mhurhangee/patent-ind-claim-en huggingface dataset:
Modular constructional system for the construction of temporary housing units for emergency situations, made by assembling of a plurality of modular articulated frames , each modular articulated frame being extensible from a folded non-operative condition to an extended operative condition and being composed of a first frame element rectangular in shape, intended to assume, when the modular articulated frame is in the extended operative condition, a horizontal position at the base of the modular articulated frame to form part of the floor structure of the housing unit, of a second frame element rectangular in shape, hinged to the first frame element and intended to assume, when the modular articulated frame is in the extended operative condition, a substantially vertical position to form part of the side wall structure of the housing unit, and of a third frame element rectangular in shape, hinged to the second frame element and intended to assume, when the modular articulated frame is in the extended operative condition, an inclined position at the upper part of the modular articulated frame to form part of the pitched roof structure of the housing unit, each rectangular frame element having a pair of longitudinal bars oriented in the direction of extension of the modular articulated frame from the folded non-operative condition to the extended operative condition and a pair of crosspieces oriented orthogonally to said longitudinal bars, characterized in that the longitudinal bars of at least said third frame element are telescopically extensible in length and in that the connection hinges respectively between the first and second frame elements and between the second and third frame elements are structural hinges, adjustable to lock stably at a plurality of preset angular positions when the modular articulated frame is in extended operative condition.
Sensor device for measuring a current flow, having - a sensor element for detecting the current flow, - a first contact element for connecting the sensor element to a current source, - a ground contact element for connecting the sensor element to ground, wherein the ground contact element comprises a first and second electrically conductive connecting element , wherein the first connecting element has a hole-like opening , and wherein the second connecting element has a connecting point which can be pressed into the hole-like opening of the first connecting element such that the second connecting element is fixed to the first connecting element , characterized in that the contour of the hole-like opening has a shape defined by circular segments adjoining one another, the central points of which lie on the corners of a polygon, such that, at the hole-like opening , pressing edges thus form by means of which the connecting point of the second connecting element is fixed in a rotationally secured manner. - a sensor element for detecting the current flow, - a first contact element for connecting the sensor element to a current source, - a ground contact element for connecting the sensor element to ground, wherein the ground contact element comprises a first and second electrically conductive connecting element ,
An electronic device , comprising: an input module configured to detect a gesture; a memory configured to store information regarding at least one direction combination; and a control module configured to compare information regarding a direction combination corresponding to the gesture with the information regarding the at least one direction combination, which is stored in the memory, and to change a state of the electronic device from a first state to a second state according to a result of comparing the information regarding the direction combination corresponding to the gesture with the information regarding the at least one direction combination, which is stored in the memory, wherein the direction combination corresponding to the gesture comprises a plurality of directions; wherein the control module is further configured to recognize a number of directions, the number of directions being set by a user; and wherein the first state is a lock state, and the second state is an unlock state or a state in which a specific application is executed. an input module configured to detect a gesture; a memory configured to store information regarding at least one direction combination; and a control module configured to compare information regarding a direction combination corresponding to the gesture with the information regarding the at least one direction combination, which is stored in the memory, and to change a state of the electronic device from a first state to a second state according to a result of comparing the information regarding the direction combination corresponding to the gesture with the information regarding the at least one direction combination, which is stored in the memory, wherein the direction combination corresponding to the gesture comprises a plurality of directions; wherein the control module is further configured to recognize a number of directions, the number of directions being set by a user; and wherein the first state is a lock state, and the second state is an unlock state or a state in which a specific application is executed.
Method for increasing the hydrogen content in the product gas stream of the torrefaction of solid recovered fuel pellets , wherein the solid recovered fuel pellets are torrefied to charred pellets while generating torrefaction gas which is converted to a torrefaction syngas comprising hydrogen and carbon monoxide, wherein a syngas stream comprising the torrefaction syngas is provided to a CO shift unit for reacting at least a part of the carbon monoxide with water steam to carbon dioxide and hydrogen generating shifted syngas , wherein the shifted syngas is provided downstream of the CO shift unit to a low temperature heat recovery unit in which the shifted syngas is guided through at least two heat exchangers in which the shifted syngas is in thermal exchange with at least two water streams that are used downstream of the respective heat exchangers as process water during the production of the product gas stream for heating said at least two water streams. wherein the solid recovered fuel pellets are torrefied to charred pellets while generating torrefaction gas which is converted to a torrefaction syngas comprising hydrogen and carbon monoxide, wherein a syngas stream comprising the torrefaction syngas is provided to a CO shift unit for reacting at least a part of the carbon monoxide with water steam to carbon dioxide and hydrogen generating shifted syngas , wherein the shifted syngas is provided downstream of the CO shift unit to a low temperature heat recovery unit in which the shifted syngas is guided through at least two heat exchangers in which the shifted syngas is in thermal exchange with at least two water streams that are used downstream of the respective heat exchangers as process water during the production of the product gas stream for heating said at least two water streams.
A method for determining Total Acid Number (TAN) in a fluid fossil fuel, comprising: a. separating said fluid fossil fuel by liquid chromatography into a plurality of fractions, comprising at least one acidic fraction and at least one polyacid fraction; b. determining boiling point distribution of said fluid fossil fuel, of said acidic fraction, and of said poly acidic fraction by simulated distillation (SD); and c. correlating said boiling point distributions to acid molecular weights; and d. calculating TAN based on said acid molecular weights. a. separating said fluid fossil fuel by liquid chromatography into a plurality of fractions, comprising at least one acidic fraction and at least one polyacid fraction; b. determining boiling point distribution of said fluid fossil fuel, of said acidic fraction, and of said poly acidic fraction by simulated distillation (SD); and c. correlating said boiling point distributions to acid molecular weights; and d. calculating TAN based on said acid molecular weights.
An ionization gauge comprising an anode having a rod shape, and a cathode including a cathode plate including a through hole through which the anode extends, a discharge space being defined by the anode and the cathode , characterized in that a shape of the through hole on a section along an axial direction of the anode includes at least two concave portions each sandwiched between two convex portions . a discharge space being defined by the anode and the cathode , characterized in that a shape of the through hole on a section along an axial direction of the anode includes at least two concave portions each sandwiched between two convex portions .
Device for pulverizing a substance comprising a fat, wherein the device comprises: - a chamber , - a nozzle for spraying the substance into the chamber , - a pulverizing means for pulverizing the substance sprayed into the chamber so as to obtain a powder , and - a stirrer that adjoins the chamber such that the powder obtained within the chamber can be stirred within the stirrer . - a chamber , - a nozzle for spraying the substance into the chamber , - a pulverizing means for pulverizing the substance sprayed into the chamber so as to obtain a powder , and - a stirrer that adjoins the chamber such that the powder obtained within the chamber can be stirred within the stirrer .
A method for transmitting messages related to operations of electronic devices , the method comprising: receiving, by a management apparatus , an event notification message reporting that an event occurred in at least one of a plurality of electronic devices ; determining , by the management apparatus , at least one target device (120; 310) in response to receiving the event notification message, wherein the at least one target device (120; 310) is determined based on a type of the event based on urgency, a target user who uses the at least one electronic device, and a type of at least one electronic device that the target user uses; creating an event message corresponding to the event that occurred in the at least one electronic device ; transmitting (213; 215), by the management apparatus , the event message to the at least one target device (120; 310); and outputting (217; 219), by the at least one target device (120; 310), the received event message. receiving, by a management apparatus , an event notification message reporting that an event occurred in at least one of a plurality of electronic devices ; determining , by the management apparatus , at least one target device (120; 310) in response to receiving the event notification message, wherein the at least one target device (120; 310) is determined based on a type of the event based on urgency, a target user who uses the at least one electronic device, and a type of at least one electronic device that the target user uses; creating an event message corresponding to the event that occurred in the at least one electronic device ; transmitting (213; 215), by the management apparatus , the event message to the at least one target device (120; 310); and outputting (217; 219), by the at least one target device (120; 310), the received event message.
A method for multicast load balancing at an access point in a wireless network, the method comprising: receiving a request from a first client for a first multicast stream; providing the first multicast stream to the first client; receiving a request from a second client for a second multicast stream; determining whether the second multicast stream is already being provided by the access point to another client; determining whether there is sufficient bandwidth available for the second multicast stream responsive to determining that the second multicast stream is not already being provided by the access point to another client; and providing the second multicast stream by rate limiting the transmission of the second multicast stream to the second client responsive to determining that the second multicast stream is not already being provided by the access point to another client and that there is insufficient bandwidth available for the second multicast stream, wherein the first multicast stream is not rate limited while rate limiting the second multicast stream. receiving a request from a first client for a first multicast stream; providing the first multicast stream to the first client; receiving a request from a second client for a second multicast stream; determining whether the second multicast stream is already being provided by the access point to another client; determining whether there is sufficient bandwidth available for the second multicast stream responsive to determining that the second multicast stream is not already being provided by the access point to another client; and providing the second multicast stream by rate limiting the transmission of the second multicast stream to the second client responsive to determining that the second multicast stream is not already being provided by the access point to another client and that there is insufficient bandwidth available for the second multicast stream, wherein the first multicast stream is not rate limited while rate limiting the second multicast stream.
A hydraulic unit with combined pneumatic/servomotor action comprising: a servomotor (M); a pneumatic cylinder comprising a pneumatic plunger , a lower pneumatic chamber , an upper pneumatic chamber , a pneumatic directional valve and a rod ; a ball screw supported on rollers mounted on a bearing ; a hydraulic pump comprising a hydraulic sleeve , a hydraulic plunger , and an upper hydraulic chamber ; an oil reservoir , configured such that oil can be drawn from it by the hydraulic plunger ; an upper check valve configured to be activated by the oil flow between the oil reservoir and the upper hydraulic chamber ; an upper sensor configured to be activated when the pneumatic plunger arrives at the end of the upward stroke; a hydraulic pressure accumulator configured to accommodate pumped oil; and a pressure sensor configured to control the activation of the pneumatic directional valve depending on the oil pressure; wherein the hydraulic unit is activated by the servomotor (M) jointly with the pneumatic cylinder working in line on the same axial axis, with the objective of combining forces to increase the hydraulic pressure generated. a servomotor (M); a pneumatic cylinder comprising a pneumatic plunger , a lower pneumatic chamber , an upper pneumatic chamber , a pneumatic directional valve and a rod ; a ball screw supported on rollers mounted on a bearing ; a hydraulic pump comprising a hydraulic sleeve , a hydraulic plunger , and an upper hydraulic chamber ; an oil reservoir , configured such that oil can be drawn from it by the hydraulic plunger ; an upper check valve configured to be activated by the oil flow between the oil reservoir and the upper hydraulic chamber ; an upper sensor configured to be activated when the pneumatic plunger arrives at the end of the upward stroke; a hydraulic pressure accumulator configured to accommodate pumped oil; and a pressure sensor configured to control the activation of the pneumatic directional valve depending on the oil pressure; wherein the hydraulic unit is activated by the servomotor (M) jointly with the pneumatic cylinder working in line on the same axial axis, with the objective of combining forces to increase the hydraulic pressure generated.
A communication device for handling a connection, comprising: a storage device ; and a processing circuit , coupled to the storage device , wherein the storage device stores, and the processing circuit is configured to execute, an instruction of: prioritizing selecting a long term evolution, LTE, network over a new radio, NR, network and registering to an evolved packet core, EPC, via a base station, BS, of the LTE network, when the communication device receives system information, SI, indicating that the BS supports connecting to the EPC and a next generation, NG, core, NGC, from the BS, when the communication device is configured so that voice service is preferred. a storage device ; and a processing circuit , coupled to the storage device , wherein the storage device stores, and the processing circuit is configured to execute, an instruction of: prioritizing selecting a long term evolution, LTE, network over a new radio, NR, network and registering to an evolved packet core, EPC, via a base station, BS, of the LTE network, when the communication device receives system information, SI, indicating that the BS supports connecting to the EPC and a next generation, NG, core, NGC, from the BS, when the communication device is configured so that voice service is preferred.
A method for use in a node to provide service differentiable radio resource management, RRM, in a wireless communication network, the method comprising: defining RRM periods, and defining access point, AP, priority factors associated with APs based on predefined criteria, wherein said AP priority factors are a set of integer values or real values, and wherein, for each RRM period, one or more RRM time-slots are defined for performing RRM optimizations; scheduling RRM optimizations for each RRM period, wherein the scheduling comprises selecting a subset of the RRM time-slots during an RRM period for performing RRM optimization; performing a RRM optimization, in the selected subset of RRM time-slots, based on the AP priority factors, and sending configuration data to the APs based on the RRM optimization. defining RRM periods, and defining access point, AP, priority factors associated with APs based on predefined criteria, wherein said AP priority factors are a set of integer values or real values, and wherein, for each RRM period, one or more RRM time-slots are defined for performing RRM optimizations; scheduling RRM optimizations for each RRM period, wherein the scheduling comprises selecting a subset of the RRM time-slots during an RRM period for performing RRM optimization; performing a RRM optimization, in the selected subset of RRM time-slots, based on the AP priority factors, and sending configuration data to the APs based on the RRM optimization.
A seamless knitted glove, comprising: - a liner including a main yarn; and - at least one knitted ridge knitted within the liner - a latex coating disposed on the liner and the at least one ridge wherein the at least one knitted ridge - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn. - a liner including a main yarn; and - at least one knitted ridge knitted within the liner - a latex coating disposed on the liner and the at least one ridge wherein the at least one knitted ridge - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn. - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn.
Gas-insulated switchgear having a drive rod having at least one compensation element for vacuum interrupters , wherein the drive rod is guided into a gas container by means of a feed-through and the drive rod is coupled to a moving contact of the vacuum interrupter in such a way that the moving contact can be moved via the drive rod , characterized in that the at least one compensation element is formed from at least one hermetically sealed bellows , and the at least one bellows a) is either connected to the drive rod at at least one point, or b) is connected to or can be coupled to the drive rod via at least one engagement means and the engagement means is connected or can be connected to the at least one compensation element in a fixed or engaging manner and the at least one bellows can be connected to the gas container through which the drive rod is guided, and in that the at least one compensation element compensates at least some of the forces which act on the drive rod from the vacuum interrupter bellows , at least in one movement direction of the drive rod. the at least one compensation element is formed from at least one hermetically sealed bellows , and the at least one bellows a) is either connected to the drive rod at at least one point, or b) is connected to or can be coupled to the drive rod via at least one engagement means and the engagement means is connected or can be connected to the at least one compensation element in a fixed or engaging manner a) is either connected to the drive rod at at least one point, or b) is connected to or can be coupled to the drive rod via at least one engagement means and the engagement means is connected or can be connected to the at least one compensation element in a fixed or engaging manner and the at least one bellows can be connected to the gas container through which the drive rod is guided, and in that the at least one compensation element compensates at least some of the forces which act on the drive rod from the vacuum interrupter bellows , at least in one movement direction of the drive rod.
A framework construction strut usable both vertically and horizontally for construction of a framework for a wall , the strut comprising a hollow extrusion provided at one of a first pair of substantially parallel and mutually opposite longitudinal sides with a support face for at least one wall panel and at the other one of those sides with a slot extending over the full length of the strut and serving for reception of fastening means (19 to 22) for use in fastening the strut to a support or to another such strut and further provided at each of a second pair of substantially parallel and mutually opposite longitudinal sides perpendicular to the sides of the first pair of sides with a respective longitudinal groove disposed adjacent to the side with the support face and serving for reception of part of a fixing bracket for fixing the strut to another such strut in a butt joint relationship, characterized in that said extrusion has an intermediate bracing wall extending substantially parallel to the sides of the first pair of sides and at a position spaced from and between the slot and the grooves to brace the sides of the second pair of sides relative to one another and to bound together with the sides of the second pair of sides and the side with the support face a cavity for receiving and concealing another part of such a fixing bracket .