TH60738B - How to Solve Your Own Coins Exporting - Google Patents

Abstract

DC60 (15/06/16) A self-explanatory coin export method that is used in coin dispensers and exports, whose parts are The main unit of the machine is made up of a coin dispenser, a coin feeder circuit consisting of a propeller circuit, a motor, a coin pusher module and sensor and a circuit module, and a coin pipe for collecting coins. Will be sent out according to the amount to be paid And then will stop Performs a coin export if the exported amount of the coin does not match the amount to be paid. From failure of one of the motors or for any other reason And later counts the remaining amount to be paid and then drives the other motors. To export coins until the required amount As a solution The issue was resolved 15/06/2016, a self-contained coin export method used in dispensers and coin exports, which has a portion of the The main unit of the machine is made up of a coin dispenser, a coin feeder circuit consisting of a motor driver circuit, a coin pusher module and sensor and circuit module, and a coin pipe for collecting coins.When the coins are exported, the circuit module counts the number of coins to be. Be sent out according to the amount to be paid And then will stop Performs a coin export if the exported amount of the coin does not match the amount to be paid. From failure of one of the motors or for any other reason And later counts the remaining amount to be paid and then drives the other motors. To export coins until the required amount As a solution Such problem -------------------------------------------------- ------------------- Self-explanatory coin export method used in dispensers and coin exports. Which will contain the It is the main unit of the machine made up of a coin dispensing unit. A coin feeder containing a propeller, a motor, a coin module and a sensor, and a circuit module and a coin pipe for collecting coins.When exporting coins, the circuit module counts the number of coins to be exported according to the amount to be paid. And then will stop Performs a coin export if the exported amount of the coin does not match the amount to be paid. From a motor failure or for any other reason And later counts the remaining amount to be paid, and then drives other motors to export the required amount of coins. As a solution Such problem

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: edit 15/06/2016 1.Self-solver coin export method used in assembled coin dispensers and exports. This includes the main unit of the machine and the coin tubes arranged in the first and second groups, with the main unit of the machine being assembled. Coin dispensing unit. A coin feeder and a circuit module where the dispensing unit is assembled. Coin entry slot With the aforementioned coin feeder included Thrusters circuit. Multiple motors. Multiple coin pusher modules and multiple sensors Whereby the circuit module Such includes Multiple sensors set. Control circuit and display unit How to export coins Solve the problem by itself, the steps are as follows: (1) Starting the machine before exporting the coins (a2) Count the number of coins that will be sent out of the coin pipe according to the amount of money to be paid. ; (a3) Carry out a cross-allocation coin export operation to export coins from such pipelines; (a4) determines whether the cross-allocated coin export operation has been completed, and then proceeded to step (a5) if the operation has not been completed or step (a9 ) If the operation has been completed; (a5) Judge the normality of the motor operation to move the coin pusher module. As above, and then go back to step (a4) if it works fine. Or proceed to step (a6) if it doesn't work properly; (a6) check if all such motors are malfunctioning. And then proceed to step (a7) if all such motors are not operating properly or step (a8) if not all such motors are operating normally; (a7) stop operating the machine; (a8) Stop conducting a coin export operation from the said pipelines. And later counting the number of coins The rest will be exported. And then go back to step (a2); (a9) complete the coin export operation and return to standby. 2. The self-solving coin export method, as indicated in claim 1, where, when entering step (a2), the control circuit of the said module counts the number of coins to be exported. From the coin pipe Said the amount to be paid And then will drive the coin feeder tank to export the coin from Pipe the coin or stop exporting coins. 3. Self-solving method of coin export as described in claim 1, provided that when determining Normality of the operation of such motors. To move the coin pusher module during step (a5) the control circuit of the said circuit module performs the following steps (b1) drives the problematic motor to turn the coin pusher module as such. Related to Move the corresponding coin pusher to the sensor of the coin feeder at the beginning; (b2) Judge determines whether the coin pusher is moved to the sensor at the beginning, and then proceeded to step (b3) if not, or step (b5) if yes. ; (b3) Determine whether the coin pusher is moved to the sensor at the starting point within. The time limit or not. And then proceed to step (b4) if not or step (b5) if yes; (b4) feedbacks the fault signal to the motor; (b5) drives the motor to turn the associated coin pusher module to move the pusher. The coin associated with the sensor at the said origin; (b6) Determine whether the coin pusher is moved to the sensor at the starting point within. The specified period or not. And then go back to step (b4) if not, or proceed to step (b7) if yes; (b7) Drive the motor to turn the associated coin pusher module to move the pusher. The coin associated with the sensor at the said origin; (b8) determines that the coin pusher was moved to the sensor at such a starting point within The time limit or not. And then go back to step (b4) if not, or proceed to step (b9) if yes; (b9) Perform another cross-allocation coin export operation for export. Another group of coins from the said pipe. 4. The self-solving method of coin export as described in claim 3, provided that when determining The normal operation of the motor in the movement of the coin pusher module during phase (a5) then checks the propulsion circuit of the coin pusher to Judge the malfunction of the motor by driving the sensor of the coin feeder. As mentioned above, detect the movement of each of the coin pusher from its start to its tip. 5. How to manually export the coin, the problem is stated in claim 1, where when the procedure (a7) is stopped to stop operating the machine. The control circuit of the module drives the display unit. Such an indication of malfunctions by the light path. Subtitles on the screen. Text or symbol 6. The self-explanatory method of exporting the coin is described in claim 1 where, when the coin is Enter into the aforementioned coin entry slot of the coin dispensing unit as follows. The coin dispensing unit will be operated. Perform a cross-allocation coin to distribute the coin into the pipe as follows: (c01) Start; (c02) The Dong Coin Dispensing Unit decides whether the coin enters the said entrance or not. And then the coin dispensing unit will proceed to the step (c03) if the coin enters the coin slot or return to step (c01) if no coin has entered the coin slot; (c03) The dispensing unit examines the authenticity and value of the inserted coin. And then the dispensing unit will proceed to a procedure (c04) if any of the inlet is counterfeit or a procedure (c05) if the inlet is a real coin; (c04) The coin repayment unit returns the counterfeit coin. And then the coin dispensing unit Will revert to the procedure (c01); (c05) the dispensing unit initializes the route through the coin slot; (c06) The sensor of the circuit module detects that the coin storage in the said coin pipe of Has the first group reached the full level? And later, the coin dispensing unit will proceed to a step (c07) if it is not full or step (c09) if it is already full; (c07) determines whether the indicator for prohibiting coins from entering the group's coin pipe. Which one was created? And then the aforementioned coin dispenser will proceed to step (c08) if the indicator is not created or step (c09) if the indicator is generated; (c08) The dispensing unit routes a coin slot into that coin pipe of One such group; (c09) The sensor of the aforementioned circuit module detects that the coin is stored in the coin pipe. Has the said of the aforementioned second group reached a full level? And later the coin dispensing unit will Proceed to step (c10) if not full or step (c12) if full; (c10) determines that the indicator for prohibiting coins from entering the group's coin pipe. The second such was created or not. And then the aforementioned coin dispensing unit will proceed to step (c11) if the indicator is not generated or step (c12) if the indicator is generated; (c11) The coin dispenser route the coin slots into the pipe. Of the aforementioned second group; (c12) The coin dispensing unit routes the coin slot into the storage box. A predetermined coin 7. The self-explanatory method of exporting coins is described in claim 1, where when the coin is entered, Perform a cross-allocation coin export operation to export coins from the said pipelines, whereby this will drive the dispenser and export the coin, proceed by the following steps (d1); (d2) such coin feeder tank start setting; (d3) The sensor of the said circuit module detects that the coin pipe of the first group There is a coin stored in it or not. And later proceed to step (d4). There is a coin stored in it, or a step (d5) if the aforementioned coin pipe is empty; (d4) The circuit module determines that the indicator for prohibiting coins from entering the pipe. Whether the coins of the first group were made or not. And later will continue to step (d5) if indicator was created or procedure (d8) if indicator was not created; (d5) The sensor of the said circuit module detects that the coin pipe of the second group There is a coin stored in it or not. And later will proceed to step (d6). There is a coin stored in it or a step (d7) if the aforementioned coin pipe is empty; (d6) The circuit module determines that the indicator for prohibiting coins from entering the pipe. Whether the coins of the second group were made or not. And later will continue to step (d7) if indicator was created or step (d8) if indicator was not created; (d7) Allows to send coins of various values. Barred from the aforementioned coin pipes; (d8) Carry out an export of coins; (d9) Completion of coin export 8. Self-solving method of coin export as described in claim 1 where the coin dispenser It includes a modulated coin validator module to verify the accuracy of the coin. The authenticity and value of each coin entered. And a coin dispensing module that has been adjusted to guide the coin That each coin is put into one pipe 9. Self-solving method of coin output as described in clause 1, where the motor It has its output shaft coupled with a gear train which is coupled to the cog wheel of the coin pusher module. Such a module. And is controlled by the aforementioned thrusters circuit to turn the cog wheel and the procession It passes a preset angle that causes the coin pusher on the cog wheel to push the coin. One exit towards the bottom of the coin pipe, one to the side. 0. The self-explanatory coin output method is described in claim 1 where the circuit module Such will include Several sensors are installed sequentially around the outside of the pipe. The coin is used to detect whether the collection of coins in the pipe is low or full. A control circuit, which controls multiple sensors electrically coupled with a signal to receive a sensing signal. Of the circuit module and controls the opening / closing of the said coin feeder according to the detection result of Sensor of such circuit module -------------------------------------------------- ------ 1. A self-solving coin export method used in assembled coin dispensers and exports. Included with the main unit of the machine And a set of coin pipes arranged in the first and second groups, where the main unit of the said machine Includes a coin dispensing unit. A coin feeder and a circuit module, where the dispensing unit is equipped with a coin slot. Where the coin feeder is composed of multiple motor driver circuits Multiple coin pusher modules and multiple sensors Where such circuit modules Assembled with multiple sensors Control circuit and display unit How to export your coins The problem itself has the following steps: (a1) Starting the machine before the coin is exported (a2) Count the number of coins that will be sent out of the coin pipe according to the amount of money to be paid; (a3) Execution of a cross allocation coin export operation to export coins from the said pipelines (a4) determine whether the cross allocation coin export operation has been completed. And then proceed to step (a5) if operation is not completed or step (a9) if operation is completed (a5) determine the normality of the motor operation to move the module. Push the coin loudly Said, and then go back to step (a4) if it works fine. Or, proceed to step (a6) if it doesn't work properly (a6), check for any such motor malfunctions. And then proceed to step (a7) if all such motors do not work properly or step (a8) if not all such motors are not working properly (a7) stop operating (a8) stop. Carry out a coin export operation from the said pipelines. And later count the remaining coins to be exported and then return to the (a2) (a9) step complete the coin export operation and return to standby mode.