WO/2016/200341 WELLHEAD PLATFORM SYSTEMS FOR USE IN EXTRACTING AND TESTING MULTI-PHASE RAW MIXTURES||WO||15.12.2016|
||PCT/TH2015/000034||PTT EXPLORATION AND PRODUCTION PUBLIC COMPANY LIMITED||SILLAPACHARN, Thitinun|
Example embodiments include systems for use in a wellhead platform. The system may comprise a separator subsystem, a scrubber subsystem, a first stage compressor subsystem, and a second stage compressor subsystem. The separator subsystem may comprise a separator inlet section for receiving multi-phase raw mixtures, a separator container body for housing the received multi-phase raw mixture, and a separator gas outlet section for separating gas. The scrubber subsystem may comprise a scrubber inlet section connected to the separator gas outlet section, a scrubber container body, and a scrubber gas outlet section for separating gas. The first stage compressor subsystem may be operable to receive gas separated from the scrubber subsystem, compress the received gas, and output the compressed gas. The second stage compressor subsystem may be operable to receive compressed gas from the first stage compressor subsystem, further compress the received compressed gas, and output the further compressed gas.
WO/2016/192091 AUDIO CONNECTOR AND CIRCUITRY||WO||08.12.2016|
||PCT/CN2015/080823||CIRRUS LOGIC INTERNATIONAL SEMICONDUCTOR LTD.||GU, ChunFeng|
A device (10) for connection to an audio accessory (20) comprising: a jack socket (14) for connection to a jack plug (25) of the audio accessory (20), a ground connection to a first socket contact (428) which is positioned to mate with a ground return pole of the plug (25). The jack socket (14) comprises a second contact (432) also positioned to mate with the ground return pole of the plug (25). Driver amplifiers (416, 418) comprise an input coupled to the second contact (432) and are configured to superimpose a signal present at the second contact (432) onto received speaker signal. It may achieve reducing the crosstalk which could distort or blur the stereo image.
WO/2016/196308 METHODS AND COMPOSITIONS FOR TREATING CELLS FOR TRANSPLANT||WO||08.12.2016|
||PCT/US2016/034700||AGENOVIR CORPORATION||QUAKE, Stephen, R.|
The invention relates to methods for generating viral-free cells using nucleases for use in transplantation. The nucleases may be CRISPR/Cas9 complexes with guided RNA to target and inactivate viral genomes within cells. The nucleases degrade or destroy the viruses within the cells prior to transplantation.
WO/2016/189357 METHODS AND SYSTEMS FOR PRINTING MESSAGES||WO||01.12.2016|
||PCT/IB2015/054009||PISMO LABS TECHNOLOGY LIMITED||YEUNG, Yu|
Methods and systems for printing messages on a print medium. The system comprises a server (101), a print server (105), and a gateway (102). The print server (105) receives a list of server messages from a remote server (101) and also receives a user input from a user. Based on the user input, the print server (105) determines whether a printing message should be printed on the print medium. The printing message is determined from the list of server messages. The gateway (102) also receives a first password list from the remote server (101) and an input password from a user. If the input password matches one of the passwords in a verification password list, the gateway (102) allows the user to access a network.
WO/2016/179994 INSTALLATION STRUCTURE FOR EQUIPMENT COMPARTMENT BOTTOM BOARD||WO||17.11.2016|
||PCT/CN2015/094663||CRRC QINGDAO SIFANG CO., LTD.||YU, Wenmin|
Disclosed is an installation structure for an equipment compartment bottom board. A bottom board (30) is detachably and fixedly connected to a skeleton boundary beam (21) of an equipment compartment; one side, which is in lap joint with a skeleton cross beam (22) of the equipment compartment, on the bottom board (30) is fixedly connected with a sliding rail (31); and one of the sliding rail (31) and the skeleton cross beam (22) is provided with a recess part (311), and the other one is provided with a protrusion part (221) engaged with the recess part (311). By means of the installation structure, connection between a bottom board (30) and a skeleton cross beam (22) is realized by clamping between a recess part (311) and a protrusion part (211), thereby omitting connecting pieces between the bottom board (30) and the skeleton cross beam (22), substantially reducing the number of the connecting pieces, not only being convenient in installation of the bottom board, but also reducing workload during overhauling, and obviously increasing the working efficiency.
WO/2016/181203 SYSTEM AND METHOD FOR PREVIEWING DIGITAL CONTENT||WO||17.11.2016|
||PCT/IB2016/000053||PICTUREWORKS PTE LTD||LOKE, Jong, Her|
A system for previewing protected media comprising a touchscreen display, a processor, and a memory having executable instructions stored thereon that when executed by the processor cause the processor to receive an original image from a server over a network, generate a blurred copy of the original image, overlay the blurred image over the original image, detect user interaction on the touchscreen display, determine location of the user interaction, and apply a mask on a section of the blurred copy of the original image corresponding to the determined location of the user interaction.
WO/2016/170399 METHODS AND SYSTEMS FOR ESTIMATING MISSING DATA||WO||27.10.2016|
||PCT/IB2015/052998||PISMO LABS TECHNOLOGY LTD.||CHAN, Ho Ming|
The present invention discloses methods and systems for recreating missing data packets of a data session established between a first communications router and a second communications router through an aggregated connection. The first communications router receives data packets belonging to a data session from the second communications router through the aggregated connection. The data packets are destined to a first host reachable through the first communications router. The first communications router transmits the data packets to the first host and determines whether there is one or more missing data packets. If there is one or more missing data packets, the first communications router determines global sequence number(s) (GSN) and per tunnel sequence numbers (PTSN) of the one or more missing data packets and recreates payload(s) of the one or more missing data packet(s). One or more new data packets are then transmitted to the first host. The one or more new data packets comprise payload of the one or more missing data packets and are assigned with GSN(s) and PTSN(s) of the one or more missing data packets.
WO/2016/162035 GRAVITY-DRIVEN WATER PURIFICATION SYSTEM AND METHOD FOR MANUFACTURING A FLEXIBLE, COLLAPSIBLE WATER CONTAINER||WO||13.10.2016|
||PCT/DK2015/050083||LIFESTRAW SA||VESTERGAARD FRANDSEN, Mikkel|
An apparatus for water purification comprising a flexible, collapsible water container (2a, 2b) to which a purification unit (4) is connected by a tube (3) for purification of water driven through the purification unit (4) by gravity. The container is produced by welding or gluing a laminate with an overlay region.
WO/2016/156863 OPTICAL EFFECT STRUCTURES||WO||06.10.2016|
||PCT/GB2016/050921||PARKER, Andrew Richard||PARKER, Andrew Richard|
An optical coating structure is provided that when applied to a surface of an object to imparts a colour to the object, the optical coating structure comprising: a base layer; a reflector on the base layer; and profile elements on the base layer under the reflector, the profile elements having a width and length which are each in the range of 5 to 500 µm in size, and being arranged in non-periodic manner or a periodic manner. The reflector may be a multilayer structure of alternating dielectric materials. A method of forming the optical coating structure is also provided.
WO/2016/142693 IN VIVO ENDOSCOPIC TISSUE IDENTIFICATION TOOL||WO||15.09.2016|
||PCT/GB2016/050623||MICROMASS UK LIMITED||BALOG, Júlia|
An apparatus is disclosed including a tool comprising a first device (21) for generating aerosol (5) from a target (35), the first device (21) being deployed through an opening (37) in a tubing (22) of the tool,wherein the tubing (22) is provided with aspiration ports or fenestrations (30) such that the generated aerosol (5) is aspirated into the tubing (22) via the aspiration ports or fenestrations (30). The aspirated aerosol (5) is then transferred to a mass spectrometer for subsequent mass analysis.