mhurhangee/ep-ind-claims huggingface dataset:
A medical system for determining tissue contact, the system comprising: a medical device including: an elongate body including a distal portion and a proximal portion; and a treatment element coupled to the elongate body distal portion, the treatment element having: a first expandable element; a second expandable element, the first expandable element being within the second expandable element, the treatment element further having an interstitial space between the first and second expandable elements; a plurality of contact sensing elements between the first and second expandable elements and being in the interstitial space, the plurality of contact sensing elements being configured in a linear array; and a plurality of spacers spaced apart from one another and configured to maintain a distance between the first expandable element and second expandable element; and a control unit in communication with the medical device. a medical device including: an elongate body including a distal portion and a proximal portion; and a treatment element coupled to the elongate body distal portion, the treatment element having: a first expandable element; a second expandable element, the first expandable element being within the second expandable element, the treatment element further having an interstitial space between the first and second expandable elements; a plurality of contact sensing elements between the first and second expandable elements and being in the interstitial space, the plurality of contact sensing elements being configured in a linear array; and an elongate body including a distal portion and a proximal portion; and a treatment element coupled to the elongate body distal portion, the treatment element having: a first expandable element; a second expandable element, the first expandable element being within the second expandable element, the treatment element further having an interstitial space between the first and second expandable elements; a plurality of contact sensing elements between the first and second expandable elements and being in the interstitial space, the plurality of contact sensing elements being configured in a linear array; and a first expandable element; a second expandable element, the first expandable element being within the second expandable element, the treatment element further having an interstitial space between the first and second expandable elements; a plurality of contact sensing elements between the first and second expandable elements and being in the interstitial space, the plurality of contact sensing elements being configured in a linear array; and a plurality of spacers spaced apart from one another and configured to maintain a distance between the first expandable element and second expandable element; and a control unit in communication with the medical device.
A mobile terminal for communicating in a mobile communication system with a base station using at least one of a first bandwidth part and a second bandwidth part within a system bandwidth, the first bandwidth part being smaller than the second bandwidth part, comprising: a transceiver which, in operation, receives a configuration of a discontinuous reception, DRX, cycle; and characterized by a processor which, in operation, configures, upon reception of the configuration of the DRX cycle, a downlink communication during at least one of the communication periods within the DRX cycle to use a specific one of at least the first bandwidth part, and the second bandwidth part, according to a bandwidth usage indication which indicates a usage of the specific one of at least the first and second bandwidth part during the at least one of the communication period within the DRX cycle. a transceiver which, in operation, receives a configuration of a discontinuous reception, DRX, cycle; and characterized by a processor which, in operation, configures, upon reception of the configuration of the DRX cycle, a downlink communication during at least one of the communication periods within the DRX cycle to use a specific one of at least the first bandwidth part, and the second bandwidth part, according to a bandwidth usage indication which indicates a usage of the specific one of at least the first and second bandwidth part during the at least one of the communication period within the DRX cycle.
A biological sample measurement apparatus for communicating wirelessly with an external device, comprising: a biological data measurement component for measuring biological data; a transmitter for transmitting the biological data measured by the biological data measurement component; a receiver for receiving an acknowledge signal that is returned when the external device has properly received the biological data transmitted by the transmitter; a storage component for storing history information whether or not the acknowledge signal was received and transmission power when the transmitter has transmitted the biological data; and a transmission power determiner for extracting history information from the storage component according to a transmission power determination rule that sets forth extraction conditions to extract history information for the same usage environment, wherein the extraction conditions are set so that history information is extracted for the same day of the week and the same time period as the current measurement time, and for determining transmission power of the transmitter on the basis of whether or not an acknowledge signal was received and on the basis of the transmission power stored as extracted history information, wherein the transmission power is determined before the transmitter transmits the biological data. a biological data measurement component for measuring biological data; a transmitter for transmitting the biological data measured by the biological data measurement component; a receiver for receiving an acknowledge signal that is returned when the external device has properly received the biological data transmitted by the transmitter; a storage component for storing history information whether or not the acknowledge signal was received and transmission power when the transmitter has transmitted the biological data; and a transmission power determiner for extracting history information from the storage component according to a transmission power determination rule that sets forth extraction conditions to extract history information for the same usage environment, wherein the extraction conditions are set so that history information is extracted for the same day of the week and the same time period as the current measurement time, and for determining transmission power of the transmitter on the basis of whether or not an acknowledge signal was received and on the basis of the transmission power stored as extracted history information, wherein the transmission power is determined before the transmitter transmits the biological data.
An ultrasound diagnostic apparatus management system, comprising: a diagnosis unit including an acoustic module and a connecting unit of the diagnosis unit; a rearrangement unit including a connecting unit for rearrangement in which the connecting unit of the diagnosis unit is docked and a power supply unit for rearrangement; a detecting unit configured to measure a capacitance of a piezoelectric layer of the acoustic module; and a control unit configured to control such that the power supply unit for rearrangement applies a voltage for rearrangement to the piezoelectric layer of the acoustic module when the measured capacitance is a predetermined value or less. a diagnosis unit including an acoustic module and a connecting unit of the diagnosis unit; a rearrangement unit including a connecting unit for rearrangement in which the connecting unit of the diagnosis unit is docked and a power supply unit for rearrangement; a detecting unit configured to measure a capacitance of a piezoelectric layer of the acoustic module; and a control unit configured to control such that the power supply unit for rearrangement applies a voltage for rearrangement to the piezoelectric layer of the acoustic module when the measured capacitance is a predetermined value or less.
An oil drainback system suitable for a bearing compartment of a gas turbine engine comprising: a scupper defined about an engine longitudinal axis; a gutter section formed in the scupper, the gutter section having a drain hole; and a windage blocker in the gutter section upstream of the drain hole, the windage blocker extending from a wall of the gutter section, characterised in that the windage blocker extends from the wall of the gutter section to define a passage space of 25%-30% a total width of the gutter section to allow a percentage of oil pass through. a scupper defined about an engine longitudinal axis; a gutter section formed in the scupper, the gutter section having a drain hole; and a windage blocker in the gutter section upstream of the drain hole, the windage blocker extending from a wall of the gutter section, characterised in that the windage blocker extends from the wall of the gutter section to define a passage space of 25%-30% a total width of the gutter section to allow a percentage of oil pass through.
A truck skip, which includes at least one bottom wall, two longitudinal flanks and a front transverse wall, characterized by the fact that it is provided with a roller with a transverse axis, idle so as to rotate on itself, on which an endless belt in a shock-absorbing material is mounted so as to slide freely, which covers the whole of the surface of the bottom wall or a substantial portion of the latter.
A method, performed in a wireless communication system, for scheduling beam quality measurement signals to be transmitted from one or more access points to a plurality of wireless devices, the method comprising: - obtaining, for each of the plurality of wireless devices, information defining a time period when the transmission of beam quality measurement signals from the one or more access points to the plurality of wireless device is to be performed, - obtaining, for each of the plurality of wireless devices, candidate beams for transmission of beam quality measurement signals from the one or more access points to the wireless device, - scheduling transmission of common beam quality measurement signals, usable by at least two of the plurality of wireless devices, during overlaps of the obtained time periods, in at least two of the obtained candidate beams that are at least partly overlapping, and - providing information about the scheduled beam quality measurement signals to the access points and/or wireless devices. - obtaining, for each of the plurality of wireless devices, information defining a time period when the transmission of beam quality measurement signals from the one or more access points to the plurality of wireless device is to be performed, - obtaining, for each of the plurality of wireless devices, candidate beams for transmission of beam quality measurement signals from the one or more access points to the wireless device, - scheduling transmission of common beam quality measurement signals, usable by at least two of the plurality of wireless devices, during overlaps of the obtained time periods, in at least two of the obtained candidate beams that are at least partly overlapping, and - providing information about the scheduled beam quality measurement signals to the access points and/or wireless devices.
A computer-implemented method for facilitating content distribution by testing for broadcast readiness of one or more nodes of a content delivery network, comprising: obtaining, at one or more nodes in a content delivery network, configuration information for a test of broadcast readiness of said one or more nodes in the content delivery network from a configuration server in the content delivery network; using the configuration information to configure the one or more nodes to participate in the test, wherein the test comprises using a media delivery application on the one or more nodes to play content received from the content delivery network without requiring user input of a user of a device on which one of the one or more node is running to perform the test; and during the test, until test completion, using the one or more nodes to periodically provide status information associated with the one or more nodes and specify one or more statuses experienced by the one or more nodes during the test to a collection server in the content delivery network, so that, after test completion, the status information from the one or more nodes is aggregated by the collection server and then obtained, from the collection server, by a test-analysis apparatus displaying a visual representation of the status information to a user being an administrator of the content delivery network; wherein the test further comprises hiding a playback screen of the media delivery application on the one or more nodes running each as a background process on a user's electronic device. obtaining, at one or more nodes in a content delivery network, configuration information for a test of broadcast readiness of said one or more nodes in the content delivery network from a configuration server in the content delivery network; using the configuration information to configure the one or more nodes to participate in the test, wherein the test comprises using a media delivery application on the one or more nodes to play content received from the content delivery network without requiring user input of a user of a device on which one of the one or more node is running to perform the test; and during the test, until test completion, using the one or more nodes to periodically provide status information associated with the one or more nodes and specify one or more statuses experienced by the one or more nodes during the test to a collection server in the content delivery network, so that, after test completion, the status information from the one or more nodes is aggregated by the collection server and then obtained, from the collection server, by a test-analysis apparatus displaying a visual representation of the status information to a user being an administrator of the content delivery network; wherein the test further comprises hiding a playback screen of the media delivery application on the one or more nodes running each as a background process on a user's electronic device.
A pancreatin which is decreased in viral contaminants, obtainable by a process comprising the steps of (a) pre-heating a dispersed form of pancreatin containing one or more solvents to a temperature of from 85 °C to 100°C, and (b) continuing heating of the dispersed form of pancreatin at a temperature of from 85 °C to 100°C for a period of from 18 hours to 30 hours, and obtaining a total solvents content in the dispersed form of pancreatin of equal to or less than 3.5% by weight at any point during process step (b), wherein the dispersed form of pancreatin is selected from powders, pellets, micropellets, microspheres, granules and granulates, wherein the titer level of any viral contaminant present in the dispersed pancreatin after heating is at least 1000 times less, than the titer level of said viral contaminant present in the dispersed pancreatin prior to heating, and wherein the pancreatin lipase activity after heating is at least 50% of the lipase activity prior to heating. (a) pre-heating a dispersed form of pancreatin containing one or more solvents to a temperature of from 85 °C to 100°C, and (b) continuing heating of the dispersed form of pancreatin at a temperature of from 85 °C to 100°C for a period of from 18 hours to 30 hours, and obtaining a total solvents content in the dispersed form of pancreatin of equal to or less than 3.5% by weight at any point during process step (b),
A surgical circular fastener apparatus, which comprises: an elongated body defining a longitudinal axis and having proximal and distal ends; a fastener cartridge disposed adjacent the distal end of the body; an anvil retainer releasably mounted relative to the fastener cartridge; and a manually operable release; wherein the release includes at least one cylindrical pivot or hinge, a manual engagement segment extending from the pivot and being accessible through a window in the elongated body for manual operation of the release and at least one lock, the release being configured to move between a first position corresponding to a secured condition of the anvil retainer relative to the fastener cartridge in which the at least one lock is engaged with the anvil retainer to prevent removal of the anvil retainer relative to the fastener cartridge and a second position in which the at least one lock is disengaged with the anvil retainer to permit removal or mounting of the anvil retainer relative to the fastener cartridge. an elongated body defining a longitudinal axis and having proximal and distal ends; a fastener cartridge disposed adjacent the distal end of the body; an anvil retainer releasably mounted relative to the fastener cartridge; and a manually operable release; wherein the release includes at least one cylindrical pivot or hinge, a manual engagement segment extending from the pivot and being accessible through a window in the elongated body for manual operation of the release and at least one lock, the release being configured to move between a first position corresponding to a secured condition of the anvil retainer relative to the fastener cartridge in which the at least one lock is engaged with the anvil retainer to prevent removal of the anvil retainer relative to the fastener cartridge and a second position in which the at least one lock is disengaged with the anvil retainer to permit removal or mounting of the anvil retainer relative to the fastener cartridge.
A portable handheld drug sampling device for collecting a sample from exhaled breath of a subject for further sensor based analysis, comprising: a housing (204, 301, 406) comprising at least one inlet (203, 305, 407) and at least one outlet (206,306,408) for said exhaled breath to exit through, and a sampling membrane (205, 302) arranged in said housing; a tubular element (202, 303, 402) having a mouthpiece section (308, 401) for said subject to exhale into, and wherein said sampling membrane is arranged to collect aerosols from said exhaled breath; characterized by said tubular element having a selective trap section in fluid communication with said mouthpiece and said inlet of said housing, said selective trap section comprising a lumen and at least two baffles, each having a height of at least a length of a radius of the lumen, wherein said baffles are arranged on different sides of said lumen to provide a non-straight gas flow path; said non-straight gas flow path is configured to let aerosols pass through and preventing bigger particles and/or aggregates and/or saliva to be collected by said sampling membrane. a housing (204, 301, 406) comprising at least one inlet (203, 305, 407) and at least one outlet (206,306,408) for said exhaled breath to exit through, and a sampling membrane (205, 302) arranged in said housing; a tubular element (202, 303, 402) having a mouthpiece section (308, 401) for said subject to exhale into, and wherein said sampling membrane is arranged to collect aerosols from said exhaled breath; characterized by said tubular element having a selective trap section in fluid communication with said mouthpiece and said inlet of said housing, said selective trap section comprising a lumen and at least two baffles, each having a height of at least a length of a radius of the lumen, wherein said baffles are arranged on different sides of said lumen to provide a non-straight gas flow path; said non-straight gas flow path is configured to let aerosols pass through and preventing bigger particles and/or aggregates and/or saliva to be collected by said sampling membrane.
An underwater machine comprising an underwater vehicle, the underwater vehicle comprising a body of the underwater vehicle, the underwater machine comprising a linking element that is connected to the body of the underwater vehicle and is able to cooperate with a cable to take up a pulling force exerted by the cable on the underwater vehicle, the linking element being connected to the body of the vehicle and being configured such that the axis of the pulling force is movable with respect to the body of the vehicle and able to exhibit different orthogonal projections in a fixed plane P with respect to the body that passes through the center of inertia of the underwater vehicle, the linking element being connected to the body of the underwater vehicle by a link having at least one degree of rotational freedom about an axis of rotation (y; yo) such that the pulling force exerted by the cable on the underwater vehicle is able to pivot about the axis of rotation (y; yo), the projection of the axis of the pulling force on the plane being radial to the axis of rotation (y; yo), characterized in that the linking element is configured and connected to the body such that when the cable cooperates with the linking element, the projection of the axis of the pulling force on the plane passes through the center of inertia of the underwater vehicle, regardless of the orientation of the pulling force about the axis (y; yo), in an angular work sector with a predetermined non-zero opening.
A composition comprising at least one exogenous enzyme, said enzyme selected in the group consisting of prolyl endopeptidase, endoprotease and combination thereof, said enzyme entrapped in a photocrosslinked methacrylic hyaluronic acid derivatives (HA-EDA-MA) hydrogel, wherein the hyaluronic acid derivatives comprise hyaluronic acid, or a salt thereof, of molecular weight comprised between 50,000 and 1,500,000 Daltons where at least one hydroxyl group, after activation with a carbonating agent chosen between carbonic phenylesters or haloformic phenylesters, has been functionalised by reaction with ethylenediamine and subsequent reaction with methacrylic anhydride.