Abstract: A centrifugal multiblade blower includes: an electric motor; and an impeller blowing off air outward in a radial direction by being rotated by the electric motor. A main plate of the impeller has an uneven part on one surface adjacent to the electric motor in a thickness direction of the main plate. The one surface is in contact with air passing through inside of the electric motor. A surface shape of the uneven part is formed in manner that, among a whole surface of the uneven part, a total surface area of a surface facing inward in a radial direction of the motor is larger than an imaginary smooth surface on which the surface shape of the uneven part is defined to be a smooth surface without the uneven part.

Abstract: The present invention relates to an oral film preparation obtained by spreading a solution containing a high potency drug and a film-forming polymer and then drying the solution, and a method for preparing an oral film preparation containing a high potency drug, said method comprising spreading a solution containing the high potency drug and a film-forming polymer and then drying the same, and a package obtained by (a) packaging the oral film preparation in a packaging material and, after nitrogen substitution, sealing the packaging material, and/or (b) sealing the oral film preparation together with a deoxidant in a packaging material. Provided are an oral film preparation that contains a high potency drug and has excellent content uniformity, a method for easily preparing an oral film preparation that contains a high potency drug and has excellent content uniformity, and a highly stable package that contains the oral film preparation.

Abstract: A transmission apparatus includes a first storage configured to store data received from external into a write enable area, a second storage configured to store the data in accordance with a write request and output a retry request in response to occurring an error of writing a first data included in the data, and a controller configured to read the data from the first storage and send the write request to the second storage, set an area of the first storage storing the first data to a write disable area in combination with stop sending the retry request to external when receiving the retry request from the second storage, and send the first data reading from the write disable area of the first storage to external in response to a read request from external.

Abstract: The present invention addresses the problem of providing a film preparation that enables large quantities of medicinal products to be blended thereinto. The present invention provides a film preparation that contains a film base material, which contains a water-soluble polymer, and medicinal product containing particles, which are supported on the film base material and which have a coating layer containing a hydrophobic coating agent on the outermost surface of the particles. The content of the medicinal product in the medicinal product-containing particles may be 0.1-95 mass % relative to the overall film preparation. The water-soluble polymer may include one or more types selected from the group consisting of hydroxypropyl cellulose, hydroxypropylmethyl cellulose and pullulan.

Abstract: A transmission apparatus includes a first storage configured to store data received from external into a write enable area, a second storage configured to store the data in accordance with a write request and output a retry request in response to occurring an error of writing a first data included in the data, and a controller configured to read the data from the first storage and send the write request to the second storage, set an area of the first storage storing the first data to a write disable area in combination with stop sending the retry request to external when receiving the retry request from the second storage, and send the first data reading from the write disable area of the first storage to external in response to a read request from external.

Abstract: A centrifugal multiblade blower includes: an electric motor; and an impeller blowing off air outward in a radial direction by being rotated by the electric motor. A main plate of the impeller has an uneven part on one surface adjacent to the electric motor in a thickness direction of the main plate. The one surface is in contact with air passing through inside of the electric motor. A surface shape of the uneven part is formed in manner that, among a whole surface of the uneven part, a total surface area of a surface facing inward in a radial direction of the motor is larger than an imaginary smooth surface on which the surface shape of the uneven part is defined to be a smooth surface without the uneven part.

Abstract: A computer terminal retrieves pin data related to respective pins of a plurality of Field Programmable Gate Array that are mounted on a board. The computer terminal retrieves setting data related to a connection check. Upon retrieving the pin data and the setting data, the computer terminal assigns, as data for the connection check to all the pins that can output data, unique data that is unique to each pin. The computer terminal generates input pin data and output pin data containing the unique data, stores therein the input pin data and the output pin data, and generates checking circuits that check connections between output pins and input pins. The computer terminal generates checking data based on the checking circuits.

Abstract: A method and apparatus for generating file information including setting clock information regarding a clock condition and a clock speed to be used by a speed conversion circuit block, reconstructing the clock circuit block including a new clock for accommodating insertion of the speed conversion circuit block, and associating connection terminal information indicating a connection relationship of connection terminals with speed conversion object information having set, as a speed conversion object, a connection terminal requiring connection speed conversion.

Abstract: A computer is allowed to execute an information acquisition process that acquires a file expressing information on pins used in respective ports provided in each block of a logic circuit to be redesigned and information indicating connection relationships between the ports (#2); execute a multiplexer disposition process that, based on the file, classifies pins of output ports of a block into a number of pin groups that is less than the number of pins, and disposes a multiplexer having a function to multiplex a signal output from each pin classified in the same pin group (#11, #13); and execute a demultiplexer disposition process that, based on that file, disposes a demultiplexer having a function to demultiplex signals that have been output from output ports of a block and multiplexed by the multiplexer, and a function to output each demultiplexed signal to input ports of respective input destination blocks (#12, #13).

Abstract: A method is disclosed for setting a master node of a ring network that has adjacently connected nodes situated on rightward and leftward lines of a bidirectional transmission channel. The method includes the steps of: counting the number of nodes interposed between a designated node and each node other than the designated node on the rightward and leftward lines of the bidirectional transmission channel; and setting one of the nodes as the master node. The master node satisfies a relation of, NHC_L=NHC_R or NHC_L=NHC_R-1, wherein NHC_L is the number of interposed nodes counted from the leftward line, and NHC_R is the number of interposed nodes counted from the rightward line.

Abstract: A method and apparatus for generating file information including setting clock information regarding a clock condition and a clock speed to be used by a speed conversion circuit block, reconstructing the clock circuit block including a new clock for accommodating insertion of the speed conversion circuit block, and associating connection terminal information indicating a connection relationship of connection terminals with speed conversion object information having set, as a speed conversion object, a connection terminal requiring connection speed conversion.

Abstract: A computer terminal retrieves pin data related to respective pins of a plurality of Field Programmable Gate Array that are mounted on a board. The computer terminal retrieves setting data related to a connection check. Upon retrieving the pin data and the setting data, the computer terminal assigns, as data for the connection check to all the pins that can output data, unique data that is unique to each pin. The computer terminal generates input pin data and output pin data containing the unique data, stores therein the input pin data and the output pin data, and generates checking circuits that check connections between output pins and input pins. The computer terminal generates checking data based on the checking circuits.

Abstract: A computer is allowed to execute an information acquisition process that acquires a file expressing information on pins used in respective ports provided in each block of a logic circuit to be redesigned and information indicating connection relationships between the ports (#2); execute a multiplexer disposition process that, based on the file, classifies pins of output ports of a block into a number of pin groups that is less than the number of pins, and disposes a multiplexer having a function to multiplex a signal output from each pin classified in the same pin group (#11, #13); and execute a demultiplexer disposition process that, based on that file, disposes a demultiplexer having a function to demultiplex signals that have been output from output ports of a block and multiplexed by the multiplexer, and a function to output each demultiplexed signal to input ports of respective input destination blocks (#12, #13).

Abstract: A computer capable of easily obtaining RTL of a TOP circuit after a block circuit is separated out of the TOP circuit. A port information input unit inputs the port information of the TOP circuit described in RTL, and the port information of block circuits composing the TOP circuit, from a user. A separation information input unit inputs separation information specifying a block circuit to be separated out of the TOP circuit, from the user. A separation port information creation unit creates separation port information after the block circuit is separated, by changing the port information of the TOP circuit and the block circuits based on the port information of the block circuit to be separated according to the separation information. An RTL rewriting unit rewrites RTL of the TOP circuit from which the block circuit has been separated, based on the separation port information created by the separation port information creation unit.

Abstract: A heart rate monitoring unit including a heart rate monitor and a belt. The heart rate monitor includes a base having a length defining a longitudinal axis, an electronics unit portion, a first electrode portion, and a first belt connection portion. The electronics unit portion has a first end proximate the first electrode portion and a second end distal from the first electrode portion. The first electrode portion has a first end proximate the electronics unit portion and a second end distal from the electronics unit portion. The first belt connection portion is disposed between the second end of the electronics unit portion and the second end of first electrode portion. The base includes a first electrode secured to the first electrode portion, and an electronics unit secured to the electronics unit portion.

Abstract: An air-conditioning unit, in which at least a lead wire (14g) of a temperature sensor (14) is inserted in a cylindrically formed grommet (16), is disclosed. A cylindrical seal portion (16a) fitted in a hole portion (15) of a case (11) is formed at an end of the grommet (16). The lead wire (14g) is fitted relatively displaceably on the inner periphery of the cylindrical seal portion (16a). A cylindrical fixed portion (16d) fixed with the lead wire (14g) is formed at the other end of the grommet (16). A bellows (16b) is formed between the cylindrical seal portion (16a) and the cylindrical fixed portion (16d).

Abstract: A heart rate monitoring unit including a heart rate monitor and a belt. The heart rate monitor includes a base having a length defining a longitudinal axis, an electronics unit portion, a first electrode portion, and a first belt connection portion. The electronics unit portion has a first end proximate the first electrode portion and a second end distal from the first electrode portion. The first electrode portion has a first end proximate the electronics unit portion and a second end distal from the electronics unit portion. The first belt connection portion is disposed between the second end of the electronics unit portion and the second end of first electrode portion. The base includes a first electrode secured to the first electrode portion, and an electronics unit secured to the electronics unit portion.

Abstract: An adjusting apparatus for a bicycle brake control device comprises a brake control member bracket adapted to be mounted to a handlebar and a brake control member movably mounted to the brake control member bracket such that it can move from a brake release position toward a brake operating position. An adjustment member is disposed between the brake control member bracket and the brake control member to adjust an orientation of the brake control member relative to the brake control member bracket when the brake control member is in the brake release position.

Abstract: A method is disclosed for setting a master node of a ring network that has adjacently connected nodes situated on rightward and leftward lines of a bidirectional transmission channel. The method includes the steps of: counting the number of nodes interposed between a designated node and each node other than the designated node on the rightward and leftward lines of the bidirectional transmission channel; and setting one of the nodes as the master node. The master node satisfies a relation of, NHC_L=NHC_R or NHC_L=NHC_R-1, wherein NHC_L is the number of interposed nodes counted from the leftward line, and NHC_R is the number of interposed nodes counted from the rightward line.

Abstract: In an initial time of a warming-up control of a vehicle air conditioner, a control unit controls a mode switching member to set a foot mode, a first linear bi-level mode, a fixed bi-level mode, a second linear bi-level mode and the foot mode. In the first and second linear bi-level modes, a face-foot air blowing ratio between air blown from a face opening and air blown from a foot opening is gradually changed as the time passes. Therefore, the face-foot air blowing ratio can be smoothly changed in a mode switching between the foot mode and the fixed bi-level mode. Accordingly, when the mode switching is performed in the warming-up control in the winter, the face-foot air blowing ratio is prevented from being suddenly changed.