Abstract: In a vertical mill, a pulverization table is supported with a vertical rotation axis core in a housing so as to be capable of being driven and rotated, and a pulverization roller rotatable in conjunction with rotation of the pulverization table is disposed above the pulverization table so as to be opposed to the pulverization table, and a roller swing mechanism is provided so as to make the pulverization roller parallel to a surface of the pulverization table and swingable in a direction different from a direction of rotation of the pulverization table. Accordingly, a solid matter such as biomass can be efficiently pulverized, thereby achieving improvement in pulverization efficiency.

Abstract: In a vertical mill, a pulverization table is supported with a vertical rotation axis core in a housing so as to be capable of being driven and rotated, and a pulverization roller rotatable in conjunction with rotation of the pulverization table is disposed above the pulverization table so as to be opposed to the pulverization table, and a cutter roller rotatable in conjunction with rotation of the pulverization table is disposed above the pulverization table so as to be opposed to the pulverization table. Accordingly, a solid matter such as biomass can be efficiently pulverized, thereby achieving improvement in pulverization efficiency.

Abstract: In a vertical mill, a pulverization table (13) is supported with a vertical rotation axis core in a housing (11) so as to be capable of being driven and rotated, and a pulverization roller (18) rotatable in conjunction with rotation of the pulverization table (13) is disposed above the pulverization table (13) so as to be opposed to the pulverization table (13), and a cutter roller (19) rotatable in conjunction with rotation of the pulverization table (13) is disposed above the pulverization table (13) so as to be opposed to the pulverization table (13). Accordingly, a solid matter such as biomass can be efficiently pulverized, thereby achieving improvement in pulverization efficiency.

Abstract: A biomass pulverizing apparatus includes a pulverizing apparatus body having a feedstock supply pipe, a pulverizing table for placing the supplied biomass feedstock thereon, a drive section for rotationally driving the pulverizing table, a pulverizing roller for pulverizing the biomass feedstock by a pressing force, and a blower unit for forming an upward flow upward from below on the outer peripheral side of the pulverizing table so as to jet conveying gas, and the pulverizing apparatus further includes an erected weir that is provided around the pulverizing table, and a first extending weir that extends from the pulverizing apparatus body side at lower portions of the pulverizing rollers and is formed with a plurality of slits that forms a predetermined gap with the upper surface of the erected weir.

Abstract: In a vertical mill, a pulverization table (13) is supported with a vertical rotation axis core in a housing (11) so as to be capable of being driven and rotated, and a pulverization roller (18) rotatable in conjunction with rotation of the pulverization table (13) is disposed above the pulverization table (13) so as to be opposed to the pulverization table (13), and a roller swing mechanism (19) is provided so as to make the pulverization roller (18) parallel to a surface of the pulverization table (13) and swingable in a direction different from a direction of rotation of the pulverization table (13). Accordingly, a solid matter such as biomass can be efficiently pulverized, thereby achieving improvement in pulverization efficiency.

Abstract: To provide a distribution request management method and so on in which a communication service providing side can perform data signal distribution while keeping high reliability. A maximum number of distributable requests is set arbitrarily for requests from a mobile communication network 10 to one or plural contents providing servers 31 provided on a communication network 30, the requests being made for distribution of signals including data of contents, and a request management apparatus sends the signal distribution requests to the contents providing servers as long as the number of the requests is within a range not larger than the maximum number of distributable requests.

Abstract: To provide a distribution request management method and so on in which a communication service providing side can perform data signal distribution while keeping high reliability. A maximum number of distributable requests is set arbitrarily for requests from a mobile communication network 10 to one or plural contents providing servers 31 provided on a communication network 30, the requests being made for distribution of signals including data of contents, and a request management apparatus sends the signal distribution requests to the contents providing servers as long as the number of the requests is within a range not larger than the maximum number of distributable requests.

Abstract: [Problem] To obtain an authentication proxy method, a distribution management device to be proxy for authentication, etc. in which a user does not have to be aware of authentication in distribution of contents needing authentication. [Means for Resolution] A distribution management device 22 for managing distribution of signals including data of contents to a mobile communication network 10 determines whether a contents providing server 31 on another communication network 30 has made a transmission request for a signal including authentication data in response to a distribution request for a signal including data of contents which request has been sent from a mobile terminal device 11 through the mobile communication network 10. When it is concluded that the transmission request has been made, the distribution management device 22 creates a signal including the authentication data for the mobile terminal device 11 and transmits the created signal to the contents providing server 31.

Abstract: The present invention provides a rotary classifier for a roller mill, in which a rotating vane is formed so that the vane width at the upper part of the rotating vane is larger than that at the lower part.

Abstract: A control system of coal pulverizer associated with a rotary classifier, applicable to a pulverized coal burning boiler or the like, includes a function generating section, a computing section, and a rotational speed controlling section. The function generating section receives a signal representing a coal feed rate and outputs signals representing a preset proper range of a current to be fed to the motor of the coal pulverizer for such coal feed rate. The computing section is responsive to a signal representing the current motor current and the signals produced by the function generating section to output a command signal which will maintain the speed of the rotary classifier when the motor current represented by the motor current signal is within the proper range, and to output a command signal which will decrease or increase the speed of the rotary classifier, respectively, in the case where the same motor current has increased or decreased beyond the proper range.