mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a wireless access point to exchange data with a plurality of devices , the data being exchanged wirelessly over a frequency range having a plurality of subcarriers (210 1 , 210 2 ...210 24 ), the method comprising: sensing activity in at least a portion of a plurality of subcarriers, the sensing comprising for each subcarrier of the portion: at a first time, detecting whether a signal is being transmitted over the subcarrier; and when a signal is detected at the first time, waiting a random interval and detecting whether a signal is being transmitted over the subcarrier; generating a plurality of subcarrier assignments, each of the subcarrier assignments being associated with a device of the plurality of devices, and each of the subcarrier assignments being selected based at least in part on the sensed activity, and the subcarrier assignments of the plurality of subcarrier assignments being selected to distinguish communications with each of the plurality of devices from communications with others of the plurality of devices; sending each of the plurality of subcarrier assignments to the associated device of the plurality of devices; and communicating with the device using the assigned subcarriers; and modifying error correction processing to ignore subcarriers in which no information is being transmitted. at a first time, detecting whether a signal is being transmitted over the subcarrier; and when a signal is detected at the first time, waiting a random interval and detecting whether a signal is being transmitted over the subcarrier; generating a plurality of subcarrier assignments, each of the subcarrier assignments being associated with a device of the plurality of devices, and each of the subcarrier assignments being selected based at least in part on the sensed activity, and the subcarrier assignments of the plurality of subcarrier assignments being selected to distinguish communications with each of the plurality of devices from communications with others of the plurality of devices; sending each of the plurality of subcarrier assignments to the associated device of the plurality of devices; and communicating with the device using the assigned subcarriers; and modifying error correction processing to ignore subcarriers in which no information is being transmitted.
A seal member for use with a replacement heart valve implant , comprising: a tubular polymeric seal element configured to be disposed on an outer surface of a replacement heart valve implant , the tubular polymeric seal element defining a central longitudinal axis; and a reinforcement strip fixedly attached to the tubular polymeric seal element proximate a first end of the tubular polymeric seal element, the reinforcement strip extending circumferentially around the central longitudinal axis; characterized in that the reinforcement strip includes a radiopaque element extending circumferentially around the central longitudinal axis. a tubular polymeric seal element configured to be disposed on an outer surface of a replacement heart valve implant , the tubular polymeric seal element defining a central longitudinal axis; and a reinforcement strip fixedly attached to the tubular polymeric seal element proximate a first end of the tubular polymeric seal element, the reinforcement strip extending circumferentially around the central longitudinal axis; characterized in that the reinforcement strip includes a radiopaque element extending circumferentially around the central longitudinal axis.
Three-position cylinder , which is designed as a transmission actuator of an automated transmission of a motor vehicle, with a series-connected auxiliary cylinder with an auxiliary piston , wherein the auxiliary piston can be acted upon on two sides, wherein the auxiliary piston is a single piston, wherein a piston rod of the auxiliary piston is arranged coaxially in relation to the piston rod of a main piston in the three-position cylinder, wherein the piston rods are connected to one another or functional parts of a common piston rod , with a fluid system, with which pressure chambers of the auxiliary cylinder can be activated parallel to the pressure chambers of the three-position cylinder , characterized in that the three-position cylinder is formed in a stepped manner and has just one drag piston , which is displaceably arranged on the main piston , and wherein the auxiliary cylinder has no drag piston.
An apparatus for connecting and monitoring processes of a production machine , wherein the apparatus comprises: - a process monitoring device which is designed to capture sensor data of the production machine and process data of the production machine ; - a connection device which is designed to capture control data of the production machine ; - a server device , wherein the apparatus is designed, according to - the sensor data, - the process data, - connection data provided by the connection device and - cloud and server data, to change a hardware function of the apparatus, and wherein the server device is designed to change the hardware function of the apparatus by means of a trigger. - a process monitoring device which is designed to capture sensor data of the production machine and process data of the production machine ; - a connection device which is designed to capture control data of the production machine ; - a server device , the apparatus is designed, according to - the sensor data, - the process data, - connection data provided by the connection device and - cloud and server data, - the sensor data, - the process data, - connection data provided by the connection device and - cloud and server data, to change a hardware function of the apparatus, and wherein the server device is designed to change the hardware function of the apparatus by means of a trigger.
System for adjusting a driver's seat of a motor vehicle, in particular a system for adjusting the driving position of a driver's seat of a motor vehicle, comprising a computer , a set of actuators of the seat that are controlled by the computer, and a human-machine interface connected to the computer for controlling the adjustment of the seat, characterized in that the system comprises means for limiting the movement of the seat to within a range (I) of permissible movement values when the vehicle is moving.
A water vapour-permeable and hot water-resistant paper made substantially of cellulose and of manufacturing additives required for cellulose production, such as pH-value adjusting agents based on acids and/or bases, characterized in that the paper exclusively contains cellulose with fibre lengths of at least 2.0 mm as a length-weighted mean, in particular of at least 2.5 mm as a length-weighted mean, that the cellulose forming the paper is a cellulose ground to a consistency of 30 - 35 % by high-consistency grinding and possibly to a consistency of 4 - 6 % by low-consistency grinding, that a proportion of fines consisting of cellulose fibres in the paper is set at values smaller than 6.5 % and that the pH value is set in the pseudo-neutral range, in particular at values under 7.5, preferably at values between 6.6 and 7.4, and that an elongation of the paper in the machine direction is ≤ 3 %.
A sound insulation member (16; 40; 60; 80) comprising: a fitting portion (24; 42; 68; 82) that is fitted into at least one of a door front-side end portion and a door rear-side end portion of an inner weather strip that is disposed at an upper portion of a door inner panel ; a sound damping portion, a sealing portion (26; 46; 70; 84) that fills a gap between the inner weather strip and the door inner panel , characterized by further comprising a covering portion that is provided on the fitting portion and covers a door lower side of the end portion of the inner weather strip. a fitting portion (24; 42; 68; 82) that is fitted into at least one of a door front-side end portion and a door rear-side end portion of an inner weather strip that is disposed at an upper portion of a door inner panel ; a sound damping portion, a sealing portion (26; 46; 70; 84) that fills a gap between the inner weather strip and the door inner panel , characterized by further comprising a covering portion that is provided on the fitting portion and covers a door lower side of the end portion of the inner weather strip.
A method of creating a chemically-induced dimerizing protein system comprising: a. selecting a metatype antibody binding domain (AB2) that binds a portion of a first antibody binding domain (AB1), but only when AB1 is bound to a small molecule to form an AB1/small molecule complex; and b. expressing AB1 as a fusion protein with a first effector molecule and expressing AB2 as a fusion protein with a second effector molecule. a. selecting a metatype antibody binding domain (AB2) that binds a portion of a first antibody binding domain (AB1), but only when AB1 is bound to a small molecule to form an AB1/small molecule complex; and b. expressing AB1 as a fusion protein with a first effector molecule and expressing AB2 as a fusion protein with a second effector molecule.
A rotor arrangement mountable on a shaft for rotation relative to a stator of a rotary arrangement having a plurality of laminations joined together to form a multilayer laminated rotor with a plurality of magnet receptacles , each of the laminations comprising: a solid central section surrounding an opening within which the shaft is receivable, spokes extending substantially radially outwardly from the solid central section , ribs interposed between adjacent spokes , bridges interconnecting the spokes and ribs , wherein at least some of the bridges are inset from an outer diameter of the lamination toward the solid central section to decrease fluid flow impedance and improve rotary motor cooling, wherein the bridges extend approximately circumferentially and further comprising additional radially extending bridges that interconnect the solid central section and a plurality of the ribs , further comprising air flow passages between the magnet receptacles and the radially extending bridges . a solid central section surrounding an opening within which the shaft is receivable, spokes extending substantially radially outwardly from the solid central section , ribs interposed between adjacent spokes , bridges interconnecting the spokes and ribs , wherein at least some of the bridges are inset from an outer diameter of the lamination toward the solid central section to decrease fluid flow impedance and improve rotary motor cooling, wherein the bridges extend approximately circumferentially and further comprising additional radially extending bridges that interconnect the solid central section and a plurality of the ribs , further comprising air flow passages between the magnet receptacles and the radially extending bridges .
A muscle electrostimulation device configured to apply electrostimulation to a muscle, wherein the electrostimulation includes repeatedly output multiple burst waves, the burst waves each including a pulse group output period for outputting multiple rectangular wave pulse signals, with an output stop time being inserted between the rectangular wave pulse signals, and a pulse group output suspension period for suspending output of the rectangular wave pulse signals, the pulse group output suspension period being longer than the output stop time, and the repeated burst waves each include at least one rectangular wave pulse signal having positive polarity and at least one rectangular wave pulse signal having negative polarity, the muscle electrostimulation device comprising: a main body ; an electrode unit for outputting the electrostimulation; a power source for supplying power to the electrode unit, the power source being embedded in the main body; a controller for controlling power supply by the power source; and an operation unit configured to be capable of changing a control mode of the controller, wherein the electrode unit includes multiple electrodes (311-313, 321-323) and leads for electrically connecting the electrodes to the power source via the controller, and the electrodes and the leads are formed on a sheet-shaped substrate extending from the main body. a main body ; an electrode unit for outputting the electrostimulation; a power source for supplying power to the electrode unit, the power source being embedded in the main body; a controller for controlling power supply by the power source; and an operation unit configured to be capable of changing a control mode of the controller, wherein the electrode unit includes multiple electrodes (311-313, 321-323) and leads for electrically connecting the electrodes to the power source via the controller, and the electrodes and the leads are formed on a sheet-shaped substrate extending from the main body.
A method for a playback system comprising a plurality of playback devices, the method comprising: storing, by each of a plurality of playback devices of a zone group, a state variable respectively associated with each playback device of the zone group, each state variable indicating a current zone group and a current playback responsibility for the respective playback device; rendering by a plurality of playback devices in the zone group audio content in synchrony; detecting, by at least one playback device of the zone group, addition of a new playback device to the zone group; updating, by each of the plurality of playback devices of the zone group, a state variable corresponding to the new playback device to indicate that the new playback device is included in the zone group, determining, by at least one playback device of the zone group, a playback responsibility of the new playback device for rendering audio content; adjusting audio playback by at least one playback device of the zone group to at least partially remove the determined playback responsibility of the new playback device from the audio content played back by the at least one playback device; and updating, by each playback device in the zone group, the stored state variables respectively associated with each playback device of the zone group to indicate the respective adjusted playback responsibilities. storing, by each of a plurality of playback devices of a zone group, a state variable respectively associated with each playback device of the zone group, each state variable indicating a current zone group and a current playback responsibility for the respective playback device; rendering by a plurality of playback devices in the zone group audio content in synchrony; detecting, by at least one playback device of the zone group, addition of a new playback device to the zone group; updating, by each of the plurality of playback devices of the zone group, a state variable corresponding to the new playback device to indicate that the new playback device is included in the zone group, determining, by at least one playback device of the zone group, a playback responsibility of the new playback device for rendering audio content; adjusting audio playback by at least one playback device of the zone group to at least partially remove the determined playback responsibility of the new playback device from the audio content played back by the at least one playback device; and updating, by each playback device in the zone group, the stored state variables respectively associated with each playback device of the zone group to indicate the respective adjusted playback responsibilities.
A walker (M), comprising: a walker body ; a handle unit , connected to the walker body ; a first wheel unit , connected to the walker body ; a second wheel unit , connected to the walker body , wherein in an auxiliary mode, a first gap (d1) is formed between the first wheel unit and the second wheel unit , and in a driving mode, a second gap (d2) is formed between the first wheel unit and the second wheel unit , and the first gap (d1) is smaller than the second gap (d2); and a gear set , wherein the gear set is connected to the walker body , the handle unit is directly connected to the gear set , and the second wheel unit is connected to the gear set , wherein the handle unit drives the gear set , wherein the gear set comprises a first gear , a second gear and a third gear , the handle unit comprises a handle linkage , the second wheel unit comprises a wheel linkage , the handle linkage is affixed to the first gear , the wheel linkage is affixed to the third gear , the first gear is meshed to the second gear , and the second gear is meshed to the third gear , wherein in the auxiliary mode, when a pressing force is applied to the handle unit , the pressing force is transmitted to the gear set and pushes the second wheel unit , and the second wheel unit tends to move toward the first wheel unit . a walker body ; a handle unit , connected to the walker body ; a first wheel unit , connected to the walker body ; a second wheel unit , connected to the walker body , wherein in an auxiliary mode, a first gap (d1) is formed between the first wheel unit and the second wheel unit , and in a driving mode, a second gap (d2) is formed between the first wheel unit and the second wheel unit , and the first gap (d1) is smaller than the second gap (d2); and a gear set , wherein the gear set is connected to the walker body , the handle unit is directly connected to the gear set , and the second wheel unit is connected to the gear set , wherein the handle unit drives the gear set , wherein the gear set comprises a first gear , a second gear and a third gear , the handle unit comprises a handle linkage , the second wheel unit comprises a wheel linkage , the handle linkage is affixed to the first gear , the wheel linkage is affixed to the third gear , the first gear is meshed to the second gear , and the second gear is meshed to the third gear ,
Path planning method for computing optimal parking maneuvers for road vehicles , in particular operating in a known environment in the presence of static obstacles, said method comprising operating according to a dynamic programming calculation procedure to compute a set of vehicle controls ( Ω , I ) implementing an optimal parking maneuver to reach a target set of states ( Γ; x 1 ) corresponding to a given parking target, said parking maneuvers being trajectories ( y x 0 ,α ( t )) obtained by a system of equations modeling the evolution of a state ( x(t) ) of said road vehicle as a function of vehicle controls (α), characterized in computing a set of value functions ({ V 0, , ... , V K max }) of a cost function ( t c ) of parking maneuvers reaching said target set of states ( x 1 ) as the unique viscosity solution of a Hamilton Jacobi Bellman equation, supplying said set of value functions ({ V 0, , ... , V K max }), together with a starting state (x 0 ) of the vehicle, as input to a control synthesis procedure calculating at least said set of vehicle controls ( Ω,I ), wherein said set of equations modeling the evolution of the state of said road vehicle is a switched system of equations switching between a first sub-system ( ƒ ( x, 1 ,ω )) if the vehicle is in forward motion and a second sub-system (( ƒ ( x ,2, ω ))) if the vehicle is in reverse or backwards motion, said cost function ( t c ) taking into account an arrival time (t) of the vehicle for a given parking maneuver and a number of direction changes (k) of the road vehicle between forward motion and reverse motion multiplied by a settable penalty parameter (P), said set of value functions ({ V 0, , ... , V K max }) of said cost function ( t c ) comprising a sequence of said value functions ({ V 0, , ... , V K max }) according to an index corresponding to said number of direction changes (k), ranging from a zero number of direction changes to a maximum number (K max ) of direction changes.
A lighting unit configured to illuminate a surface having a proximal portion and a distal portion in relation to the lighting unit, the lighting unit comprising: a light source configured to emit a light beam ; an optic positioned between the light source and the surface, the optic configured to modify the emitted light beam to comprise a largely uniform illumination distribution along the surface, and comprising an input surface facing the light source, the input surface comprising: (i) a convex lens portion configured to direct a portion of the emitted light beam at the distal portion of the surface, and (ii) a concave lens portion configured to direct a portion of the emitted light beam at the proximal portion of the surface, characterized in that a diffuser positioned between the optic and the surface, wherein the diffuser is placed over the optic and at least partially contoured around the optic, and in that the diffuser is curved around the optic such that the light beam leaving the optic approaches the diffuser at an angle substantially perpendicular to the diffuser's surface. a light source configured to emit a light beam ; an optic positioned between the light source and the surface, the optic configured to modify the emitted light beam to comprise a largely uniform illumination distribution along the surface, and comprising an input surface facing the light source, the input surface comprising: (i) a convex lens portion configured to direct a portion of the emitted light beam at the distal portion of the surface, and (ii) a concave lens portion configured to direct a portion of the emitted light beam at the proximal portion of the surface, characterized in that a diffuser positioned between the optic and the surface,
An aerosol-forming article comprising an aerosol-forming substrate and at least one filter element downstream of the substrate and circumscribed by a plug wrap wherein the at least one filter element is a hollow bore filter element and wherein the article has at least one unimpeded flow path along the outer surface of the filter element; characterised in that the plug wrap conforms to the at least one unimpeded flow path along the outer surface of the filter element.
Rail vehicle with at least one apparatus for wastewater reprocessing , comprising at least one evaporator for evaporating the wastewater through supply of thermal energy and of air flowing over, characterized in that the evaporator comprises an apparatus for supplying air from the rail vehicle and for causing said air to flow over the wastewater to be evaporated.
An herbal composition for use in preventing or treating a viral infection caused by a coronavirus, comprising an extract from an herbal raw material and a pharmaceutically acceptable carrier, wherein the herbal raw material comprises Ohwia caudata, wherein the Ohwia caudata is an Ohwia caudata root, or a combination of the Ohwia caudata root and an Ohwia caudata leaf, and wherein the extract from the herbal raw material is a water extract.
A method comprising configuring a processor of a computing device to: receive key performance data for automated debugging of a production application, analyze the key performance data to identify a critical thread, the critical thread comprising a thread running a call site, the call site causing a performance slowdown of the production application; create a call graph prefix binary tree for the critical thread that clusters over time call stacks of the critical thread for analyzing call stack patterns of the critical thread; and provide analysis results identifying the call site associated with the performance slowdown. receive key performance data for automated debugging of a production application, analyze the key performance data to identify a critical thread, the critical thread comprising a thread running a call site, the call site causing a performance slowdown of the production application; create a call graph prefix binary tree for the critical thread that clusters over time call stacks of the critical thread for analyzing call stack patterns of the critical thread; and provide analysis results identifying the call site associated with the performance slowdown.