Abstract: An estimation device (10) includes a data acquisition unit (131), a first smoothing processing unit (132), a second smoothing processing unit (133), a calculation unit (134), and an estimation unit (135). The data acquisition unit (131) acquires time-series data of a pupil diameter during work of a subject of work performance estimation. The first smoothing processing unit (132) smooths the acquired time-series data of the pupil diameter of the subject by a first time window. The second smoothing processing unit (133) smooths the time-series data of the pupil diameter by a second time window that is a time window larger than the first time window. The calculation unit (134) calculates a difference between the time-series data of the pupil diameter smoothed by the first time window and the time-series data of the pupil diameter smoothed by the second time window.

Abstract: An information acquisition apparatus (100) includes an acquisition unit (121), a classification unit (122), a determination unit (123), and a registration unit (124). The acquisition unit (121) acquires tree information representing information of a system screen by a plurality of nodes having a tree structure. The classification unit (122) classifies the plurality of nodes having a tree structure into an operable component and a label component based on the tree information. The determination unit (123) determines whether the label component indicates a name of the operable component based on a distance between the operable component and the label component. The registration unit (124) registers a correspondence between a text corresponding to the label component and specifying information for specifying the operable component in a case where the determination unit (123) determines that the label component indicates a name of the operable component.

Abstract: A display control device (10) includes: a first acquisition unit (151a) configured to acquire information regarding an existing UI; an extraction unit (151b) configured to extract a rule set indicating relevance between the existing UI and an extended UI from a predetermined database based on the information regarding the existing UI acquired by the first acquisition unit (151a); a first generation unit (151c) configured to generate rule information of the extended UI based on the rule set extracted by the extraction unit (151b); and a setting unit (152) configured to set display of the extended UI based on the rule information of the extended UI generated by the first generation unit (151c).

Abstract: A display control apparatus includes: a change detection unit that detects a change of a UI element on a target screen; a determination unit that determines a display update method among a plurality of display update methods for extended UIs based on the change of the UI element detected by the change detection unit; and a display update unit that updates display of the extended UIs by the display update method determined by the determination unit.

Abstract: Provided is a shoe including: a shoe sole member that includes a front member arranged on a front side of the shoe and a rear member arranged on a rear side of the shoe; and an interlocking member that interlocks the front member and the rear member.

Abstract: A display control system (1) includes an acquisition unit (153) and a search unit (154). The acquisition unit (153) acquires a DOM tree of a screen into which an additional UI is inserted. The search unit (154) searches for UIs used for display control of the additional UI from a base point UI serving as a base point of display of the additional UI in the DOM tree on the basis of a display condition related to display of the additional UI.

Abstract: An acquisition unit acquires a use frequency of a user of a UI extension component of a GUI component constituting a predetermined application and a use frequency of the user of a cooperation component which is a target GUI component for an operation of the UI extension component. A determination unit determines whether to display the UI extension component to the user based on the use frequency of the UI extension component of the user and a utilization frequency of the UI extension component calculated by using the use frequency of the cooperation component.

Abstract: A storage unit stores display information related to display of UI extension components of GUI components constituting a predetermined application for each user type including an implementer and a supervisor, and an operation rule that specifies an operation according to the user type when there is an input for a predetermined UI extension component. A display control unit displays, to the supervisor, a UI extension component that accepts an input as to whether or not to grant approval while referring to the display information and the operation rule when detecting an input for the predetermined UI extension component displayed to the implementer. An input execution unit executes, to a target GUI component, the input for the UI extension component made by the implementer while referring to the operation rule when detecting an input of approval for the UI extension component displayed to the supervisor.

Abstract: A user interface augmentation system includes a memory and a processor coupled to the memory. The processor is configured to perform operations including: searching a system screen for a base point UI serving as a base point for display of an additional user interface (UI) to be added to the system screen; displaying a new screen with a transparent background in such a way as to overlap the system screen; and displaying the additional UI at a position based on the base point UI on the new screen.

Abstract: A peripheral information acquisition unit (121) acquires information relating to a first application (13a) running in a terminal, information relating to control of the terminal, or information that can be acquired from a sensor included in the terminal, as peripheral information. The peripheral information acquired by the peripheral information acquisition unit (121) is accumulated in a peripheral information accumulation unit (122). A dialogue interface unit (11) accepts input of information from a user and outputs information to the user. When the peripheral information accumulated in the peripheral information accumulation unit (122) and information input to the dialogue interface unit (11) satisfy a predetermined condition, a scenario control unit (123) causes the dialogue interface unit (11) to output information relating to execution of a second application (14) that is associated with the condition in advance.

Abstract: An operation support device includes an acquisition unit configured to acquire information on a designated range based on operation of a user, an extraction unit configured to extract information on user interface (UI) elements included in the designated range from the information on the designated range acquired by the acquisition unit, a generation unit configured to generate a selector representing a search range including the designated range on a basis of the information on the UI elements extracted by the extraction unit, and a setting unit configured to set the search range from the selector representing the search range generated by the generation unit.

Abstract: An estimation device includes processing circuitry configured to acquire a pupil diameter of a subject whose work performance is to be estimated at a time of work and a luminance of a gaze target of the subject, calculate a variation amount of the pupil diameter of the subject from time-series data of the pupil diameter of the subject, determine whether or not the luminance of the gaze target of the subject is equal to or higher than a predetermined value, and determine that a correlation between a magnitude of the variation amount of the pupil diameter of the subject and a deterioration in the work performance of the subject is low in a case where it is determined that the luminance of the gaze target of the subject is equal to or higher than a predetermined threshold.

Abstract: A cosmetic component spraying device according to the present disclosure has a mixture including a cosmetic component and a matrix, and an air blower that blows air to the cosmetic component. A laser irradiation unit that irradiates the mixture with a laser light is further provided, with a peak wavelength of the laser light different from an absorption peak wavelength of the cosmetic component. According to the cosmetic component spraying device of the present disclosure, a cosmetic component can be suitably sprayed.

Abstract: A display control device acquires event data, that is, data expressed as a set of fixed units of data, and uses the acquired event data to display an image of the event data visualized according to a predetermined visualization method. Additionally, in the case of receiving an operation of attaching an electronic label to the displayed image, the display control device stores information about the electronic label, the event data, and setting information related to the image when the electronic label was attached in association with each other in storage. Also, in the case of receiving the specification of an electronic label to be restored from among the electronic labels, the display control device acquires the data of the electronic label as well as the event data and setting information associated with the electronic label from the storage, and restores the image with the electronic label attached.

Abstract: A display control apparatus (10) includes: a change detection unit (131) that detects a change of a UI element on a target screen; a determination unit (132) that determines a display update method among a plurality of display update methods for extended UIs based on the change of the UI element detected by the change detection unit (131); and a display update unit (134) that updates display of the extended UIs by the display update method determined by the determination unit (132).

Abstract: A task determination unit determines a type of processing being operated, on the basis of an operation situation of an existing system. A conversion unit converts voice data input during a predetermined operation of an HID into text data, and determines whether the text data is used for a command determination or a setting parameter according to operation content of the HID. A command determination unit determines a command by using the text data and the type of processing being operated, when it is determined that the text data is used for the command determination. An operation unit executes an operation corresponding to the determined command with respect to the existing system by using the text data as a parameter, when it is determined that the text data is used for the setting parameter.

Abstract: An acquisition unit (15a) acquires operation information of a user on the screen that the user operates. An identification unit (15b) identifies a progress state in a predetermined work flow, using the acquired operation information. A display control unit (15c) causes the work flow and the identified progress state to be displayed.

Abstract: In a display system (100), a map of a shot region is generated based on video information, and information on a shooting target on the map is stored in a parameter storage unit (13) in association with each scene in the video information. Then, when receiving specification of a position or range on the map through a user's operation, a display apparatus (10) searches for information on a scene in the video information in which the specified position or range is shot using the information on the shooting target in each scene stored in the parameter storage unit (13), and outputs found information on the scene.

Abstract: A display apparatus (10) of a display system (100) generates a map of a shot region based on video information, and acquires information on a shooting position of each scene in the video information on the map. Then, when receiving specification of a shooting position on the map through a user's operation, the display apparatus (10) searches for information on a scene in the video information shot at the shooting position using the information on the shooting position, and outputs found information on the scene.

Abstract: A cosmetic component spraying device according to the present disclosure includes a mixture having a cosmetic component and a matrix, and an air blower that blows air to the cosmetic component. The cosmetic component spraying device according to the present disclosure includes a laser irradiation unit that irradiates the mixture with a laser light, and a capturing electrode having the same polarity as a polarity of the cosmetic component. According to the cosmetic component spraying device according to the present disclosure, a cosmetic component can be suitably fixed to a target part.