mhurhangee/patent-ind-claim-en huggingface dataset:
A network management system for managing a logical network that spans a plurality of physical sites , the network management system comprising: a global network manager for receiving global logical network configuration data for the plurality of physical sites ; and at each of the physical sites: a set of computing devices , each computing device executing i) a set of forwarding elements to implement the logical network at the physical site and ii) a local controller for configuring the set of forwarding elements on the computing device; a local network manager for receiving a logical network configuration specific to the physical site from the global network manager ; and a set of central controllers for receiving configuration data based on the logical network configuration specific to the physical site from the local network manager and distributing the logical network configuration data to the local controllers that execute on the computing devices at the physical site. a global network manager for receiving global logical network configuration data for the plurality of physical sites ; and at each of the physical sites: a set of computing devices , each computing device executing i) a set of forwarding elements to implement the logical network at the physical site and ii) a local controller for configuring the set of forwarding elements on the computing device; a local network manager for receiving a logical network configuration specific to the physical site from the global network manager ; and a set of central controllers for receiving configuration data based on the logical network configuration specific to the physical site from the local network manager and distributing the logical network configuration data to the local controllers that execute on the computing devices at the physical site. a set of computing devices , each computing device executing i) a set of forwarding elements to implement the logical network at the physical site and ii) a local controller for configuring the set of forwarding elements on the computing device; a local network manager for receiving a logical network configuration specific to the physical site from the global network manager ; and a set of central controllers for receiving configuration data based on the logical network configuration specific to the physical site from the local network manager and distributing the logical network configuration data to the local controllers that execute on the computing devices at the physical site.
A light emitting device for emitting UVC radiation, comprising: a substrate ; a patterned layer comprising a plurality of mask regions on the substrate , exposed portions of the substrate being disposed between the mask regions; a plurality of nanostructures disposed on the exposed portions of the substrate and over the mask regions, the plurality of nanostructures being a single crystal semiconductor and comprising a core tip; an active layer disposed over the plurality of nanostructures, the active layer being a quantum well structure and comprising at least one material chosen from AIN, AlGaN, and GaN; and a p-doped layer disposed over the active layer , both the active layer and the p-doped layer being conformal to the plurality of nanostructures so as to form an emitter tip over the core tip , wherein the substrate optionally comprises at least one semiconductor chosen from silicon, sapphire (Al 2 O 3 ), silicon carbide (SiC), gallium nitride (GaN), and Aluminum Nitride (AIN), wherein the mask regions comprise at least one material chosen from an insulator or a metal. a substrate ; a patterned layer comprising a plurality of mask regions on the substrate , exposed portions of the substrate being disposed between the mask regions; a plurality of nanostructures disposed on the exposed portions of the substrate and over the mask regions, the plurality of nanostructures being a single crystal semiconductor and comprising a core tip; an active layer disposed over the plurality of nanostructures, the active layer being a quantum well structure and comprising at least one material chosen from AIN, AlGaN, and GaN; and a p-doped layer disposed over the active layer , both the active layer and the p-doped layer being conformal to the plurality of nanostructures so as to form an emitter tip over the core tip , wherein the substrate optionally comprises at least one semiconductor chosen from silicon, sapphire (Al 2 O 3 ), silicon carbide (SiC), gallium nitride (GaN), and Aluminum Nitride (AIN), wherein the mask regions comprise at least one material chosen from an insulator or a metal.
Electronic module for a power tool, having a printed circuit board on which a plurality of electronic components are mounted, having a trough-like receiving element for receiving the printed circuit board and having a cooling element for cooling the electronic components , the circuit board being arranged within the trough-like receiving element in such a way that an upper edge of the trough-like receiving element projects beyond the circuit board , the circuit board being cast with a casting compound in the trough-like receiving element , characterized in that the cooling element is embedded in the casting compound , and in that the cooling element is formed from two half-shells which bear against one another, the electronic components being connected to at least one of the half-shells and being arranged within an enclosure formed by the half-shells .
A method of creating a three-dimensional, hollow vascular scaffold comprising: perfusing a sacrificial internal casting composition into a native tissue vasculature; solidifying the sacrificial internal casting composition within the native vasculature; digesting the native tissue surrounding the solidified casting, thereby creating a solid cast of the native vasculature; coating the solid cast with a durable biocompatible outer scaffold material that surrounds the sacrificial internal casting composition; and removing the solid cast, thereby forming a three-dimensional, hollow vascular scaffold with a branching 3D network of hollow vessel-like tubes that mimics the vasculature of the native tissue. perfusing a sacrificial internal casting composition into a native tissue vasculature; solidifying the sacrificial internal casting composition within the native vasculature; digesting the native tissue surrounding the solidified casting, thereby creating a solid cast of the native vasculature; coating the solid cast with a durable biocompatible outer scaffold material that surrounds the sacrificial internal casting composition; and removing the solid cast, thereby forming a three-dimensional, hollow vascular scaffold with a branching 3D network of hollow vessel-like tubes that mimics the vasculature of the native tissue.
A method of cleaning metal parts to be used in an aircraft comprising: a. providing a solvent composition comprising at least 50% by weight of 1-chloro-3,3,3-trifluoropropene: and b. contacting the metal part to be used in an aircraft with said solvent composition, said metal part comprising a metal or a metal alloy selected from titanium and titanium alloys. a. providing a solvent composition comprising at least 50% by weight of 1-chloro-3,3,3-trifluoropropene: and b. contacting the metal part to be used in an aircraft with said solvent composition, said metal part comprising a metal or a metal alloy selected from titanium and titanium alloys.
A system comprising one or more processors; and one or more non-transitory machine-readable storage media containing instructions that, when executed on the one or more processors, cause the one or more processors to perform operations including: obtain a plurality of categories assigned to groups of media player devices , wherein the plurality of categories are determined using a device mapping system , and wherein a category includes a categorization for a group of the media player devices ; determine viewing behaviors of the groups of media player devices , wherein the viewing behaviors are determined using automated content recognition by matching viewed media content viewed by the media player devices with stored media content; determine a correlation between the plurality of categories and the viewing behaviors of the groups of media player devices ; determine an accuracy score for the device mapping system using the determined correlation; and assign the accuracy score to the device mapping system , wherein the accuracy score is used to improve the device mapping system . one or more processors; and one or more non-transitory machine-readable storage media containing instructions that, when executed on the one or more processors, cause the one or more processors to perform operations including: obtain a plurality of categories assigned to groups of media player devices , wherein the plurality of categories are determined using a device mapping system , and wherein a category includes a categorization for a group of the media player devices ; determine viewing behaviors of the groups of media player devices , wherein the viewing behaviors are determined using automated content recognition by matching viewed media content viewed by the media player devices with stored media content; determine a correlation between the plurality of categories and the viewing behaviors of the groups of media player devices ; determine an accuracy score for the device mapping system using the determined correlation; and assign the accuracy score to the device mapping system , wherein the accuracy score is used to improve the device mapping system . obtain a plurality of categories assigned to groups of media player devices , wherein the plurality of categories are determined using a device mapping system , and wherein a category includes a categorization for a group of the media player devices ; determine viewing behaviors of the groups of media player devices , wherein the viewing behaviors are determined using automated content recognition by matching viewed media content viewed by the media player devices with stored media content; determine a correlation between the plurality of categories and the viewing behaviors of the groups of media player devices ; determine an accuracy score for the device mapping system using the determined correlation; and assign the accuracy score to the device mapping system , wherein the accuracy score is used to improve the device mapping system .
A refrigerator comprising: a cabinet that defines a storage chamber; a partition member configured to partition the storage chamber to an upper portion and a lower portion; an upper door that is configured to open and close the upper portion of the storage chamber by being drawn in and out, and contact with the partition member when the upper door is in a closed state; a lower door that is positioned below the upper door and that is configured to open and close the lower portion of the storage chamber by being drawn in and out, and contact with the partition member when the lower door is in a closed state; an upper door restriction unit mounted through the partition member and disposed in contact with the upper door to selectively restrict the upper door from being opened; and a lower door restriction unit mounted through the partition member , and disposed in contact with the lower door to selectively restrict the lower door from being opened, wherein the upper door restriction unit is configured, based on the lower door being opened, to restrict the upper door from opening, and wherein the lower door restriction unit is configured, based on the upper door being opened, to restrict the lower door from opening. a cabinet that defines a storage chamber; a partition member configured to partition the storage chamber to an upper portion and a lower portion; an upper door that is configured to open and close the upper portion of the storage chamber by being drawn in and out, and contact with the partition member when the upper door is in a closed state; a lower door that is positioned below the upper door and that is configured to open and close the lower portion of the storage chamber by being drawn in and out, and contact with the partition member when the lower door is in a closed state; an upper door restriction unit mounted through the partition member and disposed in contact with the upper door to selectively restrict the upper door from being opened; and a lower door restriction unit mounted through the partition member , and disposed in contact with the lower door to selectively restrict the lower door from being opened, wherein the upper door restriction unit is configured, based on the lower door being opened, to restrict the upper door from opening, and wherein the lower door restriction unit is configured, based on the upper door being opened, to restrict the lower door from opening.
A cannula system , comprising: a cannula defining an inlet ; a flange extending around the cannula; and a first cuff extending around the cannula, characterized in that the first cuff covers at least half of an exterior surface of the cannula between the flange and the inlet. a cannula defining an inlet ; a flange extending around the cannula; and a first cuff extending around the cannula, characterized in that the first cuff covers at least half of an exterior surface of the cannula between the flange and the inlet.
Thermoplastic composition comprising A) 50 wt% to 98.5 wt% of aromatic polycarbonate and B) 0.8 wt% to ≤ 5.0 wt% of interference pigment and/or pearlescent pigment from the group of metal oxide-coated micas, characterized in that the composition additionally comprises C) 0.05 wt% to ≤ 3 wt% of an epoxy-containing copolymer or terpolymer of styrene and acrylic acid and/or methacrylic acid and D) 0.001 wt% to 0.500 wt% of one or more thermal stabilizers, wherein component D comprises one or more phosphites as thermal stabilizers. A) 50 wt% to 98.5 wt% of aromatic polycarbonate and B) 0.8 wt% to ≤ 5.0 wt% of interference pigment and/or pearlescent pigment from the group of metal oxide-coated micas, characterized in that the composition additionally comprises C) 0.05 wt% to ≤ 3 wt% of an epoxy-containing copolymer or terpolymer of styrene and acrylic acid and/or methacrylic acid and D) 0.001 wt% to 0.500 wt% of one or more thermal stabilizers, wherein component D comprises one or more phosphites as thermal stabilizers.
Milking system, comprising a milking means for milking milk from a dairy animal, a milk line in fluid connection with the milking device, a sampling and analysis device arranged to take a sample of the milk from the milk line and to analyse milk from the sample, wherein the sampling and analysis device comprises: - a control unit for controlling the sampling and analysis device, - a tape mover , arranged to move and unwind, under the control of the control device, a tape wound on a tape reel carrying the tape, said tape comprising a base material with provided thereon a series of reagent pads , that are arranged to provide a detectable response in the presence of at least one substance in the sample, - a dosing device arranged to provide, under the control of the control unit, a part of the sample onto one of the reagent pads, - an optical sensor device arranged to detect optical radiation from said reagent pad supplied with said part of the sample, and to analyse the detected optical radiation to provide an indication of a presence or concentration of said at least one substance, characterized in that during provision of the part of the sample the reagent pad is facing downward, in particular vertically downward. - a control unit for controlling the sampling and analysis device, - a tape mover , arranged to move and unwind, under the control of the control device, a tape wound on a tape reel carrying the tape, said tape comprising a base material with provided thereon a series of reagent pads , that are arranged to provide a detectable response in the presence of at least one substance in the sample, - a dosing device arranged to provide, under the control of the control unit, a part of the sample onto one of the reagent pads, - an optical sensor device arranged to detect optical radiation from said reagent pad supplied with said part of the sample, and to analyse the detected optical radiation to provide an indication of a presence or concentration of said at least one substance,
A hybrid attitude determination system which is provided within a casing that is attachable to a body, the system being provided with true-North-finding capability, comprising: a) a North finding unit which comprises only one high precision gyroscope and at least one accelerometer , and a North finding calculation means ; b) an INS unit which comprises, as an integral part, said only one high precision gyroscope and at least one accelerometer of said North finding unit, and which further comprises additional gyroscopes and one or more additional accelerometers that complement said INS unit to include a total of three gyroscopes that are perpendicular to each other and three accelerometers that are perpendicular to each other, said INS unit further comprising an INS calculation means ; c) a rotating stage on which the gyroscopes and the accelerometers of the North finding unit and the INS unit are mounted; wherein during a static state of the casing , the attitude determination system is configured to output attitude, namely, true heading, pitch and roll, relative to the North as calculated by said North finding calculation algorithm , while said North finding unit is configured to further provide during said static state of the casing initial conditions to said INS unit; wherein during a dynamic state of the casing , said attitude determination system is configured to output attitude direction as calculated by said INS calculation algorithm of said INS unit, by using said initial conditions as provided from said North finding unit. a) a North finding unit which comprises only one high precision gyroscope and at least one accelerometer , and a North finding calculation means ; b) an INS unit which comprises, as an integral part, said only one high precision gyroscope and at least one accelerometer of said North finding unit, and which further comprises additional gyroscopes and one or more additional accelerometers that complement said INS unit to include a total of three gyroscopes that are perpendicular to each other and three accelerometers that are perpendicular to each other, said INS unit further comprising an INS calculation means ; c) a rotating stage on which the gyroscopes and the accelerometers of the North finding unit and the INS unit are mounted;
A method for wireless communications by a base station, BS, comprising: adaptively selecting a modulo base for a data stream for at least one user equipment, UE, in a transmission to one or more UEs, wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; transmitting a signal for at least one UE of the one or more UEs to identify the selected modulo base for the modulation order; and performing the transmission to the one or more UEs including performing non-linear precoding, NLP, on the data stream. adaptively selecting a modulo base for a data stream for at least one user equipment, UE, in a transmission to one or more UEs, wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; wherein the modulo base is selected based on a modulation order of the data stream, wherein adaptively selecting the modulo base comprises selecting the modulo base from a set of a plurality of candidate modulo bases for the modulation order; transmitting a signal for at least one UE of the one or more UEs to identify the selected modulo base for the modulation order; and performing the transmission to the one or more UEs including performing non-linear precoding, NLP, on the data stream.
A safety endcap assembly to be arranged at an end of an LED lamp having a plurality of LEDs, the safety endcap assembly comprising: - an endcap base element to be arranged at an end of a housing of the LED lamp; - a connector pin extending along an axis; - an endcap cover element moveable relative to the endcap base element along the axis, between a protracted position, in which the endcap cover element is more away from the endcap base element , and a retracted position, in which the endcap cover element is closer to the endcap base element ; - a contact element for electrically connecting the connector pin to the LEDs; - a switch button movable between a first position and a second position, wherein the switch button is arranged to disconnect contact element from the LEDs when the switch button is in the first position, and wherein the safety endcap assembly further comprises: - a first spring mechanism for urging the endcap cover element towards the protracted position; and - a switch opening mechanism configured such that in case the switch button is in the second position, and the endcap cover element moves from the retracted position towards the protracted position over a predetermined distance, the switch button is moved to the first position to block the electrical connection between the contact element and the LEDs, characterized in that the contact element is connected to the connector pin via a spring , wherein the spring defines a variable length, including a first length, which corresponds to a natural state of the spring in an absence of an external force, and a second length, which corresponds to a compression state of the spring when the endcap cover element is in the retracted position and the switch button is in the second position, wherein the first length, the second length and the predetermined distance are arranged to satisfy a following inequality: D < A − B , where D is the predetermined distance, A is the first length, and B is the second length. - an endcap base element to be arranged at an end of a housing of the LED lamp; - a connector pin extending along an axis; - an endcap cover element moveable relative to the endcap base element along the axis, between a protracted position, in which the endcap cover element is more away from the endcap base element , and a retracted position, in which the endcap cover element is closer to the endcap base element ; - a contact element for electrically connecting the connector pin to the LEDs; - a switch button movable between a first position and a second position, - a first spring mechanism for urging the endcap cover element towards the protracted position; and - a switch opening mechanism configured such that in case the switch button is in the second position, and the endcap cover element moves from the retracted position towards the protracted position over a predetermined distance, the switch button is moved to the first position to block the electrical connection between the contact element and the LEDs,
A cleaning pad for wiping an encoder strip in a printer , the cleaning pad comprising: a body of absorbent material infused with a hygroscopic lubricating liquid, wherein the body of absorbent material comprises cellulose fibres and synthetic fibres; caracterized in that the cleaning pad comprises a top surface layer of non-woven synthetic fibrous material or non-woven cellulose fibrous tissue and a bottom surface layer of non-woven synthetic fibrous material or non-woven cellulose tissue for adhesive attachment to a printhead carriage . a body of absorbent material infused with a hygroscopic lubricating liquid, wherein the body of absorbent material comprises cellulose fibres and synthetic fibres; caracterized in that the cleaning pad comprises a top surface layer of non-woven synthetic fibrous material or non-woven cellulose fibrous tissue and a bottom surface layer of non-woven synthetic fibrous material or non-woven cellulose tissue for adhesive attachment to a printhead carriage .