mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of user-experienced remote monitoring of a communications network, comprising: receiving, by a server device, air interface information from a mobile device, wherein: the air interface information originates from signals communicated between a mobile device and the communications network; the air interface information indicates an actual communication quality between the mobile device and the communications network; and receiving the air interface information comprises receiving one or more of an air interface protocol, a message or parameter reported to and from the mobile device and the communications network to control network traffic, or a network configuration; determining, by the server device, user experience information, wherein the user experience information indicates a perceived communication quality at the mobile device and determining user experience information comprises receiving parametric user experience information that indicates the perceived communication quality, and wherein the parametric user experience information is accessed via an operating system of the mobile device, and wherein the parametric user experience information comprises receiving a battery life of the mobile device; associating, by the server device, the air interface information and the user experience information with one another; and determining, by the server device, whether the perceived communication quality is due to the actual communication quality based on the associated air interface information and user experience information. receiving, by a server device, air interface information from a mobile device, wherein: the air interface information originates from signals communicated between a mobile device and the communications network; the air interface information indicates an actual communication quality between the mobile device and the communications network; and receiving the air interface information comprises receiving one or more of an air interface protocol, a message or parameter reported to and from the mobile device and the communications network to control network traffic, or a network configuration; determining, by the server device, user experience information, wherein the user experience information indicates a perceived communication quality at the mobile device and determining user experience information comprises receiving parametric user experience information that indicates the perceived communication quality, and wherein the parametric user experience information is accessed via an operating system of the mobile device, and wherein the parametric user experience information comprises receiving a battery life of the mobile device; associating, by the server device, the air interface information and the user experience information with one another; and determining, by the server device, whether the perceived communication quality is due to the actual communication quality based on the associated air interface information and user experience information.
A VCSEL device comprising: a substrate; a laser cavity over the substrate, the laser cavity including a gain section disposed between first and second reflectors, wherein the VCSEL device is operable to emit light through a first end of the VCSEL device, the first end being closer to the first reflector than the second reflector; an anode surface mount contact; and a cathode surface mount contact, wherein each of the anode and cathode surface mount contacts is disposed at a second end of the VCSEL device opposite the first end of the VCSEL device, the VCSEL device further including: a first electrical connection at the first end of the VCSEL device, wherein the first electrical connection is routed to the anode surface mount contact by way of an opening through the substrate; and a second electrical connection at a surface of the second reflector, characterized in that, the second electrical connection is routed to the cathode surface mount contact by way of the same opening through the substrate as the first electrical connection is routed to the anode surface mount contact. a substrate; a laser cavity over the substrate, the laser cavity including a gain section disposed between first and second reflectors, wherein the VCSEL device is operable to emit light through a first end of the VCSEL device, the first end being closer to the first reflector than the second reflector; an anode surface mount contact; and a cathode surface mount contact, wherein each of the anode and cathode surface mount contacts is disposed at a second end of the VCSEL device opposite the first end of the VCSEL device, the VCSEL device further including: a first electrical connection at the first end of the VCSEL device, wherein the first electrical connection is routed to the anode surface mount contact by way of an opening through the substrate; and a second electrical connection at a surface of the second reflector, characterized in that, the second electrical connection is routed to the cathode surface mount contact by way of the same opening through the substrate as the first electrical connection is routed to the anode surface mount contact. a first electrical connection at the first end of the VCSEL device, wherein the first electrical connection is routed to the anode surface mount contact by way of an opening through the substrate; and a second electrical connection at a surface of the second reflector, characterized in that, the second electrical connection is routed to the cathode surface mount contact by way of the same opening through the substrate as the first electrical connection is routed to the anode surface mount contact.
A shaping method of shaping a laminate that is formed in a flat shape by laminating a plurality of sheet-shaped composite materials (201, 202, 203) each including a fiber base material and a resin material, the method comprising: a first shaping step of shaping the laminate along a fold line extending along a longitudinal direction of the laminate such that a first bending angle is formed between a first region and a second region that are disposed with the fold line interposed therebetween; and a second shaping step of shaping the laminate shaped in the first shaping step along the fold line such that a second bending angle smaller than the first bending angle is formed between the first region and the second region, characterized in that, in the first shaping step and the second shaping step, the laminate is shaped in a state where a temperature of the first region is maintained at a temperature lower than a softening point of the resin material and the second region is heated to a temperature equal to or higher than the softening point. a first shaping step of shaping the laminate along a fold line extending along a longitudinal direction of the laminate such that a first bending angle is formed between a first region and a second region that are disposed with the fold line interposed therebetween; and a second shaping step of shaping the laminate shaped in the first shaping step along the fold line such that a second bending angle smaller than the first bending angle is formed between the first region and the second region, characterized in that, in the first shaping step and the second shaping step, the laminate is shaped in a state where a temperature of the first region is maintained at a temperature lower than a softening point of the resin material and the second region is heated to a temperature equal to or higher than the softening point.
An antisense oligonucleotide which binds a 'C terminus of HSP70-Interacting Protein' (CHIP) natural antisense transcript for use as a therapeutic compound, wherein said oligonucleotide increases the expression of human 'C terminus of HSP70-Interacting Protein' (CHIP) having SEQ ID NO: 1, wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 2-3, and wherein the oligonucleotide is between 12 to 30 nucleotides in length.
A life vest device (10a; 10b; 10c; 10d), in particular for a fixation on an aircraft seat, with a life vest unit (30a; 30b; 30c; 30d) which is embodied as a life jacket, with a packaging unit (32a; 32b; 32c; 32d) for an, in particular sealed, accommodation of life vest unit (30a; 30b; 30c; 30d), wherein the packaging unit features a packaging element, and with an opening unit (52a; 52b; 52c; 52d) for an opening of the packaging unit (32a; 32b; 32c; 32d), which features at least one pull strap, wherein the opening unit (52a; 52b; 52c; 52d) is functionally connected with the life vest unit (30a; 30b; 30c; 30d) and that the packaging unit (32a; 32b; 32c; 32d) comprises a fixation unit (38a; 38b; 38c, 108c; 38d) for a fixation on an aircraft seat, wherein the opening unit is at least partially embodied as an opening tab that is, in an at least section-wise manner, connected with the packaging unit and with the life vest unit by substance-to-substance bond, wherein the opening unit features two opening strips (56a, 58a) which are in a non-actuated state arranged on an outer surface of the packaging element and connected with the pull strap, wherein the opening strips (56a, 58a) are configured for section-wise ripping the packaging element open along two elongate sections (60a, 62a).
Apparatus for controlling the temperature in areas at risk of explosion, having a temperature controller and a housing in which the temperature controller is arranged, wherein the housing has a sealed opening through which the electrical lines (13, 14) of the temperature controller are guided, wherein the temperature controller has a measurement surface which rests directly against an inner wall of the housing at least in certain areas and is electrically connected to an earthing lug, wherein the earthing lug is electrically connected to a further line which is guided through the opening, characterized in that the earthing lug extends along a side wall of the temperature controller and protrudes beyond the end face of the latter.
Secondary circuit of a district heating system comprising at least two consumer circuits and a heating circuit distributor for the hydraulic integration of the at least two consumer circuits into the secondary circuit, wherein, for each consumer circuit, the heating circuit distributor comprises a connection to a consumer circuit supply line and a connection to a consumer circuit return line, wherein the secondary circuit comprises a supply line and a return line, wherein the supply line is the portion of the secondary circuit in which heat can be provided for the at least two consumer circuits, and the return line is the portion of the secondary circuit which follows the connection of the consumer circuit return line of the last downstream consumer circuit, wherein the connection to the consumer circuit return line of at least one consumer circuit is arranged on the supply line of the secondary circuit, wherein a flow regulator is arranged in each consumer circuit supply line, and wherein the flow regulator is a loading pump or a heating pump, characterized in that, for each consumer circuit, a check valve is arranged in the supply line of the secondary circuit between the connection of the consumer circuit supply line and the connection of the consumer circuit return line, wherein the check valve has a downstream flow-conducting direction and an upstream blocking direction, wherein the check valve prevents the medium in the secondary-side supply line from flowing upstream between the consumer circuit return line and the consumer circuit supply line. wherein the connection to the consumer circuit return line of at least one consumer circuit is arranged on the supply line of the secondary circuit, wherein a flow regulator is arranged in each consumer circuit supply line, and wherein the flow regulator is a loading pump or a heating pump, characterized in that, for each consumer circuit, a check valve is arranged in the supply line of the secondary circuit between the connection of the consumer circuit supply line and the connection of the consumer circuit return line, wherein the check valve has a downstream flow-conducting direction and an upstream blocking direction, wherein the check valve prevents the medium in the secondary-side supply line from flowing upstream between the consumer circuit return line and the consumer circuit supply line.
A fire protection door construction for the installation in a stationary fire protection partition wall, which at least comprises two door elements made of wood which can be opened independently from each other and which optionally comprise fire protective panes, and in which at least one of the door elements is designed as sliding door and at least one door element is designed as revolving door, wherein the sliding door and the revolving door are directly adjacent to each other, characterized in that the sliding door and the revolving door are opened in the opposite direction.
A control system for a gas turbine engine, the gas turbine engine having a compressor section, the control system comprising: a hybrid model predictive control (HMPC) module, wherein the HMPC module is configured to: receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; system sensors configured to determine the sensor signals; a non-linear engine model configured to estimate corrected speed signals and synthesis signals using the sensor signals, the synthesis signals including an estimated stall margin remaining; a goal generation module configured to determine actuator goals for the HMPC module using the corrected speed signals; and an actuator configured to control the gas turbine engine based on the multivariable control command. a hybrid model predictive control (HMPC) module, wherein the HMPC module is configured to: receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; system sensors configured to determine the sensor signals; a non-linear engine model configured to estimate corrected speed signals and synthesis signals using the sensor signals, the synthesis signals including an estimated stall margin remaining; a goal generation module configured to determine actuator goals for the HMPC module using the corrected speed signals; and an actuator configured to control the gas turbine engine based on the multivariable control command.
Method for processing waste and producing methane, said method comprising an initial filling operation for filling at least one chamber with said waste, and an anaerobic degradation operation for degrading the waste in at least one filled chamber, during which methane is produced, said method being characterised in that: - during the initial filling operation, at least one large chamber and at least one small chamber are respectively filled with slightly organic waste and with highly organic waste, a large chamber having a volume content at least 25 times greater than the content volume of a small chamber, - the slightly organic waste, such as household waste and/or non-hazardous industrial waste, has a lower organic load than the highly organic waste, which can degrade in less than three years, said highly organic waste being preferably solid, and comprising for example at least one of the waste types chosen from urban waste water treatment plant sludge, a fermentable fraction of household waste, organic waste treatment residue, food waste, garden waste, food processing waste and agronomic waste, and - during the degradation operation, a liquid fraction generated in at least one large chamber is fed into at least one small chamber. - during the initial filling operation, at least one large chamber and at least one small chamber are respectively filled with slightly organic waste and with highly organic waste, a large chamber having a volume content at least 25 times greater than the content volume of a small chamber, - the slightly organic waste, such as household waste and/or non-hazardous industrial waste, has a lower organic load than the highly organic waste, which can degrade in less than three years, said highly organic waste being preferably solid, and comprising for example at least one of the waste types chosen from urban waste water treatment plant sludge, a fermentable fraction of household waste, organic waste treatment residue, food waste, garden waste, food processing waste and agronomic waste, and - during the degradation operation, a liquid fraction generated in at least one large chamber is fed into at least one small chamber.
An apparatus adapted to be mounted adjacent to an interior surface of a windshield of a vehicle, said apparatus comprising: a module, a camera assembly disposed in said module, said camera assembly including an image sensor and a camera lens, said camera lens having a first end portion disposed adjacent to said image sensor and a second end portion spaced from said image sensor, and a polarizer lens disposed adjacent to said second end portion of said camera lens; characterized by: a polarizer lens retainer, an inner seal disposed on said polarizer lens retainer, said inner seal having an inner end portion which provides a seal between said camera lens and said inner seal, said inner seal having an outer end portion which provides a seal between said polarizer lens and said inner seal, and an outer seal disposed on said polarized lens retainer, said outer seal having an inner end portion which provides a seal between said polarizer lens and said outer seal, said outer seal having an outer end portion which provides a seal between said module and said outer seal. a module, a camera assembly disposed in said module, said camera assembly including an image sensor and a camera lens, said camera lens having a first end portion disposed adjacent to said image sensor and a second end portion spaced from said image sensor, and a polarizer lens disposed adjacent to said second end portion of said camera lens; characterized by: a polarizer lens retainer, an inner seal disposed on said polarizer lens retainer, said inner seal having an inner end portion which provides a seal between said camera lens and said inner seal, said inner seal having an outer end portion which provides a seal between said polarizer lens and said inner seal, and an outer seal disposed on said polarized lens retainer, said outer seal having an inner end portion which provides a seal between said polarizer lens and said outer seal, said outer seal having an outer end portion which provides a seal between said module and said outer seal. a polarizer lens retainer, an inner seal disposed on said polarizer lens retainer, said inner seal having an inner end portion which provides a seal between said camera lens and said inner seal, said inner seal having an outer end portion which provides a seal between said polarizer lens and said inner seal, and an outer seal disposed on said polarized lens retainer, said outer seal having an inner end portion which provides a seal between said polarizer lens and said outer seal, said outer seal having an outer end portion which provides a seal between said module and said outer seal.
A method of making a hollow fiber carbon molecular sieve membrane comprising, (i) providing a hollow polymer fiber, comprised of a cellulosic polymer, polyvinylidene chloride polymer, polyvinylidene chloride copolymer or a polyimide. (ii) heating the hollow polymer fiber to a carbonization temperature in an atmosphere that is non-oxidizing to form a hollow fiber carbon molecular sieve, wherein during at least a portion of the heating a tensile force is applied to the hollow polymer fiber to form the hollow fiber carbon molecular sieve membrane. (i) providing a hollow polymer fiber, comprised of a cellulosic polymer, polyvinylidene chloride polymer, polyvinylidene chloride copolymer or a polyimide. (ii) heating the hollow polymer fiber to a carbonization temperature in an atmosphere that is non-oxidizing to form a hollow fiber carbon molecular sieve, wherein during at least a portion of the heating a tensile force is applied to the hollow polymer fiber to form the hollow fiber carbon molecular sieve membrane.
A thermoplastic resin composition having superior stability against hydrolysis, comprising: an aliphatic polyester-based biodegradable plastic; and as a stabilizer against hydrolysis, a poly carbodiimide composition including: an aliphatic carbodiimide compound having a degree of polymerization of not lower than 5, and a phosphorus antioxidant added during the synthesis of said carbodiimide compound either alone or in combination with a hindered phenol type antioxidant, said carbodiiimide composition having a yellow index, measured under the conditions in accordance with JIS K7103, of not higher than 20, characterized in that said thermoplastic resin composition further comprises a second phosphorus antioxidant or a second phenol type antioxidant compounded into said polyester-based biodegradable plastic. an aliphatic polyester-based biodegradable plastic; and as a stabilizer against hydrolysis, a poly carbodiimide composition including: an aliphatic carbodiimide compound having a degree of polymerization of not lower than 5, and a phosphorus antioxidant added during the synthesis of said carbodiimide compound either alone or in combination with a hindered phenol type antioxidant, an aliphatic carbodiimide compound having a degree of polymerization of not lower than 5, and a phosphorus antioxidant added during the synthesis of said carbodiimide compound either alone or in combination with a hindered phenol type antioxidant, said carbodiiimide composition having a yellow index, measured under the conditions in accordance with JIS K7103, of not higher than 20, characterized in that said thermoplastic resin composition further comprises a second phosphorus antioxidant or a second phenol type antioxidant compounded into said polyester-based biodegradable plastic.
Hemostatic material, wherein a thrombin receptor activating agent is covalently coupled to a biocompatible matrix and wherein the thrombin receptor activating agent has a thrombin receptor activating activity after covalent coupling to the biocompatible matrix.