mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enabling compression context setup for Internet-of-Thing, IoT, devices in a Low Power Wide Area, LPWA, network, the method being performed in an IoT device , and comprising: establishing (S100) a compression context setup for the IoT device, wherein the context is preconfigured in the IoT device before any network connection is set up between the IoT device and an application server node for IoT devices, wherein the establishing (S100) comprises sending a pointer to a gateway node , which pointer points to a context storage node comprising the established context setup for the IoT device OR wherein establishing (S100) comprises attaching to a core network , wherein the compression context setup comprises IP layer compression details; and compressing and decompressing (S110) messages sent to and from the application server node based on the established compression context setup. establishing (S100) a compression context setup for the IoT device, wherein the context is preconfigured in the IoT device before any network connection is set up between the IoT device and an application server node for IoT devices, wherein the establishing (S100) comprises sending a pointer to a gateway node , which pointer points to a context storage node comprising the established context setup for the IoT device OR wherein establishing (S100) comprises attaching to a core network , wherein the compression context setup comprises IP layer compression details; and compressing and decompressing (S110) messages sent to and from the application server node based on the established compression context setup.
A cooking apparatus comprising: a working coil ; an inverter configured to output a resonant current to the working coil ; a current detector (B) configured to detect the resonant current and output a detection value corresponding to the resonant current; a voltage detector (A) configured to detect an input voltage to the cooking apparatus; and a controller configured to: control the inverter to flow a first resonant current through the working coil , control the inverter to flow, through the working coil , a second resonant current having a frequency different from the first resonant current, compensate a first detection value for the first resonant current based on the detected input voltage, and compensate a second detection value for the second resonant current based on the detected input voltage, and determine, based on a difference between the compensated first detection value and the compensated second detection value, whether a target object that is located adjacent to the working coil is a predetermined object. a working coil ; an inverter configured to output a resonant current to the working coil ; a current detector (B) configured to detect the resonant current and output a detection value corresponding to the resonant current; a voltage detector (A) configured to detect an input voltage to the cooking apparatus; and a controller configured to: control the inverter to flow a first resonant current through the working coil , control the inverter to flow, through the working coil , a second resonant current having a frequency different from the first resonant current, compensate a first detection value for the first resonant current based on the detected input voltage, and compensate a second detection value for the second resonant current based on the detected input voltage, and determine, based on a difference between the compensated first detection value and the compensated second detection value, whether a target object that is located adjacent to the working coil is a predetermined object. control the inverter to flow a first resonant current through the working coil , control the inverter to flow, through the working coil , a second resonant current having a frequency different from the first resonant current, compensate a first detection value for the first resonant current based on the detected input voltage, and compensate a second detection value for the second resonant current based on the detected input voltage, and determine, based on a difference between the compensated first detection value and the compensated second detection value, whether a target object that is located adjacent to the working coil is a predetermined object.
Method for producing a first image characterised in that it comprises at least the following steps: - Acquisition of a stream of video images, - For each image of a dated sequence of images extracted from the stream of low-definition images: o Calculation of at least one image score by composition of at least two basic scores themselves calculated from a geometrical evaluation and a qualitative evaluation of the captured image, o Memorisation of the image score, - Evaluation of the time during which the image score remains continuously above a preset threshold, - Comparison of the time during which the image score remains continuously above the preset threshold at a preset duration, o If the time during which the image score remains continuously above the preset threshold is greater than the preset duration: • automatic recording of the first image corresponding to the last score calculated, • stopping of the acquisition of the stream of images, o Otherwise production of at least one command for improving the score according to the basic scores. - Acquisition of a stream of video images, - For each image of a dated sequence of images extracted from the stream of low-definition images: o Calculation of at least one image score by composition of at least two basic scores themselves calculated from a geometrical evaluation and a qualitative evaluation of the captured image, o Memorisation of the image score, o Calculation of at least one image score by composition of at least two basic scores themselves calculated from a geometrical evaluation and a qualitative evaluation of the captured image, o Memorisation of the image score, - Evaluation of the time during which the image score remains continuously above a preset threshold, - Comparison of the time during which the image score remains continuously above the preset threshold at a preset duration, o If the time during which the image score remains continuously above the preset threshold is greater than the preset duration: • automatic recording of the first image corresponding to the last score calculated, • stopping of the acquisition of the stream of images, o Otherwise production of at least one command for improving the score according to the basic scores. o If the time during which the image score remains continuously above the preset threshold is greater than the preset duration: • automatic recording of the first image corresponding to the last score calculated, • stopping of the acquisition of the stream of images, • automatic recording of the first image corresponding to the last score calculated, • stopping of the acquisition of the stream of images, o Otherwise production of at least one command for improving the score according to the basic scores.
A luminaire comprising: an LED array module which generates light and heat; one or more heat exchangers comprising fins , each heat exchanger having an airflow input adjacent an LED array module to be cooled and an airflow exit and wherein each heat exchanger is tapered from the airflow input to the airflow exit ; one or more fans adapted to drive an airflow (140-154, 170) across one of the fins; and wherein said fan , heat exchanger , and fins are configured such that the fan generates an airflow that enters the airflow input of a heat exchanger as turbulent flow and is converted to laminar flow at the airflow exit , the turbulent flow providing increased cooling efficiency near the airflow input and the laminar flow providing decreased airflow noise at the airflow exit . an LED array module which generates light and heat; one or more heat exchangers comprising fins , each heat exchanger having an airflow input adjacent an LED array module to be cooled and an airflow exit and wherein each heat exchanger is tapered from the airflow input to the airflow exit ; one or more fans adapted to drive an airflow (140-154, 170) across one of the fins; and wherein said fan , heat exchanger , and fins are configured such that the fan generates an airflow that enters the airflow input of a heat exchanger as turbulent flow and is converted to laminar flow at the airflow exit , the turbulent flow providing increased cooling efficiency near the airflow input and the laminar flow providing decreased airflow noise at the airflow exit .
A probe for neural applications, comprising at least one lead , an Advanced Lead Can element comprising a switch matrix, a thin film comprising a distal end forming a part of a distal end of the lead and a proximal end electrically connected to the Advanced Lead Can element at the proximal end of the lead, and at least one protective tubing element (200, 200', 200"), wherein the protective tubing element (200, 200', 200") is at least partially arranged over and/or around the proximal end of the lead .
A process for the production of carbon nanotubes comprising: (A) generating a directed flow of plasma from a working gas in a plasma generating device ; (B) introducing a metal catalyst or metal catalyst precursor radially into the directed flow of plasma in the plasma generating device ; (C) discharging a plasma effluent from the plasma generating device into a quenching chamber ; (D) introducing one or more quenching gases into the quenching chamber to quench the plasma effluent whereby to produce a particulate metal catalyst; (E) discharging the particulate metal catalyst from the quenching chamber axially into a temperature-controlled flow-through reactor ; (F) introducing a source of carbon radially into the temperature-controlled flow-through reactor to produce carbon nanotubes; and (G) discharging the carbon nanotubes from a discharge outlet of the temperature-controlled flow-through reactor . (A) generating a directed flow of plasma from a working gas in a plasma generating device ; (B) introducing a metal catalyst or metal catalyst precursor radially into the directed flow of plasma in the plasma generating device ; (C) discharging a plasma effluent from the plasma generating device into a quenching chamber ; (D) introducing one or more quenching gases into the quenching chamber to quench the plasma effluent whereby to produce a particulate metal catalyst; (E) discharging the particulate metal catalyst from the quenching chamber axially into a temperature-controlled flow-through reactor ; (F) introducing a source of carbon radially into the temperature-controlled flow-through reactor to produce carbon nanotubes; and (G) discharging the carbon nanotubes from a discharge outlet of the temperature-controlled flow-through reactor .
A method for operating a battery system with a plurality of cells , comprising: - monitoring a state of health of each of the plurality of cells , - detecting at least one malfunctioning cell, - analysing the state of health of the malfunctioning cell, characterized in - limiting a discharge power over a time period if the malfunctioning cell has the worst state of health among the cells in the battery system or limiting a charge power over a time period if the malfunctioning cell has the best state of health among the cells in the battery system , and - reducing a minimum state of charge of the battery system over the time period, a malfunction of the cell being detected based on at least one lost or corrupted voltage signal. - monitoring a state of health of each of the plurality of cells , - detecting at least one malfunctioning cell, - analysing the state of health of the malfunctioning cell, - limiting a discharge power over a time period if the malfunctioning cell has the worst state of health among the cells in the battery system or limiting a charge power over a time period if the malfunctioning cell has the best state of health among the cells in the battery system , and - reducing a minimum state of charge of the battery system over the time period,
A method of facilitating paging in a wireless communications network , the method comprising: generating, at a radio access network, RAN, element of the communications network , a select paging area for a UE , the select paging area including a list of one or more cells from among cells of the communications network to which paging messages are to be sent when paging the UE; wherein the one or more cells indicated by the select paging area are chosen from among the cells of the communications network based on RAN information associated with at least one of the last serving cell and the UE, the last serving cell being a last cell of the RAN element the UE was attached to before discontinuing its connection to the RAN element; and sending the select paging area from the RAN element to a core network (CN) element of the communications network. generating, at a radio access network, RAN, element of the communications network , a select paging area for a UE , the select paging area including a list of one or more cells from among cells of the communications network to which paging messages are to be sent when paging the UE; wherein the one or more cells indicated by the select paging area are chosen from among the cells of the communications network based on RAN information associated with at least one of the last serving cell and the UE, the last serving cell being a last cell of the RAN element the UE was attached to before discontinuing its connection to the RAN element; and sending the select paging area from the RAN element to a core network (CN) element of the communications network.
A rotating mechanism , comprising a base , a first connecting piece , a second connecting piece , a lifting plate , a force applying structure , and a supporting structure; wherein both the first connecting piece and the second connecting piece are rotatably connected to the base ; the lifting plate is located between the first connecting piece and the second connecting piece ; the lifting plate is provided with a fitting surface (M3), and the fitting surface (M3) is used for fitting a part of a flexible display ; and the lifting plate is provided with a lifting space (Q), the force applying structure is located on at least one side in a circumference of the lifting space (Q), and the force applying structure is connected to the lifting plate ; and the first connecting piece and the second connecting piece can rotate between an unfolding position and a folding position relative to the base ; and when the first connecting piece and the second connecting piece are in the unfolding position, the force applying structure applies, to the lifting plate , a tensile force from the lifting plate to a side of the lifting plate away from the fitting surface (M3), the lifting plate is supported on the supporting structure, and the supporting structure applies, to the lifting plate , a first supporting force that counterbalances the tensile force. both the first connecting piece and the second connecting piece are rotatably connected to the base ; the lifting plate is located between the first connecting piece and the second connecting piece ; the lifting plate is provided with a fitting surface (M3), and the fitting surface (M3) is used for fitting a part of a flexible display ; and the lifting plate is provided with a lifting space (Q), the force applying structure is located on at least one side in a circumference of the lifting space (Q), and the force applying structure is connected to the lifting plate ; and the first connecting piece and the second connecting piece can rotate between an unfolding position and a folding position relative to the base ; and when the first connecting piece and the second connecting piece are in the unfolding position, the force applying structure applies, to the lifting plate , a tensile force from the lifting plate to a side of the lifting plate away from the fitting surface (M3), the lifting plate is supported on the supporting structure, and the supporting structure applies, to the lifting plate , a first supporting force that counterbalances the tensile force.
An endoscope tip assembly comprising: a ring-shaped base removably mounted to a distal end of an endoscope insertion portion; and a plurality of struts collapsibly radiating from the base , wherein each of the plurality of struts includes a recessed portion receiving the base , and the endoscope insertion portion has a larger extraction force upon extraction from a body than an insertion force upon insertion into the body, andwherein a portion of the recessed portion is fixed to an inner surface of the base , and another portion of the recessed portion engageably makes contact with the base . a ring-shaped base removably mounted to a distal end of an endoscope insertion portion; and a plurality of struts collapsibly radiating from the base , wherein each of the plurality of struts includes a recessed portion receiving the base , and the endoscope insertion portion has a larger extraction force upon extraction from a body than an insertion force upon insertion into the body, andwherein a portion of the recessed portion is fixed to an inner surface of the base , and another portion of the recessed portion engageably makes contact with the base .
A yeast strain obtained by hybridizing a strain S1, which is the yeast strain deposited on 9 September 2015 at the National Collection of Microorganism Cultures (Collection Nationale de Cultures de Microorganismes -CNCM) -Institut Pasteur, 25 rue du docteur Roux F75724 Paris under number 1-5011, with a strain S2, which is the yeast strain deposited on 9 September 2015 at the National Collection of Microorganism Cultures (Collection Nationale de Cultures de Microorganismes -CNCM) - Institut Pasteur, 25 rue du docteur Roux F75724 Paris under number 1-5012, said yeast strain presenting, according to test A, the following characteristics: - fermentation kinetics from 15 to 22 days at a temperature of 24°C; and - resistance with an alcoholic strength of more than or equal to 15% v/v; and - a nitrogen requirement of less than or equal to 200ppm, wherein test A corresponds to an analysis of the fermentation activity of said yeast strain seeded in the amount of 2.10 6 CFU/ml on a synthetic must standardized by the International Organisation of Vine and Wine (Organisme International de la Vigne et du Vin - OIV) adjusted to 250g/l of fermentable sugars with an initial nitrogen concentration of 200ppm by fermenting at a constant temperature of 24°C. - fermentation kinetics from 15 to 22 days at a temperature of 24°C; and - resistance with an alcoholic strength of more than or equal to 15% v/v; and - a nitrogen requirement of less than or equal to 200ppm,
An electric motor with an electromagnetically actuatable brake, wherein the motor has cooling channels, wherein the brake has a coil former , therefore magnetic body, in which there is received a coil able to be supplied with electric current, characterised in that the motor is liquid-cooled, the cooling channels open into a distribution channel , arranged in a housing part of the motor, and a conduit opens into the distribution channel and is guided through a bore of the coil former , wherein an intermediate part radially surrounds an armature plate of the brake and a brake lining carrier of the brake in a housing-forming manner and has an axially through-passing bore through which the conduit is guided, wherein the bore is oriented coaxially with the bore passing though the coil former , through which the conduit is likewise guided, wherein the conduit is inserted into a cut-out of the housing part and is sealed with respect to the housing part by means of seals.
An engine brake rocker arm assembly operable in an engine drive mode and an engine braking mode, the engine brake rocker arm assembly selectively opening first and second exhaust valves and comprising: an exhaust valve rocker arm assembly having an exhaust rocker arm that is configured to rotate around a rocker shaft ; and an engine brake actuation assembly comprising: an actuator assembly ; an actuator lever ; and a mechanically controlled engine brake actuator ; wherein the mechanically controlled engine brake actuator moves between (i) a first position corresponding to the engine brake mode wherein the second exhaust valve is opened prior to the first exhaust valve , and (ii) a second position corresponding to the drive mode wherein the second valve is not opened prior to the first exhaust valve , and wherein the actuator assembly is hydraulically actuated and includes an actuator piston that translates within an actuation cylinder causing movement of the actuator lever and ultimately movement of the mechanically controlled engine brake actuator between the first and second positions, characterized in that , the actuator assembly further comprises an actuation shaft that extends out of the actuation cylinder and is coupled to a compliance piston received in a compliance cylinder , wherein the actuator piston and the compliance piston translate together. an exhaust valve rocker arm assembly having an exhaust rocker arm that is configured to rotate around a rocker shaft ; and an engine brake actuation assembly comprising: an actuator assembly ; an actuator lever ; and a mechanically controlled engine brake actuator ; an actuator assembly ; an actuator lever ; and a mechanically controlled engine brake actuator ; wherein the mechanically controlled engine brake actuator moves between (i) a first position corresponding to the engine brake mode wherein the second exhaust valve is opened prior to the first exhaust valve , and (ii) a second position corresponding to the drive mode wherein the second valve is not opened prior to the first exhaust valve , and wherein the actuator assembly is hydraulically actuated and includes an actuator piston that translates within an actuation cylinder causing movement of the actuator lever and ultimately movement of the mechanically controlled engine brake actuator between the first and second positions, characterized in that , the actuator assembly further comprises an actuation shaft that extends out of the actuation cylinder and is coupled to a compliance piston received in a compliance cylinder , wherein the actuator piston and the compliance piston translate together.
Device for pivotable fastening of a door leaf to a door frame , comprising the door leaf and a door hinge having a plurality of hinge rollers (102; 103; 104), wherein in each case two of the hinge rollers (102; 103; 104) are connected to one another, wherein the door leaf has a height, wherein the door hinge extends over the entire height of the door leaf , wherein the device comprises a connecting means with which the door leaf can be fastened to the hinge rollers (102; 103; 104), wherein the connecting means has two connecting legs which engage around the door leaf , characterised in that two connecting legs are bendable and elastically deformable and the door leaf is arranged between the connecting legs in the elastically deformed state, such that the elastic restoring force presses the connecting legs against the door leaf .