mhurhangee/patent-ind-claim-en huggingface dataset:
A compressible adjunct for use with a surgical instrument including a staple cartridge, wherein the compressible adjunct comprises: a first biocompatible layer ; a second biocompatible layer spaced apart from the first biocompatible layer, wherein the first biocompatible layer comprises a greater density than the second biocompatible layer; and a plurality of supporting pillars extending between the first biocompatible layer and the second biocompatible layer; wherein the plurality of supporting pillars comprises: a first supporting pillar ; and a second supporting pillar crossing the first supporting pillar; wherein each of the supporting pillars comprises: a first end portion attached to the first biocompatible layer; and a second end portion attached to the second biocompatible layer. a first biocompatible layer ; a second biocompatible layer spaced apart from the first biocompatible layer, wherein the first biocompatible layer comprises a greater density than the second biocompatible layer; and a plurality of supporting pillars extending between the first biocompatible layer and the second biocompatible layer; a first supporting pillar ; and a second supporting pillar crossing the first supporting pillar; a first end portion attached to the first biocompatible layer; and a second end portion attached to the second biocompatible layer.
A snow groomer vehicle comprising: a frame extending along a longitudinal axis (A); a tool connected to the frame through a connecting device equipped with an actuator assembly (25-28) operable to determine a relative position of the tool with respect to the frame ; a satellite navigation device ; a control system including a processing unit and a memory device ; characterized in that the memory device contains a target map (MT1, ..., MTN) representing a desired surface to be obtained by processing the snowpack over a region; wherein the processing unit is configured to: determine a position and an orientation of the frame using data provided by the satellite navigation device ; determine a configuration of the tool as a function of the position and orientation of the frame and of the target map (M T1 , ..., M TN ), so that the passage of the tool causes a modification of the snowpack that conforms the snowpack to the target map (M T1 , ..., M TN ); and operate the actuator assembly (25-28) so as to bring the tool into the determined configuration. a frame extending along a longitudinal axis (A); a tool connected to the frame through a connecting device equipped with an actuator assembly (25-28) operable to determine a relative position of the tool with respect to the frame ; a satellite navigation device ; a control system including a processing unit and a memory device ; characterized in that the memory device contains a target map (MT1, ..., MTN) representing a desired surface to be obtained by processing the snowpack over a region; wherein the processing unit is configured to: determine a position and an orientation of the frame using data provided by the satellite navigation device ; determine a configuration of the tool as a function of the position and orientation of the frame and of the target map (M T1 , ..., M TN ), so that the passage of the tool causes a modification of the snowpack that conforms the snowpack to the target map (M T1 , ..., M TN ); and operate the actuator assembly (25-28) so as to bring the tool into the determined configuration. determine a position and an orientation of the frame using data provided by the satellite navigation device ; determine a configuration of the tool as a function of the position and orientation of the frame and of the target map (M T1 , ..., M TN ), so that the passage of the tool causes a modification of the snowpack that conforms the snowpack to the target map (M T1 , ..., M TN ); and operate the actuator assembly (25-28) so as to bring the tool into the determined configuration.
An exhalation device for a non-invasive ventilator system , the exhalation device configured to reversibly convert between a first, passive ventilation configuration and a second, active ventilation configuration, the exhalation device comprising: a housing with a first end and a second end , the housing defining a gas flow path extending between the first end and the second end; an exhalation port defined within the housing along the airway path, the exhalation port configured to passively release gas from the gas flow path to the environment; an internal diaphragm positioned at an interface between the exhalation port and the housing, the internal diaphragm configured to allow release of gas to the exhalation port during exhalation; and an adapter comprising an adapter exhalation port and configured to reversibly engage the exhalation port to define a controlled exhalation flow path from the exhalation port to the adapter exhalation port; wherein the internal diaphragm is configured to be moved out of the airway path by the adapter exhalation port when the adapter engages the exhalation port; wherein the exhalation device is in the first, passive ventilation configuration when the adapter is removed from the exhalation port, and further wherein the exhalation device is in the second, active ventilation configuration when the adapter engages the exhalation port; and characterized in that the adapter comprises an internal air flow control configured to actively control the flow of exhalant through the controlled exhalation flow path. a housing with a first end and a second end , the housing defining a gas flow path extending between the first end and the second end; an exhalation port defined within the housing along the airway path, the exhalation port configured to passively release gas from the gas flow path to the environment; an internal diaphragm positioned at an interface between the exhalation port and the housing, the internal diaphragm configured to allow release of gas to the exhalation port during exhalation; and an adapter comprising an adapter exhalation port and configured to reversibly engage the exhalation port to define a controlled exhalation flow path from the exhalation port to the adapter exhalation port; wherein the internal diaphragm is configured to be moved out of the airway path by the adapter exhalation port when the adapter engages the exhalation port; wherein the exhalation device is in the first, passive ventilation configuration when the adapter is removed from the exhalation port, and further wherein the exhalation device is in the second, active ventilation configuration when the adapter engages the exhalation port; and characterized in that the adapter comprises an internal air flow control configured to actively control the flow of exhalant through the controlled exhalation flow path.
A method for processing an audio message by a pocket electronic device, in particular a mobile phone, having at least one touch-sensitive screen zone, comprising the steps of: - providing a list of contacts, each contact being associated to a dedicated screen portion; - selecting a receiver of the audio message to be transmitted from the contact list displayed on the screen of the device; - activating a function of recording an audio message to be sent; - interrupting said recording function; - transmitting the recorded voice message to the selected receiver; wherein said steps of selecting and activating are carried out through a single pressing at least one zone of said dedicated screen portion, characterized in that : - a recording of the audio message occurs during said pressing of at least one zone of said dedicated screen portion, said interrupting of said recording comprises a step of releasing said pressing, and recording the audio message comprises a step of checking parameters characterizing the message itself, said step of checking comprises a voice detecting step, wherein an automatic interrupting of the recording step is provided at the detecting of an invalid voice; or said activating step is performed with an action of pressure on at least one zone of said dedicated screen portion, the recording is carried out without the need of maintaining pressure on the screen, and said interrupting and transmitting steps are automatically performed in correspondence with the detecting an invalid voice or after the detecting of a user's voice command to send the message, or after a preset time from said detecting. - providing a list of contacts, each contact being associated to a dedicated screen portion; - selecting a receiver of the audio message to be transmitted from the contact list displayed on the screen of the device; - activating a function of recording an audio message to be sent; - interrupting said recording function; - transmitting the recorded voice message to the selected receiver; - a recording of the audio message occurs during said pressing of at least one zone of said dedicated screen portion, said interrupting of said recording comprises a step of releasing said pressing, and recording the audio message comprises a step of checking parameters characterizing the message itself, said step of checking comprises a voice detecting step, wherein an automatic interrupting of the recording step is provided at the detecting of an invalid voice; or said activating step is performed with an action of pressure on at least one zone of said dedicated screen portion, the recording is carried out without the need of maintaining pressure on the screen, and said interrupting and transmitting steps are automatically performed in correspondence with the detecting an invalid voice or after the detecting of a user's voice command to send the message, or after a preset time from said detecting.
A data classification device , comprising: a known data input unit that receives an input of known data, the known data being data already classified into a class and subclasses subordinate to the class; a feature extraction unit that extracts features from the known data, wherein the extracted features are features shared between the subclasses in the class, and determines whether classification of the known data belonging to the class into a subclass of the subclasses using a feature of the extracted features is success or failure, and outputs the feature if it is determined that the feature causes the classification to fail; and a classification unit that classifies classification target data into a class using the output feature for detecting an attack. a known data input unit that receives an input of known data, the known data being data already classified into a class and subclasses subordinate to the class; a feature extraction unit that extracts features from the known data, wherein the extracted features are features shared between the subclasses in the class, and determines whether classification of the known data belonging to the class into a subclass of the subclasses using a feature of the extracted features is success or failure, and outputs the feature if it is determined that the feature causes the classification to fail; and a classification unit that classifies classification target data into a class using the output feature for detecting an attack.
Apparatus for activating/deactivating a safety system of a motor vehicle in the event of a turning manoeuvre of the motor vehicle , wherein the safety system is configured to initiate a braking process of the motor vehicle in the event of the turning manoeuvre if a collision likelihood for the motor vehicle and oncoming traffic is equal to or greater than a stipulated limit value, having a detection unit for detecting a current driving behaviour of a driver of the motor vehicle , and a determination unit for determining whether the current driving behaviour is consistent with a predefined sporty driving behaviour, characterized in that the apparatus has a control unit for deactivating the safety system before the braking process is initiated if the current driving behaviour is consistent with a predefined sporty driving behaviour. a detection unit for detecting a current driving behaviour of a driver of the motor vehicle , and a determination unit for determining whether the current driving behaviour is consistent with a predefined sporty driving behaviour, characterized in that the apparatus has a control unit for deactivating the safety system before the braking process is initiated if the current driving behaviour is consistent with a predefined sporty driving behaviour.
Duckbill valve , in particular for avoiding backflow of a fluid, having an at least partially elastic main body which has a duckbill-shaped outflow region in which a slit opening is formed, wherein an open position of the duckbill valve is realized by way of pressurization with a liquid and the fluid thereby flows out of the duckbill-shaped outflow region , characterized in that the duckbill valve has a receiving part for receiving the main body , wherein an inner contour of a receiving space of the receiving part has a first form and an outer contour of the main body has a second form, which differs from the first form, wherein, in the closed position, the main body , inserted in the receiving space , is at least partially compressed in the receiving space transversely to an extent direction of the slit opening .
A flow meter for a pipe comprising: an upstream ultrasonic transducer and a downstream ultrasonic transducer , each transducer comprising: an ultrasonic source configured to produce plane waves; and a housing having a face at least a portion of which is curved/shaped through which the plane waves produced from the source disposed in the housing are emitted and directed outward towards the pipe's interior wall so a full cross-section of the pipe's interior can be measured, wherein the face is conically shaped, and wherein a desired angle, φ desired, of the conical shape is defined by where D is the diameter of the pipe, L is the length of the pipe between the faces of the upstream and downstream ultrasonic transducer, r is the radius of the upstream or downstream transducer, and Φ face is an angle of the face of the upstream or downstream transducer. an ultrasonic source configured to produce plane waves; and a housing having a face at least a portion of which is curved/shaped through which the plane waves produced from the source disposed in the housing are emitted and directed outward towards the pipe's interior wall so a full cross-section of the pipe's interior can be measured, wherein the face is conically shaped, and wherein a desired angle, φ desired, of the conical shape is defined by where D is the diameter of the pipe, L is the length of the pipe between the faces of the upstream and downstream ultrasonic transducer, r is the radius of the upstream or downstream transducer, and Φ face is an angle of the face of the upstream or downstream transducer.
Rubber composition based on at least one diene elastomer, a reinforcing filler, a vulcanizing system and a plasticizing system, said reinforcing filler predominantly comprising, by weight, a silica with a very high specific surface area, with a CTAB specific surface area, determined according to French standard NF T 45-007 of November 1987 (method B), greater than 170 m 2 /g, and said plasticizing system comprising a content in the range from 25 to 90 phr (parts by weight per hundred parts by weight of elastomer) of a hydrocarbon resin having a glass transition temperature (Tg), measured according to standard ASTM D3418 , between -40°C and 20°C.
A method by a user equipment, UE, for transmitting a power headroom, PH, in a communication system, the method comprising: receiving , from a base station, information for a path loss reference for a secondary cell, SCell, wherein the information for the path loss reference indicates whether the UE applies as the path loss reference either a downlink of a primary cell, PCell, or a downlink of the SCell; triggering a power headroom report, PHR, in case that a prohibit PHR timer expires and a path loss is changed more than a threshold for at least one activated serving cell which is used as the path loss reference since a transmission of a last PHR and when uplink resource is allocated for a new transmission; obtaining PH for each of activated serving cells in case that the PHR is configured for the each of activated serving cells and the uplink resource is allocated for the new transmission; and transmitting the PHR including the PH for each of activated serving cells and an indicator for the PH for each of activated serving cells, the indicator indicating whether the PH is based on a real physical uplink shared channel, PUSCH, transmission or a reference format, wherein the PH is calculated based on that a parameter related to a number of resource blocks and a parameter derived from modulation and coding scheme, MCS, are omitted, in case that the indicator indicates the PUSCH reference format. receiving , from a base station, information for a path loss reference for a secondary cell, SCell, wherein the information for the path loss reference indicates whether the UE applies as the path loss reference either a downlink of a primary cell, PCell, or a downlink of the SCell; triggering a power headroom report, PHR, in case that a prohibit PHR timer expires and a path loss is changed more than a threshold for at least one activated serving cell which is used as the path loss reference since a transmission of a last PHR and when uplink resource is allocated for a new transmission; obtaining PH for each of activated serving cells in case that the PHR is configured for the each of activated serving cells and the uplink resource is allocated for the new transmission; and transmitting the PHR including the PH for each of activated serving cells and an indicator for the PH for each of activated serving cells, the indicator indicating whether the PH is based on a real physical uplink shared channel, PUSCH, transmission or a reference format, wherein the PH is calculated based on that a parameter related to a number of resource blocks and a parameter derived from modulation and coding scheme, MCS, are omitted, in case that the indicator indicates the PUSCH reference format.
An operating method of an edge-cloud collaboration system which analyzes Internet of Things (IoT) data and includes a cloud device providing a cloud service, a user loT device installed in a user space, and an edge device disposed between the cloud device and the user loT device, the operating method comprising: transmitting, by the cloud device, a data prediction model, optimized for the edge device among a plurality of data prediction models predicting variations of pieces of published loT data, to the edge device (S710), wherein the plurality of data prediction models are generated (S713) by the cloud device by learning published loT data collected (S711) by the cloud device, wherein the optimized data prediction model is selected (S717) from among the plurality of data prediction models by assigning, by the cloud device or edge device, published loT data having a highest correlation with sample data of the user loT data, received by the cloud device or edge device (S715), among the pieces of published loT data, and wherein the selected data prediction model is transmitted, by the cloud device, as the optimized data prediction model to the edge device (S719); generating (S720), by the edge device, prediction information obtained by predicting a variation of user loT data collected from the user loT device by using the optimized data prediction model and transmitting the prediction information to the user loT device; and controlling (S730), by the user loT device, an indoor environment of the user space by using the prediction information. transmitting, by the cloud device, a data prediction model, optimized for the edge device among a plurality of data prediction models predicting variations of pieces of published loT data, to the edge device (S710), wherein the plurality of data prediction models are generated (S713) by the cloud device by learning published loT data collected (S711) by the cloud device, wherein the optimized data prediction model is selected (S717) from among the plurality of data prediction models by assigning, by the cloud device or edge device, published loT data having a highest correlation with sample data of the user loT data, received by the cloud device or edge device (S715), among the pieces of published loT data, and wherein the selected data prediction model is transmitted, by the cloud device, as the optimized data prediction model to the edge device (S719); generating (S720), by the edge device, prediction information obtained by predicting a variation of user loT data collected from the user loT device by using the optimized data prediction model and transmitting the prediction information to the user loT device; and controlling (S730), by the user loT device, an indoor environment of the user space by using the prediction information.
A MAS-NMR rotor system , comprising a rotor for accommodating a measurement substance and a stator for mounting of the rotor so as to be rotatable about a rotation axis (RA), having a first pneumatic radial bearing , comprising first nozzle outlet openings in the stator at a radius r1 and a first bearing surface on a circular cylindrically-shaped section of the rotor at a radius R1, having a second pneumatic radial bearing , comprising second nozzle outlet openings in the stator at a radius r2 and a second bearing surface on the rotor at a radius R2, measured opposite to the second nozzle outlet openings in the stator , and having a pneumatic axial bearing , comprising at least one nozzle outlet opening in the stator and a third bearing surface on an axial end of the rotor , wherein the third bearing surface runs orthogonally to the rotation axis (RA) and has an outer radius R3, characterized in that the second radial bearing is formed on an end section of the rotor which, as compared to the circular cylindrically-shaped section , has a smaller radius or a radius that decreases away from the circular cylindrically-shaped section , so that R2 < R1 applies and also r2 < r1, and that the third bearing surface is formed on an end of the end section that faces away from the circular cylindrically-shaped section , so that R3 ≤ R2 also applies. having a first pneumatic radial bearing , comprising first nozzle outlet openings in the stator at a radius r1 and a first bearing surface on a circular cylindrically-shaped section of the rotor at a radius R1, having a second pneumatic radial bearing , comprising second nozzle outlet openings in the stator at a radius r2 and a second bearing surface on the rotor at a radius R2, measured opposite to the second nozzle outlet openings in the stator , and having a pneumatic axial bearing , comprising at least one nozzle outlet opening in the stator and a third bearing surface on an axial end of the rotor , wherein the third bearing surface runs orthogonally to the rotation axis (RA) and has an outer radius R3, characterized in that the second radial bearing is formed on an end section of the rotor which, as compared to the circular cylindrically-shaped section , has a smaller radius or a radius that decreases away from the circular cylindrically-shaped section , so that R2 < R1 applies and also r2 < r1, and that the third bearing surface is formed on an end of the end section that faces away from the circular cylindrically-shaped section , so that R3 ≤ R2 also applies.