mhurhangee/patent-ind-claim-en huggingface dataset:
A guidance system for obtaining an ultrasound image, comprising: a processor in communication with an ultrasound imaging device , a camera and a display , the processor configured to: obtain a first motion control configuration for repositioning the ultrasound imaging device from a first position towards a target image view of a subject's anatomy, the first motion control configuration determined based on a first predictive network, wherein the processor is configured to obtain the first motion control configuration by: receiving, from the ultrasound imaging device, an ultrasound image representative of the subject's anatomy while the ultrasound imaging device is positioned at the first position; and applying the first predictive network to the ultrasound image to produce the first motion control configuration, wherein the first predictive network comprises a deep learning network; determine positional information associated with the ultrasound imaging device based on an image captured by the camera, the image including the subject's anatomy and the ultrasound imaging device positioned at the first position; and output, to the display, an instruction to reposition the ultrasound imaging device from the first position to a second position characterized in that the instruction is based on the first motion control configuration and the positional information associated with the ultrasound imaging device. obtain a first motion control configuration for repositioning the ultrasound imaging device from a first position towards a target image view of a subject's anatomy, the first motion control configuration determined based on a first predictive network, wherein the processor is configured to obtain the first motion control configuration by: receiving, from the ultrasound imaging device, an ultrasound image representative of the subject's anatomy while the ultrasound imaging device is positioned at the first position; and applying the first predictive network to the ultrasound image to produce the first motion control configuration, wherein the first predictive network comprises a deep learning network; receiving, from the ultrasound imaging device, an ultrasound image representative of the subject's anatomy while the ultrasound imaging device is positioned at the first position; and applying the first predictive network to the ultrasound image to produce the first motion control configuration, wherein the first predictive network comprises a deep learning network; determine positional information associated with the ultrasound imaging device based on an image captured by the camera, the image including the subject's anatomy and the ultrasound imaging device positioned at the first position; and output, to the display, an instruction to reposition the ultrasound imaging device from the first position to a second position characterized in that the instruction is based on the first motion control configuration and the positional information associated with the ultrasound imaging device.
An apparatus for preparing a food puree comprising: a chamber for containing food ingredients; a steam supply for supplying steam to the chamber for steaming the food ingredients; a liquid supply for supplying a liquid to the chamber; an agitator for pureeing the food ingredients to obtain said food puree; a user interface adapted to receive data related to a texture requirement of said food puree; and a controller adapted to determine according to said received data, at least one steam parameter based on which the steam is to be supplied and a liquid amount to be supplied by the liquid supply, the controller being further adapted to control the steam supply and liquid supply according to the determined at least one steam parameter and liquid amount. a chamber for containing food ingredients; a steam supply for supplying steam to the chamber for steaming the food ingredients; a liquid supply for supplying a liquid to the chamber; an agitator for pureeing the food ingredients to obtain said food puree; a user interface adapted to receive data related to a texture requirement of said food puree; and a controller adapted to determine according to said received data, at least one steam parameter based on which the steam is to be supplied and a liquid amount to be supplied by the liquid supply, the controller being further adapted to control the steam supply and liquid supply according to the determined at least one steam parameter and liquid amount.
A digital dispense device for ejecting one or more fluids into a target area of a substrate, the digital dispense device comprising: A) a fluid ejection head for the digital dispense device having a linear array (42A-42D) of fluid ejectors thereon, wherein the fluid ejectors are grouped by primitives (P1-P4) from a first end of the linear array to a second end of the linear array; B) a fluid ejection head translation device for moving the fluid ejection head over the target area of the substrate in a first direction , wherein the linear array of fluid ejectors on the fluid ejection head are oriented parallel to the first direction; and C) a control device configured to sequentially activate all of the primitives of fluid ejectors in the linear array of fluid ejectors while moving the fluid ejection head over the target area and as the linear array of fluid ejectors intersect the target area of the substrate. A) a fluid ejection head for the digital dispense device having a linear array (42A-42D) of fluid ejectors thereon, wherein the fluid ejectors are grouped by primitives (P1-P4) from a first end of the linear array to a second end of the linear array; B) a fluid ejection head translation device for moving the fluid ejection head over the target area of the substrate in a first direction , wherein the linear array of fluid ejectors on the fluid ejection head are oriented parallel to the first direction; and C) a control device configured to sequentially activate all of the primitives of fluid ejectors in the linear array of fluid ejectors while moving the fluid ejection head over the target area and as the linear array of fluid ejectors intersect the target area of the substrate.
An optical fiber assembly (A1, A2) comprising: a circuit board including a first face and a second face on one (Z) and the other (Z') sides, respectively, in the thickness direction (Z-Z') of the circuit board , the first face having first and second regions being different regions from each other, and the second face having a third region on the opposite side to the first region and a fourth region on the opposite side to the second region ; a converter being an opto-electronic or electro-optic converter on the first region of the circuit board ; an optical fiber including a first portion being a leading end portion of the optical fiber , the first portion being optically connected to the converter ; a circuit on the first region of the circuit board , the circuit being electrically connected to the converter ; an external connecting part provided on the fourth region of the circuit board and connected to the circuit via the circuit board , the external connecting part being configured to be connected with a connecting part of an electronic device (D); and characterised by further comprising a pressable part fixed directly or indirectly to the circuit board such as to be positioned on the second region of the circuit board without contacting any of the converter , the optical fiber , or the circuit , the pressable part being configured to press-fit or connect the external connecting part of the assembly (A1, A2) to the connecting part of the electronic device (D) by applying the load on the pressable part of the assembly (A1, A2). a circuit board including a first face and a second face on one (Z) and the other (Z') sides, respectively, in the thickness direction (Z-Z') of the circuit board , the first face having first and second regions being different regions from each other, and the second face having a third region on the opposite side to the first region and a fourth region on the opposite side to the second region ; a converter being an opto-electronic or electro-optic converter on the first region of the circuit board ; an optical fiber including a first portion being a leading end portion of the optical fiber , the first portion being optically connected to the converter ; a circuit on the first region of the circuit board , the circuit being electrically connected to the converter ; an external connecting part provided on the fourth region of the circuit board and connected to the circuit via the circuit board , the external connecting part being configured to be connected with a connecting part of an electronic device (D); and
An activated protein C (APC) or analogue thereof for use in minimising or reducing the appearance of a pathologic scar in an individual comprising contacting a pathologic scar with a therapeutically effective amount of APC or analogue thereof.
A method for resource scheduling of a network node , comprising: obtaining radio resources scheduled for user equipment, UE, ; and transmitting to the UE scheduling information, wherein the scheduling information comprises the scheduled radio resources and is configured to indicate an activation time of the scheduled radio resources, wherein the scheduling information is further configured to instruct the UE to use the scheduled radio resources to transmit or receive data after a predetermined time or after the activation time indicated by the scheduling information, and characterized in that : a priority for a pre-scheduling scheme related to the scheduling information is predefined with respect to a priority of at least one of semi-persistent scheduling and dynamic scheduling. obtaining radio resources scheduled for user equipment, UE, ; and transmitting to the UE scheduling information, wherein the scheduling information comprises the scheduled radio resources and is configured to indicate an activation time of the scheduled radio resources, wherein the scheduling information is further configured to instruct the UE to use the scheduled radio resources to transmit or receive data after a predetermined time or after the activation time indicated by the scheduling information, and characterized in that : a priority for a pre-scheduling scheme related to the scheduling information is predefined with respect to a priority of at least one of semi-persistent scheduling and dynamic scheduling.
Method for dynamically discovering service functions in an IP network, said service functions allowing differentiated treatments of traffic flows routed through the IP network according to their nature, said IP network comprising at least one node, referred to as a PDP node, responsible for taking decisions as to the structuring of a service based on a set of service functions, referred to as SF functions, and for notifying other nodes of said IP network of these decisions, and at least one node, referred to as an SF node, associated with at least one SF function hosted on said SF node or accessible via said SF node, said method comprising the following steps: - the PDP node receives an announcement message sent by the SF node, said announcement message indicating at least one identifier and the location of said SF function associated with this SF node, and - the PDP node updates a list of SF functions on the basis of information taken from said announcement message. - the PDP node receives an announcement message sent by the SF node, said announcement message indicating at least one identifier and the location of said SF function associated with this SF node, and - the PDP node updates a list of SF functions on the basis of information taken from said announcement message.
A pharmaceutical composition for use in the prophylaxis and/or treatment of human rhinovirus infection or human influenza virus infection, wherein said composition is to be applied to the nasal and/or oral mucosa, and which composition comprises a pharmaceutically acceptable carrier and (i) lactoferrin and soluble ICAM-1; (ii) lysozyme and soluble ICAM-1; (iii) lactoferrin, lysozyme, and soluble ICAM-1; (iv) lactoferrin and lysozyme; (v) lactoferrin, lysozyme, and sialic acid; or (vi) lactoferrin, lysozyme, sialic acid, and isoquercetin. (i) lactoferrin and soluble ICAM-1; (ii) lysozyme and soluble ICAM-1; (iii) lactoferrin, lysozyme, and soluble ICAM-1; (iv) lactoferrin and lysozyme; (v) lactoferrin, lysozyme, and sialic acid; or (vi) lactoferrin, lysozyme, sialic acid, and isoquercetin.
A clamp system for releasably attaching a filter assembly to a support grid; the clamp system comprising: (a) one or more clamp rods ; (b) a first elongated support member with openings , each opening being sized to fit over one of the clamp rods; (c) a first slide plate slidably mounted in the first support member; (i) the first slide plate having openings alignable with the openings in the first support member; (ii) the first slide plate having an end handle ; (d) a second elongated support member with openings , each opening in the second support member sized to fit over one of the clamp rods; and (e) one or more handgrips , each handgrip constructed and arranged to engage one of the clamp rods and apply an axial force against the second support member. (a) one or more clamp rods ; (b) a first elongated support member with openings , each opening being sized to fit over one of the clamp rods; (c) a first slide plate slidably mounted in the first support member; (i) the first slide plate having openings alignable with the openings in the first support member; (ii) the first slide plate having an end handle ; (i) the first slide plate having openings alignable with the openings in the first support member; (ii) the first slide plate having an end handle ; (d) a second elongated support member with openings , each opening in the second support member sized to fit over one of the clamp rods; and (e) one or more handgrips , each handgrip constructed and arranged to engage one of the clamp rods and apply an axial force against the second support member.
Forming apparatus for making a bell joint on an end of a plastics pipe by means of hot plastic deformation, comprising: - locking means for gripping and locking said pipe at said end on opposite side with respect to a mouth thereof; - inner forming means operating inside said end to form said bell joint ; the apparatus further comprises containing means for enclosing in a forming and cooling configuration (D) of said apparatus , said bell joint during the forming thereof and forming with a side wall of the latter a cooling duct having substantially annular shape through which an air flow (T) can be conveyed around and along said side wall , said air flow (T) having a uniform distribution inside the cooling duct around a longitudinal axis (X) of said end and is, in use, integrally licking an outer surface of the side wall along a cooling direction (R) substantially parallel to said longitudinal axis (X) so as to uniformly cool the bell joint , wherein said cooling duct extends along said cooling direction (R) and has passage sections such as to achieve that said air flow (T) is substantially uniform along, and around, said side wall . - locking means for gripping and locking said pipe at said end on opposite side with respect to a mouth thereof; - inner forming means operating inside said end to form said bell joint ; the apparatus further comprises containing means for enclosing in a forming and cooling configuration (D) of said apparatus , said bell joint during the forming thereof and forming with a side wall of the latter a cooling duct having substantially annular shape through which an air flow (T) can be conveyed around and along said side wall , said air flow (T) having a uniform distribution inside the cooling duct around a longitudinal axis (X) of said end and is, in use, integrally licking an outer surface of the side wall along a cooling direction (R) substantially parallel to said longitudinal axis (X) so as to uniformly cool the bell joint , wherein said cooling duct extends along said cooling direction (R) and has passage sections such as to achieve that said air flow (T) is substantially uniform along, and around, said side wall .
A method performed by a user equipment, UE, of a wireless communication system, the method comprising: receiving a physical sidelink control channel, PSCCH, on a plurality of subchannels from a plurality of anchor nodes, ANs, each of the plurality of subchannels being allocated to one AN and including at least one resource block; and receiving a plurality of positioning reference signals, PRSs, from the plurality of ANs based on the PSCCH and a unique PRS pattern of each of the plurality of PRSs, wherein: a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID. receiving a physical sidelink control channel, PSCCH, on a plurality of subchannels from a plurality of anchor nodes, ANs, each of the plurality of subchannels being allocated to one AN and including at least one resource block; and receiving a plurality of positioning reference signals, PRSs, from the plurality of ANs based on the PSCCH and a unique PRS pattern of each of the plurality of PRSs, wherein: a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID. a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID.
Pressure-sensitive adhesive tape comprising or consisting of a radiation-activatable polymerizable composition comprising or consisting of: A 5 to 60 parts by weight of at least one film former component; B 40 to 95 parts by weight of at least one epoxy component; C 0.1 to 10 parts by weight of at least one photoinitiator, and D optionally 0.1 to 200 parts by weight of at least one additive, based in each case on the radiation-activatable polymerizable composition, where the parts by weight of components A and B add up to 100, characterized in that the film former component A comprises or consists of at least one polyurethane polymer. A 5 to 60 parts by weight of at least one film former component; B 40 to 95 parts by weight of at least one epoxy component; C 0.1 to 10 parts by weight of at least one photoinitiator, and D optionally 0.1 to 200 parts by weight of at least one additive, characterized in that the film former component A comprises or consists of at least one polyurethane polymer.
A device for indicating an enhanced risk of restenosis in an arterial tissue, the device comprising: an imaging catheter having a sensor configured to image a portion of an artery; a processor configured to receive images of the artery from the sensor and to detect regions of hypercellularity in the artery by counting or estimating the amount of satellite-to-spindle shaped smooth muscle cells within stroma in the received images, and further configured to detect regions of either or both: lipid-rich tissue and inflammatory cells in the artery from the received images; and a display configured to display a modified view of the artery indicating hypercellularity and one or both of the lipid-rich tissue and the inflammatory cells in the artery, wherein the processor further comprises index logic configured to determine an index of restenosis based on a degree of hypercellularity and either or both: a degree of lipid-rich tissue and a degree of inflammatory cells in the artery from a region of the artery in the received images. an imaging catheter having a sensor configured to image a portion of an artery; a processor configured to receive images of the artery from the sensor and to detect regions of hypercellularity in the artery by counting or estimating the amount of satellite-to-spindle shaped smooth muscle cells within stroma in the received images, and further configured to detect regions of either or both: lipid-rich tissue and inflammatory cells in the artery from the received images; and a display configured to display a modified view of the artery indicating hypercellularity and one or both of the lipid-rich tissue and the inflammatory cells in the artery, wherein the processor further comprises index logic configured to determine an index of restenosis based on a degree of hypercellularity and either or both: a degree of lipid-rich tissue and a degree of inflammatory cells in the artery from a region of the artery in the received images.
A component mounting system comprising: multiple component mounting devices configured to collect components from feeders set at multiple feeder holding sections and mount the components on a board (S), the multiple feeder holding sections being provided on each of the multiple component mounting devices and configured to removably hold the feeders ; and a feeder exchanging device configured to move along a line along which the multiple component mounting devices are arranged and exchange feeders with respect to each of the component mounting devices , wherein the component mounting system is configured to determine target feeders that are targets for operation among all the feeders set on each component mounting device , acquire slot numbers in which the target feeders are set, acquire appropriate slot numbers of the target feeders from job information , which is information relating to mounting instructions to each component mounting device , determine whether each of the target feeders is set at an appropriate slot number, and upon determining that there is a target feeder that is not set at the appropriate slot number, use the feeder exchanging device to reset the target feeder that is not set at the appropriate slot number to the appropriate slot number for that target feeder . multiple component mounting devices configured to collect components from feeders set at multiple feeder holding sections and mount the components on a board (S), the multiple feeder holding sections being provided on each of the multiple component mounting devices and configured to removably hold the feeders ; and a feeder exchanging device configured to move along a line along which the multiple component mounting devices are arranged and exchange feeders with respect to each of the component mounting devices , wherein the component mounting system is configured to determine target feeders that are targets for operation among all the feeders set on each component mounting device , acquire slot numbers in which the target feeders are set, acquire appropriate slot numbers of the target feeders from job information , which is information relating to mounting instructions to each component mounting device , determine whether each of the target feeders is set at an appropriate slot number, and upon determining that there is a target feeder that is not set at the appropriate slot number, use the feeder exchanging device to reset the target feeder that is not set at the appropriate slot number to the appropriate slot number for that target feeder .
Magnetic field generator as a natural field simulator in a housing which can be worn on the body and which contains a magnet coil on a magnet iron core for field generation, an electronics system on an electronics printed circuit board for pulse generation and a high-power battery for power supply, wherein the magnet iron core is designed as a hollow body composed of electrically conductive material and the magnet coil is wound onto the magnet iron core hollow body , characterized in that the electronics printed circuit board , together with the electronics components , is at least partially received in the magnet iron core hollow body .