mhurhangee/ep-ind-claims huggingface dataset:
A method for imaging a tool inside a portion of a subject's body that undergoes motion, the method comprising: acquiring a plurality of image frames of the portion of the subject's body; image tracking the image frames by: automatically identifying at least a feature of the tool in at least a portion of the image frames, and aligning the tool in image frames of the portion of the image frames, based on the automatic identifying; and displaying, as an image stream, the image-tracked image frames of the portion of the subject's body; characterised in further comprising processing the image frames, wherein the image processing includes identifying a reversal of a direction in which the tool moves for identifying end-diastolic and end-systolic phases within a cardiac cycle, wherein the displaying includes changing the appearance of portions of the tool or other elements in the image frames according to the phase in the cardiac cycle. acquiring a plurality of image frames of the portion of the subject's body; image tracking the image frames by: automatically identifying at least a feature of the tool in at least a portion of the image frames, and aligning the tool in image frames of the portion of the image frames, based on the automatic identifying; and automatically identifying at least a feature of the tool in at least a portion of the image frames, and aligning the tool in image frames of the portion of the image frames, based on the automatic identifying; and displaying, as an image stream, the image-tracked image frames of the portion of the subject's body; characterised in further comprising processing the image frames, wherein the image processing includes identifying a reversal of a direction in which the tool moves for identifying end-diastolic and end-systolic phases within a cardiac cycle, wherein the displaying includes changing the appearance of portions of the tool or other elements in the image frames according to the phase in the cardiac cycle.
A method for converting a first image to a second image, wherein the first image is an HDR (High Dynamic Range) image and the second image is an SDR (Standard Dynamic Range) image, comprising: determining a mid-tone level of the first image; determining a modulation value responsive to a mapping function and the mid-tone level of the first image; and converting the first image to the second image responsive to the modulation value and the mapping function, wherein the converting comprises normalizing the first image based on the modulation value, and wherein the normalized first image is converted to the second image based on the mapping function. determining a mid-tone level of the first image; determining a modulation value responsive to a mapping function and the mid-tone level of the first image; and converting the first image to the second image responsive to the modulation value and the mapping function, wherein the converting comprises normalizing the first image based on the modulation value, and wherein the normalized first image is converted to the second image based on the mapping function.
Inertial electroacoustic transducer unit comprising a first exciter and a second exciter, each exciter comprising: - a coil supported by a cylindrical support fixed to a flange, - a magnetic unit comprising a cup with a base and a lateral wall that defines a cavity in which a magnet and a polar plate are disposed in such manner to generate a toroidal air gap, and - a centering device provided with an external cylinder fixed to said flange, an internal cylinder fixed to said cup in such manner that the coil is disposed in the air gap of the magnetic unit, and elastic spokes connecting said external cylinder to said internal cylinder of the centering device, so that said magnetic unit can move axially with respect to an axis coinciding with the axis of the cylindrical support of the coil when the coil is powered with electrical current, wherein the second exciter is disposed in overturned position with respect to the first exciter, so that the bases of the two cups face each other, the two exciters (100, 200) are fixed together in such manner that the axes of the cylindrical supports of the coils coincide, each coil of the two exciters has two ends, the four ends of the coils of the two exciters being connected in counter-phase in such manner to obtain a consistent movement in the same direction as the magnetic units of the two exciters. - a coil supported by a cylindrical support fixed to a flange, - a magnetic unit comprising a cup with a base and a lateral wall that defines a cavity in which a magnet and a polar plate are disposed in such manner to generate a toroidal air gap, and - a centering device provided with an external cylinder fixed to said flange, an internal cylinder fixed to said cup in such manner that the coil is disposed in the air gap of the magnetic unit, and elastic spokes connecting said external cylinder to said internal cylinder of the centering device, so that said magnetic unit can move axially with respect to an axis coinciding with the axis of the cylindrical support of the coil when the coil is powered with electrical current,
A sliding element that keeps a sealed fluid on a sliding face of said sliding element, said sliding element being slidable relative to another sliding element, said sealed fluid being located on either an inner circumferential side or an outer circumferential side of said sliding face, said sliding element comprising: a) first dam section being configured in an annular form on said sliding face; b) second dimple section having a form of a narrow second groove and making an inclination angle ( β) measured from said dam section in a direction of rotation pointing toward said sealed fluid; c) suction means including an annularly arranged array of said second dimple sections; d) first dimple section having a form of a narrow first groove and making an inclination angle ( α) measured from said first dam section in a direction of rotation but pointing an opposite direction relative to said suction means; e) discharge means including an annularly arranged array of said first dimple sections; and f) seal face being disposed in a peripheral surface adjacent to said discharge means and in the opposite side relative to said first dam section, wherein said first dimple section is located on a low-pressure side, and said second dimple section is located on a high-pressure side characterized in that each of the second dimple sections is divided by an annular second dam section that is disposed midway in the second dimple section and traverses the second dimple section along the circumferential direction. a) first dam section being configured in an annular form on said sliding face; b) second dimple section having a form of a narrow second groove and making an inclination angle ( β) measured from said dam section in a direction of rotation pointing toward said sealed fluid; c) suction means including an annularly arranged array of said second dimple sections; d) first dimple section having a form of a narrow first groove and making an inclination angle ( α) measured from said first dam section in a direction of rotation but pointing an opposite direction relative to said suction means; e) discharge means including an annularly arranged array of said first dimple sections; and f) seal face being disposed in a peripheral surface adjacent to said discharge means and in the opposite side relative to said first dam section,
A porous membrane comprising cellulose fibers which are natural fibers selected from the group consisting of cotton, cotton linter and wood pulp, wherein said cellulose fibers comprise cellulose fibers having a diameter of 1 μm or more in an amount of 5% by weight or more and 20% by weight or less based on the total weight of said cellulose fibers, a mode diameter of a pore distribution determined by a mercury penetration method is less than 0.3 μm, an air resistance per thickness of 10 μm ranges from 20 to 600 seconds, and said porous membrane has a porosity ranging from 30 to 70%.
A notification system for receiving a request for a remote status update from a remote device comprising: a) an access server for receiving the request for the remote status update and for determining whether said remote device is registered to receive said remote status update, the request is a short messaging service message; b) a host website for allowing said remote device to be registered to receive said remote status update; and c) a central monitoring server configured to decode the short messaging service message, look up or match the received short messaging service message with a predefined list of short code messages in a short code table where each specific short messaging service message represents a special function identified by the location where the message should be sent that a user is requesting and configured to generate said remote status update based upon the request, said central monitoring server being coupled to a remote security device wherein said security device is configured to detect an event, said security device is adapted to transmit a message to said central monitoring server in response to the detected event, and said remote status update includes information regarding said detected event. a) an access server for receiving the request for the remote status update and for determining whether said remote device is registered to receive said remote status update, the request is a short messaging service message; b) a host website for allowing said remote device to be registered to receive said remote status update; and c) a central monitoring server configured to decode the short messaging service message, look up or match the received short messaging service message with a predefined list of short code messages in a short code table where each specific short messaging service message represents a special function identified by the location where the message should be sent that a user is requesting and configured to generate said remote status update based upon the request, said central monitoring server being coupled to a remote security device wherein said security device is configured to detect an event, said security device is adapted to transmit a message to said central monitoring server in response to the detected event, and said remote status update includes information regarding said detected event.
A manually displaceable machine for track maintenance, consisting of a work unit which has two hand grips and working tools designed to be actuated by drives, and a motor unit which is joined to the work unit and serves for energy supply, wherein the work- and motor unit (12, 21) is connected by means of an assembly frame of the work unit via articulated connection to a chassis frame which is provided for riding on rails of a track and has flanged rollers, characterized by the following features: a) the motor unit is equipped with hand grips and connected to the assembly frame of the work unit by means of a detachable coupling, b) the motor unit is composed of a motor, a hydraulic pump, a hydraulic tank, a cooler, and an electric generator, c) arranged between the motor- and work unit (21, 12) are line couplings for detachable connection of hydraulic lines, provided for actuation of the working tools, and of a motor control line. a) the motor unit is equipped with hand grips and connected to the assembly frame of the work unit by means of a detachable coupling, b) the motor unit is composed of a motor, a hydraulic pump, a hydraulic tank, a cooler, and an electric generator, c) arranged between the motor- and work unit (21, 12) are line couplings for detachable connection of hydraulic lines, provided for actuation of the working tools, and of a motor control line.
A standby dual redundant system including two controllers, in which, when one of the controllers is adapted to operate as an active-side controller, and the other controller is adapted to operate as a standby-side controller, each controller (10a, 10b) comprising therein: - a plurality of CPUs; - a memory (11a, 11b), the memory storing calculation routines which are performed by the CPUs and which are allocated to a CPU, respectively; - an I/O board (2a, 2b); - an I/O bus controller (13a, 13b) for performing transmission and reception of data among the plurality of CPUs, the memory (11a, 11b), and the I/O board (2a, 2b); and - an equalization bus controller for transmitting equalization data used for equalizing device states of the active-side controller and the standby-side controller, from the active-side controller to the standby-side controller via an equalization data bus, the equalization bus controller being independent from the I/O bus controller, wherein the equalization data has an identification code and a version code of each calculation routine, and each CPU of the standby-side controller is adapted to confirm, by comparing the identification code and the version code in said equalization data with identification code and version code of each calculation routine that the standby-side controller has, the identification code and the version code in said equalization data, to execute calculations of the respective calculation routines allocated to the respective CPUs of the standby-side controller based on said equalization data. - a plurality of CPUs; - a memory (11a, 11b), the memory storing calculation routines which are performed by the CPUs and which are allocated to a CPU, respectively; - an I/O board (2a, 2b); - an I/O bus controller (13a, 13b) for performing transmission and reception of data among the plurality of CPUs, the memory (11a, 11b), and the I/O board (2a, 2b); and - an equalization bus controller for transmitting equalization data used for equalizing device states of the active-side controller and the standby-side controller, from the active-side controller to the standby-side controller via an equalization data bus, the equalization bus controller being independent from the I/O bus controller,
A communication device that is capable of communicating with both a wireless communication device that performs wireless communication and a wired communication device that performs wired communication, the communication device comprising: a clock output unit operable to output a clock; and a modulator operable to perform amplitude shift keying modulation or phase shift keying modulation on the clock by using a signal corresponding to data to be sent to the wired communication device as a modulation subject signal and to output a resulting modulated signal, wherein the communication device is connected to the wired communication device by a first connecting line through which the modulated signal output from the modulator is sent from the communication device to the wired communication device, and a second connecting line, which is different from the first connecting line, through which a signal corresponding to data to be sent from the wired communication device to the communication device is sent from the wired communication device to the communication device. a clock output unit operable to output a clock; and a modulator operable to perform amplitude shift keying modulation or phase shift keying modulation on the clock by using a signal corresponding to data to be sent to the wired communication device as a modulation subject signal and to output a resulting modulated signal, wherein the communication device is connected to the wired communication device by a first connecting line through which the modulated signal output from the modulator is sent from the communication device to the wired communication device, and a second connecting line, which is different from the first connecting line, through which a signal corresponding to data to be sent from the wired communication device to the communication device is sent from the wired communication device to the communication device.
A beverage comprising at least one sweetener and at least one compound of Formula I, or a salt or solvate thereof: wherein: Y is selected from alkyl, substituted alkyl, carbocyclyl, substituted carbocyclyl, heterocyclyl, substituted heterocyclyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl, arylalkyl, substituted arylalkyl, heteroarylalkyl and substituted heteroarylalkyl; and the at least one sweetener is selected from a sweetener comprising rebaudioside M in a sweetening amount and a sweetener comprising at least one mogroside in a sweetening amount. Y is selected from alkyl, substituted alkyl, carbocyclyl, substituted carbocyclyl, heterocyclyl, substituted heterocyclyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl, arylalkyl, substituted arylalkyl, heteroarylalkyl and substituted heteroarylalkyl; and the at least one sweetener is selected from a sweetener comprising rebaudioside M in a sweetening amount and a sweetener comprising at least one mogroside in a sweetening amount.
A method for predicting clinical response to the administration of a pharmaceutical composition comprising mesenchymal stem cells in a patient suffering from an autoimmune or an immune-mediated inflammatory disease by evaluating one or more lymphocyte markers wherein said lymphocyte marker is the CD4+ and/or the CD8+ lymphocyte level, wherein the patient is classified as a responder if: (a) the patient has a CD4+ level equal to a value in the range of 35% to 55% of the total T-lymphocytes; (b) the patient has a CD8+ level equal to a value in the range of 45% to 65% of the total T-lymphocytes; or if (c) the patient has a CD4+:CD8+ cell ratio equal to a value in the range of 1.2 to 0.5. (a) the patient has a CD4+ level equal to a value in the range of 35% to 55% of the total T-lymphocytes; (b) the patient has a CD8+ level equal to a value in the range of 45% to 65% of the total T-lymphocytes; or if (c) the patient has a CD4+:CD8+ cell ratio equal to a value in the range of 1.2 to 0.5.
A support tool for bed and seat, comprising: a main body frame member having a bottom face part, a back face part and both side face parts; a mattress which is housed in the main body frame member, and is divided into a seat face part and a backrest part; a main belt which is detachably attached after having been passed to an outer circumference of the seat face part or the backrest part of the mattress; and a crotch belt which is detachably attached to the main belt, wherein, when the support tool is employed for a bed, the mattress is stretched so that the seat face part and the backrest part of the mattress is made flat in shape, and the backrest part is placed on the bottom face part of the main body frame member, and when the support tool is employed for a seat, the backrest part of the mattress is abutted against the back face part of the main body frame member and the seat face part of the mattress is placed on the bottom face part of the main body frame member, and in another use state, when the support tool is employed for a seat, the mattress is folded to ensure that the seat face part and the backrest part of the mattress are overlapped on each other so that the seat face and backrest parts are employed to be placed on the bottom face part of the main body frame member. a main body frame member having a bottom face part, a back face part and both side face parts; a mattress which is housed in the main body frame member, and is divided into a seat face part and a backrest part; a main belt which is detachably attached after having been passed to an outer circumference of the seat face part or the backrest part of the mattress; and a crotch belt which is detachably attached to the main belt, wherein, when the support tool is employed for a bed, the mattress is stretched so that the seat face part and the backrest part of the mattress is made flat in shape, and the backrest part is placed on the bottom face part of the main body frame member, and when the support tool is employed for a seat, the backrest part of the mattress is abutted against the back face part of the main body frame member and the seat face part of the mattress is placed on the bottom face part of the main body frame member, and in another use state, when the support tool is employed for a seat, the mattress is folded to ensure that the seat face part and the backrest part of the mattress are overlapped on each other so that the seat face and backrest parts are employed to be placed on the bottom face part of the main body frame member.
A fixed or mobile apparatus for disinfecting an area, said apparatus comprising: a UV emitter; and a computer operable to control said UV emitter; a plurality of UV sensors in communication with said computer, said UV sensors operable to measure UV light at a plurality of locations within said area and further operable to communicate said measurements to said computer; a door safety sensor in communication with said computer, said door safety sensor operable to detect and report whether a door is open or closed; and a human-machine interface in communication with said computer operable to start and stop a disinfection procedure, and further operable to pause and resume said disinfection procedure; and a supporting structure for conveying said UV emitter; characterized in that said supporting structure comprises a means for receiving said UV sensors; wherein said supporting structure comprises a means for forming an electrical connection to receive said UV sensors and for providing a means for charging said UV sensors. a UV emitter; and a computer operable to control said UV emitter;
A black water treatment system for a flow of black water, comprising: one or more non-vacuum flash drums for flashing the flow of black water to atmospheric pressure; and a scrub-cooler for receiving the flashed flow of black water from the one or more non-vacuum flash drums; wherein the scrub-cooler comprises a water pathway with a nitrogen tube and a flow of nitrogen therein. one or more non-vacuum flash drums for flashing the flow of black water to atmospheric pressure; and a scrub-cooler for receiving the flashed flow of black water from the one or more non-vacuum flash drums;