mhurhangee/patent-ind-claim-en huggingface dataset:
A valve for use in an inflatable orthopedic brace , the valve comprising: an inlet port ; a plurality of outlet ports (134a-c); and a rotatable dial comprising a rotatable dome-shaped body positionable in a plurality of orientations to control fluid flow, the rotatable dome-shaped body comprising: a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; wherein a first fluid path through the rotatable dome-shaped body is created between the inlet port and a first of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a first of the plurality of orientations, and a second fluid path through the rotatable dome-shaped body is created between the inlet port and a second of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a second orientation. an inlet port ; a plurality of outlet ports (134a-c); and a rotatable dial comprising a rotatable dome-shaped body positionable in a plurality of orientations to control fluid flow, the rotatable dome-shaped body comprising: a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; wherein a first fluid path through the rotatable dome-shaped body is created between the inlet port and a first of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a first of the plurality of orientations, and a second fluid path through the rotatable dome-shaped body is created between the inlet port and a second of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a second orientation.
A liquid discharge apparatus comprising: a liquid discharge head configured to discharge liquid to a recording medium to form a liquid application surface; an irradiator configured to emit active energy rays toward the liquid application surface; a carriage mounted with the liquid discharge head and the irradiator ; and a conveyance controller configured to convey the carriage or the recording medium in a main scanning direction, wherein the irradiator includes a first irradiator that is provided on one side surface of the carriage in the main scanning direction and a second irradiator that is provided on another side surface of the carriage in the main scanning direction and the first irradiator and the second irradiator partially overlap in the main scanning direction; characterized in that a position of the first irradiator and a position of the second irradiator in the sub-scanning direction, on irradiation of the active energy rays, are different from each other and the first irradiator has a non-overlapping portion not overlapping with any other irradiator in the sub-scanning direction. a liquid discharge head configured to discharge liquid to a recording medium to form a liquid application surface; an irradiator configured to emit active energy rays toward the liquid application surface; a carriage mounted with the liquid discharge head and the irradiator ; and a conveyance controller configured to convey the carriage or the recording medium in a main scanning direction, wherein the irradiator includes a first irradiator that is provided on one side surface of the carriage in the main scanning direction and a second irradiator that is provided on another side surface of the carriage in the main scanning direction and the first irradiator and the second irradiator partially overlap in the main scanning direction; characterized in that a position of the first irradiator and a position of the second irradiator in the sub-scanning direction, on irradiation of the active energy rays, are different from each other and the first irradiator has a non-overlapping portion not overlapping with any other irradiator in the sub-scanning direction.
Apparatus , comprising: a probe having a distal end ; an electrode located on the distal end and configured for contact with tissue; at least one temperature sensor in the distal end ; and a processor , configured to: perform an initial ablation of the tissue by applying a first power to the tissue with the electrode , measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature. a probe having a distal end ; an electrode located on the distal end and configured for contact with tissue; at least one temperature sensor in the distal end ; and a processor , configured to: perform an initial ablation of the tissue by applying a first power to the tissue with the electrode , measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature. perform an initial ablation of the tissue by applying a first power to the tissue with the electrode , measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature.
A method comprising: towing a plurality of seismic sources in connection with a survey of a geologic structure , wherein the plurality of seismic sources comprises three or more seismic sources; operating each of the plurality of seismic sources to fire a series of successive shots, the plurality of seismic sources being arranged to fire respective shots at substantially the same time, wherein each shot is associated with a frequency sweep; and varying phases of the associated frequency sweeps from shot to shot for each of the plurality of seismic sources according to a predetermined phase sequence to attenuate residual shot noise from one or more previous shots of the same seismic source, wherein shots fired by respective seismic sources at substantially the same time are associated with frequency sweeps, each having a different phase; receiving data acquired by sensors, the data representing energy sensed by the sensors resulting from source energy of the plurality of seismic sources firing shots interacting with a structure; and deconvolving the received data using a phase operator that represents the predetermined phase sequence and applying frequency-wave number filtering to the deconvolved data to separate noise in the energy sensed by the seismic sensors to be source separated, wherein varying the phases according to a predetermined phase sequence comprises varying the phases based at least in part on a predetermined residual shot noise shift. towing a plurality of seismic sources in connection with a survey of a geologic structure , wherein the plurality of seismic sources comprises three or more seismic sources; operating each of the plurality of seismic sources to fire a series of successive shots, the plurality of seismic sources being arranged to fire respective shots at substantially the same time, wherein each shot is associated with a frequency sweep; and varying phases of the associated frequency sweeps from shot to shot for each of the plurality of seismic sources according to a predetermined phase sequence to attenuate residual shot noise from one or more previous shots of the same seismic source, wherein shots fired by respective seismic sources at substantially the same time are associated with frequency sweeps, each having a different phase; receiving data acquired by sensors, the data representing energy sensed by the sensors resulting from source energy of the plurality of seismic sources firing shots interacting with a structure; and deconvolving the received data using a phase operator that represents the predetermined phase sequence and applying frequency-wave number filtering to the deconvolved data to separate noise in the energy sensed by the seismic sensors to be source separated, wherein varying the phases according to a predetermined phase sequence comprises varying the phases based at least in part on a predetermined residual shot noise shift.
A phosphor lighting apparatus comprising: at least one first element that emits light comprising a peak emission wavelength between at least about 411nm to up to 419nm; characterized in that the at least one first element emits light with a full width at half maximum (FWHM) of up to 10 nm, wherein the light emitted by the at least one first element comprises a lower FWHM wavelength that is above 405nm; and, at least one second element comprising a phosphor second element that converts and outputs at least a portion of the light emitted by the at least one first element , wherein a light output from the phosphor lighting apparatus comprises light emitted from the at least one first element and light emitted from the at least one second element . at least one first element that emits light comprising a peak emission wavelength between at least about 411nm to up to 419nm; characterized in that the at least one first element emits light with a full width at half maximum (FWHM) of up to 10 nm, wherein the light emitted by the at least one first element comprises a lower FWHM wavelength that is above 405nm; and, at least one second element comprising a phosphor second element that converts and outputs at least a portion of the light emitted by the at least one first element , wherein a light output from the phosphor lighting apparatus comprises light emitted from the at least one first element and light emitted from the at least one second element .
An isolated single domain antibody directed against mGluR2 comprising: a CDR1 having a sequence set forth as SEQ ID NO: 1, a CDR2 having a sequence set forth as SEQ ID NO:2 and a CDR3 having a sequence set forth as SEQ ID NO:3; a CDR1 having a sequence set forth as SEQ ID NO:5, a CDR2 having a sequence set forth as SEQ ID NO:6 and a CDR3 having a sequence set forth as SEQ ID NO:7; or a CDR1 having a sequence set forth as SEQ ID NO:9, a CDR2 having a sequence set forth as SEQ ID NO:10 and a CDR3 having a sequence set forth as SEQ ID NO:11. a CDR1 having a sequence set forth as SEQ ID NO: 1, a CDR2 having a sequence set forth as SEQ ID NO:2 and a CDR3 having a sequence set forth as SEQ ID NO:3; a CDR1 having a sequence set forth as SEQ ID NO:5, a CDR2 having a sequence set forth as SEQ ID NO:6 and a CDR3 having a sequence set forth as SEQ ID NO:7; or a CDR1 having a sequence set forth as SEQ ID NO:9, a CDR2 having a sequence set forth as SEQ ID NO:10 and a CDR3 having a sequence set forth as SEQ ID NO:11.
A gas sensor comprising; a sensor element capable of detecting the concentration of measured gas, a connector electrically connected to the sensor element , a tubular body in which the sensor element and the connector are placed and which has an open end , leads which are connected to the connector and which extend outward from the open end of the tubular body ; and an elastic body which is placed in the tubular body so as to seal the open end , in which connections between the connector and the leads are placed, and through which the leads extend, wherein the tubular body and the elastic body are radially swaged at a plurality of swaged sections (A, B) including a first swaged section (A) located on the connection side and a second swaged section (B) located closer to the open end than the first swaged section (A), the gas sensor being characterized in that the inside diameter of a portion of the tubular body that corresponds to the first swaged section (A) is greater than the inside diameter of a portion of the tubular body that corresponds to the second swaged section (B).
A decoration member comprising: a substrate ; a pattern layer provided on one surface of the substrate and including a convex structure or a concave structure arranged two-dimensionally; and an inorganic material layer provided on the pattern layer , wherein the two-dimensionally-arranged structure is arranged in a first axis direction and a second axis direction forming an angle of greater than or equal to 1 degree and less than or equal to 175 degrees in a clockwise direction with the first axis direction, characterised in that each of a cross-section cutting the convex structure or the concave structure in a first plane (Z1), and a cross-section cutting the convex structure or the concave structure in a second plane (Z2) has an asymmetric structure, wherein the first plane (Z1) includes a straight line parallel to the first axis direction, wherein the second plane includes a straight line parallel to the second axis direction, wherein the first plane (Z1) and the second plane (Z2) include a straight line passing through a highest point of the convex structure or a lowest point of the concave structure among normal lines on one surface of the substrate . a substrate ; a pattern layer provided on one surface of the substrate and including a convex structure or a concave structure arranged two-dimensionally; and an inorganic material layer provided on the pattern layer , wherein the two-dimensionally-arranged structure is arranged in a first axis direction and a second axis direction forming an angle of greater than or equal to 1 degree and less than or equal to 175 degrees in a clockwise direction with the first axis direction, characterised in that each of a cross-section cutting the convex structure or the concave structure in a first plane (Z1), and a cross-section cutting the convex structure or the concave structure in a second plane (Z2) has an asymmetric structure, wherein the first plane (Z1) includes a straight line parallel to the first axis direction, wherein the second plane includes a straight line parallel to the second axis direction, wherein the first plane (Z1) and the second plane (Z2) include a straight line passing through a highest point of the convex structure or a lowest point of the concave structure among normal lines on one surface of the substrate .
Device for maintaining and/or repairing a construction machine , having a mobile maintenance station that can be placed at the jobsite of the construction machine, comprising a mobile display device for displaying repair information on the construction machine on the basis of component data, characterized in that the mobile display device comprises an augmented reality device that displays on a display an image of the component to be repaired and the mounting environment of the component to be repaired, and overlays a mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, wherein an interconnected data supply station can be connected to the maintenance station by way of a communication link on the one hand and can be connected to a machine data station locally separated from the maintenance and data supply station via another communication link, on the other hand and is configured for providing the maintenance station with selected augmented reality data for overlaying the component information and/or position in the mounting environment, wherein in a storage device of said machine data station are stored a plurality of augmented reality and/or component data relating to a plurality of components, from which particular augmented reality and/or component data are selectable via selection means on the basis of a data set request sent by the maintenance station , and the maintenance station is configured for overlaying the mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, depending on the augmented reality and/or component data obtained from the data supply station .
Bicycle rim comprising a wall, a plurality of perforated spoke attachment seats , and an insert at at least one of said perforated seats , wherein said insert comprises a first surface configured for shape-coupling with the rim in the proximity of said at least one spoke attachment seat of the rim , and has a through hole , said insert being constrained to said rim and comprising an edge projecting along at least one section of said first surface , wherein said wall is made of composite material comprising structural fibers incorporated in a polymeric material, preferably thermosetting, and wherein the insert is co-moulded with the rim , characterised in that at least over the edge of said insert there is only the polymeric material. wherein said insert comprises a first surface configured for shape-coupling with the rim in the proximity of said at least one spoke attachment seat of the rim , and has a through hole , said insert being constrained to said rim and comprising an edge projecting along at least one section of said first surface , wherein said wall is made of composite material comprising structural fibers incorporated in a polymeric material, preferably thermosetting, and wherein the insert is co-moulded with the rim , characterised in that at least over the edge of said insert there is only the polymeric material.
A battery module comprising a plurality of electrically connected pouch cell batteries and a corresponding plurality of thermal regulating units for regulating the temperature of the pouch cell batteries , each thermal regulating unit being formed as a container having: a spacer element which substantially completely fills the thermal regulating unit and includes one or more internal cooling channels for conveying a liquid coolant through the thermal regulating unit ; a flexible outer covering which contains the spacer element and its one or more cooling channels; and inlet and outlet ports which penetrate the covering for respectively providing liquid coolant to and removing the liquid coolant from the one or more cooling channels, wherein the flexible outer covering forms a substantially flat major external surface of the thermal regulating unit for pressing against a correspondingly shaped major external surface of one of the pouch cell batteries such that the thermal regulating unit and the pouch cell battery can be held in face-to-face contact; wherein the one or more cooling channels are arranged in the flexible outer covering such that when the provided liquid coolant is pressurized it causes the unit to expand and press against the major external surface of the pouch cell battery ; and wherein the pouch cell batteries and thermal regulating units are arranged within a casing , spaces within the casing surrounding the pouch cell batteries and thermal regulating units being filled with flame-retardant and electrically-insulating expanded foam . a spacer element which substantially completely fills the thermal regulating unit and includes one or more internal cooling channels for conveying a liquid coolant through the thermal regulating unit ; a flexible outer covering which contains the spacer element and its one or more cooling channels; and inlet and outlet ports which penetrate the covering for respectively providing liquid coolant to and removing the liquid coolant from the one or more cooling channels, wherein the flexible outer covering forms a substantially flat major external surface of the thermal regulating unit for pressing against a correspondingly shaped major external surface of one of the pouch cell batteries such that the thermal regulating unit and the pouch cell battery can be held in face-to-face contact; wherein the one or more cooling channels are arranged in the flexible outer covering such that when the provided liquid coolant is pressurized it causes the unit to expand and press against the major external surface of the pouch cell battery ; and wherein the pouch cell batteries and thermal regulating units are arranged within a casing , spaces within the casing surrounding the pouch cell batteries and thermal regulating units being filled with flame-retardant and electrically-insulating expanded foam .
A battery pack, the battery pack including a bus bar (42; 511, 512, 521, 522, 523, 524, 525, 531, 532, 533, 534, 535, 541, 542, 543, 544, 545, 551, 552, 553, 554, 555, 561, 562, 563, 564, 565, 571, 572) provided so as to extend in a predetermined direction and including a first region, a second region and an intermediate region located between the first region and the second region, a first module including a plurality of cells each including a negative electrode terminal connected to the first region, and a second module including a plurality of cells each including a positive electrode terminal connected to the second region, wherein: the negative electrode terminals of the plurality of cells included in the first module are arranged in the predetermined direction in the first region; the positive electrode terminals of the plurality of cells included in the second module are arranged in the predetermined direction in the second region; and in a cross section perpendicular to the predetermined direction, a cross-sectional area of the intermediate region is greater than a cross-sectional area of at least a part of the first region and is greater than a cross-sectional area of at least a part of the second region, characterized in that the bus bar (42; 52) includes a plurality of bus bar plates (421, 422, 423; 521, 522, 523, 524, 525) stacked in a direction of the cross section perpendicular to the predetermined direction; and the number of the plurality of bus bar plates (421, 422, 423; 523) in the intermediate region is greater than the number of the plurality of bus bar plates (421, 422; 521, 522) in the first region and is greater than the number of the plurality of bus bar plates (421, 422; 524, 525) in the second region. the negative electrode terminals of the plurality of cells included in the first module are arranged in the predetermined direction in the first region; the positive electrode terminals of the plurality of cells included in the second module are arranged in the predetermined direction in the second region; and in a cross section perpendicular to the predetermined direction, a cross-sectional area of the intermediate region is greater than a cross-sectional area of at least a part of the first region and is greater than a cross-sectional area of at least a part of the second region, characterized in that the bus bar (42; 52) includes a plurality of bus bar plates (421, 422, 423; 521, 522, 523, 524, 525) stacked in a direction of the cross section perpendicular to the predetermined direction; and the number of the plurality of bus bar plates (421, 422, 423; 523) in the intermediate region is greater than the number of the plurality of bus bar plates (421, 422; 521, 522) in the first region and is greater than the number of the plurality of bus bar plates (421, 422; 524, 525) in the second region.