Panasonic Intellectual Property Management Co., Ltd.

Yoshifumi Kariatsumari

Yumiko Kato

Takayoshi Tanizawa

Motoki Yako

Kaori Yamaguchi

Shikiho Kawai

Naofumi Kodama

Shingo Nagatomo

Shinya Hirota

Tarou Ishidou

Shin Matsugi

Woo-Hyeun Jeong

A processing apparatus is connected to one or more terminals including a hyperspectral sensor that generates compressed image data which is hyperspectral information of a target compressed as two-dimensional image information over a network. The processing apparatus includes a storage device that stores data sets of samples and a first reconstruction table for generating hyperspectral data from the compressed image data, the data set of each sample includes hyperspectral data of the sample and data indicative of a property value of the sample; and a processing circuit that generates a statistical model for estimating the property value from the hyperspectral data on the basis of the data sets of the samples and generates a second reconstruction table by editing the first reconstruction table in accordance with the statistical model thus generated.

Processing apparatus, method, and non-transitory computer-readable recording medium

The present disclosure provides a device for detecting a tomato pathogenic fungus, the device including an artificial cell wall, a test-sample-solution receptacle disposed over the artificial cell wall, and a culture-solution storage disposed under the artificial cell wall, wherein, in the culture-solution storage, a culture solution contains greater than or equal to 0.5 mg/L and less than or equal to 1.3 mg/L of fludioxonil.

Device for detecting tomato pathogenic fungus and detection method using the same

The detecting apparatus according to the present disclosure comprises devices each including an artificial cell wall, a test sample inlet provided above the artificial cell wall, and a culture medium layer provided under the artificial cell wall, and an observation part configured to laterally observe at least one of the culture medium layers of the devices, wherein the culture medium layers of the devises respectively contain different technical-grade active ingredients, each of the culture medium layers of the devices includes a plurality of layers that each contain an agricultural chemical in a standard amount or at a diluted concentration with respect to the standard amount and are stacked in a descending order of concentration of the agricultural chemical from bottom to top, and each of the culture medium layers of the devices further includes, as an uppermost layer, a layer containing no agricultural chemical.

Phytopathogenic fungus detecting apparatus, and detecting method and method for selecting concentration of agricultural chemical using same

A water supply apparatus is arranged inside a house body and includes a watering apparatus that performs watering to a cluster of plants from above. The watering apparatus supplies water to the plants and controls an ambient temperature of the plants due to heat transfer utilizing vaporization heat by watering. A control apparatus acquires an environment information including the ambient temperature of the plants from an environment sensor, and performs the watering by driving the water supply apparatus in a watering period determined according to the environment information, and prohibits the watering by the water supply apparatus in an idle period that is set after the watering period so as to obtain a temperature and a humidity appropriate for growth of the plants.

Agricultural house

Growing community of inventors

Osaka, Japan

Yoshifumi Kariatsumari