mhurhangee/ep-ind-claims huggingface dataset:
A system for projecting images onto a target area, comprising: an optical fiber assembly comprising a plurality of optical fibers (308, 310, 312, 314) operable to provide illumination to the target area; an optical system optically coupled with the optical fiber assembly, the optical system operable to focus illumination from the optical fiber assembly to produce a plurality of focal planes located at different distances with respect to an optical axis in the optical system; a scanner actuator coupled to the optical fiber assembly and configured to actuate distal portions associated with the plurality of optical fibers to scan, either together or individually, in a scan pattern on the plurality of focal planes; and one or more processors comprising a tangible medium, the tangible medium comprising instructions that when executed cause the one or more processors to project, based at least in part on the illumination provided to the target area, a 3-D composite image having a depth of field spanning over a distance between the plurality of focal planes. an optical fiber assembly comprising a plurality of optical fibers (308, 310, 312, 314) operable to provide illumination to the target area; an optical system optically coupled with the optical fiber assembly, the optical system operable to focus illumination from the optical fiber assembly to produce a plurality of focal planes located at different distances with respect to an optical axis in the optical system; a scanner actuator coupled to the optical fiber assembly and configured to actuate distal portions associated with the plurality of optical fibers to scan, either together or individually, in a scan pattern on the plurality of focal planes; and one or more processors comprising a tangible medium, the tangible medium comprising instructions that when executed cause the one or more processors to project, based at least in part on the illumination provided to the target area, a 3-D composite image having a depth of field spanning over a distance between the plurality of focal planes.
A seal bar which is a rod-shaped seal bar having a sealing surface, comprising: a heater provided in a main body and configured to extend in an extending direction of the main body, and a temperature sensor provided at a position between the sealing surface and the heater in the main body, wherein the temperature sensor is inserted into the main body from an end surface (112, 113) which intersects a long side of the sealing surface, the seal bar being characterized in that the temperature sensor is disposed at a position at which a distance from the end surface (112, 113) in a direction perpendicular to the extending direction and along the sealing surface is equal to or greater than an insertion depth, wherein the insertion depth is 6 times of a diameter of the temperature sensor, and in that the temperature sensor is disposed at a position in which a distance from the sealing surface in a direction perpendicular to the sealing surface is 5 mm or less. a heater provided in a main body and configured to extend in an extending direction of the main body, and a temperature sensor provided at a position between the sealing surface and the heater in the main body, wherein the temperature sensor is inserted into the main body from an end surface (112, 113) which intersects a long side of the sealing surface, the seal bar being characterized in that the temperature sensor is disposed at a position at which a distance from the end surface (112, 113) in a direction perpendicular to the extending direction and along the sealing surface is equal to or greater than an insertion depth, wherein the insertion depth is 6 times of a diameter of the temperature sensor, and in that the temperature sensor is disposed at a position in which a distance from the sealing surface in a direction perpendicular to the sealing surface is 5 mm or less.
Chewable and/or suckable mass based on a hydrocolloid gel, containing - retinyl acetate and β-carotene, - at least one vitamin or provitamin selected from the vitamins D, E and K and provitamins of these vitamins, - zinc, wherein - the total amount of the vitamins A, D, E and K and the provitamins of these vitamins is at least 0.5% by mass of the total mass of the hydrocolloid gel, - the total amount of vitamin A and provitamin A is at least 0.05% by mass of the total mass of the hydrocolloid gel, - based on the total mass of the hydrocolloid gel, the mass contains 0.00-0.6% by mass of vitamin C, - the water content of the hydrocolloid gel is 1-35% by mass, and - the vitamins and provitamins are present in the hydrocolloid gel in a form that is not emulsifier-solubilised. - retinyl acetate and β-carotene, - at least one vitamin or provitamin selected from the vitamins D, E and K and provitamins of these vitamins, - zinc, wherein - the total amount of the vitamins A, D, E and K and the provitamins of these vitamins is at least 0.5% by mass of the total mass of the hydrocolloid gel, - the total amount of vitamin A and provitamin A is at least 0.05% by mass of the total mass of the hydrocolloid gel, - based on the total mass of the hydrocolloid gel, the mass contains 0.00-0.6% by mass of vitamin C, - the water content of the hydrocolloid gel is 1-35% by mass, and - the vitamins and provitamins are present in the hydrocolloid gel in a form that is not emulsifier-solubilised.
A computer-implemented method of determining a configuration of a medical imaging system comprising an x-ray source and an x-ray detector mounted on a gantry and an x-ray source collimator for shaping the beam of the x-ray source, the configuration of the medical imaging system comprising the position of the x-ray source, the position of the x-ray detector and the settings of the x-ray source collimator, the method comprising the steps of: - capturing a fluoroscopic image of at least a part of a patient with a known configuration of the medical imaging system, wherein the viewing direction of the fluoroscopic image and the position of the central beam, which is the center of the x-ray beam, in the reference system of the medical imaging system are known, - setting a target central beam of the medical imaging system in the fluoroscopic image, thus defining a target plane in the reference system of the medical imaging system, - determining a target line in space from the target central beam and the known configuration of the medical imaging system, wherein the target line in space lies in the target plane, and - determining the configuration of the medical imaging system such that the central beam of the medical imaging system coincides with the target line in space. - capturing a fluoroscopic image of at least a part of a patient with a known configuration of the medical imaging system, wherein the viewing direction of the fluoroscopic image and the position of the central beam, which is the center of the x-ray beam, in the reference system of the medical imaging system are known, - setting a target central beam of the medical imaging system in the fluoroscopic image, thus defining a target plane in the reference system of the medical imaging system, - determining a target line in space from the target central beam and the known configuration of the medical imaging system, wherein the target line in space lies in the target plane, and - determining the configuration of the medical imaging system such that the central beam of the medical imaging system coincides with the target line in space.
Duct with a base active piece and an insulation device, in which the base active piece comprises a conductor, plastic electric films, control electrodes and an earth electrode, characterised in that the insulation device has a shrink hose made from an electrically insulating material which is arranged around the base active piece.
A method of reproducing data from a storage medium on which AV data divided into clips is recorded, and additional information regarding jump points is recorded separately from the clips, wherein each clip has a plurality of jump points which are access points which enable jumping from the angle to the new angle at positions corresponding to the same jump points in each clip, AV data have added thereto an Arrival Time Stamp, the AV data having the same jump points comprises the same presentation time information and same arrival time stamp at said corresponding positions, the method comprising: reading the AV data from the storage medium; removing an arrival time stamp from the read AV data by using a source de-packetizer, initializing a counter based on information received from the source de-packetizer, the counter providing arrival time clock information for the source de-packetizer, outputting the AV data from which the ATS is removed at timing according to the Arrival time clock information and the ATS, reproducing the AV data from which the ATS is removed by the source de-packetizer; and in response to a command to change from an angle to a new angle, reproducing a clip for the new angle from a jump point of the clip for the new angle the method being characterizing by: not resetting the counter for the arrival time clock based on the information received from the source de-packetizer during the angle change, for seamless reproduction of the AV data. reading the AV data from the storage medium; removing an arrival time stamp from the read AV data by using a source de-packetizer, initializing a counter based on information received from the source de-packetizer, the counter providing arrival time clock information for the source de-packetizer, outputting the AV data from which the ATS is removed at timing according to the Arrival time clock information and the ATS, reproducing the AV data from which the ATS is removed by the source de-packetizer; and in response to a command to change from an angle to a new angle, reproducing a clip for the new angle from a jump point of the clip for the new angle the method being characterizing by: not resetting the counter for the arrival time clock based on the information received from the source de-packetizer during the angle change, for seamless reproduction of the AV data. not resetting the counter for the arrival time clock based on the information received from the source de-packetizer during the angle change, for seamless reproduction of the AV data.
A compound comprising two or more multimerized units, wherein each of said units comprises a multimerizing region and a region comprising at least one Fc domain that is capable of binding to a Fcy receptor and a Fab domain, wherein the Fab domain has antigen-binding activity, wherein each of said units comprises two dimerized monomers, wherein each of said monomers comprises a multimerizing region monomer and a region comprising at least one Fc domain monomer, wherein the dimerization of the two monomers forms a multimerizing region and a region comprising at least one Fc domain that is capable of binding to a Fcy receptor, and wherein each monomer comprises a Fab fragment heavy chain, wherein a Fab fragment light chain is independently associated with the Fab fragment heavy chain to form a Fab domain, wherein the Fab domain has antigen-binding activity, wherein the multimerizing regions of the two or more units multimerize to form the compound, and wherein the compound is capable of binding to a first Fcy receptor through a first Fc domain and to a second Fcy receptor through a second Fc domain, wherein the multimerizing region is selected from the group consisting of an IgG2 hinge, an IgE CH2 domain, a leucine zipper, an isoleucine zipper and a zinc finger, and wherein each of the regions comprising at least one Fc domain that is capable of binding to a Fcy receptor comprises an IgG1 hinge, an IgG1 CH2 domain and an IgG1 CH3 domain.
A computer-implemented method for registering an event occuring in a computer system, the method comprising: detecting occurrence of at least one event to be registered in a sequence, the sequence to have entries (204a, 204b) for occurred events, each of the entries including a number indicating a number of times the corresponding event occurred and being associated with an aggregation number (206a, 206b) reflecting a number of times the entry has been aggregated within the sequence or reflecting a number of previous entries that have been aggregated to be part of the entry; identifying a new entry for extending the sequence by making a new entry at one end of the sequence, the new entry including a first number indicating a number of times an event corresponding to the detected at least one event occurred; revising the sequence including adding or averaging the numbers of at least two entries (204a, 204b, 204c) whose respective aggregation numbers satisfy a criterion for aggregation into a single entry replacing said at least two entries, wherein the criterion for aggregation is that a predefined number of entries next to each other in the sequence have a common aggregation number; and storing the revised sequence, wherein the aggregation numbers of the entries are regulated to be powers of an integer number that is at least two. detecting occurrence of at least one event to be registered in a sequence, the sequence to have entries (204a, 204b) for occurred events, each of the entries including a number indicating a number of times the corresponding event occurred and being associated with an aggregation number (206a, 206b) reflecting a number of times the entry has been aggregated within the sequence or reflecting a number of previous entries that have been aggregated to be part of the entry; identifying a new entry for extending the sequence by making a new entry at one end of the sequence, the new entry including a first number indicating a number of times an event corresponding to the detected at least one event occurred; revising the sequence including adding or averaging the numbers of at least two entries (204a, 204b, 204c) whose respective aggregation numbers satisfy a criterion for aggregation into a single entry replacing said at least two entries, wherein the criterion for aggregation is that a predefined number of entries next to each other in the sequence have a common aggregation number; and storing the revised sequence, wherein the aggregation numbers of the entries are regulated to be powers of an integer number that is at least two.
A method for detecting urothelial cancer comprising detecting fluorescence of a cell in urine collected from a test subject orally administered with 5-aminolevulinic acid, an ester derivative thereof, or a salt of these.
A method of processing an Instant Message, the method comprising: receiving a captured image from an image capture device, characterized by selecting at least one image effect from a plurality of image effects, wherein the at least one image effect is a video effect selected from a plurality of video effects; generating a modified image including the at least one image effect; and communicating the modified image to a viewing location as the Instant Message; wherein the method is performed in a device driver to interface the image capture device to an Instant Messaging application associated with the device driver, and wherein the device driver comprises the plurality of video effects, each video effect being selectable via the Instant Messaging application associated with the device driver. receiving a captured image from an image capture device, characterized by selecting at least one image effect from a plurality of image effects, wherein the at least one image effect is a video effect selected from a plurality of video effects; generating a modified image including the at least one image effect; and communicating the modified image to a viewing location as the Instant Message; wherein the method is performed in a device driver to interface the image capture device to an Instant Messaging application associated with the device driver, and wherein the device driver comprises the plurality of video effects, each video effect being selectable via the Instant Messaging application associated with the device driver.
A method for providing access to a local IP network at a home cellular base station having a collocated local gateway, the home cellular base station and the local gateway being connected to an operator's packet core network, the method comprising: discriminating packets flowing on two interfaces by using two different IP addresses, wherein the two interfaces are tunneled through a same IPsec tunnel which is opened between the home cellular base station and a security gateway, SeGW, wherein a first interface of the two interfaces is an interface whose local endpoint is the home cellular base station and whose remote endpoint is a node residing in the operator's packet core network, and a second interface of the two interfaces is an interface whose local endpoint is the local gateway and whose remote endpoint is a node residing in the operator's packet core network, wherein the home cellular base station requests the Se-GW to allocate two different IP addresses to be assigned for the two interfaces, and transmits the IP address assigned for the second interface in an initial UE message to a mobility management entity, MME. discriminating packets flowing on two interfaces by using two different IP addresses, wherein the two interfaces are tunneled through a same IPsec tunnel which is opened between the home cellular base station and a security gateway, SeGW, wherein a first interface of the two interfaces is an interface whose local endpoint is the home cellular base station and whose remote endpoint is a node residing in the operator's packet core network, and a second interface of the two interfaces is an interface whose local endpoint is the local gateway and whose remote endpoint is a node residing in the operator's packet core network, wherein the home cellular base station requests the Se-GW to allocate two different IP addresses to be assigned for the two interfaces, and transmits the IP address assigned for the second interface in an initial UE message to a mobility management entity, MME.
An electric support rod, comprising: a driving assembly, comprising a first outer tube and a driving unit accommodated in the first outer tube, the first outer tube comprising a first engaging end and an internal thread arranged on an inner surface of the first engaging end; an actuating assembly, comprising a second outer tube and a transmission screw rod inserted in the second outer tube, the second outer tube comprising a second engaging end characterized in that the second outer tube further comprises a plurality of elastic arms, the elastic arms axially extended from the second engaging end and disposed spacedly around the transmission screw rod, each elastic arm comprising an internal surface facing the transmission screw rod and an external surface opposite to the transmission screw rod, an outer thread structure arranged on the external surface, a hook portion disposed protrusively on the internal surface, the second engaging end inserted in the first engaging end, the internal thread screwed with the outer thread structure, and one end of the transmission screw rod protruding from the second outer tube to be engaged the driving unit; and a bearing, adapted to sheathe the transmission screw rod, and the hook portions latched an outer edge of the bearing. a driving assembly, comprising a first outer tube and a driving unit accommodated in the first outer tube, the first outer tube comprising a first engaging end and an internal thread arranged on an inner surface of the first engaging end; an actuating assembly, comprising a second outer tube and a transmission screw rod inserted in the second outer tube, the second outer tube comprising a second engaging end characterized in that the second outer tube further comprises a plurality of elastic arms, the elastic arms axially extended from the second engaging end and disposed spacedly around the transmission screw rod, each elastic arm comprising an internal surface facing the transmission screw rod and an external surface opposite to the transmission screw rod, an outer thread structure arranged on the external surface, a hook portion disposed protrusively on the internal surface, the second engaging end inserted in the first engaging end, the internal thread screwed with the outer thread structure, and one end of the transmission screw rod protruding from the second outer tube to be engaged the driving unit; and a bearing, adapted to sheathe the transmission screw rod, and the hook portions latched an outer edge of the bearing.
Device for the detection of a keyword activation of a virtual personal assistant embedded in a motor vehicle and activated by the voice of a user, including: - a m number of microphones (1 1 -1 m), where m is a higher integer or equal to the unit, arranged in the passenger compartment of the motor vehicle and adapted to capture my respective audio signals; - m modules for the detection of the activation keyword, each of which includes an automatic gain control device, and adapted to run in parallel each engine (150 1 -150 m) for keyword detection activation of the virtual personal assistant, the said detection engines being applied to each, respectively, audio signals received by the m microphones, respectively;- a user identification module adapted to identify a user present in the vehicle; and, - a calibration module adapted to calibrate the automatic gain control devices of the activation keyword detection modules with respective values of a number p of the operating parameters of the said devices, where p is an integer greater than or equal to the unit, the said values being the function of the user identified by the identification module. - a m number of microphones (1 1 -1 m), where m is a higher integer or equal to the unit, arranged in the passenger compartment of the motor vehicle and adapted to capture my respective audio signals; - m modules for the detection of the activation keyword, each of which includes an automatic gain control device, and adapted to run in parallel each engine (150 1 -150 m) for keyword detection activation of the virtual personal assistant, the said detection engines being applied to each, respectively, audio signals received by the m microphones, respectively;- a user identification module adapted to identify a user present in the vehicle; and, - a calibration module adapted to calibrate the automatic gain control devices of the activation keyword detection modules with respective values of a number p of the operating parameters of the said devices, where p is an integer greater than or equal to the unit, the said values being the function of the user identified by the identification module.