46results about How to "Reduce introduction cost" patented technology

In a mass flow controller verifying system, there are provided a verifying gas line arranged in parallel to influent flow gas lines and joined into a post-confluent flow gas line, a reference volume calculating portion adapted to calculate a reference volume determined for a specified piping of a gas piping system, a verifying parameter calculating portion adapted to calculate a verifying parameter based on time series data of a measurement pressure measured by a pressure measurement unit during a control of a flow rate by a mass flow controller to be verified, and a comparing portion adapted to compare a reference parameter set based on the reference volume and the verifying parameter, whereby the verifying system can be introduced into an existing gas piping system used in a semiconductor manufacturing process and so forth at a low cost and is capable of verifying a mass flow controller quickly and accurately.

Disclosed is a remote control system which includes a remote control apparatus on a network, a control packet transmitter which is on a sub network and connects with the remote control apparatus via a network interconnecting apparatus, an operation terminal which can connect with the remote control apparatus, and a control target on the sub network of the control packet transmitter. The operation terminal transmits information which includes a control content of the control target to the remote control apparatus. The remote control apparatus includes a table including an address of the control packet transmitter and an address of the control target. The remote control apparatus transmits a control request packet including the acquired address of the control target and control content to the control packet transmitter. The control packet transmitter transmits a control packet including a control content designated by a control request packet to the control target.

When a customer places a special order that changes the content of a product, a receipt printing processing system also produces a special order seal when the sales receipt is printed. The receipt printing processing system has a receipt printer and a label printer that is in communication with the receipt printer. When the receipt printer receives transaction processing data generated by a POS register used to take orders, the receipt printer prints a receipt, determines if special order information is contained in the transaction processing data, and generates seal printing data for printing a special order seal, if the special order information is contained in the transaction processing data. The receipt printer also sends the seal printing data to the label printer for printing a special order seal. Because the receipt printer generates the seal printing data, special order seals can be printed without modifying the application program run by the POS register.

A signaling system includes an on-board device provided for a moving vehicle traveling on a track, and a station interface device provided for a station, and a branch provided on the track. A second moving vehicle transmits different moving vehicle related data of itself to a first on-board device of a first moving vehicle. The first station interface device transmits station related data of the branch to the first on-board device. The first on-board device outputs a command which instructs to switch the branch, to the first station interface based on the different moving vehicle related data and the station related data, to secure the traveling route. The first station interface device switches the branch and secures the traveling route. The first on-board device determines the traveling of the first moving vehicle of the secured traveling route based on the different moving vehicle related data.

An antenna for the non-contact interface of a plug-in dual-interface smart card, wherein the plug-in smart card includes a card module and chip base, the antenna includes a substrate, antenna loop fixed on the first surface of the substrate, and the first and second pins of the antenna, wherein the substrate comprises a structure to cooperate with the card module, the first and second contact points on the second surface, and the first and second vias. The first and second contact points and structure cooperating with the card module are arranged on the substrate on the position corresponding to the contact points of the plug-in smart card. The first and second antenna pins connect with the first and second contact points via the first and second vias.

The invention discloses a production line for continuously casting and fragmenting a storage battery plate grid. The production line comprises a continuous casting machine and a rolling-shear fragmenting machine, wherein the continuous casting machine is a movable mold and fixed mold type continuous casting machine; the cast plate grid is a continuous plate grid; a main machine of the rolling-shear fragmenting machine is double-roller rolling-shear device with an upper knife roll and a lower back-up roll for slitting the continuous plate grid; the continuous plate grid which is cast and molded by the production line is directly fragmented without a plate coating process; and the cast plate grid which is basically the same as that produced by a traditional plate casting machine can be obtained, so that the subsequent traditional pole plate manufacturing technology is reserved; the introduction cost of an enterprise is reduced to the maximal extent; meanwhile, the advantages of the continuous casting machine for the storage battery plate grid are well utilized; the production efficiency of the pole plate is greatly improved; the production line is energy-saving, environment-friendly and low in pollution; and the labor environment of a worker is improved.

To provide an I-V characteristic measuring apparatus that can, even though a solar simulator of a flash light type is used, accurately measure a true I-V characteristic of a solar cell that exhibits a different I-V characteristic depending on a sweep direction when a sweep time of applied voltage is short, an internal division ratio calculation part that, at each voltage value, calculates an internal division ratio at which a current value of a dark state stationary I-V characteristic internally divides a gap between a current value of a dark state forward I-V characteristic and a current value of a dark state reverse I-V characteristic; and a light state stationary I-V characteristic estimation and calculation part that, on the basis of the internal division ratio, a light state forward I-V characteristic, and a light state reverse I-V characteristic, estimates and calculates a light state stationary I-V characteristic are provided.

An information platform system, the configuration thereof is able to change flexibly to meet the needs of the customers, and able to use a single adapter for multiple uses, wherein multiple general-purpose processing modules and dedicated processing modules for processing disks and external networks are connected to one another with switching hubs via respective adapters, and the platform system includes a management module having a system identifier management table specifying system type of the general-purpose processing modules, a functional set management table managing a functional set to be included by the general-purpose processing module of each system identifier, and the configuration management table managing the combination of the general-purpose processing modules and dedicated processing modules, and the management module selects a functional set from multiple functional sets, installs the selected functional set into a general-purpose processing module and an adapter, and manages the system configuration comprising of a general-purpose processing module and a dedicated processing module.

The present invention relates to a bill discriminating and counting apparatus having a function in which two operators can commonly operate the one apparatus. That is, two pairs of a process instruction button for instructing start/stop of a discriminating and counting process and an approval button for approving counting result are provided, two independent storage areas are provided in a storage area in which the counting result is stored, the counting result is stored in the corresponding storage area while each storage area is associated with the pair of the process instruction button and the approval button, and two operators can commonly use the one bill discriminating and counting apparatus by providing occupation switching means for switching an occupation state of the bill discriminating and counting apparatus and occupation state display means for displaying a current-occupation state.

An external container is divided into IF unit 120 as a first flat-type external container that holds T-PA unit 140 provided with transmission power amplifier T-PA which amplifies transmission and reception signals and that is fixed to an installation place, and MDE unit 110 as a second flat-type external container that holds a circuit board of modulation and demodulation equipment (MDE) which modulates and demodulates transmission and reception signals and that is detachably attached to the first external container, MDE unit 110 is disposed on the outside of IF unit 120 with heat dissipation space provided therebetween, and a fin as a radiating member is provided on each of opposite faces of IF unit 120 and MDE unit 110.

In the presence information management method of the present invention, the e-mail address of the user and the terminal address of a terminal are extracted upon receipt of an e-mail transmission request, the e-mail address and terminal address correspondence table is retrieved by using the extracted e-mail address, and the extracted terminal address is registered in the e-mail address and terminal address correspondence table if the retrieved terminal address does not correspond to the extracted terminal address. Thus, the user can automatically update presence information with his/her e-mail transmission request.

According to an embodiment, provided is an air conditioning control system having a remote controller which collectively controls air conditioning facilities respectively provided in multiple buildings through a network. A building monitoring and controlling device is provided in each of the buildings. The building monitoring and controlling device monitors an air conditioning facility in a building where the building monitoring and controlling device itself is installed, and transmits operation data on the air conditioning facility to the remote controller. The remote controller calculates each operation setting value based on each set of operation data, and transmits the calculated operation setting value to the building monitoring and controlling device corresponding to the calculated operation setting value. The building monitoring and controlling device which has received the operation setting value controls the air conditioning facility by transmitting the operation setting value to the air conditioning facility.