Abstract: An information processing apparatus including a processor and a memory storing a search database where operation instruction data used to instruct the information processing apparatus to execute a specific operation is stored is disclosed. The processor receives, as an input, at least one of the medical history information, the information input by the patient, the disease name, the symptom name or the problem in the problem list, search the search database using the input and obtain, as the operation instruction data, operation instruction data corresponding to a word or a sentence included in the input, present, on a display, the obtained operation instruction data as at least one candidate to a healthcare professional and receive an approval input from the healthcare professional, and in response to receiving the approval input, output the operation instruction data to the information processing apparatus to execute the specific operation.

Abstract: A terminal device includes a memory; and one or more processors operatively coupled to the memory and configured to maintain, in the memory, structured data of an electronic medical record (EMR) template, the structured data associating input items of the EMR template with input content, the input content including at least one of selectable input content and free text input content, accept, from a user, text data including an input item of the EMR template and input content corresponding to the input item, and identify, based on at least one of the selectable input content and the free text input content included in the text data, record content to populate the EMR template data.

Abstract: A device for crizzle detection, provided with a means for rotating a glass container placed at an inspection position, a data collecting means which has N light projectors and M light receivers arranged on a generally semispherical mointing jig around the mouth or thread of the glass container and which is adapted to collect N×M pieces of data for each scan over the glass container, a means for rearranging the collected data, and a means for differentiating the rearranged data. At regular intervals or each time a predetermined number of glass containers have passed, data on acceptable containers for all or part of N×M channels are automatically collected to update the threshold values initially registered for acceptable containers based on the collected data. Thus, the rate of detection of crizzled glass containers in not lowered.

Abstract: A check detector is provided for the neck and finished portions of a bottle which comprises a rotating means which is capable of rotating an inspection bottle; a plurality of emitters and a plurality of receivers arranged on an approximately hemispherical fixture arranged around the neck and finished portions of an inspected bottle as a center; means for obtaining N.times.M data per single scan against the inspected bottle, wherein N is a number of emitters, and M is a number of receivers; means for assorting the data obtained; and means for differentiating the data. Setting of job change depending on bottle types can be conducted automatically, and detecting checks in the neck and finished portions of a bottle can be conducted overall with no relation to the portion and type of defects. Detecting of a bubble, a contaminant, a chipped and unfilled thread and deformation which are known defects in the neck and finished portions of a bottle can be achieved.