mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for interacting with a user, the method comprising: obtaining first sensor data from a first sensor (802, 114) included in a plurality of sensors (114, 116), wherein the first sensor data comprises audio speech input; analyzing the first sensor data to generate a first prediction, the analyzing the first sensor data comprising: converting the first sensor data into a text segment, applying a first natural language processing model (806, 404) to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and selecting the second sensor based on the intended meaning; obtaining second sensor data from the second sensor included in the plurality of sensors (114, 116); analyzing the second sensor data and the first prediction to generate a second prediction based on the intended meaning, the first prediction and the second sensor data; applying a second natural language processing model (814, 412) to the second prediction to generate a text segment; and converting the text segment into a natural language audio output; and outputting the natural language audio output to the user based on the second prediction. obtaining first sensor data from a first sensor (802, 114) included in a plurality of sensors (114, 116), wherein the first sensor data comprises audio speech input; analyzing the first sensor data to generate a first prediction, the analyzing the first sensor data comprising: converting the first sensor data into a text segment, applying a first natural language processing model (806, 404) to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and converting the first sensor data into a text segment, applying a first natural language processing model (806, 404) to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and selecting the second sensor based on the intended meaning; obtaining second sensor data from the second sensor included in the plurality of sensors (114, 116); analyzing the second sensor data and the first prediction to generate a second prediction based on the intended meaning, the first prediction and the second sensor data; applying a second natural language processing model (814, 412) to the second prediction to generate a text segment; and converting the text segment into a natural language audio output; and outputting the natural language audio output to the user based on the second prediction.
A lighting unit comprising: a torsion box having a plurality of sidewalls and a grid of internal walls, each of said internal walls extending between a pair of said sidewalls, said internal walls defining a plurality of compartments within the lighting unit; at least one solid state lighting element within at least some of said compartments; and a back panel arranged at a first opening of the torsion box delimited by the sidewalls such that the back panel covers said compartments, wherein a second opening of the torsion box delimited by said sidewalls opposing the first opening defines a light exit window of the lighting unit, characterised in that at least some internal walls have a recessed central portion having a height (H') of at most half the height of said sidewalls. a torsion box having a plurality of sidewalls and a grid of internal walls, each of said internal walls extending between a pair of said sidewalls, said internal walls defining a plurality of compartments within the lighting unit; at least one solid state lighting element within at least some of said compartments; and a back panel arranged at a first opening of the torsion box delimited by the sidewalls such that the back panel covers said compartments, wherein a second opening of the torsion box delimited by said sidewalls opposing the first opening defines a light exit window of the lighting unit, characterised in that at least some internal walls have a recessed central portion having a height (H') of at most half the height of said sidewalls.
An illumination system, comprising: a light source, adapted to emit a light beam; at least one light-diffusion element, disposed on a transmission path of the light beam from the light source, wherein the at least one light-diffusion element and a reference plane perpendicular to the transmission path of the light beam from the light source have an inclined angle therebetween, so that the at least one light-diffusion element is inclined to the transmission path of the light beam from the light source; a wavelength conversion module, disposed on a transmission path of the light beam from the at least one light-diffusion element, wherein a long axis direction of a light spot projected on the wavelength conversion module is perpendicular to an extending direction of a boundary between the reference plane and the at least one light-diffusion element, the wavelength conversion module is adapted to convert a first portion of the light beam from the at least one light-diffusion element to a converted light beam, and the converted light beam and a second portion of the light beam from the at least one light-diffusion element form an illumination light beam; and a light-homogenizing element, disposed on a transmission path of the illumination light beam, wherein a shape of a light-input end of the light-homogenizing element is a rectangle having a pair of long sides and a pair of short sides, and wherein the long sides of the light-input end correspond to the long axis direction of the light spot projected on the wavelength conversion module. a light source, adapted to emit a light beam; at least one light-diffusion element, disposed on a transmission path of the light beam from the light source, wherein the at least one light-diffusion element and a reference plane perpendicular to the transmission path of the light beam from the light source have an inclined angle therebetween, so that the at least one light-diffusion element is inclined to the transmission path of the light beam from the light source; a wavelength conversion module, disposed on a transmission path of the light beam from the at least one light-diffusion element, wherein a long axis direction of a light spot projected on the wavelength conversion module is perpendicular to an extending direction of a boundary between the reference plane and the at least one light-diffusion element, the wavelength conversion module is adapted to convert a first portion of the light beam from the at least one light-diffusion element to a converted light beam, and the converted light beam and a second portion of the light beam from the at least one light-diffusion element form an illumination light beam; and a light-homogenizing element, disposed on a transmission path of the illumination light beam, wherein a shape of a light-input end of the light-homogenizing element is a rectangle having a pair of long sides and a pair of short sides, and wherein the long sides of the light-input end correspond to the long axis direction of the light spot projected on the wavelength conversion module.
An image sensor for an orbiting satellite having an apogee generally out of the plane of the Equator and providing generally persistent coverage of the polar regions not observable from geosynchronous orbit, the sensor including: a plurality of co-collimated telescopes; said co-collimated telescopes being configured to produce a plurality of images of the same field of view; said image sensor is a staring sensor; said image sensor including a focal plane; said focal plane including a plurality of focal plane arrays; said focal plane arrays being sparsely populated upon said focal plane of each of said co-collimated telescopes wherein image data from said plurality of focal plane arrays being stichable together to form a single cohesive image; a sensor image controller and a sensor image readout; said sensor image controller and said sensor image readout being connected to said plurality of focal plane arrays; said sensor image controller and said sensor image readout being configured to semi-autonomously control image capture properties of said image sensor in dependence on environmental conditions determined by the sensor image controller, wherein the environmental conditions comprise radiation induced degradation of said plurality of focal plane arrays, each focal plane array being connected to a field programmable gate array that is controllable by the sensor image controller to compensate for the radiation induced degradation. said image sensor is a staring sensor; said image sensor including a focal plane; said focal plane including a plurality of focal plane arrays; said focal plane arrays being sparsely populated upon said focal plane of each of said co-collimated telescopes wherein image data from said plurality of focal plane arrays being stichable together to form a single cohesive image; a sensor image controller and a sensor image readout; said sensor image controller and said sensor image readout being connected to said plurality of focal plane arrays; said sensor image controller and said sensor image readout being configured to semi-autonomously control image capture properties of said image sensor in dependence on environmental conditions determined by the sensor image controller, wherein the environmental conditions comprise radiation induced degradation of said plurality of focal plane arrays, each focal plane array being connected to a field programmable gate array that is controllable by the sensor image controller to compensate for the radiation induced degradation.
A tubular skylight, comprising: - a tubular body provided with an inner reflecting surface; - a light collector mounted to a first end of the tubular body; - a light diffuser mounted to a second end of said tubular body; - a source of artificial or indoor light; wherein the source of artificial light is external to the tubular body; the artificial-light source comprising a plurality of punctiform light sources disposed all around the diffuser, wherein said plurality of punctiform light sources are mounted on an annular support placed around the tubular body and disposed around the diffuser, so that the artificial light does not pass through the diffuser and does not interfere with the natural light, characterised in that a frame is disposed around the diffuser wherein the frame is positioned before said annular support for shielding the artificial light and for covering and concealing the hollow space between the wall and the diffuser itself; said frame is translucent and covers the artificial-light source. - a tubular body provided with an inner reflecting surface; - a light collector mounted to a first end of the tubular body; - a light diffuser mounted to a second end of said tubular body; - a source of artificial or indoor light;
A milling tool (100, 300) comprising: a tool body (110, 310) having a central axis therethrough, the tool body (110, 310) including an axial recess and the tool body (110, 310) being configured to couple with a tool string; and at least one milling blade (170, 370), characterized in that; the milling tool (100, 300) includes: at least one cutting block (150, 350) deployed in the axial recess, the cutting block (150, 350) arranged and designed to extend radially outward relative to the central axis of the tool body (110, 310) to a cutting block extended position and retract radially inward from the cutting block extended position towards the central axis of the tool body (110, 310); and the at least one milling blade (170, 370) is deployed in an axial slot (152, 352) disposed in the cutting block (150, 350), the milling blade (170, 370) arranged and designed to extend radially outward from the cutting block (150, 350) to a milling blade extended position and retract radially inward from the milling blade extended position towards the cutting block (150, 350). a tool body (110, 310) having a central axis therethrough, the tool body (110, 310) including an axial recess and the tool body (110, 310) being configured to couple with a tool string; and at least one milling blade (170, 370), characterized in that; the milling tool (100, 300) includes: at least one cutting block (150, 350) deployed in the axial recess, the cutting block (150, 350) arranged and designed to extend radially outward relative to the central axis of the tool body (110, 310) to a cutting block extended position and retract radially inward from the cutting block extended position towards the central axis of the tool body (110, 310); and the at least one milling blade (170, 370) is deployed in an axial slot (152, 352) disposed in the cutting block (150, 350), the milling blade (170, 370) arranged and designed to extend radially outward from the cutting block (150, 350) to a milling blade extended position and retract radially inward from the milling blade extended position towards the cutting block (150, 350). at least one cutting block (150, 350) deployed in the axial recess, the cutting block (150, 350) arranged and designed to extend radially outward relative to the central axis of the tool body (110, 310) to a cutting block extended position and retract radially inward from the cutting block extended position towards the central axis of the tool body (110, 310); and the at least one milling blade (170, 370) is deployed in an axial slot (152, 352) disposed in the cutting block (150, 350), the milling blade (170, 370) arranged and designed to extend radially outward from the cutting block (150, 350) to a milling blade extended position and retract radially inward from the milling blade extended position towards the cutting block (150, 350).
A lanyard (10,30) comprising an elongate material having opposing front and back faces and a proximal end (15,35) and a distal end (16,36), the front face being printed, the lanyard (10,30) comprising first, second and third sections (11,12,13,31,32,33), the first, second and third sections (11,12,13,31,32,33) being disposed sequentially along the length of the lanyard (10,30) such that the second section (12,32) is located between the first and third sections (11,13,31,33) and, in use, extends between the wearer's shoulders, the second section (12,32) having a cross-sectional width which is less than a cross-sectional width of both of the first and third sections (11,13,31,33), and the lanyard (10,30) being arranged such that, in use, the printed front face is visible, wherein the proximal and distal end (16,36), or points close to the proximal and distal end (15,16,35,36), are joined together such that the front face of the proximal end (15,35), or a point close thereto, is in contact with the back face of the distal end (16,36), or a point close thereto, characterized in that the first and third sections (11,13,31,33) are joined at an attachment point in a "V" shape, the "V" shape having an acute angle of between 10° and 50°, such that the lanyard (10,30) lays flat on the chest of the user when the lanyard (10,30) is worn with the printed front face exposed.
An information presentation device, comprising an object tracking section and a rendering section, wherein the object tracking section is controlled on the basis of information from an image sensor which acquires an image of an object on which a line of sight of the image sensor is trained, the object tracking section is configured to control line of sight direction of the image sensor so that the line of sight from the image sensor is directed towards the object in motion, the rendering section is configured to irradiate a light beam to a surface of the object by emitting the light beam in a direction which is co-axial with the line of sight direction, and information that has been rendered in a range that is larger than the surface area of the object is presented using an after image of the light beam that has been irradiated to the surface of the object, wherein the rendering section comprises a light source and a scanning section, wherein: the light source is configured to emit the light beam, and the scanning section is configured to carry out a scanning to change an irradiation position of the light beam onto the object by changing the direction of the light beam with the line of sight direction, wherein the light source is a laser light source, and wherein the information presentation device further comprises a half mirror, wherein the half mirror is disposed at a point along the line of sight from the image sensor to the object, and the light beam is conveyed in a direction that is coaxial with the line of sight by the half mirror, and wherein the scanning section is disposed between the half mirror and the laser light source, an irradiated spot by the laser light on the object is set so as to be smaller than the surface area of the object, and a display on the object is performed by unicursal movement of the irradiated spot of the laser light caused by the scanning section. the light source is configured to emit the light beam, and the scanning section is configured to carry out a scanning to change an irradiation position of the light beam onto the object by changing the direction of the light beam with the line of sight direction, the half mirror is disposed at a point along the line of sight from the image sensor to the object, and the light beam is conveyed in a direction that is coaxial with the line of sight by the half mirror, and wherein the scanning section is disposed between the half mirror and the laser light source, an irradiated spot by the laser light on the object is set so as to be smaller than the surface area of the object, and a display on the object is performed by unicursal movement of the irradiated spot of the laser light caused by the scanning section.
A process for preparing an oil-in-water emulsion for parenteral use in humans, comprising the steps of: (a) purifying squalene from a yeast that produces a high yield of squalene during culture, wherein the yeast is grown in a controlled medium free from animal-origin products; and (b) combining the squalene purified in step (a) with an aqueous component to form the oil-in-water emulsion for parenteral use in humans.
A polyazamacrocyclic compound represented by Chemical Formula 1 or a pharmaceutically acceptable salt thereof: wherein m and n represent an integer of 2, p and q represent an integer of 3, r is an integer from 0 to 5, t is an integer of 0 or 1, r+t > 0, R 1, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, R 10 represents H, C 1-5 alkyl, C 3-6 cycloalkyl, or C 7-14 aralkyl, U and W are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, Y and Z are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, A represents C 6-10 aryl, Q represents H, nitro, amino, isothiocyanato, maleimido, alkyne, aminoxy, thiol or azide. m and n represent an integer of 2, p and q represent an integer of 3, r is an integer from 0 to 5, t is an integer of 0 or 1, r+t > 0, R 1, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, R 10 represents H, C 1-5 alkyl, C 3-6 cycloalkyl, or C 7-14 aralkyl, U and W are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, Y and Z are identical to or different from one another, and individually represent H, C 1-5 alkyl or C 3-6 cycloalkyl, A represents C 6-10 aryl, Q represents H, nitro, amino, isothiocyanato, maleimido, alkyne, aminoxy, thiol or azide.
An adjustable annuloplasty ring assembly comprising a support ring, an adjustable ring nested at least partly within the support ring, and at least one pressing element deployable to deform the adjustable ring by using the support ring as a support, for adjusting the shape of the adjustable ring, characterized in that the at least one deployable pressing element comprises a fluid-deployable device.
Restraining pipe coupling for connecting to a pipe, comprising: a coupling sleeve for receiving an end of the pipe to be restrained and having a first annular abutment surface; a restraining member for surrounding the pipe and having a second annular abutment surface; a grip ring for gripping the pipe, comprised in a recess of the restraining member for facing the pipe; a seal ring for sealing between the coupling sleeve and the pipe, comprised in a recess of the coupling sleeve for facing the pipe; wherein the restraining member is comprised of three circumferential sectors for tightening together against and around the pipe; wherein the first and second annular abutment surfaces are arranged to overlap in a radial direction such that the first and second annular abutment surfaces engage to interlock the coupling sleeve and the restraining member together; wherein the restraining member and the coupling sleeve are of cast iron; characterized in that the first and second annular abutment surfaces are comprised of a protruding rim and a lip having a recess for receiving said rim such that they engage to interlock the coupling sleeve and the restraining member together and in that the rim and the lip have a tolerance space allowing adjustment of the restraining member to pipe misalignment or transversal efforts. a coupling sleeve for receiving an end of the pipe to be restrained and having a first annular abutment surface; a restraining member for surrounding the pipe and having a second annular abutment surface; a grip ring for gripping the pipe, comprised in a recess of the restraining member for facing the pipe; a seal ring for sealing between the coupling sleeve and the pipe, comprised in a recess of the coupling sleeve for facing the pipe; wherein the restraining member is comprised of three circumferential sectors for tightening together against and around the pipe; wherein the first and second annular abutment surfaces are arranged to overlap in a radial direction such that the first and second annular abutment surfaces engage to interlock the coupling sleeve and the restraining member together; wherein the restraining member and the coupling sleeve are of cast iron; characterized in that the first and second annular abutment surfaces are comprised of a protruding rim and a lip having a recess for receiving said rim such that they engage to interlock the coupling sleeve and the restraining member together and in that the rim and the lip have a tolerance space allowing adjustment of the restraining member to pipe misalignment or transversal efforts.
Mixing machine, comprising a frame, a pivotable module, a mixing head, and at least one connecting means (10, 10.1) for connecting a mixing container (M 1,M 2), containing a mixing material and open on the connection side, to the mixing head, for the purpose of forming a closed mixing container, the said mixing head, as part of a pivotable module, is mounted so as to pivot in relation to the frame in such a way that, for carrying out the mixing process, the closed mixing container formed from the mixing head and mixing container (M 1,M 2) can be pivoted in relation to the frame, and the said mixing head carries at least one rotary driven mixing tool (18, 51, 51.1), wherein the mixing head comprises a head plate with a connection flange formed on it and configured as an annular disk, with a flat contact surface, characterised in that arranged in the contact surface of the connection flange are at least two ring seals (28, 28.1, 29) of different diameters, leaving a spacing interval between them, such that mixing containers (M 1,M 2) with different connection diameters on their mixing head connection side can be connected to the mixing head, and that the at least one connecting means (10, 10.1) is configured so as to engage mixing containers (M 1,M 2) of different diameters on their connection sides.