Combination weighing device which uses different parameters to control conveying units
A combination weighing device includes a plurality of conveying units, a weighing unit, a controller, a learning unit that updates parameters for setting operations of the conveying units by learning, and a storage unit that stores at least some parameters among the parameters updated by the learning unit, wherein in a case in which work of the device is temporarily suspended and then restarted, a controller sets, for the conveying units, a restart parameter corresponding to a different parameter from a setting parameter set for an operation of the conveying units immediately before temporary suspension among the parameters stored in the storage unit to cause an operation.
1. A combination weighing device comprising:
a plurality of conveying units that conveys articles;
a plurality of hoppers that temporarily stores the articles conveyed by the conveying units;
a weighing unit that weighs a weighing value according to a mass of the articles stored in each of the hoppers;
a controller that selects a combination of weighing values from a plurality of weighing values weighed by the weighing unit and associated with each of the plurality of hoppers so that a total value corresponds to a target weighing value, and causes the hopper corresponding to the combination to discharge the articles;
a learning unit that updates parameters for setting operations of the conveying units by learning; and
a storage unit that stores at least some parameters among the parameters updated by the learning unit,
wherein the controller
causes the storage unit to store the parameters updated by the learning unit, and
sets, for the conveying units, a restart parameter corresponding to a different parameter from a setting parameter set for an operation of the conveying units immediately before temporary suspension among the parameters stored in the storage unit to cause an operation in a case in which work of the device is temporarily suspended and then restarted, and
wherein when combination weighing is executed a predetermined number of times, the controller automatically acquires the parameters set for the conveying unit and causes the storage unit to store the acquired parameters.
2. The combination weighing device according to claim 1 , further comprising
an input unit that receives at least a manipulation related to acquisition of the parameters set for the conveying unit from an operator of the device,
wherein when the manipulation related to acquisition of the parameters is received by the input unit, the controller acquires the parameters and causes the storage unit to store the acquired parameters.
3. The combination weighing device according to claim 2 , further comprising
a display unit that displays information,
wherein the controller
causes the display unit to display information about acquisition of the restart parameter in the case of acquiring the restart parameter, and
sets the restart parameter for the conveying unit to cause an operation in the case of receiving an instruction to use the restart parameter displayed on the display unit by the input unit.
4. The combination weighing device according claim 1 , wherein when a ratio of the number of times of combination establishment to the number of times of execution of combination weighing is set to a work rate, the controller automatically acquires the parameters set for the conveying unit and causes the storage unit to store the acquired parameters when the work rate exceeds a predetermined value.
5. The combination weighing device according to claim 1 , wherein the controller determines whether a characteristic of the conveying unit has changed after the temporary suspension and until restart, acquires the restart parameter from the storage unit when it is determined that the characteristic of the conveying unit has changed as a result of the determination, acquires the setting parameter from the storage unit when it is determined that the characteristic of the conveying unit has not changed, and sets the restart parameter or the setting parameter for the conveying unit to cause an operation.
6. The combination weighing device according to claim 1 , further comprising
a receiving unit that receives a manipulation as to whether to use the setting parameter from an operator of the device when the work of the device is temporarily suspended and then restarted,
wherein the controller acquires the setting parameter from the storage unit in the case of receiving a manipulation for using the setting parameter by the receiving unit, acquires the restart parameter from the storage unit in the case of receiving a manipulation for not using the setting parameter by the receiving unit, and sets the setting parameter or the restart parameter for the conveying unit to cause an operation.
7. The combination weighing device according to claim 1 , further comprising
a receiving unit that receives a manipulation by an operator of the device,
wherein in the case of receiving a signal for temporarily suspending the work of the device due to cleaning through the receiving unit, the controller causes the operator to select whether to use the setting parameter during restart of the device.
8. A combination weighing device comprising:
a plurality of conveying units that conveys articles;
a plurality of hoppers that temporarily stores the articles conveyed by the conveying units;
a weighing unit that weighs a weighing value according to a mass of the articles stored in each of the hoppers;
a controller that selects a combination of weighing values from a plurality of weighing values weighed by the weighing unit and associated with each of the plurality of hoppers so that a total value corresponds to a target weighing value, and causes the hopper corresponding to the combination to discharge the articles;
a learning unit that updates parameters for setting operations of the conveying units by learning; and
a storage unit that stores at least some parameters among the parameters updated by the learning unit,
wherein the controller
causes the storage unit to store the parameters updated by the learning unit, and
sets, for the conveying units, a restart parameter corresponding to a different parameter from a setting parameter set for an operation of the conveying units immediately before temporary suspension among the parameters stored in the storage unit to cause an operation in a case in which work of the device is temporarily suspended and then restarted, and
wherein when a ratio of the number of times of combination establishment to the number of times of execution of combination weighing is set to a work rate, the controller automatically acquires the parameters set for the conveying unit and causes the storage unit to store the acquired parameters when the work rate exceeds a predetermined value.
9. The combination weighing device according to claim 8 , further comprising
an input unit that receives at least a manipulation related to acquisition of the parameters set for the conveying unit from an operator of the device,
wherein when the manipulation related to acquisition of the parameters is received by the input unit, the controller acquires the parameters and causes the storage unit to store the acquired parameters.
10. The combination weighing device according to claim 9 , further comprising
a display unit that displays information,
wherein the controller
causes the display unit to display information about acquisition of the restart parameter in the case of acquiring the restart parameter, and
sets the restart parameter for the conveying unit to cause an operation in the case of receiving an instruction to use the restart parameter displayed on the display unit by the input unit.
11. The combination weighing device according to claim 8 , wherein the controller determines whether a characteristic of the conveying unit has changed after the temporary suspension and until restart, acquires the restart parameter from the storage unit when it is determined that the characteristic of the conveying unit has changed as a result of the determination, acquires the setting parameter from the storage unit when it is determined that the characteristic of the conveying unit has not changed, and sets the restart parameter or the setting parameter for the conveying unit to cause an operation.
12. The combination weighing device according to claim 8 , further comprising
a receiving unit that receives a manipulation as to whether to use the setting parameter from an operator of the device when the work of the device is temporarily suspended and then restarted,
wherein the controller acquires the setting parameter from the storage unit in the case of receiving a manipulation for using the setting parameter by the receiving unit, acquires the restart parameter from the storage unit in the case of receiving a manipulation for not using the setting parameter by the receiving unit, and sets the setting parameter or the restart parameter for the conveying unit to cause an operation.
13. The combination weighing device according to claim 8 , further comprising
a receiving unit that receives a manipulation by an operator of the device,
wherein in the case of receiving a signal for temporarily suspending the work of the device due to cleaning through the receiving unit, the controller causes the operator to select whether to use the setting parameter during restart of the device.
14. A combination weighing device comprising:
a plurality of conveying units that conveys articles;
a plurality of hoppers that temporarily stores the articles conveyed by the conveying units;
a weighing unit that weighs a weighing value according to a mass of the articles stored in each of the hoppers;
a controller that selects a combination of weighing values from a plurality of weighing values weighed by the weighing unit and associated with each of the plurality of hoppers so that a total value corresponds to a target weighing value, and causes the hopper corresponding to the combination to discharge the articles;
a learning unit that updates parameters for setting operations of the conveying units by learning; and
a storage unit that stores at least some parameters among the parameters updated by the learning unit,
wherein the controller
causes the storage unit to store the parameters updated by the learning unit,
sets, for the conveying units, a restart parameter corresponding to a different parameter from a setting parameter set for an operation of the conveying units immediately before temporary suspension among the parameters stored in the storage unit to cause an operation in a case in which work of the device is temporarily suspended and then restarted, and
determines whether a characteristic of the conveying unit has changed after the temporary suspension and until restart, acquires the restart parameter from the storage unit when it is determined that the characteristic of the conveying unit has changed as a result of the determination, acquires the setting parameter from the storage unit when it is determined that the characteristic of the conveying unit has not changed, and sets the restart parameter or the setting parameter for the conveying unit to cause an operation.
15. The combination weighing device according to claim 14 , further comprising
an input unit that receives at least a manipulation related to acquisition of the parameters set for the conveying unit from an operator of the device,
wherein when the manipulation related to acquisition of the parameters is received by the input unit, the controller acquires the parameters and causes the storage unit to store the acquired parameters.
16. The combination weighing device according to claim 15 , further comprising
a display unit that displays information,
wherein the controller
causes the display unit to display information about acquisition of the restart parameter in the case of acquiring the restart parameter, and
sets the restart parameter for the conveying unit to cause an operation in the case of receiving an instruction to use the restart parameter displayed on the display unit by the input unit.
17. The combination weighing device according to claim 14 , further comprising
a receiving unit that receives a manipulation as to whether to use the setting parameter from an operator of the device when the work of the device is temporarily suspended and then restarted,
wherein the controller acquires the setting parameter from the storage unit in the case of receiving a manipulation for using the setting parameter by the receiving unit, acquires the restart parameter from the storage unit in the case of receiving a manipulation for not using the setting parameter by the receiving unit, and sets the setting parameter or the restart parameter for the conveying unit to cause an operation.
18. The combination weighing device according to claim 14 , further comprising
a receiving unit that receives a manipulation by an operator of the device,
wherein in the case of receiving a signal for temporarily suspending the work of the device due to cleaning through the receiving unit, the controller causes the operator to select whether to use the setting parameter during restart of the device.