Abstract: A control device for a human-powered vehicle includes an electronic controller. The human-powered vehicle includes a motor that applies a propulsion force to the human-powered vehicle and a transmission that shifts a transmission ratio of the human-powered vehicle between a plurality of shift stages. The electronic controller is configured to control the motor. The electronic controller is configured to decrease an upper limit value of an output of the motor in an up-shift operation. The electronic controller is configured to decrease the upper limit value in a down-shift operation. The electronic controller is configured to control the motor so that the upper limit value in the up-shift operation performed between two predetermined ones of the shift stages that differ in the transmission ratio by one stage differs from the upper limit value in the down-shift operation performed between the two predetermined ones of the shift stages.

Abstract: A medical image management system includes: a medical imaging device for imaging a patient to receive a medical treatment and creating a medical moving picture; and a recording unit for recording the medical moving picture imaged by the medical imaging device. The system further includes: a measurement unit for measuring biological information on a person who performs the medical treatment; and an indexing unit for adding an index to the medical moving picture recorded in the recording unit, according to the measurement result obtained by the measurement unit. By providing this system, it is possible to add an index to the medical moving picture recorded, according to the change of the biological information on the person who performs medical treatment on a patient.

Abstract: In a storage compartment (124), storage spaces having different mist concentrations are formed such that effects of a mist is more efficiently utilized to provide a refrigerator with improved usability. The storage compartment (124) includes a first storage unit (164) that has a high mist concentration. The first storage unit (164) includes a spray device (167) and is disposed in a position outside an air path of cool air between a discharge port (152) through which the cool air flows in from outside the storage compartment (124) and a suction port (149) through which the cool air is discharged to outside the storage compartment (124). Thus, mist concentration inside the first storage unit (164) can be increased.

Abstract: A medical image management system includes: a medical imaging device for imaging a patient to receive a medical treatment and creating a medical moving picture; and recording means for recording the medical moving picture imaged by the medical imaging device. The system further includes: measurement means for measuring biological information on a person who performs the medical treatment; and index addition means for adding an index to the medical moving picture recorded in the recording means, according to the measurement result obtained by the measurement means. By providing this system, it is possible to add an index to the medical moving picture recorded, according to the change of the biological information on the person who performs medical treatment on a patient.

Abstract: A cleansing composition according to the present invention comprises (A) an aqueous phase containing 1 to 25% by weight of a water-soluble compound (a), which has a polyoxypropylene structure having 3 or more addition number of propylene oxide but neither an alkyl group having 4 or more carbon atoms nor a polyoxyethylene structure, in the aqueous phase and (B) an oil phase which is liquid at 30° C., wherein the weight ratio (A):(B) of the aqueous phase (A) and the oil phase (B) is 97:3 to 40:60, and water is contained more than 10% by weight in the total composition. Moreover, a cleansing sheet according to the present invention comprises a nonwoven fabric which is made of a fiber having a cellulose content of at least 70% by weight and has a density of about 0.15 to 0.

Abstract: An image distribution apparatus distributes moving images of a surgical spot picked up during a treatment such as a surgical operation to more than one client without requiring expert knowledge on computers and communication. The image distribution apparatus comprises a dial-up communication unit which carries out digital communication with one or more clients, an Internet communication unit which carries out digital communication with one or more clients, an interface for image input which at least receives a moving image signal picked up by image pickup means attached to a medical device, an encoding server which encodes the moving image signal with a digitized image signal at one or more preset data rates in real time, and an image distribution unit which distributes at least one digitized image signal at one or more of the data rates to the one or more clients through the telephone network or the Internet.