mhurhangee/patent-ind-claim-en huggingface dataset:
A visual cover element , preferably for the shielding of a scene of an accident or of a construction area on a road or on a highway, comprising: - panel-shaped supporting feet for positioning on a road, on a highway or other ground, whereby each supporting foot comprises an elongated panel , - at least one frame-like supporting element , which can be erected by means of the supporting feet , and which can be connected to adjacent supporting elements of the same kind, " and which is equipped with a filling preferably with intersecting bars, as well as - at least one flexible flat structure with a plurality of fastening eyelets or other fastening elements for the fixing to the frame-like supporting element , characterized in that the underside of the elongated panel is equipped at least partially with a friction-enhancing coating, and in that the flexible flat structure is a flame resistant fabric or knitted fabric or knitted ribbon fabric made of a HDPE polyethylene yarn or of a HDPE polyethylene flat yarn, at least in accordance with the construction material class B1 according to DIN 4102-1 in its version valid on the date of the filing, or with a better fire resistance. - panel-shaped supporting feet for positioning on a road, on a highway or other ground, whereby each supporting foot comprises an elongated panel , - at least one frame-like supporting element , which can be erected by means of the supporting feet , and which can be connected to adjacent supporting elements of the same kind, " and which is equipped with a filling preferably with intersecting bars, as well as - at least one flexible flat structure with a plurality of fastening eyelets or other fastening elements for the fixing to the frame-like supporting element ,
An apparatus comprising: decode means configured to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a packed data source operand , and an identification of a packed data destination operand , wherein the opcode is to indicate that execution means is to perform, for each data element position of the packed data source operand , a calculation of a square root value of a BF16 data element in that position and store a result of each square root into a corresponding data element position of the packed data destination operand ; and the execution means configured to execute the decoded instruction according to the opcode; wherein the execution means is configured to treat denormal data elements as zeros during execution of the decoded instruction. decode means configured to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a packed data source operand , and an identification of a packed data destination operand , wherein the opcode is to indicate that execution means is to perform, for each data element position of the packed data source operand , a calculation of a square root value of a BF16 data element in that position and store a result of each square root into a corresponding data element position of the packed data destination operand ; and the execution means configured to execute the decoded instruction according to the opcode; wherein the execution means is configured to treat denormal data elements as zeros during execution of the decoded instruction.
A method for controlling a refrigerator having a compressor and a storage compartment , comprising: turning the compressor on to operate with a predetermined cooling power for cooling the storage compartment; determining that a temperature of the storage compartment has decreased to a first reference temperature ; turning the compressor off when the temperature of the storage compartment is determined to have decreased to the first reference temperature ; determining that the temperature of the storage compartment has increased to a second reference temperature, the second reference temperature being higher than the first reference temperature, and turning the compressor on again when the temperature of the storage compartment is determined to have increased to the second reference temperature, wherein the turning of the compressor on again includes: determining a cooling power for the compressor based on an on slope and an off slope, the on slope being a temperature change slope of the storage compartment during an on time of the compressor in which the compressor is turned on, and the off slope being a temperature change slope of the storage compartment during an off time of the compressor in which the compressor is turned off, and operating the compressor at the determined cooling power. turning the compressor on to operate with a predetermined cooling power for cooling the storage compartment; determining that a temperature of the storage compartment has decreased to a first reference temperature ; turning the compressor off when the temperature of the storage compartment is determined to have decreased to the first reference temperature ; determining that the temperature of the storage compartment has increased to a second reference temperature, the second reference temperature being higher than the first reference temperature, and turning the compressor on again when the temperature of the storage compartment is determined to have increased to the second reference temperature, wherein the turning of the compressor on again includes: determining a cooling power for the compressor based on an on slope and an off slope, the on slope being a temperature change slope of the storage compartment during an on time of the compressor in which the compressor is turned on, and the off slope being a temperature change slope of the storage compartment during an off time of the compressor in which the compressor is turned off, and operating the compressor at the determined cooling power. determining a cooling power for the compressor based on an on slope and an off slope, the on slope being a temperature change slope of the storage compartment during an on time of the compressor in which the compressor is turned on, and the off slope being a temperature change slope of the storage compartment during an off time of the compressor in which the compressor is turned off, and operating the compressor at the determined cooling power.
A lyophilized preparation for injection of pentosan polysulfate or a salt thereof, comprising pentosan polysulfate or a salt thereof, a buffer, and no cryoprotectants, wherein the buffer is a phosphate buffer and comprises disodium hydrogen phosphate dodecahydrate in an amount such that the concentration is 1 to 4 mg/mL after reconstitution, and sodium dihydrogen phosphate dihydrate in an amount such that the concentration is 4.5 to 9 mg/mL after reconstitution, and wherein the cryoprotectant is saccharide, and wherein the salt of pentosan polysulfate is pentosan polysulfate sodium that is present in an amount such that the concentration is 80 to 120 mg/mL after reconstitution. wherein the buffer is a phosphate buffer and comprises disodium hydrogen phosphate dodecahydrate in an amount such that the concentration is 1 to 4 mg/mL after reconstitution, and sodium dihydrogen phosphate dihydrate in an amount such that the concentration is 4.5 to 9 mg/mL after reconstitution, and wherein the cryoprotectant is saccharide, and wherein the salt of pentosan polysulfate is pentosan polysulfate sodium that is present in an amount such that the concentration is 80 to 120 mg/mL after reconstitution.
An expansion compressor apparatus, comprising: an expansion cylinder , a compression cylinder , and a connecting shaft connecting the expansion cylinder and the compression cylinder , an expansion cylinder air suction passage communicated with an air suction cavity of the expansion cylinder being provided on the expansion cylinder , and the expansion cylinder air suction passage being provided in a radial direction of the expansion cylinder ; the expansion compressor apparatus further comprising: a control cylinder , the connecting shaft passes through the control cylinder , and is provided in the control cylinder , the control cylinder being provided with a control cylinder air suction passage and a control cylinder air exhaust passage , both the control cylinder air suction passage and the control cylinder air exhaust passage being provided in a radial direction of the control cylinder , and a communication passage being provided between the control cylinder air exhaust passage and the expansion cylinder air suction passage ; characterised by a communication groove being provided at a position, corresponding to the control cylinder , on the connecting shaft , and the communication groove rotating along with the connecting shaft to enable the control cylinder air suction passage and the control cylinder air exhaust passage to be communicated or separated. a control cylinder , the connecting shaft passes through the control cylinder , and is provided in the control cylinder , the control cylinder being provided with a control cylinder air suction passage and a control cylinder air exhaust passage , both the control cylinder air suction passage and the control cylinder air exhaust passage being provided in a radial direction of the control cylinder , and a communication passage being provided between the control cylinder air exhaust passage and the expansion cylinder air suction passage ; characterised by a communication groove being provided at a position, corresponding to the control cylinder , on the connecting shaft , and the communication groove rotating along with the connecting shaft to enable the control cylinder air suction passage and the control cylinder air exhaust passage to be communicated or separated.
A decorative object formed of at least one layer of extruded strand, having a thickness comprised between one and fifteen millimetres, of a polymer-based composition, advantageously including at least one additive, characterised in that the polymer-based composition consists of recycled polyethylene terephthalate, or a mixture of recycled polyethylene terephthalate and of non-recycled polyethylene terephthalate, having at least 99% by weight polyethylene terephthalate and the following residual amounts: - at most 50 ppm of Polyvinyl chloride, - at most 100 ppm of water, and - at most 30 ppm of Polyethylene, these residual amounts being measured according to the methods indicated in the description. - at most 50 ppm of Polyvinyl chloride, - at most 100 ppm of water, and - at most 30 ppm of Polyethylene,
A tumble dryer comprising a heat pump system and an air flow circuit for circulation of an air flow, the air flow circuit comprising a condenser , a drying drum , a fan arrangement , an air flow duct and an evaporator , wherein the air flow duct comprises a constriction , with a plurality of openings , arranged upstream the evaporator , and is adapted to create a pressure drop in the air flow that is circulated in the air flow duct , wherein the drying drum comprises a circular rear wall with air inlet openings and a radial cylindrical wall with air outlet openings, wherein a space outside the radial cylindrical wall is configured as a duct leading to the constriction, and characterised in that the constriction is a perforated plate.
A communication system configured to transmit command signals, comprising: a high-voltage system ; a low-voltage system arranged near the high-voltage system ; and a shielded wire connected to the high-voltage system and conducting high-voltage communication, the shielded wire comprising a wire section , a first shielding layer that covers the wire section , and a second shielding layer that covers the first shielding layer , wherein the first shielding layer is grounded to the high-voltage system or a portion with the same potential as the high-voltage system , preferably via a first drain wire ; and the second shielding layer is grounded to the low-voltage system or a portion with the same potential as the low-voltage system , preferably via a second drain wire . a high-voltage system ; a low-voltage system arranged near the high-voltage system ; and a shielded wire connected to the high-voltage system and conducting high-voltage communication, the shielded wire comprising a wire section , a first shielding layer that covers the wire section , and a second shielding layer that covers the first shielding layer , wherein the first shielding layer is grounded to the high-voltage system or a portion with the same potential as the high-voltage system , preferably via a first drain wire ; and the second shielding layer is grounded to the low-voltage system or a portion with the same potential as the low-voltage system , preferably via a second drain wire .
Bicycle bottom bracket assembly , comprising a first shaft element and a second shaft element , the first shaft element comprising a first end portion having first coupling means for coupling with the second shaft element and an opposite second end portion having second coupling means for coupling with a crank arm , wherein said first coupling means comprise at least one reference element and said second coupling means comprise at least one coupling element having a predetermined angular position with respect to said at least one reference element , wherein said at least one reference element defines a single mutual coupling position of said first shaft element with said second shaft element , wherein the second shaft element has third coupling means having a shape matching the shape of said first coupling means and coupled with said first coupling means , characterized in that said first coupling means comprise: - a plurality of first teeth that are identical to one another; - a plurality of first throats that are identical to one another, each throat being arranged between two teeth of said plurality of first teeth ; - at least one second tooth different from said first teeth or at least one second throat different from said first throats ; wherein said at least one reference element is defined by said at least one second tooth or by said at least one second throat . - a plurality of first teeth that are identical to one another; - a plurality of first throats that are identical to one another, each throat being arranged between two teeth of said plurality of first teeth ; - at least one second tooth different from said first teeth or at least one second throat different from said first throats ;
A flexible tensioning member comprising: a) a middle portion comprising a bundle of fibres having a specific tensile strength greater than 1,000 kilonewton meters per kilogram; b) a first end connected to the middle portion , the first end having a first connector ; c) a second end connected to the middle portion , the second end comprising a first member extending axially and laterally from the middle portion and a second member extending axially and laterally from the middle portion and laterally from the first member , the first member having a second connector and the second member having a third connector ; wherein the bundle of fibres is formed using a single fibre continuous winding process in which a single fibre is continuously wound around at least three bushings at the first end and the second end , that are left in place in the tensioning member after winding, the said at least three bushings forming the first, second and third connector . a) a middle portion comprising a bundle of fibres having a specific tensile strength greater than 1,000 kilonewton meters per kilogram; b) a first end connected to the middle portion , the first end having a first connector ; c) a second end connected to the middle portion , the second end comprising a first member extending axially and laterally from the middle portion and a second member extending axially and laterally from the middle portion and laterally from the first member , the first member having a second connector and the second member having a third connector ; wherein the bundle of fibres is formed using a single fibre continuous winding process in which a single fibre is continuously wound around at least three bushings at the first end and the second end , that are left in place in the tensioning member after winding, the said at least three bushings forming the first, second and third connector .
A body and doors protection assembly for a vehicle , comprising - a first protecting member , - a second protecting member , and - a sliding member , the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood , the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood , the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood , characterized in that the sliding member being adjustable in a lateral direction (X) relative to the vehicle hood in the closed position of the vehicle hood . - a first protecting member , - a second protecting member , and - a sliding member , the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood , the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood , the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood , characterized in that the sliding member being adjustable in a lateral direction (X) relative to the vehicle hood in the closed position of the vehicle hood . the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood , the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood , the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood , characterized in that the sliding member being adjustable in a lateral direction (X) relative to the vehicle hood in the closed position of the vehicle hood .
Method comprising: - controlling a first AC/DC converter to sequentially feed a plurality of calibration direct voltages into a luminaire bus system , - for each calibration direct voltage : determining a corresponding power consumption of the luminaire bus system , - determining an operating point of the first AC/DC converter on the basis of the power consumptions , and - controlling the first AC/DC converter to feed an operating direct voltage into the luminaire bus system in accordance with the operating point , characterized in that the method further comprises: - controlling a further AC/DC converter to sequentially feed a plurality of further calibration direct voltages into the luminaire bus system , and - for each of the plurality of further calibration direct voltages : determining a corresponding further power consumption of the luminaire bus system , wherein the operating point of the first AC/DC converter is also determined on the basis of the further power consumptions . - controlling a first AC/DC converter to sequentially feed a plurality of calibration direct voltages into a luminaire bus system , - for each calibration direct voltage : determining a corresponding power consumption of the luminaire bus system , - determining an operating point of the first AC/DC converter on the basis of the power consumptions , and - controlling the first AC/DC converter to feed an operating direct voltage into the luminaire bus system in accordance with the operating point , - controlling a further AC/DC converter to sequentially feed a plurality of further calibration direct voltages into the luminaire bus system , and - for each of the plurality of further calibration direct voltages : determining a corresponding further power consumption of the luminaire bus system ,
Kit comprising: - one or more balloons, each balloon consisting of a non-metallized polymer foil , provided with a closable opening and suitable for receiving and containing helium gas - at least one wax-based coloring agent , suitable for coloring said foil , said wax-based coloring agents are manufactured from materials chosen from stearic acid, hydrogenated castor, nonyl phenyl ether, sodium laureth sulphate, talc, liquid paraffin oil and/or pigments; wherein said balloon comprises a colorable area which is integrally part of said non-metallized polymer foil . - one or more balloons, each balloon consisting of a non-metallized polymer foil , provided with a closable opening and suitable for receiving and containing helium gas - at least one wax-based coloring agent , suitable for coloring said foil , said wax-based coloring agents are manufactured from materials chosen from stearic acid, hydrogenated castor, nonyl phenyl ether, sodium laureth sulphate, talc, liquid paraffin oil and/or pigments;
Method for producing a tank device for storing a gaseous medium, in particular hydrogen, having at least one tank container , which at least one tank container has a tank housing with a tank neck , wherein a tank pressure base is disposed in the tank neck , which tank pressure base separates a tank neck space and a tank interior from one another, and which tank neck has an external thread as an abutment on an outer side , wherein the at least one tank container is manufactured from steel and has a specific melting temperature, characterized by the following steps: a. heating both ends of the at least one tank container up to the specific melting temperature; b. deforming the ends of the at least one tank container to produce a tank neck by means of moulding tools; c. internally deforming the tank neck by means of a stretching and compressing process to produce a double tank pressure base , wherein at least two mandrels are introduced simultaneously or alternately into the tank neck , and the tank neck is thus shaped inwardly; d. repeating step c until a predetermined geometrical shape and rigidity of the tank pressure base is reached. a. heating both ends of the at least one tank container up to the specific melting temperature; b. deforming the ends of the at least one tank container to produce a tank neck by means of moulding tools; c. internally deforming the tank neck by means of a stretching and compressing process to produce a double tank pressure base , wherein at least two mandrels are introduced simultaneously or alternately into the tank neck , and the tank neck is thus shaped inwardly; d. repeating step c until a predetermined geometrical shape and rigidity of the tank pressure base is reached.
An apparatus configured to provide a network repository function, NRF, in a core network domain of a mobile communication network, the NRF being configured to register network function, NF, profiles for NF discovery, wherein NF certificates have been issued to NFs , each NF certificate including a public key of the respective NF and a signature of a certification authority, CA, the apparatus being configured to: receive , from a registering NF having an NF certificate, profile information comprising - an NF identity of the registering NF , - an NF type of the registering NF , and - a CA certificate of a CA that signed the NF certificate issued to the registering NF ; and store the received profile information in a repository . receive , from a registering NF having an NF certificate, profile information comprising - an NF identity of the registering NF , - an NF type of the registering NF , and - a CA certificate of a CA that signed the NF certificate issued to the registering NF ; and - an NF identity of the registering NF , - an NF type of the registering NF , and - a CA certificate of a CA that signed the NF certificate issued to the registering NF ; and store the received profile information in a repository .