Abstract: An electrolyte solution capable of reducing the initial resistance of an electrochemical device, and an electrochemical device including the electrolyte solution. The electrolyte solution contains a compound represented by formula (I-1): wherein R111 to R113 are each individually a C1-C4 linear alkyl group, and wherein the compound (1-1) is present in an amount of 0.01-1000 mass ppm relative to the electrolyte solution.

Abstract: A vaporization system includes a vaporization chamber having a first portion and a second portion. A first fluid supply part is connected to the first portion of the vaporization chamber, and configured to supply a mixed fluid in which a first carrier gas and a liquid precursor are mixed, toward the second portion. A second fluid supply part is configured to supply a second carrier gas toward the mixed fluid at the second portion.

Abstract: The purpose of the present invention is to provide a pre-filled syringe formulation with staked needle, which contains an antibody at a high concentration and can be produced on an industrial scale in a simple manner without causing clogging. A pre-filled syringe formulation with staked needle, in which a protein solution is packed. The pre-filled syringe formulation is characterized in that a cap formed with a material having low water vapor permeability is provided at the needle.

Abstract: An optical connector includes a ferrule, a ferrule holder, a housing, and an anti-rotation structure. The ferrule includes a through hole that extends in a first direction and holds an optical fiber inside the through hole. The ferrule holder is disposed on the outer periphery of the ferrule and is fixed to the ferrule. The anti-rotation structure is provided inside the housing and outside the ferrule, and prevents rotation of the ferrule about an axis with the ferrule holder. The ferrule holder includes a tubular holder main body that accommodates the ferrule therein, and a flange part that protrudes outward from the outer periphery of the holder main body. The flange part includes a configuration to fit with the anti-rotation structure. A center of the flange part in the first direction is located in a central region of the ferrule in the first direction.

Abstract: An electrolyte solution containing a compound (1) represented by the formula (1), (wherein R101 and R102 are each individually a substituent such as a C1-C7 alkyl group, and the substituent optionally contains at least one divalent to hexavalent hetero atom in a structure or optionally has a structure obtained by replacing at least one hydrogen atom by a fluorine atom or a C0-C7 functional group) and at least one compound (11) selected from compounds such as a compound represented by formula (11-1) (wherein R111 and R112 are the same as or different from each other and are each a hydrogen atom or the like, and R113 is an alkyl group free from a fluorine atom or the like):

Abstract: The shield member includes a plurality of first elastic portions made of a conductive material and arranged annularly in a plate shape at an inner circumferential part of the shield member; a plurality of second elastic portions arranged annularly at an outer circumferential part of the shield member; and an intermediate portion between the plurality of first elastic portions and the plurality of second elastic portions. The plurality of first elastic portions are defined by a plurality of first slits each extending from an inner circumferential edge of the shield member in a radial direction of the shield member. The plurality of second elastic portions are defined by a plurality of second slits each extending from an outer circumferential edge of the shield member in the radial direction.

Abstract: Provided are a shield member, a shield unit, and a connector module each of which allows easy alignment with a connection target instrument. The shield member includes a plurality of first elastic portions made of a conductive material and arranged annularly in a plate shape at an inner circumferential part of the shield member; a plurality of second elastic portions arranged annularly at an outer circumferential part of the shield member; and an intermediate portion between the plurality of first elastic portions and the plurality of second elastic portions. The plurality of first elastic portions are defined by a plurality of first slits each extending from an inner circumferential edge of the shield member in a radial direction of the shield member. The plurality of second elastic portions are defined by a plurality of second slits each extending from an outer circumferential edge of the shield member in the radial direction.

Abstract: A connector module that has an inexpensive configuration and a high shielding ability is provided. The connector module includes a terminal module and a shield case. The terminal module has a central conductor, a tubular insulator holder that supports the central conductor, and a tubular conductive shell. A bottom portion of the shield case has multiple elastic portions that are capable of elastic deformation and are bent from and protrude from an edge portion of an opening portion for passage of the terminal module. The terminal module is joined to the shield case in a state where the annular recession portion of the conductive shell and the elastic portions are in electrical contact with each other.

Abstract: A connector module that has an inexpensive configuration and a high shielding ability is provided. The connector module includes a terminal module and a shield case. The terminal module has a central conductor, a tubular insulator holder that supports the central conductor, and a tubular conductive shell. A bottom portion of the shield case has multiple elastic portions that are capable of elastic deformation and are bent from and protrude from an edge portion of an opening portion for passage of the terminal module. The terminal module is joined to the shield case in a state where the annular recession portion of the conductive shell and the elastic portions are in electrical contact with each other.

Abstract: A connector includes a shell that has a cylindrical shape and includes a body portion and a leg portion, the body portion being connected to a shell of the other connector, a ground plate that is a conductor plate, a claw that has a structure in which part of the ground plate is raised in a connector connection direction so as to have a strip-shaped tip and the tip supports the leg portion of the shell, and a case made of an insulator, the case to which the shell and the ground plate are to be attached. The case includes a plate-like base portion, a slit that is provided in one surface of the base portion, the slit into which the leg portion is to be inserted, and a groove that is provided in the other surface of the base portion, the groove into which the claw is to be inserted.

Abstract: A connector terminal is provided which has a first connecting portion that is tubular, in one side, and a second connecting portion in the other side, which further has a coupling portion that couples between the first and second connecting portions, and that is higher in impedance than the first connecting portion, and in which the trouble of providing impedance matching between the first connecting portion and the coupling portion is reduced. The connector terminal includes an impedance adjusting member that overlaps at least a first side part of the coupling portion. The impedance adjusting member is fixed in a state where one end portion of the impedance adjusting member is inserted into the body portion.

Abstract: A connector terminal is provided which has a first connecting portion that is tubular, in one side, and a second connecting portion in the other side, which further has a coupling portion that couples between the first and second connecting portions, and that is higher in impedance than the first connecting portion, and in which the trouble of providing impedance matching between the first connecting portion and the coupling portion is reduced. The connector terminal includes an impedance adjusting member that overlaps at least a first side part of the coupling portion. The impedance adjusting member is fixed in a state where one end portion of the impedance adjusting member is inserted into the body portion.

Abstract: A connector includes a shell that has a cylindrical shape and includes a body portion and a leg portion, the body portion being connected to a shell of the other connector, a ground plate that is a conductor plate, a claw that has a structure in which part of the ground plate is raised in a connector connection direction so as to have a strip-shaped tip and the tip supports the leg portion of the shell, and a case made of an insulator, the case to which the shell and the ground plate are to be attached. The case includes a plate-like base portion, a slit that is provided in one surface of the base portion, the slit into which the leg portion is to be inserted, and a groove that is provided in the other surface of the base portion, the groove into which the claw is to be inserted.

Abstract: A terminal box includes a box body, a plurality of terminal strips connected to a solar cell module; and a diode disposed between the adjacent terminal strips. The box body has a bottom wall coming into contact with a back surface of the solar cell module, and a top wall facing the bottom wall. The terminal strips are disposed in an inner surface of the top wall, and the bottom wall has an opening to expose the terminal strips to the outside as viewed from the bottom. The terminal strips are covered with a molded element from a side of the opening.

Abstract: Creep control is performed, in response to an accelerator-off operation, to control a second motor to cause a predetermined creep torque Tcr to be output from the second motor to a driveshaft. First creep cut-off control is performed, in response to a brake-on operation during the creep control, to control the second motor to cause a torque reduced from the creep torque Tcr at a high rate by a predetermined high variation ?Thi to be output from the second motor to the driveshaft. Subsequent to the first creep cut-off control, second creep cut-off control is performed to control the second motor to cause a torque reduced at a low rate by a predetermined low variation ?Tlow smaller than the predetermined high variation ?Thi to be output from the second motor to the driveshaft.

Abstract: A solar cell module terminal to be electrically connected to an electrode portion provided on a back face of a solar cell module for outputting an electric current generated by a solar cell to the outside. The terminal includes a terminal body, a fixing portion to be fixed to the electrode portion, and a deforming portion provided between the terminal body and the fixing portion for allowing the terminal body and the fixing portion to be movable relative to each other along an anticipated direction of displacement of the electrode portion.

Abstract: A plurality of terminal plates are arranged in a row in the interior of a box body. Neighboring terminal plates are electrically connected by a diode. The diode is provided with a first terminal part that is laid on, soldered to, and electrically connected to the first terminal plate. A slit is provided formed along the outer perimeter of a region on which the first terminal part is laid on the first terminal plate.

Abstract: A terminal box includes a box body, a plurality of terminal strips connected to a solar cell module; and a diode disposed between the adjacent terminal strips. The box body has a bottom wall coming into contact with a back surface of the solar cell module, and a top wall facing the bottom wall. The terminal strips are disposed in an inner surface of the top wall, and the bottom wall has an opening to expose the terminal strips to the outside as viewed from the bottom. The terminal strips are covered with a molded element from a side of the opening.

Abstract: Creep control is performed, in response to an accelerator-off operation, to control a second motor to cause a predetermined creep torque Tcr to be output from the second motor to a driveshaft. First creep cut-off control is performed, in response to a brake-on operation during the creep control, to control the second motor to cause a torque reduced from the creep torque Tcr at a high rate by a predetermined high variation ?Thi to be output from the second motor to the driveshaft. Subsequent to the first creep cut-off control, second creep cut-off control is performed to control the second motor to cause a torque reduced at a low rate by a predetermined low variation ?Tlow smaller than the predetermined high variation ?Thi to be output from the second motor to the driveshaft.