mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving an action item trigger by a user of a conferencing application, the conferencing application comprising an action item generator; and in response to receiving the action item trigger, the action item generator: generating spoken words from audio data of a session of the conferencing application for a previous predetermined number of sentences spoken before receiving the action item trigger; normalizing the spoken words; generating higher level representations of the normalized spoken words; determining semantic similarities of the higher-level representations of the normalized spoken words and higher-level representations of normalized action words of an action word list; ranking options for top spoken words and action words based at least in part on the semantic similarities; identifying candidates for action words and/or phrases from the top spoken words and action words; and parsing the candidates to generate one or more action items. receiving an action item trigger by a user of a conferencing application, the conferencing application comprising an action item generator; and in response to receiving the action item trigger, the action item generator: generating spoken words from audio data of a session of the conferencing application for a previous predetermined number of sentences spoken before receiving the action item trigger; normalizing the spoken words; generating higher level representations of the normalized spoken words; determining semantic similarities of the higher-level representations of the normalized spoken words and higher-level representations of normalized action words of an action word list; ranking options for top spoken words and action words based at least in part on the semantic similarities; identifying candidates for action words and/or phrases from the top spoken words and action words; and parsing the candidates to generate one or more action items. generating spoken words from audio data of a session of the conferencing application for a previous predetermined number of sentences spoken before receiving the action item trigger; normalizing the spoken words; generating higher level representations of the normalized spoken words; determining semantic similarities of the higher-level representations of the normalized spoken words and higher-level representations of normalized action words of an action word list; ranking options for top spoken words and action words based at least in part on the semantic similarities; identifying candidates for action words and/or phrases from the top spoken words and action words; and parsing the candidates to generate one or more action items.
A method at a computing device comprising: receiving an encrypted token containing a token secret, along with the token secret in a format readable at the computing device, from a token issuing entity; receiving a challenge from a service provider; creating a response utilizing information from the challenge and the token secret; and forwarding the response and encrypted token to the service provider. receiving an encrypted token containing a token secret, along with the token secret in a format readable at the computing device, from a token issuing entity; receiving a challenge from a service provider; creating a response utilizing information from the challenge and the token secret; and forwarding the response and encrypted token to the service provider.
An annular turbine engine combustion chamber wall (16, 18) comprising, between a cold side (16a, 18a) and a hot side (16b, 18b): - a plurality of air admission orifices (28, 30) distributed along at least one circumferential row to enable the air flowing on said cold side to penetrate to said hot side, said air admission orifices creating around them zones of steep temperature gradient; and - a plurality of cooling orifices to enable the air flowing on said cold side to penetrate to said hot side in order to form a film of cooling air along said annular wall, said cooling orifices being distributed in a plurality of circumferential rows that are axially spaced apart from one another, and the axes of each of said cooling orifices being inclined in an axial flow direction D of the combustion gas at an angle of inclination θ1 relative to a normal N to said annular wall; said annular wall being characterized in that it further comprises, in said zones of steep temperature gradient, multi-perforation holes having respective bends of an angle α greater than 90°, said angle α being measured between an inlet axis Ae and an outlet axis As of said multi-perforation hole, said outlet axis of said multi-perforation hole being inclined at an angle θ3 relative to said normal N to said annular wall through which said multi-perforation holes with bends are formed, in a "gyration" direction that is at most perpendicular to said axial flow direction D of the combustion gas. - a plurality of air admission orifices (28, 30) distributed along at least one circumferential row to enable the air flowing on said cold side to penetrate to said hot side, said air admission orifices creating around them zones of steep temperature gradient; and - a plurality of cooling orifices to enable the air flowing on said cold side to penetrate to said hot side in order to form a film of cooling air along said annular wall, said cooling orifices being distributed in a plurality of circumferential rows that are axially spaced apart from one another, and the axes of each of said cooling orifices being inclined in an axial flow direction D of the combustion gas at an angle of inclination θ1 relative to a normal N to said annular wall;
Method for applying spreading material on a utilized agricultural area by means of an agricultural spreader having two spreading disks (12a, 12b) that can be driven in rotation, comprising the steps of: - applying spreading material by means of the agricultural spreader in a normal spreading mode of the agricultural spreader while traveling on inner driving tracks within a boundary-distal inner region of the utilized agricultural area; and - applying spreading material by means of the agricultural spreader in a boundary spreading mode of the agricultural spreader while traveling on an outer boundary driving track that runs, at least in some segments, parallel and adjacent to the boundary of the utilized agricultural area, within a boundary-proximal region of the utilized agricultural area; wherein, in the boundary spreading mode, a boundary spreading device for deflecting at least a portion of the discharged spreading material is used and a reduced total amount of spreading material is applied in comparison to the normal spreading mode, characterized in that the delivery point of the spreading material to the spreading disk of the agricultural spreader that faces away from the boundary of the utilized agricultural area in the boundary spreading mode differs from the delivery point of the spreading material to the spreading disks (12a, 12b) of the agricultural spreader in the normal spreading mode. - applying spreading material by means of the agricultural spreader in a normal spreading mode of the agricultural spreader while traveling on inner driving tracks within a boundary-distal inner region of the utilized agricultural area; and - applying spreading material by means of the agricultural spreader in a boundary spreading mode of the agricultural spreader while traveling on an outer boundary driving track that runs, at least in some segments, parallel and adjacent to the boundary of the utilized agricultural area, within a boundary-proximal region of the utilized agricultural area;
A method for creating a pliable thermal insulating material comprising the steps of: providing a high-temperature fabric having first and second sides; providing an oxidation-resistant coating; coating the first and second sides of the base fabric with the oxidation-resistant coating; and drying the fabric, wherein the thermal insulating material is reusable after exposure to temperatures of up to 1538 °C (2800°F), wherein the base fabric comprises a non-oxide based fabric, said fabric comprising silicon carbide and the coating comprising an unpyrolyzed silicon carbide pre-ceramic polymer resin and silicon carbide powder. providing a high-temperature fabric having first and second sides; providing an oxidation-resistant coating; coating the first and second sides of the base fabric with the oxidation-resistant coating; and drying the fabric, wherein the thermal insulating material is reusable after exposure to temperatures of up to 1538 °C (2800°F), wherein the base fabric comprises a non-oxide based fabric, said fabric comprising silicon carbide and the coating comprising an unpyrolyzed silicon carbide pre-ceramic polymer resin and silicon carbide powder.
User equipment circuitry configured to: receive, on an enhanced physical downlink control channel, ePDCCH, an indication of an offset value; receive, on the ePDCCH, one or more enhanced control channel elements, eCCEs, of the ePDCCH; select, based on the indication of the offset value, an offset value from a table comprising a plurality of sets of stored offset values; and determine allocation of an uplink resource of a physical uplink control channel, PUCCH, based at least in part on an index of a first eCCE of the one or more eCCEs and the selected offset value; characterized in that the plurality of sets of stored offset values comprises a set of offset values of -2, -1, 0, and 2. receive, on an enhanced physical downlink control channel, ePDCCH, an indication of an offset value; receive, on the ePDCCH, one or more enhanced control channel elements, eCCEs, of the ePDCCH; select, based on the indication of the offset value, an offset value from a table comprising a plurality of sets of stored offset values; and determine allocation of an uplink resource of a physical uplink control channel, PUCCH, based at least in part on an index of a first eCCE of the one or more eCCEs and the selected offset value; characterized in that the plurality of sets of stored offset values comprises a set of offset values of -2, -1, 0, and 2.
A fingerprint identification module applied for an electronic device, wherein the electronic device comprises a screen assembly provided with a glass substrate, the fingerprint identification module comprising: a co our filter coating applied onto the glass substrate; an optical collimator arranged at a side of the colour filter coating away from the glass substrate; and an image sensor arranged at a side of the optical collimator away from the colour filter coating; wherein the screen assembly further comprises an Organic Light-Emitting Diode (OLED) panel unit 2012 arranged at a side of the glass substrate away from the colour filter coating and a glass cover plate arranged at a side of the OLED panel unit away from the glass substrate, wherein the optical collimator and the image sensor are encapsulated to form an encapsulation structure. a co our filter coating applied onto the glass substrate; an optical collimator arranged at a side of the colour filter coating away from the glass substrate; and an image sensor arranged at a side of the optical collimator away from the colour filter coating; wherein the screen assembly further comprises an Organic Light-Emitting Diode (OLED) panel unit 2012 arranged at a side of the glass substrate away from the colour filter coating and a glass cover plate arranged at a side of the OLED panel unit away from the glass substrate, wherein the optical collimator and the image sensor are encapsulated to form an encapsulation structure.
A valve locatable between adjacent ends of two pipe segments (14, 16) of a fluid line, comprising: a valve body having opposite faces (24, 26), one of said faces being securable to one pipe segment end and the other of said faces being securable to the other pipe segment end, said body including a valve opening through one face substantially coaxial with the interior of said pipe segments and including a valve seat around said opening, said valve seat facing opposite said one face, and a wall extending between said faces defining a part of the circumference of said fluid line between said pipe segment ends with a radial opening in the other part of the fluid line circumference having no wall; a valve housing removably securable over the radial opening of said valve body whereby said valve body wall and said valve housing together define a closed circumference of said fluid line between said valve body opposite faces; and a valve flapper secured to said valve housing and pivotally biased relative to said valve housing toward closing against said valve seat; whereby said valve flapper is removable with said valve housing through said valve body radial opening when said valve housing is removed from said valve body; a pivot shaft with said valve flapper secured thereto, said pivot shaft extending through a transverse opening through said valve housing wherein one end of said pivot shaft projects from said housing and includes a radially extending arm; characterised in that said valve is a check valve which further comprises a spring biasing said arm toward pivoting said pivot shaft toward closing said valve flapper on said valve seat, wherein said spring is selectively detachable from said arm for removal of said housing from said valve body.
An occupant support comprising a mattress,a detector, and an energy management system comprising a plurality of thermally conductive pathways (38, 40) and a controller for activating at least one selected pathway in response to information from the detector to regulate energy transfer at a region of risk on the mattress wherein the detector comprises an array of pressure sensors located on the mattress for detecting regions of risk where the pressure is high, wherein the energy management system includes a plurality of heat flow augmentors which each comprise a thermoelectric module, characterized in that each thermally conductive pathway is defined by a strap (38, 40) located on the mattress, each thermoelectric module being coupled to an end region of a respective one of the plurality of straps such that the opposite end regions of each of the plurality of straps (38, 40) have a thermoelectric module coupled thereto, the thermoelectric modules being configured so that, when a voltage is applied, thermal energy is transferred at the detected region of risk, and in that the plurality of straps include a set of lateral straps and a set of longitudinal straps, the lateral and longitudinal straps (38, 40) defining junctures, and the at least one selected pathway is activated by the controller issuing a command to operate a subset of the thermoelectric modules.
A movement support apparatus comprising: a lower limb coupling portion configured to be coupled to a lower limb; an elastic member; a ground contact unit configured to include a ground contact plate for coming into contact with a surface and a transmission portion coupled to the elastic member; and an ankle portion installed between the lower limb coupling portion and the ground contact unit, wherein the ground contact unit is displaceable, based on contact with the surface, between a coupling position at which the transmission portion is moved into contact with the ankle portion to enable force to be transmitted between the elastic member and the ankle portion and a non-coupling position at which the transmission portion is moved so as to be uncoupled from the ankle portion, characterized in that the transmission portion includes a rack gear and the ankle portion includes a pinion gear configured to engage with the rack gear in said coupling position. a lower limb coupling portion configured to be coupled to a lower limb; an elastic member; a ground contact unit configured to include a ground contact plate for coming into contact with a surface and a transmission portion coupled to the elastic member; and an ankle portion installed between the lower limb coupling portion and the ground contact unit, wherein the ground contact unit is displaceable, based on contact with the surface, between a coupling position at which the transmission portion is moved into contact with the ankle portion to enable force to be transmitted between the elastic member and the ankle portion and a non-coupling position at which the transmission portion is moved so as to be uncoupled from the ankle portion, characterized in that the transmission portion includes a rack gear and the ankle portion includes a pinion gear configured to engage with the rack gear in said coupling position.
A method of operating a system for electrospray ionization of discrete liquid samples, wherein the system comprises an electrospray ionization emitter nozzle; a one-dimensional segmented sample array coupled to the electrospray ionization emitter nozzle, the array comprising a plurality of sample plugs including a first medium, the sample plugs separated by spacer plugs including a second medium; a pumping means operable to advance the array to the electrospray ionization emitter nozzle; and a power supply electrically coupled to a sample plug within or proximate to the electrospray ionization emitter nozzle and electrically coupled to a spray receiver, and a column selected from a chromatography column and a solid phase extraction column, wherein the column is positioned between the one-dimensional segmented sample array and the electrospray ionization emitter nozzle, wherein the method comprises performing sequential loading, extraction, and elution of the column with plugs in the segmented sample array.
A clamping jaw holder for smartphones or tablets, having a body, which forms a bearing surface for the smartphone or tablet and which accommodates an actuating mechanism, and two jaws (3, 4), which grip the smartphone or tablet on two opposing edge regions and of which at least one jaw can be moved between an open position and a variable closed position and can be locked in the closed position, and having a release button for unlocking the locking of the at least one movable jaw in the closed position thereof, characterized in that the two jaws (3, 4) are configured with edge elements which engage over the respective edge region of the smartphone or tablet in order to accommodate the respective edge region in a form-fitting manner, and in that at least one adjusting element (8, 9) is provided, which can be adjusted between a plurality of defined positions provided with markings and is configured with a key element which can interact with a complementary key element of the release button only in one specific position of the plurality of settable positions, in order to make an actuation of the release button into the release position thereof possible only in said specific position and to block the actuation thereof in all other positions.
Lapatinib, or a pharmaceutically acceptable salt or composition thereof, for use in treating a human for cancer, wherein said human is identified as not having one or more allelic polymorphisms selected from the group of: HLA-DQA1*0201, HLA-DQB1*0202, and/or HLA-DRB1*0701.
An oral care composition that alleviates dry mouth comprising a dry mouth alleviating component, wherein the dry mouth alleviating component comprises an extract of Arialaceae in an amount of from 0.15 to 0.75 wt% of the overall composition, and an orally acceptable vehicle, wherein the vehicle includes a water-phase with humectant wherein the humectant comprises propylene glycol.
An eye treatment system comprising: an eye treatment probe; a console having a cassette receptacle that receives a cassette, and multiple types of cassettes configured to couple the console with the probe, each type of cassette configured for engagement with the cassette receptacle, wherein a first type of cassette enables displacement-based aspiration and a second type of cassette enables both displacement-based aspiration and vacuum-based aspiration. an eye treatment probe; a console having a cassette receptacle that receives a cassette, and multiple types of cassettes configured to couple the console with the probe, each type of cassette configured for engagement with the cassette receptacle, wherein a first type of cassette enables displacement-based aspiration and a second type of cassette enables both displacement-based aspiration and vacuum-based aspiration.
An inspection system for a tire of a vehicle in a fleet, the system comprising: a portable inspection device including means for measuring a tire pressure, means for measuring a tread depth of the tire, and an antenna for wireless communication; a hand-held data device including a processor, memory and an antenna for wireless data transmission, wherein the data device is adapted to receive the measured tire pressure and the measured tread depth of the tire from the portable inspection device; a server remote from the data device; a first wireless transmission means to upload the measured tire pressure and the measured tread depth of the tire from the data device to the server; an analysis device in electronic communication with the server for analysis of the data uploaded from the data device; and a second wireless transmission means to communicate cloned data sets from the server to the data device; wherein the data device includes a camera to capture an image of at least one of a sidewall and a tread of the tire. a portable inspection device including means for measuring a tire pressure, means for measuring a tread depth of the tire, and an antenna for wireless communication; a hand-held data device including a processor, memory and an antenna for wireless data transmission, wherein the data device is adapted to receive the measured tire pressure and the measured tread depth of the tire from the portable inspection device; a server remote from the data device; a first wireless transmission means to upload the measured tire pressure and the measured tread depth of the tire from the data device to the server; an analysis device in electronic communication with the server for analysis of the data uploaded from the data device; and a second wireless transmission means to communicate cloned data sets from the server to the data device; wherein the data device includes a camera to capture an image of at least one of a sidewall and a tread of the tire.