mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a bonded SOI wafer by bonding a bond wafer and a base wafer , each composed of a silicon single crystal, via an insulator film , comprising the step of: depositing a polycrystalline silicon layer on the bonding surface side of the base wafer (S23) polishing a surface of the polycrystalline silicon layer (S24), forming the insulator film on the bonding surface of the bond wafer (S12), bonding the polished surface of the polycrystalline silicon layer of the base wafer and the bond wafer via the insulator film (13, S31), and thinning the bonded bond wafer to form an SOI layer (15, S32); wherein, as the base wafer, a silicon single crystal wafer having a resistivity of 100 Ω·cm or more is used, the step for depositing the polycrystalline silicon layer (12, S23) further comprises a stage for previously forming an oxide film (20, S22) on the surface of the base wafer on which the polycrystalline silicon layer is deposited, the oxide film is formed by wet cleaning, and the polycrystalline silicon layer is deposited at a temperature of 900°C or more and 1010°C or less. depositing a polycrystalline silicon layer on the bonding surface side of the base wafer (S23) polishing a surface of the polycrystalline silicon layer (S24), forming the insulator film on the bonding surface of the bond wafer (S12), bonding the polished surface of the polycrystalline silicon layer of the base wafer and the bond wafer via the insulator film (13, S31), and thinning the bonded bond wafer to form an SOI layer (15, S32); wherein, as the base wafer, a silicon single crystal wafer having a resistivity of 100 Ω·cm or more is used, the step for depositing the polycrystalline silicon layer (12, S23) further comprises a stage for previously forming an oxide film (20, S22) on the surface of the base wafer on which the polycrystalline silicon layer is deposited, the oxide film is formed by wet cleaning, and the polycrystalline silicon layer is deposited at a temperature of 900°C or more and 1010°C or less.
A remote processing device for processing inspection data collected by one or more inspection apparatuses , said remote processing device configured to be remotely located from the one or more inspection apparatuses during collection of the inspection data, said remote processing device comprising: a communication unit configured to transmit data to the one or more inspection apparatuses and to receive data from the one or more inspection apparatuses ; and an on-board computing device coupled to said communication unit , said on-board computing device comprising at least one processor and a memory device coupled to said at least one processor , characterized by said at least one processor configured to: receive, from the one or more inspection apparatuses , geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel ; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source ; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices. a communication unit configured to transmit data to the one or more inspection apparatuses and to receive data from the one or more inspection apparatuses ; and an on-board computing device coupled to said communication unit , said on-board computing device comprising at least one processor and a memory device coupled to said at least one processor , characterized by said at least one processor configured to: receive, from the one or more inspection apparatuses , geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel ; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source ; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices. receive, from the one or more inspection apparatuses , geotagged unprocessed image data over a first communication channel and geotagged fluid concentration data over a second communication channel ; process the geotagged unprocessed image data into one or more image files; retrieve historical fluid concentration data from a remote data source ; generate a fluid data map by overlaying a first layer of the geotagged fluid concentration data and one or more second layers including the historical fluid concentration data over the one or more image files; and transmit the fluid data map to one or more remote computing devices.
A filter cartridge, characterized by comprising: a filter media defining an interior space, and having a first end and a second end; a first end plate connected to the first end; a second end plate connected to the second end, a center tube connected to the second end plate , a pin being connected to the center tube and extending away from second end plate into the interior space, the pin defining a flow passage therethrough that communicates the interior space with an outside of the filter cartridge, characterized in that_the center tube comprises an inner short wall defining a cavity closed at the top by an horizontal plate , wherein a generally horizontal end wall is formed at the lower end of the short wall or an annular wall extending downward from an upper end of the center tube , the cavity being structured to receive air, wherein the pin projects downward from the center of the end wall and is configured to extend downward into at least one opening of a valve assembly , allowing air in the cavity to pass through the flow passage defined in the pin to the outside of the filter cartridge. a filter media defining an interior space, and having a first end and a second end; a first end plate connected to the first end; a second end plate connected to the second end, a center tube connected to the second end plate , a pin being connected to the center tube and extending away from second end plate into the interior space, the pin defining a flow passage therethrough that communicates the interior space with an outside of the filter cartridge, characterized in that_the center tube comprises an inner short wall defining a cavity closed at the top by an horizontal plate , wherein a generally horizontal end wall is formed at the lower end of the short wall or an annular wall extending downward from an upper end of the center tube , the cavity being structured to receive air, wherein the pin projects downward from the center of the end wall and is configured to extend downward into at least one opening of a valve assembly , allowing air in the cavity to pass through the flow passage defined in the pin to the outside of the filter cartridge.
Monitoring system for an elevator system comprising an elevator door (5.1, 5.2, 5.3, 6), wherein the monitoring system is suitable for creating usage data for the elevator door (5.1, 5.2, 5.3, 6), comprising - a sensor arranged in the elevator system , wherein at least one physical parameter of the surroundings of the sensor is detected by means of the sensor and - an evaluation unit (4.5) designed in such a way that an operating state of the elevator door (5.1, 5.2, 5.3, 6) is determined by means of a temporal course of the physical parameter, wherein the physical parameter is an optical parameter, preferably light intensity and/or color temperature, wherein the evaluation unit (4.5) comprises a memory unit (4.6), wherein the evaluation unit (4.5) is designed in such a way that at least one characteristic variable is determined from the temporal course of the parameter and this characteristic variable is compared with at least one reference characteristic variable stored in the memory unit (4.6). - a sensor arranged in the elevator system , wherein at least one physical parameter of the surroundings of the sensor is detected by means of the sensor and - an evaluation unit (4.5) designed in such a way that an operating state of the elevator door (5.1, 5.2, 5.3, 6) is determined by means of a temporal course of the physical parameter, light intensity and/or color temperature, wherein the evaluation unit (4.5) comprises a memory unit (4.6), wherein the evaluation unit (4.5) is designed in such a way that at least one characteristic variable is determined from the temporal course of the parameter and this characteristic variable is compared with at least one reference characteristic variable stored in the memory unit (4.6).
A human C3a receptor agonist for use in the treatment or prevention of an ischemic brain injury, wherein the ischemic brain injury is ischemic stroke or neonatal hypoxic-ischemic encephalopathy, wherein the C3a receptor agonist is formulated for daily intranasal delivery and administered intranasally, wherein when the ischemic brain injury is ischemic stroke the administration occurs at least 7 days after the ischemic stroke and when the ischemic brain injury is neonatal hypoxic-ischemic encephalopathy the administration occurs at least 1 hour after birth.
A door mirror comprising: a door mirror main body ; an attachment stay including an attachment surface attached to a door of a vehicle body by being brought into contact therewith and configured to attach the door mirror main body to the door of the vehicle body ; and a seal part provided between the attachment stay and the door of the vehicle body , wherein the seal part includes: a plate-shaped seal main body formed to correspond to the attachment surface ; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body , wherein the lip part includes at least two flexion parts between a base, which is a portion connected to the seal main body , and a distal end thereof, and the flexion parts are formed over the entire circumference of the lip part , characterized in that : the lip part further includes: a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter. a door mirror main body ; an attachment stay including an attachment surface attached to a door of a vehicle body by being brought into contact therewith and configured to attach the door mirror main body to the door of the vehicle body ; and a seal part provided between the attachment stay and the door of the vehicle body , wherein the seal part includes: a plate-shaped seal main body formed to correspond to the attachment surface ; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body , a plate-shaped seal main body formed to correspond to the attachment surface ; and a lip part formed in an annular shape along an outer peripheral portion of the seal main body and formed to protrude from the seal main body toward the door of the vehicle body , wherein the lip part includes at least two flexion parts between a base, which is a portion connected to the seal main body , and a distal end thereof, and the flexion parts are formed over the entire circumference of the lip part , characterized in that : the lip part further includes: a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter. a first extended part having a first flexion part formed at the base and extending from the first flexion part while gradually increasing in diameter; and a second extended part extending towards the door of the vehicle body from a distal end of the first extended part via a second flexion part while gradually decreasing in diameter.
A method for producing a disposable diagnostic test product and monitoring a product property of the test product , specifically for blood glucose test strips or tapes, comprising a) depositing on a substrate , preferably a carrier foil, a first layer of test material including a first metallic component and a second layer of test material covering the first layer and including a second metallic component , b) detecting XRF signals of the metallic components in the composite of the first and second layer using XRF spectrometry, c) determining a value for the quantity of each metallic component in a measured area from the XRF signals, d) calculating the areal coating quantity of the first and second layer using the quantity values of the metallic components and predetermined values of the proportion of the metallic components in the test materials. a) depositing on a substrate , preferably a carrier foil, a first layer of test material including a first metallic component and a second layer of test material covering the first layer and including a second metallic component , b) detecting XRF signals of the metallic components in the composite of the first and second layer using XRF spectrometry, c) determining a value for the quantity of each metallic component in a measured area from the XRF signals, d) calculating the areal coating quantity of the first and second layer using the quantity values of the metallic components and predetermined values of the proportion of the metallic components in the test materials.
A liquid ejecting head chip comprising: an actuator plate in which a plurality of ejection channels and a plurality of non-ejection channels which extend in a first direction (Z) are alternately arranged at a distance in a second direction (X) which is orthogonal to the first direction; a cover plate which is stacked on an actuator plate-side first main surface (51f1) of the actuator plate in a third direction (Y) which is orthogonal to the first direction and the second direction, so as to close the plurality of ejection channels and the plurality of non-ejection channels; a common electrode which is formed on an inner surface of each of the ejection channels; an individual electrode which is formed on an inner surface of each of the non-ejection channels; and a connection wiring which is divided so as to be formed in at least 3 or more places in the second direction on the cover plate, and connects the common electrode to an external wiring , characterised in that : the connection wiring is formed at a tail portion of the cover plate, which extends past one end surface of the actuator plate in the first direction, in a stacked state of the actuator plate and the cover plate. an actuator plate in which a plurality of ejection channels and a plurality of non-ejection channels which extend in a first direction (Z) are alternately arranged at a distance in a second direction (X) which is orthogonal to the first direction; a cover plate which is stacked on an actuator plate-side first main surface (51f1) of the actuator plate in a third direction (Y) which is orthogonal to the first direction and the second direction, so as to close the plurality of ejection channels and the plurality of non-ejection channels; a common electrode which is formed on an inner surface of each of the ejection channels; an individual electrode which is formed on an inner surface of each of the non-ejection channels; and a connection wiring which is divided so as to be formed in at least 3 or more places in the second direction on the cover plate, and connects the common electrode to an external wiring , characterised in that : the connection wiring is formed at a tail portion of the cover plate, which extends past one end surface of the actuator plate in the first direction, in a stacked state of the actuator plate and the cover plate.
A negative active material for a secondary battery, which is an alloy formed by a chemical formula below, and in which a ratio of Ti to Fe in the negative active material for the secondary battery has 1:1 and a ratio of Si: Ti or Si: Fe in the negative active material for the secondary battery has a range of 5:1 to 9:1, wherein an amorphization degree of a fine crystalline region on a matrix within the alloy is 25% or more, and wherein Si has a range of 60 to 70%, and Al has a range of 5 to 19% based on at (%), and the amorphization degree is measured using the an XRD pattern rotation angle 2Θ in a range of 20° to 100°, wherein the amorphization degree is expressed as: amorphization degree % = entire area − crystallization area ÷ entire area ) and wherein the chemical formula is expressed as: Si x Ti y Fe z Al u , wherein x equals to 1-(y+z+u), y is 0.09 to 0.14, z is 0.09 to 0.14, and u is 0.05 to 0.19.
A hydromassage device comprising a trough and a pump, the trough being on its top covered by a resting surface foil stretched thereover and serving as a resting surface for a patient, and having in its interior a nozzle mechanism with at least one nozzle fed from the pump, wherein a resting surface catching mechanism that is at least substantially not stretchable, arranged within the trough and below the resting surface foil , but above the nozzle mechanism, characterised in that the resting surface catching element is located at such a distance below the unloaded resting surface foil that, when the resting surface foil is loaded by a patient resting thereupon, the resting surface foil , which is thereby slightly lowered locally, does not contact the resting surface catching element , the catching element being configured in such a way that it does at least substantially not obstruct the massaging water jet.
Method for estimating the combustion richness of an internal combustion engine, said engine comprising at least one cylinder, at least one richness measuring probe , the method comprising the steps consisting of: calculating a simple model richness (Φ _ Calc) by means of a value of fuel flow injected (qlnj) in the cylinder and a measurement or modeling of admitted air flow (Qair), measure a richness signal using from the richness probe , quantify richness drifts on engine operating points from the measured richness signal and the simple richness model (Φ _ Calc); memorize a map of wealth drifts quantified at operating points; apply a correction to the simple richness model from a richness drift stored in the map, in which the richness drifts stored in the map are quantified at operating points where the engine is in transient mode, the method being characterized in that it further comprises a step of realigning at least one drift value stored in the map, which realignment step comprises the implementation of a Kalman filter at an operating point in transient mode and the application of a drift correction thus reset to the richness model, the method also comprising a step of monitoring a saturation state of the measuring probe, and, in the event of saturation, a step consisting of applying a correction of drift to the richness model using at least one drift value stored in the mapping by inhibiting the step of resetting this richness drift value from the mapping using the Kalman filter.
A power tool comprising: a housing ; a motor positioned within the housing ; and an impulse assembly coupled to the motor to receive torque therefrom, the impulse assembly including a cylinder at least partially forming a chamber containing a hydraulic fluid, an anvil positioned at least partially within the chamber , a hammer positioned at least partially within the chamber , the hammer including a first side facing the anvil and a second side opposite the first side ; characterised in that it also comprises: a biasing member biasing the hammer towards the anvil , and a valve movable between a first position that permits a first fluid flow rate of the hydraulic fluid in the chamber from the second side of the hammer to the first side of the hammer , and a second position that permits a second fluid flow rate of the hydraulic fluid in the chamber from the first side of the hammer to the second side of the hammer . a housing ; a motor positioned within the housing ; and an impulse assembly coupled to the motor to receive torque therefrom, the impulse assembly including a cylinder at least partially forming a chamber containing a hydraulic fluid, an anvil positioned at least partially within the chamber , a hammer positioned at least partially within the chamber , the hammer including a first side facing the anvil and a second side opposite the first side ; characterised in that it also comprises: a biasing member biasing the hammer towards the anvil , and a valve movable between a first position that permits a first fluid flow rate of the hydraulic fluid in the chamber from the second side of the hammer to the first side of the hammer , a cylinder at least partially forming a chamber containing a hydraulic fluid, an anvil positioned at least partially within the chamber , a hammer positioned at least partially within the chamber , the hammer including a first side facing the anvil and a second side opposite the first side ; characterised in that it also comprises: a biasing member biasing the hammer towards the anvil , and a valve movable between a first position that permits a first fluid flow rate of the hydraulic fluid in the chamber from the second side of the hammer to the first side of the hammer , a biasing member biasing the hammer towards the anvil , and a valve movable between a first position that permits a first fluid flow rate of the hydraulic fluid in the chamber from the second side of the hammer to the first side of the hammer , and a second position that permits a second fluid flow rate of the hydraulic fluid in the chamber from the first side of the hammer to the second side of the hammer .