Abstract: A vibration motor 18 constituted by a motor provided with a weight 57 is covered with a cover 44 having a flat portion for making the cover 44 be sucked easily and a marking for positioning, and this vibration motor is mounted on a main-body printed board 9. In this main-body printed board, line lands and main-body lands also having a function for identification are provided outside the outline of the mounted vibration motor, so that a displacement of the mounting position can be easily detected even visually.

Abstract: A vibration motor 18 constituted by a motor provided with a weight 57 is covered with a cover 44 having a flat portion for making the cover 44 be sucked easily and a marking for positioning, and this vibration motor is mounted on a main-body printed board 9. In this main-body printed board, line lands and main-body lands also having a function for identification are provided outside the outline of the mounted vibration motor, so that a displacement of the mounting position can be easily detected even visually.

Abstract: A portable terminal device of a calling party individually sets a sounding pattern to be used for reporting an incoming call, and a called party is informed of the thus-set sounding pattern beforehand. As a result, when the terminal device of the called party makes the thus-set sounding pattern, the terminal device enables the user to immediately specify the calling party. In addition to sound, blinks of light, vibration of a vibrator, or the color of backlight can be used solely or in combination two of more. Further, so long as the portable terminal device is provided with display means capable of displaying characters, in addition to the incoming call reporting means, a simple message can be indicated on the portable terminal device. Consequently, the called party can immediately ascertain the nature of the call without directly talking with the calling party through the portable terminal device.

Abstract: A portable terminal device including display means 40 for indicating characters and figures, light-emitting means 31 and 32 for emitting exposing light to be used as backlight of the display means, drive means 21 and 22 for activating the light-emitting means, and control means 11 for controlling the drive means, wherein the light-emitting means emits exposed light rays having at least two wavelengths; the control means controls the drive means according to the content of the information to be transmitted to the user in such a way that the wavelength of the exposing light originating from the light-emitting means are changed, thereby enabling the color of backlight of the display means to be changed according to the content of the information to be transmitted. Since a user can ascertain information by means of backlight color, operations required to read characters and figures indicated on the display means can be simplified. This function produces a great effect particularly in darkness.

Abstract: A radio system has a transmitting circuit for tuning in a transmitting frequency at a desired frequency, a control circuit for performing control of the whole of the radio system, a clock oscillation circuit operative to generate a reference clock for the control circuit, a memory circuit operative to store conditions for switching the oscillation frequency of the reference clock to be generated by the clock oscillation circuit, a comparative arithmetic circuit for comparing a transmitting frequency tuned in by the transmitting circuit with the conditions stored in the memory circuit, and a frequency switching circuit for switching the oscillation frequency of the reference clock to be generated by the clock oscillation circuit, on the basis of a result of comparison by the comparative arithmetic circuit.

Abstract: A vibration motor 18 constituted by a motor provided with a weight 57 is covered with a cover 44 having a flat portion for making the cover 44 be sucked easily and a marking for positioning, and this vibration motor is mounted on a main-body printed board 9. In this main-body printed board, line lands and main-body lands also having a function for identification are provided outside the outline of the mounted vibration motor, so that a displacement of the mounting position can be easily detected even visually.

Abstract: Temperature measuring unit measures an ambient temperature and outputs a measurement result to control unit. The control unit outputs information for optimally setting the number of boosting stages of boosting unit as a control signal to driving circuit. Upon receipt of the control signal, the driving circuit stores the information in storage unit, sets the number of boosting stages of the boosting unit according to the information stored in the storage unit, and supplies a driving voltage to liquid crystal display unit. If the ambient temperature is changed, the number of boosting stages of the boosting unit is reset in the procedure so that the consumed current of the whole liquid crystal display device can be optimized.

Abstract: A vibration motor 18 constituted by a motor provided with a weight 57 is covered with a cover 44 having a flat portion for making the cover 44 be sucked easily and a marking for positioning, and this vibration motor is mounted on a main-body printed board 9. In this main-body printed board, line lands and main-body lands also having a function for identification are provided outside the outline of the mounted vibration motor, so that a displacement of the mounting position can be easily detected even visually.

Abstract: A control system for controlling a cache tag memory has an address conversion device which includes an associative storage for storing logical addresses, a random access memory for storing physical addresses, and a hit-signal generating circuit for generating a hit signal, a word selecting signal and at least one control signal. The hit signal indicates that a hit has occurred between a logical address stored in the associative storage and an input logical address. The address conversion device controls the reading operation of a tag address stored in the cache tag memory by using the control signal generated by the hit-signal generating circuit in synchronization with a word selecting signal used in the reading operation of a physical address stored in the random access memory such that the physical address and the tag address are read at substantially the same time.

Abstract: A microprocessor has a CPU, an address converter which converts a logical address to a physical address, first and second latches which are controlled by a control signal and store the physical addresses, and a dual port cache memory device. The dual port cache memory device has decoders which operate according to second parts of outputs of the latches, dual port memory arrays which can be independently accessed by outputs of the decoders, a comparator which compares a physical address output from the dual port memory array and a first part of an output of the first latch to determine if they are the same, and a second comparator which compares a physical address output from the dual port memory array and a first part of an output of the second latch to determine if they are the same.