mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for a stick-shaped aerosol-generating article , the article being for use with an inductively heating aerosol-generating device , the cartridge comprising: a vaporization chamber at a distal end portion of the cartridge for vaporizing aerosol-forming liquid therein; a reservoir chamber proximal the vaporization chamber for storing aerosol-forming liquid ; a liquid-conveying susceptor arrangement configured and arranged to convey aerosol-forming liquid from the reservoir chamber into the vaporization chamber and to be inductively heated in use with the device in order to vaporize aerosol-forming liquid within the vaporization chamber ; a vapor-conveying conduit providing a fluid communication for vaporized aerosol-forming liquid from the vaporization chamber to a region proximal the reservoir chamber ; a septum forming a common wall member of the vaporization chamber and the reservoir chamber , wherein the septum comprises at least one filling hole for filling aerosol-forming liquid into the reservoir chamber via the vaporization chamber ; a plug-shaped distal end cap forming at least a distal end wall member of the vaporization chamber , wherein the plug-shaped distal end cap is non-integral with any wall member of the reservoir chamber , and wherein the plug-shaped distal end cap comprises at a proximal end at least one plug member sealingly closing the at least one filling hole in the septum . a vaporization chamber at a distal end portion of the cartridge for vaporizing aerosol-forming liquid therein; a reservoir chamber proximal the vaporization chamber for storing aerosol-forming liquid ; a liquid-conveying susceptor arrangement configured and arranged to convey aerosol-forming liquid from the reservoir chamber into the vaporization chamber and to be inductively heated in use with the device in order to vaporize aerosol-forming liquid within the vaporization chamber ; a vapor-conveying conduit providing a fluid communication for vaporized aerosol-forming liquid from the vaporization chamber to a region proximal the reservoir chamber ; a septum forming a common wall member of the vaporization chamber and the reservoir chamber , wherein the septum comprises at least one filling hole for filling aerosol-forming liquid into the reservoir chamber via the vaporization chamber ; a plug-shaped distal end cap forming at least a distal end wall member of the vaporization chamber , wherein the plug-shaped distal end cap is non-integral with any wall member of the reservoir chamber , and wherein the plug-shaped distal end cap comprises at a proximal end at least one plug member sealingly closing the at least one filling hole in the septum .
A method for use in a first station STA, wherein the first STA is an IEEE 802.11 STA, the method comprising: receiving, from an access point AP, an omni-directional request-to-send RTS frame indicating that an associated transmission opportunity TXOP will be a sectorized TXOP, wherein the omni-directional RTS frame further indicates a sector identifier ID associated with the sectorized TXOP; transmitting an omni-directional clear-to-send CTS frame in response to the omni-directional RTS frame, wherein the omni-directional CTS frame indicates that the associated TXOP will be a sectorized TXOP, and wherein the omni-directional CTS frame further indicates the sector ID associated with the sectorized TXOP; and receiving a sectorized transmission from the AP, wherein the sectorized transmission includes an indication of sectorized transmission and the sector ID associated with the sectorized TXOP. receiving, from an access point AP, an omni-directional request-to-send RTS frame indicating that an associated transmission opportunity TXOP will be a sectorized TXOP, wherein the omni-directional RTS frame further indicates a sector identifier ID associated with the sectorized TXOP; transmitting an omni-directional clear-to-send CTS frame in response to the omni-directional RTS frame, wherein the omni-directional CTS frame indicates that the associated TXOP will be a sectorized TXOP, and wherein the omni-directional CTS frame further indicates the sector ID associated with the sectorized TXOP; and receiving a sectorized transmission from the AP, wherein the sectorized transmission includes an indication of sectorized transmission and the sector ID associated with the sectorized TXOP.
Dental photography kit comprising: - a support , taking the form of a housing , comprising a support attachment part (27a;27b); - a dental retractor defining a retractor opening and comprising a retractor attachment part (27a';27b') that is removably attached to the support attachment part (27a;27b) when the retractor is in the mounted position on the support; and - a camera removably attached to the support in an operating position in which the camera is oriented to receive an at least partial image of the retractor opening, characterized in that the retractor attachment part is articulated on the support attachment part. - a support , taking the form of a housing , comprising a support attachment part (27a;27b); - a dental retractor defining a retractor opening and comprising a retractor attachment part (27a';27b') that is removably attached to the support attachment part (27a;27b) when the retractor is in the mounted position on the support; and - a camera removably attached to the support in an operating position in which the camera is oriented to receive an at least partial image of the retractor opening,
A computer-implemented method, comprising: receiving, from a first device , a request for digital identification information , the request comprising an identifier and location information indicative of a location of a requester; determining if digital identification information has been assigned to an owner of the identifier; responsive to determining that digital identification information has been assigned to the owner, receiving, from a second device, location information indicative of a location of the owner of the digital identification information; providing the digital identification information to an application on the first device based at least in part on determining that the requester and the owner are within a predetermined distance and in response to receiving authorization to share the digital identification information from the owner; detecting that the first device has captured an image of the digital identification information; and sending, to the second device, an alert indicating that potential identify theft and unlicensed capturing of sensitive information has occurred. receiving, from a first device , a request for digital identification information , the request comprising an identifier and location information indicative of a location of a requester; determining if digital identification information has been assigned to an owner of the identifier; responsive to determining that digital identification information has been assigned to the owner, receiving, from a second device, location information indicative of a location of the owner of the digital identification information; providing the digital identification information to an application on the first device based at least in part on determining that the requester and the owner are within a predetermined distance and in response to receiving authorization to share the digital identification information from the owner; detecting that the first device has captured an image of the digital identification information; and sending, to the second device, an alert indicating that potential identify theft and unlicensed capturing of sensitive information has occurred.
An operating fluid container for a motor vehicle for accommodating an operating fluid, wherein the operating fluid container has a compensation container that is at least indirectly fluidically connected to the atmosphere (ATM), wherein the operating fluid container has the following features: - the compensation container is situated within the operating fluid container in such a way that an outer surface of a compensation container upper shell is situated opposite from an inner surface of an operating fluid container upper shell ; - in the event of positive pressure in the operating fluid container relative to the atmosphere (ATM), a compensation container volume decreases; and - in the event of negative pressure in the operating fluid container relative to the atmosphere (ATM), the compensating container volume increases; - the compensation container upper shell opposite from the operating fluid container upper shell has a shape, at least in sections, that is complementary to the operating fluid container upper shell , wherein the operating fluid container is characterized by the following features: - the compensation container upper shell and/or the compensation container lower shell have/has a barrier layer that is impermeable to gaseous components of the operating fluid; and - the compensation container upper shell and/or the compensation container lower shell have/has a multilayer structure. - the compensation container is situated within the operating fluid container in such a way that an outer surface of a compensation container upper shell is situated opposite from an inner surface of an operating fluid container upper shell ; - in the event of positive pressure in the operating fluid container relative to the atmosphere (ATM), a compensation container volume decreases; and - in the event of negative pressure in the operating fluid container relative to the atmosphere (ATM), the compensating container volume increases; - the compensation container upper shell opposite from the operating fluid container upper shell has a shape, at least in sections, that is complementary to the operating fluid container upper shell , - the compensation container upper shell and/or the compensation container lower shell have/has a barrier layer that is impermeable to gaseous components of the operating fluid; and - the compensation container upper shell and/or the compensation container lower shell have/has a multilayer structure.
A method by a terminal in a wireless communication system, the method comprising: receiving , from a base station, configuration information indicating the terminal to provide preferred power related information; determining whether current preferred power related information is different from previous preferred power related information; and transmitting , to the base station, a message including the current preferred power related information, in case that the current preferred power related information is different from the previous preferred power related information and a timer associated with the transmission of the message is not running, wherein the timer is started or restarted, in case that the message is transmitted. receiving , from a base station, configuration information indicating the terminal to provide preferred power related information; determining whether current preferred power related information is different from previous preferred power related information; and transmitting , to the base station, a message including the current preferred power related information, in case that the current preferred power related information is different from the previous preferred power related information and a timer associated with the transmission of the message is not running, wherein the timer is started or restarted, in case that the message is transmitted.
A pneumatic tyre comprising: a tread portion having a first tread edge (Ti, To), and a first buttress portion extending inwardly in a tyre radial direction from the first tread edge (Ti, To), wherein the first buttress portion is provided with a plurality of protectors protruding outwardly in a tyre axial direction, each of the plurality of protectors comprises a top surface facing outwardly in the tyre axial direction, and a side surface extending inwardly in the tyre axial direction from an edge of the top surface , the side surface comprises an outward-facing portion facing outwardly in the tyre radial direction, an inward-facing portion facing inwardly in the tyre radial direction, and a circumferential portion facing in a tyre circumferential direction, the outward-facing portion , the inward-facing portion and the circumferential portion have different angles with respect to respective normal lines (n) of the top surface from each other, and an angle θi of the inward-facing portion with respect to the normal line (n) is smaller than an angle θc of the circumferential portion with respect to the normal line (n), characterized in that a difference (θc-θi) between the angle θc of the circumferential portion with respect to the normal line (n) and the angle θi of the inward-facing portion with respect to the normal line (n) is in a range from 10 degrees to 25 degrees. a tread portion having a first tread edge (Ti, To), and a first buttress portion extending inwardly in a tyre radial direction from the first tread edge (Ti, To), wherein the first buttress portion is provided with a plurality of protectors protruding outwardly in a tyre axial direction, each of the plurality of protectors comprises a top surface facing outwardly in the tyre axial direction, and a side surface extending inwardly in the tyre axial direction from an edge of the top surface , the side surface comprises an outward-facing portion facing outwardly in the tyre radial direction, an inward-facing portion facing inwardly in the tyre radial direction, and a circumferential portion facing in a tyre circumferential direction, the outward-facing portion , the inward-facing portion and the circumferential portion have different angles with respect to respective normal lines (n) of the top surface from each other, and an angle θi of the inward-facing portion with respect to the normal line (n) is smaller than an angle θc of the circumferential portion with respect to the normal line (n), characterized in that a difference (θc-θi) between the angle θc of the circumferential portion with respect to the normal line (n) and the angle θi of the inward-facing portion with respect to the normal line (n) is in a range from 10 degrees to 25 degrees.
A method for controlling a vehicle , characterized in that the method comprising: determining that one or more surrounding vehicles demonstrate threatening behavior by determining that a first surrounding vehicle , which is directly in front of the vehicle , is slowing down in absence of traffic related reason to slow down, and determining that a second surrounding vehicle in an adjacent lane is slowing down in association with the first surrounding vehicle ; and upon determining that said one or more surrounding vehicles demonstrate threatening behaviour, controlling the vehicle to perform one or more threat evasive actions, wherein a traffic related reason includes at least one of determining: that another vehicle in front of the first surrounding vehicle is also slowing down; a queueing indication; a speed limit change; an upcoming junction or road bend; decreasing visibility; an obstacle in front of the first surrounding vehicle , and wherein the traffic related reason is determined based on obtained traffic related information acquired by at least any of a sensor; a navigation system; and a cloud service. determining that one or more surrounding vehicles demonstrate threatening behavior by determining that a first surrounding vehicle , which is directly in front of the vehicle , is slowing down in absence of traffic related reason to slow down, and determining that a second surrounding vehicle in an adjacent lane is slowing down in association with the first surrounding vehicle ; and upon determining that said one or more surrounding vehicles demonstrate threatening behaviour, controlling the vehicle to perform one or more threat evasive actions, wherein a traffic related reason includes at least one of determining: that another vehicle in front of the first surrounding vehicle is also slowing down; a queueing indication; a speed limit change; an upcoming junction or road bend; decreasing visibility; an obstacle in front of the first surrounding vehicle , and wherein the traffic related reason is determined based on obtained traffic related information acquired by at least any of a sensor; a navigation system; and a cloud service.
A whitening adhesive for coating teeth comprising a conjugate of a polyallylamine, a polyphosphate, and a whitening agent and having the ability to interact with or bind to a tooth, a tooth component, or an inorganic dental material, wherein whitening agent of said whitening adhesive is non-covalently attached to said polyallylamine, wherein whitening agent of said whitening adhesive is non-covalently attached to said polyphosphate, and wherein the whitening agent of said whitening adhesive provides teeth with a white appearance when said whitening adhesive is adhered as a coating to said tooth, said tooth component, or said inorganic dental material.
A system for analyzing vehicle system logs, the system comprising: a processor ; and a storage device comprising instructions , execution of which causes the processor to: connect with an onboard system of a vehicle , wherein the onboard system is connectable to a network ; collect an activity log generated by the onboard system , wherein the activity log comprises log messages indicative of an activity of the onboard system ; extract a feature list from the activity log , wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages ; extract an episode from the feature list , wherein the episode is indicative of the activity of the onboard system ; and classify the episode with an episode classification , wherein the episode classification is indicative of an event that occurred during the activity , wherein execution of the instructions causes the processor to compare an occurrence of the episode classification to a predetermined occurrence threshold over a predetermined time period. a processor ; and a storage device comprising instructions , execution of which causes the processor to: connect with an onboard system of a vehicle , wherein the onboard system is connectable to a network ; collect an activity log generated by the onboard system , wherein the activity log comprises log messages indicative of an activity of the onboard system ; extract a feature list from the activity log , wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages ; extract an episode from the feature list , wherein the episode is indicative of the activity of the onboard system ; and classify the episode with an episode classification , wherein the episode classification is indicative of an event that occurred during the activity , connect with an onboard system of a vehicle , wherein the onboard system is connectable to a network ; collect an activity log generated by the onboard system , wherein the activity log comprises log messages indicative of an activity of the onboard system ; extract a feature list from the activity log , wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages ; extract an episode from the feature list , wherein the episode is indicative of the activity of the onboard system ; and classify the episode with an episode classification , wherein the episode classification is indicative of an event that occurred during the activity , wherein execution of the instructions causes the processor to compare an occurrence of the episode classification to a predetermined occurrence threshold over a predetermined time period.
A display panel having a first region and a second region surrounded by the first region , the display panel comprising: a top substrate ; a bottom substrate assembled with the top substrate ; a display medium layer disposed between the top substrate and the bottom substrate ; a patterned light shielding layer disposed on a top surface of the top substrate and located in the first region , wherein the patterned light shielding layer comprises a top portion and a plurality of extending portions extending from the bottom of the top portion toward the top substrate ; and a plurality of embedded patterns located in the first region , wherein each of the embedded patterns is located between two of the adjacent extending portions and covered by the top portion . a top substrate ; a bottom substrate assembled with the top substrate ; a display medium layer disposed between the top substrate and the bottom substrate ; a patterned light shielding layer disposed on a top surface of the top substrate and located in the first region , wherein the patterned light shielding layer comprises a top portion and a plurality of extending portions extending from the bottom of the top portion toward the top substrate ; and a plurality of embedded patterns located in the first region , wherein each of the embedded patterns is located between two of the adjacent extending portions and covered by the top portion .
A method of wireless communication performed by a user equipment, UE, comprising: sending , to a network entity, a report indicating positioning capabilities of the UE, the positioning capabilities indicating a number of positioning calculations that the UE can perform per unit of time, per unit of frequency, or both; receiving a request to perform a first set of positioning-related measurements and to report a second set of positioning-related measurements that are associated with a set of positioning reference signal, PRS, resources to be used for the first and second sets of positioning-related measurements, a set of reporting parameters to be used for the reporting, an accuracy configuration, a latency configuration, or any combination thereof; and performing the first set of positioning-related measurements of the set of PRS resources and reporting the second set of positioning-related measurements based on the reported positioning capabilities of the UE, the set of PRS resources to be used for the first and second sets of positioning-related measurements, the set of reporting parameters, the accuracy configuration, the latency configuration, or any combination thereof. sending , to a network entity, a report indicating positioning capabilities of the UE, the positioning capabilities indicating a number of positioning calculations that the UE can perform per unit of time, per unit of frequency, or both; receiving a request to perform a first set of positioning-related measurements and to report a second set of positioning-related measurements that are associated with a set of positioning reference signal, PRS, resources to be used for the first and second sets of positioning-related measurements, a set of reporting parameters to be used for the reporting, an accuracy configuration, a latency configuration, or any combination thereof; and performing the first set of positioning-related measurements of the set of PRS resources and reporting the second set of positioning-related measurements based on the reported positioning capabilities of the UE, the set of PRS resources to be used for the first and second sets of positioning-related measurements, the set of reporting parameters, the accuracy configuration, the latency configuration, or any combination thereof.
The use of a licorice extract and/or rosemary extract as an adipose stem cell attractant for filling in dermal cavities with dermal structure under the influence of adipose stem cells attracted in the dermal cavities by the adipose stem cell attractant, wherein said licorice extract and/or rosemary extract is(are) obtained by using an extraction solvent selected from water or an organic solvent, or mixtures thereof.