mhurhangee/patent-ind-claim-en huggingface dataset:
An optical glass, comprising, by mass percent based on a total mass of the glass in terms of oxide composition, an SiO 2 component of no less than 25.0 % and no greater than 50.0%, an La 2 O 3 component of greater than 4.0 % to 20.0 %, wherein the total content by mass of at least one selected from the group consisting of the La 2 O 3 component, a ZrO 2 component, a TiO 2 component, an Nb 2 O 5 component and Ta 2 O 5 is no less than 5.0 % and no greater than 30.0 %, a content of a B 2 O 3 component is no greater than 3.0%, a content of an Al 2 O 3 component of no greater than 1.0%, a Rn 2 O component, wherein Rn is at least one selected from the group consisting of Li, Na and K, of no less than 4.0% to 20.0%, not comprising a lead compound, arsenic compound, Th, Cd, Tl, Os Be, or Se and having a refractive index (n d ) of no less than 1.63 and no greater than 1.80, wherein a light intensity recovery rate is no less than 45% when the glass having been irradiated with X-rays with a dose of 2.5 Gy is irradiated with light of a xenon lamp for 11 hours.
System for approximating and connecting an off shore riser duct to a floating unit , comprising: - a tubular coupling recipient installed on the floating unit at a riser coupling level and adapted to receive a coupling adapter of an upper end of said riser duct , said coupling recipient having an annular side wall extending about a recipient longitudinal axis , a downward facing lower opening defined by a lower end edge of the side wall , an upward facing upper opening defined by an upper end edge of the side wall , - a pulling device installed on the floating unit at a pulling device level above said riser coupling level and adapted to pull a pulling line extended through the coupling recipient , wherein the pulling line is intended to be coupled to a pulling head at the upper end of the riser duct , so that the upper end of the riser duct is pulled from below upward into the coupling recipient , - a pulling line redirecting system comprising at least one curved deviating surface along which the pulling line is extended and at which a lower pulling direction of the pulling line at the lower opening of the coupling recipient can be deviated into an intermediate pulling direction of the pulling line in a region above said lower opening , characterized in that a locking mechanism is provided at the coupling recipient for locking the coupling adapter of the riser duct upper end against downward withdrawal from the coupling recipient, and wherein the curved deviating surface is formed by a deviating member directly connected to said coupling recipient and where the deviating member is arranged at a radial distance from the recipient longitudinal axis smaller than the radial distance of the annular side wall from the recipient longitudinal axis . - a tubular coupling recipient installed on the floating unit at a riser coupling level and adapted to receive a coupling adapter of an upper end of said riser duct , said coupling recipient having an annular side wall extending about a recipient longitudinal axis , a downward facing lower opening defined by a lower end edge of the side wall , an upward facing upper opening defined by an upper end edge of the side wall , - a pulling device installed on the floating unit at a pulling device level above said riser coupling level and adapted to pull a pulling line extended through the coupling recipient , wherein the pulling line is intended to be coupled to a pulling head at the upper end of the riser duct , so that the upper end of the riser duct is pulled from below upward into the coupling recipient , - a pulling line redirecting system comprising at least one curved deviating surface along which the pulling line is extended and at which a lower pulling direction of the pulling line at the lower opening of the coupling recipient can be deviated into an intermediate pulling direction of the pulling line in a region above said lower opening ,
A LED package configured to generate blue LED package light , wherein the LED package comprises a solid state light source configured to generate blue light source light , a luminescent material configured to convert part of the light source light into luminescent material light comprising green light, and a blue pigment configured to absorb part of the luminescent material light .
Folded, 3- or 4- segmented, stairs, designed for installing in a ceiling, opened downwards, together with a bottom cover of a frame installed in the ceiling, said stairs comprising three or four ladder stair segments , which are arranged to be unfolded to the room underneath the ceiling, and to be joined with the frame by a hinged mechanism and via the cover; each stair segment comprising two stringers and a plurality of steps, where said stair segments are joined together by hinges , installed at the interfaces of subsequent segments at the top or bottom of the stringers of the segments ; the first segment in the stairs unfolded condition is positioned at the top of all segments and is joined with the second segment with first hinges featuring their rotation axis directly near the top surface of the stringers of the two segments, characterised in that the second and the third segments are joined together with second hinges , the axis of rotation of which is offset from the bottom of the stringers of the second and third segments by at least one half of the height of the cross-section of the stringers of the two segments , referred to in short as extension hinges , the stairs comprises a safety device for protection against uncontrolled detachment of the remaining segments from the first segment by rotation on the first hinges which, in the stairs lowered but unfolded condition, are arranged to be positioned at the bottom of the segments , wherein each extension hinge has a base plate fixed to the second segment and a swivel plate fixed to the third segment , wherein the safety device comprises a hook hinged on a pin which is fixed to said base plate , a retainer in the form of a second pin protruding laterally from the outer surface of the stringer of the first segment , said hook operates in combination with said retainer, and an unlatching pull rod hinged to said hook and the third segment , wherein said hook joins together with the first segment the following segments , when said hook , in the stair lowered but folded condition, is positioned near the top end of the first segment , and the hook is arranged to be unlatched by the user.
A method of testing a person's vision, the method including: providing a dynamic graphical image including a symbol that progressively enlarges during a test interval, the symbol enlarging from a size at which the symbol is unrecognisable to the person to a size at which the symbol is recognisable to the person; providing a control for activation by the person at the instant, during the test interval, that the person recognises the symbol; and correlating the activation of the control with a vision metric, wherein the correlating with a vision metric includes obtaining a value for a metric of visual acuity having a predetermined relationship with the average size of test symbols associated with the correct activations. providing a dynamic graphical image including a symbol that progressively enlarges during a test interval, the symbol enlarging from a size at which the symbol is unrecognisable to the person to a size at which the symbol is recognisable to the person; providing a control for activation by the person at the instant, during the test interval, that the person recognises the symbol; and
Protection device (MC) for lenses of a photographic apparatus, comprising a container (C) for the photographic apparatus, the container (C) comprising a wall (P) towards which the photographic apparatus can be pointed, the wall (P) comprising a sandwich structure formed in the order by - a fixed external protection provided with a pass-through opening ; - a more internal movable protection provided with a solid portion, the internal movable protection being displaceable so as to occlude or clear, with the solid portion, the pass-through opening . characterized in that the fixed external protection and the internal movable protection are each provided with a pass-through opening , the internal movable protection being displaceable so as to align or misalign the pass-through openings so that when the two pass-through openings are misaligned, the photographic apparatus is protected by the solid portion of the internal movable protection , while when the two pass-through openings are aligned, an obstruction-free optical path for the photographic apparatus is created through the two pass-through openings . - a fixed external protection provided with a pass-through opening ; - a more internal movable protection provided with a solid portion,
A cooker comprising: a housing ; a heating chamber disposed inside the housing , and having a front opening ; a door covering the front opening ; at least one heating device ; a control board including a controller connected to the at least one heating device ; a machine chamber disposed inside the housing , and housing the controller; and a fan housed in the machine chamber and sending air toward the machine chamber , wherein the door includes an outer frame , two members covering an opening surrounded by the outer frame , an air intake port and an exhaust port each provided in the outer frame , the air intake port is provided in a lower part of the door and close to the machine chamber , the cooker further comprises a door arm linking the door to the housing , the door has a door-side attachment hole to which a front end of the door arm is attached, the housing has a housing-side attachment hole to which a rear end of the door arm is attached, and the machine chamber communicates with an inside of the door defined by the outer frame and the two members through the housing-side attachment hole , the air intake port , and the door-side attachment hole . a housing ; a heating chamber disposed inside the housing , and having a front opening ; a door covering the front opening ; at least one heating device ; a control board including a controller connected to the at least one heating device ; a machine chamber disposed inside the housing , and housing the controller; and a fan housed in the machine chamber and sending air toward the machine chamber , wherein the door includes an outer frame , two members covering an opening surrounded by the outer frame , an air intake port and an exhaust port each provided in the outer frame , the air intake port is provided in a lower part of the door and close to the machine chamber , the cooker further comprises a door arm linking the door to the housing , the door has a door-side attachment hole to which a front end of the door arm is attached, the housing has a housing-side attachment hole to which a rear end of the door arm is attached, and the machine chamber communicates with an inside of the door defined by the outer frame and the two members through the housing-side attachment hole , the air intake port , and the door-side attachment hole .
A tool for adjusting the amount of powdered material contained in a vessel , characterized in that it comprises an storage reservoir of an excess of powdered material contained in said vessel , a lower wall configured to be positioned inside said vessel , a side wall configured to rotatably support said tool resting on a peripheral edge of said vessel and to position said lower wall at a fixed or adjustable predetermined height inside said vessel , said lower wall having at least a first blade configured to pick up said excess of powdered material and at least one transfer passage for transferring at least most of said excess of powdered material picked up from said first blade towards said storage reservoir .
An information sending method, wherein the method is applied to a terminal device comprising a first operating system and a second operating system, wherein the first operating system has a higher security level than the second operating system, the first operating system is a trusted executive, TEE, environment, the second operating system is a Rich environment; a first application is running in the first operating system, the first operating system comprises a first network interface configured to communicate with an external network; a second application is running in the second operating system, and the second operating system comprises a second network interface configured to communicate with an application server corresponding to the second application, the method comprising: receiving (S101, S202, S302, S402, S502, S1201), by the first application, request information sent by the second application, wherein the request information carries association information of the second application; receiving (S102, S203, S303, S403, S503, S1202), by the first application, a first message from the external network by using the first network interface; and extracting (SI203), by the first application, first information from the first message according to the association information of the second application, and sending (SI03, S204, S304, S404, S504) the first information to the second application, so that the second application sends, by using the second network interface, the first information to the application server corresponding to the second application, wherein the first application is a trusted short message service, SMS, application, the second application is a client service application, the first message is a SMS message, the first information is a SMS verification code. receiving (S101, S202, S302, S402, S502, S1201), by the first application, request information sent by the second application, wherein the request information carries association information of the second application; receiving (S102, S203, S303, S403, S503, S1202), by the first application, a first message from the external network by using the first network interface; and extracting (SI203), by the first application, first information from the first message according to the association information of the second application, and sending (SI03, S204, S304, S404, S504) the first information to the second application, so that the second application sends, by using the second network interface, the first information to the application server corresponding to the second application, wherein the first application is a trusted short message service, SMS, application, the second application is a client service application, the first message is a SMS message, the first information is a SMS verification code.
A method of abandoning a well in a reservoir, the method comprising the step of forming a scale in the reservoir by introducing into the reservoir a first solution comprising a first scale precursor, wherein the first scale precursor is a sodium or potassium salt of sulphate, carbonate or bicarbonate, a second solution comprising a second scale precursor, wherein the second scale precursor is a soluble inorganic salt of a Group 2 metal, and a scale inhibitor, wherein the first solution and second solution are able to react together to form the scale, the method further including the step of at least partially filling the well with cement.
A method for monitoring autoregulation, comprising: utilizing a processor to execute one or more routines encoded on a memory for: receiving a blood pressure signal, an oxygen saturation signal, and a regional oxygen saturation signal from a patient; initially using a pre-computed normalization to normalize the regional oxygen saturation signal; in response to determining that collected data representing the oxygen saturation signal and a regional oxygen saturation signal are sufficient to calculate a reliable normalization gradient, generating a curve based on the oxygen saturation signal and the regional oxygen saturation signal, fitting a line of best fit to the curve, extracting a gradient of the line and utilizing the gradient of the line to normalize the regional oxygen saturation signal to correct for variation in the oxygen saturation signal; determining a linear correlation between the blood pressure signal and the normalized regional oxygen saturation signal; and providing a signal indicative of the patient's autoregulation status to an output device based on the linear correlation. receiving a blood pressure signal, an oxygen saturation signal, and a regional oxygen saturation signal from a patient; initially using a pre-computed normalization to normalize the regional oxygen saturation signal; in response to determining that collected data representing the oxygen saturation signal and a regional oxygen saturation signal are sufficient to calculate a reliable normalization gradient, generating a curve based on the oxygen saturation signal and the regional oxygen saturation signal, fitting a line of best fit to the curve, extracting a gradient of the line and utilizing the gradient of the line to normalize the regional oxygen saturation signal to correct for variation in the oxygen saturation signal; determining a linear correlation between the blood pressure signal and the normalized regional oxygen saturation signal; and providing a signal indicative of the patient's autoregulation status to an output device based on the linear correlation.
A method of manufacturing a substrate having a plurality of micro-channels formed therein, the method comprising: providing a suspension containing a substrate material in particulate form and a polymer in a first solvent; introducing the suspension into a mould or extruding the suspension; contacting the suspension with a second solvent to remove at least some of the first solvent from the suspension and thereby form a green body having micro-channels from said substrate material and said polymer; sintering the green body to form a sintered body; and removing at least a portion of a surface layer of the sintered body. providing a suspension containing a substrate material in particulate form and a polymer in a first solvent; introducing the suspension into a mould or extruding the suspension; contacting the suspension with a second solvent to remove at least some of the first solvent from the suspension and thereby form a green body having micro-channels from said substrate material and said polymer; sintering the green body to form a sintered body; and removing at least a portion of a surface layer of the sintered body.
Impression coping for taking open tray impression for making dental prosthesis wherein the essentially axially symmetric impression coping comprises a counterpart provided with a positioning end unrotatably fitting into a positioning sleeve formed on the inner surface of the implant and a central screw which is guided through the counterpart for fixing the counterpart to the implant, the central screw comprises a head part, a shank and an end portion, the end portion of the central screw can be connected to the implant in a releasable manner, namely, the length of the central screw is selected so that its end portion at least partially overhangs the counterpart wherein said shank of said central screw is guided through a tubular screw and said counterpart , said tubular screw comprises an internal screw and an external screw which is shorter than said internal screw , said internal screw and said external screw are fixed to each other in unreleasable manner, said tubular screw and said counterpart are arranged on said central screw so that they can be moved along and rotated around the axis of said central screw , the inner surface of said counterpart has an internal positioning surface and a threaded seat , on said tubular screw an axially movable and rotatable moving element comprising an upper moving element and a lower moving element is arranged, said external screw is guided through said upper moving element and its end distant from said implant is provided with a flange , while on its end adjacent to said implant an arrester provided with threads is formed, on the inner surface of said upper moving element internal threads mating with threaded arrester of said external screw are provided, said lower moving element is positioned on said internal screw in such a manner that an axially movable slider is installed between said internal screw and said lower moving element , said internal positioning surface is also provided on the inner surface of said lower moving element , while on the outer superficies of said slider an external positioning surface matching to said internal positioning surface is formed, said lower moving element and said slider are fitted into each other unrotatably relative to each other, the end of said internal screw adjacent to said implant is connected to said threaded seat of said counterpart in releasable manner, and said upper moving element and said lower moving element are secured to each other in unreleasable manner.
A system for regulating the pressure on an overpressure container with an inert gas atmosphere, comprising a container pressure regulating valve , a control device for controlling the container pressure regulating valve , the container pressure regulating valve being designed to close automatically when there is negative pressure inside the container; an adjusting device that is controllable by the control device for actuating the container pressure regulating valve against a closing force that causes the automatic closing of the container pressure regulating valve , the adjusting device being pneumatically actuated; an operating pressure supply line that is connected to the adjusting device ; an actuating pressure regulating valve for actuating the actuating device as well as means for relieving pressure of the actuating device in the event of an electrical supply voltage failure of the control device , an electrically controllable vent valve being provided as a means for relieving pressure of the actuating device that is normally open in a first switching position and, when in the open position, brings about a pneumatic relieving of the actuating device , characterized in that the vent valve is on a pneumatic control line of the actuating pressure control valve , and in that the vent valve , when in a second switching position, causes the control line to be loaded with a control pressure that is applied to a control input of the actuating pressure regulating valve .