Abstract: The positive electrode active material disclosed here includes: first lithium composite oxide particles in the form of single particles; and second lithium composite oxide particles in the form of secondary particles. When in a volume-based particle size distribution obtained by a laser diffraction scattering method, a 10%-particle size (D10) is a particle size with a cumulative frequency of 10%, a 50%-particle size (D50) is a particle size with a cumulative frequency of 50%, and a 90%-particle size (D90) is a particle size with a cumulative frequency of 90%, a 50%-particle size of the second lithium composite oxide particles is larger than that of the first lithium composite oxide particles, and a particle size distribution width of the second lithium composite oxide particles expressed by (D90-D10)/D50 is 0.50 to 0.65.

Abstract: An alarm indicator (4) is provided with a light guiding member (41), a first light source (42) and a transmissive member (43). The light guiding member (41) extends in a first direction that is parallel to a display screen in which medical information is displayed. The first light source (42) faces an end face (41a) of the light guiding member (41) in the first direction. The transmissive member (43) covers the light guiding member (41) from a second direction intersecting with the first direction. The light guiding member (41) is provided with a light reflecting portion and an outer face (41d). The light reflecting portion extends in the first direction and reflects the light incident from the end face (41a) at least toward the second direction intersecting with the first direction. The light reflected by the reflecting portion is emitted from the outer face (41d) while being diffused.

Abstract: An alarm indicator (4) is provided with a light guiding member (41), a first light source (42) and a transmissive member (43). The light guiding member (41) extends in a first direction that is parallel to a display screen in which medical information is displayed. The first light source (42) faces an end face (41a) of the light guiding member (41) in the first direction. The transmissive member (43) covers the light guiding member (41) from a second direction intersecting with the first direction. The light guiding member (41) is provided with a light reflecting portion and an outer face (41d). The light reflecting portion extends in the first direction and reflects the light incident from the end face (41a) at least toward the second direction intersecting with the first direction. The light reflected by the reflecting portion is emitted from the outer face (41d) while being diffused.

Abstract: Provided is a high manufacturing method of the production efficiency for a wood cement board that has a pattern of recesses and projections. The method for making a wood cement board having a pattern of recesses and projections on its surface, comprising: dispersing a raw material mixture onto a template provided with recesses corresponding to the portions of the wood cement board on which projections are formed, while conveying the template, thereby forming a mat; pressurizing only a section of the mat raw material mixture that is layered on the recesses of the template from above; leveling the surface of the partly pressurized mat; and pressing the resulting mat and the template together, followed by hardening and curing.

Abstract: In order to provide information for making a decision when using composite services, there are provided means for calculating evaluation of combinations of services and means for visualizing the evaluations are provided. For this purpose, a method applied to a system having storage means includes receiving a selection of a plurality of service groups from one user; and computing an evaluation of combinations of services composed by selecting one service from among respective service groups of the plurality of service groups selected, based on evaluation information stored in the storage means.

Abstract: Provided is a wood cement board that has a pattern of acute-angled and deep recesses and projections on its surface, and that tends not to cause cracking during a hardening and curing process, a drying process, a transportation process and so on. The wood cement board has a pattern of recesses and projections on its surface, in which the distance from the apex of the projections to the rear face is 9 mm or more, and the distance from the apex of the projections to the base point of the recesses is 2 mm or more, and is equal to or less than half the distance from the apex of the projections to the rear face. The average specific gravity of the wood cement board as a whole, and the specific gravities of the projections and the recesses are each 1.1 or more, and the difference between the specific gravity of the projections and the specific gravity of the recesses is less than 0.1.

Abstract: Provided is a high manufacturing method of the production efficiency for a wood cement board that has a pattern of recesses and projections. The method for making a wood cement board having a pattern of recesses and projections on its surface, comprising: dispersing a raw material mixture onto a template provided with recesses corresponding to the portions of the wood cement board on which projections are formed, while conveying the template, thereby forming a mat; pressurizing only a section of the mat raw material mixture that is layered on the recesses of the template from above; leveling the surface of the partly pressurized mat; and pressing the resulting mat and the template together, followed by hardening and curing.

Abstract: The present invention provides a dimension table processing apparatus that efficiently derives a dimension hierarchy for a denormalized dimension table. The first information presenting means presents information on a plurality of fact tables included in a multidimensional database to an administrator as first information. The second information presenting means receives a fact table selected by the administrator from among the fact tables related to the first information, and presents information on dimension tables associated with the selected fact table in a star schema to the administrator as second information.

Abstract: In order to provide information for making a decision when using composite services, there are provided means for calculating evaluation of combinations of services and means for visualizing the evaluations are provided. For this purpose, a method applied to a system having storage means includes receiving a selection of a plurality of service groups from one user; and computing an evaluation of combinations of services composed by selecting one service from among respective service groups of the plurality of service groups selected, based on evaluation information stored in the storage means.

Abstract: A method and apparatus are provided for specifying rules for embedding TabIndex attributes into an HTML formatted document, and for automatically formatting the document with the specified TabIndex attributes. The developer specifies the rules based upon specified parameters, including but not limited to priority of assignment of identified tags, and assignment of priority based upon horizontal and vertical positions. Following selection of rules, the TabIndex attributes are automatically embedding into the selected tags.

Abstract: The present invention provides a dimension table processing apparatus that efficiently derives a dimension hierarchy for a denormalized dimension table. The first information presenting means presents information on a plurality of fact tables included in a multidimensional database to an administrator as first information. The second information presenting means receives a fact table selected by the administrator from among the fact tables related to the first information, and presents information on dimension tables associated with the selected fact table in a star schema to the administrator as second information.

Abstract: Java applets and data are downloaded into a client from a WEB data server to display a chart, datasheet, and the like in the WEB browser. Printing of the chart, datasheet, and the like is performed by transmitting displayed printing information to the WEB application server, preparing a file for printing based on the printing information received in the WEB application server, and transmitting the prepared file for printing to the client.