Abstract: A glass antenna device for a vehicle includes a glass sheet to be fitted to a window opening of a vehicle, which has a first antenna conductor for a low receiving frequency band and a second antenna conductor for a high receiving frequency band arranged thereon; a first coil connected between the first antenna conductor and the second antenna conductor, the first coil having an inductance value which exhibits low impedance in at least the low receiving frequency band; wherein the first coil cooperates with a first other element to generate first resonance so that the first resonance has a resonant frequency existing in a lower frequency band region than the high receiving frequency band.

Abstract: In a manifold apparatus having a plurality of functions including a printer function, facsimile function and copier function, facsimile data from a host computer are transferred to a system controller via a printer controller. Information on the destinations for facsimile communication are registered at an image memory. The system controller searches the image memory on the basis of destination data contained in the facsimile data, thereby determining whether the destination has a G3 function or a G4 function. If the destination has a G3 function, the system controller transforms the facsimile data to image data and transmits the image data via a facsimile controller. If a G4 function is available at the destination, the system controller transmits the facsimile data, or code data, without transforming them.

Abstract: A temperature-measuring method comprises inputing laser pulses into an optical fiber to be measured and measuring temperature distribution in the fiber from the ratio of the amplitudes and the delay time of Stokes light and anti-Stokes light contained in the return beam from the optical fiber, wherein the temperature distribution is measured by using equations: ##EQU1## where T(x) is temperature to be measured, .THETA. is the reference temperature, R' (T) is the relative ratio of amplitude at the measuring point, R' (.THETA.) is the relative ratio of amplitude at the reference temperature point, k is Boltzmann's constant, h is Planck's constant, c is velocity of light, .nu. is Raman shift, .alpha. is distance, wherein the attenuation difference .alpha. is represented by a function .alpha.{T(.tau.)} dependent on temperature T(.tau.) at the measuring point .tau., and the exponential function in which the exponential part is represented by a value obtained by integrating the function .alpha.{T(.tau.

Abstract: A temperature-measuring method which comprises inputting laser pulses into an optical fiber to be measured and measuring the temperature distribution in the fiber from the ratio of the amplitudes and the delay time of the Stokes light and the anti-Stokes light contained in the return beam from the optical fiber, wherein the temperature distribution is measured by using an equation: ##EQU1## where T(x) is the temperature to be measured, .THETA. is the reference temperature, R'(T) is the relative ratio of amplitude to the measuring point, R'(.THETA.) is the relative ratio of amplitude at the reference temperature point, k is the Boltzmann's constant, h is the Planck's constant, c is the velocity of light, .nu. is the Raman shift, .alpha. is the attenuation difference in the optical fiber between the Stokes light and the anti-Stokes light, and x is the distance, wherein the attenuation differenct .alpha. is represented by a function .alpha.{T(.tau.)} which is dependent on the temperature T(.tau.

Abstract: Method and apparatus for automatically recognizing tab position requires no manual setting of the tab position. One or a plurality of tab positions are automatically recognized based on a tab information of an immediately preceding line, a tab information of a nearest preceding line which has the tab information, or tab information of all preceding lines which have the tab information. A cursor is moved to a tab position which is in alignment with a tab position of the immediately preceding line, the nearest preceding line, or one of the preceding lines by simply manipulating a tab key.