mhurhangee/patent-ind-claim-en huggingface dataset:
A ferritic stainless steel consisting of, in a mass%, C: 0.030% or less, N: 0.030% or less, Si: 1.0% or less, Mn: 1.0% or less, P: 0.05% or less, S: 0.01% or less, Cr: 13% to 25%, Al: 0.003% to 0.30%, Mo: 3% or less, Ni: 2.0% or less, Cu: 1.0% or less, Sn, Sb, Zr, Co, W: 0.5% or less, V: 1.0% or less, B: 0.0030% or less, Mg: 0.0050% or less, La: 0.1% or less, Y: 0.1% or less, Hf: 0.1% or less, REM: 0.1% or less, Ga: 0.05% or less, Ca: 0.0050 % or less, optionally Ti: 0.001% to 0.30 %, optionally Nb: 0.05% to 1.0%, and a balance of Fe and unavoidable impurities, wherein if Ti is not present, an Al oxide is present on a surface of a material and if Ti is present, one of or both of an Al oxide and a Ti oxide are present on a surface of a material, a surface coverage ratio by the Al oxide and the Ti oxide is 5% to 70%, a surface roughness in Ra measured by red laser is 0.010 μm to 0.15 μm, wherein the surface roughness is measured in a measurement magnification of 2000 times in a measurement direction parallel to a polishing mark or a rolling direction as a two-dimensional roughness longer than 100 μm; and the average roughness Ra/μm is defined as an index parameter; and a thickness from the surface to a point, which is a value of a half peak of an Al content or a Ti content on the surface, satisfies 5 to 300 nm, the value of a half peak of the Al content or the Ti content being obtained from an elemental profile expressed by a cation ratio, and the Al content or the Ti content on the surface being one of higher one.
Household appliance , in particular refrigeration appliance , having an electronic control apparatus which is embodied to control at least one function of the household appliance and which comprises an electronic printed circuit board and an input apparatus which is connected to the printed circuit board and has at least one input means and which is embodied to feed an assigned control signal to the printed circuit board on the basis of a manual actuation of the input means , wherein the input apparatus has a flexible support , on which the at least one input means is arranged, wherein the input apparatus has a support device , to which the flexible support is fastened in clamped manner by means of at least one fastening means acting in a form and/or force-fit manner and connected to the support device , wherein tensile forces act on the flexible support and extend the flexible support in at least one direction within a plane of the flexible support , wherein the support device has two rigid fastening means , which are embodied to hold a first end portion of the flexible support and the support device further has two resilient fastening means , which are embodied to hold a second end portion of the flexible support facing the first end portion , wherein the rigid fastening means are formed by two rigid pins moulded to the support device and projecting upward, and a circular, an oval or an elongated hole in the flexible support is assigned to each rigid pin of the support device , and two resilient fastening means on the support device are moulded to a front end of the support device facing the rigid fastening means and the resilient fastening means are formed by two upwardly projecting elastic pins moulded to the support device and a circular, an oval or elongated hole in the flexible support is assigned to each elastic pin of the support device and wherein each rigid and elastic pin penetrates one of the holes in a form-fit manner in each case such that on account of the resilient and/or elastic embodiment of the resilient fastening means , in particular of the elastic pins, a tensile force acting in the plane of the flexible support is applied to the clamped flexible support so that the flexible support extends in a very planar manner aligned with the top face of the support device .
A method of forming a green body for use in making a ceramic matrix composite (CMC) article; the method comprising: placing a fiber preform inside a pliable container having an internal volume and an external surface; infiltrating a ceramic slurry into a fiber preform to form a wet infiltrated preform; creating a pressure differential between the internal volume and the external surface of the pliable container, such that the ceramic slurry remains within the fiber preform; placing the pliable container and wet infiltrated preform into a fluid bath at ambient temperature; heating the fluid bath to a predetermined hold temperature; maintaining the fluid bath at the hold temperature for a predetermined time period, wherein the heat from the fluid bath is transferred to the wet infiltrated preform by convection, conduction, or a combination thereof, such that the wet infiltrated preform is transformed into the green body; removing the pliable container from the fluid bath; and removing the green body from the pliable container. placing a fiber preform inside a pliable container having an internal volume and an external surface; infiltrating a ceramic slurry into a fiber preform to form a wet infiltrated preform; creating a pressure differential between the internal volume and the external surface of the pliable container, such that the ceramic slurry remains within the fiber preform; placing the pliable container and wet infiltrated preform into a fluid bath at ambient temperature; heating the fluid bath to a predetermined hold temperature; maintaining the fluid bath at the hold temperature for a predetermined time period, wherein the heat from the fluid bath is transferred to the wet infiltrated preform by convection, conduction, or a combination thereof, such that the wet infiltrated preform is transformed into the green body; removing the pliable container from the fluid bath; and removing the green body from the pliable container.
A method for producing a pocket cage for a rolling bearing , having the following steps: a) providing a cylinder sleeve having an inner lateral surface , b) introducing at least two grooves into the inner lateral surface , c) placing the cylinder sleeve on a shaft so that the inner lateral surface rests against the shaft , d) punching out pocket openings from the cylinder sleeve so that a pocket cage is formed, wherein a central contact surface formed between the two grooves in order to support a pocket cage axial separating web during punching has an axial extent which lies between 3% and 40% of the axial extent of one of the pocket cage axial separating webs . a) providing a cylinder sleeve having an inner lateral surface , b) introducing at least two grooves into the inner lateral surface , c) placing the cylinder sleeve on a shaft so that the inner lateral surface rests against the shaft , d) punching out pocket openings from the cylinder sleeve so that a pocket cage is formed,
A heating chamber for an aerosol generation device , the heating chamber comprising: an open end ; a base ; and a tubular side wall between the open end and the base , wherein the heating chamber is formed as a single element and wherein the tubular side wall has a first thickness of 90 μm or less and the base has a second thickness greater than the first thickness. an open end ; a base ; and a tubular side wall between the open end and the base , wherein the heating chamber is formed as a single element and wherein the tubular side wall has a first thickness of 90 μm or less and the base has a second thickness greater than the first thickness.
A vehicular projection display apparatus which projects visible information in or in the vicinity of a field of view of a driver so that the visible information is superimposed on real images, comprising: a display information generation unit which generates pieces of information representing plural respective display contents (CA, CB, CC, CD) to be presented to the driver ; a priority rank assigning unit which assigns display priority ranks to the plural respective display contents (CA, CB, CC, CD) generated by the display information generation unit; an obstacle detection unit which detects an obstacle (D01, D02) that may influence driving of a vehicle; and a display position adjusting unit which relocates the display positions of the plural display contents (CA, CB, CC, CD) according to the priority ranks assigned by the priority rank assigning unit, respectively, at least when the obstacle detection unit has detected a new obstacle; characterized in that the display position adjusting unit monitors degrees of importance and their variations of the plural respective display contents (CA, CB, CC, CD) and, if detecting a display content whose variation in the degree of importance is larger than a prescribed value, relocates the display positions of the plural display contents (CA, CB, CC, CD) according to the priority ranks assigned to the plural display contents (CA, CB, CC, CD), respectively. a display information generation unit which generates pieces of information representing plural respective display contents (CA, CB, CC, CD) to be presented to the driver ; a priority rank assigning unit which assigns display priority ranks to the plural respective display contents (CA, CB, CC, CD) generated by the display information generation unit; an obstacle detection unit which detects an obstacle (D01, D02) that may influence driving of a vehicle; and a display position adjusting unit which relocates the display positions of the plural display contents (CA, CB, CC, CD) according to the priority ranks assigned by the priority rank assigning unit, respectively, at least when the obstacle detection unit has detected a new obstacle; characterized in that the display position adjusting unit monitors degrees of importance and their variations of the plural respective display contents (CA, CB, CC, CD) and, if detecting a display content whose variation in the degree of importance is larger than a prescribed value, relocates the display positions of the plural display contents (CA, CB, CC, CD) according to the priority ranks assigned to the plural display contents (CA, CB, CC, CD), respectively.
A connection verification system , comprising: a movable element in contact with a stationary member , wherein the movable element configured to be partially engaged with the stationary member in an unlocked state and fully engaged with the stationary member in a locked state a radio frequency identification, RFID, integrated circuit, IC , attached to at least one of the movable element and the stationary member ; a first pair of pins communicatively coupled to the RFID IC , and further coupled to at least one of an antenna and an inductive coil ; a second pair of pins communicatively coupled to the RFID IC , wherein movement of the movable element from the unlocked state to the lock state leads to an establishment of an electrical circuit between, the RFID IC being configured such that, when an electrical circuit is established between the second pair of pins, it results in a change in at least one of a memory cell value in the RFID IC and a signal generated by the RFID IC ; and an RFID reader positioned proximate to the RFID IC and configured to detect the change in the signal generated by the RFID IC , characterized in that the movable element includes an electrical pathway wherein the electrical pathway of the movable element in the locked state engages the second pair of pins of the RFID IC. a movable element in contact with a stationary member , wherein the movable element configured to be partially engaged with the stationary member in an unlocked state and fully engaged with the stationary member in a locked state a radio frequency identification, RFID, integrated circuit, IC , attached to at least one of the movable element and the stationary member ; a first pair of pins communicatively coupled to the RFID IC , and further coupled to at least one of an antenna and an inductive coil ; a second pair of pins communicatively coupled to the RFID IC , wherein movement of the movable element from the unlocked state to the lock state leads to an establishment of an electrical circuit between, the RFID IC being configured such that, when an electrical circuit is established between the second pair of pins, it results in a change in at least one of a memory cell value in the RFID IC and a signal generated by the RFID IC ; and an RFID reader positioned proximate to the RFID IC and configured to detect the change in the signal generated by the RFID IC , characterized in that the movable element includes an electrical pathway wherein the electrical pathway of the movable element in the locked state engages the second pair of pins of the RFID IC.
An expansion constraining assembly for industrial processing equipment for processing metal or other material, the assembly comprising: an outer constraining structure ; an inner circular structure disposed radially inward from the outer constraining structure and within the expansion constraining assembly ; a plurality of support structures arranged at an offset angle away from a radial direction of the outer constraining structure , extending between the outer constraining structure and the inner circular structure , and attached to the outer constraining structure and the inner circular structure characterized in that the assembly further comprises: at least one ring within the outer constraining structure and disposed between the outer constraining structure and the inner circular structure , wherein the plurality of support structures are attached via the at least one ring , wherein the at least one ring comprises a first ring and a second ring, wherein the first ring is attached to the inner circular structure and the second ring is attached to the outer constraining structure , and wherein the plurality of support structures are attached via the first ring and the second ring. an outer constraining structure ; an inner circular structure disposed radially inward from the outer constraining structure and within the expansion constraining assembly ; a plurality of support structures arranged at an offset angle away from a radial direction of the outer constraining structure , extending between the outer constraining structure and the inner circular structure , and attached to the outer constraining structure and the inner circular structure characterized in that the assembly further comprises: at least one ring within the outer constraining structure and disposed between the outer constraining structure and the inner circular structure , wherein the plurality of support structures are attached via the at least one ring , wherein the at least one ring comprises a first ring and a second ring, wherein the first ring is attached to the inner circular structure and the second ring is attached to the outer constraining structure , and wherein the plurality of support structures are attached via the first ring and the second ring.
A reel for use in a reinforcing bar binding machine, the reel comprising: a core portion on which a wire is wound; flange portions provided on both sides of the core portion; and two or more wires wound around the core portion so as to be arranged in parallel in a direction along an axial direction of the core portion in a drawable manner, wherein portions of the two or more wires are joined each other at a joint part. a core portion on which a wire is wound; flange portions provided on both sides of the core portion; and two or more wires wound around the core portion so as to be arranged in parallel in a direction along an axial direction of the core portion in a drawable manner, wherein portions of the two or more wires are joined each other at a joint part.
A topical delivery formulation in the form of a solution, which comprises: at least one active ingredient; a volatile solvent system containing at least one dissolved polymer, wherein said volatile solvent system comprises one or more solvent(s) selected from the group consisting of saturated aliphatic ketones, esters and alcohols, and wherein the volatile solvent represents from 50 to 94 % w/w of the composition; wherein said polymer comprises a water insoluble polymer that is polyvinyl acetate, alone or in combination with a water soluble polymer; and optionally a plasticizer; wherein after dosing, evaporation of the volatile solvent provides a water resistant polymer matrix in which the active ingredient is entrapped. at least one active ingredient; a volatile solvent system containing at least one dissolved polymer, wherein said volatile solvent system comprises one or more solvent(s) selected from the group consisting of saturated aliphatic ketones, esters and alcohols, and wherein the volatile solvent represents from 50 to 94 % w/w of the composition; wherein said polymer comprises a water insoluble polymer that is polyvinyl acetate, alone or in combination with a water soluble polymer; and wherein said volatile solvent system comprises one or more solvent(s) selected from the group consisting of saturated aliphatic ketones, esters and alcohols, and wherein the volatile solvent represents from 50 to 94 % w/w of the composition; wherein said polymer comprises a water insoluble polymer that is polyvinyl acetate, alone or in combination with a water soluble polymer; and optionally a plasticizer; wherein after dosing, evaporation of the volatile solvent provides a water resistant polymer matrix in which the active ingredient is entrapped.
Pre-portioned and pre-packaged single dose bone graft composition encapsulated in a bag or capsule, wherein said bag or capsule is made of gelatin, and characterised in that the said bag or capsule has a film thickness of up to 50 μm.
An apparatus for delivering a drug over a period of time, the apparatus comprising: a delivery channel , comprising an outlet , for facilitating fluid flow of a carrier fluid through a lumen thereof to and from a bodily cavity; a first actuator coupled with the delivery channel to drive a drug and the carrier fluid through the delivery channel , out the outlet , and into the bodily cavity; characterised in that ; the apparatus further comprising a dosing pump coupled with a reservoir in fluid communication with the delivery channel to load a drug into the delivery channel and to pull at least a portion of the carrier fluid out from the delivery channel and into the reservoir to produce negligible flow of the carrier fluid at the outlet . a delivery channel , comprising an outlet , for facilitating fluid flow of a carrier fluid through a lumen thereof to and from a bodily cavity; a first actuator coupled with the delivery channel to drive a drug and the carrier fluid through the delivery channel , out the outlet , and into the bodily cavity; characterised in that ; the apparatus further comprising a dosing pump coupled with a reservoir in fluid communication with the delivery channel to load a drug into the delivery channel and to pull at least a portion of the carrier fluid out from the delivery channel and into the reservoir to produce negligible flow of the carrier fluid at the outlet .
An assay for determining borate concentration, the assay comprising a catechol dye, a multivalent cation chelator, polyethylene glycol as solubilizing agent, and a buffer, wherein the assay comprises a freeze-dried solution and wherein the solubilizing agent is present in an amount ranging from 1% to 10%.
A method, comprising: identifying, by a device in a network, a set of traffic flow records that triggered an attack detector ; selecting, by the device, a subset of the traffic flow records ; calculating, by the device, aggregated metrics for the subset ; providing, by the device, the aggregated metrics for the subset to the attack detector to generate an attack detection determination for the subset of traffic flow records; and identifying, by the device, one or more attack traffic flows from the set of traffic flow records based on the attack detection determination for the subset of traffic flow records; wherein the selecting, calculating and providing steps are repeated to select a different subset of the traffic flow records for evaluation by the attack detector, until it is determined that a stopping criterion has been met, wherein the stopping criterion is determined to be met when the subset of traffic flow records does not trigger detection of an attack by the attack detector; and wherein identifying the attack traffic flows comprises identifying traffic flow records outside of the selected subset as being attack-related. identifying, by a device in a network, a set of traffic flow records that triggered an attack detector ; selecting, by the device, a subset of the traffic flow records ; calculating, by the device, aggregated metrics for the subset ; providing, by the device, the aggregated metrics for the subset to the attack detector to generate an attack detection determination for the subset of traffic flow records; and identifying, by the device, one or more attack traffic flows from the set of traffic flow records based on the attack detection determination for the subset of traffic flow records; wherein the selecting, calculating and providing steps are repeated to select a different subset of the traffic flow records for evaluation by the attack detector, until it is determined that a stopping criterion has been met, wherein the stopping criterion is determined to be met when the subset of traffic flow records does not trigger detection of an attack by the attack detector; and wherein identifying the attack traffic flows comprises identifying traffic flow records outside of the selected subset as being attack-related.
An assessment method for assessing acceleration behaviour of a driver of a vehicle, characterised in that the method comprises: - determining (S21) the vehicle's acceleration (a) being lateral and/or longitudinal acceleration; - calculating (S22) one or more threshold values for its acceleration which depend on at least one situation-specific parameter, wherein said one or more threshold values indicate limits for what is regarded as safe and comfortable lateral acceleration or safe and comfortable longitudinal acceleration; - comparing (S23) the vehicle's acceleration (a) with said one or more threshold values, and generating (S24) on the basis of the comparison a grading signal related to said calculated one or more threshold values, with presentation of information from the grading signal to the driver after said acceleration a has ended, said situation-specific parameter being any from among the vehicle's speed, its acceleration, the radius of curvature of the road or the arc angle of the road, in which said acceleration is the vehicle's lateral acceleration (a lat ) and wherein said method comprises doing an assessment of the vehicle's lateral acceleration if at least one situation criterion is fulfilled, wherein said situation criterion is any from among a lowest vehicle speed, a lowest acceleration, a largest radius of curvature or a smallest arc angle. - determining (S21) the vehicle's acceleration (a) being lateral and/or longitudinal acceleration; - calculating (S22) one or more threshold values for its acceleration which depend on at least one situation-specific parameter, wherein said one or more threshold values indicate limits for what is regarded as safe and comfortable lateral acceleration or safe and comfortable longitudinal acceleration; - comparing (S23) the vehicle's acceleration (a) with said one or more threshold values, and generating (S24) on the basis of the comparison a grading signal related to said calculated one or more threshold values, with presentation of information from the grading signal to the driver after said acceleration a has ended, said situation-specific parameter being any from among the vehicle's speed, its acceleration, the radius of curvature of the road or the arc angle of the road, in which said acceleration is the vehicle's lateral acceleration (a lat ) and wherein said method comprises doing an assessment of the vehicle's lateral acceleration if at least one situation criterion is fulfilled, wherein said situation criterion is any from among a lowest vehicle speed, a lowest acceleration, a largest radius of curvature or a smallest arc angle.