WO/2015/047859 CONTENT NODE NETWORK ADDRESS SELECTION FOR CONTENT DELIVERY||WO||02.04.2015|
||PCT/US2014/056250||FASTLY, INC.||BERGMAN, Artur|
Systems, methods, apparatuses, and software that select network addresses of a content node of a content delivery network are provided herein. In one example, a method of operating a control node to perform network address selection that selects between different communication service providers according to network characteristics is presented. The control node receives a domain name lookup request from an end user device to reach a content node. The control node processes network characteristics and the domain name lookup request to select a network address that corresponds to one of the communication service providers. The end user device can use the selected network address to reach the content node over the selected communication service provider.
WO/2015/044668 MODULAR THERMALLY INSULATED TRANSPORTATION CONTAINER||WO||02.04.2015|
||PCT/GB2014/052910||TOWER COLD CHAIN SOLUTIONS LIMITED||KRZAK, Christopher|
A thermally insulated container (1) for transporting temperature sensitive goods. The container (1) has a modular construction that includes a plurality of thermally insulated container sections (3), and means for fixing the container sections together (35) to provide at least part of the thermally insulated container structure. A modular system for constructing thermally insulated transportation containers (1) for transporting temperature sensitive goods is also provided. The modular system enables a variety of different sized thermally insulated containers (1) to be constructed, wherein each thermally insulated container (1) constructed is sized and shaped for loading onto an aircraft Unit Load Device, such as a pallet, said modular system including thermally insulated wall elements (5, 7, 9) that are configurable into a plurality of container sections (3), and means for fixing the container sections together (35) to form at least part of a thermally insulated container structure. A method for constructing a modular thermally insulated transportation container (1) is also disclosed.
WO/2015/040502 METHOD AND APPARATUS FOR RADIATION DOSIMETRY UTILIZING FLUORESCENT IMAGING WITH PRECISION CORRECTION||WO||26.03.2015|
||PCT/IB2014/058924||LANDAUER, INC.||AKSELROD, Mark S.|
A method comprising the following steps: (a) adjusting a radiation dose measurement for a fluorescent nuclear track detector based on a plurality of fluorescence contrast images for the fluorescent nuclear track detector to thereby produce a calibrated radiation dose measurement, and (b) displaying the calibrated radiation dose measurement to a user and/or saving the calibrated radiation dose measurement to a storage medium, wherein the fluorescent nuclear track detector comprises a luminescent material, wherein the radiation dose measurement is based on one or more fluorescent light measurements produced by fluorescent imaging of the fluorescent nuclear track detector using excitation light from a laser having a first wavelength, and wherein the plurality of fluorescence contrast images are produced by illuminating the fluorescent nuclear track detector with excitation light having a second wavelength.
WO/2015/038136 APPARATUS AND METHOD FOR A CELESTE IN AN ELECTRONICALLY-ORBITED SPEAKER||WO||19.03.2015|
||PCT/US2013/059562||MOON, Nancy, Diane||MOON, Nancy, Diane|
Exemplary embodiments are directed to a sound modification system and loud speaker system. The system may impose amplitude, frequency and delay modulation on a signal representing the output of an musical instrument or other sound source while also imposing a sense of movement of the sound to the listener and a periodic variation of the harmonic content of the sound. Further, the system may simultaneously amplify sound signals without the amplitude, frequency, delay and spatial sense of modulation or a different sense of modulation. The system combines a plurality of sound transducers, a plurality of amplifiers and signal processors to provide a flexible, portable and practical sound modification and amplification system.
WO/2015/034530 HAND HELD DERMAPLANING DEVICE AND DERMAPLANING PROCESS||WO||12.03.2015|
||PCT/US2013/058708||LEVY, Dara||LEVY, Dara|
A method and a hand-held device for dermaplaning is disclosed that is relatively safe for non-professional use. The hand-held device includes a blade with a safety cage forming an assembly removably mounted to a housing. The safety cage limits the depth that the blade can penetrate the skin which makes the device safe for use by non-professionals. Various embodiments of the hand-held dermaplaning device are contemplated. In one embodiment, a piezo-electric crystal is attached to the blade to cause the blade to vibrate at ultrasonic frequencies.
WO/2015/021446 COMPOSITIONS, METHODS AND APPARATUS FOR USE WITH ENERGY ACTIVATIBLE MATERIALS||WO||12.02.2015|
||PCT/US2014/050444||SEBACIA, INC.||PAITHANKAR, Dilip|
A delivery device includes a housing, an ultrasound converter within and supported by the housing and an ultrasound horn coupled to the ultrasound converter and extending through an opening in the housing. The device may also include a first mating surface adjacent the opening, a cup assembly having an upper surface and a lower surface and a generally cylindrical interior portion extending between an opening in the upper surface and an opening in the lower surface. Additionally, the device may include a second mating surface adjacent the cup assembly upper surface, wherein when the first mating surface is coupled to the second mating surface a distal most portion of the ultrasound horn is disposed within the generally cylindrical interior portion without contacting the cup assembly.
WO/2015/012718 SYSTEM FOR MONITORING PARAMETERS OF VITAL FUNCTIONS||WO||29.01.2015|
||PCT/RU2013/000714||OBSCHESTVO S OGRANICHENNOI OTVETSTVENNOSTYU "GLOBALLAB"||LEBEDEV, Arseny Aleksandrovich|
The invention relates to analytical information systems intended for monitoring, analysis and prognosis in the spheres of vital functions. The monitoring system comprises parameter recording means in the form of sensors, mobile devices or personal computers equipped with functions for measuring individual parameters of the environment or parameters of vital functions and sending the results of single or current measurements to a server in the form of a real or virtual computerized machine or cluster of computerized machines and having the possibility of performing the functions of waiting for input connections from the parameter recording means, receiving and storing these results in a database for ensuring access by third parties to the measurement results at the request of said third parties. The system comprises a message dispatch unit, which is in the form of an application or an external service for the reception and storage of requests from third parties for subscription to the given measurements, for the reception of data within the request and transmission of data from the database of the server to third parties in accordance with the protocol WebSocket or with the aid of the technology of long polling. The server is also capable of implementing an additional function in respect of the aggregation of measurement results and transmission to the message dispatch unit in the form of aggregated measurement results for subsequent relaying thereof within requests to web applications operating on the web browser of third parties for viewing the measurement results in real time.
WO/2015/011716 A PROCESS FOR REDUCING CHLORONITROBENZENE CATALYZED BY PLATINUM-NANOPARTICLES STABILIZED ON MODIFIED MONTMORILLONITE CLAY||WO||29.01.2015|
||PCT/IN2013/000698||COUNCIL OF SCIENTIFIC & INDUSTRIAL RESEARCH||DUTTA, Dipak, Kumar|
Pto-nanoparticles of in the size range 0 - 10 nm were prepared in-situ by impregnation of H2PtCl6.6H2O into the nanopores of modified montmorillonite followed by reduction with different reducing agents like ethylene glycol, sodium citrate, hydrogen, hydrazine and sodium borohydrate. The montmorillonite was modified by activation with mineral acids under controlled condition for generating desired nanopores. XRD pattern of Pto-nanoparticles revealed the formation of face centered cubic (fcc) lattice. These supported Pto-nanoparticles show efficient catalytic activity for the selective reduction of chloronitrobenzenes. As a typical example, at a H2 pressure of 10 bars, temperature 45 °C for a period of 15 min, the Pto-nanoparticles (prepared by reduction with hydrazine) exhibit conversion of o-chloronitrobenzene upto 100 % and selectivity > 99 % to o-chloroanilines with very negligible amount of C-Cl bond cleavage.
WO/2015/009668 NETWORK PARAMETER CONFIGURATION BASED ON END USER DEVICE CHARACTERISTICS||WO||22.01.2015|
||PCT/US2014/046608||FASTLY INC.||BERGMAN, Artur|
Systems, methods, and software for operating a content node are provided herein. In one example, a method of operating a content node is presented. The method includes receiving a characteristic of an end user device, and configuring one or more transmission control protocol (TCP) parameter for communications with the end user device based on at least the characteristic of the end user device. The method also includes transferring the communications using the one or more TCP parameters for delivery to the end user device.
WO/2015/003429 SLIP-RESISTANCE FLOOR||WO||15.01.2015|
||PCT/CN2013/083607||DONGGUAN MEIJER PLASTIC PRODUCTS CO., LTD.||CHEN, Benyuan|
A slip-resistance floor comprises a main body (10). A pasting layer (20) is disposed on a bottom surface of the main body (10) in a combined and stacked manner. Multiple protruding ribs (201) are disposed on the bottom surface in contact with the ground, of the pasting layer (20) in a protruded manner. Multiple sealed cavity type suckers are formed by the multiple protruding ribs (201) in an enclosed manner. The pasting layer is a pressure-sensing thermosensitive glue material. A material formula of the pasting layer comprises by weight: 35 to 55% of tackifying resin, 10 to 20% of softener, 2 to 5% of antioxidant, 10 to 20% of butyl rubber, and 5 to 10% of naphthenic oil, and the sum of the total amounts of all the above substances is 100%. Because of the characteristic of the pressure-sensing thermosensitive glue capable of being repeatedly used, the slip-resistance floor can be repeatedly used, and is easy to assemble and convenient to disassemble; the slip-resistance floor can be pasted to the ground by using the pasting layer, therefore, the slip-resistance performance of the slip-resistance floor is improved, the slip-resistance floor has very good self-pasting and absorption effects, the slip-resistance coefficient of the bottom can reach 1.7 to 2.0, thereby eliminating safety concerns about the old and children in terms of home pavement.