WO/2015/092491 METHODS AND SYSTEMS FOR TRANSMITTING AND RECEIVING PACKETS||WO||25.06.2015|
||PCT/IB2013/061178||PISMO LABS TECHNOLOGY LIMITED||NG, Kam, Chiu|
A method carried out at a network node for managing aggregated Virtual Private Network (VPN) connection. The network node establishes an aggregated VPN connection with a network element and determines a first uplink bandwidth limit and/or a first downlink bandwidth limit. The uplink bandwidth at the network node is limited to the first uplink bandwidth limit if the first uplink bandwidth limit is determined. The downlink bandwidth at the network node is limited to the first downlink bandwidth limit if the first downlink bandwidth limit is determined. The network node encapsulates first data packets in first encapsulating packets and then transmits the first encapsulating packets to the network element through the aggregated VPN connection within the first uplink bandwidth limit. The network node receives second encapsulating packets from the network element within the first downlink bandwidth limit, and then decapsulates second data packets from the second encapsulating packets.
WO/2015/092871 GRAPHENE POWDER, DEVICE FOR PRODUCING GRAPHENE POWDER, METHOD FOR PRODUCING GRAPHENE POWDER, AND PRODUCT USING GRAPHENE POWDER||WO||25.06.2015|
||PCT/JP2013/083795||GRAPHENE PLATFORM CORPORATION||HASEGAWA Shoji|
Provided are a graphene powder which has good quality and can be mass-produced, a device for producing the graphene powder, a method for producing the graphene powder, and a product using the graphene powder. With a jet output means, a jet such as a high speed jet of liquid or gas is output, and graphite is cleaved by inputting material including graphite and the jet outputted by the jet output means into an input portion of a chamber in order to output a graphene powder which is micronized graphite from an output portion. This method for producing a graphene powder cleaves the material including graphite by a jet so that there is no contamination from other substances. Thus, a high purity and good quality micronized graphene with no contamination is produced.
WO/2015/090072 DISPOSABLE ABSORPTION PRODUCT FOR FEMALE HEALTH||WO||25.06.2015|
||PCT/CN2014/083817||FUJIAN NETDRAGON WEBSOFT CO., LTD.||LIU, Dejian|
A disposable absorption product for female health, enabling a user to conveniently judge the health condition through the color of menstrual blood. The disposable absorption product comprises a surface layer facing a human body, a bottom layer backing to the human body, and an absorption layer positioned between the surface layer and the bottom layer and used for absorbing liquid, wherein the bottom layer or the surface layer is provided with a blood color comparison area, and the blood color comparison area has color difference from an area beyond the edge thereof. Different from female health absorption products in the prior art, the blood color comparison area is formed on the surface of the absorption product to allow the user to observe, and the user compares the color in the blood color comparison area and the color of color stains on the absorption product to judge the corresponding physiological status; and the disposable absorption product is convenient, quick, low in cost, hygienic and healthy.
WO/2015/082877 SKIN COMPATIBLE CURING ADHESIVES FOR ADHERING DEVICES TO MAMMALIAN BODY||WO||11.06.2015|
||PCT/GB2014/053460||TRIO HEALTHCARE LIMITED||PEARCE, Lloyd|
Skin compatible curing adhesives for adhering devices or appliances to mammalian body are disclosed. Adhesive compositions to protect peri-anal, peri-stomal, peri-wound, and peri-fistula skin are disclosed.
WO/2015/082871 A MODULE AND MODULAR APPARATUS FOR EFFICIENTLY PRODUCING WAVES IN A BODY OF WATER||WO||11.06.2015|
||PCT/GB2014/000505||WAVE-MASTER SYSTEMS LIMITED||BAXENDALE, John|
This invention relates to apparatus for the energy-efficient production of non-turbulent waves in a body of water and capable of producing a discrete wave or a succession of waves having a repetition rate and size that is suitable for surfing. The wave-making apparatus comprises a plurality of wave-making modules arranged side by side in parallel in a body of water (5) having an opposing beach (4) on which the waves may break. Each wave-making module comprises a reservoir (2) and a piston (1), the piston suspended so as to be able to move freely in a horizontal direction within the reservoir. Waves are generated in the body of water by the withdrawal (6) and forward (7) motions of the piston 1 when driven by an actuator. The design of the apparatus makes use of the resonant cavity that is formed between the piston (1) and the back wall of the reservoir (9), and makes use of the otherwise wasted wave energy from the withdrawal stroke of the piston, when reflected from the back wall of the reservoir (9), to supplement the forward, wave-generating stroke of the piston and thereby produce large non-turbulent waves with a high energy efficiency that are suitable for surfing and recreation. By energizing each wave-generating module in a sequence from one end to the other avoids the very high power requirement that would result from their simultaneous activation.
WO/2015/084589 RETURN PATH SELECTION FOR CONTENT DELIVERY||WO||11.06.2015|
||PCT/US2014/066305||FASTLY, INC.||BERGMAN, Artur|
Systems and methods of operating a content node that caches digital content for end users are provided herein. The content node is configured to cache data. When the content node receives a request for content that is not presently cached, the content node identifies the origin server associated with the requested content. The content node monitors network characteristics for at least the origin server and one or more service providers that transfer content between the origin server and the content node. The content node selects a network address associated with a particular service provider based upon network characteristics and requests the origin server to deliver requested content and the selected address.
WO/2015/079284 METHODS AND SYSTEMS FOR PROCESSING INTERNET PROTOCOL PACKETS||WO||04.06.2015|
||PCT/IB2013/060402||PISMO LABS TECHNOLOGY LTD.||CHAN, Sze, Hon|
A method carried out by a network node using in a system for forwarding IP packets. When the network node receives an IP packet from a first network interface, the network node determines whether the destination address of the IP packet matches an IP address in the IP address section of a first routing rule. If the destination address of the IP packet matches the IP address in the IP address section of the first routing rule, the network node forwards the IP packet to a second network interface. The first routing rule comprises at least one IP address section and at least one network interface section. One or both of the first network interface and the second network interface is not assigned with an IP address. The network node comprises at least three network interfaces.
WO/2015/075411 A COUNTERMEASURE PAYLOAD CONTAINER||WO||28.05.2015|
||PCT/GB2013/053090||WALLOP DEFENCE SYSTEMS LIMITED||FLAWS, Gordon William|
A countermeasure payfoad container comprises a metallic body, which in use, is insertable into a countermeasure cartridge; wherein said body is of a tubular shape which is closed at a first end and open at second end.
WO/2015/074168 LAYERED WAVE-OVERTOPPING TYPE WAVE ENERGY POWER-GENERATING APPARATUS||WO||28.05.2015|
||PCT/CN2013/001534||OCEAN UNIVERSITY OF CHINA||LIU, Zhen|
Disclosed is a layered wave-overtopping type wave energy power-generating apparatus, comprising an energy storage mechanism, a self-starting/stopping mechanism, a hydraulic power-generating mechanism and a working platform (401), wherein the self-starting/stopping mechanism comprises a driving electric motor (201), spiral hoists, cover plates, a pipeline A (202) and a controller; a cover plate A (203) and a cover plate B (204) which is used for closing a water outlet B (105) are respectively fixedly connected to two ends of the pipeline A (202), a water outlet A (110) communicating with the pipeline A (202) is provided on the cover plate A (203), a cover plate C (205) is provided on the water outlet A (110), and the pipeline A (202) is located between upper and lower water storage tanks. The driving electric motor (201) is respectively connected to a spiral hoist A (206) and a spiral hoist B (207) via a shaft coupling (208), a lifting rod A (209) of the spiral hoist A (206) is connected to the cover plate C (205), a lifting rod B (210) of the spiral hoist B (207) is connected to the cover plate A (203), and the controller is electrically connected to the driving electric motor (201). The apparatus ensures that the wave energy apparatus independently adapts to changes in sea level, increasing the total energy conversion amount of the apparatus, ensuring that all powerheads can be kept running under ideal conditions each time, and improving power-generation efficiency.
WO/2015/069834 SERVER NETWORK ADDRESS SELECTION BASED ON NETWORK CHARACTERISTICS OF SERVICE PROVIDERS||WO||14.05.2015|
||PCT/US2014/064237||FASTLY, INC.||BERGMAN, Artur|
Systems, methods, apparatuses, and software that select network addresses of a network content server 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 network content server. 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 network content server over the selected communication service provider.