mhurhangee/ep-ind-claims huggingface dataset:
A surgical system comprising: one or more tissue effecting elements including a tip; one or more device tags having a spatial relationship and magnetic orientation with the tip of the one or more tissue effecting elements and an insertion mechanism including a device comprising: a. one or more markers, some or all of which are expandable rounded members that are expandable from a stored state to an expanded state and when in the expanded state each of the expandable rounded members expand to move into contact with a lumen in an organ and to conform to a shape of the lumen; and b. one or more tissue tags connected to the expandable rounded members, each of the one or more tissue tags being magnetized or comprising a magnet; wherein the expandable rounded members are configured to be located within and deployed from the insertion mechanism into the lumen in the organ at a predetermined location relative to the target tissue. one or more tissue effecting elements including a tip; one or more device tags having a spatial relationship and magnetic orientation with the tip of the one or more tissue effecting elements and an insertion mechanism including a device comprising: a. one or more markers, some or all of which are expandable rounded members that are expandable from a stored state to an expanded state and when in the expanded state each of the expandable rounded members expand to move into contact with a lumen in an organ and to conform to a shape of the lumen; and b. one or more tissue tags connected to the expandable rounded members, each of the one or more tissue tags being magnetized or comprising a magnet; a. one or more markers, some or all of which are expandable rounded members that are expandable from a stored state to an expanded state and when in the expanded state each of the expandable rounded members expand to move into contact with a lumen in an organ and to conform to a shape of the lumen; and b. one or more tissue tags connected to the expandable rounded members, each of the one or more tissue tags being magnetized or comprising a magnet; wherein the expandable rounded members are configured to be located within and deployed from the insertion mechanism into the lumen in the organ at a predetermined location relative to the target tissue.
A method for transmitting a broadcast signal, the method comprising: generating an input packet comprising service data for a broadcast service; generating a link layer packet, wherein the link layer packet includes a header and a payload including the input packet, and wherein the header comprises a 3-bit packet type field for identifying a packet type of the input packet and a 1-bit header extension flag for identifying whether a header extension is included in the header; generating the broadcast signal including the link layer packet; and transmitting the broadcast signal, wherein, when the header extension is included in the header, a value of the 1-bit header extension flag field is 1, wherein, when the header extension is not included in the header, the value of the 1-bit header extension flag field is 0, and wherein the header extension includes extension type information for identifying a type of the header extension and extension length information providing information on a length of extended header information. generating an input packet comprising service data for a broadcast service; generating a link layer packet, wherein the link layer packet includes a header and a payload including the input packet, and wherein the header comprises a 3-bit packet type field for identifying a packet type of the input packet and a 1-bit header extension flag for identifying whether a header extension is included in the header; generating the broadcast signal including the link layer packet; and transmitting the broadcast signal, wherein, when the header extension is included in the header, a value of the 1-bit header extension flag field is 1, wherein, when the header extension is not included in the header, the value of the 1-bit header extension flag field is 0, and wherein the header extension includes extension type information for identifying a type of the header extension and extension length information providing information on a length of extended header information.
A repositionable power wrench including: - a housing, - a motor arranged inside said housing, and - an output shaft, which is rotationally connected to the motor and which is telescopically arranged with respect to the housing to allow axial movement of the output shaft with respect to the housing between a fully extended position (E max) and a fully compressed position, a resilient member being arranged to urge the output shaft towards the fully extended position (E max), wherein the output shaft comprises an output end arranged to interact with a fastener, and in that a sensor is arranged to monitor a level of extension of the output shaft with respect to the housing, such that the position of the output end of the output shaft may be determined; characterised in that the power wrench further comprises or is connectable to a positioning system arranged to monitor the position of the power wrench. - a housing, - a motor arranged inside said housing, and - an output shaft, which is rotationally connected to the motor and which is telescopically arranged with respect to the housing to allow axial movement of the output shaft with respect to the housing between a fully extended position (E max) and a fully compressed position, a resilient member being arranged to urge the output shaft towards the fully extended position (E max), wherein the output shaft comprises an output end arranged to interact with a fastener, and in that a sensor is arranged to monitor a level of extension of the output shaft with respect to the housing, such that the position of the output end of the output shaft may be determined; characterised in that the power wrench further comprises or is connectable to a positioning system arranged to monitor the position of the power wrench.
A device for estimating state of charge, SOC, of a battery, the device comprising: a sensing unit configured to measure at least one of a first voltage and an open circuit voltage, OCV, of the battery; and a processor operably coupled to the sensing unit, characterized in that the processor is configured to estimate a second voltage of the battery based on the OCV of the battery or a previously estimated first SOC, calculate an integrated voltage error by integrating voltage errors between the first voltage and the second voltage of the battery, correct the second voltage of the battery depending on whether the integrated voltage error is included in a reference error range, and estimate a first SOC of the battery based on the second voltage or the corrected second voltage. a sensing unit configured to measure at least one of a first voltage and an open circuit voltage, OCV, of the battery; and a processor operably coupled to the sensing unit, characterized in that the processor is configured to estimate a second voltage of the battery based on the OCV of the battery or a previously estimated first SOC, calculate an integrated voltage error by integrating voltage errors between the first voltage and the second voltage of the battery, correct the second voltage of the battery depending on whether the integrated voltage error is included in a reference error range, and estimate a first SOC of the battery based on the second voltage or the corrected second voltage.
A connector comprising: an outer housing; an inner housing housed and held in the outer housing; a jacket fixing member attached to an outer periphery of the inner housing; a plurality of terminals housed in the inner housing; a plurality of cables with each end thereof connected to each of the plurality of terminals and drawn from the inner housing; a jacket collectively covering an outer periphery of the plurality of cables drawn from the inner housing; a crimping section formed on the jacket fixing member and crimped to an outer periphery of the jacket; and at least one serration formed on the crimping section, protruding toward the jacket characterized in that the at least one serration is arranged inclined with respect to a longitudinal direction of the jacket, wherein a corner portion of the at least one serration protruded toward the jacket is rounded. an outer housing; an inner housing housed and held in the outer housing; a jacket fixing member attached to an outer periphery of the inner housing; a plurality of terminals housed in the inner housing; a plurality of cables with each end thereof connected to each of the plurality of terminals and drawn from the inner housing; a jacket collectively covering an outer periphery of the plurality of cables drawn from the inner housing; a crimping section formed on the jacket fixing member and crimped to an outer periphery of the jacket; and at least one serration formed on the crimping section, protruding toward the jacket characterized in that the at least one serration is arranged inclined with respect to a longitudinal direction of the jacket, wherein a corner portion of the at least one serration protruded toward the jacket is rounded.
An ophthalmologic imaging apparatus capable of carrying out follow up imaging for acquiring a cross sectional image by referring to a front image of an eye acquired in the past and scanning the same position as before with light, comprising: a photographing part configured to photograph the eye and acquire a first front image and a second front image of the eye acquired in follow-up imaging carried out with reference to the first front image; a cross sectional image forming part configured to scan the eye with light along a scanning position and form a cross sectional image thereof; a storage configured to store the first front image of the eye and the second front image; an information obtaining part configured to analyze the first and second front images and obtain misregistration information between these front images; and a calculator; wherein the storage is further configured to store a first scanning position that is a scanning position, in the first front image, of a cross sectional image formed associated with the first front image and a second scanning position that is a scanning position, in the second front image, of a cross sectional image formed associated with the second front image, the apparatus being characterised in that the scanning positions are of line-segment or curved-line shape, the calculator comprises an area calculator configured to calculate an area of an image region defined by the first and second scanning positions based on the misregistration information, and the calculator is configured to calculate an evaluation value of an error in a scanning position in the follow-up imaging based on the misregistration information and on the area of the image region. a photographing part configured to photograph the eye and acquire a first front image and a second front image of the eye acquired in follow-up imaging carried out with reference to the first front image; a cross sectional image forming part configured to scan the eye with light along a scanning position and form a cross sectional image thereof; a storage configured to store the first front image of the eye and the second front image; an information obtaining part configured to analyze the first and second front images and obtain misregistration information between these front images; and a calculator; wherein the storage is further configured to store a first scanning position that is a scanning position, in the first front image, of a cross sectional image formed associated with the first front image and a second scanning position that is a scanning position, in the second front image, of a cross sectional image formed associated with the second front image, the apparatus being characterised in that the scanning positions are of line-segment or curved-line shape, the calculator comprises an area calculator configured to calculate an area of an image region defined by the first and second scanning positions based on the misregistration information, and the calculator is configured to calculate an evaluation value of an error in a scanning position in the follow-up imaging based on the misregistration information and on the area of the image region.
A method for coating a part comprising an asymmetrical edge comprising the steps of: a. attaching the part to a part holder; b. placing a film between the part and a mandrel; c. rolling the part over the mandrel such that the asymmetrical edge of the part contact the film; and, d. moving one or both of the mandrel and the part holder in an angular relationship to one another as the angle of the part's asymmetrical edge changes, wherein the film has a first edge and a second edge, and wherein the film is a decorative coating, a protective coating or combinations of these, and preferably the film is a multi-layered film comprising a carrier, a release compound, a metallic foil and an adhesive, and a film dispenser holds the first edge of the film and a film retriever holds the second edge of the film and the film dispenser and the film retriever move co-operatively in at least two dimensions with respect to the part holder. a. attaching the part to a part holder; b. placing a film between the part and a mandrel; c. rolling the part over the mandrel such that the asymmetrical edge of the part contact the film; and, d. moving one or both of the mandrel and the part holder in an angular relationship to one another as the angle of the part's asymmetrical edge changes, wherein the film has a first edge and a second edge, and wherein the film is a decorative coating, a protective coating or combinations of these, and preferably the film is a multi-layered film comprising a carrier, a release compound, a metallic foil and an adhesive, and a film dispenser holds the first edge of the film and a film retriever holds the second edge of the film and the film dispenser and the film retriever move co-operatively in at least two dimensions with respect to the part holder.
A crosslinked metallocene-catalyzed polyethylene copolymer having a higher molecular weight component and lower molecular weight component wherein the HMW component is present in an amount of from 10 wt.% to 30 wt.% and wherein the LMW component is present in an amount of from 70 wt.% to 90 wt.%, the copolymer when tested in accordance with ASTM D1238 under a force of 21.6 kg having a high load melt index of from 6 g/10 min to 25 g/10 min and having gels present in an amount of less than 3230/m 2 (300/sq. ft.), wherein the gels have a size greater than 200 microns.
A plate heat exchanger comprising a casing, a number of heat transfer plates with a respective first port opening, second port opening, first side and second side that is opposite the first side, wherein the heat transfer plates are arranged within the casing and permanently joined to each other such that: - a first set of flow channels for a first fluid is formed by every second interspace between the heat transfer plates, with fluid entries (28, 29) and fluid exits (28, 29) at the first and the second port openings (22, 23), - a second set of flow channels for a second fluid is formed by every other, second interspace between the heat transfer plates, with fluid entries and fluid exits at the first and second sides (24, 25), characterized by a first distribution tube that extends through the first port openings of the heat transfer plates and comprises a fluid outlet and a fluid inlet that are separated from each other by a first fluid blocker, a second distribution tube that extends through the second port openings of the heat transfer plates and comprises a fluid inlet and a fluid outlet, the fluid inlet of the second distribution tube being arranged, as seen across the heat transfer plates, opposite the fluid outlet of the first distribution tube and the fluid outlet of the second distribution tube being arranged, as seen across the heat transfer plates, opposite the fluid inlet of the first distribution tube, a first passage that extends along the casing and the first sides of the heat transfer plates and comprises a fluid outlet section and fluid inlet section that are separated from each other by a second fluid blocker, and a second passage that extends along the casing and the second sides of the heat transfer plates and comprises a fluid inlet section and a fluid outlet section, the fluid inlet section of the second passage being arranged, as seen across the heat transfer plates, opposite the fluid outlet section of the first passage and the fluid outlet section of the second passage being arranged, as seen across the heat transfer plates, opposite the fluid inlet section of the first passage. - a first set of flow channels for a first fluid is formed by every second interspace between the heat transfer plates, with fluid entries (28, 29) and fluid exits (28, 29) at the first and the second port openings (22, 23), - a second set of flow channels for a second fluid is formed by every other, second interspace between the heat transfer plates, with fluid entries and fluid exits at the first and second sides (24, 25), characterized by
A device (100, 400, 500) for activating the horn of a motor vehicle for alarming the civilian population by a remote transmitter independent of a motor vehicle user, comprising: a receiver which is implemented to receive an activation signal from the remote transmitter; and a control unit which is implemented to activate the horn of the motor vehicle in response to the activation signal, wherein the control unit is implemented to determine, in response to the activation signal, a position of the motor vehicle and to activate, based on a comparison of alarming area information and the position of the motor vehicle, the horn of the motor vehicle, wherein the alarming area information is contained in the activation signal or in an alarming area information signal. a receiver which is implemented to receive an activation signal from the remote transmitter; and a control unit which is implemented to activate the horn of the motor vehicle in response to the activation signal, wherein the control unit is implemented to determine, in response to the activation signal, a position of the motor vehicle and to activate, based on a comparison of alarming area information and the position of the motor vehicle, the horn of the motor vehicle, wherein the alarming area information is contained in the activation signal or in an alarming area information signal.
A device for renovating a removable panel comprising an external face, an internal face situated on the opposite side to the external face, and a peripheral edge joining the external and internal faces, said renovation device is characterised in that it comprises at least two cladding profiles (6, 16) fixed facing respectively along two opposite zones of said peripheral edge, and an extensible fabric kept tensioned along the external face of the removable panel by means of said cladding profiles.
- Process for manufacturing a series of valves for the venting circuit of a liquid tank, said valves having variable ventilation characteristics adapted to different specifications and comprising: a) a chamber which comprises openings that allow liquid to penetrate into the chamber above a certain level in the tank and/or in the event of waves in the tank or the tank being turned upside down; b) a cover for the chamber comprising an aperture that is connectable to the venting circuit of the tank; c) a float (4, 5) comprising a body and a needle capable of closing off the aperture, said float (4, 5) being able to slide vertically inside the chamber depending on the level of liquid therein, this process being characterized in that a needle is chosen that is frustoconical-shaped and based on an elastomeric material, and when the series of valves are manufactured across a range of different valve specifications, the chamber and float (4, 5) are kept the same across a range of different valve specifications and that only the cover, and the dimensions and/or the shape of the aperture as a function of these, are varied. a) a chamber which comprises openings that allow liquid to penetrate into the chamber above a certain level in the tank and/or in the event of waves in the tank or the tank being turned upside down; b) a cover for the chamber comprising an aperture that is connectable to the venting circuit of the tank; c) a float (4, 5) comprising a body and a needle capable of closing off the aperture, said float (4, 5) being able to slide vertically inside the chamber depending on the level of liquid therein, this process being characterized in that a needle is chosen that is frustoconical-shaped and based on an elastomeric material, and when the series of valves are manufactured across a range of different valve specifications, the chamber and float (4, 5) are kept the same across a range of different valve specifications and that only the cover, and the dimensions and/or the shape of the aperture as a function of these, are varied.
A method for the in situ derivatization of at least one biogenic amine, precursor or metabolite thereof comprising at least one amine and/or hydroxyl moiety and at least one carboxylic acid moiety in an aqueous sample, the derivatization comprising the steps of: (i) contacting said sample with a propionic anhydride / acetonitril solution in the presence of a phosphate buffer having a pH in the range of 7.0 to 9.0 and allowing the conversion of said amine and/or hydroxyl moietie(s) of said biogenic amine or metabolite thereof to form a propionyl derivative of said biogenic amine; followed by (ii) adding to the reaction mixture obtained in step (i) a water soluble carbodiimide compound and a primary amine-containing compound, and allowing the carbodiimide-mediated derivatization of said carboxylic acid moietie(s) of a biogenic amine, precursor or metabolite thereof. (i) contacting said sample with a propionic anhydride / acetonitril solution in the presence of a phosphate buffer having a pH in the range of 7.0 to 9.0 and allowing the conversion of said amine and/or hydroxyl moietie(s) of said biogenic amine or metabolite thereof to form a propionyl derivative of said biogenic amine; followed by (ii) adding to the reaction mixture obtained in step (i) a water soluble carbodiimide compound and a primary amine-containing compound, and allowing the carbodiimide-mediated derivatization of said carboxylic acid moietie(s) of a biogenic amine, precursor or metabolite thereof.