Kabushiki Kaisha Toshiba

Hitachi Cable, Inc.

Hitachi, Ltd.

Dai Nippon Printing Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Azbil Corporation

Shinichiro Suzuki

Takayuki Yagi

Hiroshi Sasaki

Takashi Nakao

Takahiro Sugiyama

Morihiko Ikegaya

Yoichiro Takeuchi

Shinichi Takaba

Tadashi Ishikawa

Hideta Habara

Yosuke Otake

Ikuo Uchihori

Yoshihisa Soutome

Kotaro Endo

Yasuhiro Kato

Hisashi Tate

Ryuji Sakai

Hiroshi Hatanaka

Ryoya Mori

Hisayuki Matsuzawa

Yutaka Ito, Deceased

Yayoi Abe

Nagayuki Sato

Katsufumi Fujimoto

Tetsuo Koike

Akitomo Yamada

A main object of the present disclosure is to provide a hologram structure having excellent forgery preventability and designability. The present disclosure achieves the object by providing a hologram structure comprising: a hologram layer including a reflection type hologram forming region carrying a recorded phase type Fourier transform hologram that transforms an incident light from a point light source into a desired optical image; and a vapor deposition layer formed so as to come into contact with a concavo-convex surface of the reflection type hologram forming region of the hologram layer, and a size of the reflection type hologram forming region in plan view is in a range of 5 mm square or more and 50 mm square or less.

Hologram structure

In order to provide a technique in which, in the TEM type antenna, the uniformity of sensitivity in the internal portion of the antenna can be maintained with simple configuration, without scarifying the internal space of the antenna, regardless of a size, a shape and a location of a load, and also regardless of locations of the constitutional members of the antenna, the TEM type antenna includes rung conductors which branch out into plural pieces in the middle portion and join into one piece in the two end portions. In other words, the rung conductor having a void space in the middle portion of the rung conductor in the longitudinal direction is provided. The adjacent rung conductors are disposed to be further closer to each other in the middle portion, and to maintain the same distance as that in the related art in the end portion.

Magnetic resonance imaging apparatus and antenna device

Provided is an antenna such as a TEM-type antenna and a microstrip-type antenna that has rung conductors and a shield conductor to electrically connect and use them. A holding member that maintains a shape of the shield conductor is composed by assembling ribs and thin walls. An inner holding member is a structural material. Holes are provided on at least either one of the shield conductor and the holding member adhered thereto or the inner holding member, which can adjoin conductors from the outside of the cylindrical antenna through the said holes during the antenna production.

A light receiver has a shield wall disposed facing a part of a near-side light-receiving face of a light receiving element from an end opposite from a far-side light-receiving face. The shield wall blocks a portion of reflection light from a detection object located at a distance at which the detection object reflects reflection light that causes an amount of light received by the light receiving element to be larger than or equal to a predetermined value.

Distance-settable photoelectric sensor

In order to allow the capacitances of a plurality of resonance capacitor elements inserted in a ring-shaped conductor element of a birdcage-type high-frequency coil to be collectively adjusted in a balanced manner without the need to perform adjustment separately, there is provided a birdcage-type high-frequency coil including two ring-shaped conductor elements in which a plurality of resonance capacitor elements are inserted in series and a plurality of linear conductor elements electrically connected to the two ring-shaped conductor elements. An adjustment belt to change the apparent capacitances of the plurality of resonance capacitor elements collectively is slidably disposed on the outer periphery of at least one of the two ring-shaped conductor elements with a dielectric member interposed therebetween.

Birdcage-type high-frequency coil and magnetic resonance imaging apparatus

A diffraction grating recording medium () that enhances the ability to prevent forgery and make security more reliable. The diffraction grating recording medium () comprises a first recording region () including viewing image unit cells (), (), () having a light diffraction structure, and a second recording region () including hidden image unit cells (). The viewing image unit cells of the first recording region () has a grating pitch more than the wavelength of visible light, and the hidden image unit cells of the second recording region () has a grating pitch less than the wavelength of visible light.

Diffraction grating recording medium

A flat-plate multiplex antenna that is small in size, wide in band and possible to operate at least two frequency bands and a portable terminal using it are provided. A flat-plate multiplex antenna having at least two resonant frequencies, comprising a radiating conductor provided with a U shaped slit and open slit opening either end of said U shaped slit, and a feeder line which supplies power to said radiating conductor.

Flat-plate multiplex antenna and portable terminal

A built-in antenna having: a support body that has a top surface shape having a flat plane that has three neighboring sides with two corners defined therebetween and inclined planes that extend downward from the respective three sides and has other planes between the inclined planes; and a metal conductor that is mounted on the support body, the metal conductor having a shape corresponding to the top surface shape of the support body, the shape being formed by bending a metal plate. The metal conductor has a first slit located corresponding to a middle side of the three sides and a second slit located extending downward from one of the two corners, the second slit being communicated with the first slit and having an opened end.

Built-in antenna and mobile terminal incorporating same

A slotis defined by notching a conductor plate, a first radiation conductorand a second radiation conductorare disposed by sandwiching the slotas a boundary, a third radiation conductorconnected to either of the first radiation conductoror the second radiation conductoris provided in the slot, if necessary, on and after third radiation conductors, for example, a fourth and fifth radiation conductors connected to either of the first radiation conductoror the second radiation conductorare provided, a power is supplied in the slot by the use of conductor edges of at least two radiation conductors, if required, whereby two monopole antennas and slot antennas, which use respective electric currents on the first radiation conductorand the second radiation conductor, are electrically formed, besides, antennas other than that described above are electrically formed by utilizing electric currents over on and after the third radiation conductors.

Plate-like multiple antenna and electrical equipment provided therewith

A method of manufacturing a flat antenna is composed of the steps of entirely applying Ni plating to the front and back surfaces of a long metal sheet, bonding masking tapes to the front surface of the metal sheet where the Ni plating has been applied except two stripe regions, applying Au plating to the two stripe regions by dipping the metal sheet into an Au plating solution, making a plurality of conductive flat sheets by punching the metal sheet to a plurality of regions along the lengthwise direction thereof after exfoliating the masking tapes, and bending the portions of each conductive flat sheet acting as a power feed terminal and a ground terminal. The metal sheet can be simply masked by bonding a plurality of the masking tapes thereto linearly except the regions where the plating is to be applied, thereby the productivity of the flat antenna can be increased.

Method of manufacturing flat antenna

A first high-level language source program for a computer of a first architecture is compiled, thereby producing a machine program for a computer of a second architecture. The machine program is decompiled, thereby producing a second high-level language source program which does not depend on any architecture. The second high-level language source program is compiled and linked, thereby producing a first executable load module. Thus, the architecture of the program is converted, and the operation of the machine program is debugged by executing the first executable load module.

Method and apparatus for converting an architecture of a program and

An HA (High Availability) scenario compiler is arranged in one of a group of computers constituting a multi-computer system, or a computer independent of the system. An HA scenerio abstractly and integrally describing the configuration and control contents of the system is read and decomposed into separate processes for the respective computers. An HA script set in a form directly executable by the respective computers is generated from the HA scenario. HA script for each one of the computers are respectively distributed to specific directories of the computers by an HA script distribution mechanism.

Multi-computer system capable of abstractly and integrally describing

In executing indivisible operations to be executed without being interrupted, pseudo-store instructions PST which do not perform data writing are used to perform a check for the presence or absence in a memory of pages necessary for execution of the indivisible operations. In the event of absence of the necessary pages, the necessary pages are pre-stored in the memory. This prevents the generation of page fault interruptions during the execution of an indivisible operation, thereby enabling the indivisible operation to be implemented on a software basis. A disable interrupt instruction is executed prior to the execution of the indivisible operation as required, and data indicating an address of the disable interrupt instruction is preserved in order to return to the disable interrupt instruction. In the case where an interruption, such as a page fault interruption, which cannot be disabled even in a interrupt disabled state is generated during data processing, processing is resumed from the disable interrupt instruction after the termination of processing for the interruption or an asynchronous interruption, with reference to the address.

Data processing system and method using virtual storage system

A fan comprising: blowing units, each including a squarely hollow casing, an electric motor incorporated into the casing and an axial impeller coupled to the motor for generating an air flow from an inlet toward nozzles; the casing having one end opened to form the inlet and the opposite end opened to form the nozzles; and a guide which projects into the casing to arrange the nozzles in a parallel pattern, in a slit shape and in rows; wherein the blowing units are coupled together at adjacent sides thereof to be arranged in a row, each unit has the inlet provided with a bellmouth which surrounds impeller, and a space between each bellmouth and each casing is separated from an air flow path with the air flow generated by the impeller passing therethrough.

A program execution control system is provided for a processing unit of a computer. An exclusive register has a plurality of 1-bit flag in which true and false data can be individually set and which can individually specify a flag for determining whether execution of each instruction in the program is canceled or not for each instruction. This provides for an integer, logic operation and comparison and a memory for storing an instruction word which contains a flag specifying filed in the exclusive register for determining whether execution of the instruction is canceled or not based on a value stored in the exclusive register, a condition is also provided specifying sub-operation code filed for an operand by use of a numeric value and a flat bit for storing a resulting value of true or false for given condition when the instruction sets the flat for setting the resultant value of truth or falsehood of the condition specified to the instruction of the condition specifying sub-operation code filed in the exclusive flat register specified to the instruction of the flag bit specifying operand field and for canceling the instruction according to at least one of a value of the exclusive register means specified to the instruction of the flat bit specifying filed indicating to cancel the instruction whether the value is '1' or '0'.

Growing community of inventors

Tokyo, Japan

Shinichiro Suzuki