Dispensing device and server providing a combination of dosage forms optimized for current health condition of user and operating method thereof

An electronic device that calculates dosage form composition information, the electronic device comprising:

• a memory;
• and
• a processor, wherein
• the processor
• obtains first current condition information for a user at a first time point of a first period, calculates first dosage form composition information by reflecting the first current condition information in base dose information about a plurality of nutritional components, obtains second current condition information for the user at a second time point of a second period, and calculates second dosage form composition information by reflecting the second current condition information in the base dose information,
• the base dose information has a dose value personalized for the user for the plurality of nutritional components, is calculated before the first time point of the first period, and is stored in the memory, and
• when calculating the second dosage form composition information, the processor calculates the second dosage form composition information by reflecting the second current condition information in a dose value of the base dose information used when calculating the first dosage form composition information.

A dispensing device that dispenses a dosage form comprising:

• a memory;
• a processor that is connected to the memory and executes instructions stored in the memory;
• an input unit that receives information under the control of the processor;
• and
• a dosage form dispensing unit that dispenses a dosage form from a plurality of cartridges storing a plurality of dosage forms for a plurality of nutritional components under the control of the processor, wherein
• the processor
• obtains first current condition information for a user through the input unit at a first time point of a first period, dispenses the dosage form from the plurality of cartridges through the dosage form dispensing unit according to first dosage form composition information in which the first current condition information is reflected, obtains second current condition information for the user through the input unit at a second time point of a second period, and dispenses the the dosage form from the plurality of cartridges through the dosage form dispensing unit according to second dosage form composition information in which the second current condition information is reflected,
• each of the first and second dosage form composition information includes information in which base dose information about the plurality of nutritional components and each of the first and second current condition information are reflected together, and
• the base dose information has a dose value personalized for the user and is determined before the first time point of the first period, and the second dosage form composition information is calculated by reflecting the second current condition information in a dose value of the base dose information used when calculating the first dosage form composition information.

A computer program stored in a computer readable storage medium, the computer program

• obtains first current condition information for a user at a first time point of a first period,
• calculates first dosage form composition information by reflecting the first current condition information in base dose information for a plurality of nutritional components,
• obtains second current condition information for the user at a second time point of a second period, and
• calculates second dosage form composition information by reflecting the second current condition information in the base dose information,
• the base dose information having a dose value personalized for the user for the plurality of nutritional components and being determined before the first time point of the first period, and
• the computer program, when calculating the second dosage form composition information, calculates the second dosage form composition information by reflecting the second current condition information in the dose value of the base dose information used when calculating the first dosage form composition information.