Hitachi Transport System, Ltd.

Rakuten Group, Inc.

Asahi Denka Kogyo Kabushiki Kaisha

Logisteed, Ltd.

Emi Takahashi

Junichi Kimura

Yoriko Kazama

Ryota Kamoshida

Kenji Ikeda

Hiroyuki Yoshimoto

Yasuo Okutomi

Hiroshi Yoshitake

Takaharu Sakurada

Hiromi Fukushima

Haruka Terai

Yohei Nakajima

Tadayoshi Kosaka

Shoji Sawashima

A display control system specifies, in a case where one of a plurality of individual information items associated with a common information item is specified, the common information item associated with the specified individual information item, and other individual information items associated with the common information item. The display control system determines an order of the specified individual information item, the common information item, and the other individual information items such that the specified individual information item is positioned between the common information items and the other individual information items. In a case where a page turning operation is performed in a predetermined direction, the display control system displays pages of the other individual information items. In a case where the page turning operation is performed in a direction opposite to the predetermined direction, the display control system displays the page of the common information item.

Display control system, display control method, and program for page arrangement of information items

An article carrier system has a plurality of storage shelves and an order management unit. In the storage shelves, articles are stored. The order management unit manages a plurality of orders for shipping orders, holds receptacle information including at least information regarding a quantity of articles stored in each receptacle of each of the storage shelves, determines to provide different conditions for orders for performing picking at different workplaces, as conditions for correlating between each order and the receptacle for performing the picking in accordance with each order, and determines a storage shelf to be carried to the workplace for performing the picking in association with each order, based on the determined conditions and receptacle information.

Article carrier system, order management device, and control method for article carrier system

Provided is a rack management system, including a processor and a storage unit. The storage unit stores information indicating positions of sections included in an area in which storage racks that store articles can be arranged. One of the storage racks can be arranged in each of the sections. At least one of the sections is surrounded by other adjacent sections without an aisle to convey the storage racks therebetween. The processor classifies the sections into sections assigned ranks indicating a degree of efficiency of an operation to convey the storage racks placed therein to a predetermined working area, and one or more empty sections into which, if there is a need to move one or more other storage racks in order to convey a storage rack placed in a given section, the other storage racks that were moved are placed, and outputs results of the classification.

Rack management system and rack management method

The picking system according to the present invention for executing operation assistance corresponding to an operation target relating to physical distribution receives an order designating a specific article, retrieves a first storage position at which the specific article is stored from shelf stock information, generates operation instruction data relating to a specific operation target for instructing to move the specific article from the first storage position to a second storage position, refers to operation station information and accesses the first storage position, retrieves a specific operation station capable of performing the specific operation target, transmits the operation instruction data to a terminal of the specific operation station, and transmits, to a movement device, conveyance instruction data instructing to convey a conveyance rack to the specific operation station.

Picking system and picking method

Whipped cream of the present invention contains substantially no spherical fat particles having a particle diameter of 1 &mgr;m or greater, or contains 10% or more of spherical fat particles having a particle diameter of 0.1 &mgr;m or smaller, or contains 20% by volume or more of spherical fat particles having a particle diameter of 0.4 &mgr;m or smaller.

Whipped cream

Growing community of inventors

Tokyo, Japan

Emi Takahashi