mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound system comprising: a wireless ultrasound probe comprising a radio and configured to receive ultrasound probe control signals; a processor dongle having a radio, the dongle being configured to send ultrasound probe control signals to the ultrasound probe; and a display (20, 48, 50) coupled to the processor dongle and configured to display the ultrasound image generated by the dongle, characterized in that the wireless ultrasound probe is further configured to send ultrasound image scan line data based on the control signals; and in that the processor dongle comprises a digital processor configured to run an operating system and an ultrasound system control program, the dongle being further configured to receive user interface commands for an imaging procedure, receive image line data signals from the probe, and perform image processing of received image line data signals to generate an ultrasound image for display. a wireless ultrasound probe comprising a radio and configured to receive ultrasound probe control signals; a processor dongle having a radio, the dongle being configured to send ultrasound probe control signals to the ultrasound probe; and a display (20, 48, 50) coupled to the processor dongle and configured to display the ultrasound image generated by the dongle, characterized in that the wireless ultrasound probe is further configured to send ultrasound image scan line data based on the control signals; and in that the processor dongle comprises a digital processor configured to run an operating system and an ultrasound system control program, the dongle being further configured to receive user interface commands for an imaging procedure, receive image line data signals from the probe, and perform image processing of received image line data signals to generate an ultrasound image for display.
Device supporting physical abilities of lower limbs of an user, comprising a stationary non-movable stand, a lumbar belt, a seat, and parallel mobile members adjoining the lower limbs of the user, divided into segments corresponding to the parts of the lower limb of the user and connected with articulations, wherein the lumbar belt, movable in the vertical plane, is connected in a hip articulation through arms to mobile couplings of the lower limbs, a back pusher movable in the vertical plane and sagittal plane is connected through the lumbar belt with the arms, and the seat movable in the vertical plane is connected to a bracket, characterized in that the lumbar belt, the back pusher, the arms and the seat are mounted on common vertical guide rails of the stand, the back pusher has a variable position, successively in the frontal plane and in the sagittal plane, whereas the arms are pivotally mounted in the common vertical guide rails, movable to part sideways.
A gear transmission for aeronautical applications comprising: - an input shaft rotatable around a first axis; - an output shaft rotatable around a second axis; - a transfer group for transferring the torque from said input shaft to said output shaft; wherein said transfer group comprises a first torque splitting stage, receiving the torque entered from said input shaft, and a second torque splitting stage, receiving the torque entered from said first stage; said first stage presenting at least one first rotating member and said second stage presenting at least one second rotating member; said input shaft and said first rotating member cooperating with one another at respective interaction surfaces (18, 38) coupled frontally and extending transversely to said first axis; said first rotating member and said second rotating member cooperating with one another at respective friction surfaces (42, 44) coupled frontally and extending transversely to said first axis; characterized in that one of said interaction surfaces (18, 38) comprises first engagement elements, and another of said interaction surfaces (18, 38) comprises second engagement elements complementary to said first engagement elements, said first and second engagement elements (17, 39) being clutch coupled to one another. - an input shaft rotatable around a first axis; - an output shaft rotatable around a second axis; - a transfer group for transferring the torque from said input shaft to said output shaft; wherein said transfer group comprises a first torque splitting stage, receiving the torque entered from said input shaft, and a second torque splitting stage, receiving the torque entered from said first stage; said first stage presenting at least one first rotating member and said second stage presenting at least one second rotating member; said input shaft and said first rotating member cooperating with one another at respective interaction surfaces (18, 38) coupled frontally and extending transversely to said first axis; said first rotating member and said second rotating member cooperating with one another at respective friction surfaces (42, 44) coupled frontally and extending transversely to said first axis; characterized in that one of said interaction surfaces (18, 38) comprises first engagement elements, and another of said interaction surfaces (18, 38) comprises second engagement elements complementary to said first engagement elements, said first and second engagement elements (17, 39) being clutch coupled to one another.
Method for producing oxygen by adsorbing a stream of atmospheric air using a VPSA unit comprising at least one adsorber, each adsorber undergoing one single pressure cycle comprising the following steps: a) producing a first stream of gas rich in oxygen, comprising an oxygen content T1 while loading the adsorber of the stream of atmospheric air upstream, b) producing a second stream of gas rich in oxygen, comprising an oxygen content T2 < T1, c) producing a third stream of gas rich in oxygen, comprising an oxygen content T3 < T2 < T1 while simultaneously extracting a nitrogen-enriched residual stream, d) eluting the adsorber, from which the three streams of gas produced in steps a), b) and c) are taken, exclusively via the second stream of gas produced in step b), e) repressuring the adsorber that underwent the elution of step d) consecutively with at least two streams, first and second repressuring streams, with increasing oxygen content, the first repressuring stream being the third stream of gas produced in step c) and the second repressuring stream being the second stream of gas produced in step b). a) producing a first stream of gas rich in oxygen, comprising an oxygen content T1 while loading the adsorber of the stream of atmospheric air upstream, b) producing a second stream of gas rich in oxygen, comprising an oxygen content T2 < T1, c) producing a third stream of gas rich in oxygen, comprising an oxygen content T3 < T2 < T1 while simultaneously extracting a nitrogen-enriched residual stream, d) eluting the adsorber, from which the three streams of gas produced in steps a), b) and c) are taken, exclusively via the second stream of gas produced in step b), e) repressuring the adsorber that underwent the elution of step d) consecutively with at least two streams, first and second repressuring streams, with increasing oxygen content, the first repressuring stream being the third stream of gas produced in step c) and the second repressuring stream being the second stream of gas produced in step b).
A disposable cap comprising: a capsule including a coupling section adapted to couple to an ostomy port and a collapsed, deployable bag for collecting waste content from an ostomate; wherein: the capsule has a proximal opening and includes a cavity (106, 306) accommodating said bag in a collapsed state; the cap includes a cap-covering attached to the capsule to close an end of the cavity (106, 306); and the bag is configured to deploy by pushing on and ejecting said cap-covering from its attachment when an intestinal pressure received by the bag is above a predetermined pressure; wherein said cap-covering comprises a deployment prevention element for said bag, while said cap-covering is attached to said capsule, characterized in that said cap-covering is sealing the proximal opening. a capsule including a coupling section adapted to couple to an ostomy port and a collapsed, deployable bag for collecting waste content from an ostomate; the capsule has a proximal opening and includes a cavity (106, 306) accommodating said bag in a collapsed state; the cap includes a cap-covering attached to the capsule to close an end of the cavity (106, 306); and the bag is configured to deploy by pushing on and ejecting said cap-covering from its attachment when an intestinal pressure received by the bag is above a predetermined pressure; wherein said cap-covering comprises a deployment prevention element for said bag, while said cap-covering is attached to said capsule, characterized in that said cap-covering is sealing the proximal opening.
A method for image processing, implemented on a computing device including at least one processor and at least one storage, comprising: obtaining, by a first processor, a first image and a second image of a target region, wherein the first image is a visible image and the second image is an infrared image; transmitting continuously the first image to a second processor; generating, by the first processor, a fused image based on the first image and the second image; transmitting the fused image from the first processor to the second processor via a blanking bandwidth; identifying, by the second processor, a region of interest associated with a target object in the first image; and generating, by the second processor, a target image based at least in part on information associated with the ROI in the first image and the fused image, including: replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image. obtaining, by a first processor, a first image and a second image of a target region, wherein the first image is a visible image and the second image is an infrared image; transmitting continuously the first image to a second processor; generating, by the first processor, a fused image based on the first image and the second image; transmitting the fused image from the first processor to the second processor via a blanking bandwidth; identifying, by the second processor, a region of interest associated with a target object in the first image; and generating, by the second processor, a target image based at least in part on information associated with the ROI in the first image and the fused image, including: replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image. replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image.
A method of filtering noise for imaging, comprising: using a processor implementing a bilateral, BL, filter algorithm stored in a memory accessible by the processor or using BL filter hardware configured to perform the method on an image frame comprising image data including a position and a range from a plurality of pixels, the frame including a plurality of filter windows each including a center pixel and a plurality of other pixels including a first pixel and a second pixel, processing each of the plurality of filter windows including: for the first pixel, determining a space being its distance relative to the center pixel and a range difference between its range and the range of the center pixel, using the space and the range difference, choosing a selected combined 2D weight from a plurality of combined 2D weights which each include weighting for both the space and the range difference from at least one combined pre-computed 2D weight lookup table, 2D weight LUT, calculating a filtered range value by applying the selected combined 2D weight to the first pixel range, and summing the filtered range value to determine a contribution of the first pixel, repeating the determining, the choosing, the calculating, and the summing for at least the second pixel, and dividing a total sum of the contributions from the first pixel and at least the second pixel by a sum of the selected combined 2D weights from the first pixel and the second pixel to generate a final filtered range value for the center pixel as an output pixel; wherein the 2D weight LUT is quantized in at least one of the space and the range, and wherein non-linear interpolation is used to quantize the range by using a non-linear, NL, LUT for the 2D weight LUT including a finer step size at lower values for the range as compared to a larger step size at higher values for the range. for the first pixel, determining a space being its distance relative to the center pixel and a range difference between its range and the range of the center pixel, using the space and the range difference, choosing a selected combined 2D weight from a plurality of combined 2D weights which each include weighting for both the space and the range difference from at least one combined pre-computed 2D weight lookup table, 2D weight LUT, calculating a filtered range value by applying the selected combined 2D weight to the first pixel range, and summing the filtered range value to determine a contribution of the first pixel, repeating the determining, the choosing, the calculating, and the summing for at least the second pixel, and dividing a total sum of the contributions from the first pixel and at least the second pixel by a sum of the selected combined 2D weights from the first pixel and the second pixel to generate a final filtered range value for the center pixel as an output pixel; wherein the 2D weight LUT is quantized in at least one of the space and the range, and wherein non-linear interpolation is used to quantize the range by using a non-linear, NL, LUT for the 2D weight LUT including a finer step size at lower values for the range as compared to a larger step size at higher values for the range.
Switchgear arrangement (100, 200) having a first branch that connects a first electrical installation on a circuit breaker side to a second electrical installation and has at least one series circuit consisting of a first circuit breaker and a first power switch, an electrical coupling device that is configured so as to equalize the potential between a first potential point between the first circuit breaker and the first power switch and a second potential point in the switchgear arrangement for voltage-free switching of the first circuit breaker, characterized in that the switchgear arrangement furthermore comprises a second branch that connects the first installation to a third electrical installation and has at least one series circuit consisting of a second circuit breaker and a second power switch, wherein the first and the second branch (51, 52) are arranged in a parallel circuit with one another, wherein the first and the second branch (51, 52) are electrically coupled to one another by way of the coupling device, such that it is possible to achieve potential equalization between a first potential point between the first circuit breaker and the first power switch and a second potential point between the second circuit breaker and the second power switch.
A method for computing diagnostic parameters usable to aid the determination of optical neuropathy diagnosis in a subject, wherein said diagnostic parameters are selected from focal loss volume, global loss volume or both, said method comprising: generating an initial map selected from the group consisting of a macular map centered on the fovea and a peripapillary map centered on the optic nerve head using an optical coherence tomography, wherein said initial map consists of a raster or grid scanning pattern, and wherein said macular map covering an area at least about 6mm x 6mm, said peripapillary map covering an area at least about 4mm x 4mm; constructing a map of a ganglion cell complex thickness based on said initial map; characterized in that the method further comprises the steps of computing a derivative map of said ganglion cell complex thickness; applying pattern analysis method which is a statistical method to said derivative map to detect abnormal areas, wherein said statistical method comprises a standard deviation comparison of a point-by-point comparison in which a data point having a predetermined percentage value above or below normal is identified as abnormal, said predetermined percentage value is selected from the range of about 0.5% to about 5%; and computing a value for one or more diagnostic parameter(s) based on analysis of the derivative map, wherein said diagnostic parameter(s) include at least one selected from focal loss volume, global loss volume, fractional deviation focal loss volume (FD_FLV), and pattern deviation focal loss volume (PD_FLV) of retinal tissue loss. generating an initial map selected from the group consisting of a macular map centered on the fovea and a peripapillary map centered on the optic nerve head using an optical coherence tomography, wherein said initial map consists of a raster or grid scanning pattern, and wherein said macular map covering an area at least about 6mm x 6mm, said peripapillary map covering an area at least about 4mm x 4mm; constructing a map of a ganglion cell complex thickness based on said initial map; characterized in that the method further comprises the steps of computing a derivative map of said ganglion cell complex thickness; applying pattern analysis method which is a statistical method to said derivative map to detect abnormal areas, wherein said statistical method comprises a standard deviation comparison of a point-by-point comparison in which a data point having a predetermined percentage value above or below normal is identified as abnormal, said predetermined percentage value is selected from the range of about 0.5% to about 5%; and computing a value for one or more diagnostic parameter(s) based on analysis of the derivative map, wherein said diagnostic parameter(s) include at least one selected from focal loss volume, global loss volume, fractional deviation focal loss volume (FD_FLV), and pattern deviation focal loss volume (PD_FLV) of retinal tissue loss.
Clamping plate (1, 9), in particular fixed clamping plate, for a die casting machine, comprising - a first side (1a, 9a) and a second side (1b, 9b), wherein a casting mold can be arranged on the first side (1a, 9a), - accommodation openings (2a, 2b, 2c, 2d, 13a, 13b, 13c, 13d) for tie bars, which are arranged in the corners of the clamping plate (1, 9), wherein the clamping plate (1, 9) has a dome-shaped cavity (4, 14), the base of which is located in the second side (1b, 9b) of the clamping plate (1, 9) and is open and which tapers towards the center of gravity of the accommodation openings (2a, 2b, 2c, 2d, 13a, 13b, 13c, 13d) on the first side (1a, 9a), reinforcing elements (5a, 5b, 5c, 5d), preferably ribs, are arranged on sections of the second side of in particular the fixed clamping plate between the accommodation openings (2a, 2b, 2c, 2d), and the clamping plate is designed for a maximum closing force of at least 45,000 kN, preferably up to 120,000 kN. - a first side (1a, 9a) and a second side (1b, 9b), wherein a casting mold can be arranged on the first side (1a, 9a), - accommodation openings (2a, 2b, 2c, 2d, 13a, 13b, 13c, 13d) for tie bars, which are arranged in the corners of the clamping plate (1, 9),
A method for manufacturing printed textiles including the steps of: a) inkjet printing an image onto a textile substrate with one or more inkjet inks including an aqueous medium and capsules composed of a polymeric shell surrounding a core which contains one or more thermally curable compounds; and b) thermally fixing the inkjet printed image. a) inkjet printing an image onto a textile substrate with one or more inkjet inks including an aqueous medium and capsules composed of a polymeric shell surrounding a core which contains one or more thermally curable compounds; and b) thermally fixing the inkjet printed image.
A meeting room reservation system comprising: at least one radio frequency identification, RFID, sensor to be positioned adjacent a meeting room, wherein said at least one RFID sensor comprises at least one NFC sensor; a plurality of mobile wireless communications devices (34a, 34b), each configured for NFC communication with said at least one NFC sensor; and a reservation server configured to schedule reserved starting and ending times for the meeting room, track checked-in mobile wireless communications devices based upon NFC communication with said at least one NFC sensor resulting from said mobile wireless communications devices being swiped, bumped or otherwise moved in close proximity to said at least one NFC sensor, and send at least one reservation expiration notification to checked-in mobile wireless communications devices based upon a reserved ending time and a subsequent check-in of another mobile wireless communications device resulting from said another mobile wireless communications device being swiped, bumped or otherwise moved in close proximity to said at least one NFC sensor. at least one radio frequency identification, RFID, sensor to be positioned adjacent a meeting room, wherein said at least one RFID sensor comprises at least one NFC sensor; a plurality of mobile wireless communications devices (34a, 34b), each configured for NFC communication with said at least one NFC sensor; and a reservation server configured to schedule reserved starting and ending times for the meeting room, track checked-in mobile wireless communications devices based upon NFC communication with said at least one NFC sensor resulting from said mobile wireless communications devices being swiped, bumped or otherwise moved in close proximity to said at least one NFC sensor, and send at least one reservation expiration notification to checked-in mobile wireless communications devices based upon a reserved ending time and a subsequent check-in of another mobile wireless communications device resulting from said another mobile wireless communications device being swiped, bumped or otherwise moved in close proximity to said at least one NFC sensor.
A method, comprising: at a mobile device: requesting an access client from a network entity, wherein the network entity provides an interface to the mobile device by which to request and receive access clients; providing, by the mobile device to the network entity, a device identifier; receiving, from the network entity via the interface and responsive to providing the device identifier, a list comprising a plurality of access clients, wherein each access client on the list corresponds to a wireless carrier; and receiving a user selection of a first access client from the list of access clients, wherein the first access client is associated with a first wireless carrier. requesting an access client from a network entity, wherein the network entity provides an interface to the mobile device by which to request and receive access clients; providing, by the mobile device to the network entity, a device identifier; receiving, from the network entity via the interface and responsive to providing the device identifier, a list comprising a plurality of access clients, wherein each access client on the list corresponds to a wireless carrier; and receiving a user selection of a first access client from the list of access clients, wherein the first access client is associated with a first wireless carrier.