mhurhangee/patent-ind-claim-en huggingface dataset:
A full-face mask for non-invasive respiratory therapy for patients, which comprises: - a shell provided with a closed loop perimeter edge supporting an annular seal adapted to come into forced and fluid-tight contact with an area of the patient's face and surround the patient's mouth, nose and eyes; - intake means of a breathable gas placed on the shell for the intake of breathable gas into a volume contained between the shell and the patient's face; - outflow means of gases expired by the patient for the exit from the volume of the gases expired by the patient; and - an annular support frame ; - wherein the annular seal is adapted to be compressed, in use, between the patient's face and the support frame ; - wherein the support frame in use is removably associated with the shell in proximity to the perimeter edge thereof, and - wherein the support frame is configured to surround the patient's mouth, nose and eyes and comprises at least one fixing point for the fixing of the support frame to a neck strap . - a shell provided with a closed loop perimeter edge supporting an annular seal adapted to come into forced and fluid-tight contact with an area of the patient's face and surround the patient's mouth, nose and eyes; - intake means of a breathable gas placed on the shell for the intake of breathable gas into a volume contained between the shell and the patient's face; - outflow means of gases expired by the patient for the exit from the volume of the gases expired by the patient; and - an annular support frame ; - wherein the annular seal is adapted to be compressed, in use, between the patient's face and the support frame ; - wherein the support frame in use is removably associated with the shell in proximity to the perimeter edge thereof, and - wherein the support frame is configured to surround the patient's mouth, nose and eyes and comprises at least one fixing point for the fixing of the support frame to a neck strap .
A method of reducing an amount of an organic acid in a hydrocarbon oil fraction, comprising hydrogenating the hydrocarbon oil fraction using hydrogen gas supplied at a H 2 /oil ratio of 1 ~ 100 (NL/L) in presence of a hydrogenation catalyst under conditions of a temperature of 300 ~ 400°C and a pressure of 10 ~ 15 kg·f/cm 2 , wherein the hydrogen gas is a gas mixture comprising 20 ~ 80 wt% of hydrogen, and wherein the hydrocarbon oil fraction treated is a high acidity hydrocarbon fraction having a TAN of superior to 0.5 mg/KOH as measured by ASTM D664, and wherein the hydrocarbon oil fraction is atmospheric residual oil obtained after refining crude oil using atmospheric distillation. wherein the hydrogen gas is a gas mixture comprising 20 ~ 80 wt% of hydrogen, and wherein the hydrocarbon oil fraction treated is a high acidity hydrocarbon fraction having a TAN of superior to 0.5 mg/KOH as measured by ASTM D664, and wherein the hydrocarbon oil fraction is atmospheric residual oil obtained after refining crude oil using atmospheric distillation.
A multi-stage turboexpander , comprising a casing and a shaft arranged for rotation in the casing and supported by at least a first bearing at a first shaft end portion and a second bearing at a second shaft end portion ; at least a first radial impeller and a second radial impeller arranged between the first bearing and the second bearing on the shaft for co-rotation therewith around a rotation axis (A-A); a first inlet port , adapted to feed pressurized working fluid to the first radial impeller ; a first discharge port , adapted to discharge a flow of partly expanded working fluid from the casing ; a second inlet port adapted to feed a flow of partly expanded working fluid to the second radial impeller ; a second discharge port , adapted to discharge a flow of exhaust working fluid from the casing ; wherein the first radial impeller and the second radial impeller are arranged in a front-to-front position with respect to one another, characterized by a first inlet plenum fluidly coupled to the first intake port ; a first discharge plenum fluidly coupled to the first discharge port ; a second inlet plenum fluidly coupled to the second intake port ; a second discharge plenum fluidly coupled to the second discharge port ; a partition wall and a disk mounted on the shaft to rotate therewith separating the first discharge plenum from the second discharge plenum ; and a sealing arrangement between the partition wall and the disk to reduce or prevent leakages from the first discharge plenum towards the second discharge plenum . characterized by a first inlet plenum fluidly coupled to the first intake port ; a first discharge plenum fluidly coupled to the first discharge port ; a second inlet plenum fluidly coupled to the second intake port ; a second discharge plenum fluidly coupled to the second discharge port ; a partition wall and a disk mounted on the shaft to rotate therewith separating the first discharge plenum from the second discharge plenum ; and a sealing arrangement between the partition wall and the disk to reduce or prevent leakages from the first discharge plenum towards the second discharge plenum .
A device for accommodating a surgical tool , the device comprising: a housing having an outer surface defining an opening , an interior of the housing defining a canal for receiving a surgical tool, the canal having a first end coupled to the opening and a second end terminating within the housing; at least one battery for powering the device, the battery coming into contact with a battery contact ; and a sealing tab having a battery sealing portion for insulating the battery contact prior to the use of the device wherein the sealing tab further comprises a liquid sealing portion for providing sealing for liquid disposed within the canal , herein said liquid sealing portion of the sealing tab is disposed between the opening of the device and a self-sealing mechanism and provides sealing for the canal so that defogging material does not spill out. a housing having an outer surface defining an opening , an interior of the housing defining a canal for receiving a surgical tool, the canal having a first end coupled to the opening and a second end terminating within the housing; at least one battery for powering the device, the battery coming into contact with a battery contact ; and a sealing tab having a battery sealing portion for insulating the battery contact prior to the use of the device wherein the sealing tab further comprises a liquid sealing portion for providing sealing for liquid disposed within the canal , herein said liquid sealing portion of the sealing tab is disposed between the opening of the device and a self-sealing mechanism and provides sealing for the canal so that defogging material does not spill out.
An implantable medical device , comprising: a frame comprising at least one elongate member ; and a fixation member engaged with the at least one elongate member, the fixation member comprising: a first cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a second cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a tissue engagement member extending from one of the first cuff and the second cuff and configured to anchor to tissue at an implant site to thereby hold the implantable medical device in a position at the implant site, and a cuff joining member connected at a first end to the first cuff and at a second end to the second cuff, wherein the cuff joining member surrounds the periphery of the at least one elongate member of the frame by less than 180° and is biased to align with the inside curvature of a bend portion of the at least one elongate member when the first cuff and second cuff are located on opposite sides of the bend portion, and the first cuff and the second cuff have a slip-fit relation to the at least one elongate member. a frame comprising at least one elongate member ; and a fixation member engaged with the at least one elongate member, the fixation member comprising: a first cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a second cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a tissue engagement member extending from one of the first cuff and the second cuff and configured to anchor to tissue at an implant site to thereby hold the implantable medical device in a position at the implant site, and a first cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a second cuff surrounding a perimeter of the at least one elongate member from between 180° to 360°, a tissue engagement member extending from one of the first cuff and the second cuff and configured to anchor to tissue at an implant site to thereby hold the implantable medical device in a position at the implant site, and a cuff joining member connected at a first end to the first cuff and at a second end to the second cuff, wherein the cuff joining member surrounds the periphery of the at least one elongate member of the frame by less than 180° and is biased to align with the inside curvature of a bend portion of the at least one elongate member when the first cuff and second cuff are located on opposite sides of the bend portion, and the first cuff and the second cuff have a slip-fit relation to the at least one elongate member.
A method for coating a medical device , comprising: providing a medical device, wherein the medical device is a surgical needle; and characterised by applying a homogenous coating to at least a portion of a surface of the medical device with a thickness in the range of 1 micrometer to 12 micrometers, the homogenous coating comprising a vinyl functionalized organopolysiloxane and a polydimethylsiloxane. providing a medical device, wherein the medical device is a surgical needle; and characterised by applying a homogenous coating to at least a portion of a surface of the medical device with a thickness in the range of 1 micrometer to 12 micrometers, the homogenous coating comprising a vinyl functionalized organopolysiloxane and a polydimethylsiloxane.
Pot detection sensor for an induction hob , wherein said pot detection sensor has: - an air-core coil with at least two turns , - a carrier for said air-core coil, characterized in that a length of said air-core coil is at least five times a width of said air-core coil. - an air-core coil with at least two turns , - a carrier for said air-core coil,
A resilient and flexible valved catheter which is made from a resin and which is formed in a tube shape with a closed distal end , and having a valve comprising an openable slit that penetrates from the inner surface to the outer surface formed along the longitudinal direction in this distal end section , which valved catheter is characterized in that the slit 44,44a,54,54a) is formed in such a way as to lie on an imaginary straight line passing through a center point in the cross-section of the valve catheter , wherein one edge portion of the edge portions of the two sides of said slit of said valve deforms more readily than the other edge portion in an outward direction when a fluid is caused to flow from the interior to the exterior by way of said valve , and deforms more readily than the other edge portion in an inward direction when a fluid is caused to flow from the exterior to the interior by way of said valve , and wherein a thickness of one edge portion of said slit of said valve is thinner than said other edge portion .
A semiconductor transistor , having a source region , a body region comprising a channel region (3.1) extending in a vertical direction , a drain region , a trench gate arranged aside the channel region (3.1) in a lateral direction , and a body contact made of an electrically conductive material , wherein the body contact forms a body contact area , the body contact being in an electrical contact with the body region via the body contact area , and wherein the body contact area is tilted with respect to the vertical direction and the lateral direction , characterized in that the body contact has in the body contact area a concave shape seen in a vertical cross-section. a source region , a body region comprising a channel region (3.1) extending in a vertical direction , a drain region , a trench gate arranged aside the channel region (3.1) in a lateral direction , and a body contact made of an electrically conductive material , wherein the body contact forms a body contact area , the body contact being in an electrical contact with the body region via the body contact area , and wherein the body contact area is tilted with respect to the vertical direction and the lateral direction , characterized in that the body contact has in the body contact area a concave shape seen in a vertical cross-section.
Applicator for cosmetic product, comprising: - a core extending in a direction of longitudinal extension (X), called principal direction, and having a proximal end adapted to be attached to a rod of the applicator by a sleeve extending the core , - at least one movable element extending along all or part of a length of the core from a first end attached to the core towards a second end that is free to move in relation to the core and, said core and/or the at least one movable element comprising a plurality of projecting protrusions (7.1, 7.2, 7.2A, 7.2B), the at least one movable element comprises branches extending along the direction of longitudinal extension (X) of the core , characterized in that the branches are connected at the end ) free to move to a ring , the ring being not fixed to the core , the sleeve and the rod . - a core extending in a direction of longitudinal extension (X), called principal direction, and having a proximal end adapted to be attached to a rod of the applicator by a sleeve extending the core , - at least one movable element extending along all or part of a length of the core from a first end attached to the core towards a second end that is free to move in relation to the core and, said core and/or the at least one movable element comprising a plurality of projecting protrusions (7.1, 7.2, 7.2A, 7.2B), the at least one movable element comprises branches extending along the direction of longitudinal extension (X) of the core , characterized in that the branches are connected at the end ) free to move to a ring , the ring being not fixed to the core , the sleeve and the rod .
A hardware processor comprising: an address generation unit to generate a linear address for a memory access request to a memory; a register comprising a current privilege level indication; characterized by at least one control register comprising a user mode masking bit to indicate utilization of user mode masking and a supervisor mode masking bit to indicate utilization of supervisor mode masking; and a memory management unit to mask out a proper subset of bits inside an address space of the linear address for the memory access request based on the current privilege level indication and either of the user mode masking bit or the supervisor mode masking bit to produce a resultant linear address, and output the resultant linear address. an address generation unit to generate a linear address for a memory access request to a memory; a register comprising a current privilege level indication; characterized by at least one control register comprising a user mode masking bit to indicate utilization of user mode masking and a supervisor mode masking bit to indicate utilization of supervisor mode masking; and a memory management unit to mask out a proper subset of bits inside an address space of the linear address for the memory access request based on the current privilege level indication and either of the user mode masking bit or the supervisor mode masking bit to produce a resultant linear address, and output the resultant linear address.
A vehicle wheel for a vehicle , the wheel comprising a rim carrying a tire co-operating with the rim to define an inside volume that is filled with a fluid under pressure, the wheel including a pressure measurement device mounted so as to be capable of moving freely in the inside volume , the pressure measurement device comprising an electronic control circuit that is connected to a pressure sensor , to an absence-of-movement sensor for sensing when the wheel is not moving, and to an electronic circuit for wireless communication, the pressure measurement device being arranged to cause pressure to be measured while the wheel is detected as not moving.
A base assembly for a solar panel, wherein a first base , a second base and a rail are provided, said bases each being integrally formable from a two-dimensional blank of the outer contour having bend-weakened fold lines through folding without tools, and each being connectable to the rail and a module frame of the solar panel without tools or fasteners, and wherein the first base and the second base are mountable, together and spaced apart from one another with their front sides facing each other, on the rail , said rail having a profile cross-section closed on three sides with projections into the open side, characterized in that the respective base has an essentially triangular lateral gable surface and approximately U-shaped front and rear sides that are formed by legs , said legs having an approximately U-shaped cross-section with said U-shape opening towards the front side , and by a base plate , wherein the base has latching cups as well as locking tabs formed at the base plate and configured so as to be able to engage projections and mating elements of the rail , and wherein the base further has legs , said legs facing away from the base plate and having supports that are arranged at the end of the leg facing away from the base plate and are for supporting the module frame of the solar panel , and recesses formed so as to be able to engage the module frame in such a manner that the base assembly forms a rigid connection with the rail and the module frame , and wherein an anti-rotation stop of the base is provided which has two inner holding tabs , said holding tabs being formed so as to be able to grip the projection of the rail on the inner side of the cross-sectional profile, and two end position securing tabs formed so as to be able to grip the outer wall of the rail .
A computerized method of detecting anomalies in a robotic system in an industrial plant, wherein the robotic system comprises at least one robot and one or more controllers of a Distributed Control System (DCS), configured to control the at least one robot to perform an operation on an object, wherein the DCS comprises an analytics model to detect anomalies in the robotic system for predefined configuration parameters of the at least one robot and predefined process parameters associated with the robotic system, the method comprises: monitoring using a monitoring module configuration parameters of the at least one robot and process parameters associated with the robotic system, wherein the configuration parameters are one of, obtained from at least one of, one or more sensors of the DCS and a database associated with the DCS; detecting using the monitoring module an association between at least one configuration parameter and at least one process parameter; obtaining optimal configuration parameters and optimal process parameters based on the association, wherein the optimal configuration parameters and the optimal process parameters are analyzed using an analysis module for detecting an anomaly, wherein at least one parameter is identified from the optimal configuration parameter and the optimal process parameters causing the anomaly, wherein the anomaly is validated; determining an error in the analysis based on the validation, wherein the error is indicative of invalid setpoints for the at least one parameter; and estimating a valid setpoint for the at least one parameter based on the error, wherein the valid setpoint is updated in the analytics model, wherein the updated analytic model is used for detecting anomalies accurately. monitoring using a monitoring module configuration parameters of the at least one robot and process parameters associated with the robotic system, wherein the configuration parameters are one of, obtained from at least one of, one or more sensors of the DCS and a database associated with the DCS; detecting using the monitoring module an association between at least one configuration parameter and at least one process parameter; obtaining optimal configuration parameters and optimal process parameters based on the association, wherein the optimal configuration parameters and the optimal process parameters are analyzed using an analysis module for detecting an anomaly, wherein at least one parameter is identified from the optimal configuration parameter and the optimal process parameters causing the anomaly, wherein the anomaly is validated; determining an error in the analysis based on the validation, wherein the error is indicative of invalid setpoints for the at least one parameter; and estimating a valid setpoint for the at least one parameter based on the error, wherein the valid setpoint is updated in the analytics model, wherein the updated analytic model is used for detecting anomalies accurately.
Method for renovating a dome shaft , comprising the steps of - inspecting the tightness of dome shaft inner surfaces of the dome shaft in relation to the dome shaft surroundings to identify defects , - section-by-section lining of the dome shaft inner surfaces of the dome shaft at least in the area of the defects with a fibrous sealing material , - joining the sealing material to create a continuous lining , - Sealing the lining by applying a polymer coating , wherein - the lining is bent up in edge areas of the dome shaft inner surfaces and/or in transition areas to fittings penetrating the dome shaft inner surfaces . - inspecting the tightness of dome shaft inner surfaces of the dome shaft in relation to the dome shaft surroundings to identify defects , - section-by-section lining of the dome shaft inner surfaces of the dome shaft at least in the area of the defects with a fibrous sealing material , - joining the sealing material to create a continuous lining , - Sealing the lining by applying a polymer coating , wherein - the lining is bent up in edge areas of the dome shaft inner surfaces and/or in transition areas to fittings penetrating the dome shaft inner surfaces .