Abstract: A system and method for performing convergence calibration, wherein the test patterns generated during the convergence procedure illuminate only one convergence sensor at a time. Since only one sensor is illuminated at a time, there is no need to switch among sensors in order to obtain sensor readings, and the sensors can share an A/D converter without such switching. Therefore, in a convergence apparatus according to the invention two or more sensor couplings are simply coupled to a shared coupling which is, in turn, coupled to the input of a shared A/D converter. Thus, no switching circuitry is required, it is not necessary to perform a sensor/sensor coupling association routine, and there is no need for a convergence subsystem memory.

Abstract: Human Nerve Growth Factor-2 (NGF-2, also known as Neurotrophin-3 or NT-3) has been found to promote the proliferation of peripheral blood leukocytes. The invention provides methods using hNGF-2 polypeptides in the treatment of neutropenia.

Abstract: An apparatus for manufacturing cement clinker is disclosed in which raw material powder of cement pre-heated and partially pre-calcined by a pre-heating unit such as a suspension pre-heater (or a provided pre-calciner') is charged into a granulating furnace as to be granulated, thus-obtained granulated material is charged into a sintering furnace as to be sintered, and the sintered material is cooled and recovered by a cooling unit, the apparatus having a granulating furnace so that the granulating performance of the granulating furnace is improved.

Abstract: A system for performing beam convergence in video displays. The system is implemented through one or more convergence sensors, which are exposed to two distinct convergence test patterns. The first test pattern partially overlaps with one or more of the sensors to define a first covered area for each overlapped sensor, the portion of each sensor that is not overlapped defining a first uncovered area. The second test pattern overlaps the entirety of the first uncovered area for each sensor, the portion of each sensor that is not overlapped, therefore being the first covered area for each sensor. The output of the sensors when exposed to the first test pattern and the output of the sensors when exposed to the second test pattern are used to perform beam convergence calculations. The test patterns are selected in such a manner as to reduce the dynamic range requirement for the sensor output A/D converter(s).

Abstract: The present invention relates to a semiconductor pressure sensor comprisinga single crystal silicon substrate;a closed air gap chamber provided on the said single crystal silicon substrate, on which a measured diaphragm made by epitaxial growth is formed and which has a predetermined narrow gap backing up the application of over-pressure to the said diaphragm; anda strain detection element incorporated in the said measuring diaphragm.

Abstract: To enhance the tear strength without increasing the thickness, a woven glass cloth having a mass of 15 to 30 g/m.sup.2, for use as a base material for printed wiring board material, is characterized in that the weft or warp is provided by a 75 denier or more strand, thicker than the warp, and thread count of the thicker strand per unit length is set smaller than that of the other strand.

Abstract: Disclosed are (1) a water-soluble mutein of an animal protein having activity as a receptor for a fibroblast growth factor (FGF) protein, (2) a recombinant DNA having a nucleotide sequence coding for the above water-soluble mutein, (3) a vector containing the above recombinant DNA, (4) a transformant transformed with the above vector, and (5) a process for producing the water-soluble mutein which comprises cultivating the above transformant in a culture medium, the mutein being useful as therapeutic agents or to enhance cell proliferation activity.

Abstract: There is disclosed an apparatus and method for bonding a sheet material to an elongated base material, in which the sheet material is transferred by a transferring device towards the base material, and the sheet material is bonded by a bonding device to the base material. A static electricity generating device is attached to the bonding device for generating static electricity on the sheet material to cause the sheet material to adhere to the bonding device, so that the sheet material is prevented from falling from the bonding device prior to the bonding step. Furthermore, an apparatus and method for manufacturing a flexible flat cable, applying the above bonding apparatus and method is also disclosed. In this apparatus and method, a pair of insulating tape sheets are transferred towards electric conductors.

Abstract: An apparatus for manufacturing cement clinker is disclosed in which raw material powder of cement pre-heated by a pre-heating unit such as a suspension pre-heater and pre-calcined by a calciner is charged into a granulating furnace as to be granulated, thus-obtained granulated material is charged into a sintering furnace as to be sintered, and the sintered material is cooled and recovered by a cooling unit, the apparatus having a granulating furnace so that the granulating performance of the granulating furnace is improved.

Abstract: There is disclosed an apparatus and method for bonding a sheet material to an elongated base material, in which the sheet material is transferred by a transferring device towards the base material, and the sheet material is bonded by a bonding device to the base material. A static electricity generating device is attached to the bonding device for generating static electricity on the sheet material to cause the sheet material to adhere to the bonding device, so that the sheet material is prevented from falling from the bonding device prior to the bonding step. Furthermore, an apparatus and method for manufacturing a flexible flat cable, applying the above bonding apparatus and method is also disclosed. In this apparatus and method, a pair of insulating tape sheets are transferred towards electric conductors.

Abstract: An automatic wire end arranging system includes a wire holder for holding one ends of the wires, a wire feed device for feeding the wire ends one by one from the wire holder, and a transport device for transporting each wire end from the wire feed device to an arranging device. The arranging device includes a fixture having a plurality of parallel receptive sections, and a table mounted adjacent to the fixture and having a slit, a probe device operable to make electrical contact with the wire end, fed to the table by the transport device, to feed a probe signal, a first drive device operable to move the table, a second drive device operable to bring the wire end on the table into alignment with the slit, and a third drive device operable to urge the wire end, disposed in alignment with the slit, into a selected one of the receptive sections through the slit.

Abstract: A speaker for the automotive audio system utilizes at least a part of a vehicle panel which constitutes a vehicle body independently of the speaker and adapted for oscillation at an audio frequency. The vehicle panel serving as a sound-producing medium comprises an inner section to be directly driven by a driver unit of the speaker and an outer section connected to the first section via a relatively flexible intermediate section. The relatively flexible intermediate section is adapted to transmit the audio frequency oscillation. The relatively flexible intermediate section serves for amplifying the magnitude of the audio frequency vibration of the vehicle panel and/or for expanding the audio frequency range to be reproduced. Especially, the relatively flexible intermediate section is adapted to improve reproduction of relatively low frequency range of audio sound.

Abstract: A driver unit for an audio speaker has a stationary component and a vibrating component associated with an automotive audio system and fixed to the vehicle panel. The stationary component is suspended from the vehicle body so that an electromagnetic section of the vibrating component is subject to a permanent magnetic field generated by the stationary component. A guide member is interposed between the stationary component and the vibrating component for guiding movement of the vibrating component in the axial direction. The guide member is adapted to restrict movement of the vibrating component in the direction perpendicular to the axial direction in order to prevent the vibrating component from being displaced laterally in relation to the permanent magnetic field.

Abstract: The driver of a speaker for an automotive audio system includes a plurality of magnetic coils wound around a common bobbin. Each of the magnetic coils is connected to one of a plurality of amplifiers each of which output an identical drive signal. By applying the common drive signal to each magnetic coil, the electromagnetic field created around the magnetic coil is enhanced approximately in proportion to the number of magnetic coils. Due to this increased electromagnetic force, a vehicle panel serving as a sound-amplifying medium can be satisfactorily and successfully driven so as to produce high-quality sound. The amplifiers are adapted to amplify the low-frequency components of the audio signal from a main amplifier.

Abstract: Headrest speaker device, in which the upper ends of pipes supporting a headrest on the upper part of a seat are in communication with speaker cabinets disposed at each side of the headrest and the lower ends of the pipes open toward the outside at the sides of the seat.

Abstract: A releasing layer is formed on a heat resistant backing sheet and a transparent thermal bonding layer is formed on top of the releasing layer to provide a coating material. The sheet of material such as photograph is mated with the coating material. When the sheet material is a photograph its emulsion side contacts the bonding layer and is passed through a heated roller assembly to bond the bonding layer to the photograph. The backing sheet and the releasing layer are then separated from the sheet material or photograph and bonding layer.

Abstract: An apparatus for producing identification cards including a photograph of a person and written material by using electrostatic and transfer printing techniques. A photoreceptor comprising a layer of photoconductive material on a conductive supporter is charged and is exposed to an optical image of a person to form an electrostatic latent image of the person on the photoconductive material layer. An identification card material comprising a layer of dielectric material on a conductive supporter is placed on top of the photoreceptor to transfer print the electrostatic latent image from the photoreceptor to the identification card material. Toner particles are then supplied to the dielectric material layer of the identification card material to develop the electrostatic latent image thereon into a visible image. Written matter may then be entered on the identification card material, and the identification card material may be protected by lamination.