mhurhangee/ep-ind-claims huggingface dataset:
A method of obtaining context information from a context server (300,406,614) maintaining a context for an object of interest in a telecommunication network, said context server receiving raw context data from sensors associated with the object of interest and processing the raw context data in a context refiner according to predefined rules in order to derive or calculate refined context information from the raw context data, characterised by the following steps: - receiving, from a requesting party, a request for refined context information with reference to said object of interest, wherein the requesting party comprises a plurality of individual entities, - collecting individual context data for each of the plurality of individual entities (316,404)from at least one context manager maintaining a context for said individual entities and aggregating the received individual context data into a group context, - creating a customized rule on the basis of the group context and the received context information request, said customized rule defining conditions in an adapted request for refined context information regarding the object of interest, - sending said adapted request including the customized rule to the context server of said object of interest, wherein the context server produces refined context information from the raw context data according to the customized rule, and - receiving, from the context server, context information refined according to said customized rule. - receiving, from a requesting party, a request for refined context information with reference to said object of interest, wherein the requesting party comprises a plurality of individual entities, - collecting individual context data for each of the plurality of individual entities (316,404)from at least one context manager maintaining a context for said individual entities and aggregating the received individual context data into a group context, - creating a customized rule on the basis of the group context and the received context information request, said customized rule defining conditions in an adapted request for refined context information regarding the object of interest, - sending said adapted request including the customized rule to the context server of said object of interest, wherein the context server produces refined context information from the raw context data according to the customized rule, and - receiving, from the context server, context information refined according to said customized rule.
A Dynamic Random Access Memory, termed DRAM, device, comprising: plurality of memory cells arranged in rows and columns; input/output, termed I/O, interface circuitry configured to receive signals from and send signals to an I/O interface on a host apparatus, the I/O interface including an alert signal line (ALERT_n); row hammer, termed RH, detection circuitry configured to detect a RH attack on one or more rows of memory cells DRAM-side RH mitigation circuitry (680, 690) configured to perform DRAM-side operations in connection with an RH mitigation and/or recovery process; and means for setting an RH mode comprising one of an RH alert mode and an RH polling mode, wherein, in response to detection of an RH attack, the DRAM device is configured to, i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected. plurality of memory cells arranged in rows and columns; input/output, termed I/O, interface circuitry configured to receive signals from and send signals to an I/O interface on a host apparatus, the I/O interface including an alert signal line (ALERT_n); row hammer, termed RH, detection circuitry configured to detect a RH attack on one or more rows of memory cells DRAM-side RH mitigation circuitry (680, 690) configured to perform DRAM-side operations in connection with an RH mitigation and/or recovery process; and means for setting an RH mode comprising one of an RH alert mode and an RH polling mode, wherein, in response to detection of an RH attack, the DRAM device is configured to, i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected. i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected.
A method for separating a carotenoid comprising a step of precipitating a concentrate containing the carotenoid and bacterial bodies from a culture of a carotenoid-producing bacterium under acidic conditions, wherein the carotenoid is at least one selected from the group consisting of astaxanthin, canthaxanthin, β-cryptoxanthin, phoenicoxanthin, adonixanthin, echinenone, asteroidenone and 3-hydroxyechinenone; wherein the acidic conditions are pH 5.5 or less; and wherein the bacterium is a bacterium belonging to genus Paracoccus.
Pressure accumulator arrangement of a camshaft for a camshaft adjusting system of an internal combustion engine having at least one pressure accumulator and at least one control valve, characterized in that the pressure accumulator and the control valve are connected to form one structural unit and the pressure accumulator and the control valve are plugged into one another at the end sections (1, 2) of their housings and form a press-fit connection.
A method of modifying surface characteristics of alumina, said method comprising the steps of: (i) forming an aqueous mixture comprising one part by weight of alumina and a monomeric or polymeric compound of Aluminium equivalent to 0.001 to 0.1 parts by weight of Aluminium content; (ii) equilibrating the mixture for at least five minutes; (iii) increasing the pH of the mixture to 6 to 8; and, (iv) drying said mixture, where said method comprises an additional step of increasing the pH of the mixture to 3.0 to 5.0 between steps (i) and (ii) when said compound of Aluminium is monomeric. (i) forming an aqueous mixture comprising one part by weight of alumina and a monomeric or polymeric compound of Aluminium equivalent to 0.001 to 0.1 parts by weight of Aluminium content; (ii) equilibrating the mixture for at least five minutes; (iii) increasing the pH of the mixture to 6 to 8; and, (iv) drying said mixture,
Switch contact subassembly having a switch contact bridge and having a resilient element on which the switch contact bridge is resiliently supported counter to a switching direction, with a contact bridge retention member having a securing base for securing to an actuation member and having at least one retention member, the resilient element being retained in a pretensioned state between the securing base and the switch contact bridge and the switch contact bridge pressing in a resilient manner against the retention member in a rest position and the retention member and the securing base being constructed integrally with each other, wherein the contact bridge retention member is constructed so as to have two retention members (17, 17') which rest on the securing base, the retention members (17, 17') being arranged so as to be opposite each other in a transverse direction of the switch contact bridge, characterised in that the two retention members (17, 17') each have two stops (22, 23) for the switch contact bridge, the two stops (22, 23) being spaced apart from each other in a longitudinal direction of the switch contact bridge.
An apparatus for forming a helical screw flight from an open ended annulus shaped blank, the apparatus including: - a base; - a fixed mounting frame arranged on the base; - a pair of selectively interchangeable fixed side plates releasably mounted to the fixed mounting frame so as to be angled relative to one another, wherein the angle between the fixed side plates is less than 180 degrees, and wherein each fixed side plate has an engaging portion for engaging a first side of the annulus shaped blank, wherein each fixed side plate is arranged so as to extend in a direction substantially normal to a mean radius line of the annulus shaped blank; - a movable mounting frame arranged on the base, the movable mounting frame being selectively movable relative to the fixed mounting frame; and - a pair of selectively interchangeable movable side plates releasably mounted to the movable mounting frame so as to be angled relative to one another, wherein the angle between the movable side plates is such that the movable side plates are aligned with the corresponding fixed side plates, and wherein each movable side plate has an engaging portion for engaging an opposed second side of the annulus shaped blank, wherein each movable side plate is arranged so as to extend in a direction substantially normal to the mean radius line of the annulus shaped blank; wherein the fixed and movable side plates (6, 15) are adapted to formingly engage the blank upon movement of the movable mounting frame towards the fixed mounting frame, thereby forming a twist in at least a portion of the annulus shaped blank between the side plates (6, 15). - a base; - a fixed mounting frame arranged on the base; - a pair of selectively interchangeable fixed side plates releasably mounted to the fixed mounting frame so as to be angled relative to one another, wherein the angle between the fixed side plates is less than 180 degrees, and wherein each fixed side plate has an engaging portion for engaging a first side of the annulus shaped blank, wherein each fixed side plate is arranged so as to extend in a direction substantially normal to a mean radius line of the annulus shaped blank; - a movable mounting frame arranged on the base, the movable mounting frame being selectively movable relative to the fixed mounting frame; and - a pair of selectively interchangeable movable side plates releasably mounted to the movable mounting frame so as to be angled relative to one another, wherein the angle between the movable side plates is such that the movable side plates are aligned with the corresponding fixed side plates, and wherein each movable side plate has an engaging portion for engaging an opposed second side of the annulus shaped blank, wherein each movable side plate is arranged so as to extend in a direction substantially normal to the mean radius line of the annulus shaped blank;
A forming apparatus of the housing cone of a needle in a syringe body of a glass syringe for medical substances, comprising - a forming tool shaped to make a hole for the creation of said housing cone in the glass syringe body, - at least one dispensing device of lubricant-coolant liquid in the contact zone between said forming tool and the glass syringe body, wherein the forming tool comprises - a grip or shank portion, suitable to be gripped and moved by means of relevant motor means, - a tip suitable for forming said hole on the syringe body, - a tip body, between the tip and the grip portion, suitable for making said hole, - the grip portion, the tip body and the tip being in one piece and aligned along a prevailing extension and rotation axis (X-X) of the syringe body and/or the forming tool, characterized in that - the tip body, with respect to a cross-sectional plane perpendicular to the prevailing extension axis (X-X), has a non-circular cross section, inscribed within the maximum circle, having as its radius the maximum distance between a point of said cross section and the prevailing extension axis (X-X), measured on said cross-sectional plane perpendicular to the prevailing extension axis (X-X), so as to have an overall cross section smaller than the cross section of the maximum circle. - a forming tool shaped to make a hole for the creation of said housing cone in the glass syringe body, - at least one dispensing device of lubricant-coolant liquid in the contact zone between said forming tool and the glass syringe body, - a grip or shank portion, suitable to be gripped and moved by means of relevant motor means, - a tip suitable for forming said hole on the syringe body, - a tip body, between the tip and the grip portion, suitable for making said hole, - the grip portion, the tip body and the tip being in one piece and aligned along a prevailing extension and rotation axis (X-X) of the syringe body and/or the forming tool, - the tip body, with respect to a cross-sectional plane perpendicular to the prevailing extension axis (X-X), has a non-circular cross section, inscribed within the maximum circle, having as its radius the maximum distance between a point of said cross section and the prevailing extension axis (X-X), measured on said cross-sectional plane perpendicular to the prevailing extension axis (X-X), so as to have an overall cross section smaller than the cross section of the maximum circle.
A sintered soft magnetic powder molded body made of a composition comprising 2 to 6 % by mass of Si, 44 to 50 % by mass of Ni, balance Fe and inevitable impurities, wherein the Si is unevenly distributed among particles and the concentration of Si existing among metal particles or alloy particles is higher than the concentration of Si existing in the metal particles or alloy particles. 2 to 6 % by mass of Si, 44 to 50 % by mass of Ni,
A physiological characteristic sensor assembly, comprising: a physiological characteristic sensor including a sensor coupled to a sensor base; an adhesive patch coupled to the physiological characteristic sensor; and a pedestal removably coupled to the physiological characteristic sensor, the pedestal including a first side opposite a second side, with a sidewall that interconnects the first side and the second side, the pedestal including: at least one post that extends from the first side and forms an interference fit with the sensor base; and a recess defined through the sidewall having a first portion in communication with a second portion, the first portion having a first length that is less than a second length of the second portion along a perimeter of the sidewall, and the second portion is positionable over the sensor base to apply a force to the sensor base. at least one post that extends from the first side and forms an interference fit with the sensor base; and a recess defined through the sidewall having a first portion in communication with a second portion, the first portion having a first length that is less than a second length of the second portion along a perimeter of the sidewall, and the second portion is positionable over the sensor base to apply a force to the sensor base.
A dishwasher rack for a front-load dish washing appliance comprising a horizontally-oriented dishwasher tub, wherein the dishwasher rack is horizontally oriented and positionable between a stowed position and a deployed position in the dish washing appliance, wherein the deployed position is a different horizontal position from the stowed position; wherein the dishwasher rack includes a rail having geared teeth, a geared wheel rotationally fixed to a shaft, and a torsion spring, and wherein the geared wheel and the shaft rotationally translate together along the geared teeth of the rail between the stowed position and the deployed position; wherein the torsion spring is secured to the shaft and wherein translating the dishwasher rack from the stowed position towards the deployed position rotates the shaft and correspondingly increases a spring force of the torsion spring urging the dishwasher rack to return towards the stowed position; and wherein the dishwasher rack further includes a pawl and a ratchet configured to lock the dishwasher rack in the deployed position, wherein the ratchet is secured to the shaft; wherein the shaft is positioned vertically. wherein the dishwasher rack is horizontally oriented and positionable between a stowed position and a deployed position in the dish washing appliance, wherein the deployed position is a different horizontal position from the stowed position; wherein the dishwasher rack includes a rail having geared teeth, a geared wheel rotationally fixed to a shaft, and a torsion spring, and wherein the geared wheel and the shaft rotationally translate together along the geared teeth of the rail between the stowed position and the deployed position; wherein the torsion spring is secured to the shaft and wherein translating the dishwasher rack from the stowed position towards the deployed position rotates the shaft and correspondingly increases a spring force of the torsion spring urging the dishwasher rack to return towards the stowed position; and wherein the dishwasher rack further includes a pawl and a ratchet configured to lock the dishwasher rack in the deployed position, wherein the ratchet is secured to the shaft; wherein the shaft is positioned vertically.
A microparticle sorting device comprising: a pair of deflecting plates configured to face each other with a passage area of a fluid stream therebetween; a camera for capturing an image of the fluid stream; a fluid stream detection light source configured to emit light parallel to a direction in which the deflecting plates face each other and that is movable in a direction perpendicular to the fluid stream and the light; and a control unit configured to detect the irradiation point of the fluid stream detection light source in the fluid stream in an image captured by the camera as a high luminance pixel through image recognition and store the position of the fluid stream detection light source obtained when the image having the detected irradiation point therein is captured, wherein a collection container configured to receive the fluid stream is mountable in the microparticle sorting device so as to be movable in the direction perpendicular to the fluid stream and the light, and wherein the control unit is configured to adjust the position of the collection container on the basis of the position of the fluid stream detection light source obtained when the image having the detected irradiation point therein is captured. a pair of deflecting plates configured to face each other with a passage area of a fluid stream therebetween; a camera for capturing an image of the fluid stream; a fluid stream detection light source configured to emit light parallel to a direction in which the deflecting plates face each other and that is movable in a direction perpendicular to the fluid stream and the light; and a control unit configured to detect the irradiation point of the fluid stream detection light source in the fluid stream in an image captured by the camera as a high luminance pixel through image recognition and store the position of the fluid stream detection light source obtained when the image having the detected irradiation point therein is captured, wherein a collection container configured to receive the fluid stream is mountable in the microparticle sorting device so as to be movable in the direction perpendicular to the fluid stream and the light, and wherein the control unit is configured to adjust the position of the collection container on the basis of the position of the fluid stream detection light source obtained when the image having the detected irradiation point therein is captured.
A method of horizontal electroless plating a substrate comprising: a) cleaning and conditioning the substrate; then, b) microetching the substrate; then, c) providing an aqueous acid pre-dip composition consisting of one or more dihydroxybenzoic acid compounds chosen from 3,5-dihydroxybenzoic acid, 2,4-dihydroxybenzoic acid, 2,5-dihydroxybenzoic acid, 2,6-dihydroxybenzoic acid, 2,4-dihydroxy-6-methylbenzoic acid, 2,3-dihydroxybenzoic acid, 3,4-dihydroxybenzoic acid and sodium salts thereof; water, and one or more compounds chosen from alkali metal hydroxides and inorganic acids to maintain a pH of the aqueous acid pre-dip composition from 2-4; then, d) applying the aqueous acid pre-dip composition to the substrate; then, e) applying an ionic catalyst to the substrate having an alkaline pH; wherein the ionic catalyst comprises complexes of metal ions with one or more heterocyclic nitrogen compounds, wherein the metal ions are chosen from palladium, platinum or gold, and wherein the ionic catalysts are free of tin, tin ions and antioxidants; followed by, f) applying a reducing agent to the substrate with the ionic catalyst to reduce the metal ions of the ionic catalyst to a metallic state; and then, g) applying an electroless copper or copper alloy plating bath to the substrate with the ionic catalyst comprising metal ions reduced to the metallic state to plate the substrate with copper or copper alloy. a) cleaning and conditioning the substrate; then, b) microetching the substrate; then, c) providing an aqueous acid pre-dip composition consisting of one or more dihydroxybenzoic acid compounds chosen from 3,5-dihydroxybenzoic acid, 2,4-dihydroxybenzoic acid, 2,5-dihydroxybenzoic acid, 2,6-dihydroxybenzoic acid, 2,4-dihydroxy-6-methylbenzoic acid, 2,3-dihydroxybenzoic acid, 3,4-dihydroxybenzoic acid and sodium salts thereof; water, and one or more compounds chosen from alkali metal hydroxides and inorganic acids to maintain a pH of the aqueous acid pre-dip composition from 2-4; then, d) applying the aqueous acid pre-dip composition to the substrate; then, e) applying an ionic catalyst to the substrate having an alkaline pH; wherein the ionic catalyst comprises complexes of metal ions with one or more heterocyclic nitrogen compounds, wherein the metal ions are chosen from palladium, platinum or gold, and wherein the ionic catalysts are free of tin, tin ions and antioxidants; followed by, f) applying a reducing agent to the substrate with the ionic catalyst to reduce the metal ions of the ionic catalyst to a metallic state; and then, g) applying an electroless copper or copper alloy plating bath to the substrate with the ionic catalyst comprising metal ions reduced to the metallic state to plate the substrate with copper or copper alloy.