45results about How to "Prevent setting errors" patented technology

A method for providing a menu for a device, by providing a GUI for an administrator to select and lock-down device driver setting profiles, and providing a GUI for displaying to a user the locked-down profiles and permitting the user to select only from the listed profiles. Allowing a user to choose only from the pre-defined profiles makes for convenience and avoids waste from setting errors by novice users. The computer system detects the current system and job information (time, date, printer status, application, user information, etc.) using WMI and SNMP, applies mapping rules defined by an administrator, and displays only those profiles that are applicable to the current system and job status. Methods also include defining new profiles; alerting the user when no profiles are available, with mapping explanation and suggestion; profile detail display; and printer support.

An image forming apparatus 100 includes: an image forming part 6, a liquid crystal display part 11, a storage device 92 storing a program for displaying a setting screen at the liquid crystal display part 11; an input part 1 receiving, for example, a setting made for a setting item; and a help key KH for displaying a help screen at the display part. When the help key KH has been pressed in the setting by the called program, the display part 11, before processing is performed for a referenced setting item as the setting item for which the help screen has been referenced, displays a confirmation screen for confirming whether or not the processing may be performed at the current setting for the referenced setting item.

Disclosed is a method for automatically setting ID in UART ring communication in which a master and a plurality of slaves are formed in a ring-type network, the method including initializing the master to output a master ID (initializing step), receiving, by the plurality of slaves, the master ID, setting its own IDs by adding the master ID to a reference value and outputting the set ID (slave ID setting step), changing, by the plurality of slaves, its own IDs based on whether its own ID is same as the received ID, receiving, by the master, the IDs outputted by the plurality of slaves, and changing a currently highest value of slave IDs stored in the master in response to values of received slave IDs (changing step), and finishing the ID setting or re-setting the slave IDs, in response to the Current Max Slave ID (finish determining step).

An order storage unit stores an order for a medical practice to be performed using an endoscopic system. A control unit transmits an order to the endoscopic system via a communication line and also transmits device setting information linked to at least one of a doctor and a medical practice type specified by the order. When the control unit receives a notification of a change from the endoscopic system while the medical practice specified by the order is being performed, the control unit transmits new device setting information corresponding to the change to the endoscopic system.

A numerical controller that can easily set parameter values related to servo control used within itself. Machine constants are set in the numerical controller. The numerical controller calculates the parameter values related to the servo control used in the numerical controller, from the set machine constants, and stores and sets them in a memory means within the numerical controller. The parameter values calculated are also fed to an output device such as a display device for an operator to check them. When a machine to be controlled by the numerical controller is determined, the machine constants can be easily obtained from the specifications or the like of the machine and set in the numerical controller. Since the numerical controller itself calculates and sets the parameter values related to the servo control, the setting can be easily carried out without full knowledge of the internal elements, structure and operation principle of the machine, the processing performed by the numeric control unit, etc.

The invention relates to a device controlling a chuck of a machine tool and an auxiliary equipment thereof, thereby facilitating a setup work. Gripping and releasing of a work are confirmed by registering a work gripping position and a work releasing position of a chuck, a kind of a used chuck, and a gripping direction of a work in an external memory device every product type of the work, transferring the work gripping position and the work releasing position in correspondence to the product type to a controller of a machine tool displaying them on a display of an operator control panel, detecting a position of an operation rod opening and closing a claw of the chuck by a stroke sensor, referring to the gripping position of the work, and detecting conformity of the detecting position and set values of the work gripping position and the work releasing position.

A numerical controller corrects a tool compensation value for a machine tool provided with a tool for machining a workpiece based on an NC machining program. The numerical controller makes it unnecessary for a person in charge of input to be conscious of the sign of the tool compensation value and prevents a tool compensation value input error by providing an input button for bringing a workpiece and a tool cutting edge close to each other by a specified amount (+input advance) and an input button for causing the workpiece and the tool cutting edge to be away from each other by a specified amount (+input retreat) at the time of inputting the tool compensation value.

A crimping device has a contact advancer provided with an exchangeable anvil part. A first pulley, a belt and an advancing motor drive a first carriage. A gripper for advancing the contact belt is guided in a direction crosswise to a direction of the first carriage. The distance between the gripper and the first carriage is determined by a second carriage and a roller of the gripper rolling in a fifth linear guide of the second carriage. The distance from the gripper is predetermined by the exchangeable anvil part and depends on the width of the contact belt. The gripper operates independent of the distance between the transport holes and independent of the width of the contact belt. The anvil part including the belt guide is an exchangeable part and only fits one type of crimp contact and is executed crimp-contact specifically.

The invention provides a method for setting operating parameters of a wire saw and the wire saw. A wire saw is provided with: a plurality of processing rollers; and a wire rod that travels between theprocessing rollers in a surrounding state. The workpiece is cut by the wire rod by processing the feeding workpiece in a wire rod-based cutting region between the processing rollers. The setting method comprises the steps that before a workpiece is machined, a wire is changed; determining the mechanical characteristics of the wire from the state change of the wire; and setting operating parameters of the wire saw according to the mechanical characteristics.

A setting information indicator of an elevator operation indicating apparatus which makes a digital indicator indicate the altered setting information for a predetermined time after a setting alteration moment in time when an installation worker or a maintenance manager altered the setting information data of the elevator operation indicating apparatus. The elevator operation indicating apparatusprovided in the elevator hall or the elevator cage and making the digital indicator indicate the floor data and the setting information data is provided with a control means through which the installation worker or the maintenance manager can perform setting alteration of the setting information data and an indication signal of altered setting information data is outputted to the digital indicator.

A mobile communication system includes a home agent which transfers a communication packet to a mobile communication device connected to a foreign network, an address management section which manages a plurality of IP addresses, an address generation section which assigns any of the IP addresses managed, by the address management section to the mobile communication device as a home address thereof, a server which stores the home address of the mobile communication device and specific information of the mobile communication device in association with each other, and a source node which connects with the server through a network, and transmits the communication packet to any mobile communication device having the home addresses stored in the server as a destination.

The present invention addresses the problem of providing a single crystal production system and a single crystal production method which are capable of preventing calculation errors and setting errors of a correction amount and of reflecting an appropriate correction amount in the next batch. A single crystal production system (1) is provided with: a single crystal pulling device (10) for obtaining a diameter measurement value of a single crystal in a single crystal pulling step performed by the CZ method, obtaining a first diameter of the single crystal by correcting the diameter measurement value using a diameter correction coefficient, and controlling the diameter of the single crystal on the basis of the first diameter; a diameter measuring device (50) that measures the diameter of the single crystal pulled up by the single crystal pulling device (10) at room temperature and obtains a second diameter of the single crystal; and a database server (60) that acquires and manages the first diameter and the second diameter from the single crystal pulling device (10) and the diameter measuring device (50), respectively. The database server (60) calculates a correction amount for the diameter correction coefficient on the basis of the first diameter and the second diameter at the diameter measurement positions that match at room temperature, and corrects the diameter correction coefficient using the correction amount.