mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for obtaining an intraoral x-ray image from a patient, the apparatus comprising: an x-ray source; an intraoral image detector comprising one or more detectable elements; one or more sensors (24, 24a, 24b) positionally coupled near the x-ray source and energizable to sense the location of the one or more detectable elements when the intraoral image detector is within the patient's mouth; a control logic processor in signal communication with the one or more sensors (24, 24a, 24b) and responsive to stored instructions for calculating a position and angle alignment of the intraoral image detector relative to the x-ray source, wherein the angle alignment relates to the angle alignment between incident radiation from the x-ray source and a normal, or orthogonal line, to the surface of the intraoral image detector; and characterised in that it further comprises a projector positionally coupled to the x-ray source and in signal communication with the control logic processor and energizable to project a 2D image comprising aim indicia for the x-ray source, a position indicator and an angle alignment offset indicator of the intraoral image detector relative to the x-ray source toward the calculated intraoral image detector position in response to signals from the control logic processor. an x-ray source; an intraoral image detector comprising one or more detectable elements; one or more sensors (24, 24a, 24b) positionally coupled near the x-ray source and energizable to sense the location of the one or more detectable elements when the intraoral image detector is within the patient's mouth; a control logic processor in signal communication with the one or more sensors (24, 24a, 24b) and responsive to stored instructions for calculating a position and angle alignment of the intraoral image detector relative to the x-ray source, wherein the angle alignment relates to the angle alignment between incident radiation from the x-ray source and a normal, or orthogonal line, to the surface of the intraoral image detector; and characterised in that it further comprises a projector positionally coupled to the x-ray source and in signal communication with the control logic processor and energizable to project a 2D image comprising aim indicia for the x-ray source, a position indicator and an angle alignment offset indicator of the intraoral image detector relative to the x-ray source toward the calculated intraoral image detector position in response to signals from the control logic processor.
Pump unit for emptying a storage container filled with liquid or pasty material and under a negative pressure, in particular a mixing container, which is a component of a storage device, wherein the pump unit comprises a feed pump (1.1), which has - a pumping element that can be moved relative to the feed pump housing, - a feed pump drive, and - a control unit (100*) to control at least all moving components of the pump unit wherein, - the pumping element at least comprises an elastic element, preferably is an elastic element, which is arranged in such a way that during pumping operation it is in contact with the material to be conveyed on only one side, and thus divides the space inside the pump housing into a feed chamber (1.1a) and a driving chamber (1.1b); and - wherein the feed pump drive comprises a drive pusher which is movable and driven in the direction of movement and is operatively connected to the pumping element in the drive chamber (1.1b) characterized in that the drive chamber (1.1b) of the feed pump (1.1) has a vacuum connection and can be supplied with vacuum. - a pumping element that can be moved relative to the feed pump housing, - a feed pump drive, and - a control unit (100*) to control at least all moving components of the pump unit wherein, - the pumping element at least comprises an elastic element, preferably is an elastic element, which is arranged in such a way that during pumping operation it is in contact with the material to be conveyed on only one side, and thus divides the space inside the pump housing into a feed chamber (1.1a) and a driving chamber (1.1b); and - wherein the feed pump drive comprises a drive pusher which is movable and driven in the direction of movement and is operatively connected to the pumping element in the drive chamber (1.1b)
A home appliance having a light emitting module, comprising a housing assembly, wherein the light emitting module is located on the housing assembly, wherein the light emitting module comprises a base, a light source and a light shield, wherein the light shield comprises a light-shielding area, wherein the light-shielding area externally shields the entire light source to prevent the light ray emitted by the light source from directly emitting outside the light shield, the light source is located between the base and the light shield, characterized in that the base has a diffuse reflection area that receives illumination from the light source, an outer part opposite to the diffuse reflection area has a light transmission area, and a light ray emitted by the light source passes through the light transmission area after being reflected by the diffuse reflection area, wherein the light transmission area is formed on the light shield, wherein the light shield has a light-transmitting hollow portion or a transparent portion, wherein the light emitting module is externally covered with a protection cover, wherein at least a portion of the protection cover that covers the light transmission area is transparent or translucent, thereby allowing light to pass through.
A cutting insert, comprising: a polygonal shaped upper surface; a side surface connected to each of the upper surface and the lower surface; and an upper cutting edge located at an intersection of the upper surface and the side surface, wherein the upper surface alternately comprises three major corners, each having a first interior angle, and three minor corners, each having a second interior angle larger than the first interior angle, and the upper cutting edge comprises a corner cutting edge, a minor cutting edge, and a major cutting edge; the corner cutting edge, the minor cutting edge and the major cutting edge are located sequentially from a first major corner of the three major corners to each of a first minor corner and a second minor corner of the three minor corners, the first and second minor corners (22a, 22b) being adjacent to the first major corner, characterised in that, the lower surface being identical in shape to the upper surface and in that the minor cutting edge is inclined toward the lower surface as separating from the corner cutting edge at a first inclination angle on a basis of a vertical plane perpendicular to a central axis extending between the upper and lower surfaces, and a major cutting edge is inclined toward the lower surface as separating from the minor cutting edge at a second inclination angle larger than the first inclination angle on the basis of the vertical plane. a polygonal shaped upper surface; a side surface connected to each of the upper surface and the lower surface; and an upper cutting edge located at an intersection of the upper surface and the side surface, wherein the upper surface alternately comprises three major corners, each having a first interior angle, and three minor corners, each having a second interior angle larger than the first interior angle, and the upper cutting edge comprises a corner cutting edge, a minor cutting edge, and a major cutting edge; the corner cutting edge, the minor cutting edge and the major cutting edge are located sequentially from a first major corner of the three major corners to each of a first minor corner and a second minor corner of the three minor corners, the first and second minor corners (22a, 22b) being adjacent to the first major corner,
An isolated human IL13 antibody comprising an antigen-binding region where the H-CDR1, H-CDR2 and H-CDR3 and L-CDR1, L-CDR2 and L-CDR3 regions depicted in an amino acid sequence together are: SEQ ID NO: 7, SEQ ID NO:8, SEQ ID NO: 10, and SEQ ID NO: 17, SEQ ID NO: 19, SEQ ID NO: 21. SEQ ID NO: 7, SEQ ID NO:8, SEQ ID NO: 10, and SEQ ID NO: 17, SEQ ID NO: 19, SEQ ID NO: 21.
A method for network re-entry of a mobile station performed by a serving base station in a communication system, the method comprising the steps of: transmitting, by the serving base station, to a mobile station in an active state a deregistration command, DREG-CMD, message including an information, wherein said information includes a request for transitioning the mobile station into an idle state; receiving, by the serving base station, a ranging request, RNG-REQ, message from the mobile station for performing a network re-entry procedure; and transmitting, by the serving base station, a ranging response, RNG-RSP, message to the mobile station, wherein the RNG-RSP message includes a session information indicating processes that are retained or omitted during the network re-entry procedure. transmitting, by the serving base station, to a mobile station in an active state a deregistration command, DREG-CMD, message including an information, wherein said information includes a request for transitioning the mobile station into an idle state; receiving, by the serving base station, a ranging request, RNG-REQ, message from the mobile station for performing a network re-entry procedure; and transmitting, by the serving base station, a ranging response, RNG-RSP, message to the mobile station, wherein the RNG-RSP message includes a session information indicating processes that are retained or omitted during the network re-entry procedure.
A method for wireless communication, comprising: receiving (404, 414) an indication indicating whether full duplex, FD, communications are configured during resources for communicating one or more messages of a random access procedure, the FD communications comprising uplink communications and downlink communications occurring in a same frequency band or in a same component carrier; and where the indication indicates that the FD communications are configured during the resources, transmitting (406, 410) the one or more messages of the random access procedure, including a random access preamble, using the resources and using at least one of an initial transmit power and a power ramping step that is, in each case, based on the indication. receiving (404, 414) an indication indicating whether full duplex, FD, communications are configured during resources for communicating one or more messages of a random access procedure, the FD communications comprising uplink communications and downlink communications occurring in a same frequency band or in a same component carrier; and where the indication indicates that the FD communications are configured during the resources, transmitting (406, 410) the one or more messages of the random access procedure, including a random access preamble, using the resources and using at least one of an initial transmit power and a power ramping step that is, in each case, based on the indication.
A lighting device comprising: a light emitting section that has a light emitting element, a light guide that is provided on a side of radiation of light of the light emitting section, the light guide that has a concave section, the concave section that is provided in an end section of the light guide on the side opposite the side of the light emitting section, the concave section that has a truncated cone shape, and a top surface of the truncated cone that is in the light emitting section side; characterized by further comprising a reflection section that includes a through hole that is provided on the bottom surface of the concave section, a first reflection surface that is provided on a side surface of concave section, and a second reflection surface that is provided on the side opposite the first reflection surface; and the light guide further comprising an irradiation section that protrudes from the through hole to an inside of the concave section. a light emitting section that has a light emitting element, a light guide that is provided on a side of radiation of light of the light emitting section, the light guide that has a concave section, the concave section that is provided in an end section of the light guide on the side opposite the side of the light emitting section, the concave section that has a truncated cone shape, and a top surface of the truncated cone that is in the light emitting section side; characterized by further comprising a reflection section that includes a through hole that is provided on the bottom surface of the concave section, a first reflection surface that is provided on a side surface of concave section, and a second reflection surface that is provided on the side opposite the first reflection surface; and the light guide further comprising an irradiation section that protrudes from the through hole to an inside of the concave section.
A vacuum device, in particular a vacuum pump, comprising an electrically operable functional unit which is at least partly arranged in a vacuum region of the vacuum device and which is connected to at least one electrical conductor which exits from the functional unit at an outlet region and which leads into a pressure region which is sealed with respect to the vacuum region, wherein the outlet region is disposed within the pressure region, wherein an outer side of the functional unit is formed by a sealing body at least in the outlet region and the electrical conductor is led out of the sealing body, wherein a seal between the vacuum region and the pressure region is formed by the sealing body, wherein the seal is formed by a cooperation of the sealing body with a component of the vacuum device, and wherein the sealing body cooperates with the component indirectly via at least one additional seal, characterized in that the sealing body is formed by a casting compound. an electrically operable functional unit which is at least partly arranged in a vacuum region of the vacuum device and which is connected to at least one electrical conductor which exits from the functional unit at an outlet region and which leads into a pressure region which is sealed with respect to the vacuum region, wherein the outlet region is disposed within the pressure region, wherein an outer side of the functional unit is formed by a sealing body at least in the outlet region and the electrical conductor is led out of the sealing body, wherein a seal between the vacuum region and the pressure region is formed by the sealing body, wherein the seal is formed by a cooperation of the sealing body with a component of the vacuum device, and wherein the sealing body cooperates with the component indirectly via at least one additional seal, characterized in that the sealing body is formed by a casting compound.
An oral composition, comprising the following components and: an N-acyl acidic amino acid or a salt thereof in an amount of 0.005 mass% or more and 0.3 mass% or less; and pyrophosphoric acid or a salt thereof in an amount of 0.005 mass% or more and 0.5 mass% or less, wherein a mass ratio ( /) of the component to the component is 0.05 or more and 40 or less, and a total content of the component and the component is 0.01 mass% or more and 0.6 mass% or less. an N-acyl acidic amino acid or a salt thereof in an amount of 0.005 mass% or more and 0.3 mass% or less; and pyrophosphoric acid or a salt thereof in an amount of 0.005 mass% or more and 0.5 mass% or less,
Integrated process for the treatment of production waters associated with crude oil extraction comprising the following stages in the given order: a) removal of dispersed organic compounds in an at least two-stage treatment, in which a first stage removes most of the organic compound content in dispersion and a subsequent second stage allows the concentration limits of said contaminants necessary for downstream sections to be reached; b) H 2 S removal; c) chemical/physical softening through a lime-soda ash process; d) removal of dissolved gaseous inorganic compounds performed by stripping with air flow in a closed circuit; either e) removal of soluble organic compounds by biological treatment by means of oxidation determined by the metabolism of aerobic bacteria in suspension, i.e. by means of active sludge, or e)' removal of soluble organic compounds by active carbon filtration; f) desalination comprising a filtration section, an ultrafiltration section and one or more reverse osmosis sections; g) evaporation and concentration of the saline concentrates from reverse osmosis; h) boron removal from the permeate of reverse osmosis, in a section for removing boron through ion exchange resins. a) removal of dispersed organic compounds in an at least two-stage treatment, in which a first stage removes most of the organic compound content in dispersion and a subsequent second stage allows the concentration limits of said contaminants necessary for downstream sections to be reached; b) H 2 S removal; c) chemical/physical softening through a lime-soda ash process; d) removal of dissolved gaseous inorganic compounds performed by stripping with air flow in a closed circuit; either e) removal of soluble organic compounds by biological treatment by means of oxidation determined by the metabolism of aerobic bacteria in suspension, i.e. by means of active sludge, or e)' removal of soluble organic compounds by active carbon filtration; f) desalination comprising a filtration section, an ultrafiltration section and one or more reverse osmosis sections; g) evaporation and concentration of the saline concentrates from reverse osmosis; h) boron removal from the permeate of reverse osmosis, in a section for removing boron through ion exchange resins.
A method of producing a feed additive composition for ruminants, comprising the steps of: preparing a molten mixture formed from at least one protective agent selected from a hydrogenated vegetable oil and a hydrogenated animal oil having a melting point higher than 50°C and lower than 90°C, lecithin in an amount to achieve a content of lecithin in the feed additive composition of 1 to 2 % by weight, and an acidic or neutral amino acid; and obtaining a solidified mixture by immersing said molten mixture into water. preparing a molten mixture formed from at least one protective agent selected from a hydrogenated vegetable oil and a hydrogenated animal oil having a melting point higher than 50°C and lower than 90°C, lecithin in an amount to achieve a content of lecithin in the feed additive composition of 1 to 2 % by weight, and an acidic or neutral amino acid; and obtaining a solidified mixture by immersing said molten mixture into water.
A method for thermal management of an electronics device, comprising: estimating the temperature of a target location such as a battery hot spot or back case centre of the device, using a temperature sensor that is at a remote location from that target location, by (a) filtering a sequence of temperature readings from the temperature sensor that is at the remote location in the device, and (b) using one of the filtered temperature readings to access a look up table, that lists temperature thresholds and corresponding power consumption commands, and thereby identify a power consumption command associated with a component of the device, wherein the target location is located remotely from the component, wherein the look up table correlates temperature at the temperature sensor with temperature at said target location, and wherein the corresponding power consumption commands include a plurality of no change commands and at least one change command that limits or reduces power consumption of the component to mitigate a thermal situation and to achieve an expected change in thermal behavior of the device. estimating the temperature of a target location such as a battery hot spot or back case centre of the device, using a temperature sensor that is at a remote location from that target location, by (a) filtering a sequence of temperature readings from the temperature sensor that is at the remote location in the device, and (b) using one of the filtered temperature readings to access a look up table, that lists temperature thresholds and corresponding power consumption commands, and thereby identify a power consumption command associated with a component of the device, wherein the target location is located remotely from the component, (a) filtering a sequence of temperature readings from the temperature sensor that is at the remote location in the device, and (b) using one of the filtered temperature readings to access a look up table, that lists temperature thresholds and corresponding power consumption commands, and thereby identify a power consumption command associated with a component of the device, wherein the target location is located remotely from the component,
A magnetic field sensor, comprising: a magnetic field sensing element configured to generate a magnetic field signal; a gain adjustable analog circuit coupled to receive a signal representative of the magnetic field signal, coupled to receive a gain control signal, and configured to generate a gain adjusted signal having a gain responsive to the gain control signal; a coefficient table memory configured to receive and store a plurality of gain correction coefficients, wherein pairs of the plurality of gain correction coefficients are associated with boundaries of respective temperature segments, each temperature segment bounded by a pair of temperatures; a temperature sensor configured to generate a temperature signal representative of a temperature; characterised by a segment processor coupled to receive a signal representative of the temperature signal, configured to identify a temperature segment in which the temperature signal falls, coupled to receive a pair of gain correction coefficients associated with the identified temperature segment, and configured to interpolate between the pair of gain correction coefficients in accordance with the temperature signal to generate an interpolated gain correction value, wherein the gain control signal is related to the interpolated gain correction value. a magnetic field sensing element configured to generate a magnetic field signal; a gain adjustable analog circuit coupled to receive a signal representative of the magnetic field signal, coupled to receive a gain control signal, and configured to generate a gain adjusted signal having a gain responsive to the gain control signal; a coefficient table memory configured to receive and store a plurality of gain correction coefficients, wherein pairs of the plurality of gain correction coefficients are associated with boundaries of respective temperature segments, each temperature segment bounded by a pair of temperatures; a temperature sensor configured to generate a temperature signal representative of a temperature; characterised by a segment processor coupled to receive a signal representative of the temperature signal, configured to identify a temperature segment in which the temperature signal falls, coupled to receive a pair of gain correction coefficients associated with the identified temperature segment, and configured to interpolate between the pair of gain correction coefficients in accordance with the temperature signal to generate an interpolated gain correction value, wherein the gain control signal is related to the interpolated gain correction value.