mhurhangee/patent-ind-claim-en huggingface dataset:
A first electronic device for expanding a wireless communication, the first electronic device comprising: a first radio access technology, RAT, communication unit configured to transmit a signal to or receive a signal from a reader via a first RAT; a second RAT communication unit configured to transmit a signal to or receive a signal from at least one second electronic device via a second RAT; a third RAT communication unit configured to transmit a signal to or receive a signal from the at least one second electronic device via a third RAT; and a processor configured to: transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT. a first radio access technology, RAT, communication unit configured to transmit a signal to or receive a signal from a reader via a first RAT; a second RAT communication unit configured to transmit a signal to or receive a signal from at least one second electronic device via a second RAT; a third RAT communication unit configured to transmit a signal to or receive a signal from the at least one second electronic device via a third RAT; and a processor configured to: transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT. transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT.
Heat exchange system comprising at least one support , a first heat exchanger and a second heat exchanger , the first heat exchanger and the second heat exchanger each extending in a main plane (P, P1, P2) which is transverse (T) and vertical (V), the first heat exchanger being disposed, in a longitudinal direction (L) of the heat exchange system , between the support and the second heat exchanger , each of the first heat exchanger and the second heat exchanger being fixed to the support via fixing means including at least one tongue borne by each of these exchangers and configured to engage with a fixing tab of the support, the heat exchange system being characterized in that the first heat exchanger comprises a first tongue and the second heat exchanger comprises a second tongue , the first tongue and the second tongue each extending from a transverse end of the first heat exchanger and the second heat exchanger , respectively, and facing one another, each of the first tongue and the second tongue engaging with a common fixing tab of the support .
A DC-DC converter circuit, comprising: a switching circuit with a plurality of primary side switching elements (S1, S2) arranged to be turned ON alternatively with an inactive interval in the switching period where each of the respective switches (S1, S2) is OFF, a transformer (T), with a primary side winding (np) the output of said switching circuit is applied to said primary winding, the transformer has an output voltage which has been changed by a predetermined voltage change ratio to a secondary side winding (ns); a secondary diode circuit including a plurality of rectifier diodes (D1 to D4), connected to said secondary side winding (ns) of said transformer (T) and having output terminals; a regeneration snubber circuit (SN) connected in parallel with said secondary diode circuit, including a series circuit of a discharge blocking diode (D21) and a snubber capacitor (Cs), and a regeneration switching element (S3) connected in parallel with said discharge blocking diode (Ds1); a filter circuit (Lo, Ro, Co) connected between output terminals of said secondary diode circuit; characterized by a control unit (CT) which is arranged to turn the switching element (S3) for regeneration ON a predetermined time period (Tb) within said inactive interval; wherein said predetermined time period (Tb) is set to approximately the time period during which the charge accumulated in said snubber capacitor (Cs) discharges. a switching circuit with a plurality of primary side switching elements (S1, S2) arranged to be turned ON alternatively with an inactive interval in the switching period where each of the respective switches (S1, S2) is OFF, a transformer (T), with a primary side winding (np) the output of said switching circuit is applied to said primary winding, the transformer has an output voltage which has been changed by a predetermined voltage change ratio to a secondary side winding (ns); a secondary diode circuit including a plurality of rectifier diodes (D1 to D4), connected to said secondary side winding (ns) of said transformer (T) and having output terminals; a regeneration snubber circuit (SN) connected in parallel with said secondary diode circuit, including a series circuit of a discharge blocking diode (D21) and a snubber capacitor (Cs), and a regeneration switching element (S3) connected in parallel with said discharge blocking diode (Ds1); a filter circuit (Lo, Ro, Co) connected between output terminals of said secondary diode circuit; characterized by a control unit (CT) which is arranged to turn the switching element (S3) for regeneration ON a predetermined time period (Tb) within said inactive interval; wherein said predetermined time period (Tb) is set to approximately the time period during which the charge accumulated in said snubber capacitor (Cs) discharges.
An apparatus comprising: a bypass transmit path comprising: a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier , , wherein the bypass transmit path does not include any power amplifier; and a main transmit path comprising a second driver amplifier and a power amplifier , wherein the main transmit path is configured to be selected for transmit power levels higher than a threshold level, and wherein the bypass transmit path is selected for transmit power levels lower than a different threshold level in order to provide hysteresis and mitigate continual toggling between the bypass transmit path and the main transmit path . a bypass transmit path comprising: a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier , , wherein the bypass transmit path does not include any power amplifier; and a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier , , wherein the bypass transmit path does not include any power amplifier; and a main transmit path comprising a second driver amplifier and a power amplifier , wherein the main transmit path is configured to be selected for transmit power levels higher than a threshold level, and wherein the bypass transmit path is selected for transmit power levels lower than a different threshold level in order to provide hysteresis and mitigate continual toggling between the bypass transmit path and the main transmit path .
A light apparatus , the light apparatus comprising: - an outer housing comprising a translucent portion ; and - two light sources, wherein the first of the two light sources is a main light source positioned inside the outer housing for generating visible light, wherein light generated by the main light source is incident on the translucent portion ; and the second of the two light sources is a display light source positioned inside the outer housing for generating visible light to project information that comprises one or more alphanumeric characters and/or symbols onto a part of the translucent portion , wherein the part is illuminated by the light from the main light source . - an outer housing comprising a translucent portion ; and - two light sources, wherein the first of the two light sources is a main light source positioned inside the outer housing for generating visible light, wherein light generated by the main light source is incident on the translucent portion ; and the second of the two light sources is a display light source positioned inside the outer housing for generating visible light to project information that comprises one or more alphanumeric characters and/or symbols onto a part of the translucent portion , wherein the part is illuminated by the light from the main light source .
An advanced driver assistance system, ADAS, for a heavy-duty vehicle , the ADAS comprising a road geometry determining device arranged to determine a geometry of a road section in a forward direction (F) ahead of the vehicle , and a vehicle motion management, VMM, module configured to predict a swept area by the vehicle when driving in the forward direction (F), based on a geometric model of the vehicle and on a current vehicle control command (430, a req , c req ), wherein the swept area by the vehicle comprises an area traversed by an overhang of the vehicle , the ADAS further comprising a display device configured to illustrate the geometry of the road section and the predicted swept area by the vehicle in dependence of the current vehicle control command , wherein the road geometry determining device is arranged to determine a drivable area associated with the geometry of the road section in the forward direction (F) of the vehicle , characterized in that the VMM module is arranged to trigger a warning signal in case the swept area by the vehicle exceeds the drivable area of the road geometry. the ADAS comprising a road geometry determining device arranged to determine a geometry of a road section in a forward direction (F) ahead of the vehicle , and a vehicle motion management, VMM, module configured to predict a swept area by the vehicle when driving in the forward direction (F), based on a geometric model of the vehicle and on a current vehicle control command (430, a req , c req ), wherein the swept area by the vehicle comprises an area traversed by an overhang of the vehicle , the ADAS further comprising a display device configured to illustrate the geometry of the road section and the predicted swept area by the vehicle in dependence of the current vehicle control command , wherein the road geometry determining device is arranged to determine a drivable area associated with the geometry of the road section in the forward direction (F) of the vehicle , characterized in that the VMM module is arranged to trigger a warning signal in case the swept area by the vehicle exceeds the drivable area of the road geometry.
An apparatus comprising: a processor configured to: receive data, gathered during an inhalation of a user, for determining a measure of a lung function of the user; determine an inspiratory measure based on the data; determine an expiratory measure based on the inspiratory measure, wherein the expiratory measure is indicative of the lung function of the user; and a transmitter for sending the expiratory measure to one or more of a user device, a server, and a data cloud. a processor configured to: receive data, gathered during an inhalation of a user, for determining a measure of a lung function of the user; determine an inspiratory measure based on the data; determine an expiratory measure based on the inspiratory measure, wherein the expiratory measure is indicative of the lung function of the user; and receive data, gathered during an inhalation of a user, for determining a measure of a lung function of the user; determine an inspiratory measure based on the data; determine an expiratory measure based on the inspiratory measure, wherein the expiratory measure is indicative of the lung function of the user; and a transmitter for sending the expiratory measure to one or more of a user device, a server, and a data cloud.
A harvesting machine, comprising: a main frame ; a rotor assembly rotatably coupled to the main frame and configured to move crop material, the rotor assembly including a plurality of spaced apart rotating blades wherein a space is located between each of the plurality of spaced apart rotating blades; a plurality of forage knives movably attached to the harvesting machine, wherein each the plurality of forage knives includes a first position displaced from the plurality of spaced apart rotating blades and a second position engaged with the plurality of spaced apart rotating blades, wherein each of the plurality of forage knives includes: i) a knife body including a first side and a second side each defining a plane; and ii) a cutting edge extending along the longitudinal axis, wherein the cutting edge includes a plurality of teeth each of which includes a leading edge and a trailing edge, the leading edge extending from the trailing edge of an adjacent tooth, and a plurality of valleys , characterized in that each one of the plurality of valleys extends from one of the first side and the second side to the leading edge of one of the plurality of teeth , wherein the valleys of adjacent teeth are located on opposite sides of the knife body . a main frame ; a rotor assembly rotatably coupled to the main frame and configured to move crop material, the rotor assembly including a plurality of spaced apart rotating blades wherein a space is located between each of the plurality of spaced apart rotating blades; a plurality of forage knives movably attached to the harvesting machine, wherein each the plurality of forage knives includes a first position displaced from the plurality of spaced apart rotating blades and a second position engaged with the plurality of spaced apart rotating blades, wherein each of the plurality of forage knives includes: i) a knife body including a first side and a second side each defining a plane; and ii) a cutting edge extending along the longitudinal axis, wherein the cutting edge includes a plurality of teeth each of which includes a leading edge and a trailing edge, the leading edge extending from the trailing edge of an adjacent tooth, and a plurality of valleys , characterized in that each one of the plurality of valleys extends from one of the first side and the second side to the leading edge of one of the plurality of teeth , wherein the valleys of adjacent teeth are located on opposite sides of the knife body .
Hot foil stamping equipment provided with an advance shaft transition apparatus comprising: at least one advance shaft for feeding foils to a stamping area; advance shaft supporting means , the advance shaft supporting means supporting at least part of at least one advance shaft in a manner that the at least one advance shaft can rotate; characterized in, that lifting means connected to the advance shaft supporting means enable the at least one advance shaft to move between a first position and a second position, wherein at the first position, the at least one advance shaft being in an operation position, and at the second position, the at least one advance shaft being in a non-operation position to give access to an operation area, the hot foil stamping equipment having a hot foil stamping working mode and a die-cutting working mode, wherein when the hot foil stamping die-cutting equipment is in the hot foil stamping working mode, the advance shafts are positioned at the first position, and when the hot foil stamping die-cutting equipment is in the die-cutting working mode, the advance shafts are positioned at the second position. at least one advance shaft for feeding foils to a stamping area; advance shaft supporting means , the advance shaft supporting means supporting at least part of at least one advance shaft in a manner that the at least one advance shaft can rotate; characterized in, that lifting means connected to the advance shaft supporting means enable the at least one advance shaft to move between a first position and a second position, wherein at the first position, the at least one advance shaft being in an operation position, and at the second position, the at least one advance shaft being in a non-operation position to give access to an operation area, the hot foil stamping equipment having a hot foil stamping working mode and a die-cutting working mode, wherein when the hot foil stamping die-cutting equipment is in the hot foil stamping working mode, the advance shafts are positioned at the first position, and when the hot foil stamping die-cutting equipment is in the die-cutting working mode, the advance shafts are positioned at the second position.
A fixation element for osteosynthesis membranes, bindable to a bone structure, the fixation element comprising a pliable laminated structure of an arrowhead geometry which has: - a front face , intended to be oriented towards the outside, and - a rear face , opposite the front face , intended to face and be in direct contact with a membrane of the osteosynthesis which, in turn, is connected to the bone structure, wherein the laminated structure in turn comprises: - a central plate of an elongated geometry, which has a first free end , and a first fixation end , and - two lateral plates , converging at the central plate , each one of which has a second free end , and a second fixation end , which converges at the first fixation end of the central plate , wherein the fixation element further comprises distal bulges located on the first free end and on each of the second free ends , and the pliable laminated structure further incorporates an extension that is projected from the convergence of the fixation ends , the extension comprising a free end on which another distal bulge is located, wherein a sharpened self-drilling point is projected from the distal bulge at the free end of the extension from the rear face of the laminated structure to be driven into the bone structure, whereby the fixation element is configured for use in the prevention of sinusitis after a maxillary sinus elevation procedure. - a front face , intended to be oriented towards the outside, and - a rear face , opposite the front face , intended to face and be in direct contact with a membrane of the osteosynthesis which, in turn, is connected to the bone structure, - a central plate of an elongated geometry, which has a first free end , and a first fixation end , and - two lateral plates , converging at the central plate , each one of which has a second free end , and a second fixation end , which converges at the first fixation end of the central plate ,
A display screen assembly , comprising: a display screen module and an installation bracket , wherein the display screen module comprises a body portion and a top portion ; the top portion comprises a top surface and an inclined surface connected to a side of the top surface ; the inclined surface extends obliquely in a direction towards the body portion; an installation groove is defined in the installation bracket ; characterized in that the installation bracket comprises an abutting wall ; the abutting wall comprises a supporting surface facing the installation groove and an installed inclined surface being opposite to the supporting surface and abutting against the inclined surface ; wherein a thickness of the abutting wall gradually decreases along the inclined surface in a direction towards the top surface to form the installed inclined surface . a display screen module and an installation bracket , wherein the display screen module comprises a body portion and a top portion ; the top portion comprises a top surface and an inclined surface connected to a side of the top surface ; the inclined surface extends obliquely in a direction towards the body portion; an installation groove is defined in the installation bracket ; characterized in that the installation bracket comprises an abutting wall ; the abutting wall comprises a supporting surface facing the installation groove and an installed inclined surface being opposite to the supporting surface and abutting against the inclined surface ; wherein a thickness of the abutting wall gradually decreases along the inclined surface in a direction towards the top surface to form the installed inclined surface .
Multi-layered flexible inliner made of a plastics-material film and having at least one filling/removal port which is welded on an inliner wall and has a welded flange rim , which likewise consists of a plastics-material film, for insertion into stable external containers for storing and for transporting in particular hazardous liquid or free-flowing contents, wherein the filling/removal port is welded on the inliner wall in such a way that existing film cut edges , that is to say those at the welded flange rim of the welded-on filling/removal port and those at the internal boundary of a removal opening in the inliner wall , are covered against contact with the fluid contents introduced.