mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging device configured to contain a plurality of medical containers , the packaging device comprising a housing delimiting a storing chamber , said storing chamber comprising a distribution aperture configured to allow passage of one of said medical containers outside the housing so as to allow a user to pick up said medical container ; a sharps container positioned inside the storing chamber of the housing in a pre-use position, said sharps container being removable from the storing chamber so as to be put outside said housing in a collecting position wherein the sharps container allows collection of the used medical containers ; the sharps container being configured to contain the plurality of medical containers in the pre-use position and the sharps container comprising a spill-out window configured to allow the medical containers to fall down from the sharps container into the storing chamber when the sharps container is moved from the pre-use position to the collecting position, wherein the sharps container comprises a shutter configured to close the spill-out window in a closing position and to allow passage of the medical containers through said spill-out window in an opening position, wherein the sharps container comprises securing means configured to secure the shutter in the closing position, said securing means being configured to be inactivated in the pre-use position of the sharps container . a housing delimiting a storing chamber , said storing chamber comprising a distribution aperture configured to allow passage of one of said medical containers outside the housing so as to allow a user to pick up said medical container ; a sharps container positioned inside the storing chamber of the housing in a pre-use position, said sharps container being removable from the storing chamber so as to be put outside said housing in a collecting position wherein the sharps container allows collection of the used medical containers ; the sharps container being configured to contain the plurality of medical containers in the pre-use position and the sharps container comprising a spill-out window configured to allow the medical containers to fall down from the sharps container into the storing chamber when the sharps container is moved from the pre-use position to the collecting position, wherein the sharps container comprises a shutter configured to close the spill-out window in a closing position and to allow passage of the medical containers through said spill-out window in an opening position, wherein the sharps container comprises securing means configured to secure the shutter in the closing position, said securing means being configured to be inactivated in the pre-use position of the sharps container .
A method of power reporting for a mobile device configured with a plurality of uplink component carriers and parallel PUCCH and PUSCH transmission in a wireless communication system, the method comprising: being configured a maximum output power for at least an uplink component carrier; determining whether to start a maximum output power reporting for the at least an uplink component carrier according to a characteristic associated to the mobile device; and reporting the maximum output power for the at least an uplink component carrier to the network when the maximum output power reporting is triggered and the maximum output power reporting is started; wherein the characteristic associated to the mobile device comprises a number of configured and activated downlink and uplink component carriers, a radio frequency and antenna configuration, support of parallel PUCCH and PUSCH transmission, a previous power headroom report, a previous maximum output power report, mobile device capability, uplink MIMO enabled and configured, or explicit signaling. being configured a maximum output power for at least an uplink component carrier; determining whether to start a maximum output power reporting for the at least an uplink component carrier according to a characteristic associated to the mobile device; and reporting the maximum output power for the at least an uplink component carrier to the network when the maximum output power reporting is triggered and the maximum output power reporting is started; wherein the characteristic associated to the mobile device comprises a number of configured and activated downlink and uplink component carriers, a radio frequency and antenna configuration, support of parallel PUCCH and PUSCH transmission, a previous power headroom report, a previous maximum output power report, mobile device capability, uplink MIMO enabled and configured, or explicit signaling.
A thermosetting resin composition comprising a thermosetting resin, a curing catalyst and an inorganic filler at a ratio of not less than 60% by weight, wherein a cured product of said thermosetting resin composition has a storage modulus measured by JIS K7244 at 25°C of 1.0 × 10 6 Pa to 1.0 × 10 10 Pa and an average linear expansion coefficient measured by JIS K7197 at 70 to 210°C of 100 ppm/K or less, wherein said thermosetting resin is an epoxy silicone resin having an epoxy value of not less than 400 g/eq and 2,000 g/eq or less as measured in accordance with JIS K7236:2001.
An aerosol-generating article comprising: an aerosol-forming substrate ; a combustible heat source ; at least one layer of fibre-reinforced aerogel circumscribing at least a portion of the length of the combustible heat source ; one or more airflow pathways along which air may be drawn through the aerosol-generating article for inhalation by a user; and one or more non-combustible, substantially air impermeable barriers between the combustible heat source and the aerosol forming substrate . an aerosol-forming substrate ; a combustible heat source ; at least one layer of fibre-reinforced aerogel circumscribing at least a portion of the length of the combustible heat source ; one or more airflow pathways along which air may be drawn through the aerosol-generating article for inhalation by a user; and one or more non-combustible, substantially air impermeable barriers between the combustible heat source and the aerosol forming substrate .
A pharmaceutical composition for use in treating a human subject having spinal muscular atrophy (SMA), wherein the pharmaceutical composition is administered into the cerebrospinal fluid in the intrathecal space of the human subject and the pharmaceutical composition comprises (i) an antisense compound comprising an antisense oligonucleotide complementary to intron 7 of a pre-mRNA encoding human SMN2 and (ii) a pharmaceutically acceptable diluent or carrier, wherein the antisense oligonucleotide has a nucleobase sequence consisting of the nucleobase sequence of SEQ ID NO: 1, wherein each nucleoside of the antisense oligonucleotide comprises a modified sugar moiety, wherein each modified sugar moiety is a 2'-O-methoxyethyl sugar moiety and wherein each internucleoside linkage is a phosphorothioate linkage.
Device for conveying materials comprising at least one conveying belt and a conveying belt drive casing , the drive casing comprising a structure , a drum for setting the conveying belt in motion that is capable of rotating in the structure , a rotation shaft to which the drum is fixed by a clamping means , and a bearing guiding the rotation shaft and fixed to the structure , characterized in that the drive casing comprises, on each side, a mechanical abutment fixed to the structure and capable of supporting the drum when the bearing and the rotation shaft are removed.
A method performed by a first network node for determining a value for a transmission parameter, which first network node is operable in a communication network , the method comprising: - performing a plurality of data transmissions to a second network node in the communication network , wherein each data transmission is performed with a value of the transmission parameter; - receiving , from the second network node , at least two negative decoding feedbacks on the plurality of data transmissions; - computing the variance of the transmission parameter values which resulted in the negative decoding feedbacks; and - determining another value for the transmission parameter based on the variance, which other value of the transmission parameter is for an upcoming data transmission to the second node . - performing a plurality of data transmissions to a second network node in the communication network , wherein each data transmission is performed with a value of the transmission parameter; - receiving , from the second network node , at least two negative decoding feedbacks on the plurality of data transmissions; - computing the variance of the transmission parameter values which resulted in the negative decoding feedbacks; and - determining another value for the transmission parameter based on the variance, which other value of the transmission parameter is for an upcoming data transmission to the second node .
Scaffolding comprising a system of uprights which are mutually connected by ledgers with enclosing of scaffold sections , wherein successive scaffold sections within a level are provided with a scaffold floor , a first scaffold section of which comprises a first floor part and a second scaffold section comprises a second floor part , wherein the first floor part extends in a first floor direction and the second floor part extends in a second floor direction, which second floor direction makes an angle with the first floor direction, wherein a platform rests on a support between the first floor part and the second floor part, which platform spans at least for the greater part an intermediate space between the first floor part and the second floor part, wherein the platform and the support are configured such that an adjustment of the angle between the first and the second floor part is allowed, characterized in that the support comprises an elongate support body which is connected at a first outer end to adjacent uprights of respectively the first and the second scaffold section and is suspended at an opposite second outer end via a suspension between nearby uprights of respectively the first and the second scaffold section.
A speech recognition system , comprising: a plurality of microphones to receive acoustic signals including speech signals; an input interface to generate multichannel inputs from the acoustic signals; one or more storages to store a multichannel speech recognition network , one or more processors , using the multichannel speech recognition network in association with the one or more storages, to generate a text from the multichannel inputs; and an output interface to render the text, characterized by the multichannel speech recognition network comprising: mask estimation networks to generate time-frequency masks from the multichannel inputs; a MVDR, minimum variance distortionless response, beamformer network trained to select a reference channel input from the multichannel inputs using the time-frequency masks and generate an enhanced speech dataset based on the reference channel input; and an encoder-decoder network trained to transform the enhanced speech dataset into the text. a plurality of microphones to receive acoustic signals including speech signals; an input interface to generate multichannel inputs from the acoustic signals; one or more storages to store a multichannel speech recognition network , one or more processors , using the multichannel speech recognition network in association with the one or more storages, to generate a text from the multichannel inputs; and an output interface to render the text, characterized by the multichannel speech recognition network comprising: mask estimation networks to generate time-frequency masks from the multichannel inputs; a MVDR, minimum variance distortionless response, beamformer network trained to select a reference channel input from the multichannel inputs using the time-frequency masks and generate an enhanced speech dataset based on the reference channel input; and an encoder-decoder network trained to transform the enhanced speech dataset into the text. mask estimation networks to generate time-frequency masks from the multichannel inputs; a MVDR, minimum variance distortionless response, beamformer network trained to select a reference channel input from the multichannel inputs using the time-frequency masks and generate an enhanced speech dataset based on the reference channel input; and an encoder-decoder network trained to transform the enhanced speech dataset into the text.
An automated, on-demand baking system comprising: a mixing, baking and dispensing container ; a computer controlled injector configured to be operative to programmably inject liquid baking ingredients through a wall of said mixing, baking and dispensing container and into said mixing, baking and dispensing container; a computer controlled rotator ; a heating generator ; and a controller operative to govern the operation of said computer controlled injector, said computer controlled rotator and said heating generator, characterized in that : said computer controlled rotator is configured to be operative to programmably rotate said mixing, baking and dispensing container containing baking ingredients in a vertical plane, thereby mixing said baking ingredients into a dough. a mixing, baking and dispensing container ; a computer controlled injector configured to be operative to programmably inject liquid baking ingredients through a wall of said mixing, baking and dispensing container and into said mixing, baking and dispensing container; a computer controlled rotator ; a heating generator ; and a controller operative to govern the operation of said computer controlled injector, said computer controlled rotator and said heating generator, characterized in that : said computer controlled rotator is configured to be operative to programmably rotate said mixing, baking and dispensing container containing baking ingredients in a vertical plane, thereby mixing said baking ingredients into a dough.
A laminated packaging material for liquid food products comprising, a paper board having a non-white color or a film arranged on the paper board, a pre-laminated hole , arranged in an opening section of the paper board, and a first contrast area is arranged adjacent to the pre-laminated hole and printed in a first color that is selected such that a high contrast between the first color and the pre-laminated hole is achieved characterized in that the first contrast area at least partly surrounds the pre-laminated hole.
A laminating apparatus comprising: a sheet feed mechanism unit configured to convey a sheet to be laminated into an apparatus main body ; a film cassette in which a pair of films for lamination is accommodated, the film cassette being detachable from the apparatus main body ; and a press-bonding mechanism unit configured to perform a laminating process through thermal press bonding while sandwiching the sheet with the pair of films delivered from the cassette in the apparatus main body , wherein the apparatus main body includes an upper unit of an openable and closable type, and the upper unit is provided with one pressing roller of a pair of pressing rollers for press-bonding in the press-bonding mechanism unit , and an upper member of another mechanism for performing a process in a state where upper and lower sides of the sheet is sandwiched between the pair of films , wherein the upper member of the other mechanism comprises at least one of: a pull roller ; a fixed blade of a rotary cutter unit ; a discharge roller of a discharge unit ; and a cooling fan . a sheet feed mechanism unit configured to convey a sheet to be laminated into an apparatus main body ; a film cassette in which a pair of films for lamination is accommodated, the film cassette being detachable from the apparatus main body ; and a press-bonding mechanism unit configured to perform a laminating process through thermal press bonding while sandwiching the sheet with the pair of films delivered from the cassette in the apparatus main body , wherein the apparatus main body includes an upper unit of an openable and closable type, and the upper unit is provided with one pressing roller of a pair of pressing rollers for press-bonding in the press-bonding mechanism unit , and an upper member of another mechanism for performing a process in a state where upper and lower sides of the sheet is sandwiched between the pair of films , wherein the upper member of the other mechanism comprises at least one of: a pull roller ; a fixed blade of a rotary cutter unit ; a discharge roller of a discharge unit ; and a cooling fan . a pull roller ; a fixed blade of a rotary cutter unit ; a discharge roller of a discharge unit ; and a cooling fan .
A monitoring computing system configured to perform alert confidence scoring, the monitoring computing system comprising: one or more processors; a memory in operable communication with at least one processor; an aggregator which upon execution with at least one processor receives insight instances , each insight instance having an insight value and an insight type , each insight instance associated with an alert identifier which identifies an alert that was previously generated from a monitor through monitoring of events of a monitored system , the aggregator configured to aggregate insight values of received instances which have the same insight type; a vectorizer which upon execution with at least one processor creates a feature vector containing feature values , the feature values corresponding to insight types, the feature vector containing at least one feature value which is an aggregated insight value produced by the aggregator from multiple insight values, the feature vector associated with the alert; a classifier which upon execution with at least one processor accepts the feature vector, the classifier configured to assign a confidence score to the alert based at least partially upon the feature vector, the confidence score indicating a degree of confidence that the alert represents a threat to one or more operations of the monitored system; and an output device configured by a list of alerts ranked according to respective confidence scores assigned by the classifier. one or more processors; a memory in operable communication with at least one processor; an aggregator which upon execution with at least one processor receives insight instances , each insight instance having an insight value and an insight type , each insight instance associated with an alert identifier which identifies an alert that was previously generated from a monitor through monitoring of events of a monitored system , the aggregator configured to aggregate insight values of received instances which have the same insight type; a vectorizer which upon execution with at least one processor creates a feature vector containing feature values , the feature values corresponding to insight types, the feature vector containing at least one feature value which is an aggregated insight value produced by the aggregator from multiple insight values, the feature vector associated with the alert; a classifier which upon execution with at least one processor accepts the feature vector, the classifier configured to assign a confidence score to the alert based at least partially upon the feature vector, the confidence score indicating a degree of confidence that the alert represents a threat to one or more operations of the monitored system; and an output device configured by a list of alerts ranked according to respective confidence scores assigned by the classifier.
Method for illuminating a sample in a microscope , wherein the sample is illuminated using both a transmitted light bright field illumination device and, alternatively, a reflected light fluorescence illumination device, - wherein a white light LED is used as a light source for the transmitted light bright field illumination, - wherein a shutter is forcibly activated at a location of the illumination beam path of the transmitted light bright field illumination device when the reflected light fluorescence illumination device is activated, even if the white light LED is deactivated, said shutter preventing an excitation of the white light LED by the incident light of the reflected light fluorescence illumination device, - and wherein this shutter is forcibly deactivated when activating the transmitted light bright field illumination device. - wherein a white light LED is used as a light source for the transmitted light bright field illumination, - wherein a shutter is forcibly activated at a location of the illumination beam path of the transmitted light bright field illumination device when the reflected light fluorescence illumination device is activated, even if the white light LED is deactivated, said shutter preventing an excitation of the white light LED by the incident light of the reflected light fluorescence illumination device, - and wherein this shutter is forcibly deactivated when activating the transmitted light bright field illumination device.
A method for controlling a contact pressing force (F A ) of a collector shoe of a current collector of a railway vehicle, the collector shoe disposed on a positioning device of the current collector being brought into contact with a contact line by means of said positioning device of the current collector using the contact pressing force (F A ), a travelling speed (vF) of the railway vehicle being determined by means of a travelling speed measuring means of a measuring device of a control system of the railway vehicle, the contact pressing force (F A ) being controlled as a function of the travelling speed (vF) by means of a control device of the control system, a true wind speed (vW R ) being determined relative to the railway vehicle by means of a wind measuring means of the measuring device, the contact pressing force (F A ) being controlled by means of the control device taking into account the true wind speed (vW R ), characterized in that a total wind speed (vW ges ) is measured at the positioning device by means of the wind measuring means, the travelling speed (vF) corresponding to a relative wind speed (vW F ), the true wind speed (vW R ) being determined as the difference of the total wind speed (vW ges ) and the travelling speed (vF) or the relative wind speed (vW F ).
A method for wireless communication, comprising: receiving a first message from a first station, STA, at a second STA, the first message comprising a first network allocation vector, NAV, a first transmitter address, TA, and a first receiver address, RA; receiving , at the second STA, a contention-free end, CF-End, frame comprising a second TA and a second RA; determining a transmit opportunity, TxOP, period truncation in response to the received CF-End frame based at least in part on the first RA matching the second TA or the second RA; and contending for access to a wireless medium based at least in part on the determined TxOP period truncation. receiving a first message from a first station, STA, at a second STA, the first message comprising a first network allocation vector, NAV, a first transmitter address, TA, and a first receiver address, RA; receiving , at the second STA, a contention-free end, CF-End, frame comprising a second TA and a second RA; determining a transmit opportunity, TxOP, period truncation in response to the received CF-End frame based at least in part on the first RA matching the second TA or the second RA; and contending for access to a wireless medium based at least in part on the determined TxOP period truncation.