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Resultados 1-10 de 533.377 para loscriterios:(ANID:JP* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2017/175253 EXOSOME-TARGETED DNA VACCINEWO12.10.2017
C12N 15/09
PCT/JP2016/001900NATIONAL INSTITUTES OF BIOMEDICAL INNOVATION, HEALTH AND NUTRITIONISHII, Ken
In order to further increase antigenicity to provide a DNA vaccine which is clinically usable in humans, the inventors of the present invention focused on exosomes, which are garnering attention as tools for DDS, and discovered that an exosome expressing a fusion antigen of an exosome (extracellular microparticle)-constituent protein and a vaccine antigen has excellent cytotoxic T-cell inducibility. Consequently, the present invention provides a nucleic acid constituent including a nucleic acid sequence coding for an exosome marker protein and a nucleic acid sequence coding for a vaccine antigen.

2. WO/2017/175254 LENS DRIVING DEVICE, CAMERA MODULE, AND CAMERA-EQUIPPED DEVICEWO12.10.2017
G02B 7/04
PCT/JP2016/001913MITSUMI ELECTRIC CO., LTD.OSAKA, Tomohiko
A lens driving device according to the present invention is a lens driving device that includes an auto-focus coil and an auto-focus magnet and that moves a movable auto-focus unit including the auto-focus coil in the direction of an optical axis relative to a fixed auto-focus unit including the auto-focus magnet by using a driving force of a voice coil motor constituted of the auto-focus coil and the auto-focus magnet. The fixed auto-focus unit includes a case formed of a non-magnetic material and having a rectangular shape in plan view and a base on which the case is fixed. The auto-focus magnet has the shape of a flat plate disposed on a side face of the case, and at least one of the four side faces of the case is a non-magnet-disposed face, on which the auto-focus magnet is not disposed.

3. WO/2017/175255 TOROIDAL CONTINUOUSLY VARIABLE TRANSMISSIONWO12.10.2017
F16H 15/38
PCT/JP2016/001929KAWASAKI JUKOGYO KABUSHIKI KAISHAMATSUDA, Kippei
A toroidal continuously variable transmission (10), provided with: an input disc (13) and an output disc (14) disposed so as to face each other so that the rotary axes match, the input disc (13) and the output disc (14) having a concave contact surface; a power roller (18) tiltably sandwiched between the contact surface (13a) of the input disc (13) and the contact surface (14a) of the output disc (14), the power roller (18) transmitting the rotational driving force of the input disc (13) to the output disc (14) at a transmission ratio corresponding to the tilt angle; and a pressing device (20) for pressing the input disc (13) or the output disc (14) towards the other disc. The contact surface of at least one of the discs has a region having a greater curvature than that of the tilting trajectory of the contact surface of the power roller (18) when viewed from the tilting axis direction of the power roller (18).

4. WO/2017/175256 METHOD FOR MANUFACTURING BLEED TYPE SLIDING CONTACT RING, AND GASKET AND SYRINGE USING SLIDING CONTACT RINGWO12.10.2017
B29C 45/02
PCT/JP2016/001934COKI ENGINEERING INC.YOTSUTSUJI, Akira
Provided is a manufacturing method for manufacturing a sliding contact ring optimal for gasket assembly. Addition reaction type polysiloxane, a curing catalyst, silicone oil, and a filler are kneaded together to form a silicone rubber G before curing. The silicone rubber G before curing is put inside an accommodation space 41 of a mold K. The silicone rubber G is pressed by a plunger 42 into a cavity 43 from a gate 44. The cavity is filled while the blended silicone oil is caused to bleed onto the surface of the fluid comprising the silicone rubber G that enters the cavity in the process of being pressed. The silicone rubber G that has been pressed inside the cavity 43 is cured to form a sliding contact ring 19 with the silicone oil bled onto the surface thereof. After the curing, the sliding contact ring 19 is removed from the mold K.

5. WO/2017/175258 ULTRA-HIGH RESOLUTION MICROSCOPEWO12.10.2017
G02B 21/00
PCT/JP2016/001948OLYMPUS CORPORATIONIKETAKI, Yoshinori
Pump light and erase light are spatially modulated by a phase plate 10 comprising a flat spatial shape having a predetermined thickness and having a plurality of division regions, and collected at an ultra-high resolution onto a sample S. The plurality of division regions of the phase plate 10 comprise at least two types of spatially isotropic optical medium materials, and independently phase-control the pump light and the erase light.

6. WO/2017/175257 DRYER AND ABSOLUTE HUMIDITY DIFFERENCE SENSORWO12.10.2017
D06F 58/28
PCT/JP2016/001942SHIBAURA ELECTRONICS CO., LTD.SASAKI, Hiroyuki
Provided is a dryer in which detection accuracy is improved by directly detecting the humidity inside the dryer, which is free from overdrying and underdrying, and which enables easy installation of a humidity sensor. In the dryer 100 according to the present invention, the humidity of supply air on a supply path of a heat pump dryer unit 30 is directly detected by a first humidity detection sensor S1, while the humidity of exhaust air on an exhaust path is directly detected by a second humidity detection sensor S2. The first humidity detection sensor S1 and the second humidity detection sensor S2 are collectively disposed at one place, and are respectively provided with a first conduit line or a second conduit line for leading the supply air or the exhaust air to the corresponding sensor position. The sensors may be disposed collectively at one place on the supply path or the exhaust path, whereby installation work is made easy while reducing space required for installation. Further, the environmental temperatures of the two humidity sensors can be deemed equal; thus, when relative humidity sensors are to be used, temperature detection for the purpose of conversion into absolute humidity needs to be performed only at one place.

7. WO/2017/175259 WORK MANAGEMENT DEVICE, WORK MANAGEMENT SYSTEM, WORK MANAGEMENT METHOD, AND WORK MANAGEMENT PROGRAMWO12.10.2017
G06Q 10/04
PCT/JP2016/001949NEC CORPORATIONWAKAYAMA, Hisaya
The purpose of the present invention is to improve the overall work efficiency in a work process by allocating workers on the basis of work efficiency information which changes from moment to moment. The work management device according to the present invention is provided with: a zone information acquisition unit which divides a workplace into a plurality of zones and acquires zone information including at least zone extent information, which is information indicating the extent of each zone; a worker information acquisition unit which acquires worker information including at least association relationships between workers and zones for which the workers are responsible; a work result information acquisition unit which acquires first work result information representing the latest work results for each zone; a work evaluation measure calculation unit which calculates a first work evaluation measure for each zone on the basis of the first work result information; and an allocation calculation unit which calculates an allocation of workers and zones on the basis of the worker information and the first work evaluation measure for each zone.

8. WO/2017/175260 ELECTRODE, FUEL CELL AND WATER TREATMENT DEVICEWO12.10.2017
H01M 4/86
PCT/JP2016/001958PANASONIC CORPORATIONYOSHIKAWA, Naoki
This electrode (10) is provided with: a first diffusion layer (1) that has water repellency and oxygen permeability; and a second diffusion layer (2) that is laminated on the first diffusion layer and supports a catalyst (4). The second diffusion layer comprises a sheet-like carbon material. This fuel cell (100) is provided with: a negative electrode (20) that supports microorganisms; and a positive electrode (40) that is composed of the electrode (10). This water treatment device is provided with: a negative electrode (20) that supports microorganisms which purify water to be processed; and a positive electrode (40) that is composed of the electrode (10).

9. WO/2017/175261 TURBIDITY DETECTION APPARATUS, TURBIDITY DETECTION METHOD, AND SUBMERGED INSPECTION APPARATUSWO12.10.2017
G01N 21/17
PCT/JP2016/004654PANASONIC INTELLECTUAL PROPERTY MANAGEMENT CO., LTD.SHIMAMOTO, Takeshi
This turbidity detection apparatus is provided with: a measuring member that has a dark area and a bright area; a camera that generates image data by photographing the dark area and the bright area of the measuring member through a liquid; and a turbidity detection unit that detects turbidity on the basis of image information about the dark area in the image data and image information about the bright area in the image data. The bright area of the measuring member has a higher brightness than the dark area. The turbidity detection apparatus can detect the turbidity of a liquid by means of a simple configuration.

10. WO/2017/175262 CARBON FIBER, CARBON FIBER MATERIAL PRODUCTION METHOD, ELECTRICAL DEVICE, AND RECHARGEABLE BATTERYWO12.10.2017
D01F 9/14
PCT/JP2016/060987TEC ONE CO., LTD.KITANO Takahiro
Provided is a carbon fiber having low contact resistance and high electro-conductivity. The carbon fiber satisfies the following criteria. The diameter of the carbon fiber is 0.5 to 6.5 µm. The length of the carbon fiber is 5 to 65 µm. The carbon fiber has a "waviness". The carbon fiber has protrusions. The protruding height of the protrusions is 20-300 nm. The number of protrusions is 3 to 25 per 1 µm of length of carbon fiber (the length along the carbon fiber). The carbon fiber is provided with carbon black. The primary particle size of the carbon black is 21-69 nm.


Resultados 1-10 de 533.377 para loscriterios:(ANID:JP* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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