mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a medical device by a medical device monitoring system upon receiving credentials from a user of a remote monitoring device and a request from said user to control a medical device, the method comprising the steps of: verifying said user is authorized to control said medical device by means of a web server in an access point; and if verification is achieved, then characterised by logging said request in a device control database in the access point; transmitting a control command based on said user request to a relay device over a wireless wide-area network by means of a device integration server in the access point, said relay device being configured to issue said control command to said medical device via a wireless relay network and via an interface circuit associated with the medical device; wherein each relay device includes a first transceiver for receiving signals from and transmitting signals to the interface circuit in a facility-oriented wireless network associated with the medical device, and further includes a second transceiver for wirelessly transmitting signals to and receiving signals from the access point via the wireless wide-area network; receiving an update message by the device integration server from said relay device in response to said control command confirming that the command was executed by the medical device; and logging said update message in said device control database in the access point. verifying said user is authorized to control said medical device by means of a web server in an access point; and if verification is achieved, then characterised by logging said request in a device control database in the access point; transmitting a control command based on said user request to a relay device over a wireless wide-area network by means of a device integration server in the access point, said relay device being configured to issue said control command to said medical device via a wireless relay network and via an interface circuit associated with the medical device; wherein each relay device includes a first transceiver for receiving signals from and transmitting signals to the interface circuit in a facility-oriented wireless network associated with the medical device, and further includes a second transceiver for wirelessly transmitting signals to and receiving signals from the access point via the wireless wide-area network; receiving an update message by the device integration server from said relay device in response to said control command confirming that the command was executed by the medical device; and logging said update message in said device control database in the access point.
A luggage case comprising: at least one shell including a skeletal frame integrally formed with and supporting an outer layer of material; wherein the shell includes a front face, a top face, opposing side faces and a bottom face; wherein said outer layer of material includes a major face, a plurality of minor faces, first transitions with a radius of curvature between said major and minor faces (40, 45), and second transitions with a radius of curvature between said minor faces; whereby the major face corresponds to the front face and the minor faces correspond to the top face, the opposing side faces and the bottom face; wherein the skeletal frame extends along at least a portion of said first and second transitions, wherein said skeletal frame comprises at least one aperture; and wherein the skeletal frame comprises four lengths that form a box around the edges of the major face, and lengths extending from the corners of said box to form at least a partial perimeter of the minor faces.
A computer-implemented method of accurately measuring wear of a dental scaler tool, the method comprising: (a) photographing a portion of the dental scaler tool including a tip section and a grip section; (b) extracting a contour of the tip section and a portion of the grip section from the photograph; (c) determining a shape of the tip section; (d) extracting a contour of the grip section and a portion of the tip section from the photograph; (e) determining a shape of the grip section; (f) determining a color of the grip section; (g) based on the shape of the tip section, the shape of the grip section, and the color of the grip section, identifying a model of the dental scaler tool; (h) selecting from a library of reference images of dental scaler tool tip profiles, a reference image tip profile of a new dental scaler tool of the same model as the dental scaler tool; (i) overlaying one of the extracted contour of the tip section and the selected reference image tip profile over the other, the contour and the reference image each referenced to a common coincident point; (j) calculating a distance from a distal end of the contour of the tip section of the dental scaler tool, to a distal end of the reference image tip profile; and (k) displaying the extent of wear of the dental scaler tool tip. (a) photographing a portion of the dental scaler tool including a tip section and a grip section; (b) extracting a contour of the tip section and a portion of the grip section from the photograph; (c) determining a shape of the tip section; (d) extracting a contour of the grip section and a portion of the tip section from the photograph; (e) determining a shape of the grip section; (f) determining a color of the grip section; (g) based on the shape of the tip section, the shape of the grip section, and the color of the grip section, identifying a model of the dental scaler tool; (h) selecting from a library of reference images of dental scaler tool tip profiles, a reference image tip profile of a new dental scaler tool of the same model as the dental scaler tool; (i) overlaying one of the extracted contour of the tip section and the selected reference image tip profile over the other, the contour and the reference image each referenced to a common coincident point; (j) calculating a distance from a distal end of the contour of the tip section of the dental scaler tool, to a distal end of the reference image tip profile; and (k) displaying the extent of wear of the dental scaler tool tip.
A lightweight composite architectural panel assembly, comprising: a) at least a first and a second end joist spaced parallelly along a perimeter of the assembly, each having a length; b) at least one web plate spaced parallelly between the end joists; at least a first upper surface arranged at a first distance to an at least lower surface; and attached to the at least first and a second end joist and the web plate, forming one or more channels disposed vertically between the upper and lower surfaces and longitudinally extending along the upper and lower surfaces, thereby forming an open-ended boxlike body; and c) a structural vertically load-bearing sheathing layer enveloping and adherent to the outer surface of the open-ended boxlike body, characterized in that the sheathing layer comprises a composite skin comprising a fibre mesh and a crosslinked polymeric resin system. a) at least a first and a second end joist spaced parallelly along a perimeter of the assembly, each having a length; b) at least one web plate spaced parallelly between the end joists; at least a first upper surface arranged at a first distance to an at least lower surface; and attached to the at least first and a second end joist and the web plate, forming one or more channels disposed vertically between the upper and lower surfaces and longitudinally extending along the upper and lower surfaces, thereby forming an open-ended boxlike body; and c) a structural vertically load-bearing sheathing layer enveloping and adherent to the outer surface of the open-ended boxlike body, characterized in that the sheathing layer comprises a composite skin comprising a fibre mesh and a crosslinked polymeric resin system.
A turbine blade comprising: a root arranged to attach the turbine blade to a rotor; a vane extending in a radial direction from the root to a tip surface, the vane including a leading edge, a trailing edge, a pressure-side surface, and a suction-side surface that cooperate to define a vane perimeter; a perimeter wall extending radially from the tip surface and surrounding a portion of the vane perimeter; a first trench wall extending across the tip surface and cooperating with the perimeter wall to substantially enclose a pressure-side pocket; and a second trench wall extending across the tip surface and cooperating with the perimeter wall to substantially enclose a suction-side pocket, wherein the perimeter wall includes a first wall gap and a second wall gap, characterized in that the first wall gap provides an opening between the pressure-side pocket and the pressure-side surface, and/or in that the second wall gap provides an opening between the suction-side pocket and the suction-side surface. a root arranged to attach the turbine blade to a rotor; a vane extending in a radial direction from the root to a tip surface, the vane including a leading edge, a trailing edge, a pressure-side surface, and a suction-side surface that cooperate to define a vane perimeter; a perimeter wall extending radially from the tip surface and surrounding a portion of the vane perimeter; a first trench wall extending across the tip surface and cooperating with the perimeter wall to substantially enclose a pressure-side pocket; and a second trench wall extending across the tip surface and cooperating with the perimeter wall to substantially enclose a suction-side pocket, wherein the perimeter wall includes a first wall gap and a second wall gap, characterized in that the first wall gap provides an opening between the pressure-side pocket and the pressure-side surface, and/or in that the second wall gap provides an opening between the suction-side pocket and the suction-side surface.
An eyepiece device for a surgical instrument, in particular an endoscope or laparoscope, with an ocular mount for an optical assembly, wherein an optical flat is accommodated in a holder, and wherein the holder for the optical flat is connected to the ocular mount, characterized in that a widened side edge on the optical flat is provided with a contact surface for the ocular mount and with a contact surface for the holder, wherein the surface normal of the optical flat and the contact surface of the optical flat facing the ocular mount are aligned at an angle different than 0°, preferably an angle between 2.0° and 10.0°, relative to each other.
A crystalline polymorph form of the free base of (7S,13R)-11-fluoro-7,13-dimethyl-6,7,13,14-tetrahydro-1,15-ethenopyrazolo[4,3-f[1,4,8,10]benzoxatriazacyclotridecin-4 -one.
A method for coating functional areas of metal-cutting tools or cutting sets with polycrystalline diamond in a hot-wire CVD process, wherein hydrogen and at least one carbon carrier gas are fed in a coating chamber, the fed gases being split on an electrically heated wire such that carbon is formed, which is deposited on a temperature-sensitive substrate in form of its diamond modification, the substrate being arranged in the coating chamber being under reduced pressure; wherein an electrical power required to electrically heat the wire is adjustable, wherein the method is implemented cyclically with respect to the electrical power supplied for heating the wire electrically, wherein a base power P Bas is fed in as a lower threshold value during a base load phase for a predetermined time t1, which is raised for a further predetermined time t2 to a maximum power P Max as upper threshold value during a pulse phase and then is lowered again to the base power P Bas; and wherein the method is carried out for a total duration of t Ges, characterized in that the base power P Bas during the base load phase is 50 - 75% of the power in the pulse phase, depending on the substrate. an electrical power required to electrically heat the wire is adjustable, wherein the method is implemented cyclically with respect to the electrical power supplied for heating the wire electrically, wherein a base power P Bas is fed in as a lower threshold value during a base load phase for a predetermined time t1, which is raised for a further predetermined time t2 to a maximum power P Max as upper threshold value during a pulse phase and then is lowered again to the base power P Bas; and wherein the method is carried out for a total duration of t Ges, characterized in that the base power P Bas during the base load phase is 50 - 75% of the power in the pulse phase, depending on the substrate.
A pedestal comprising: a supporter (110, 120) having an azimuth axis and a pivot on the azimuth axis; and a tracker connected to the pivot and configured to track an object within a field of view, wherein the azimuth axis is tilted with respect to a reference plane on which the supporter (110, 120) is installed in a direction away from a zenith line joining the pivot with a zenith within the field of view, and the pedestal is configured to set a tilt angle between the azimuth axis and the reference plane to correspond to an orbital angle of the object, characterized in that the supporter (110, 120) comprises: a first supporter installed on the reference plane and having an inclined surface that is inclined with respect to the reference plane; and a second supporter installed on the inclined surface and having the azimuth axis and the pivot. a supporter (110, 120) having an azimuth axis and a pivot on the azimuth axis; and a tracker connected to the pivot and configured to track an object within a field of view, wherein the azimuth axis is tilted with respect to a reference plane on which the supporter (110, 120) is installed in a direction away from a zenith line joining the pivot with a zenith within the field of view, and the pedestal is configured to set a tilt angle between the azimuth axis and the reference plane to correspond to an orbital angle of the object, characterized in that the supporter (110, 120) comprises: a first supporter installed on the reference plane and having an inclined surface that is inclined with respect to the reference plane; and a second supporter installed on the inclined surface and having the azimuth axis and the pivot. a first supporter installed on the reference plane and having an inclined surface that is inclined with respect to the reference plane; and a second supporter installed on the inclined surface and having the azimuth axis and the pivot.
An information processing apparatus comprising: an acquisition means for acquiring an object image that contains one or more objects; a first inference means for inferring one or more rectangular areas that respectively surround the one or more objects in the object image, and a type of each of the one or more objects, by applying the object image to a first learning model; a second inference means for inferring an area of a target object in the object image by applying the one or more rectangular areas and the type of each of the one or more objects to a second learning model; and an extraction means for extracting colors of the target object, wherein the object image is image data generated from a Y element, a Cb element, and a Cr element of data generated from a YCbCr image through a DCT conversion; and wherein the image data is data generated by adjusting sizes of Y elements, Cb elements, and Cr elements of pieces of data subjected to DCT conversion, and concatenating the pieces of data with each other. an acquisition means for acquiring an object image that contains one or more objects; a first inference means for inferring one or more rectangular areas that respectively surround the one or more objects in the object image, and a type of each of the one or more objects, by applying the object image to a first learning model; a second inference means for inferring an area of a target object in the object image by applying the one or more rectangular areas and the type of each of the one or more objects to a second learning model; and an extraction means for extracting colors of the target object, wherein the object image is image data generated from a Y element, a Cb element, and a Cr element of data generated from a YCbCr image through a DCT conversion; and wherein the image data is data generated by adjusting sizes of Y elements, Cb elements, and Cr elements of pieces of data subjected to DCT conversion, and concatenating the pieces of data with each other.
A mold for vulcanizing and molding an unvulcanized green tire heated by a heating device, the mold comprising: a tread mold that presses a tread section of the green tire, wherein the tread mold includes a plurality of segments divided in a circumferential direction of the green tire mounted in the mold, the segment is provided inside thereof with a design surface mold for pressing the tread section and molding a design of the tread section, and is provided with a holder member for holding the design surface mold and transferring heat from the heating device, and the design surface mold includes a plurality of piece members divided in a width direction of the green tire mounted in the mold, wherein the tread mold is provided with a hindrance section that hinders heat from being transferred from the holder member to the piece members, characterized in that the hindrance section is located at a central region in the width direction of the green tire mounted in the mold, between the piece members and the holder member wherein the holder member includes a recess recessed from a holder member surface on the piece member side, and the hindrance section is a gap defined by the recess and the piece members, and wherein the piece members have joint end edges put in contact with and mated with an adjacent piece member, and the joint end edges are formed in a rugged shape such as to interfere with each other to hinder relative movement of the adjacent piece member in a tire circumferential direction, a tire width direction, and a tire radial direction. a tread mold that presses a tread section of the green tire, wherein the tread mold includes a plurality of segments divided in a circumferential direction of the green tire mounted in the mold, the segment is provided inside thereof with a design surface mold for pressing the tread section and molding a design of the tread section, and is provided with a holder member for holding the design surface mold and transferring heat from the heating device, and the design surface mold includes a plurality of piece members divided in a width direction of the green tire mounted in the mold, wherein the tread mold is provided with a hindrance section that hinders heat from being transferred from the holder member to the piece members, characterized in that the hindrance section is located at a central region in the width direction of the green tire mounted in the mold, between the piece members and the holder member wherein the holder member includes a recess recessed from a holder member surface on the piece member side, and the hindrance section is a gap defined by the recess and the piece members, and wherein the piece members have joint end edges put in contact with and mated with an adjacent piece member, and the joint end edges are formed in a rugged shape such as to interfere with each other to hinder relative movement of the adjacent piece member in a tire circumferential direction, a tire width direction, and a tire radial direction.
A method for intrusion detection, the method comprising: receiving, by a processor, internet of things (IoT) device data from each of a plurality of IoT devices, wherein the IoT device data comprises operational data and non-operational data associated with each of the plurality of IoT devices; building a security model for the plurality of IoT devices based at least in part on the IoT device data, wherein the security model comprises one or more IoT device data ranges; monitoring the plurality of IoT devices to identify a potential intrusion in any of the plurality of IoT devices based at least in part on the IoT device data exceeding any of the one or more IoT device data ranges; identifying a first device in the plurality of IoT devices where the potential intrusion occurred; analyzing one or more characteristics of the potential intrusion to determine that the potential intrusion is an intrusion event; analyzing the intrusion event to determine whether the intrusion event is a known event or an unknown event; employing, in the first device, a first security measure based on a determination that the intrusion event is a known intrusion event; and employing, in the first device, a second security measure based on a determination that the intrusion event is an unknown intrusion event. receiving, by a processor, internet of things (IoT) device data from each of a plurality of IoT devices, wherein the IoT device data comprises operational data and non-operational data associated with each of the plurality of IoT devices; building a security model for the plurality of IoT devices based at least in part on the IoT device data, wherein the security model comprises one or more IoT device data ranges; monitoring the plurality of IoT devices to identify a potential intrusion in any of the plurality of IoT devices based at least in part on the IoT device data exceeding any of the one or more IoT device data ranges; identifying a first device in the plurality of IoT devices where the potential intrusion occurred; analyzing one or more characteristics of the potential intrusion to determine that the potential intrusion is an intrusion event; analyzing the intrusion event to determine whether the intrusion event is a known event or an unknown event; employing, in the first device, a first security measure based on a determination that the intrusion event is a known intrusion event; and employing, in the first device, a second security measure based on a determination that the intrusion event is an unknown intrusion event.
A computer-implemented method for creating a set of indexes for a collection of documents according to document layout, comprising: providing a plurality of documents to computer memory; extracting layout blocks from the provided documents; using a computer processor, clustering the layout blocks into a plurality of layout block clusters; computing a representative block for each of the layout block clusters; generating a document index for each provided document based on the layout blocks of the document and the computed representative blocks; clustering the created document indexes into a plurality of document index clusters; generating a representative cluster index for each of the document index clusters; and outputting the generated document indexes, representative blocks, document index clusters, and representative cluster indexes to memory. providing a plurality of documents to computer memory; extracting layout blocks from the provided documents; using a computer processor, clustering the layout blocks into a plurality of layout block clusters; computing a representative block for each of the layout block clusters; generating a document index for each provided document based on the layout blocks of the document and the computed representative blocks; clustering the created document indexes into a plurality of document index clusters; generating a representative cluster index for each of the document index clusters; and outputting the generated document indexes, representative blocks, document index clusters, and representative cluster indexes to memory.