mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting an interworking between a Wireless Local Area Network, WLAN, and a Universal Mobile Telecommunications System, UMTS, network, the UMTS network comprising a UMTS Terrestrial Radio Access Network, UTRAN,, a Serving General Packet Radio Service Support Node, SGSN, for interfacing the UTRAN to a core network and a Gateway General Packet Radio Service Support Node, GGSN, for interfacing the UMTS network to a second communications system, the method comprising: providing an interworking function, IWF, configured as a logical Serving General Packet Radio Service, GPRS, Support Node, SGSN, associated with the WLAN and coupled to the GGSN; establishing at least one Tunneling Protocol - User plane tunnel between the IWF configured as the logical SGSN and the GGSN for transferring all user plane data between an User Equipment, UE, and the GGSN, establishing at least one Tunneling Protocol - Control plane tunnel between the SGSN and the GGSN for transferring all control plane signaling between the UE and the GGSN, transferring said all user plane data between the UE and the GGSN via the WLAN and via the IWF configured as the logical SGSN, and transferring said all control plane signaling between the UE and the GGSN via the UTRAN and via the SGSN. providing an interworking function, IWF, configured as a logical Serving General Packet Radio Service, GPRS, Support Node, SGSN, associated with the WLAN and coupled to the GGSN; establishing at least one Tunneling Protocol - User plane tunnel between the IWF configured as the logical SGSN and the GGSN for transferring all user plane data between an User Equipment, UE, and the GGSN, establishing at least one Tunneling Protocol - Control plane tunnel between the SGSN and the GGSN for transferring all control plane signaling between the UE and the GGSN, transferring said all user plane data between the UE and the GGSN via the WLAN and via the IWF configured as the logical SGSN, and transferring said all control plane signaling between the UE and the GGSN via the UTRAN and via the SGSN.
Method for pretreating non-wood lignocellulosic material containing less than 5 % (w/w) starch or sugar in a process for production of ethanol from lignocellulose, comprising the steps of: a) adding organic acid or organic acid-producing bacteria to the lignocellulosic material; b) storing the lignocellulosic material in the presence of the organic acid for a period of at least two weeks in an atmosphere of less than 5 % oxygen to obtain organic acid-impregnated material; and c) heating the organic acid-impregnated material at a temperature of at least 160 °C to obtain pretreated lignocellulosic material, wherein no, or substantially no, inorganic acid or base, including SO 2, is added in the method a) adding organic acid or organic acid-producing bacteria to the lignocellulosic material; b) storing the lignocellulosic material in the presence of the organic acid for a period of at least two weeks in an atmosphere of less than 5 % oxygen to obtain organic acid-impregnated material; and c) heating the organic acid-impregnated material at a temperature of at least 160 °C to obtain pretreated lignocellulosic material,
A DC power distribution system comprising a power supply for supplying DC power to an electrical device (11; 111; 211), characterized in that the system includes unipolar connection devices (4; 104; 204) for electrically connecting the electrical device (11; 111; 211) to the power supply, wherein a unipolar connection device (4; 104; 204) comprises: - a connection device contact (5; 105) to which an electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) is to be connected, - a load presence detection unit (7; 113, 114, 115) for detecting whether the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) has been connected to the connection device contact (5; 105), - a polarity determining unit (8; 113, 114, 115) for determining the polarity of the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211), - a power providing control unit (6, 9, 10; 109, 110, 113, 115) for providing the DC power of the DC power distribution system to the connection device contact (5; 105), only if the load presence detection unit (7; 113, 114, 115) has detected that the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) has been connected to the connection device contact (5; 105), and for providing the DC power with the determined polarity. - a connection device contact (5; 105) to which an electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) is to be connected, - a load presence detection unit (7; 113, 114, 115) for detecting whether the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) has been connected to the connection device contact (5; 105), - a polarity determining unit (8; 113, 114, 115) for determining the polarity of the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211), - a power providing control unit (6, 9, 10; 109, 110, 113, 115) for providing the DC power of the DC power distribution system to the connection device contact (5; 105), only if the load presence detection unit (7; 113, 114, 115) has detected that the electrical device contact (19; 119; 219) of the electrical device (11; 111; 211) has been connected to the connection device contact (5; 105), and for providing the DC power with the determined polarity.
A tool head for regulating top shoot growth of a tree by cutting bark, the tool head comprises a first and a second jaw part (20A, 20B), the first and second jaw parts (20A, 20B) are interconnected, characterised in that the tool head comprises a first and a second punch (30A, 30B), the first and second jaw parts (20A, 20B) are at a first and second distal end (24A, 24B) connected to the respective first and the second punch (30A, 30B), each punch (30A, 30B) comprises a cut end (32A, 32B) in communication with a disposal end (36A, 36B) via a channel (38A, 38B), the jaw parts (20A, 20B) are pivotal such that a punch distance between the punches (30A, 30B) is changeable.
A system comprising: a print review device comprising: a memory that stores data which indicates whether regions along a width of print media marked by a printer are flagged as bypassable; and a controller configured to determine printhead conditions along the width of the print media, associate each printhead condition with a corresponding region, and to generate a report with notifications of printhead conditions within each region, wherein the controller is configured to bypass the determination and / or the reporting of the printhead conditions for the region that has been flagged so as to suppress notifications of printhead conditions within regions that have been flagged. a memory that stores data which indicates whether regions along a width of print media marked by a printer are flagged as bypassable; and a controller configured to determine printhead conditions along the width of the print media, associate each printhead condition with a corresponding region, and to generate a report with notifications of printhead conditions within each region, wherein the controller is configured to bypass the determination and / or the reporting of the printhead conditions for the region that has been flagged so as to suppress notifications of printhead conditions within regions that have been flagged.
A computer implemented method for decoupled searching and optimization for one or more data centers, comprising: determining a network topology for one or more networks of interconnected computer systems embedded in the one or more data centers; searching for routing candidates based on the determined network topology, the routing candidates topologically interconnecting with Virtual Machines of a tenant data center; and updating and applying one or more objective functions to the routing candidates, the objective functions being evaluation metrics for scoring routing candidates, to determine an optimal routing candidate, among the routing candidates, that satisfies embedding requirements, including those relating to latency, bandwidth or a number of hops, the embedding requirements being included in a tenant request, and to embed the optimal routing candidate in the one or more data centers, wherein the tenant request involves searching for an optimal routing candidate, wherein the searching step comprises refining a search space for the searching for routing candidates using a scaled exhaustive search, the scaled exhaustive search comprising searching only selected switches and/or hypervisors for all spanning trees that satisfy a pre-determined size constraint as the number of links in a search tree. determining a network topology for one or more networks of interconnected computer systems embedded in the one or more data centers; searching for routing candidates based on the determined network topology, the routing candidates topologically interconnecting with Virtual Machines of a tenant data center; and updating and applying one or more objective functions to the routing candidates, the objective functions being evaluation metrics for scoring routing candidates, to determine an optimal routing candidate, among the routing candidates, that satisfies embedding requirements, including those relating to latency, bandwidth or a number of hops, the embedding requirements being included in a tenant request, and to embed the optimal routing candidate in the one or more data centers, wherein the tenant request involves searching for an optimal routing candidate, wherein the searching step comprises refining a search space for the searching for routing candidates using a scaled exhaustive search, the scaled exhaustive search comprising searching only selected switches and/or hypervisors for all spanning trees that satisfy a pre-determined size constraint as the number of links in a search tree.
Connection assembly for connecting an, in particular, metallic pipeline with a screw body having a pipe receptacle for the pipeline, a union nut which can be screwed onto the screw body as well as a cutting ring arranged between the screw body and the union nut, wherein the cutting ring has an outer cone, which cooperates with an inner cone of the pipe receptacle of the screw body in such a manner that it is partially deformed radially inward when the union nut is tightened and with at least one cutting edge form-fittingly cuts into the material of the pipeline with a notch effect and wherein the cutting ring, adjacent to the outer cone, has a substantially radial abutment surface for the tightening-limiting abutment on an end face of the screw body and wherein in an annular groove in the area of the outer cone of the cutting ring an elastomeric peripheral seal is arranged for abutment in the inner cone of the pipe receptacle of the screw body, wherein the annular groove, which receives the elastomeric peripheral seal, is arranged in the outer cone of the cutting ring at a distance from its abutment surface, wherein between the annular groove and the abutment surface an annular surface is formed, characterised in that a nose projecting into the annular groove is moulded on the inner wall of the annular groove facing the abutment surface, whereby an undercut is formed.
An apparatus for determining a characteristic of a fluid flowing within a pipe, the apparatus comprising: at least one first sensing device operable to passively sense the fluid flow, wherein said at least one first sensing device is associated with the pipe, such that said at least one first sensing device senses the low frequency component of the fluid and generates first sensor data responsive to the low frequency component of the fluid; at least one second sensing device (108, 110), wherein said at least one second sensing device (108, 110) is associated with the pipe such that said at least one second sensing device (108, 110) senses the high frequency component of the fluid and generates second sensor data responsive to the high frequency component of the fluid, the second sensing device (108, 110) comprising: a transmitting device configured to introduce a high-frequency acoustic signal into the fluid; a receiving device, wherein said receiving device is configured to receive said high-frequency acoustic signal after said high-frequency acoustic signal has traversed at least a portion of the fluid; and a processing device, wherein said processing device is communicated with said at least one first sensing device and said at least one second sensing device (108, 110) to receive and process said first sensor data and said second sensor data to generate fluid data responsive to a characteristic of the fluid. at least one first sensing device operable to passively sense the fluid flow, wherein said at least one first sensing device is associated with the pipe, such that said at least one first sensing device senses the low frequency component of the fluid and generates first sensor data responsive to the low frequency component of the fluid; at least one second sensing device (108, 110), wherein said at least one second sensing device (108, 110) is associated with the pipe such that said at least one second sensing device (108, 110) senses the high frequency component of the fluid and generates second sensor data responsive to the high frequency component of the fluid, the second sensing device (108, 110) comprising: a transmitting device configured to introduce a high-frequency acoustic signal into the fluid; a receiving device, wherein said receiving device is configured to receive said high-frequency acoustic signal after said high-frequency acoustic signal has traversed at least a portion of the fluid; and a processing device, wherein said processing device is communicated with said at least one first sensing device and said at least one second sensing device (108, 110) to receive and process said first sensor data and said second sensor data to generate fluid data responsive to a characteristic of the fluid.
A composition for masking scratches on containers, comprising a carboxylic acid ester, surfactant, and monounsaturated fatty acid, wherein the surfactant is an ethoxylated alcohol, and wherein the amount of monounsaturated fatty acid is from 0.5 wt.% to 20 wt.% based on the total weight of the neat masking composition.
An automatic water-adding vaporization pot, comprising: a pot body, a heating component mounted on the pot body, a water pump connected with the pot body, and a control circuit for controlling the water pump, wherein the automatic water-adding vaporization pot further comprises: a first temperature acquisition board and a water-shortage and temperature sensing element mounted on the first temperature acquisition board, and characterized in that one end of the first temperature acquisition board is connected with the heating component or to a position of the pot body in proximity to the heating component, remaining parts of the first temperature acquisition board are away from the pot body, the water-shortage and temperature sensing element is mounted at a position of the first temperature acquisition board away from the pot body, and the water-shortage and temperature sensing element is connected with the control circuit.
An engineered Gram-negative bacterium for the production of a polysaccharide, wherein the Gram-negative bacterium comprises (a) a nucleic acid encoding a regulatory gene wzg, wzh, wzd or wze of S. pneumoniae capsular polysaccharide gene cluster CPS1, CPS2, CPS3, CPS4, CPS5, CPS6 (A and B), CPS7 (A,B,C), CPS8, CPS9 (A,L,N,V), CPS10 (A,B,C,F), CPS11 (A,B,C,D,F), CPS12 (A,B,F), CPS13, CPS14, CPS15 (A,B,C,F), CPS16 (A,F), CPS17 (A,F), CPS18 (A,B,C,F), CPS19 (A,B,C,F), CPS20, CPS21, CPS22 (A,F), CPS23 (A,B,F), CPS24 (A,B,F), CPS25 (A,F), CPS26, CPS27, CPS28 (A,F), CPS29, CPS31, CPS32 (A,F), CPS33 (A,B,C,D,F), CPS34, CPS35 (A,B,C,D,F), CPS36, CPS37, CPS38, CPS39, CPS40, CPS41 (A,F), CPS42, CPS43, CPS44, CPS45, CPS46, CPS47 (A,F), or CPS48; or (b) a nucleic acid encoding a regulatory gene capA, capB or capC of Staphylococcus aureus capsular polysaccharide gene cluster CPS5, or CPS8; or (c) a nucleic acid encoding a regulatory gene CpsA, CpsB, CpsC or CpsD of Streptococcus agalactiae (group B, GBS) capsular polysaccharide gene cluster CPSIa, CPSIb, CPSII, CPSIII, CPSIV, CPSV, CPSVI, CPSVII, or CPSVIII, wherein the Gram-negative bacterium further comprises an oligosaccharyl transferase which is heterologous to the Gram-negative bacterium.
A guide pin for a brake caliper of the floating type of a disc brake, wherein said brake caliper comprises a caliper body and a bracket, wherein said guide pin is configured to be arranged between said caliper body and said bracket to allow the relative sliding between said caliper body and said bracket along an axial direction (A-A), and wherein said guide pin is configured to connect to a guide sleeve and slide at least partially within said guide sleeve, wherein said guide pin comprises: - a first pin coupling portion configured to couple said guide pin to said guide sleeve; - a pin sliding portion configured to guide in a sliding manner said guide pin into a sliding housing obtained in either said caliper body or said bracket; - a second pin coupling portion configured to couple said guide pin to either said bracket or said caliper body, wherein said first pin coupling portion is arranged between said second pin coupling portion and said pin sliding portion, characterized in that said first pin coupling portion is threaded to form a threaded coupling between said guide pin and said guide sleeve, and wherein said guide pin is configured to couple with said guide sleeve avoiding making grooves on said guide pin to connect said guide pin with said guide sleeve in an undercut manner. - a first pin coupling portion configured to couple said guide pin to said guide sleeve; - a pin sliding portion configured to guide in a sliding manner said guide pin into a sliding housing obtained in either said caliper body or said bracket; - a second pin coupling portion configured to couple said guide pin to either said bracket or said caliper body, wherein said first pin coupling portion is arranged between said second pin coupling portion and said pin sliding portion, said first pin coupling portion is threaded to form a threaded coupling between said guide pin and said guide sleeve, and wherein said guide pin is configured to couple with said guide sleeve avoiding making grooves on said guide pin to connect said guide pin with said guide sleeve in an undercut manner.
A method of wireless communication in a sending User Equipment, UE, comprising: sending a transmission, from the sending user equipment, UE, requesting a peer discovery signal and indicating whether the transmission includes a unicast request or a multicast request; the sending being characterised in that it includes selecting a first pilot sequence from a first subset of pilot sequences of a set of orthogonal pilot sequences when the transmission is a unicast request, the transmission including the selected first pilot sequence when the transmission is a unicast request; selecting a second pilot sequence from a second subset of pilot sequences of the set of orthogonal pilot sequences when the transmission is a multicast request, the second pilot sequence being different than the first pilot sequence, the transmission including the selected second pilot sequence when the transmission is a multicast request, wherein the first and second subsets of pilot sequences have no pilot sequences in common; and receiving, at the sending UE, at least one peer discovery signal response based on the transmission. sending a transmission, from the sending user equipment, UE, requesting a peer discovery signal and indicating whether the transmission includes a unicast request or a multicast request; the sending being characterised in that it includes selecting a first pilot sequence from a first subset of pilot sequences of a set of orthogonal pilot sequences when the transmission is a unicast request, the transmission including the selected first pilot sequence when the transmission is a unicast request; selecting a second pilot sequence from a second subset of pilot sequences of the set of orthogonal pilot sequences when the transmission is a multicast request, the second pilot sequence being different than the first pilot sequence, the transmission including the selected second pilot sequence when the transmission is a multicast request, wherein the first and second subsets of pilot sequences have no pilot sequences in common; and receiving, at the sending UE, at least one peer discovery signal response based on the transmission.
A composition-of-matter comprising one or more amphiphilic graft polymers, said amphiphilic graft polymers comprising a hydrophobic domain attached to a side chain group of a hydrophilic domain, wherein: (a) said hydrophobic domain is selected from the group consisting of a polyester, a polyacrylamide, a polymethacrylate, and a polyacrylate or a combination thereof; (b) said hydrophilic domain is selected from the group consisting of a polycarboxylic acid, a polyol, a polysaccharide or a combination thereof; and said one or more amphiphilic graft polymers are in a form of a multi-micellar particle comprising a hydrophobic core and a non-covalently cross-linked hydrophilic corona, wherein said non-covalently cross-linked is via any one of: ionotropic cross-linking, and complexation interactions. (a) said hydrophobic domain is selected from the group consisting of a polyester, a polyacrylamide, a polymethacrylate, and a polyacrylate or a combination thereof; (b) said hydrophilic domain is selected from the group consisting of a polycarboxylic acid, a polyol, a polysaccharide or a combination thereof;