mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure regulating flow valve , comprising: (a) an elongated cage comprising a generally tubular body with an open end and a closed end , and (b) an elongated generally conical shaped elastomeric sleeve received within the elongated cage, the generally conical shaped elastomeric sleeve having a wide end and a narrow end , wherein the wide end of the elastomeric sleeve is supported at the open end of the elongated cage, and wherein flow is permitted between the narrow end of the elastomeric sleeve and the closed end of the elongated cage, whereby the pressure regulating flow valve being further characterised in that the generally tubular body has inwardly curved wall sections forming axially-extending pockets on the inner surface of the generally tubular body. (a) an elongated cage comprising a generally tubular body with an open end and a closed end , and (b) an elongated generally conical shaped elastomeric sleeve received within the elongated cage, the generally conical shaped elastomeric sleeve having a wide end and a narrow end , wherein the wide end of the elastomeric sleeve is supported at the open end of the elongated cage, and wherein flow is permitted between the narrow end of the elastomeric sleeve and the closed end of the elongated cage, whereby the pressure regulating flow valve being further characterised in that the generally tubular body has inwardly curved wall sections forming axially-extending pockets on the inner surface of the generally tubular body.
A method for controlling optimization of vectoring performance in the transmission of data between at least two transmitters and a plurality of receivers (124 1 ,..., 124 N ) via a plurality of communication channels (120 1 ,...,120 N ) over a plurality of subcarrier frequencies, the method characterised by comprising: determining communication performance for said communication channels collectively in at least one of: downstream, DS, direction, by using at least one default precoding parameter , and upstream, US, direction by using default far-end crosstalk, FEXT, cancellation parameters; comparing between said communication performance and corresponding service level agreement data associated with each of said communication channels, thereby generating management control data; determining at least one of: updated precoding parameters for said DS direction, and updated FEXT cancellation parameters for said US direction, according to said management control data; and applying at least one of: said updated precoding parameters for said DS direction, and said updated FEXT cancellation parameters for said US direction. determining communication performance for said communication channels collectively in at least one of: downstream, DS, direction, by using at least one default precoding parameter , and upstream, US, direction by using default far-end crosstalk, FEXT, cancellation parameters; comparing between said communication performance and corresponding service level agreement data associated with each of said communication channels, thereby generating management control data; determining at least one of: updated precoding parameters for said DS direction, and updated FEXT cancellation parameters for said US direction, according to said management control data; and applying at least one of: said updated precoding parameters for said DS direction, and said updated FEXT cancellation parameters for said US direction.
An aerosolization system, comprising: a container comprising a container body , the container being configured to deliver a single uniform drop of a liquid when actuated, the container comprising a nozzle having a tip with a tip seal that prevents back flow of liquid into the container; an aerosolizer comprising: a housing defining a mouthpiece ; an aerosol generator disposed entirely within the housing, wherein the aerosol generator comprises a vibratable membrane having a front face and a rear face, and a vibratable element used to vibrate the membrane ; the housing including an opening (501, 502; 730) that is adapted to receive a dosage of the liquid from the container while the container is generally external to the housing so that the container can be grasped by a human hand to manually actuate the container while the container is outside the housing, wherein the opening (501, 502; 730) provides a liquid path configured to drain the entire dosage onto the rear face of the vibratable membrane where the dosage is stored on the rear face until the vibratable element is energized to aerosolize the entire dosage stored on the rear face. a container comprising a container body , the container being configured to deliver a single uniform drop of a liquid when actuated, the container comprising a nozzle having a tip with a tip seal that prevents back flow of liquid into the container; an aerosolizer comprising: a housing defining a mouthpiece ; an aerosol generator disposed entirely within the housing, wherein the aerosol generator comprises a vibratable membrane having a front face and a rear face, and a vibratable element used to vibrate the membrane ; the housing including an opening (501, 502; 730) that is adapted to receive a dosage of the liquid from the container while the container is generally external to the housing so that the container can be grasped by a human hand to manually actuate the container while the container is outside the housing, wherein the opening (501, 502; 730) provides a liquid path configured to drain the entire dosage onto the rear face of the vibratable membrane where the dosage is stored on the rear face until the vibratable element is energized to aerosolize the entire dosage stored on the rear face. a housing defining a mouthpiece ; an aerosol generator disposed entirely within the housing, wherein the aerosol generator comprises a vibratable membrane having a front face and a rear face, and a vibratable element used to vibrate the membrane ; the housing including an opening (501, 502; 730) that is adapted to receive a dosage of the liquid from the container while the container is generally external to the housing so that the container can be grasped by a human hand to manually actuate the container while the container is outside the housing, wherein the opening (501, 502; 730) provides a liquid path configured to drain the entire dosage onto the rear face of the vibratable membrane where the dosage is stored on the rear face until the vibratable element is energized to aerosolize the entire dosage stored on the rear face.
A method for generating a notification by an electronic device, the method comprising: receiving a speech phrase; recognizing , by a processor, the speech phrase as a command to generate the notification; detecting , by at least one sensor, multiple types of context data of the electronic device upon recognizing the speech phrase, wherein the context data includes i) an image of a user, ii) ambient light value, iii) movement of the device, and iv) an event indicative of an unacknowledged incoming communication; determining a weighted context value for each type of context data; determining a context score by adding the weighted context values, determining , by the processor, whether to generate the notification based on a comparison of the context score to a threshold value; and generating , by the processor, the notification based on the comparison and the command. receiving a speech phrase; recognizing , by a processor, the speech phrase as a command to generate the notification; detecting , by at least one sensor, multiple types of context data of the electronic device upon recognizing the speech phrase, wherein the context data includes i) an image of a user, ii) ambient light value, iii) movement of the device, and iv) an event indicative of an unacknowledged incoming communication; determining a weighted context value for each type of context data; determining a context score by adding the weighted context values, determining , by the processor, whether to generate the notification based on a comparison of the context score to a threshold value; and generating , by the processor, the notification based on the comparison and the command.
Method of producing a tubular-arc-shaped hollow body from a tailored metallic blank, in which the hollow body is produced from the blank using a U-O forming, so that the hollow body , after the U-O forming of the blank, has a slit or edge joint (4.4) along two joint edges (4. 3) of the formed blank, wherein after a working process (OP10, OP30), in which the blank is formed at least partially in a U-shape, at least one reinforcing element is inserted into an at least partially U-shaped formed section of the formed blank and is joined to the same on the inside by material bonding, preferably welded thereto on the inside, and in that subsequently at least one further working operation (OP50) is carried out in which the U-shaped formed blank is formed into the tubular-arc-shaped hollow body , wherein before and/or during the working operation (OP10), in which the blank is at least partially formed into a U-shape, the blank is bent so that the at least partially U-shaped formed blank defines a channel , the elongated channel base line of which being formed into an arc, the bending of the blank being carried out in such a manner that the at least partially U-shaped formed blank defines a channel , the longitudinal channel base line of which is convex at least in sections, characterized in that the at least one reinforcing element is a plate-shaped or disk-shaped and annular reinforcing element which comprises at least one cross strut (6. 4) and/or a collar (6.3), wherein the at least one reinforcing element is inserted at least into the convexly formed channel section and is materially connected, preferably welded, to the same on the inside.
An antisense compound having the following structure: or a salt thereof for use in treating spinal muscular atrophy (SMA) in a human subject in need thereof, the treatment comprising administering at least two loading doses of the antisense compound or the salt thereof intrathecally to the human subject, wherein the at least two loading doses comprise: (i) a first loading dose of the antisense compound or the salt thereof that is equivalent to 50 mg of the antisense compound; and (ii) a second loading dose of the antisense compound or the salt thereof that is equivalent to 50 mg of the antisense compound, administered 10 to 20 days after administration of the first loading dose. (i) a first loading dose of the antisense compound or the salt thereof that is equivalent to 50 mg of the antisense compound; and (ii) a second loading dose of the antisense compound or the salt thereof that is equivalent to 50 mg of the antisense compound, administered 10 to 20 days after administration of the first loading dose.
A method performed by a device configured for communication with a server via a transport node of a communication network, the method comprising: assembling a message for sending to the server via the transport node , the message comprising a message payload, an application layer header, and a signature prepared over the message payload and application layer header, wherein at least one of the message payload or a part of the application layer header is encrypted; retrieving a compression context identifier corresponding to the application layer header ; replacing the application layer header in the message with the retrieved compression context identifier ; and forwarding the message to the transport node . assembling a message for sending to the server via the transport node , the message comprising a message payload, an application layer header, and a signature prepared over the message payload and application layer header, wherein at least one of the message payload or a part of the application layer header is encrypted; retrieving a compression context identifier corresponding to the application layer header ; replacing the application layer header in the message with the retrieved compression context identifier ; and forwarding the message to the transport node .
A wheel , having an outer wheel ring , a hub , and at least one support device by way of which the outer wheel ring is supported on the hub , wherein an adjustment device is provided by way of which the hub is adjustable relative to the outer wheel ring , wherein the support device has multiple support elements which extend between the hub and the outer wheel ring , characterized in that the support elements are three-dimensionally arranged such that the hub can be adjusted in five degrees of freedom relative to the outer wheel ring .
A channel state information feedback method, wherein the method comprises: sending (S210), by a terminal device, matrix information of a dimension reduction matrix to a network device, wherein a first dimension of the dimension reduction matrix is the same as a quantity of transmit antenna ports of the network device, and a second dimension of the dimension reduction matrix is less than the first dimension of the dimension reduction matrix; and sending (S220), by the terminal device, vector information of an eigenvector of a downlink equivalent channel to the network device, wherein the eigenvector of the downlink equivalent channel is obtained based on the dimension reduction matrix, wherein the matrix information comprises a matrix index of the dimension reduction matrix, or the matrix information comprises information obtained by the terminal device by quantizing an element of the dimension reduction matrix; and the vector information comprises an index of the eigenvector, or the vector information comprises information obtained by the terminal device by quantizing an element of the eigenvector, characterized in that the dimension reduction matrix is determined by the terminal device based on channel matrices corresponding to downlink reference signals received in a first time period, energy of a subspace corresponding to the dimension reduction matrix in the first time period is highest among a plurality of subspaces corresponding to the downlink channel in a same dimension, and orthogonality is met between column vectors of the dimension reduction matrix. sending (S210), by a terminal device, matrix information of a dimension reduction matrix to a network device, wherein a first dimension of the dimension reduction matrix is the same as a quantity of transmit antenna ports of the network device, and a second dimension of the dimension reduction matrix is less than the first dimension of the dimension reduction matrix; and sending (S220), by the terminal device, vector information of an eigenvector of a downlink equivalent channel to the network device, wherein the eigenvector of the downlink equivalent channel is obtained based on the dimension reduction matrix, wherein the matrix information comprises a matrix index of the dimension reduction matrix, or the matrix information comprises information obtained by the terminal device by quantizing an element of the dimension reduction matrix; and the vector information comprises an index of the eigenvector, or the vector information comprises information obtained by the terminal device by quantizing an element of the eigenvector, characterized in that the dimension reduction matrix is determined by the terminal device based on channel matrices corresponding to downlink reference signals received in a first time period, energy of a subspace corresponding to the dimension reduction matrix in the first time period is highest among a plurality of subspaces corresponding to the downlink channel in a same dimension, and orthogonality is met between column vectors of the dimension reduction matrix.
A set of cartridges for determining the methylation state of a nucleic acid, said set of cartridges comprising: a first cartridge comprising: a sample receiving chamber; a column comprising a first matrix material; a channel or chamber that can be temperature controlled; a sample removal chamber; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a bisulfite reagent; and a second cartridge comprising: a sample receiving chamber; a column comprising a second matrix material; a channel or chamber that can be temperature controlled; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a desulphonation and/or elution reagent. a first cartridge comprising: a sample receiving chamber; a column comprising a first matrix material; a channel or chamber that can be temperature controlled; a sample removal chamber; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a bisulfite reagent; and a sample receiving chamber; a column comprising a first matrix material; a channel or chamber that can be temperature controlled; a sample removal chamber; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a bisulfite reagent; and a second cartridge comprising: a sample receiving chamber; a column comprising a second matrix material; a channel or chamber that can be temperature controlled; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a desulphonation and/or elution reagent. a sample receiving chamber; a column comprising a second matrix material; a channel or chamber that can be temperature controlled; and a plurality of chambers containing reagents and/or buffers, wherein when in use at least one of said chambers contains a desulphonation and/or elution reagent.
An image processing device comprising: a light source configured to irradiate an object at least with invisible light; an image reader configured to read: first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and an image selecting unit configured to selectively output the first information read by the image reader . a light source configured to irradiate an object at least with invisible light; an image reader configured to read: first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and an image selecting unit configured to selectively output the first information read by the image reader .
A microfluidic routing device for routing objects of interest in a microfluidic flow, the device comprising: - a substrate ; - a first layer provided on the substrate , in which the first layer forms a bottom wall of a microfluidic channel , wherein at least two holes through the first layer form respectively an inlet and an outlet for the microfluidic channel ; - a second layer spaced away from the first layer , in which the second layer forms a top wall of the microfluidic channel , wherein said second layer is adapted for transmitting an optical signal from the microfluidic channel , - an actuator for actuating said objects of interest in a sorting junction of the microfluidic channel , wherein said first layer comprises a waveguide for conveying a light wave and an input light coupler for coupling said light wave into the waveguide from an external source. - a substrate ; - a first layer provided on the substrate , in which the first layer forms a bottom wall of a microfluidic channel , wherein at least two holes through the first layer form respectively an inlet and an outlet for the microfluidic channel ; - a second layer spaced away from the first layer , in which the second layer forms a top wall of the microfluidic channel , wherein said second layer is adapted for transmitting an optical signal from the microfluidic channel , - an actuator for actuating said objects of interest in a sorting junction of the microfluidic channel ,
A fish species estimating system , comprising: an acquiring module configured to acquire a data set at least including position data and echo data generated from a reflected wave of an ultrasonic wave emitted underwater; and a reasoning module configured to estimate a fish species of a fish image included in the echo data of the data set acquired by the acquiring module , by using a learned model created by machine learning where the data set is used as input data and the fish species is used as teacher data, characterized in that the fish species estimating system further comprises a distinguishing module configured to distinguish the fish species of the fish image included in image data generated by a camera configured to image fish caught; and a learning module configured to create the learned model by using the fish species distinguished by the distinguishing module as teacher data, wherein the distinguishing module distinguishes the fish species of the fish image included in the image data by using a further learned model created by machine learning where the image data is used as input data and the fish species is used as teacher data, and wherein the acquiring module associates the image data with the data set, when a distance between a position when signs of fish are detected based on the echo data and a position where the image data is generated is below a threshold. an acquiring module configured to acquire a data set at least including position data and echo data generated from a reflected wave of an ultrasonic wave emitted underwater; and a reasoning module configured to estimate a fish species of a fish image included in the echo data of the data set acquired by the acquiring module , by using a learned model created by machine learning where the data set is used as input data and the fish species is used as teacher data, a distinguishing module configured to distinguish the fish species of the fish image included in image data generated by a camera configured to image fish caught; and a learning module configured to create the learned model by using the fish species distinguished by the distinguishing module as teacher data, wherein the distinguishing module distinguishes the fish species of the fish image included in the image data by using a further learned model created by machine learning where the image data is used as input data and the fish species is used as teacher data, and wherein the acquiring module associates the image data with the data set, when a distance between a position when signs of fish are detected based on the echo data and a position where the image data is generated is below a threshold.