mhurhangee/patent-ind-claim-en huggingface dataset:
A shisha device comprising: a vessel defining an interior for housing a volume of liquid, the vessel comprising a head space outlet ; an aerosol-generating element for receiving an aerosol-forming substrate , the aerosol-generating element in fluid communication with the interior of the vessel via an airflow channel, the airflow channel extending into the interior of the vessel from the aerosol-generating element; a cooling element along the airflow channel between the aerosol-generating element and the vessel, the cooling element configured to cool aerosol in the airflow channel that flows through the cooling element and couplable to a power source to provide active cooling to transfer heat away from the airflow channel; and an accelerating element along the airflow channel between the aerosol-generating element and the vessel, the accelerating element configured to accelerate aerosol in the airflow channel that flows through the accelerating element. a vessel defining an interior for housing a volume of liquid, the vessel comprising a head space outlet ; an aerosol-generating element for receiving an aerosol-forming substrate , the aerosol-generating element in fluid communication with the interior of the vessel via an airflow channel, the airflow channel extending into the interior of the vessel from the aerosol-generating element; a cooling element along the airflow channel between the aerosol-generating element and the vessel, the cooling element configured to cool aerosol in the airflow channel that flows through the cooling element and couplable to a power source to provide active cooling to transfer heat away from the airflow channel; and an accelerating element along the airflow channel between the aerosol-generating element and the vessel, the accelerating element configured to accelerate aerosol in the airflow channel that flows through the accelerating element.
A method for monitoring drilling, the method comprising: - during drilling of a borehole by a drilling system , receiving a first survey from a measurement-while-drilling (MWD) tool, wherein the first survey includes a plurality of measurements of a gravity vector (G) and a magnetic field vector (B); - using the magnetic field vector (B), calculating a magnetic dip angle; - responsive to plurality of tool codes for the MWD tool that define error values for the plurality of measurements, generating a first covariant matrix describing the relationship of measurements to expected errors in the measurements, wherein generating the first covariant matrix comprises generating a plurality of intermediate values using a plurality of tool code error coefficients; - generating a plurality of residual values corresponding to the plurality of measurements, wherein each residual value comprises a difference between a reference value and a measured value for each of the plurality of measurements; - responsive to the residual values and the first covariant matrix, computing an error ellipsoid describing bounds for residual values for the plurality of measurements; - comparing the first survey with the error ellipsoid to determine if the first survey is within acceptable limits; and - when the first survey is not within acceptable limits, generating a first indication that the drilling should stop. - during drilling of a borehole by a drilling system , receiving a first survey from a measurement-while-drilling (MWD) tool, wherein the first survey includes a plurality of measurements of a gravity vector (G) and a magnetic field vector (B); - using the magnetic field vector (B), calculating a magnetic dip angle; - responsive to plurality of tool codes for the MWD tool that define error values for the plurality of measurements, generating a first covariant matrix describing the relationship of measurements to expected errors in the measurements, wherein generating the first covariant matrix comprises generating a plurality of intermediate values using a plurality of tool code error coefficients; - generating a plurality of residual values corresponding to the plurality of measurements, wherein each residual value comprises a difference between a reference value and a measured value for each of the plurality of measurements; - responsive to the residual values and the first covariant matrix, computing an error ellipsoid describing bounds for residual values for the plurality of measurements; - comparing the first survey with the error ellipsoid to determine if the first survey is within acceptable limits; and - when the first survey is not within acceptable limits, generating a first indication that the drilling should stop.
Towed attachment, in particular a mounted cultivator, for mounting on a tractor, comprising a machine frame , which comprises a plurality of cross members arranged one behind the other, to each of which a plurality of soil working tools, in particular cultivator shanks , are fastened, wherein a drawbar is articulated to the front of the machine frame so as to pivot about a horizontal pivot axis extending transversely to the travel direction and is provided with a coupling joint for coupling to the tractor in an articulated manner, and an additional central soil working tool is provided centrally below the drawbar in front of the cross member furthest forward in the travel direction and the soil working tools fastened thereto, characterised in that the additional central soil working tool is fastened to an articulation bracket which is separate from the drawbar , is fastened to the machine frame and projects at the front from its foremost cross member , and said drawbar can be tilted up and down by pivoting relative to the machine frame about said pivot axis relative to the articulation bracket and the central soil working tool arranged centrally below the drawbar .
A computer-based diagnostics system for diagnosing the condition of target equipment , the diagnostics system including: a first diagnostics sub-system that is configured to: receive sensor data from sensors of the target equipment , make a preliminary evaluation of the condition of the target equipment on the basis of the sensor data, and, when the preliminary evaluation of the condition is indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch a mobile robot investigator to the target equipment in order for the mobile robot investigator to make an investigation of the target equipment; and a second diagnostics sub-system that is configured to: receive from the mobile robot investigator additional data obtained by the mobile robot investigator during its investigation of the target equipment , make a further evaluation of the condition of the target equipment on the basis of the additional data, and, when the further evaluation of the condition is still indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch an engineer to the target equipment in order to perform the maintenance or repair; characterized in that : the first diagnostics sub-system is further configured to receive a location signal providing the location of the engineer , and wherein the first diagnostics sub-system issues the request to dispatch the mobile robot investigator when the location of the engineer is further than a predetermined distance away from the target equipment , but otherwise issues a request to the engineer to make an investigation of the target equipment. a first diagnostics sub-system that is configured to: receive sensor data from sensors of the target equipment , make a preliminary evaluation of the condition of the target equipment on the basis of the sensor data, and, when the preliminary evaluation of the condition is indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch a mobile robot investigator to the target equipment in order for the mobile robot investigator to make an investigation of the target equipment; and a second diagnostics sub-system that is configured to: receive from the mobile robot investigator additional data obtained by the mobile robot investigator during its investigation of the target equipment , make a further evaluation of the condition of the target equipment on the basis of the additional data, and, when the further evaluation of the condition is still indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch an engineer to the target equipment in order to perform the maintenance or repair; characterized in that : the first diagnostics sub-system is further configured to receive a location signal providing the location of the engineer , and wherein the first diagnostics sub-system issues the request to dispatch the mobile robot investigator when the location of the engineer is further than a predetermined distance away from the target equipment , but otherwise issues a request to the engineer to make an investigation of the target equipment.
Conveying device with at least one transfer conveyor (2; 102; 4; 104), an aligning conveyor (8; 108) and a discharge conveyor (6; 106) for combining piece goods from the at least one transfer conveyor (2; 102, 4; 104) onto the discharge conveyor (6; 106), the aligning conveyor (8; 108) having a receiving end (8a; 108a), which a feeding end or feeding ends arranged next to each other of the transfer conveyor or transfer conveyors join, and a feeding end arranged parallel to the receiving end (8a; 108a), which a receiving end of the discharge conveyor (6; 106) joins, wherein a guide element (14; 114) having a guide surface (14a; 114a) arranged vertically to and directly over a conveying surface (10; 110) of the aligning conveyor (8; 108), is located between a first external side edge (2a; 102a) of the or a first transfer conveyor (2; 102) and an opposite first side edge (6a; 106a) of the discharge conveyor (6; 106), the aligning conveyor having a parallelogram-shaped conveying surface , characterized in that a conveying direction (8f; 108f) of the aligning conveyor (8; 108) has a longitudinal component (8f1; 108f1), directed from the or first transfer conveyor (2; 102) to the discharge conveyor (6; 106) and a transverse component (8f2; 108f2) directed perpendicularly against the guide element (14; 114) and wherein the conveying direction of the aligning conveyor runs at an angle (α) of less than 90° to the receiving and feeding ends , which the longitudinal component (8f1; 108f1) forms with the conveying direction (8f; 108f), and the feeding end is parallel and transversely offset to the receiving end .
A glasses-type wearable device for capturing an image of a wearer's iris without interfering with their field of view, comprising: an illumination section configured to irradiate any one of left and right eyes with visible light to adjust the size of its pupil; an imaging section configured to image the other eye different from the one of the left and right eyes; and a control section configured to perform control to cause the imaging section to image the other eye while the illumination section is irradiating the one of the left and right eyes with light; and an iris recognition section configured to recognize an iris image from the image captured by the imaging section. an illumination section configured to irradiate any one of left and right eyes with visible light to adjust the size of its pupil; an imaging section configured to image the other eye different from the one of the left and right eyes; and a control section configured to perform control to cause the imaging section to image the other eye while the illumination section is irradiating the one of the left and right eyes with light; and an iris recognition section configured to recognize an iris image from the image captured by the imaging section.
A method of wireless communications performed by a user equipment "UE", comprising: receiving cell acquisition information associated with an enhanced multicast broadcast service "eMBMS" standalone cell, wherein the cell acquisition information is received in non-multicast broadcast single frequency network "non-MBSFN" subframes of the eMBMS standalone cell based on subcarrier spacing; detecting a UE avoidance scheme based on a characteristic associated with the cell acquisition information; and performing cell acquisition with the eMBMS standalone cell based on the characteristic, wherein the UE avoidance scheme is configured to cause a legacy UE to skip performing the cell acquisition of the eMBMS standalone cell, based on non-recognition of the characteristic by the legacy UE. receiving cell acquisition information associated with an enhanced multicast broadcast service "eMBMS" standalone cell, wherein the cell acquisition information is received in non-multicast broadcast single frequency network "non-MBSFN" subframes of the eMBMS standalone cell based on subcarrier spacing; detecting a UE avoidance scheme based on a characteristic associated with the cell acquisition information; and performing cell acquisition with the eMBMS standalone cell based on the characteristic, wherein the UE avoidance scheme is configured to cause a legacy UE to skip performing the cell acquisition of the eMBMS standalone cell, based on non-recognition of the characteristic by the legacy UE.
An apparatus comprising a processor configured to execute a block-based processor instruction set, the apparatus comprising: memory configured to store an instruction block comprising a sequentially-ordered plurality of individual instructions ; and an instruction scheduler configured to: evaluate dependencies for individual instructions encoded for the instruction block , issue a respective instruction of the individual instructions when the respective instruction's dependencies indicate that the respective instruction is ready to issue, determining that at least one of the individual instructions can commit, and responsive to the determining, advancing a commit frontier to include the determined at least one individual instruction, the commit frontier indicating a boundary between instructions that can be committed and those that cannot. memory configured to store an instruction block comprising a sequentially-ordered plurality of individual instructions ; and an instruction scheduler configured to: evaluate dependencies for individual instructions encoded for the instruction block , issue a respective instruction of the individual instructions when the respective instruction's dependencies indicate that the respective instruction is ready to issue, determining that at least one of the individual instructions can commit, and responsive to the determining, advancing a commit frontier to include the determined at least one individual instruction, the commit frontier indicating a boundary between instructions that can be committed and those that cannot. evaluate dependencies for individual instructions encoded for the instruction block , issue a respective instruction of the individual instructions when the respective instruction's dependencies indicate that the respective instruction is ready to issue, determining that at least one of the individual instructions can commit, and responsive to the determining, advancing a commit frontier to include the determined at least one individual instruction, the commit frontier indicating a boundary between instructions that can be committed and those that cannot.
An effective amount of an agent which selectively inhibits the redox function of Ape1/Ref-1 for use in inhibiting advanced macular degeneration (AMD), wherein the agent is 3-[(5-(2,3-dimethoxy-6-methyl - 1,4-benzoquinoyl)]-2-nonyl-2-propenoic acid.
An alignment system for positioning and/or keeping a first object at a controlled distance (D1) with respect to a second object , the system comprising - an object stage configured to hold the first object or the second object, wherein a surface of the first object is at a distance (D1) over a surface of the second object ; - an object stage actuator configured to actuate the object stage to vary the distance (D1) between the surfaces of the first and second objects ; - a sensor device comprising a probe tip connected at a predetermined probe level distance (Dp) relative to the surface of the first object , wherein the probe tip is configured to perform an atomic force measurement (AFM) of a force (F1) exerted via the probe tip on a surface of the second object ; - a controller configured to control the object stage actuator as a function of the probe level distance (Dp) and the measured force (F1) to position and/or keep the first object at the controlled distanced (D1) with respect to a second object . characterized in that the sensor device comprising the probe tip is carried by the object stage via a sensor stage , wherein the sensor stage comprises an actuator configured to translate the sensor device in order to variably set the probe level distance (Dp) between a level of the probe tip and a level of the surface of the first object . - an object stage configured to hold the first object or the second object, wherein a surface of the first object is at a distance (D1) over a surface of the second object ; - an object stage actuator configured to actuate the object stage to vary the distance (D1) between the surfaces of the first and second objects ; - a sensor device comprising a probe tip connected at a predetermined probe level distance (Dp) relative to the surface of the first object , wherein the probe tip is configured to perform an atomic force measurement (AFM) of a force (F1) exerted via the probe tip on a surface of the second object ; - a controller configured to control the object stage actuator as a function of the probe level distance (Dp) and the measured force (F1) to position and/or keep the first object at the controlled distanced (D1) with respect to a second object .
An electrochemical H 2 S sensor comprising: a housing ; an electrolyte disposed within the housing ; and a plurality of electrodes in contact with the electrolyte within the housing , wherein the plurality of electrodes comprise a working electrode and a counter electrode , wherein a surface area of the working electrode in contact with the electrolyte is less than a surface area of the counter electrode in contact with the electrolyte, wherein the working electrode comprises a perfluorosulfonic acid ion-exchange resin and Pt-Ru disposed on a perfluorosulfonic acid ion-exchange resin membrane, and wherein the working electrode comprises an additional catalytic material; characterized in that the additional catalytic material comprises Ir, and the counter electrode comprises a perfluorosulfonic acid ion-exchange resin and Pt-Ru disposed on a perfluorosulfonic acid ion-exchange resin membrane. a housing ; an electrolyte disposed within the housing ; and a plurality of electrodes in contact with the electrolyte within the housing , wherein the plurality of electrodes comprise a working electrode and a counter electrode , wherein a surface area of the working electrode in contact with the electrolyte is less than a surface area of the counter electrode in contact with the electrolyte, wherein the working electrode comprises a perfluorosulfonic acid ion-exchange resin and Pt-Ru disposed on a perfluorosulfonic acid ion-exchange resin membrane, and wherein the working electrode comprises an additional catalytic material; characterized in that the additional catalytic material comprises Ir, and the counter electrode comprises a perfluorosulfonic acid ion-exchange resin and Pt-Ru disposed on a perfluorosulfonic acid ion-exchange resin membrane.
A high electron mobility transistor, HEMT, comprising: a plurality of active semiconductor layers , comprising: a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer ; a first spacer layer on said barrier layer ; a first field plate on said first spacer layer ; a second spacer layer on said first spacer layer and said first field plate ; a second field plate on said second spacer layer and electrically isolated from said first field plate ; a gate , a source electrode and a drain electrode on said semiconductor layers , said first field plate being integral with said gate and extending from said gate toward said drain electrode , said second field plate being electrically connected to said source electrode , and said first spacer layer being between said gate and said source and drain electrodes ; and a negative ion region within said barrier layer comprising sections of different thicknesses, with a first of said sections arranged in a region primarily below said gate and which does not extend into said buffer layer , a second of said sections arranged primarily below said first field plate and extending into said buffer layer , and a third of said sections arranged primarily below a portion of said second field plate extending toward the drain and not extending into said buffer layer . a plurality of active semiconductor layers , comprising: a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer ; a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer ; a first spacer layer on said barrier layer ; a first field plate on said first spacer layer ; a second spacer layer on said first spacer layer and said first field plate ; a second field plate on said second spacer layer and electrically isolated from said first field plate ; a gate , a source electrode and a drain electrode on said semiconductor layers , said first field plate being integral with said gate and extending from said gate toward said drain electrode , said second field plate being electrically connected to said source electrode , and said first spacer layer being between said gate and said source and drain electrodes ; and a negative ion region within said barrier layer comprising sections of different thicknesses, with a first of said sections arranged in a region primarily below said gate and which does not extend into said buffer layer , a second of said sections arranged primarily below said first field plate and extending into said buffer layer , and a third of said sections arranged primarily below a portion of said second field plate extending toward the drain and not extending into said buffer layer .
An additive for improving mechanical and flame resistant properties of halogen-free base polyolefins comprising 5-20 phr of bohmite, 5-20 phr of nanoclay, 5-20 phr of microcrystalline talc, 5-20 phr of zinc hydroxystannate, and 0.1-4 phr of a polyolefin oil, wherein the density of the polyolefin oil is 0.830 g/cm 3 or less, while the density of the base polyolefin is 0.890 g/cm 3 or greater