Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A container holds a liquid sample containing a substrate to be detected. A reactant member is provided in the inner part of the container. The reactant member contains an enzyme and a resin in a state in which they are not mixed.

Abstract: A biosensor includes: a flow channel through which a liquid sample flows, the liquid sample containing a specific component; a holding sheet that is disposed in the flow channel and holds a substance corresponding to the specific component; and a first temperature sensor that is disposed to correspond to the holding sheet and detects a reaction heat generated by a contact reaction between the specific component and the corresponding substance. The biosensor acquires information on the specific component based on the reaction heat.

Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A computer for executing progress of a game by using a game content, the computer including memory and circuitry, the memory configured to store information corresponding to each of a plurality of game contents classified into a plurality of groups associated with an attribute, the circuitry configured to select a first game content from among game contents belonging to a first group among the plurality of groups based on a selection instruction from a player, identify the attribute associated with the selected first game content, select a second game content from among game contents belonging to a second group of the plurality of groups based on the identified attribute, and associate a game content group at least including the selected first game content and the selected second game content with a player and stores the resultant game content group to the memory.

Abstract: A test carrier includes a base member that holds a die and a cover member. The base member includes a board having a wiring line that is electrically connected to the die. The wiring line includes a wiring line and a resistive portion having a resistance value that is higher than the resistance value of the wiring line.

Abstract: A test carrier includes a base member and a cover member. The base member includes a multi-layer board including a wiring line that is electrically connected to a die and a base film that supports the multi-layer board. The cover member includes a frame-shaped cover frame having an opening formed therein. The size of the multi-layer board is larger than the size of the die and is smaller than the size of the opening in a direction along a surface that is opposite to the die.

Abstract: A socket is electrically connected to a test carrier. The test carrier includes a film-shaped first member on which at least one internal terminal, which contacts at least one electrode of an electronic device, is provided; and at least one external terminal which is electrically connected to the internal terminal. The socket includes: at least one contactor which contacts the external terminal; and a first pusher which pushes a portion of the first member where the internal terminal is provided and a portion of the first member surrounding the internal terminal. The first pusher includes: a bag member which has a sealed space within the bag member; and a fluid which is housed in the sealed space.

Abstract: A test carrier includes a base film that holds a die and a cover film that overlaps the base film so as to cover the die. The cover film has a self-adhesive property and is more flexible than the base film. The base film has a through hole. The through hole is formed in the vicinity of a region of the base film which contacts the die.

Abstract: A socket is electrically connected to a test carrier. The test carrier includes a film-shaped first member on which at least one internal terminal, which contacts at least one electrode of an electronic device, is provided; and at least one external terminal which is electrically connected to the internal terminal. The socket includes: at least one contactor which contacts the external terminal; and a first pusher which pushes a portion of the first member where the internal terminal is provided and a portion of the first member surrounding the internal terminal. The first pusher includes: a bag member which has a sealed space within the bag member; and a fluid which is housed in the sealed space.

Abstract: A socket is electrically connected to a test carrier. The test carrier includes: a film-shaped first member on which at least one internal terminal, which contacts at least one electrode of an electronic device, is provided; and at least one external terminal which is electrically connected to the internal terminal. The socket includes: at least one contactor which contacts the external terminal; and a first pusher which pushes a portion of the first member where the internal terminal is provided and a portion of the first member surrounding the internal terminal. The first pusher has an elastic member which becomes softer in stages or gradually with distance to the first member.

Abstract: A test carrier includes a base member and a cover member. The base member includes a multi-layer board including a wiring line that is electrically connected to a die and a base film that supports the multi-layer board. The cover member includes a frame-shaped cover frame having an opening formed therein. The size of the multi-layer board is larger than the size of the die and is smaller than the size of the opening in a direction along a surface that is opposite to the die.

Abstract: A test carrier includes a base member that holds a die and a cover member. The base member includes a board having a wiring line that is electrically connected to the die. The wiring line includes a wiring line and a resistive portion having a resistance value that is higher than the resistance value of the wiring line.

Abstract: A test carrier includes a base member and a cover member between which a die is interposed. The base film of the base member has: first interconnect patterns which are formed in advance; and a printing region where second interconnect patterns which electrically connect to the first interconnect patterns are to be formed by printing.

Abstract: A test carrier includes a film-shaped base film which has first bumps which contact test pads of a die; and a cover film which is superposed over the base film, and the test carrier holds the die between the base film and the cover film. The first bumps are relatively higher than second bumps which the die has.

Abstract: A socket which enables occurrence of contact defects to be suppressed is provided. A socket 11 to which a test carrier 20, which has: a base film 32 on which bumps 324 are formed for contact with electrode pads 51 of a die 50; and external terminals 312 which are electrically connected to the bumps 324, is electrically connected comprises: contactors 125 which contact external terminals 312; and an elastic member 131 which pushes against bump-forming portions 32a and bump-surrounding portions 32b on the base film 32. The elastic member 131 has: a first elastic layer 132; and a second elastic layer 133 which is more flexible than the first elastic layer 132, and a second elastic layer 133 is laid over the first elastic layer 132 and contacts the base film 32.

Abstract: A test carrier that temporarily accommodates a die includes: a first wiring pattern that electrically connects an external terminal of the test carrier and a TSV of the die; and a second wiring pattern that electrically connects the TSVs.