Control device, non-transitory computer-readable storage medium, and control method

A non-transitory computer-readable storage medium storing a program executable by an information processing device installed in a control device configured to control a solder processing device, said solder processing device having a solder processing portion which processes solder, a heating portion which heats said solder processing portion by applying heat pulses, and a detecting member which detects the temperature of said solder processing portion, said program comprising instructions that, when executed by the information processing device, cause the control device to function as:

• an acquiring means which acquires a detection value of said temperature detected by said detecting member;
• a specifying means which specifies a temperature change trend of said solder processing portion based on history information of said detection value acquired by said acquiring means;
• a setting means which sets a number of heat pulse applied to said heating portion by correcting a reference value using a correction value;
• and
• a control means which controls the application of said heat pulses to said heating portion based on a setting result of said number of heat pulse set by said setting means,
• wherein said setting means sets said correction value using correction information which is different according to whether said temperature change trend is a temperature rising trend or a temperature declining trend.

A control method of a solder processing device having a solder processing portion which processes solder, a heating portion which heats said solder processing portion by applying heat pulses, and a detecting member which detects the temperature of said solder processing portion, the control method comprising:

• acquiring a detection value of said temperature detected by said detecting member;
• specifying a temperature change trend of said solder processing portion based on history information of said detection value acquired;
• setting a number of said heat pulse to be applied to said heating portion by correcting a reference value using a correction value;
• and
• controlling the application of said heat pulses to said heating portion based on a setting result of said number of heat pulse,
• wherein in setting of said number of heat pulse, said correction value is set using correction information which is different according to whether said temperature change trend is a temperature rising trend or a temperature declining trend.