Abstract: A battery control monitoring system includes discharge circuitry, controller circuitry, and fixation monitoring circuitry. The discharge circuitry is configured to execute forced discharge of a rechargeable battery. The controller circuitry is electrically connected to the discharge circuitry and is configured to control the forced discharge executed by the discharge circuitry using a control signal. The fixation monitoring circuitry is electrically connected to the controller circuitry and is configured to monitor signal fixation.

Abstract: A processing liquid nozzle includes: an ultrasonic wave generator including a oscillator that generates ultrasonic waves and a oscillating body that is joined to the oscillator; a first supply flow path configured to supply a first liquid to a position in contact with the oscillating body of the ultrasonic wave generator; an ejection flow path configured to supply the first liquid to which the ultrasonic waves are applied by the ultrasonic wave generator to an ejection port; and a second supply flow path connected to the ejection flow path on a downstream side from the ultrasonic wave generator and configured to supply a second liquid to the ejection flow path.

Abstract: A substrate processing apparatus includes a fluid supply unit that supplies a fluid that includes a pressurized vapor or mist of a purified water, a processing liquid supply unit that supplies a processing liquid that includes at least sulfuric acid, and a nozzle that includes a first discharge port that discharges a fluid that is supplied from the fluid supply unit, a second discharge port that discharges a processing liquid that is supplied from the processing liquid supply unit, and a guiding route that is communicated with the first discharge port and the second discharge port and guides a mixed fluid of a fluid that is discharged from the first discharge port and a processing liquid that is discharged from the second discharge port, where a cross-sectional area of the guiding route is greater than a cross-sectional area of the first discharge port.

Abstract: A workpiece supply-and-discharge device includes a fixed portion, and a swivel portion that swivels on a bed. The fixed portion is provided with a plurality of fixed rails having an arc shape and separated from each other. Movable rails enter or exit from gaps left between the fixed rails as reciprocating actuators operate. Workpiece gripping portions configured to grip a workpiece are provided with sliders. When the workpiece gripping portions carry the workpieces while swiveling integrally with the swivel portion, the sliders transfer from the movable rails to the fixed rails or from the fixed rails to the movable rails.

Abstract: A processing liquid nozzle according to an aspect of the present invention comprises an ultrasonic application part (60), a first supply flow path (71), a discharge flow path (72), and a second supply flow path (73). The ultrasonic application part (60) has a vibrator (61) for generating ultrasonic waves, and a vibrating body (62) joined to the vibrator (61). The first supply flow path (71) supplies a first liquid (L1) to a position contacting the vibrating body (62) of the ultrasonic application part (60). The discharge flow path (72) supplies the first liquid (L1), to which ultrasonic waves have been applied by the ultrasonic application part (60), to a discharge port (74). The second supply flow path (73) is connected to the discharge flow path (72) on the downstream side from the ultrasonic application part (60), and supplies a second liquid (L2) to the discharge flow path (72).

Abstract: A substrate processing apparatus includes a fluid supply unit that supplies a fluid that includes a pressurized vapor or mist of a purified water, a processing liquid supply unit that supplies a processing liquid that includes at least sulfuric acid, and a nozzle that includes a first discharge port that discharges a fluid that is supplied from the fluid supply unit, a second discharge port that discharges a processing liquid that is supplied from the processing liquid supply unit, and a guiding route that is communicated with the first discharge port and the second discharge port and guides a mixed fluid of a fluid that is discharged from the first discharge port and a processing liquid that is discharged from the second discharge port, where a cross-sectional area of the guiding route is greater than a cross-sectional area of the first discharge port.

Abstract: A workpiece supply-and-discharge device includes a fixed portion, and a swivel portion that swivels on a bed. The fixed portion is provided with a plurality of fixed rails having an arc shape and separated from each other. Movable rails enter or exit from gaps left between the fixed rails as reciprocating actuators operate. Workpiece gripping portions configured to grip a workpiece are provided with sliders. When the workpiece gripping portions carry the workpieces while swiveling integrally with the swivel portion, the sliders transfer from the movable rails to the fixed rails or from the fixed rails to the movable rails.

Abstract: A substrate treatment apparatus is provided with a treatment bath (1) composed of a bottomed container which is surrounded by side walls (2b-2e) on the four sides and is open at the top, and first and second supplying nozzle tubes (10a-10d) which supply the treatment bath (1) with a treatment solution. The first and second supplying nozzle tubes (10a-10d) are composed of supplying nozzle tubes having a plurality of jetting ports (11) arranged on one line at prescribed intervals on each side plane in a longitudinal direction of the hollow tube-shaped body.

Abstract: An integrated QoS control system is provided that transmits, in real time, the stream data between a bandwidth-guaranteed network and a bandwidth-not-guaranteed network. The QoS manager 102 records the remaining bandwidth of the bandwidth-guaranteed network 2 captured by the remaining bandwidth table capturer 103 and the remaining bandwidth of the bandwidth-not-guaranteed network 1 calculated with traffic information notified by the network status monitor 107 on the use bandwidth registration table 104 (for comprehensively managing the bandwidth of an integrated network). The Qos manager 102 converts a QoS parameter received via the QoS request receiver 106 into a traffic parameter and controllably adapts the value of the traffic parameter to a service quality required by the application 109.

Abstract: A multipoint conferencing system for allowing a conference to be held among a plurality of terminals capable of making communication via an IP network includes: a telephone conference server for, out of said plurality of said terminals, recognizing the terminal participating in the conference as a terminal belonging to either a speaker group or a listener group, and for generating audio data by making a mixing of audio data from the terminal belonging to said speaker group; and a audio delivering section for delivering the audio data for which a mixing was made by said telephone conference server to terminals belonging to said speaker group and said listener group. Further, the terminal is made movable between the speaker group and listener group.

Abstract: The cashless vending machine system of the present invention comprises: a radio-communication terminal having a terminal information storage device for storing a verification key, and a terminal encryption processor for performing encryption with a random number and the terminal verification key; a vending machine having a radio-communication terminal pseudo network forming a pseudo network for the radio-communication terminal, and a verification key storage area for storing the terminal verification key from the radio-communication terminal, the radio-communication terminal pseudo network having a decryption processor for decrypting the terminal verification key from a value produced by the terminal encryption processor and a random number produced by a random number generator; and a center for communicating with the vending machine by radio or cable communication.

Abstract: The invention provides a less expensive and highly reliable information collection system for vending machines or like machines which efficiently utilizes extension radio communication of a portable radio communication system such as PHS and outside radio communication. Each information source (e.g., each parent machine, child machine and grandchild machine) is an object of information collection of the information collection system, and is provided with an extension/outside radio communication section capable of transmitting information by outside radio communication (e.g., via a portable mobile communication system) and by extension radio communication. An extension/outside communication switching section is provided for switching communication by the extension/outside radio communication section between extension radio communication and outside radio communication.

Abstract: An optical subscriber unit comprises a portion for detecting whether or not an installation distance of the optical subscriber unit is a short distance or a long distance when the optical subscriber unit receives a subscriber command from a center unit by referring to a received optical power, and a portion for transmitting response burst signal to an entrance use slot of the current frame when the installation distance is the short distance and to an entrance use slot of the next frame when the installation distance is the long distance.

Abstract: An integrated QoS control system is provided that transmits, in real time, the stream data between a bandwidth-guaranteed network and a bandwidth-not-guaranteed network. The QoS manager 102 records the remaining bandwidth of the bandwidth-guaranteed network 2 captured by the remaining bandwidth table capturer 103 and the remaining bandwidth of the bandwidth-not-guaranteed network 1 calculated with traffic information notified by the network status monitor 107 on the use bandwidth registration table 104 (for comprehensively managing the bandwidth of an integrated network). The Qos manager 102 converts a QoS parameter received via the QoS request receiver 106 into a traffic parameter and controllably adapts the value of the traffic parameter to a service quality required by the application 109.

Abstract: A program or an advertisement that was broadcast is received, for example, by a user terminal 41 for a user A, and a corresponding “information icon” is stored in the user terminal 41. Later, when the user A selects the “information icon” which he/she would like to know in details, a “detailed my page” customized for the user A is transmitted from an information management center 3. If the user A who viewed display contents of the “detailed my page” would like to invite a user B who is one of his/her friends, he/she transmits an electronic mail with the corresponding “information icon” attached, which was addressed to a user terminal 42. Later, When the user B perused contents of the received electronic mail, and selects the “information icon” in order to know the details thereof, the “detailed my page” adjusted individually for the user B is transmitted from the information management center 3.

Abstract: A bi-directional type broadcasting and delivery system includes an advertiser system of an advertiser, an advertising agent system of an advertising agent, a broadcasting station system of a broadcasting station, a user terminal of a user, and a service system which are connected to a network. The advertiser determines policy data for an advertisement program, and transmits the policy data and a demand of production of an advertisement program of articles of the advertiser from the advertiser system to the advertising agent system. The advertising agent produces the advertisement program based on the poly data in response to the demand of production of the advertisement program, and the advertising agent system transmits the advertisement program and the policy data to the broadcasting station system. The broadcasting station system broadcasts the advertisement program.

Abstract: An information collecting system includes a central management computer for collecting and managing information and information collection target machines from which information is to be collected and has a PHS terminal apparatus. Some of the target machines are master units to which outside line telephone numbers and extension telephone numbers are assigned. Each master unit can perform outside line radio communication with the PHS base station and extension radio communication with other target machines belonging to the master unit. The remaining target machines are subsidiary units to which extension telephone numbers are assigned. Each subsidiary unit can perform extension radio communication with only a specific master unit.