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Resultados 1-10 de 498.918 para loscriterios:(ANID:JP* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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Análisis
Análisis

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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2017/006361 A DEVICE WITHIN A WIRELESS PEER-TO-PEER NETWORK, WIRELESS COMMUNICATION SYSTEM AND CONTROL METHODWO12.01.2017
H04L 29/08
PCT/JP2015/003369NEC CORPORATIONCHAKI, Prakash
A device includes an upper layer that performs routing at least one packet and a Peer to Peer (P2P) unit that provides information about formation of a wireless P2P network to the upper layer which is higher than a data link layer.

2. WO/2017/006362 WIRELESS COMMUNICATION SYSTEM, WIRELESS COMMUNICATION METHOD AND MEDIUMWO12.01.2017
H04B 7/04
PCT/JP2015/003373NEC CORPORATIONOKELLO, James Awuor
A wireless communication system comprises: a transmitter(s) that transmits at least two streams of signals by a transducer(s) through MU-MIMO channel; and at least two receiving terminals that receive at least two streams of signals from the transmitter(s) and detect at least one of at least two streams of signals. The transmitter(s) pre-processes the at least two streams of signals using CRC attachment, channel coding or modulation, performs a beamforming operation so that at least two receiving terminals receive their target stream(s) with minimum interference from transmitted signals targeting the remaining receiving terminals, and post-processes the streams processed by the beamforming operation by using an OFDM operation, a filter, or an AD converter. The transmitter(s) dynamically shortens matrix size of the MU-MIMO channel by reducing size of an MU-MIMO channel matrix depending on set criteria, and generates null spaces for multiplying with the at least two streams of signals.

3. WO/2017/006363 ISOLATOR AND ISOLATOR MANUFACTURING METHODWO12.01.2017
H01L 21/822
PCT/JP2015/003375FUJI ELECTRIC CO., LTD.SIN, Johnny Kin On
An isolator (10) is configured by a transmission circuit (12), a transformer, and a reception circuit (11). A first coil (21) of the transformer is disposed on a back surface of a first semiconductor substrate (20); a transmission circuit (12) and a second coil (22) of the transformer are disposed on a front surface. The first coil (21) is embedded within a coil trench (32), is led out through an embedded via-metal-film (39) to a substrate front surface, and is electrically connected to the transmission circuit (12). The second coil (22) is disposed on an insulating layer (35) of the substrate front surface. The reception circuit (11) is disposed on a front surface of a second semiconductor substrate (40). The second coil (22) and the reception circuit (11) are electrically connected to each other by connecting first and third electrode pads (23, 43) disposed respectively on the front surfaces of the first and second semiconductor substrates (20, 40) through wires (51). As a result, the number of processes of the package assembly process can be simplified.

4. WO/2017/006370 DIGITAL HOLOGRAPHIC PROJECTION DEVICEWO12.01.2017
G03H 1/00
PCT/JP2015/003425OLYMPUS CORPORATIONMATSUO, Keigo
The present invention is provided with: an illumination unit 10 having a light emission surface 14D for emitting illumination light having a specific wavelength in the form of a coherent plane wave onto an object 1 to be detected; and an imaging element 50 which has a pixel row 51 comprising two-dimensionally arrayed pixels, and which images an interference pattern formed on the basis of the illumination light acting on the object 1 to be detected. 0.0000001 < Z2/S < 16 holds, where S is the area of the light emission surface 14D, and Z is the distance from the light emission surface 14D to the pixel row 51.

5. WO/2017/006364 LIQUID CARTRIDGEWO12.01.2017
B41J 2/175
PCT/JP2015/003414BROTHER KOGYO KABUSHIKI KAISHAOKAZAKI, Naoya
An ink cartridge has a front surface, an upper surface facing an upward direction when the ink cartridge is installed in a printer, a liquid supply portion facing a first direction at the front surface, a circuit board disposed on the upper surface, and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge. The liquid detection portion includes a light access portion configured to be accessed with light traveling from a first point toward a second point. The light access portion is disposed above the circuit board in the upward direction.

6. WO/2017/006365 LIQUID CARTRIDGE, LIQUID CONSUMING APPARATUS, METHOD OF INSERTING LIQUID CARTRIDGE INTO CARTRIDGE MOUNTING PORTION OF LIQUID CONSUMING APPARATUS, AND USE OF LIQUID CARTRIDGEWO12.01.2017
B41J 2/175
PCT/JP2015/003416BROTHER KOGYO KABUSHIKI KAISHAWANG, Yutao
A liquid cartridge is configured to be inserted into a liquid consuming apparatus in a first direction along a horizontal direction against an urging force directed in a second direction opposite the first direction, and thereby to be mounted to the liquid consuming apparatus. The liquid cartridge is configured to pivot about a pivot center in the liquid consuming apparatus. The liquid cartridge includes a lower face, and the lower face includes a first portion and a second portion which are positioned further in the second direction than the pivot center. The second portion is positioned further in the second direction than the first portion and is positioned further in the upward direction than the first portion.

7. WO/2017/006367 LIQUID CARTRIDGE, LIQUID CONSUMING APPARATUS, METHOD OF INSERTING LIQUID CARTRIDGE INTO CARTRIDGE MOUNTING PORTION OF LIQUID CONSUMING APPARATUS, AND USE OF LIQUID CARTRIDGEWO12.01.2017
B41J 2/175
PCT/JP2015/003419BROTHER KOGYO KABUSHIKI KAISHAWANG, Yutao
A liquid cartridge is configured to be inserted into a liquid consuming apparatus in a first direction along a horizontal direction against an urging force directed in a second direction opposite the first direction, and thereby to be mounted to the liquid consuming apparatus. The liquid cartridge includes a lock surface and an operation portion. The liquid cartridge is configured to pivot between a first attitude and a second attitude. When the liquid cartridge is in the first attitude, the lock surface contacts a lock portion of the liquid consuming apparatus in the second direction, and the operation surface faces an upward direction and the second direction. When the liquid cartridge is in the second attitude, the lock surface is positioned further in a downward direction than the lock portion.

8. WO/2017/006366 LIQUID CARTRIDGEWO12.01.2017
B41J 2/175
PCT/JP2015/003417BROTHER KOGYO KABUSHIKI KAISHAOKAZAKI, Naoya
An ink cartridge has a front surface, an upper surface facing an upward direction when the ink cartridge is installed in a printer, a liquid supply portion facing a first direction at the front surface, a circuit board disposed on the upper surface, a liquid detection portion for detecting a state of liquid stored in the liquid cartridge, and a locking surface disposed at the upper surface and configured to contact a locking portion of a cartridge attaching unit of the printer in a second direction opposite to the first direction. The liquid detection portion includes a light access portion configured to be accessed with light traveling from a first point toward a second point. The light access portion is displaced from the circuit board in the second direction. The locking surface is displaced from the light access portion in the second direction.

9. WO/2017/006368 LIQUID CARTRIDGE, LIQUID CONSUMING APPARATUS, METHOD OF INSERTING LIQUID CARTRIDGE INTO CARTRIDGE MOUNTING PORTION OF LIQUID CONSUMING APPARATUS, AND USE OF LIQUID CARTRIDGEWO12.01.2017
B41J 2/175
PCT/JP2015/003423BROTHER KOGYO KABUSHIKI KAISHAWANG, Yutao
A liquid cartridge is configured to be inserted into a liquid consuming apparatus in a first direction along a horizontal direction against an urging force directed in a second direction opposite the first direction, and thereby to be mounted to the liquid consuming apparatus. The liquid cartridge is configured to pivot about a pivot center in the liquid consuming apparatus. The liquid cartridge includes a rear face, and the rear face includes a first portion and a second portion positioned further in an upward direction than the first portion. The first portion includes a portion positioned further in a downward direction than the pivot center, and the first portion is positioned further in the first direction than the second portion.

10. WO/2017/006369 DIGITAL HOLOGRAPHIC IMAGING DEVICE AND ILLUMINATION DEVICEWO12.01.2017
G03H 1/00
PCT/JP2015/003424OLYMPUS CORPORATIONWATANABE, Satoshi
This digital holographic imaging device comprises: an illumination unit 10 including an illumination light emission surface 32i for emitting coherent light with a predetermined wavelength as illumination light toward a specimen 1, and a reference light emission surface 32r for emitting the coherent light as reference light in the direction opposite the illumination light, said reference light emission surface being positioned at the opposite side of the specimen across from the illumination light emission surface 32i; and an imaging element 50 that is positioned on the reference light emission surface 32r side of the illumination unit 10, has a pixel array 51 comprising two-dimensionally arranged pixels, and is for imaging an interference pattern between the reference light and object light which is the portion of the illumination light modulated by the specimen 1 and passed through the illumination unit 10.


Resultados 1-10 de 498.918 para loscriterios:(ANID:JP* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true
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