups in the original stack C at the time that the new stack C1 is brought into position thereabove. The lower end of said spring is fixed to a projection 945 and said spring normally exerts a pull on the cord tending to unwind the cord and rotate the pulley 940 and shaft 931 in 00 counter-clockwise direction (Fig. Cup Container can be anything from one slot to N slot where N is the maximum 5. Cup Control Mechanism as Claimed in Claim 1, comprises of unique Cup Holder This invention relates generally to Automatic Cup Dispensers. We can develop a custom solution taylored to fit your needs. The free end of said lever is pivotally Sconnected to an actuating aim 113, one end of which is connected to a spring 114 and the other end to the armature 115 of the solenoid 960'. cups or other articles, Coin-freed apparatus for controlling dispensing or fluids, semiliquids or granular material from reservoirs. The cup at the Cup Exit (CE) slot is directly accessed by the user. Cup Holder (CH) holds the cup firmly and Cup Aligner (CA) aligns the stacks of remaining nested cups when one single cup is dispensed. When said solenoid is in its idle or non-energized condition the armature 905 is largely withdrawn therefrom by means of a spring 907 one end of which is fixed to the bar 908 on rod 904 and the opposite end to a pin 909 at the base of the cup extracting casing 910. The Fig.l shows the drawing of Fully Automatic Cup Dispenser mechanism. For this purpose a conventional coin diverting relay mechanism 160 is positioned adjacent the coin selector mechanism for the machine and is adapted to be operated by the circuit of switch 155. Both Cup Holder (CH) and Cup Aligner (CA) are confroUed by a single geared DC motor (GW). Description of Invention: available cups in the slot and the confirmation of Cup dispense. 1. Said design lends itself to cooperation with signalling means for indicating the condition of supply as :'' to the various stacks of cups in the magazine as hereinbefore described. An extending arm of said bell crank is slotted at 651 to cooperate with an upwardly projecting pin 958 which is formed at the free end of the armature 959 of solenoid 960. 1, rod 904 is provided with a depending trigger 990 which is adapted to trip pivoted lever 991 which lies in its path. 2004-2022 FreePatentsOnline.com.
- When all the cups are dispensed, the ECU automatically reloads the next stack of nested cups from next channel with the help of cup detection and Channel position sensors. Fully Automatic Cup Dispenser Mechanism: in to the slot and also avoids jamming of cups. However, when the cups have become depleted so that the uppermost cup in stack C lies below the surface of plate 915 when it will be possible for the arm 915 to travel inwardly for the full limit of its stroke and thereupon its upwardly extending terminal 981 will come into contact with the depending leaf spring 982 of the micro-switch, thereby to close said switch and momentarily energize solenoid 960. availability of Cups. & Terms of Use. Jiangmen Innoween Foodservice Equipment Co., Ltd. Foshan Rediclean Intelligent Techlonogy Co., Ltd. Sichuan Mayflower Precision Machinery Co., Ltd. Jiangmen Ayt Electrical Appliance Co., Ltd. Hangzhou Yile Shangyun Robot Technology Co., Ltd. Wuhan Gao Sheng Wei Ye Technology Co., Ltd. Hangzhou Vending Robot Manufacturing Co., Ltd. Amk (guangzhou) Hotelware Supply Co., Ltd. Henan Issac Industry And Trading Co., Ltd. Guangzhou Wan Chef Metal Products Co., Ltd. Guangzhou Shinelong Kitchen Equipment Co., Ltd. Foshan Nanhai Flamemax Catering Equipment Co., Ltd. Hangzhou Shineho Kitchen Equipment Co., Ltd. Qingdao JW Intelligent Equipment Co., Ltd. Yiwu Pinmoo Electronic Commerce Co., Ltd. Dongguan Manjia Electronic Technology Co., Ltd. Guangdong Top Kitchen Equipment Co., Ltd. Guangzhou Sunrry Kitchen Equipment Co., Ltd. Guangdong Heavybao Commercial Kitchenware Co., Ltd. Jiangmen Pukui Intelligent Machine Co., Ltd. Guangzhou Berman Restaurant Supply Limited, cup dispenser for vending machine manufacturer. Le dispositif d'entranement entrane la pluralit des mcanismes de support de gobelets (30) et la pluralit des mcanismes de distribution de gobelets (40) se dplacer de manire synchrone, de telle sorte que des corps de gobelets qui sont empils et imbriqus les uns dans les autres peuvent tre spars un par un, le problme de torsion et d'endommagement des corps de gobelets dans le procd de l'tat de la technique est vit, l'efficacit de distribution de gobelets est amliore et le taux de dchets des corps de gobelets distribus est rduit. The circuit for said light is in parallel with the circuit for the solenoid 960' and the light is normally out by means of the normally open switch 145. The parts of said cup-release mechanism are substantially the same in this form as in that previously described and are similarly numbered and need not be described here in detail except insofar as they differ materially from the form previously shown. An automatic cup dispensing mechanism of an automatic beverage vending machine, comprising a fixing frame (1), wherein a passage for a workpiece to pass through is arranged in and passes through the middle portion of the fixing frame (1); a plurality of cup supporting mechanisms (30) and a plurality of cup dispensing mechanisms (40) are arranged on the periphery of the passage; the plurality of the cup supporting mechanisms (30) and the plurality of the cup dispensing mechanisms (40) are alternately mounted on the fixing frame (1) around the central axis of the passage; and a driving device for driving the cup supporting mechanisms (30) and the cup dispensing mechanisms (40) to move is mounted on the fixing frame (1). Fig.3 represents Rotary Cup Container (RCC). Thus warning is given to the machine operator so that he may replenish the supply of cups at any time during the use of the last stack thereof. Means are provided, operating simultaneously with the foregoing, to cause coins dropped into the coin chute to be diverted from the coin box and returned to the user of the mechanism. This arrangement provides a very gentle floating action for the movement of the arm 915 against the edges of the cups C and avoids any injury or displacement thereof when said arm is caused to move inwardly upon each actuation of the cup release mechanism. WO2020155592 - AUTOMATIC CUP DISPENSING MECHANISM OF AUTOMATIC BEVERAGE VENDING MACHINE, AE, AG, AL, AM, AO, AT, AU, AZ, BA, BB, BG, BH, BN, BR, BW, BY, BZ, CA, CH, CL, CN, CO, CR, CU, CZ, DE, DJ, DK, DM, DO, DZ, EC, EE, EG, ES, FI, GB, GD, GE, GH, GM, GT, HN, HR, HU, ID, IL, IN, IR, IS, JO, JP, KE, KG, KH, KN, KP, KR, KW, KZ, LA, LC, LK, LR, LS, LU, LY, MA, MD, ME, MG, MK, MN, MW, MX, MY, MZ, NA, NG, NI, NO, NZ, OM, PA, PE, PG, PH, PL, PT, QA, RO, RS, RU, RW, SA, SC, SD, SE, SG, SK, SL, SM, ST, SV, SY, TH, TJ, TM, TN, TR, TT, TZ, UA, UG, US, UZ, VC, VN, ZA, ZM, ZW, AUTOMATIC CUP DISPENSING MECHANISM OF AUTOMATIC BEVERAGE VENDING MACHINE, MCANISME DE DISTRIBUTION AUTOMATIQUE DE GOBELETS D'UN DISTRIBUTEUR AUTOMATIQUE DE BOISSONS.
Said projections 951 are designed to cooperate with a pivoted latch and stop member comprising stop 954 projecting vertically from one end of a bell crank 955 which is pivotally mounted on the vertical axis 956. Not your size? The closing edge of the door portion 924 is provided with a latch 925 to cooperate with the adjoining edge of the fixed part 920 (Figs. As will be clear from the drawings when the last or fourth tooth 120 has rotated to be held by the prong of pawl 110, then the longer tooth 146 will be moved to contact with the actuating arm 147 of switch 145 thereby to close said switch and thus to turn on the signal light 140 and keep same lighted throughout the time that the last column of cups is being used. The solenoid is de-energized immediately thereafter so that the stop 954 is returned to ride against the surfaces 952 and 953 to encounter the next latch surface 951 and thereby stop rotation of the shaft 931. These cups are stored in several channels of Stacks of nested Cups. Rotary Cup Container (RCC): controlled hardware supported feature which makes the nested cups to load fi"eely (1)(1)(30)(40)(30)(40)(1)(1)(30)(40)(30)(40), National Phase Entries Incremental download (last 7 days), Coin-freed apparatus for controlling dispensing of fluids, semiliquids or granular material from reservoirs, with associated dispensing of containers, e.g. 2 is a top plan view of the mechanism shown in Fig. As shown, a coin chute 1003 is provided at coin-arresting station 1020 with a switch arm 1022 adapted to be depressed by the weight of the coin. This arrangement is some:;( what more compact than that shown in the preceding figures and the operating mechanism therefor is of somewhat different design. Thus when all the stacks of cups are exhausted said coin diverting mechanism is actuated to prevent coins from falling into the coin box and machine operating devices, the coins being diverted to return to the customer who, by virtue of the signal light 150, is informed that there are no more cups available. Cup Control Mechanism (CCM) consists of two major parts. Referring now in detail to the present preferred embodiment of the invention Illustrated by way of example in the accompanying drawings, in accordance with one feature of the invention means are provided for automatically positioning a paper cup or the like C below the end of a beverage delivery nozzle or the like in position to receive liquid therefrom. Of the drawings: Fig. Whereas manual dispensers will have limited storage capacity and requires regular interference of storing cups.Fully Automatic Cup Dispenser Mechanism offers new advantages compared to existing manual dispensers. The invention consists in the novel parts, constructions, arrangements, combinations and improvements herein shown and described. 4. | Rotary Cup Container (RCC) consists of Several Slots for Holding Cups (CS). Privacy Policy The upper end of the casing 920 is sealed by a circular top plate 926. Means are provided for imparting such angular movement to the shaft 931 to feed a new stack of cups into position when the stack of cups in the active column C has reached a predetermined low level. 4. Dispensing Components carries fixed size cup dispensers of 70mm, 73mm, 78mm, and 80mm. As will be clear from the foregoing, the exhaustion of the final stack of cups will cause the last tooth 120 to move past the pawl prongs and thus the plate 106 will undergo a slight additional rotation until the final longer tooth 146 encounters the prong of the pawl, thus stopping further rotation of plate 106. La prsente invention concerne un mcanisme de distribution automatique de gobelets d'un distributeur automatique de boissons comprenant un cadre de fixation (1), dans lequel un passage, pour une pice devant passer travers, est agenc dans et passe travers la partie centrale du cadre de fixation (1) ; une pluralit de mcanismes de support de gobelets (30) et une pluralit de mcanismes de distribution de gobelets (40) sont disposs sur la priphrie du passage ; la pluralit des mcanismes de support de gobelets (30) et la pluralit des mcanismes de distribution de gobelets (40) sont monts en alternance sur le cadre de fixation (1) autour de l'axe central du passage ; et un dispositif d'entranement destin entraner les mcanismes de support de gobelets (30) et les mcanismes de distribution de gobelets (40) se dplacer est mont sur le cadre de fixation (1). | Suppliers Ro.o tary motion in the clockwise direction is imparted to the plate and gear by means of a coil spring 101, one end of which is fixed at pin 108 and the opposite end fixed to eccentric pin 109 on the upper surface of the plate. When all the cups are dispensed, the ECU automatically reloads the next stack of nested cups from next channel with the help of cup detection and Channel position sensors.