mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a plurality of masking servers; a plurality of transport servers, each configured to store a masking server list that includes masking server Internet Protocol, IP, addresses for the plurality of masking servers; and a plurality of signal servers, each signal server configured to: store a transport server list that includes transport server IP addresses for the plurality of transport servers; receive an update request from a client device; and send the transport server IP addresses to the client device in response to the update request, wherein each transport server is configured to receive a request data payload for a destination target server from the client device, select a masking server from the masking server list, and send the request data payload to the selected masking server, wherein the selected masking server is configured to send the request data payload to the destination target server, receive a response data payload from the destination target server, and send the response data payload to the transport server from which the request data payload was received, wherein the transport server that receives the response data payload is configured to send the response data payload to the client device. a plurality of masking servers; a plurality of transport servers, each configured to store a masking server list that includes masking server Internet Protocol, IP, addresses for the plurality of masking servers; and a plurality of signal servers, each signal server configured to: store a transport server list that includes transport server IP addresses for the plurality of transport servers; receive an update request from a client device; and send the transport server IP addresses to the client device in response to the update request, store a transport server list that includes transport server IP addresses for the plurality of transport servers; receive an update request from a client device; and send the transport server IP addresses to the client device in response to the update request, wherein each transport server is configured to receive a request data payload for a destination target server from the client device, select a masking server from the masking server list, and send the request data payload to the selected masking server, wherein the selected masking server is configured to send the request data payload to the destination target server, receive a response data payload from the destination target server, and send the response data payload to the transport server from which the request data payload was received, wherein the transport server that receives the response data payload is configured to send the response data payload to the client device.
An in-vivo monitoring camera system comprising: an image capturing portion that is capable of being introduced into a body; a support tube that has, on one end side, a connection portion for connection with a distal end portion of a tubular tool , the tubular tool being capable of being introduced into the body, and has a joining portion to the image capturing portion on another end side; a cable that is connected with the image capturing portion and passes through the support tube ; and a control system that is electrically connected with the cable ; wherein the connection portion is in a tapered shape, characterized in that the tapered shape of the connection portion becomes thinner in the direction of its proximal end, wherein an end portion on the thinner side of the connection portion is adapted to be placed into the distal end portion of the tubular tool. an image capturing portion that is capable of being introduced into a body; a support tube that has, on one end side, a connection portion for connection with a distal end portion of a tubular tool , the tubular tool being capable of being introduced into the body, and has a joining portion to the image capturing portion on another end side; a cable that is connected with the image capturing portion and passes through the support tube ; and a control system that is electrically connected with the cable ; wherein the connection portion is in a tapered shape, characterized in that the tapered shape of the connection portion becomes thinner in the direction of its proximal end, wherein an end portion on the thinner side of the connection portion is adapted to be placed into the distal end portion of the tubular tool.
A sweat collection device comprising: a flexible body formed from five layers of material bonded together and having a first, outwardly facing surface and a second, skinfacing surface ; a sweat collection channel formed in the body, the sweat collection channel having a first end defining a sweat inlet port , and a second end defining a sweat outlet port ; wherein the sweat collection channel is formed in one of three inner layers of the five layers ( or in a plurality of any of the three inner layers of the five layers ( ; and a flexible fluidics tail defining an outlet member at the second end of the sweat collection channel and defining the sweat outlet port at a distal end thereof, the outlet member extending outwardly from a peripheral edge of the flexible body , and the sweat collection channel extending through the outlet member to the sweat outlet port ; wherein the sweat inlet port and the sweat outlet port are configured to be closed and sealed such that the sweat collection device and the collected sweat therein may be stored and shipped. a flexible body formed from five layers of material bonded together and having a first, outwardly facing surface and a second, skinfacing surface ; a sweat collection channel formed in the body, the sweat collection channel having a first end defining a sweat inlet port , and a second end defining a sweat outlet port ; wherein the sweat collection channel is formed in one of three inner layers of the five layers ( or in a plurality of any of the three inner layers of the five layers ( ; and a flexible fluidics tail defining an outlet member at the second end of the sweat collection channel and defining the sweat outlet port at a distal end thereof, the outlet member extending outwardly from a peripheral edge of the flexible body , and the sweat collection channel extending through the outlet member to the sweat outlet port ; wherein the sweat inlet port and the sweat outlet port are configured to be closed and sealed such that the sweat collection device and the collected sweat therein may be stored and shipped.
Electrical energy distribution system for supplying a set of fixed-frequency loads and a set of variable-frequency loads with power, comprising a set of at least one fixed-frequency AC voltage generator (G) and a set of at least one variable-frequency AC voltage generator (G'), a DC distribution network (II) supplying said variable-frequency loads with power via inverter stages , a first set of rectifier stages that are connected between the fixed-frequency generators and the distribution network and a second set of rectifier stages that are connected between the variable-frequency generators (G') and the distribution network, the first set of rectifier stages comprising bidirectional rectifiers that are capable of providing a bidirectional transfer of power and means for protection from fault currents that are connected as a bypass between the bidirectional rectifiers and said set of at least one fixed-frequency AC voltage generator.
A water gas shift reaction (WGSR) catalyst for the production of hydrogen from an input gas stream comprising H 2 O and carbon monoxide comprising a catalytically effective amount of nickel and copper, or an oxide thereof, dispersed on a support, wherein the support comprises a suitable mixed bi-metal oxide and the support is prepared using a surfactant templating method, said support comprising: (a) CeO 2 as a first oxide and ZrO 2 as a second oxide wherein the ratio of amount of first oxide to second oxide is in the range of 50:50 to 70:30; and (b) 1 to 10 wt % of one or more metals, or oxides thereof, dispersed on the support, wherein the one or more metals are copper and nickel, wherein the catalyst is represented by the formula Ni y Cu z [A x B (1-x) ]O 2 , wherein x is in the range of 0.5 to 0.7, y and z represent the weight percent of Ni and Cu, respectively, and are each, independently, in the range of 1 to 5% and A is Ce and B is Zr; and wherein the support is prepared using a surfactant templating method comprising: (a) (i) combining aqueous solutions of cerium and zirconium oxide precursors, with an aqueous solution of at least one surfactant; (ii) stirring the combination for a suitable time; (iii) adding a suitable base to adjust the pH of the combined solutions to 10 to 13 to produce a slurry comprising precipitated support; (iv) allowing said slurry to sit at elevated temperatures for a suitable time; (v) isolating the precipitated support from the slurry; and (vi) optionally washing said isolated support to remove residual solvent; and (b) dispersing a catalytically effective amount of nickel and copper, or an oxide thereof, on the support. (a) CeO 2 as a first oxide and ZrO 2 as a second oxide wherein the ratio of amount of first oxide to second oxide is in the range of 50:50 to 70:30; and (b) 1 to 10 wt % of one or more metals, or oxides thereof, dispersed on the support, wherein the one or more metals are copper and nickel, (a) (i) combining aqueous solutions of cerium and zirconium oxide precursors, with an aqueous solution of at least one surfactant; (ii) stirring the combination for a suitable time; (iii) adding a suitable base to adjust the pH of the combined solutions to 10 to 13 to produce a slurry comprising precipitated support; (iv) allowing said slurry to sit at elevated temperatures for a suitable time; (v) isolating the precipitated support from the slurry; and (vi) optionally washing said isolated support to remove residual solvent; and (i) combining aqueous solutions of cerium and zirconium oxide precursors, with an aqueous solution of at least one surfactant; (ii) stirring the combination for a suitable time; (iii) adding a suitable base to adjust the pH of the combined solutions to 10 to 13 to produce a slurry comprising precipitated support; (iv) allowing said slurry to sit at elevated temperatures for a suitable time; (v) isolating the precipitated support from the slurry; and (vi) optionally washing said isolated support to remove residual solvent; and (b) dispersing a catalytically effective amount of nickel and copper, or an oxide thereof, on the support.
A method of mitigating interference of wireless communications, comprising: receiving, by an electronic device that includes a first type wireless component and a second type wireless component , values of parameters relating to wireless communication using the first type wireless component; inputting, by the electronic device , the values of the parameters relating to wireless communication using the first type wireless component into a model of a relationship between the parameters relating to wireless communication using the first type wireless component and at least one handover parameter relating to wireless communication using the second type wireless component; wherein the model is based on a cross correlation between a first set including the parameters relating to wireless communication using the first type wireless component and a second set including the at least one handover parameter relating to wireless communication using the second type wireless component; outputting, by the model in response to the inputting of the values of the parameters into the model, a value of the at least one handover parameter; and determining whether the electronic device should be handed over from a first access point to a second access point based on the determined value of the at least one handover parameter, the electronic device to communicate with the first access point and the second access point using the second type wireless component. receiving, by an electronic device that includes a first type wireless component and a second type wireless component , values of parameters relating to wireless communication using the first type wireless component; inputting, by the electronic device , the values of the parameters relating to wireless communication using the first type wireless component into a model of a relationship between the parameters relating to wireless communication using the first type wireless component and at least one handover parameter relating to wireless communication using the second type wireless component; wherein the model is based on a cross correlation between a first set including the parameters relating to wireless communication using the first type wireless component and a second set including the at least one handover parameter relating to wireless communication using the second type wireless component; outputting, by the model in response to the inputting of the values of the parameters into the model, a value of the at least one handover parameter; and determining whether the electronic device should be handed over from a first access point to a second access point based on the determined value of the at least one handover parameter, the electronic device to communicate with the first access point and the second access point using the second type wireless component.
Feeder sleeve for insertion into a casting mould used in the casting of metals, comprising a feeder body consisting of an insulating and/or exothermic feeder material , having - a circumferential side wall , wherein the side wall has an outwardly directed outer contour , - a feeder cavity limited at least by the side wall for holding liquid metal, and - a feeder opening for connecting the feeder cavity with a mould cavity of the casting mould during the casting process, wherein the feeder sleeve comprises a shell in addition to the feeder body , wherein the shell surrounds the outer contour at least in sections and at least one cavity is formed between the shell and the outer contour , characterized in that the shell is made from a metallic sheet. - a circumferential side wall , wherein the side wall has an outwardly directed outer contour , - a feeder cavity limited at least by the side wall for holding liquid metal, and - a feeder opening for connecting the feeder cavity with a mould cavity of the casting mould during the casting process, wherein
A flat surface touch device , comprising: a first base plate which is a transparent base plate; a transparent conductive film formed on a first side of the first base plate ; a first isolation layer formed on the first side of the first base plate ; an electrode formed on a first side of the first isolation layer ; a transparent conductive layer formed on a first side of the transparent conductive film and electrically coupled to the electrode ; an adhesive layer disposed on a first side of the transparent conductive layer and a first side of the first isolation layer ; a second isolation layer formed on a first side of the adhesive layer ; and a second base plate disposed on a first side of the second isolation layer . a first base plate which is a transparent base plate; a transparent conductive film formed on a first side of the first base plate ; a first isolation layer formed on the first side of the first base plate ; an electrode formed on a first side of the first isolation layer ; a transparent conductive layer formed on a first side of the transparent conductive film and electrically coupled to the electrode ; an adhesive layer disposed on a first side of the transparent conductive layer and a first side of the first isolation layer ; a second isolation layer formed on a first side of the adhesive layer ; and a second base plate disposed on a first side of the second isolation layer .
A camera module comprising: a housing ; a lens assembly , at least a part of which is received in the housing , the lens assembly including at least one lens ; an iris diaphragm disposed over the at least one lens and configured to adjust an amount of external light incident on the at least one lens ; an iris diaphragm magnet member disposed on a surface of the lens assembly and associated with adjusting a movement of the iris diaphragm ; a coil disposed on a surface of the housing and configured to face the iris diaphragm magnet member; at least one sensor disposed on the surface of the housing and configured to sense a magnetic force of the iris diaphragm magnet member; a lens driving unit configured to move the lens assembly; and control circuitry operatively connected to the at least one sensor and the lens driving unit, wherein the control circuitry is configured to: detect the magnetic force between the lens assembly moved by the lens driving unit and the surface of the housing by using the sensor, determine the position of the lens assembly relative to the surface of the housing , based on the magnetic force, correct a signal for controlling the coil according to the position of the lens assembly , and adjust the iris diaphragm through the magnet, by using an electromagnetic force output through the coil according to the corrected signal. a housing ; a lens assembly , at least a part of which is received in the housing , the lens assembly including at least one lens ; an iris diaphragm disposed over the at least one lens and configured to adjust an amount of external light incident on the at least one lens ; an iris diaphragm magnet member disposed on a surface of the lens assembly and associated with adjusting a movement of the iris diaphragm ; a coil disposed on a surface of the housing and configured to face the iris diaphragm magnet member; at least one sensor disposed on the surface of the housing and configured to sense a magnetic force of the iris diaphragm magnet member; a lens driving unit configured to move the lens assembly; and control circuitry operatively connected to the at least one sensor and the lens driving unit, wherein the control circuitry is configured to: detect the magnetic force between the lens assembly moved by the lens driving unit and the surface of the housing by using the sensor, determine the position of the lens assembly relative to the surface of the housing , based on the magnetic force, correct a signal for controlling the coil according to the position of the lens assembly , and adjust the iris diaphragm through the magnet, by using an electromagnetic force output through the coil according to the corrected signal.
A fiber-reinforced rigid polyurethane foam composite railway sleeper with high fiber content, characterized in that , the fiber-reinforced rigid polyurethane foam composite railway sleeper is formed by bonding a plurality of fiber-reinforced rigid polyurethane foam composite boards with high fiber content by a binder , and an outer surface of the fiber-reinforced rigid polyurethane foam composite railway sleeper is provided with an anticorrosive paint film , the fiber-reinforced rigid polyurethane foam composite boards with high fiber content comprise a polyurethane resin as a matrix material and a fiber as a reinforcing material; and with parts by mass, a formulation of the polyurethane resin and a mass ratio of the polyurethane resin to the reinforcing fiber are as follows: polyether polyol A having a hydroxyl value of 400 - 480 and a functionality of 1 - 3 90 - 95 parts, polyether polyol B having a hydroxyl value of 60 - 160 and a functionality of 1 - 2 5 - 10 parts, flame retardant 5 - 15 parts, hard foam stabilizer 2.5 - 5 parts, coupling agent 5 - 15 parts, catalyst 0.1 - 1 part, foaming agent 0.1 - 1 part, antioxidant 0.25 - 1 part, ultraviolet screening agent 0.25 - 1 part, isocyanate 100 - 135 parts, and reinforcing fiber 420 - 2000 parts.
A method for transcript-based bot creation, the method comprising: storing information in memory regarding a set of different automation templates associated with different statement types; importing a transcript via a communication interface, the imported transcript comprising a plurality of statements; analyzing the imported transcript to classify the statements as one or more of the different statement types; matching the classified statements of the imported transcript to one or more of the stored automation templates associated with the respective statement type of the classified statement; displaying the imported transcript in a graphic user interface, wherein the classified statements within the transcript are displayed in association with the matching automation templates associated with the respective statement type of the classified statement; receiving user input that modifies at least one automation template associated with the displayed transcript, the statement associated with the modified automation template being designated as an integration point where an automated action or workflow may be initiated; and generating a custom bot configured to conduct a conversation based on the imported template and to initiate a workflow at the integration point in accordance with the at least one modified automation template. storing information in memory regarding a set of different automation templates associated with different statement types; importing a transcript via a communication interface, the imported transcript comprising a plurality of statements; analyzing the imported transcript to classify the statements as one or more of the different statement types; matching the classified statements of the imported transcript to one or more of the stored automation templates associated with the respective statement type of the classified statement; displaying the imported transcript in a graphic user interface, wherein the classified statements within the transcript are displayed in association with the matching automation templates associated with the respective statement type of the classified statement; receiving user input that modifies at least one automation template associated with the displayed transcript, the statement associated with the modified automation template being designated as an integration point where an automated action or workflow may be initiated; and generating a custom bot configured to conduct a conversation based on the imported template and to initiate a workflow at the integration point in accordance with the at least one modified automation template.