🍒 How to re Setup Allan Universal Coin slot - Zelstore Online

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reprogram coin slot

Furthermore, a sensor element 7 for detecting the state of the closure 5 is attached to the front plate 3. The shutter 5 is in the open state between the photodiode and the light-emitting diode and thus interrupts the signal generated by this optocoupler arrangement. The signal A generated for actuation of the solenoid 8 ends at the time o. At time m it is recognized that the coin is attached to a thread and an error signal D is generated. An additional advantage of this invent slot arrangement according to the invention is that the coin on closing on the thread no longer back to the coin slot can be pulled because of the coin prevented from upward movement by the slot becomes. In summary, it can be stated that an error signal D logical 1 is always given when the Hall element 13 detects that a coin fastened to a thread has been inserted or when the closure 5 of the coin slot 4 is open, although by the Control unit is no signal to open the closure 5 of the coin slot 4 before.{/INSERTKEYS}{/PARAGRAPH} A device is given in G 92 14 , at a sensor element in the area of the insertion slot is arranged, which is a metal coin, which itself immediately in front of the coin slot, he detects and then generates a signal. Farther the evaluation and control unit compares the signal of the sensor for detecting the state of the ver end with the desired state of the Closure. Since the monitoring device is immediately behind the Coin slot and thus in front of the actual one Coin checking device is arranged, can be prevented be that a coin attached to a thread in the coin validation unit arrives. At time f, Hall element 13 recognizes that a coin carried on a Fa has been inserted into coin channel 1 and outputs a logic 0 as a signal. The signals A, B and C then go to logic 1 and the error signal to logic 0. Furthermore, the Si coming from the sensors gnale logically linked so that the evaluation unit always emits an error signal when the Ver is open without the evaluation and control unit the electromechanically operated closure has opened. A further possibility is the logical link the sensor signals through a passive digital scarf tion take place, whereby the passive digital Circuit generated error signals by a pro programmable microprocessor that also sends the signal the electromechanical actuation of the closure generated, processed. In this case there is manipulation the closure of the coin slot before what thereupon, for example, the coin machine was switched off can be. At the end of the coin running surface 2 there is a slot 10 with bevels. This is a logical 0 at the output of the gate 17 only when the optocoupler detects an open shutter and when, taking into account the delay between the two signals, the solenoid 8 is not switched, ie if the shutter is manipulated. Such devices are used to To check whether there are any Coin slot manipulations are made or whether one on a thread, wire or the like fixed coin inserted into the coin machine becomes. Signal C is the signal generated by Hall element 13 and signal D is the error signal generated by the evaluation circuit. Such a state is usually due to manual manipulation of the slot closure 5 and therefore leads to an error signal in the evaluation unit at time p. All sen sensors and the electromechanical actuation of the Lock are with an evaluation and control connected. This logical 0 lasts until time g. The The evaluation and control unit then generates a signal the electro for a selectable, fixed time mechanically operated lock opens. The following are exemplary embodiments described the device according to the invention. The same delay of the signal B occurs when the shutter 5 is closed for the release of the signal of the optocoupler 7. Monitoring devices are also in coin validation units of coin machines known in which a Coins attached to thread recognized or cut will. The coin then rolls along the coin running surface, which is inclined obliquely downward, in the direction of a through opening The coin falls at the end of the coin tread 2 through the opening 14 in a coin testing device, for example. Signal A comes before signal B, since the mechanical delay of the solenoid 8 does not occur immediately, but only with a delay of approximately ms by actuating the shutter 5 causes a signal change on the opto element 7. After a delay, this signal A is applied to one of the two inputs of the inverting AND gate 17 by the delay element formed by a capacitor 19 and a resistor 20 by approximately ms. {PARAGRAPH}{INSERTKEYS}The invention relates to an electromechanical slit lock with thread and jamming over guard for monitoring a coin operated machine or one other operated by coins or the like Device. If a coin guided on a thread is inserted into the coin channel 1 , it falls through the through opening 14 at the end of the coin running surface 2. Detect such monitoring devices However, the coin attached to one end of the thread only when they are already in the coin validation unit located. This error signal is ended when the closure 5 of the coin slot 4 is closed again at time q. The programmable microprocessor can be part of it the control of the functions of the coin machine. The object of the present invention is therefore a To provide monitoring device at the manipulations on the closure of the coin slot slit and at the same time the use of threads, Wires or the like guided coins detected will. It demonstrate:. At time a, the coin machine is switched on. At time b, a coin is approached to the coin insertion slot 4 , whereupon the sensor 6 for detecting coins emits a signal. Furthermore, the evaluation and control unit can a programmed microprocessor that the logical connection of the sensor signals and the ver final actuation accomplished. The evaluation and control unit now constantly compares the signal levels of signals A and B, taking into account the time delay described above between these two signals. This existing error signal up to the removal of the thread at time n can be used, for example, to ensure that the inserted coin is not accepted but is re-issued. The delay element composed of the capacitor 19 and the resistor 20 is dimensioned such that it keeps the signal A at logic 0 for the same length of time as signal B is logic 0 during normal operation. An external evaluation and control circuit then generates a control signal A for the solenoid 8 to open the shutter 5 of the coin slot 4. This is the through such manipulation causes damage the coin operated machine. However, due to a coin hanging on a thread, the magnet 15 attached to the lever 12 approaches the Hall element 13 , the transistor is switched through and the collector of the Transistor 18 goes to logic 0 signal C. This output is now also at an input of gate The shutter interrupts the signal of the optocoupler 7 with a delay of approximately ms compared to the undelayed signal A. When the shutter 5 opens, the optocoupler 7 is interrupted by the shutter and generates signal B. Nevertheless, even taking into account the time delay between the signals A and B, even after the corresponding time p, the sensor 7 for detecting the state of the closure indicates that the coin slot has opened is. The object of the invention is achieved by a Vorrich according to the generic term in connection with the kenn Drawing features of claim 1 solved. A closure 5 is located between the front plate 3 and the coin channel 1. The output of the gate 17 is connected to an input of a further inverting AND gate The second input of the AND gate 18 is connected to the collector of a transistor 19 in a Hall element 13 for the detection of threads attached to coins. The invention Device is still simple and inexpensive manufacture and very safe in their operation. This signal is received by the evaluation and control unit, which then gives a signal to the solenoid 8 , which opens the shutter 5 for a predetermined time via the lever 9. If there is a logic 0 at at least one of the two inputs of the AND gate 18 , ie if either a closure manipulation or a thread trick is detected, a logic 1 is present at the output of the gate If the device is functioning properly, it is because of this Output a logical 0. Further advantageous developments of the Invention appropriate device are in the dependent claims given. After the shutter 5 has been opened, the coin can be inserted into the coin channel 1 through the coin slot 4. Depending on the selected embodiment, At is then close the device of the invention to the coin automatic reprogramming of the coin machine processor necessary to the appropriate evaluation and Realize control circuit in the processor. If a coin is now approached to the coin insertion slot, the coil 6 detects the presence of this coin and generates a signal. Furthermore, the monitoring according to the invention detect such manipulations, before the coin has fallen into the coin validation unit. After the signal from the Hall element 13 has ended at time g, for example because the coin carried on the thread has fallen through the coin apparatus together with the thread, the error signal D is also removed again and D indicates a logic 0. The evaluation and control unit also generates a Error signal when the sensor for the detection of on Coins attached to threads, wires or the like detects that an inserted coin on a thread to be led. This circuit is operated by a solenoid 8 and a lever 9 , which together form the actuator for the closure 5. In the further course it can be seen how at the time k a coin is in the vicinity of the coin slot 4 and the solenoid 8 is actuated signal A and therefore Si signal B, time 1 the closure 5 of the coin slot 4 is opened. Since the delay of the signal A by the delay element from opposed 20 and capacitor 19, however, only the signal A in the "logic 0" state is delayed, signal A and signal B are synchronized when the shutter 5 is closed. Wei terhin the device according to the invention has a Sensor to detect the condition of the shutter and a sensor to detect wires attached to coins, Detect threads or the like. The Bewe supply of this cross element can be detected with a sensor who are consequently present in the presence of one at the Thrown coin attached a signal from thread gives. The shutter 5 is moved in the direction of the sensor element 7 , which consists of a photodiode and a light-emitting diode. Below the Schlit zes 10 is a cross member 11 which is rotatably articulated via a lever 12 on the coin channel 1. As a result, the thread slips into the slot 10 and presses the cross element in the direction of the closed end of the slot As a result, the lever 12 is also pressed in this direction and comes into contact with a sensor element This sensor element can consist, for example, of a Hall element which detects the approach of a magnet 15 attached to the rod 12 and then generates a signal. It consists of a front plate 3 and a coin channel 1. If from the coil 6 the approach of a coin to the coin slot 4 he knows and a signal is emitted, a conventional passive evaluation circuit or a microprocessor generates a signal A with a certain duration to actuate the solenoid 8. The collector of the transistor 19 is usually at the voltage Vcc and thus at logic 1. This embodiment of the sensor for Er Holds threads, wires and coins attached to coins The like is simple and inexpensive to manufacture len and very low wear. At the end of the coin channel there is a slot in the coin tread, the Width is less than the width of a coin, so that the coin rolls over this slot and into the coin validator only at the end of the coin slot falls. Will a coin in the direction of the coin slot out, it is guided by the sensor for the detection of Coins recorded, which then emits a signal. From the G 92 14 however, no technical teaching is given like that inserted coin at the same time on one of it Whoever checked thread, wire or the like that can. Instead of a cross element below the slot can a scarf at the closed end of the slit ter, for example a microswitch, or a Pressure sensor to be arranged on the on the coin attached thread presses when it comes from the slot is caught. If she finds that the closure of the Coin slot is open, though by her no signal for electromechanical actuation of the Closure is generated, so it generates an error signal indicating tampering with the slot. The evaluation and control unit can be made from a passi ven digital circuit exist, which the of the Sensors coming signals logically linked so that on a signal from the sensor to detect Coins that appear just before the coin is inserted slot, a signal for a certain duration delivers to the electromechanically operated closure, to open it for a certain period of time. On the basis of this error signal, the evaluation and control circuit can then block the coin machine for further use, for example. The inventive device for monitoring a Coin operated machines have an electromechanical actuation approved closure of the coin slot and a Sensor for detecting coins in immediate Be brought close to the coin slot. However, this delay only takes effect when signal A goes from logic 0 to logic 1. In the front panel 3 there is a coin slot 4 and a sensor for detecting coins, which are located immediately in front of the slot 4 , in the form of a coil 6 , which is located immediately behind the coin slot 4 surrounding it. The bottom of the coin channel 1 is designed as a coin running surface 2. Is manipulated at the time h on the shutter 5 and the shutter is kept open without a coin in the vicinity of the coin slot 4 , the signal B changes its logic level to logic 0. Since in this example, taking into account this time delay by the evaluation circuit, both signals A and B go back together to logic 1, ie the shutter 5 closes again after actuation of the solenoid 8 time e , no error signal D is displayed. The output signal B of an optocoupler 7 , which is used to detect the state of the closure 5 of the coin insertion slot 4 , is connected to the two inputs of an inverting AND gate At the output of the gate 16 is therefore a logic 0 when the shutter 5 is closed and a logic 1 when the shutter 5 is open and the opto-coupler 7 interrupts. Since at the same time no control signal to the solenoid 8 to open of the closure 5 , the evaluation unit generates an error signal. The level of the Si signal A is logic 1 when the solenoid 8 is not supposed to attract and logic 0 when the solenoid 8 is to keep the shutter 5 open. The two signals B and D return to their initial state as soon as the shutter 5 is no longer kept open time i. During this time, the evaluation unit generates an error signal D, logic 1. Furthermore, it is an object of the invention to monitor device with great operational reliability To make available. The circuit shown in Fig.