mhurhangee/ep-ind-claims huggingface dataset:
A communication control method used in a cellular communication system, the cellular communication system comprising an IAB node for relaying communication between a base station and user equipment, the communication control method comprising: broadcasting, by the base station managing a cell belonging to a Non-Public Network, NPN, a system information block comprising an NPN identifier identifying the NPN to the cell; receiving, by the IAB node, the system information block from the base station; and determining, by the IAB node, whether an access from the IAB node to the cell is permitted, based on the system information block, wherein the system information block comprises an NPN identifier information list, wherein the NPN identifier information list comprises the NPN identifier, the determining comprises determining whether the access is permitted, based on whether the NPN identifier information list further comprises IAB node support information associated with the NPN identifier, wherein the IAB node support information indicates that the cell supports the IAB node, the system information block further comprises access control information cellReservedForOtherUse, the communication control method further comprises: ignoring the cellReservedForOtherUse by the IAB node, in response to satisfying, by the IAB node, a predetermined condition related to support of the NPN by the IAB node; and using the cellReservedForOtherUse by the IAB node, in response to not satisfying, by the IAB node, the predetermined condition. broadcasting, by the base station managing a cell belonging to a Non-Public Network, NPN, a system information block comprising an NPN identifier identifying the NPN to the cell; receiving, by the IAB node, the system information block from the base station; and determining, by the IAB node, whether an access from the IAB node to the cell is permitted, based on the system information block, wherein the system information block comprises an NPN identifier information list, wherein the NPN identifier information list comprises the NPN identifier, the determining comprises determining whether the access is permitted, based on whether the NPN identifier information list further comprises IAB node support information associated with the NPN identifier, wherein the IAB node support information indicates that the cell supports the IAB node, the system information block further comprises access control information cellReservedForOtherUse, the communication control method further comprises: ignoring the cellReservedForOtherUse by the IAB node, in response to satisfying, by the IAB node, a predetermined condition related to support of the NPN by the IAB node; and using the cellReservedForOtherUse by the IAB node, in response to not satisfying, by the IAB node, the predetermined condition. ignoring the cellReservedForOtherUse by the IAB node, in response to satisfying, by the IAB node, a predetermined condition related to support of the NPN by the IAB node; and using the cellReservedForOtherUse by the IAB node, in response to not satisfying, by the IAB node, the predetermined condition.
An imaging system comprising: an imaging modality configured to generate an image dataset for a target object; and at least one memory device including instructions that, when executed by at least one processor, cause the imaging system to reconstruct an image of the target object using an iterative reconstruction technique that includes a machine learning model as a regularizer to reconstruct the image of the target object, wherein, the machine learning model is trained, prior to generating the image dataset, to define object features and/or remove reconstruction artifacts using learning datasets comprising a reconstructed image volume that is related to the target object which is to be imaged using the imaging modality, and wherein the machine learning model is included in the iterative reconstruction technique to introduce the object features into and/or remove reconstruction artifacts from the image of the target object being reconstructed, characterized in that the machine learning model is updated via refinement training of the machine learning model using image data generated by the imaging system; wherein after an early iteration of the iterative reconstruction technique, the machine learning model is further trained using an early image reconstruction of the target object generated by the iterative reconstruction technique, and after a later iteration of the iterative reconstruction technique, the machine learning model is further trained using a late image reconstruction of the target object generated by the iterative reconstruction technique. an imaging modality configured to generate an image dataset for a target object; and at least one memory device including instructions that, when executed by at least one processor, cause the imaging system to reconstruct an image of the target object using an iterative reconstruction technique that includes a machine learning model as a regularizer to reconstruct the image of the target object, wherein, the machine learning model is trained, prior to generating the image dataset, to define object features and/or remove reconstruction artifacts using learning datasets comprising a reconstructed image volume that is related to the target object which is to be imaged using the imaging modality, and wherein the machine learning model is included in the iterative reconstruction technique to introduce the object features into and/or remove reconstruction artifacts from the image of the target object being reconstructed, characterized in that the machine learning model is updated via refinement training of the machine learning model using image data generated by the imaging system; wherein after an early iteration of the iterative reconstruction technique, the machine learning model is further trained using an early image reconstruction of the target object generated by the iterative reconstruction technique, and after a later iteration of the iterative reconstruction technique, the machine learning model is further trained using a late image reconstruction of the target object generated by the iterative reconstruction technique.
Geared motor comprising an electric motor, a reduction gear and a rotary output coupled to said electric motor via said reduction gear, further comprising a housing in which said motor is fixed, said reduction gear having a planetary gear set, characterized in that the reduction gear comprises at least one internal ring gear that is integral with the housing and formed in the material of said housing.
A light emitting device comprising: a backlight; a light emitting sheet in optical communication with the backlight, the light emitting sheet comprising a plurality of light emitting particles embedded within a host matrix material, each of said light emitting particles comprising a population of semiconductor nanoparticles embedded within a polymeric encapsulation medium; and a light diffusion layer in between said backlight and said light emitting sheet, wherein: i) the host matrix material is selected from the group consisting of polystyrene / toluene matrix, trimethylol propane trimethacrylate / lauryl methacrylate matrix, trimethylol propane trimethacrylate / lauryl methacrylate / polyisobutylene matrix, trimethylol propane trimethacrylate / lauryl methacrylate / PIPS matrix, isobornyl acrylate / dipropyleneglycol diacrylate matrix, acrylic-polystyrene / toluene matrix, and polycarbonate; or (ii) the host matrix material comprises a clay material, optionally wherein the clay material is selected from the group consisting of bentonite and kaolin; or (iii) the host matrix material comprises a material selected from the group consisting of fumed silica, fumed alumina and fumed zinc oxide. a backlight; a light emitting sheet in optical communication with the backlight, the light emitting sheet comprising a plurality of light emitting particles embedded within a host matrix material, each of said light emitting particles comprising a population of semiconductor nanoparticles embedded within a polymeric encapsulation medium; and a light diffusion layer in between said backlight and said light emitting sheet, wherein: i) the host matrix material is selected from the group consisting of polystyrene / toluene matrix, trimethylol propane trimethacrylate / lauryl methacrylate matrix, trimethylol propane trimethacrylate / lauryl methacrylate / polyisobutylene matrix, trimethylol propane trimethacrylate / lauryl methacrylate / PIPS matrix, isobornyl acrylate / dipropyleneglycol diacrylate matrix, acrylic-polystyrene / toluene matrix, and polycarbonate; or (ii) the host matrix material comprises a clay material, optionally wherein the clay material is selected from the group consisting of bentonite and kaolin; or (iii) the host matrix material comprises a material selected from the group consisting of fumed silica, fumed alumina and fumed zinc oxide. i) the host matrix material is selected from the group consisting of polystyrene / toluene matrix, trimethylol propane trimethacrylate / lauryl methacrylate matrix, trimethylol propane trimethacrylate / lauryl methacrylate / polyisobutylene matrix, trimethylol propane trimethacrylate / lauryl methacrylate / PIPS matrix, isobornyl acrylate / dipropyleneglycol diacrylate matrix, acrylic-polystyrene / toluene matrix, and polycarbonate; or (ii) the host matrix material comprises a clay material, optionally wherein the clay material is selected from the group consisting of bentonite and kaolin; or (iii) the host matrix material comprises a material selected from the group consisting of fumed silica, fumed alumina and fumed zinc oxide.
Process for washing fabrics comprising: - inserting a fabric to be washed into a treatment chamber, - creating a desired pressure inside the treatment chamber; - carrying out a washing treatment on the fabric using carbon dioxide (CO 2) as a washing fluid; - restoring atmospheric pressure in the treatment chamber; - carrying out the washing treatment on the fabric while the latter is unwound from and wound onto respective winding/unwinding rolls disposed inside the treatment chamber under pressure; characterised in that it further comprises the steps of: - recirculate and regenerate the gaseous and/or liquid carbon dioxide used during the washing treatment; - remove the polluting substances from the liquid carbon dioxide by means of distillation. - inserting a fabric to be washed into a treatment chamber, - creating a desired pressure inside the treatment chamber; - carrying out a washing treatment on the fabric using carbon dioxide (CO 2) as a washing fluid; - restoring atmospheric pressure in the treatment chamber; - carrying out the washing treatment on the fabric while the latter is unwound from and wound onto respective winding/unwinding rolls disposed inside the treatment chamber under pressure; - recirculate and regenerate the gaseous and/or liquid carbon dioxide used during the washing treatment; - remove the polluting substances from the liquid carbon dioxide by means of distillation.
A labelling machine comprising: a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of the label stock; a motive device configured to propel the label stock along a web path from the supply spool support towards the take up spool support; characterized in that it further comprises: a first arrangement (50, 52) configured to produce a first signal indicative of a speed at which label stock is removed from the supply spool by the motive device; a controller configured to receive the first signal and output a brake assembly control signal based upon the first signal; a brake assembly configured to apply a braking force to the supply spool support based upon the brake assembly control signal, the braking force resisting rotation of the supply spool support; wherein the controller is configured to output the brake assembly control signal based upon a target supply spool speed so as to cause the speed at which label stock is removed from the supply spool by the motive device to tend towards or achieve the target supply spool speed. a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of the label stock; a motive device configured to propel the label stock along a web path from the supply spool support towards the take up spool support; characterized in that it further comprises: a first arrangement (50, 52) configured to produce a first signal indicative of a speed at which label stock is removed from the supply spool by the motive device; a controller configured to receive the first signal and output a brake assembly control signal based upon the first signal; a brake assembly configured to apply a braking force to the supply spool support based upon the brake assembly control signal, the braking force resisting rotation of the supply spool support; wherein the controller is configured to output the brake assembly control signal based upon a target supply spool speed so as to cause the speed at which label stock is removed from the supply spool by the motive device to tend towards or achieve the target supply spool speed. a first arrangement (50, 52) configured to produce a first signal indicative of a speed at which label stock is removed from the supply spool by the motive device; a controller configured to receive the first signal and output a brake assembly control signal based upon the first signal; a brake assembly configured to apply a braking force to the supply spool support based upon the brake assembly control signal, the braking force resisting rotation of the supply spool support; wherein the controller is configured to output the brake assembly control signal based upon a target supply spool speed so as to cause the speed at which label stock is removed from the supply spool by the motive device to tend towards or achieve the target supply spool speed.
Method for activating a function subject to authorization in a vehicle comprising a digital mirror system, said vehicle comprising a driver's side and a passenger's side, and comprising members capable of providing at least one function subject to authorization, said digital mirror system comprising at least: • a first touch screen, located on the driver's side, dedicated to displaying the external environment on the driver's side, • a second touch screen, located on the front passenger side, dedicated to displaying the external environment on the passenger side, said method comprising the following steps: • detection by one of said organs of an action of a person requiring the activation of a function subject to authorization, • transmission, from said organ to the digital mirror system, of information relating to said detection, • reception, from said digital mirror system, of information relating to said detection coming from said body, • display, on one of said touch screens, of a notification comprising said function subject to authorization and, an interaction zone capable of receiving either an agreement or a refusal from the driver and/or the front passenger. • a first touch screen, located on the driver's side, dedicated to displaying the external environment on the driver's side, • a second touch screen, located on the front passenger side, dedicated to displaying the external environment on the passenger side, • detection by one of said organs of an action of a person requiring the activation of a function subject to authorization, • transmission, from said organ to the digital mirror system, of information relating to said detection, • reception, from said digital mirror system, of information relating to said detection coming from said body, • display, on one of said touch screens, of a notification comprising said function subject to authorization and, an interaction zone capable of receiving either an agreement or a refusal from the driver and/or the front passenger.
Method for reading an item of multimedia content (CM1 ut), at a predetermined time (tpi) recorded in a broadcast stream received by a device for reading multimedia content, characterized in that, at the level of a device for reading the item of multimedia content, the following is implemented: - before the predetermined time: • sending a request to provide the item of multimedia content to be read to a remote server, • receiving an identifier (ID 1) of the item of multimedia content to be read, the identifier being associated with an item of stream marker information (T1 ut), • storing the received identifier in correspondence with the item of marker information, • downloading all or part of the item of multimedia content (CM1 ut) on the basis of the received identifier, - at the predetermined time (tpi): - receiving a stream containing an item of marker information (T1 ut) identical to said item of marker information that was stored before the predetermined time, - on the basis of the received identical item of marker information, reading the downloaded item of multimedia content (CM1 ut) corresponding to the identifier stored in correspondence with the item of marker information. - before the predetermined time: • sending a request to provide the item of multimedia content to be read to a remote server, • receiving an identifier (ID 1) of the item of multimedia content to be read, the identifier being associated with an item of stream marker information (T1 ut), • storing the received identifier in correspondence with the item of marker information, • downloading all or part of the item of multimedia content (CM1 ut) on the basis of the received identifier, • sending a request to provide the item of multimedia content to be read to a remote server, • receiving an identifier (ID 1) of the item of multimedia content to be read, the identifier being associated with an item of stream marker information (T1 ut), • storing the received identifier in correspondence with the item of marker information, • downloading all or part of the item of multimedia content (CM1 ut) on the basis of the received identifier, - at the predetermined time (tpi): - receiving a stream containing an item of marker information (T1 ut) identical to said item of marker information that was stored before the predetermined time, - on the basis of the received identical item of marker information, reading the downloaded item of multimedia content (CM1 ut) corresponding to the identifier stored in correspondence with the item of marker information. - receiving a stream containing an item of marker information (T1 ut) identical to said item of marker information that was stored before the predetermined time, - on the basis of the received identical item of marker information, reading the downloaded item of multimedia content (CM1 ut) corresponding to the identifier stored in correspondence with the item of marker information.
A two-wheeler parking system comprising a wheel gutter which is at least adjustable between a substantially horizontal park position and a ride-on position in which the wheel gutter extends obliquely downwards for riding a two-wheeler on and off, wherein the wheel gutter is pivotable between the park position and the ride-on position about a pivoting axis over an angle (β); furthermore comprising an elastic system for supporting the pivoting movement between the park position and the ride-on position; wherein the elastic system comprises an elastic element which is so positioned that during the pivoting movement there is a lever with respect to the pivoting axis for supporting the pivoting movement wherein a supporting force is produced by the elastic element during the whole pivoting movement characterized in that the elastic element is positioned substantially horizontally in the rest condition when the wheel gutter is in the park position, wherein an angular displacement (α) of the elastic element, with respect to the substantially horizontal position of the elastic element in rest condition, as a result of the pivoting of the wheel gutter from the park position to the ride-on position, is relatively small, about 0° to about 6°, wherein the angle (β) over which the wheel gutter is pivotable is between about 30° and about 80°, wherein the elastic element is at one end provided with an attachment point having a fixed position and at an opposite end provided with an engagement point moving along during adjustment of the wheel gutter, wherein the position of the engagement point is displaced over the angle (α) during adjustment of the wheel gutter between the park position and the ride-on position of the wheel gutter.
An integrated circuit structure wherein the capacitance between nearby conductive portions in the integrated circuit structure is lowered by carbon- containing low k silicon oxide dielectric material, and comprising: a) a first region between adjacent raised conductive lines formed over an underlying insulation layer comprising a carbon-containing low k silicon oxide dielectric material having a carbon content capable of reducing undesirable capacitance from forming horizontally between said adjacent raised conductive lines, wherein said carbon-containing low k silicon oxide dielectric material in said first region has a carbon content of at least 10 wt.% of the total weight of silicon, oxygen, and carbon in said carbon-containing low k silicon oxide dielectric material in said first region; and characterized by b) a second region above said raised conductive lines where vias are normally formed extending upward from said raised conductive lines to an overlying layer of metal interconnects comprising a carbon-containing low k silicon oxide dielectric material having a carbon content capable of inhibiting via poisoning of said vias in said dielectric material, wherein said carbon-containing low k silicon oxide dielectric material in said second region has a carbon content of at least 7 wt.% but less than 10 wt.% of the total weight of silicon, oxygen, and carbon in said carbon-containing low k silicon oxide dielectric material in said second region. a) a first region between adjacent raised conductive lines formed over an underlying insulation layer comprising a carbon-containing low k silicon oxide dielectric material having a carbon content capable of reducing undesirable capacitance from forming horizontally between said adjacent raised conductive lines, wherein said carbon-containing low k silicon oxide dielectric material in said first region has a carbon content of at least 10 wt.% of the total weight of silicon, oxygen, and carbon in said carbon-containing low k silicon oxide dielectric material in said first region; and characterized by b) a second region above said raised conductive lines where vias are normally formed extending upward from said raised conductive lines to an overlying layer of metal interconnects comprising a carbon-containing low k silicon oxide dielectric material having a carbon content capable of inhibiting via poisoning of said vias in said dielectric material, wherein said carbon-containing low k silicon oxide dielectric material in said second region has a carbon content of at least 7 wt.% but less than 10 wt.% of the total weight of silicon, oxygen, and carbon in said carbon-containing low k silicon oxide dielectric material in said second region.