Abstract: A new medical technique using follicular T cells is provided. The present disclosure is based on the finding of public TfhTCR which is specific to disease factors common to various patients, and provides a method for producing follicular T cells specific to a disease, including a step of identifying a disease-related factor or a part thereof having the ability to induce a follicular T cell reactive with the disease-related factor, a step of inducing the follicular T cell specific to the disease, by using the disease-related factor or a part thereof, and a step of obtaining the follicular T cell specific to the disease.

Abstract: An information processing device includes a processor configured to provide an incentive to a first user who sells or returns a first vehicle in which a part of a first coating film including an easily peelable layer is not peeled off.

Abstract: A package-type compressor is provided which reduces the leakage of noise generated by a heat exchanger without suppressing the flow rate of cooling air to an electric motor. The package-type compressor includes a cooling fan 12 that induces a flow of cooling air, an inlet duct 15A that introduces the cooling air from a cooling air inlet 13A to heat exchangers 3 to 6, a plurality of louvers 16 disposed in the inside of the inlet duct 15A, and another inlet duct 15B that introduces the cooling air from another cooling air inlet 13B to an electric motor 1. The cooling air inlet 13A is disposed such that the position thereof in the vertical direction is same as that of the heat exchangers 3 to 6.

Abstract: Provided is a multi-stage screw compressor with which an intermediate shaft section of a rotor can be made shorter. A two-stage screw compressor includes a front-stage compressing mechanism 1 which has a front-stage male rotor 11A and a front-stage female rotor 11B, and which compresses air, and a rear-stage compressing mechanism 2 which has a rear-stage male rotor 12A and a rear-stage female rotor 12B, and which further compresses the air compressed by the front-stage compressing mechanism 1. The front-stage male rotor 11A and the rear-stage male rotor 12A are configured to be coaxial, and the front-stage female rotor 11B and the rear-stage female rotor 12B are configured to be coaxial. An axial delivery pocket 34 of the front-stage compressing mechanism 1 and an axial intake pocket 39 of the rear-stage compressing mechanism 2 are arranged in a positional relation of partly overlapping with each other in the axial direction of the rotor, and are separated from each other by a separating wall 41.

Abstract: Provided is a multi-stage screw compressor with which an intermediate shaft section of a rotor can be made shorter. A two-stage screw compressor includes a front-stage compressing mechanism 1 which has a front-stage male rotor 11A and a front-stage female rotor 11B, and which compresses air, and a rear-stage compressing mechanism 2 which has a rear-stage male rotor 12A and a rear-stage female rotor 12B, and which further compresses the air compressed by the front-stage compressing mechanism 1. The front-stage male rotor 11A and the rear-stage male rotor 12A are configured to be coaxial, and the front-stage female rotor 11B and the rear-stage female rotor 12B are configured to be coaxial. An axial delivery pocket 34 of the front-stage compressing mechanism 1 and an axial intake pocket 39 of the rear-stage compressing mechanism 2 are arranged in a positional relation of partly overlapping with each other in the axial direction of the rotor, and are separated from each other by a separating wall 41.

Abstract: A display device includes a display panel, a rear face housing, a light source unit, a reflective sheet, and a fixing member. The rear face housing is disposed rearward with respect to a rear face of the display panel. The light source unit is disposed between the display panel and the rear face housing. The reflective sheet has an opening. A portion of the reflective sheet around the opening is disposed between at least part of the light source unit and the rear face housing in a direction perpendicular to a surface of the display panel. The fixing member attaches the light source unit to the rear face housing.

Abstract: A first LED substrate and a second LED substrate are included each of which includes: on a main surface thereof, a plurality of LEDs connected in series in a longitudinal direction; a first connector including (i) a first terminal disposed on one of short sides of the LED substrate and connected to an anode of an LED positioned first among the LEDs connected in series, and (ii) a second terminal connected to a cathode of another LED positioned last among the LEDs connected in series. The second terminal of the first LED substrate and the first terminal of the second LED substrate are interconnected. The first terminal of the first LED substrate is connected to a positive terminal of a power circuit and the second terminal of the second LED substrate is connected to a negative terminal of the power circuit.

Abstract: A display device includes a display panel, a rear face housing, a light source unit, a reflective sheet, and a fixing member. The rear face housing is disposed rearward with respect to a rear face of the display panel. The light source unit is disposed between the display panel and the rear face housing. The reflective sheet has an opening. A portion of the reflective sheet around the opening is disposed between at least part of the light source unit and the rear face housing in a direction perpendicular to a surface of the display panel. The fixing member attaches the light source unit to the rear face housing.

Abstract: A first LED substrate and a second LED substrate are included each of which includes: on a main surface thereof, a plurality of LEDs connected in series in a longitudinal direction; a first connector including (i) a first terminal disposed on one of short sides of the LED substrate and connected to an anode of an LED positioned first among the LEDs connected in series, and (ii) a second terminal connected to a cathode of another LED positioned last among the LEDs connected in series. The second terminal of the first LED substrate and the first terminal of the second LED substrate are interconnected. The first terminal of the first LED substrate is connected to a positive terminal of a power circuit and the second terminal of the second LED substrate is connected to a negative terminal of the power circuit.

Abstract: A display device includes a display panel, a rear face housing, a substrate, at least one light source, a reflective sheet, and a fixing member. The display panel is configured to display an image. The rear face housing is disposed rearward with respect to a rear face of the display panel. The substrate is disposed between the display panel and the rear face housing. The at least one light source is mounted on the substrate and configured to emit light toward the rear face of the display panel. The reflective sheet is partially sandwiched between the substrate and the rear face housing. The reflective sheet has an opening at a location where the substrate is disposed. The fixing member fixedly attaches the substrate to the rear face housing through the opening.

Abstract: A first LED substrate and a second LED substrate are included each of which includes: on a main surface thereof, a plurality of LEDs connected in series in a longitudinal direction; a first connector including (i) a first terminal disposed on one of short sides of the LED substrate and connected to an anode of an LED positioned first among the LEDs connected in series, and (ii) a second terminal connected to a cathode of another LED positioned last among the LEDs connected in series. The second terminal of the first LED substrate and the first terminal of the second LED substrate are interconnected. The first terminal of the first LED substrate is connected to a positive terminal of a power circuit and the second terminal of the second LED substrate is connected to a negative terminal of the power circuit.

Abstract: A display device includes a display panel, a rear face housing, a substrate, at least one light source, a reflective sheet, and a fixing member. The display panel is configured to display an image. The rear face housing is disposed rearward with respect to a rear face of the display panel. The substrate is disposed between the display panel and the rear face housing. The at least one light source is mounted on the substrate and configured to emit light toward the rear face of the display panel. The reflective sheet is partially sandwiched between the substrate and the rear face housing. The reflective sheet has an opening at a location where the substrate is disposed. The fixing member fixedly attaches the substrate to the rear face housing through the opening.

Abstract: A first LED substrate and a second LED substrate are included each of which includes: on a main surface thereof, a plurality of LEDs connected in series in a longitudinal direction; a first connector including (i) a first terminal disposed on one of short sides of the LED substrate and connected to an anode of an LED positioned first among the LEDs connected in series, and (ii) a second terminal connected to a cathode of another LED positioned last among the LEDs connected in series. The second terminal of the first LED substrate and the first terminal of the second LED substrate are interconnected. The first terminal of the first LED substrate is connected to a positive terminal of a power circuit and the second terminal of the second LED substrate is connected to a negative terminal of the power circuit.

Abstract: An interconnect substrate for use in a liquid crystal module is nearly rectangular in shape as seen in a plan view. Connector portions having a connector pattern that provides electrical connection between the interconnect substrate and the controller substrate are provided one for each end of the interconnect substrate in a longer-side direction thereof. A plurality of connection portions that provide connection between the interconnect substrate and the driver substrate are formed along one side of the interconnect substrate running in the longer-side direction thereof so as to be symmetrical with respect to a normal S that divides the one side into two equal parts. The conductor traces interconnecting the driver substrate and the controller substrate are formed so as to be symmetrical with respect to the normal S.

Abstract: An interconnect substrate for use in a liquid crystal module is nearly rectangular in shape as seen in a plan view. Connector portions having a connector pattern that provides electrical connection between the interconnect substrate and the controller substrate are provided one for each end of the interconnect substrate in a longer-side direction thereof. A plurality of connection portions that provide connection between the interconnect substrate and the driver substrate are formed along one side of the interconnect substrate running in the longer-side direction thereof so as to be symmetrical with respect to a normal S that divides the one side into two equal parts. The conductor traces interconnecting the driver substrate and the controller substrate are formed so as to be symmetrical with respect to the normal S.