Abstract: A destruction device capable of destroying a plurality of types of storage devices includes: a support plate mounting part to which a support plate is detachably mounted; a crushing member mounting part to which a crushing member is detachably mounted; a support plate detection part capable of detecting the support plate mounted on the support plate mounting part; a crushing member detection part capable of detecting the crushing member mounted on the crushing member mounting part; and a control unit that determines whether the support plate detected by the support plate detection part and the crushing member detected by the crushing member detection part correspond to a same type of storage device, and executes a crushing process for crushing the storage device upon determining that the support plate and the crushing member correspond to the same type of storage device.

Abstract: A destruction device capable of destroying a plurality of types of storage devices includes: a support plate mounting part to which a support plate is detachably mounted; a crushing member mounting part to which a crushing member is detachably mounted; a support plate detection part capable of detecting the support plate mounted on the support plate mounting part; a crushing member detection part capable of detecting the crushing member mounted on the crushing member mounting part; and a control unit that determines whether the support plate detected by the support plate detection part and the crushing member detected by the crushing member detection part correspond to a same type of storage device, and executes a crushing process for crushing the storage device upon determining that the support plate and the crushing member correspond to the same type of storage device.

Abstract: A serial terminal (9) for a serial connection to a target device for data acquisition, a data transfer terminal (12) to be connected to a mobile phone (5) so as to allow a data transfer, a data acquisition portion (13) for acquiring device data from the target device for data acquisition by a serial communication via the serial terminal, a data transfer portion (14) for adding transmission instruction data to the device data so as to create transfer data and transferring the transfer data via the data transfer terminal, and a control portion (15) for executing an operation of acquiring the device data by the data acquisition portion and an operation of transferring the transfer data by the data transfer portion are provided, and the transmission instruction data correspond to an instruction to cause the mobile phone to conduct an operation of transmitting the device data to a predetermined server via the internet.

Abstract: In a liquid-crystal display device of active matrix type, a plurality of column-selecting lines and a plurality of auxiliary capacitance lines are formed on a transparent substrate. A plurality of row-selecting lines and two display-electrode segments are formed on an insulative film formed on the column-selecting and auxiliary capacitance lines and the transparent substrate. Two switching elements each connected to the column-selecting, row-selecting and auxiliary capacitance lines are also formed on the transparent substrate. Two auxiliary capacitors are formed between the display-electrode segments and the auxiliary capacitance line. A strip conductor is formed on the transparent substrate under each pair of display-electrode segments. A common electrode opposes the display-electrode segments with a liquid crystal layer therebetween.

Abstract: A wire bonding apparatus in which a supersonic oscillator is provided for applying a supersonic vibration to a capillary through the medium of a tool arm at the time of bonding, and the supersonic oscillator is controlled for the adjustment of the oscillation time and/or amplitude of supersonic oscillation to regularize the ball shape, while monitoring the deformation of a ball at the end of a wire by means of a gap sensor which detects the relative positions of the tool arm and a tool lifter arm.

Abstract: An apparatus for conveying a lead frame mounting semiconductor pellets comprises a guide path for guiding the lead frame, and a feed member. The feed member is moved by a solenoid mechanism from a first position where the feed member is separated from the lead frame to a second position where the feed member engages with the lead frame. The feed member positioned in the second position is moved by a X-Y table from an initial position to a forward position along the guide path, whereby the lead frame is conveyed along the guide path by a predetermined distance.

Abstract: A method for automatically controlling the position of small objects, comprises the steps of moving the object to cause at least a portion of an optical image of the object to be imaged on a photoelectric array which is placed on an image formation plane; sequentially detecting outputs by scanning photoelectric converting elements constituting the photoelectric array; counting, in a digital fashion, the position data of the object based on the above-mentioned outputs to deliver a correction signal for moving the object to a predetermined position; moving the object to a predetermined position according to the correction signal; and checking the position of the object by detecting outputs of respective photoelectric converting elements after completion of the above-mentioned movement step and calculating the positional data of the object.