Abstract: Disclosed is an electrocardiograph and a method for controlling the electrocardiograph having a function that reduces a burden on medical stuffs who are involved in an electrocardiogram test and evaluation for evaluating the possibility of ACS. The electrocardiograph automatically applies analysis processing to an electrocardiogram while continuously obtaining an electrocardiogram of the subject and displaying the electrocardiogram. The electrocardiograph executes an enhanced test that includes periodical execution of an electrocardiogram test, if the information obtained through the analysis processing satisfies the condition regarding the possibility of acute coronary syndromes (ACS).

Abstract: Disclosed is an electrocardiograph and a method for controlling the electrocardiograph having a function that reduces a burden on medical stuffs who are involved in an electrocardiogram test and evaluation for evaluating the possibility of ACS. The electrocardiograph automatically applies analysis processing to an electrocardiogram while continuously obtaining an electrocardiogram of the subject and displaying the electrocardiogram. The electrocardiograph executes an enhanced test that includes periodical execution of an electrocardiogram test, if the information obtained through the analysis processing satisfies the condition regarding the possibility of acute coronary syndromes (ACS).

Abstract: Disclosed is an electrocardiograph and a method for controlling the electrocardiograph having a function that reduces a burden on medical stuffs who are involved in an electrocardiogram test and evaluation for evaluating the possibility of ACS. The electrocardiograph automatically applies analysis processing to an electrocardiogram while continuously obtaining an electrocardiogram of the subject and displaying the electrocardiogram. The electrocardiograph executes an enhanced test that includes periodical execution of an electrocardiogram test, if the information obtained through the analysis processing satisfies the condition regarding the possibility of acute coronary syndromes (ACS).

Abstract: The present disclosure relates to a program for instructing a computer to perform: before the start of a battle game, accepting selection of a plurality of attributes of a game media to be included in a deck used in the battle game, the selection being made by a user, administering the deck such that, for each of the plurality of attributes selected by the user, the number of game media associated with that attribute becomes equal to or larger than a minimum number predetermined for each attribute, and displaying the plurality of attributes selected by the user and the plurality of attributes of the predetermined number of game media included in the deck used by an opponent that the user plays against.

Abstract: A computer realizes: a management function for managing first management information and second management information as information for managing game media having assigned thereto medium identifiers that are common for each same kind, the first management information indicating the medium identifiers and the number of game media possessed by a player, and the second management information indicating the medium identifiers and usage periods of game media having the usage periods set therefor; a determination function for determining game media available to the player based on the first management information and the second management information; and a set creation function for creating a medium set that includes a plurality of game media and that can include a plurality of game media of the same kind, based on an operation performed by the player to select from the game media available to the player, determined by the determination function.

Abstract: An information processing system is configured to execute: storing game media possessed by a player; storing, in a preliminary period, first group information for identifying game media corresponding to a first game condition in a first storage area and second group information for identifying game media corresponding to a second game condition in a second storage area; storing, in a post period, the second group information in the first storage area; enabling, in the preliminary period, the execution of games using the first and second group information; enabling, in the post period, the execution of a game using the second group information stored in the first storage area and disabling the execution of a game using the first group information; and storing, in the first storage area in the post period, the second group information stored in the second storage area in the preliminary period.

Abstract: An information processing device 10 is includes: a game presentation processing unit 23d that executes processing of presenting the game on the basis of game-status information of the game; a production-information decision unit 23e that decides game production information indicating game development on the basis of the game-status information of the game; and an action-related-information decision unit 23f that decides action-related information serving as information related to an action of any of the one or more game media that is associated with the game production information. When executing the processing of presenting the game, the game presentation processing unit 23d processes the game production information and causes said any of the one or more game media to act on a game screen, on the basis of the game production information and the action-related information on said any of the one or more game media.

Abstract: A non-transitory computer readable medium stores a program causing a computer to execute: generating a game medium group indicating a group of game media selected from among a plurality of game media; and generating and displaying identifying image information indicating image information that includes game medium identification information associated with each of the game media, the game medium identification information concerning an individual game media constituting the game medium group, and communication connection information for communicatively connecting to a particular communication destination in a communication network.

Abstract: An information processing system is configured to execute: storing game media possessed by a player; storing, in a preliminary period, first group information for identifying game media corresponding to a first game condition in a first storage area and second group information for identifying game media corresponding to a second game condition in a second storage area; storing, in a post period, the second group information in the first storage area; enabling, in the preliminary period, the execution of games using the first and second group information; enabling, in the post period, the execution of a game using the second group information stored in the first storage area and disabling the execution of a game using the first group information; and storing, in the first storage area in the post period, the second group information stored in the second storage area in the preliminary period.

Abstract: A computer realizes: a management function for managing first management information and second management information as information for managing game media having assigned thereto medium identifiers that are common for each same kind, the first management information indicating the medium identifiers and the number of game media possessed by a player, and the second management information indicating the medium identifiers and usage periods of game media having the usage periods set therefor; a determination function for determining game media available to the player based on the first management information and the second management information; and a set creation function for creating a medium set that includes a plurality of game media and that can include a plurality of game media of the same kind, based on an operation performed by the player to select from the game media available to the player, determined by the determination function.

Abstract: A charge control device for controlling charging of a secondary battery by using a current limit function of an external power supply includes: a charge control element arranged to be connected in series between the external power supply and the secondary battery; a constant current control unit configured to control an output current of the charge control element to be constant; a constant voltage control unit configured to control an output voltage of the charge control element to be constant; and an ON state setting unit configured to set the charge control element to an ON state, wherein the charge control element includes a control terminal to which a control signal for controlling the output current and the output voltage is input, and is composed of a single output element.

Abstract: A cam-type damper 118 includes a drive cam 131 provided on a clutch shaft 114 without capability of relative rotation and a driven cam 132 provided on a main shaft 103 without capability of relative rotation. The clutch shaft 114 contains a shaft end of the main shaft 103 and the main shaft 103 is rotatably supported on the inner circumferential surface of the clutch shaft 114. The driven cam 132 provided on the main shaft 103 is disposed between a front end surface 114g of the clutch shaft 114 and a rear end surface 103h of a main shaft gear 103d provided on the main shaft 103 and the movement of the driven cam 132 in the axial direction is restricted.

Abstract: A charge control device for controlling charging of a secondary battery by using a current limit function of an external power supply includes: a charge control element arranged to be connected in series between the external power supply and the secondary battery; a constant current control unit configured to control an output current of the charge control element to be constant; a constant voltage control unit configured to control an output voltage of the charge control element to be constant; and an ON state setting unit configured to set the charge control element to an ON state, wherein the charge control element includes a control terminal to which a control signal for controlling the output current and the output voltage is input, and is composed of a single output element.

Abstract: An output current detecting circuit includes: a current detecting transistor having a size smaller than that of an output transistor and a control terminal, to which a voltage same as a control voltage of the output transistor is applied; a sensing resistor connected to the current detecting transistor in a serial mode; a comparison circuit comparing a voltage converted by the sensing resistor and a reference voltage to judge a magnitude of a current flowing through the output transistor; and a reference voltage generating circuit, wherein the reference voltage generating circuit includes a constant current circuit flowing a constant current and a resistance element having one terminal connected to a power source voltage terminal, the reference voltage generating circuit generating the reference voltage based on a power source voltage by the conversion of the constant current into a voltage by flowing the constant current through the resistance element.

Abstract: Disclosed is a reference voltage generating circuit including a constant current circuit which comprises: a first resistive element and a bipolar transistor connected in series between a supply voltage terminal and a constant potential point; a first MOS transistor having a gate connected to a node connecting the first resistive element with the bipolar transistor; a second resistive element connected in series between a source of the first MOS transistor and the constant potential point; a second MOS transistor connected between a drain of the first MOS transistor and the supply voltage terminal; and a third MOS transistor forming a current mirror in conjunction with the second MOS transistor, wherein a constant current generated by the constant current circuit or a current proportional to the generated constant current is converted to a voltage as a reference voltage.

Abstract: A projector includes a plurality of reflective liquid crystal panels (for example, a red liquid crystal panel, a green liquid crystal panel, and a blue liquid crystal panel). The film thickness of an ITO film that forms a common electrode of the blue liquid crystal panel is smaller than the film thickness of an ITO film that forms a common electrode of any one of the red liquid crystal panel and the green liquid crystal panel. The film thicknesses of the ITO films that form the common electrodes of the red liquid crystal panel and the green liquid crystal panel are the same.

Abstract: An output current detecting circuit includes: a current detecting transistor having a size smaller than that of an output transistor and a control terminal, to which a voltage same as a control voltage of the output transistor is applied; a sensing resistor connected to the current detecting transistor in a serial mode; a comparison circuit comparing a voltage converted by the sensing resistor and a reference voltage to judge a magnitude of a current flowing through the output transistor; and a reference voltage generating circuit, wherein the reference voltage generating circuit includes a constant current circuit flowing a constant current and a resistance element having one terminal connected to a power source voltage terminal, the reference voltage generating circuit generating the reference voltage based on a power source voltage by the conversion of the constant current into a voltage by flowing the constant current through the resistance element.

Abstract: Disclosed is a reference voltage generating circuit including a constant current circuit which comprises: a first resistive element and a bipolar transistor connected in series between a supply voltage terminal and a constant potential point; a first MOS transistor having a gate connected to a node connecting the first resistive element with the bipolar transistor; a second resistive element connected in series between a source of the first MOS transistor and the constant potential point; a second MOS transistor connected between a drain of the first MOS transistor and the supply voltage terminal; and a third MOS transistor forming a current mirror in conjunction with the second MOS transistor, wherein a constant current generated by the constant current circuit or a current proportional to the generated constant current is converted to a voltage as a reference voltage.

Abstract: Magnetic field detection elements and detect a magnetic material member formed at a rotary disc. An A pulse generation portion and a B pulse generation portion generate an A pulse a and a B pulse b which phases differ by 90 degrees to each other. The B pulse generation portion is supplied with the power from a backup power supply for a predetermined time period necessary for detecting the level of the B pulse from a time point of the edge of the A pulse.

Abstract: To reduce the consumption current of the backup power supply of an absolute multi-revolution encoder thereby to elongate the life time of the backup power supply. Magnetic field detection elements (310) and (320) detect a magnetic material member (11) formed at a rotary disc (1). An A pulse generation portion (31) and a B pulse generation portion (32) generate an A pulse a and a B pulse b which phases differ by 90 degrees to each other. The B pulse generation portion (32) is supplied with the power from a backup power supply for a predetermined time period necessary for detecting the level of the B pulse from a time point of the edge of the A pulse.