mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring a restriction in a patient, comprising: a pressure measuring element configured to measure a pressure within an implantable restriction device configured to form a restriction in a patient; and a processor configured as follows: to generate a baseline pressure profile for the patient using pressure data values measured by the pressure measuring element; to compare a pressure profile including two or more pressure data values measured by the pressure measuring element with the baseline pressure profile for the patient; to determine if the pressure profile differs from the baseline pressure profile; characterized in that the processor is further configured, if it is determined that the pressure profile differs from the baseline pressure profile, to determine at least one possible cause of the difference and at least one suggested corrective action and to trigger an alert indicating the at least one cause and the at least one corrective action; and the processor is further configured to trigger the alert to a physician, the patient and/or any number of other people, such that (i) alerts for physicians or other medical personnel are limited to those provided upon an event requiring medical advice or intervention or indicating that some component of the implantable restriction device has structurally failed, or (ii) alerts for patients are limited to those provided upon an indication of patient activity. a pressure measuring element configured to measure a pressure within an implantable restriction device configured to form a restriction in a patient; and a processor configured as follows: to generate a baseline pressure profile for the patient using pressure data values measured by the pressure measuring element; to compare a pressure profile including two or more pressure data values measured by the pressure measuring element with the baseline pressure profile for the patient; to determine if the pressure profile differs from the baseline pressure profile; to generate a baseline pressure profile for the patient using pressure data values measured by the pressure measuring element; to compare a pressure profile including two or more pressure data values measured by the pressure measuring element with the baseline pressure profile for the patient; to determine if the pressure profile differs from the baseline pressure profile;
A nuclear medicine multi-head imaging system comprising: a gantry defining a bore configured to accept an object to be imaged; a plurality of detector units coupled to the gantry, the detector units being configured to face toward a center of the bore and having respective detector field-of-views (FOVs), each of the detector units configured to rotate about a unit axis, the plurality of detector units including a series of first detector units and a second detector unit; at least one processor configured to execute programmed instructions stored in memory, wherein the at least one processor, when executing the programmed instructions, performs the following operations: rotate the first detector units about the unit axis such that the first detector units face in a common first direction that is generally toward the bore, wherein a working gap exists between the detector FOVs of the respective first detector units; rotate the second detector unit about the unit axis such that the second detector unit faces in a second direction that is opposite the first direction, the detector FOV of the second detector unit covering the working gap; and after rotating the first and second detector units, acquire image data from the first and second detector units for generating a composite persistence image. a gantry defining a bore configured to accept an object to be imaged; a plurality of detector units coupled to the gantry, the detector units being configured to face toward a center of the bore and having respective detector field-of-views (FOVs), each of the detector units configured to rotate about a unit axis, the plurality of detector units including a series of first detector units and a second detector unit; at least one processor configured to execute programmed instructions stored in memory, wherein the at least one processor, when executing the programmed instructions, performs the following operations: rotate the first detector units about the unit axis such that the first detector units face in a common first direction that is generally toward the bore, wherein a working gap exists between the detector FOVs of the respective first detector units; rotate the second detector unit about the unit axis such that the second detector unit faces in a second direction that is opposite the first direction, the detector FOV of the second detector unit covering the working gap; and after rotating the first and second detector units, acquire image data from the first and second detector units for generating a composite persistence image. rotate the first detector units about the unit axis such that the first detector units face in a common first direction that is generally toward the bore, wherein a working gap exists between the detector FOVs of the respective first detector units; rotate the second detector unit about the unit axis such that the second detector unit faces in a second direction that is opposite the first direction, the detector FOV of the second detector unit covering the working gap; and
Method for producing a decorated sheet comprising the steps of - providing an unprinted nonwoven fabric made of cellulose fibers; - impregnating the nonwoven fabric with an aqueous dispersion of a polymer crosslinkable by UV radiation; - removing the aqueous dispersion medium from the impregnated nonwoven fabric by drying; - adhering the dried impregnated nonwoven fabric onto a carrier plate; - printing a decoration onto a side of the dried impregnated nonwoven fabric; - curing the polymer in the nonwoven fabric by crosslinking by means of UV irradiation, so that the dried impregnated nonwoven fabric is fixed on the carrier plate prior to the printing of the decoration and the decoration is printed onto the impregnated and dried nonwoven fabric prior to the curing of the polymer in the nonwoven fabric by crosslinking by means of UV irradiation. - providing an unprinted nonwoven fabric made of cellulose fibers; - impregnating the nonwoven fabric with an aqueous dispersion of a polymer crosslinkable by UV radiation; - removing the aqueous dispersion medium from the impregnated nonwoven fabric by drying; - adhering the dried impregnated nonwoven fabric onto a carrier plate; - printing a decoration onto a side of the dried impregnated nonwoven fabric; - curing the polymer in the nonwoven fabric by crosslinking by means of UV irradiation, so that the dried impregnated nonwoven fabric is fixed on the carrier plate prior to the printing of the decoration and the decoration is printed onto the impregnated and dried nonwoven fabric prior to the curing of the polymer in the nonwoven fabric by crosslinking by means of UV irradiation.
Method for the functional control of an inspection device (1, 21, 31) for a container flow, the containers thereof being bottles, wherein the inspection device comprises at least one inspection radiation source (3, 23, 33) for irradiating the products to be inspected with an inspection radiation, at least one radiation detector for measuring the inspection radiation after interaction with the containers, and at least one inspection beam path for the inspection radiation (7, 7'), wherein a characteristic test radiation (17, 17') is detected with the radiation detector by imaging, and it is furthermore checked whether the detected test radiation fulfills a target requirement characteristic of proper functioning of the inspection device, the target requirement being the presence of a characteristic test feature (29a, 29b, 39) in an image (27, 37) detected with the aid of the test radiation (17, 17'), and wherein the characteristic test radiation (17, 17') has a beam profile comprising a characteristic bright-dark-pattern and is caused by means of a plane radiation source or by means of a projection device projecting a bright-dark-pattern onto a diffusion screen or light shade, provided in the inspection beam path on the side of illumination, or a structure limiting the inspection beam path, and is further passed through the inspection beam path.
Food additive for animals, in particular for poultry, characterized in that it comprises, in weight percentage expressed relative to the total weight of said additive, at least: - between 0,02% and 10%, preferably between 0,1% and 4,5%, saponins from the Camellia oleifera plant, - between 0,2% and 19%, preferably between 0,6% and 9,5%, saponins from the Trigonella foenum-graecum plant, and - between 1% and 25%, preferably between 1% and 15%, of a compound having antioxidant properties. - between 0,02% and 10%, preferably between 0,1% and 4,5%, saponins from the Camellia oleifera plant, - between 0,2% and 19%, preferably between 0,6% and 9,5%, saponins from the Trigonella foenum-graecum plant, and - between 1% and 25%, preferably between 1% and 15%, of a compound having antioxidant properties.
A method of broadcasting event messages in a system-on-chip comprising system circuitry and monitoring circuitry for monitoring the system circuitry, the monitoring circuitry comprising units (302, 303, 304, 305, 306, 307, 308, 309, 310) connected in a tree-based structure for routing communications through the system-on-chip, the tree-based structure comprising branches extending from a root unit at the base of the tree-based structure, each branch comprising a plurality of units (302, 303, 304, 305, 306, 307, 308, 309, 310), each unit (302, 303, 304, 305, 306, 307, 308, 309, 310) connected to a single unit (302, 303, 304, 305, 306, 307, 308, 309, 310) above in the branch and a single unit (302, 303, 304, 305, 306, 307, 308, 309, 310) below in the branch, whereby each unit (302, 303, 304, 305, 306, 307, 308, 309, 310) routes communications to and from individually addressable entities above that unit (302, 303, 304, 305, 306, 307, 308, 309, 310) in its branch, the tree-based structure further comprising crosslinks (319, 320, 321) connecting corresponding units (302, 303, 304, 305, 306, 307, 308, 309, 310) of adjacent branches at the same hierarchical level as each other, and wherein each unit (302, 303, 304, 305, 306, 307, 308, 309, 310) is directly connected to one or more local subsystems (312, 313, 314, 315), characterised in that the method comprises: if an event is generated at a local subsystem, routing an event message from the unit to which the local subsystem is directly connected to: (i) any adjacent unit above the unit in the unit's branch, (ii) any adjacent unit below the unit in the unit's branch, and (iii) any corresponding unit of an adjacent branch to which the unit is connected via a crosslink. (i) any adjacent unit above the unit in the unit's branch, (ii) any adjacent unit below the unit in the unit's branch, and (iii) any corresponding unit of an adjacent branch to which the unit is connected via a crosslink.
Submersible power plant, the power plant comprising a structure and a vehicle, the vehicle being arranged to be secured to the structure by means of at least one tether; the vehicle being arranged to move in a predetermined trajectory by means of a fluid stream passing the vehicle, the vehicle being positioned in a reference frame with a first extension along an x-axis of the reference frame and a second extension along a y-axis of the reference frame, where the x-axis runs in a direction from the rear of the vehicle to the front of the vehicle, and the y-axis runs in a direction perpendicular to the x-axis from the bottom of the vehicle to the top of the vehicle, characterized in that the vehicle comprises a first wing and a second wing, where the first wing is arranged at a first distance above the second wing along the y-axis, and the first wing is arranged at a second distance in front of the second wing along the x-axis, wherein the vehicle comprises a nacelle comprising a generator, the nacelle being attached to a turbine, where the nacelle is positioned between the first wing and the second wing.
A method of changing a mobile network operator using an embedded Subscriber Identity Module (eSIM) linked to at least one MNO, the eSIM storing an issuer security domain for an initially opening MNO and a profile of the at least one MNO, the method comprising: generating a security domain and installing a secure applet for a receiving MNO by an initially opening MNO system using an issuer security domain key when an MNO change is requested from a donor MNO to a receiving MNO; encrypting a profile of the receiving MNO based on the secure applet by the receiving MNO and transmitting the profile to the eSIM through the initially opening MNO. generating a security domain and installing a secure applet for a receiving MNO by an initially opening MNO system using an issuer security domain key when an MNO change is requested from a donor MNO to a receiving MNO; encrypting a profile of the receiving MNO based on the secure applet by the receiving MNO and transmitting the profile to the eSIM through the initially opening MNO.
An apparatus (10, 60, 101, 102, 140, 158, 170, 190, 280, 210, 380, 234, 260) comprising: a plurality of elements assembled together to form a ring structure oriented in a plane around a longitudinal axis; wherein the ring structure comprises an expanded condition in which the ring structure comprises a substantially cylindrical outer ring surface arranged to contact or otherwise interact with an inner surface of a tubular or bore; wherein the ring structure is operable to be moved between the expanded condition and a collapsed condition by movement of the plurality of elements on actuation by an axial force; wherein each element of the ring structure comprises a first planar contact surface and a second planar contact surface respectively in abutment with first and second adjacent elements; and wherein the plurality of elements is operable to be moved between the expanded and collapsed conditions by sliding with respect to one another along their respective planar contact surfaces and in the plane of the ring structure, in a direction tangential to a circle (r 3) concentric with the ring structure. a plurality of elements assembled together to form a ring structure oriented in a plane around a longitudinal axis; wherein the ring structure comprises an expanded condition in which the ring structure comprises a substantially cylindrical outer ring surface arranged to contact or otherwise interact with an inner surface of a tubular or bore; wherein the ring structure is operable to be moved between the expanded condition and a collapsed condition by movement of the plurality of elements on actuation by an axial force; wherein each element of the ring structure comprises a first planar contact surface and a second planar contact surface respectively in abutment with first and second adjacent elements; and wherein the plurality of elements is operable to be moved between the expanded and collapsed conditions by sliding with respect to one another along their respective planar contact surfaces and in the plane of the ring structure, in a direction tangential to a circle (r 3) concentric with the ring structure.
Method for selecting a wireless communication channel between a wireless access point device of a communication network and a station, the method being executed in the wireless access point device of said communication network, the method comprising: - locally obtaining, from said wireless access point device, at least a first information item, representing a first electromagnetic environment within range of said wireless access point device, and, - if no radar signal is detected for said channel, locally obtaining an information item representing a change in occupancy status for said channel, in the sense of the detection of a radar, then - obtaining, from a remote server, at least a second information item, representing a second electromagnetic environment around said wireless access point device, then - selecting said communication channel by virtue of at least said first information item representing said first environment, said information item representing said change in occupancy status, and said at least one second information item representing said second environment, and - configuring a radio interface of said wireless access point device to implement wireless communications with said station in the selected channel. - locally obtaining, from said wireless access point device, at least a first information item, representing a first electromagnetic environment within range of said wireless access point device, and, - if no radar signal is detected for said channel, locally obtaining an information item representing a change in occupancy status for said channel, in the sense of the detection of a radar, then - obtaining, from a remote server, at least a second information item, representing a second electromagnetic environment around said wireless access point device, then - selecting said communication channel by virtue of at least said first information item representing said first environment, said information item representing said change in occupancy status, and said at least one second information item representing said second environment, and - configuring a radio interface of said wireless access point device to implement wireless communications with said station in the selected channel.
A communication system comprising: a first communication terminal; a second communication terminal having a communication connection with the first communication terminal; wherein the first communication terminal is configured to superimpose codes within at least one frame of a video to be sent to the second communication terminal via the communication connection and then to send the video with the at least one frame having the superimposed codes to the second communication terminal; and wherein the second communication terminal is configured to receive the sent video and to extract the codes from the sent video, characterized in that one frame has codes superimposed therein, the first of the superimposed codes having a larger code configured to indicate a highest video resolution, wherein there are additional codes that are each of a smaller size than a prior code and configured to indicate a lower video resolution, the first communication terminal is configured to send a message with a parameter indicating which one of a number of different testing methodologies is to be used by the second communication terminal for assessing a video to be sent to the second communication terminal, the second communication terminal is configured to evaluate from the extracted superimposed codes of the sent video at least one video quality parameter of the video indicative of a video quality of the sent video. a first communication terminal; a second communication terminal having a communication connection with the first communication terminal; wherein the first communication terminal is configured to superimpose codes within at least one frame of a video to be sent to the second communication terminal via the communication connection and then to send the video with the at least one frame having the superimposed codes to the second communication terminal; and wherein the second communication terminal is configured to receive the sent video and to extract the codes from the sent video, characterized in that one frame has codes superimposed therein, the first of the superimposed codes having a larger code configured to indicate a highest video resolution, wherein there are additional codes that are each of a smaller size than a prior code and configured to indicate a lower video resolution, the first communication terminal is configured to send a message with a parameter indicating which one of a number of different testing methodologies is to be used by the second communication terminal for assessing a video to be sent to the second communication terminal, the second communication terminal is configured to evaluate from the extracted superimposed codes of the sent video at least one video quality parameter of the video indicative of a video quality of the sent video.
A seed sensor comprising: a housing; an internal seed channel defining a path for seeds to flow along a central axis (As) through the seed sensor; and a sensor unit positioned alongside the internal seed channel within the housing, wherein an inlet end of the seed sensor includes a tapered inlet section, and characterized in that; the housing includes a mounting loop having a pair of oppositely angled surfaces for mounting the seed sensor in a pair of oppositely angled configurations. a housing; an internal seed channel defining a path for seeds to flow along a central axis (As) through the seed sensor; and a sensor unit positioned alongside the internal seed channel within the housing, wherein an inlet end of the seed sensor includes a tapered inlet section, and characterized in that; the housing includes a mounting loop having a pair of oppositely angled surfaces for mounting the seed sensor in a pair of oppositely angled configurations.
A hand-held Electro-Discharge Machining device for removing at least a portion of a workpiece from a workspace, the device comprising: a base having an axis; a handle attached to the base; a hood attached to a distal end of the base, the hood being configured in use to enclose the workspace when brought to the workpiece; an erosion electrode having a distal end disposed within the workspace and moveable relative to the base along the axis; a dielectric inlet configured in use to deliver a dielectric fluid between the erosion electrode and the workpiece; a dielectric outlet configured to evacuate the dielectric fluid; and wherein the hand-held EDM device is arranged to be operatively connected via an umbilical to a remotely located support unit comprising the dielectric fluid, the EDM device being configured to be hand-held by a user and to be manually brought in contact with the workpiece during use, characterised in that the device comprises a ground electrode having a distal end disposed within the workspace and mounted so as to be moveable relative to the base along the axis, the ground electrode being configured to in use contact at least a portion of the workpiece. a base having an axis; a handle attached to the base; a hood attached to a distal end of the base, the hood being configured in use to enclose the workspace when brought to the workpiece; an erosion electrode having a distal end disposed within the workspace and moveable relative to the base along the axis; a dielectric inlet configured in use to deliver a dielectric fluid between the erosion electrode and the workpiece; a dielectric outlet configured to evacuate the dielectric fluid; and wherein the hand-held EDM device is arranged to be operatively connected via an umbilical to a remotely located support unit comprising the dielectric fluid, the EDM device being configured to be hand-held by a user and to be manually brought in contact with the workpiece during use, characterised in that the device comprises a ground electrode having a distal end disposed within the workspace and mounted so as to be moveable relative to the base along the axis, the ground electrode being configured to in use contact at least a portion of the workpiece.
An oil-extended olefin block copolymer composition comprising: an olefin block copolymer that is an ethylene/α-olefin multi-block copolymer; an oil; and a surface-active agent. an olefin block copolymer that is an ethylene/α-olefin multi-block copolymer; an oil; and a surface-active agent.