mhurhangee/patent-ind-claim-en huggingface dataset:
A touch sensor comprising: a plurality of first electrodes extending in a first direction and arranged in parallel to each other; a plurality of second electrodes extending in a second direction and arranged in parallel to each other to cross the plurality of first electrodes; and a capacitance measurer configured to obtain mutual capacitances between the plurality of first electrodes and the plurality of second electrodes, wherein at least one of the plurality of first electrodes comprises: a plurality of first linear patterns provided along the first direction; and a plurality of first loop patterns interconnecting adjacent ones of the plurality of first linear patterns; wherein a loop pattern is an empty pattern, having a void therein; wherein the plurality of first electrodes and the plurality of second electrodes are of metal and are provided on the same plane; and in that the plurality of second electrodes comprise: a plurality of second linear patterns provided along the second direction; and a plurality of second loop patterns interconnecting adjacent ones of the plurality of second linear patterns. a plurality of first electrodes extending in a first direction and arranged in parallel to each other; a plurality of second electrodes extending in a second direction and arranged in parallel to each other to cross the plurality of first electrodes; and a capacitance measurer configured to obtain mutual capacitances between the plurality of first electrodes and the plurality of second electrodes, wherein at least one of the plurality of first electrodes comprises: a plurality of first linear patterns provided along the first direction; and a plurality of first loop patterns interconnecting adjacent ones of the plurality of first linear patterns; a plurality of first linear patterns provided along the first direction; and a plurality of first loop patterns interconnecting adjacent ones of the plurality of first linear patterns; wherein a loop pattern is an empty pattern, having a void therein; wherein the plurality of first electrodes and the plurality of second electrodes are of metal and are provided on the same plane; and in that the plurality of second electrodes comprise: a plurality of second linear patterns provided along the second direction; and a plurality of second loop patterns interconnecting adjacent ones of the plurality of second linear patterns. a plurality of second linear patterns provided along the second direction; and a plurality of second loop patterns interconnecting adjacent ones of the plurality of second linear patterns.
A user equipment, UE, for wireless communication, comprising: at least one processor ; and at least one memory coupled with at least one processor and configured to cause the UE to: receive a revocation indication message from a network entity ; delete uncrewed/unmanned aerial system, UAS,-related authorization and security information corresponding to an uncrewed/unmanned aerial vehicle, UAV, ID; and transmit a revocation acknowledgement message to the network entity, characterized in that the UAS-related authorization and security information comprises one or more of: UAV UAS Service Supplier authentication and authorization, UUAA, results; Pairing/command and control, C2, authorization results; UUAA authorization information; security key; token; lifetime; pairing information; pairing authorization results; C2 association information; C2 association authorization results; UAS security information; session security key material; and session security token. at least one processor ; and at least one memory coupled with at least one processor and configured to cause the UE to: receive a revocation indication message from a network entity ; delete uncrewed/unmanned aerial system, UAS,-related authorization and security information corresponding to an uncrewed/unmanned aerial vehicle, UAV, ID; and transmit a revocation acknowledgement message to the network entity, characterized in that the UAS-related authorization and security information comprises one or more of: UAV UAS Service Supplier authentication and authorization, UUAA, results; Pairing/command and control, C2, authorization results; UUAA authorization information; security key; token; lifetime; pairing information; pairing authorization results; C2 association information; C2 association authorization results; UAS security information; session security key material; and session security token.
A method for the automatic adjustment of a cockpit inside a road vehicle driven by a driver (DR); the method comprises the steps of: - determining anthropometric data of the driver (DR); - processing, based on the anthropometric data, an ergonomic position (EP) of a model (M) of the driver (DR) sitting on board the road vehicle ; - processing, based on the ergonomic position (EP) of the model (M), an optimal configuration of the cockpit so that, in use, the driver (DR) substantially is in the ergonomic position (EP); - operating a plurality of actuator systems (6, 7, 9-11, 13-15) based on the processed optimal configuration (OC), so as to adjust a plurality of movable elements of the cockpit and cause the cockpit to reach the optimal configuration (OC); the method being characterized in that the ergonomic position (EP) of the model (M) and, hence, the optimal configuration (OC) of the cockpit are processed by associating at least one respective predefined value with at least: - a minimum ground visibility (VS') of the driver (DR) depending on the architecture of the road vehicle ; - a minimum visibility (VS") of a control panel fitted on board a dashboard of the road vehicle ; and - at least one first comfort angle (A46) of a body joint of the driver (DR), wherein the first comfort angle (A46) is the angle of an ankle of the driver (DR) in a driving position. - determining anthropometric data of the driver (DR); - processing, based on the anthropometric data, an ergonomic position (EP) of a model (M) of the driver (DR) sitting on board the road vehicle ; - processing, based on the ergonomic position (EP) of the model (M), an optimal configuration of the cockpit so that, in use, the driver (DR) substantially is in the ergonomic position (EP); - operating a plurality of actuator systems (6, 7, 9-11, 13-15) based on the processed optimal configuration (OC), so as to adjust a plurality of movable elements of the cockpit and cause the cockpit to reach the optimal configuration (OC); - a minimum ground visibility (VS') of the driver (DR) depending on the architecture of the road vehicle ; - a minimum visibility (VS") of a control panel fitted on board a dashboard of the road vehicle ; and - at least one first comfort angle (A46) of a body joint of the driver (DR), wherein the first comfort angle (A46) is the angle of an ankle of the driver (DR) in a driving position.
A system for converting wave energy from a body of water having waves into usable mechanical energy, said system comprising: an articulated barge system for floating on the body of water having waves, said barge system comprising: a first barge comprising a bow flare with an increasing draft up to a maximum draft (D1) and a first barge portion with said maximum draft (D1), said first barge is pivotally-coupled to a second barge (AB) having three portions, said first portion having a first draft (D1) that is similar to said maximum draft (D1) of said first barge , said second portion comprising a lever-arm barge that forms a second draft (D LB ) that is smaller than said first draft (D1) of said first portion when said first and second barges (22, AB) are positioned in the body of water, and said third portion comprising a stern flare with a decreasing draft from said second draft (D LB ); and at least one pump (P) positioned across said pivot that converts wave energy into pump (P) motion when said first and second barges (22, AB) articulate; and wherein said lever-arm barge reduces attenuation of available wave energy along a length of said second barge (AB). a first barge comprising a bow flare with an increasing draft up to a maximum draft (D1) and a first barge portion with said maximum draft (D1), said first barge is pivotally-coupled to a second barge (AB) having three portions, said first portion having a first draft (D1) that is similar to said maximum draft (D1) of said first barge , said second portion comprising a lever-arm barge that forms a second draft (D LB ) that is smaller than said first draft (D1) of said first portion when said first and second barges (22, AB) are positioned in the body of water, and said third portion comprising a stern flare with a decreasing draft from said second draft (D LB ); and at least one pump (P) positioned across said pivot that converts wave energy into pump (P) motion when said first and second barges (22, AB) articulate; and wherein said lever-arm barge reduces attenuation of available wave energy along a length of said second barge (AB).
Backflush filter for liquid media, especially for liquid fuels, having a filter housing that has a filter inlet, a filter outlet and a flushing connection, having a cylindrical filter insert , being fixedly arranged in the filter housing, flowable through by the medium to be filtered from the inside to the outside and formed by means of at least one cylindrical supporting cage , which has at least two groups of slot-type apertures , and at least one filtering means supported on the supporting cage , wherein the apertures within each group extend in parallel alignment with one another and are separated from one another by mutually parallel ribs of the supporting cage , and having a backflushing device , which is arranged in the interior of the filter insert , is rotatable in the filter insert about an axis (M) by means of an actuating drive , has at least one slit and extends over the height of the filter insert, said backflushing device serving for zone-wise flushing of the filtering means via the slit and apertures and for carrying filter residues to the flushing connection during a backflush cycle, wherein the slot-type apertures of one group are arranged circumferentially offset relative to those of the other group(s) , and the apertures of one group lie in a common plane with the ribs of the other group(s) , characterized in that the backflushing device has at least two mutually separate flushing chambers , arranged vertically offset relative to one another and having associated slits , and a hollow shaft , which is capable of limited rotary motion relative to the flushing chambers and has a first radial outlet in the region of the first flushing chamber and a second radial outlet in the region of the second flushing chamber , which second radial outlet is arranged on the hollow shaft in a manner vertically offset and circumferentially offset relative to the first radial outlet , wherein the direction of movement of the backflushing device can be reversed by means of the actuating drive during the backflush cycle, and driving means for simultaneous movement of the flushing chambers and the hollow shaft in the respective direction of motion after a reversal of direction and for rotation of the hollow shaft and the flushing chambers relative to one another are provided for both directions of motion, and in that the filtering means comprises a pleated, preferably multi-ply, filter fabric or filter cloth with pleating folds , and in that all the ribs fit with a rib front into respective pleating folds .
Chimeric GPCR protein, which is suitable for coupling a light signal to a signalling cascade of mGluR6 in inner retinal ON bipolar cells, which is comprising domains derived from at least two members of a G-protein-coupled-receptor (GPCR) protein family, wherein a first GPCR family member is a light-sensitive GPCR derived from melanopsin contributing all extracellular domains which are three extracellular loops EL1, EL2, EL3 and the N-terminus NT and all seven transmembrane domains which are TM1 to TM7 and wherein a second GPCR family member is mGluR6, wherein mGluR6 is contributing at least intracellular loops IL2 and IL3 and a C-terminus CT wherein the intracellular domains of mGluR6 replace corresponding intracellular domains of melanopsin and wherein the domains contributed by mGluR6 comprise at least some of its domains which mediate coupling of the light activation to the signaling cascade of mGluR6 by being capable of binding to a Galpha(o) protein specific for the mGluR6 signaling cascade.
An elevator system , comprising: an elevator car ; a machine including a motor that provides a motive force for moving the elevator car along a travel path and a machine brake that resists movement of the elevator car ; and a brake controller configured to control operation of the machine brake during an overspeed or emergency stop situation; wherein the brake controller is configured to: determine when the elevator car is within a selected range of at least one end of the travel path, characterized in that the selected range is configured based on at least a braking torque of the machine brake and a load of the elevator car , inhibit a delay in application of the machine brake when the elevator car is within the selected range, and permit the delay in application of the machine brake when the elevator car is outside of the selected range to smooth out the way in which the elevator car stops. an elevator car ; a machine including a motor that provides a motive force for moving the elevator car along a travel path and a machine brake that resists movement of the elevator car ; and a brake controller configured to control operation of the machine brake during an overspeed or emergency stop situation; wherein the brake controller is configured to: determine when the elevator car is within a selected range of at least one end of the travel path, characterized in that the selected range is configured based on at least a braking torque of the machine brake and a load of the elevator car , inhibit a delay in application of the machine brake when the elevator car is within the selected range, and permit the delay in application of the machine brake when the elevator car is outside of the selected range to smooth out the way in which the elevator car stops.
A computer-implemented method, comprising: receiving, at an information handling device, an indication to initiate a contextual session associated with a context, the contextual session being a contextual conversation mode of a voice activated digital assistant software implemented in the information handling device; receiving, at the device, at least one context input during a duration of the contextual session, the context input being a vocal command associated with the context, provided by the user of the device; and responsive to receiving the at least one context input, extending the duration of the contextual session, wherein, during the extended duration, one or more subsequent context inputs are received and are processed by the voice activated digital assistant software, characterized in that the indication to initiate a contextual session is a user-communicated wakeup action such as a wakeup word or a wakeup gesture followed by a context command triggering the digital assistant to initiate a contextual session in which subsequent user inputs are related to the context, or subject, of the context command. receiving, at an information handling device, an indication to initiate a contextual session associated with a context, the contextual session being a contextual conversation mode of a voice activated digital assistant software implemented in the information handling device; receiving, at the device, at least one context input during a duration of the contextual session, the context input being a vocal command associated with the context, provided by the user of the device; and responsive to receiving the at least one context input, extending the duration of the contextual session, wherein, during the extended duration, one or more subsequent context inputs are received and are processed by the voice activated digital assistant software,
A power drive unit, PDU, comprising: an outer rotor having a first magnetic member disposed on a radially inner surface of the outer rotor, the outer rotor coupled to a hollow shaft, the outer rotor configured to rotate about an axis ; an inner shaft configured to rotate about the axis, the inner shaft located concentrically with respect to the hollow shaft and extending into at least a portion of the hollow shaft; an inner rotor having a second magnetic member disposed on a radially outer surface of the inner rotor, the inner rotor configured to drive the inner shaft ; a stator located between the outer rotor and the inner rotor, the stator having at least one winding in electromagnetic communication with the first magnetic member and the second magnetic member; a first motorized roller coupled to the hollow shaft and configured to rotate with the hollow shaft; a second motorized roller coupled to the inner shaft and configured to rotate with the shaft about the axis; a first liner disposed on a radially outer surface of the first motorized roller; and a second liner disposed on a radially outer surface of the second motorized roller. an outer rotor having a first magnetic member disposed on a radially inner surface of the outer rotor, the outer rotor coupled to a hollow shaft, the outer rotor configured to rotate about an axis ; an inner shaft configured to rotate about the axis, the inner shaft located concentrically with respect to the hollow shaft and extending into at least a portion of the hollow shaft; an inner rotor having a second magnetic member disposed on a radially outer surface of the inner rotor, the inner rotor configured to drive the inner shaft ; a stator located between the outer rotor and the inner rotor, the stator having at least one winding in electromagnetic communication with the first magnetic member and the second magnetic member; a first motorized roller coupled to the hollow shaft and configured to rotate with the hollow shaft; a second motorized roller coupled to the inner shaft and configured to rotate with the shaft about the axis; a first liner disposed on a radially outer surface of the first motorized roller; and a second liner disposed on a radially outer surface of the second motorized roller.
A method for transmitting and receiving safety related information from an elevator car, wherein the safety related information is transmitted using a method for transmitting safety related information from an elevator car, the method for transmitting safety related information from an elevator car comprising: receiving at a communication module safety related information from at least one device producing safety related information; transmitting said received information as a first signal by a first wireless transmitter; producing a second signal based on said received information; and transmitting said second signal by a second wireless transmitter, characterized in that the method for receiving safety related information from an elevator car comprises: determining an interruption of both the first and second signal; and as a response to the determined interruption increasing a counter and preventing the operation of the elevator in case that the counter reaches a predetermined threshold value. receiving at a communication module safety related information from at least one device producing safety related information; transmitting said received information as a first signal by a first wireless transmitter; producing a second signal based on said received information; and transmitting said second signal by a second wireless transmitter, characterized in that the method for receiving safety related information from an elevator car comprises: determining an interruption of both the first and second signal; and as a response to the determined interruption increasing a counter and preventing the operation of the elevator in case that the counter reaches a predetermined threshold value.
Dishwashing system for cleaning washware having at least one cavity , comprising: - at least one dishwasher , wherein the dishwasher comprises at least one cleaning chamber for receiving the washware , wherein the dishwasher also has at least one application device for applying at least one cleaning fluid to the washware , wherein the dishwasher also has at least one pressurization device for applying compressed gas to the washware ; - at least one rack , which can be introduced into the cleaning chamber and has at least one rack base and a plurality of nozzles extending up from the rack base , wherein at least one compressed-gas feed line is provided in the rack base , wherein at least one compressed-gas channel is provided in each nozzle , wherein the compressed-gas feed line is fluidically connected to the compressed-gas channel , wherein the application device is configured to, in at least one cleaning step, apply the cleaning fluid by means of the nozzles to the cavities of washware mounted on the nozzles , and wherein the dishwasher is also configured to, in at least one drying step, apply compressed gas by means of the nozzles to the cavities of the washware mounted on the nozzles , characterized in that the dishwashing system is designed in the following way, in order to apply the cleaning fluid to the washware : - at least one fluid feed line , which is separate from the compressed-gas feed line , is also provided in the rack base and at least one fluid channel , which is separate from the compressed-gas channel , is provided in each nozzle , wherein the dishwashing system is configured to apply cleaning fluid to the fluid feed line and to the fluid channel by means of the application device and to apply compressed gas to the compressed-gas feed line and to the compressed-gas channel separately by means of the pressurization device . - at least one dishwasher , wherein the dishwasher comprises at least one cleaning chamber for receiving the washware , wherein the dishwasher also has at least one application device for applying at least one cleaning fluid to the washware , wherein the dishwasher also has at least one pressurization device for applying compressed gas to the washware ; - at least one rack , which can be introduced into the cleaning chamber and has at least one rack base and a plurality of nozzles extending up from the rack base , wherein at least one compressed-gas feed line is provided in the rack base , wherein at least one compressed-gas channel is provided in each nozzle , wherein the compressed-gas feed line is fluidically connected to the compressed-gas channel , - at least one fluid feed line , which is separate from the compressed-gas feed line , is also provided in the rack base and at least one fluid channel , which is separate from the compressed-gas channel , is provided in each nozzle , wherein the dishwashing system is configured to apply cleaning fluid to the fluid feed line and to the fluid channel by means of the application device and to apply compressed gas to the compressed-gas feed line and to the compressed-gas channel separately by means of the pressurization device .