mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, by a base station , the communication method comprising: determining a quantity of symbols to be used by a user equipment 8202), UE, to communicate, over a link, uplink control information , wherein the quantity of symbols is based on a link gain of the UE , wherein the link gain is associated with the link; transmitting an indication of the quantity of symbols to the UE ; and receiving the uplink control information using the determined quantity of symbols, wherein the uplink control information comprises channel information for different beams, characterized in that the different beams are for neighboring cells, and wherein the channel information comprises reference signal received power of the different beams, wherein the determination of the quantity of symbols comprises: determining the link gain; and selecting the quantity of symbols based on the determined link gain. determining a quantity of symbols to be used by a user equipment 8202), UE, to communicate, over a link, uplink control information , wherein the quantity of symbols is based on a link gain of the UE , wherein the link gain is associated with the link; transmitting an indication of the quantity of symbols to the UE ; and receiving the uplink control information using the determined quantity of symbols, wherein the uplink control information comprises channel information for different beams, characterized in that the different beams are for neighboring cells, and wherein the channel information comprises reference signal received power of the different beams, wherein the determination of the quantity of symbols comprises: determining the link gain; and selecting the quantity of symbols based on the determined link gain. determining the link gain; and selecting the quantity of symbols based on the determined link gain.
Shoulder support for a motor comprising: - a back-plate which is adapted for being associated with the back of an operator through shoulder straps and comprises a shaped body to come into contact with the back of the operator to which a frame is fixed, said frame being substantially L-shaped and comprising a first portion , fixed to the back-plate , and a second portion undercut with respect to the first portion and comprising a through opening with substantially vertical through axis, the motor being connected at the top the of second portion , - a connection body adapted for being rigidly connected to the motor and - a resilient support element adapted for connecting the connection body to the frame , in a floating manner inside a seat defined by the through opening , wherein the resilient support element comprises a plurality of springs equally spaced apart, whose axes lay on a plane that is adapted for being arranged transversally to a vertical direction, and wherein the shoulder support comprises an abutment element configured to limit an oscillation of the connection body with respect to the frame along a direction transversal to the axes of the springs . - a back-plate which is adapted for being associated with the back of an operator through shoulder straps and comprises a shaped body to come into contact with the back of the operator to which a frame is fixed, said frame being substantially L-shaped and comprising a first portion , fixed to the back-plate , and a second portion undercut with respect to the first portion and comprising a through opening with substantially vertical through axis, the motor being connected at the top the of second portion , - a connection body adapted for being rigidly connected to the motor and - a resilient support element adapted for connecting the connection body to the frame , in a floating manner inside a seat defined by the through opening ,
A system for reducing blood pressure comprising: means for providing information about timing of one or more heart activity events, said information comprising information about at least one of: contraction of an atrium, contraction of a ventricle, opening of an atrioventricular valve, closure of an atrioventricular valve, electrical activity of the atrium, electrical activity of the ventricle, blood flow, atrial pressure of the atrium, changes in atrial pressure of the atrium, a refractory period of an atrium, and heart rate; means for generating stimulation pulses; and means for applying the stimulation pulses to at least one cardiac chamber, wherein said means for generating stimulation pulses are arranged to generate the stimulation pulses so as to set a timing of atrial contraction relative to ventricular contraction based on said information, such that one or more stimulation pulses are delivered to a ventricle 0 ms to 50 ms before a next atrial excitation is anticipated to take place, or that a ventricle is caused to commence contraction within less than 100 ms after the onset of contraction of at least one atrium. means for providing information about timing of one or more heart activity events, said information comprising information about at least one of: contraction of an atrium, contraction of a ventricle, opening of an atrioventricular valve, closure of an atrioventricular valve, electrical activity of the atrium, electrical activity of the ventricle, blood flow, atrial pressure of the atrium, changes in atrial pressure of the atrium, a refractory period of an atrium, and heart rate; contraction of an atrium, contraction of a ventricle, opening of an atrioventricular valve, closure of an atrioventricular valve, electrical activity of the atrium, electrical activity of the ventricle, blood flow, atrial pressure of the atrium, changes in atrial pressure of the atrium, a refractory period of an atrium, and heart rate; means for generating stimulation pulses; and means for applying the stimulation pulses to at least one cardiac chamber, wherein said means for generating stimulation pulses are arranged to generate the stimulation pulses so as to set a timing of atrial contraction relative to ventricular contraction based on said information, such that one or more stimulation pulses are delivered to a ventricle 0 ms to 50 ms before a next atrial excitation is anticipated to take place, or that a ventricle is caused to commence contraction within less than 100 ms after the onset of contraction of at least one atrium.
Method for producing a silver coating on a glass pane , wherein the silver coating includes at least one busbar and/or at least one solder contact surface, wherein the method includes the steps of printing the silver coating onto the glass pane by screen printing with a printing pattern having printing and non-printing regions and baking the printed silver coating, characterized in that the printing region of the printing pattern for the busbar and/or the printing region of the printing pattern for the solder contact surface is provided at least partially with a dot matrix or a line matrix , wherein the dimensions of the dots of the dot matrix are below the resolution of the printing pattern or the dimensions of the lines of the line matrix are below the resolution of the printing pattern.
A coating composition comprising: (a) a fluoropolymer comprising at least one reactive functional group; (b) a polyester polyol comprising a reaction product prepared from a mixture of reactants comprising: (i) an aliphatic diol; (ii) a polyol comprising 3 or more hydroxyl groups; and (iii) a cyclic polycarboxylic acid, or an anhydride or ester thereof; and (c) a crosslinker reactive with (a) and (b). (a) a fluoropolymer comprising at least one reactive functional group; (b) a polyester polyol comprising a reaction product prepared from a mixture of reactants comprising: (i) an aliphatic diol; (ii) a polyol comprising 3 or more hydroxyl groups; and (iii) a cyclic polycarboxylic acid, or an anhydride or ester thereof; and (i) an aliphatic diol; (ii) a polyol comprising 3 or more hydroxyl groups; and (iii) a cyclic polycarboxylic acid, or an anhydride or ester thereof; and (c) a crosslinker reactive with (a) and (b).
Metal alloy comprising at least four metallic elements different from gold (Au), characterized in that the metal alloy consists of gold (Au) in an amount of at least 58.3 % by weight over the total weight of the metal alloy and of 5.0 to 30.0 atomic percent of each of said four metallic elements, the four metallic elements being selected among silver (Ag), aluminum (Al), manganese (Mn), copper (Cu), palladium (Pd), iron (Fe), chromium (Cr), platinum (Pt), and cobalt (Co).
A computer-implemented method comprising: receiving measurement data acquired by an imaging device; selecting a decimation strategy; producing a reconstructed image from the measurement data using the decimation strategy and one or more deep neural networks; and displaying the reconstructed image via a display device; wherein producing the reconstructed image from the measurement data using the decimation strategy and the one or more deep neural networks comprises: decimating the measurement data according to the decimation strategy to produce at least a first decimated measurement data array and a second decimated measurement data array; mapping the first decimated measurement data array to a first decimated image data array using a first deep neural network; mapping the second decimated measurement data array to a second decimated image data array using a second deep neural network; aggregating the first decimated image data array and the second decimated image data array using an aggregation network to produce an image data array; and reshaping the image data array to produce the reconstructed image. receiving measurement data acquired by an imaging device; selecting a decimation strategy; producing a reconstructed image from the measurement data using the decimation strategy and one or more deep neural networks; and displaying the reconstructed image via a display device; decimating the measurement data according to the decimation strategy to produce at least a first decimated measurement data array and a second decimated measurement data array; mapping the first decimated measurement data array to a first decimated image data array using a first deep neural network; mapping the second decimated measurement data array to a second decimated image data array using a second deep neural network; aggregating the first decimated image data array and the second decimated image data array using an aggregation network to produce an image data array; and reshaping the image data array to produce the reconstructed image.
Luminaire comprising: - a DCL connector plug which is to be mechanically and electrically connected to a DCL connector socket integrated in a support (S), such as a wall or a ceiling, provided with a support surface ; - a luminaire casing from which the DCL connector plug extends, the luminaire casing comprising a protecting part having a contact surface which is configured to be positioned against or close to the support surface when the DCL connector plug is mechanically and electrically connected to the DCL connector socket ; and - an electronic board arranged in the luminaire casing , characterised in that the luminaire casing comprises a receiving housing which is configured to receive a fixing hook belonging to the DCL connector socket when the DCL connector plug is mechanically and electrically connected to the DCL connector socket , and the electronic board is provided with a through-opening , the luminaire casing comprising a receiving part which delimits the receiving housing and extends through the through-opening . - a DCL connector plug which is to be mechanically and electrically connected to a DCL connector socket integrated in a support (S), such as a wall or a ceiling, provided with a support surface ; - a luminaire casing from which the DCL connector plug extends, the luminaire casing comprising a protecting part having a contact surface which is configured to be positioned against or close to the support surface when the DCL connector plug is mechanically and electrically connected to the DCL connector socket ; and - an electronic board arranged in the luminaire casing , characterised in that the luminaire casing comprises a receiving housing which is configured to receive a fixing hook belonging to the DCL connector socket when the DCL connector plug is mechanically and electrically connected to the DCL connector socket , and the electronic board is provided with a through-opening , the luminaire casing comprising a receiving part which delimits the receiving housing and extends through the through-opening .
User equipment, UE, comprising a receiving unit , an obtaining unit , and a sending unit , the receiving unit is configured to: receive and store an unscheduled uplink data sending resource or a shared uplink data sending resource from an access network device by a broadcast information wherein the uplink data sending resource is a resource shared by a plurality of UEs; after receiving the unscheduled or the shared uplink data sending resource, receive paging information from the access network device, wherein the paging information is used to instruct the UE to send a paging response information to the access network device by using the unscheduled or a shared uplink data sending resource; the obtaining unit is configured to select a stored uplink data sending resource from the unscheduled or shared uplink data sending resource; and the sending unit is configured to: after the obtaining unit selecting the uplink data sending resource, send paging response information to the access network device by using the selected uplink data sending resource, the UE characterized in that the obtaining unit is configured to select the stored uplink data sending resource according to an air interface quality. receive and store an unscheduled uplink data sending resource or a shared uplink data sending resource from an access network device by a broadcast information wherein the uplink data sending resource is a resource shared by a plurality of UEs; after receiving the unscheduled or the shared uplink data sending resource, receive paging information from the access network device, wherein the paging information is used to instruct the UE to send a paging response information to the access network device by using the unscheduled or a shared uplink data sending resource; the obtaining unit is configured to select a stored uplink data sending resource from the unscheduled or shared uplink data sending resource; and the sending unit is configured to: after the obtaining unit selecting the uplink data sending resource, send paging response information to the access network device by using the selected uplink data sending resource, the UE characterized in that the obtaining unit is configured to select the stored uplink data sending resource according to an air interface quality.
Process for condensing a first fluid using a second fluid comprising steps of: - phase separation in order to obtain a liquid portion and a gaseous portion of said second fluid in a phase separator ; and - heat exchange in the heat exchanger between the liquid portion of the second fluid and the first fluid in order to liquefy the first fluid at least partially and in order to entirely vaporize the liquid portion of the second fluid, - mixing of the vaporized liquid portion with the gaseous portion outside of the phase separator, characterized in that the first fluid contains at least 50 mol% of carbon dioxide. - phase separation in order to obtain a liquid portion and a gaseous portion of said second fluid in a phase separator ; and - heat exchange in the heat exchanger between the liquid portion of the second fluid and the first fluid in order to liquefy the first fluid at least partially and in order to entirely vaporize the liquid portion of the second fluid, - mixing of the vaporized liquid portion with the gaseous portion outside of the phase separator, characterized in that the first fluid contains at least 50 mol% of carbon dioxide.
Stamp for embossing or cutting out, comprising a plate on which at least one handle is arranged, wherein the plate has a top surface and a base surface opposite the top surface and an edge surface connecting the top surface and the base surface and on which at least one projection protrudes out of the base surface and/or at least one indentation protrudes into the latter, wherein the handle is connected to the plate in an articulated manner and can be transferred from a rest position into a usage position and vice versa, wherein the handle and the plate are formed in one piece from a plastic, wherein the handle is formed as a bow handle , which is secured to the plate via two joints spaced apart from each other and formed as film hinges, and wherein the film hinges are formed by a material weakening between plate and handle , and wherein the handle , in its rest position, encloses the plate at least partly at the edge.
An opening and closing device control system , comprising: an opening and closing device which opens and closes an opening of a garage by an opening and closing body ; a transmitter which is provided in a vehicle and turns on/off sending of an automatic transmitting signal in conjunction with turning on/off of a start switch of the vehicle ; an inside-garage sensor which outputs a vehicle sensing signal upon contactlessly sensing the vehicle in the garage ; an outside-garage sensor which outputs the vehicle sensing signal upon contactlessly sensing the vehicle in a specified area (E) outside the garage ; and a controller which controls the opening and closing device , characterised in that a receiver is connected to_the controller and wherein the controller causes the opening and closing device to perform an open operation when either a condition, under which the vehicle sensing signal from the inside-garage sensor is present and the automatic transmitting signal is received by the receiver , or a condition, under which the vehicle sensing signal from the outside-garage sensor is present and the automatic transmitting signal is received by the receiver , is satisfied. an opening and closing device which opens and closes an opening of a garage by an opening and closing body ; a transmitter which is provided in a vehicle and turns on/off sending of an automatic transmitting signal in conjunction with turning on/off of a start switch of the vehicle ; an inside-garage sensor which outputs a vehicle sensing signal upon contactlessly sensing the vehicle in the garage ; an outside-garage sensor which outputs the vehicle sensing signal upon contactlessly sensing the vehicle in a specified area (E) outside the garage ; and a controller which controls the opening and closing device , characterised in that a receiver is connected to_the controller and wherein the controller causes the opening and closing device to perform an open operation when either a condition, under which the vehicle sensing signal from the inside-garage sensor is present and the automatic transmitting signal is received by the receiver , or a condition, under which the vehicle sensing signal from the outside-garage sensor is present and the automatic transmitting signal is received by the receiver , is satisfied.
An automotive battery comprising: an anode battery terminal and a cathode battery terminal: a plurality of serially connected cells each cell selected from a group consisting of NiMH - Nickel metal hydride cells and or Li-Ion - Lithium-Ion cells and or Li-Pol - Lithium polymer cells, the cells being connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals and a plurality of serially connected ultracapacitors connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals, characterized in that the automotive battery is leadless, in that the serially connected cells and the serially connected ultracapacitors are parallel-connected between the anode battery terminal and the cathode battery terminal to define a parallel circuit between the anode battery terminal and the cathode battery terminal, and in that the anode and cathode battery terminals are terminals of the automotive battery, in that the resistance of the plurality of the serially connected cells is three to ten times resistance of the plurality of serially connected ultracapacitors, in that the cells and the ultracapacitors are connected to charge and discharge through the cathode battery terminal, in that the automotive battery is made as a solid monolithic unit, and in that the solid monolithic unit includes the cells and the ultracapacitors potted with epoxy. a plurality of serially connected cells each cell selected from a group consisting of NiMH - Nickel metal hydride cells and or Li-Ion - Lithium-Ion cells and or Li-Pol - Lithium polymer cells, the cells being connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals and a plurality of serially connected ultracapacitors connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals, characterized in that the automotive battery is leadless, in that the serially connected cells and the serially connected ultracapacitors are parallel-connected between the anode battery terminal and the cathode battery terminal to define a parallel circuit between the anode battery terminal and the cathode battery terminal, and in that the anode and cathode battery terminals are terminals of the automotive battery, in that the resistance of the plurality of the serially connected cells is three to ten times resistance of the plurality of serially connected ultracapacitors, in that the cells and the ultracapacitors are connected to charge and discharge through the cathode battery terminal, in that the automotive battery is made as a solid monolithic unit, and in that the solid monolithic unit includes the cells and the ultracapacitors potted with epoxy.