mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 200) for inspecting a surface, comprising: a laser (106, 206) configured to emit light at a wavelength that varies over time; an optical system (108, 208) including at least one optical element (120, 122, 222, 224), the optical system configured to direct light emitted by the laser to points along a scan line (117, 217) during a plurality of time intervals such that: the wavelength of the light directed to each point along the scan line varies from point to point within time intervals of the plurality of time intervals, and over the plurality of time intervals, light having each wavelength of a plurality of wavelengths is directed to each point along the scan line; a gated camera (110, 210) configured to record a fluorescent response of the surface from the light having each wavelength of the plurality of wavelengths at each point along the scan line; and a control system (112, 212) configured to control the wavelength of the light emitted by the laser and control gating of the gated camera. a laser (106, 206) configured to emit light at a wavelength that varies over time; an optical system (108, 208) including at least one optical element (120, 122, 222, 224), the optical system configured to direct light emitted by the laser to points along a scan line (117, 217) during a plurality of time intervals such that: the wavelength of the light directed to each point along the scan line varies from point to point within time intervals of the plurality of time intervals, and over the plurality of time intervals, light having each wavelength of a plurality of wavelengths is directed to each point along the scan line; the wavelength of the light directed to each point along the scan line varies from point to point within time intervals of the plurality of time intervals, and over the plurality of time intervals, light having each wavelength of a plurality of wavelengths is directed to each point along the scan line; a gated camera (110, 210) configured to record a fluorescent response of the surface from the light having each wavelength of the plurality of wavelengths at each point along the scan line; and a control system (112, 212) configured to control the wavelength of the light emitted by the laser and control gating of the gated camera.
A melanotransferrin-siRNA conjugate, comprising a melanotransferrin polypeptide or functional fragment thereof that is covalently linked to a first polynucleotide of about 15-40 nucleotides in length with an optional linker in between, and a second polynucleotide of about 15-40 nucleotides in length which is substantially complementary to and hybridized to the first polynucleotide, where the first or second polynucleotide is an antisense strand that is substantially complementary to a target mRNA sequence of a human NOX gene.
A credential production device comprising: a frame (130, 164) having a cartridge chamber; a substrate input; the credential production device being characterized by: a substrate transport configured to deliver individual substrates from the substrate input along a processing path; a support member having a first end and a second end, the support member pivotally coupled to the frame at a first axis located between the first end and the second end such that the support member is divided into a first portion extending from the first axis to the first end and a second portion extending from the first axis to the second end; and a transfer roller (148, 168) coupled to the first portion of the support member and configured to rotate about a transfer roller axis, which is traverse to the first axis; wherein the transfer roller (148, 168) is supported within the cartridge chamber by the support member during installation of a transfer ribbon cartridge into the cartridge chamber and removal of a transfer ribbon cartridge from the cartridge chamber. a frame (130, 164) having a cartridge chamber; a substrate input; the credential production device being characterized by: a substrate transport configured to deliver individual substrates from the substrate input along a processing path; a support member having a first end and a second end, the support member pivotally coupled to the frame at a first axis located between the first end and the second end such that the support member is divided into a first portion extending from the first axis to the first end and a second portion extending from the first axis to the second end; and a transfer roller (148, 168) coupled to the first portion of the support member and configured to rotate about a transfer roller axis, which is traverse to the first axis; wherein the transfer roller (148, 168) is supported within the cartridge chamber by the support member during installation of a transfer ribbon cartridge into the cartridge chamber and removal of a transfer ribbon cartridge from the cartridge chamber. a substrate transport configured to deliver individual substrates from the substrate input along a processing path; a support member having a first end and a second end, the support member pivotally coupled to the frame at a first axis located between the first end and the second end such that the support member is divided into a first portion extending from the first axis to the first end and a second portion extending from the first axis to the second end; and a transfer roller (148, 168) coupled to the first portion of the support member and configured to rotate about a transfer roller axis, which is traverse to the first axis; wherein the transfer roller (148, 168) is supported within the cartridge chamber by the support member during installation of a transfer ribbon cartridge into the cartridge chamber and removal of a transfer ribbon cartridge from the cartridge chamber.
A control device for controlling an internal combustion engine for a vehicle, the internal combustion engine having a variable compression ratio mechanism to change a mechanical compression ratio, the vehicle having a transmission mechanism disposed between the internal combustion engine and driving wheels to change a speed reduction ratio, the control device being adapted to set the mechanical compression ratio based on engine operating conditions, characterized in that the control device is configured to limit a control range of the mechanical compression ratio to a narrower range as the speed reduction ratio is higher.
A sheet conveying apparatus comprising: a guide surface which is provided on a plate and guides a sheet to be conveyed; a recess portion provided on the plate and recessed from the guide surface; a rotating portion, the rotating portion rotating around an axis along a sheet width direction orthogonal to a sheet conveying direction; and characterized by further comprising: a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface; wherein the rotating portion is rotatably supported at the bend portion. a guide surface which is provided on a plate and guides a sheet to be conveyed; a recess portion provided on the plate and recessed from the guide surface; a rotating portion, the rotating portion rotating around an axis along a sheet width direction orthogonal to a sheet conveying direction; and characterized by further comprising: a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface; wherein the rotating portion is rotatably supported at the bend portion. a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface; wherein the rotating portion is rotatably supported at the bend portion.
A method of selecting visual content editing functions for a visual content item selected by a user using a graphical interface executed on a client terminal, the method being carried out by at least one network unit programmed to carry out the steps of the method, which comprise: storing a plurality of records for a plurality of visual content editing functions for adjusting items of image and/or video content; receiving, via a communication network, from said client terminal, a request for visual content editing functions, said request including visual content data pertaining to the visual content item selected by the user; analyzing (302, 304) real time data comprising textual content from a plurality of news content-providing network sources to identify at least one current event, current events being weighted according to the scope of coverage they receive within said plurality of news content providing network sources; selecting a group from said plurality of visual content editing functions based on said visual content data and on the identified current event; and responding to said request of said client terminal by sending a response with a list of visual content editing functions, which list comprises at least one of (i) a plurality of members of said group and (ii) a plurality of indications for said plurality of members, so as to allow said client terminal to present said list to a user for allowing said user to select a visual content editing function from said list to be used for adjusting the selected visual content item. storing a plurality of records for a plurality of visual content editing functions for adjusting items of image and/or video content; receiving, via a communication network, from said client terminal, a request for visual content editing functions, said request including visual content data pertaining to the visual content item selected by the user; analyzing (302, 304) real time data comprising textual content from a plurality of news content-providing network sources to identify at least one current event, current events being weighted according to the scope of coverage they receive within said plurality of news content providing network sources; selecting a group from said plurality of visual content editing functions based on said visual content data and on the identified current event; and responding to said request of said client terminal by sending a response with a list of visual content editing functions, which list comprises at least one of (i) a plurality of members of said group and (ii) a plurality of indications for said plurality of members, so as to allow said client terminal to present said list to a user for allowing said user to select a visual content editing function from said list to be used for adjusting the selected visual content item.
A method of producing a laminate for a secondary battery including an electrode and a separator that are affixed to each other, comprising: a step of forming an adhesive material on an affixing surface of at least one of the electrode and the separator; a step of, after the step, conveying the electrode and the separator to an affixing start position without bringing another member into contact with the affixing surface on which the adhesive material has been formed; and a step of, after the step, affixing the electrode and the separator to each other via the affixing surface, wherein the adhesive material is formed of a polymer, a formed amount of the adhesive material in the step is not less than 0.1 g/m 2 and not more than 100 g/m 2, and formation of the adhesive material is performed by an inkjet method in the step using a composition for adhesion containing the adhesive material and a solvent, wherein a surface tension of the composition for adhesion is 20 mN/m or more and 65 mN/m or less, as measured by the method described in the description. a step of forming an adhesive material on an affixing surface of at least one of the electrode and the separator; a step of, after the step, conveying the electrode and the separator to an affixing start position without bringing another member into contact with the affixing surface on which the adhesive material has been formed; and a step of, after the step, affixing the electrode and the separator to each other via the affixing surface, wherein the adhesive material is formed of a polymer, a formed amount of the adhesive material in the step is not less than 0.1 g/m 2 and not more than 100 g/m 2, and
A method for preparing for teleoperated surgery, the method comprising: sensing an input displacement of a first link of a first robotic manipulator (80, 82) from an initial positional relationship relative to an orienting platform to a displaced positional relationship relative to the orienting platform, the input displacement resulting from a manual articulation of a set-up linkage (78, 80, 126) supporting the first manipulator (80, 82) and comprising a first displacement in a first direction, a second displacement in a second direction, and a third displacement in a third direction, the first, second, and third directions being perpendicular to one another; calculating a movement of a support linkage (74, 122, 164) in response to the input displacement, wherein effecting the calculated movement causes the first link of the first manipulator (80, 82) to return toward the initial positional relationship relative to orienting platform in the first direction, the calculated movement not including the third displacement in the third direction, wherein the support linkage (74, 122, 164) supports the orienting platform, and wherein the orienting platform supports the first manipulator (80, 82) via the set-up linkage (78, 80, 126) and supports a second manipulator (80, 82); and driving the support linkage (74, 122, 164) per the calculated movement in the first direction. sensing an input displacement of a first link of a first robotic manipulator (80, 82) from an initial positional relationship relative to an orienting platform to a displaced positional relationship relative to the orienting platform, the input displacement resulting from a manual articulation of a set-up linkage (78, 80, 126) supporting the first manipulator (80, 82) and comprising a first displacement in a first direction, a second displacement in a second direction, and a third displacement in a third direction, the first, second, and third directions being perpendicular to one another; calculating a movement of a support linkage (74, 122, 164) in response to the input displacement, wherein effecting the calculated movement causes the first link of the first manipulator (80, 82) to return toward the initial positional relationship relative to orienting platform in the first direction, the calculated movement not including the third displacement in the third direction, wherein the support linkage (74, 122, 164) supports the orienting platform, and wherein the orienting platform supports the first manipulator (80, 82) via the set-up linkage (78, 80, 126) and supports a second manipulator (80, 82); and driving the support linkage (74, 122, 164) per the calculated movement in the first direction.
Apparatus for attaching a table to a side wall of a rail vehicle, comprising: - a tabletop with an upper side and a lower side, and - a cantilever beam - which is arranged on a lower side of the tabletop and is coupled to the tabletop at a first, aisle-side coupling position and a second, wall-side coupling position, and - which is configured to couple the tabletop by means of a side wall attachment to the side wall of the rail vehicle, - the cantilever beam having a weakening structure (14, 15) which configures a predefined elasticity of the cantilever beam, with the result that, in relation to a state of the apparatus in which it is arranged on the side wall, in the case of a force (F1, F2) which acts on the tabletop in the direction of travel of the rail vehicle occurring, the weakening structure (14, 15) permits a predefined deformation of the cantilever beam and rotation of the tabletop relative to the side wall, characterized in that the cantilever beam - has an upper side which faces the tabletop, - has a lower side which faces away from the tabletop, and - has two side walls which each connect the upper side to the lower side, and in the case of which - the weakening structure comprises a plurality of beads which are configured on at least one side wall of the cantilever beam. - a tabletop with an upper side and a lower side, and - a cantilever beam - which is arranged on a lower side of the tabletop and is coupled to the tabletop at a first, aisle-side coupling position and a second, wall-side coupling position, and - which is configured to couple the tabletop by means of a side wall attachment to the side wall of the rail vehicle, - which is arranged on a lower side of the tabletop and is coupled to the tabletop at a first, aisle-side coupling position and a second, wall-side coupling position, and - which is configured to couple the tabletop by means of a side wall attachment to the side wall of the rail vehicle, - the cantilever beam having a weakening structure (14, 15) which configures a predefined elasticity of the cantilever beam, with the result that, in relation to a state of the apparatus in which it is arranged on the side wall, in the case of a force (F1, F2) which acts on the tabletop in the direction of travel of the rail vehicle occurring, the weakening structure (14, 15) permits a predefined deformation of the cantilever beam and rotation of the tabletop relative to the side wall, characterized in that the cantilever beam - has an upper side which faces the tabletop, - has a lower side which faces away from the tabletop, and - has two side walls which each connect the upper side to the lower side, and in the case of which - the weakening structure comprises a plurality of beads which are configured on at least one side wall of the cantilever beam.
Fluid distribution assembly to be fixed to a wall of a hospital building, comprising a fluid distribution socket comprising a socket body and a box arranged around the socket body of the fluid distribution socket, said box comprising a front half-box and a front panel comprising a central opening giving access to the fluid distribution socket, and a nut piece comprising a central orifice and a ring-shaped outer face oriented towards the outside of the box, said nut piece being fixed to the socket body so that the front panel is sandwiched and held between the nut piece and the socket body, characterized in that: - the front half-box forming the main body of the rigid box is situated between the front face and a bracket piece, said half-box being sandwiched between the front face and the wall of the hospital building, and said socket body being held on the wall of the hospital building by the bracket piece, - several seats are arranged in the ring-shaped outer face of the nut piece, said seats being dimensioned to receive a specific tool for assembly/disassembly of the nut piece, - the nut piece further comprises a central orifice comprising an internal thread formed in the peripheral wall delimiting the central orifice, said internal thread of the nut piece interacting with a peripheral thread carried by the socket body of the fluid distribution socket in order to fix the nut piece by screwing to said socket body by means of said specific assembly/disassembly tool, and - the fluid distribution socket further comprises an endpiece guide arranged coaxially in the socket body, said endpiece guide comprising a connection head projecting axially outwards through the central opening of the panel of the box, the central orifice of the nut piece being passed through by the connection head of the endpiece guide. - the front half-box forming the main body of the rigid box is situated between the front face and a bracket piece, said half-box being sandwiched between the front face and the wall of the hospital building, and said socket body being held on the wall of the hospital building by the bracket piece, - several seats are arranged in the ring-shaped outer face of the nut piece, said seats being dimensioned to receive a specific tool for assembly/disassembly of the nut piece, - the nut piece further comprises a central orifice comprising an internal thread formed in the peripheral wall delimiting the central orifice, said internal thread of the nut piece interacting with a peripheral thread carried by the socket body of the fluid distribution socket in order to fix the nut piece by screwing to said socket body by means of said specific assembly/disassembly tool, and - the fluid distribution socket further comprises an endpiece guide arranged coaxially in the socket body, said endpiece guide comprising a connection head projecting axially outwards through the central opening of the panel of the box, the central orifice of the nut piece being passed through by the connection head of the endpiece guide.
A biological tissue incising device for injecting fluid to biological tissue, comprising: a fluid chamber (501, 551), an inlet flow passage (503, 521, 558) and an outlet flow passage that are connected to the fluid chamber; a connection flow passage configured to be connected to the outlet flow passage, having a fluid injection opening with a diameter smaller than the diameter of the outlet flow passage; and a pressure generation section configured to supply fluid to the inlet flow passage, characterised in that an inertance of the inlet flow passage is set greater than an inertance of the outlet flow passage. a fluid chamber (501, 551), an inlet flow passage (503, 521, 558) and an outlet flow passage that are connected to the fluid chamber; a connection flow passage configured to be connected to the outlet flow passage, having a fluid injection opening with a diameter smaller than the diameter of the outlet flow passage; and a pressure generation section configured to supply fluid to the inlet flow passage, characterised in that an inertance of the inlet flow passage is set greater than an inertance of the outlet flow passage.
A multi-compartment recyclable refuse storage container for mounting on a wheeled chassis whereby the storage container comprises: a plurality of lower side-by-side in-line recyclable refuse receiving compartments (5, 6, 7, 8) extending from a proximal end to a distal end of the storage container and suitable for mounting on the wheeled chassis; an enclosed upper recyclable material compartment extending across one or more of the lower side-by-side in-line recyclable refuse receiving compartments (5, 6, 7, 8); whereby, the lower recyclable refuse receiving compartment located at the proximal end of the refuse storage container communicates with the enclosed upper recyclable material compartment through an opening in the floor of the enclosed upper recyclable material compartment; characterised by, the storage container further comprising a lifting and compacting device to lift recyclable material from the lower recyclable refuse receiving compartment into the enclosed upper recyclable material compartment through the opening, and, to compact the recyclable material against the roof of the upper recyclable material compartment. a plurality of lower side-by-side in-line recyclable refuse receiving compartments (5, 6, 7, 8) extending from a proximal end to a distal end of the storage container and suitable for mounting on the wheeled chassis; an enclosed upper recyclable material compartment extending across one or more of the lower side-by-side in-line recyclable refuse receiving compartments (5, 6, 7, 8); whereby, the lower recyclable refuse receiving compartment located at the proximal end of the refuse storage container communicates with the enclosed upper recyclable material compartment through an opening in the floor of the enclosed upper recyclable material compartment; the storage container further comprising a lifting and compacting device to lift recyclable material from the lower recyclable refuse receiving compartment into the enclosed upper recyclable material compartment through the opening, and, to compact the recyclable material against the roof of the upper recyclable material compartment.