Konica Minolta

A treatment method for inkjet textile printing includes applying a treatment liquid (200a) to a textile (100) (S01) when performing printing by applying a recording ink (200b) containing a reactive dye to the textile (100). The textile (100) is a textile on which a water droplet has a diameter of less than 15 mm five seconds after 0.3 g of water is dropped thereto. The treatment liquid (200a) contains urea or ethylene urea. A content of a sizing agent in the treatment liquid (200a) is 1% by mass or less.

Provided is an image forming apparatus that forms an image on a recording medium and includes: a fixer that includes a housing, in which an opening is formed, and fixes the image formed on the recording medium; a wind blower that blows wind in the housing; and a guide that guides the wind blowing out from the opening such that the wind is diffused in the image forming apparatus.

An information processing system includes an imager that captures an image of a predetermined monitoring area, a detector that detects a person and a cleaning member from a video captured by the imager, and a determiner that determines, based on a plurality of body areas set according to a size of the person detected by the detector and a position of the cleaning member within the body areas, an order of cleaning work performed by the person and a cleaning degree.

Disclosed is a function film (100) that is a water-repellent film, the function film including at least a water- repellent layer (34) and an unevenness layer (31). The water-repellent layer has a surface on which a first water-repellent material and a second water-repellent material are exposed, and the unevenness layer contains an inorganic substance as a main component and has a fine unevenness structure.

An electrostatic latent image developing toner satisfies the following: in measurements 1 to 3, an amount of change in endothermic peak start temperature owing to a change in maintaining temperature is 2°C or less. Measurement 1: A toner sample is maintained at 40°C for three hours; the temperature is decreased to 0°C at a rate of -10°C/min; and differential scanning calorimetry is performed while increasing the temperature to 200°C at a rate of 10 °C/min. Measurement 2: After Measurement 1, the temperature is decreased to 0 °C at a rate of -10°C/min; and thereafter measurement is performed in the same manner as the measurement 1 except that the maintaining temperature is 50°C. Measurement 3: After Measurement 2, the temperature is decreased to 0°C at a rate of -10°C/min; and thereafter measurement is performed in the same manner as the measurement 1 except that the maintaining temperature is 60°C.

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