mhurhangee/patent-ind-claim-en huggingface dataset:
Optical lighting or signalling unit for a motor vehicle comprising a housing whose peripheral edge supports an outer covering glass ; said housing containing a light comprising at least one light-emitting diode and a transparent light device comprising at least one light guide having an entry surface for the light rays generated by said diode, at the rear end of an upper face , a rear face forming a reflecting surface for the light rays entering through an entrance surface , and a front exit face , located opposite said cover glass and receiving the rays reflected by the rear face ; said light further comprising a mask made of an opaline material, laterally surrounding at least a portion of said light guide ; characterized in that , when the diode is switched off, the opaline mask has an opaque appearance concealing the luminous device with the exception of the front exit face and the upper face of the light guide and in that , when the diode is switched on, the opaline mask generates a diffuse light effect.
A camera manipulation device that is configured to perform imaging due to a trigger signal through an imaging unit, comprising: a character transmitting section that is located at a position apart from the imaging unit and transmits n number of successive characters to the imaging unit side; a start command issuing section that issues a character reception start command; a character reception section that is located on the imaging unit side and receives the characters and judges whether m number of successive characters (m < n) are received; and an imaging controller that outputs the trigger signal when the character reception section judges that m number of successive characters are received after issuing the character reception start command and performs imaging through the imaging unit; wherein a time width of m number of successive characters is (10×m/100M) sec or more and (10×m/20M) sec or lower, where M = 10 6 . a character transmitting section that is located at a position apart from the imaging unit and transmits n number of successive characters to the imaging unit side; a start command issuing section that issues a character reception start command; a character reception section that is located on the imaging unit side and receives the characters and judges whether m number of successive characters (m < n) are received; and an imaging controller that outputs the trigger signal when the character reception section judges that m number of successive characters are received after issuing the character reception start command and performs imaging through the imaging unit;
A system for measuring the reflectivity of a painted object , the system comprising: an electromagnetic wave source that is configured to emit an electromagnetic wave ; a panel that is configured to hold the painted object, wherein the panel is movable to adjust an incident angle of the emitted electromagnetic wave onto the panel; a reflector that is arranged to receive and direct electromagnetic waves that are retroreflected by the painted object towards the reflector; a detector that is configured to detect an intensity of the retroreflected electromagnetic waves ; a control unit ; wherein the control unit is communicatively connected to the panel and to the detector ; wherein the control unit is configured to determine the incident angle of the emitted electromagnetic wave onto the panel , to receive the intensity of the retroreflected electromagnetic wave detected by the detector , and to determine the reflectivity of the painted object as a function of the intensity of the retroreflected electromagnetic wave detected by the detector and the intensity of the emitted electromagnetic wave over a predetermined range of incident angle values. an electromagnetic wave source that is configured to emit an electromagnetic wave ; a panel that is configured to hold the painted object, wherein the panel is movable to adjust an incident angle of the emitted electromagnetic wave onto the panel; a reflector that is arranged to receive and direct electromagnetic waves that are retroreflected by the painted object towards the reflector; a detector that is configured to detect an intensity of the retroreflected electromagnetic waves ; a control unit ; wherein the control unit is communicatively connected to the panel and to the detector ; wherein the control unit is configured to determine the incident angle of the emitted electromagnetic wave onto the panel , to receive the intensity of the retroreflected electromagnetic wave detected by the detector , and to determine the reflectivity of the painted object as a function of the intensity of the retroreflected electromagnetic wave detected by the detector and the intensity of the emitted electromagnetic wave over a predetermined range of incident angle values.
A column exchange mechanism, comprising: a column having inward-facing threads at both ends thereof; and a first joining part and a second joining part for fixing the ends of the column , wherein the first joining part and the second joining part have screw parts that are joined to the ends of the column , wherein either one of the first joining part and the end of the column or the end of the column and the second joining part is a left hand threaded joining part, characterized in that : a first direction, in which a screw of the screw part of the first joining part is to be turned to tighten the same, and a second direction, in which a screw of the screw part of the second joining part is to be turned to tighten, are opposite of one another, wherein the screw of the screw part of the first joining part is set to contact the end of the column before the screw of the screw part of the second joining part is contacting the end of the column , and wherein the first joining part and the second joining part are joined to the ends through a rotation of the column . a column having inward-facing threads at both ends thereof; and a first joining part and a second joining part for fixing the ends of the column , wherein the first joining part and the second joining part have screw parts that are joined to the ends of the column , wherein either one of the first joining part and the end of the column or the end of the column and the second joining part is a left hand threaded joining part, characterized in that : a first direction, in which a screw of the screw part of the first joining part is to be turned to tighten the same, and a second direction, in which a screw of the screw part of the second joining part is to be turned to tighten, are opposite of one another, wherein the screw of the screw part of the first joining part is set to contact the end of the column before the screw of the screw part of the second joining part is contacting the end of the column , and wherein the first joining part and the second joining part are joined to the ends through a rotation of the column .
A method for controlling a cooker, comprising: supplying energy into a cooking chamber by at least one heating source based on receiving a manipulation signal (OS0); ventilating the cooking chamber by a fan motor based on the manipulation signal (OS0); furnishing steam water by a water supply pump for generating steam supplied to the cooking chamber and generating steam by heating steam water furnished by the water supply pump by a steam heater based on arrived steam generating start time (Ts); finishing the operation of the supply pump , if water supply end time (Tf1) has arrived; finishing the operation of the steam heater , if steam heating end time (Tf2) has arrived; finishing the operation of the at least one heating source , if heating end time (T1) has arrived; and finishing the operation of the fan motor , if fan motor end time (T2) has arrived, characterized in that the operation of the steam heater is finished after the operation of the water supply pump is finished. supplying energy into a cooking chamber by at least one heating source based on receiving a manipulation signal (OS0); ventilating the cooking chamber by a fan motor based on the manipulation signal (OS0); furnishing steam water by a water supply pump for generating steam supplied to the cooking chamber and generating steam by heating steam water furnished by the water supply pump by a steam heater based on arrived steam generating start time (Ts); finishing the operation of the supply pump , if water supply end time (Tf1) has arrived; finishing the operation of the steam heater , if steam heating end time (Tf2) has arrived; finishing the operation of the at least one heating source , if heating end time (T1) has arrived; and finishing the operation of the fan motor , if fan motor end time (T2) has arrived, characterized in that the operation of the steam heater is finished after the operation of the water supply pump is finished.
A curable polyorganosiloxane release coating composition comprising: A) a branched aliphatically unsaturated polyorganosiloxane, B) a crosslinker having at least 3 silicon bonded hydrogen atoms per molecule, C) a hydrosilylation reaction catalyst in an amount sufficient to provide 1 ppm to 500 ppm by weight of a platinum group metal based on combined weights of starting materials A), B), C), D) and E), D) a hydrosilylation reaction inhibitor in an amount of 0.001% to 5% based on combined weights of starting materials A), B), C), D) and E), and E) an aryl-functional polydiorganosiloxane having a content of aliphatically unsaturated groups > 0.06% and < 0.24%, where starting material E) is present in an amount > 0 to 1% based on combined weights of starting materials A), B), C), D), and E); and where all starting materials are present in amounts sufficient to provide a molar ratio of silicon bonded hydrogen atoms to aliphatically unsaturated groups (overall SiH:Vi ratio) in the release coating composition of > 1.35:1 to < 1.9: 1. A) a branched aliphatically unsaturated polyorganosiloxane, B) a crosslinker having at least 3 silicon bonded hydrogen atoms per molecule, C) a hydrosilylation reaction catalyst in an amount sufficient to provide 1 ppm to 500 ppm by weight of a platinum group metal based on combined weights of starting materials A), B), C), D) and E), D) a hydrosilylation reaction inhibitor in an amount of 0.001% to 5% based on combined weights of starting materials A), B), C), D) and E), and E) an aryl-functional polydiorganosiloxane having a content of aliphatically unsaturated groups > 0.06% and < 0.24%, where starting material E) is present in an amount > 0 to 1% based on combined weights of starting materials A), B), C), D), and E); and
Seat for babies and infants, at least comprising a seat bottom part and a seat back part , wherein a seat element is attached to the seat bottom part and a backrest element is attached to the seat back part in a shifting and interconnected manner, wherein - at least the backrest element is designed to be flexible and is arranged at a distance from the seat back part , - the backrest element is arranged and designed in such a way that the backrest element is slidable under the effect of an impulse energy by the body of a child, - the backrest element and/or the seat element are connected to at least one damping device, and - the at least one damping device allows a shift of the backrest element from a determinable impulse energy, as a result of which the distance between the backrest element and the seat back part is reduced and a shift of the seat element relative to the seat bottom part takes place, wherein in a lying position the backrest element is arranged spaced from the seat back part and the backrest element is movable by means of a mechanism from a sitting position, in which the backrest element has a smaller distance to the seat back part , into the lying position, characterized in that the seat bottom part and the seat back part are components of a bucket seat of a baby carrier to which a carrying handle is attached so as to be pivotable at least on one side, and the backrest element is coupled with the carrying handle of the seat, wherein by shifting the carrying handle from a first position to a second position the backrest element can be moved from the sitting position into the lying position. - at least the backrest element is designed to be flexible and is arranged at a distance from the seat back part , - the backrest element is arranged and designed in such a way that the backrest element is slidable under the effect of an impulse energy by the body of a child, - the backrest element and/or the seat element are connected to at least one damping device, and - the at least one damping device allows a shift of the backrest element from a determinable impulse energy, as a result of which the distance between the backrest element and the seat back part is reduced and a shift of the seat element relative to the seat bottom part takes place, wherein in a lying position the backrest element is arranged spaced from the seat back part and the backrest element is movable by means of a mechanism from a sitting position, in which the backrest element has a smaller distance to the seat back part , into the lying position,
A translucent polycrystalline material, wherein a degree of orientation of a group of single crystal grains varies continuously in the material, and optical properties vary continuously in the material.
An endotracheal, ET, tube assembly configured for nerve monitoring and pressure sensing, the ET tube assembly comprising: an ET tube comprising an outer circumferential surface and a length sufficient for insertion within a trachea of a patient, the ET tube being configured to be at least partially inserted within the trachea; a surface electrode wrapped about a portion of the outer circumferential surface of the ET tube , the surface electrode being configured to contact a target tissue and monitor nerve activity when the ET tube is at least partially inserted within the trachea; and characterised in that it further comprises: a pressure sensor assembly coupled to the outer circumferential surface of the ET tube , the pressure sensor assembly being configured to sense an amount of pressure between the surface electrode and the target tissue. an ET tube comprising an outer circumferential surface and a length sufficient for insertion within a trachea of a patient, the ET tube being configured to be at least partially inserted within the trachea; a surface electrode wrapped about a portion of the outer circumferential surface of the ET tube , the surface electrode being configured to contact a target tissue and monitor nerve activity when the ET tube is at least partially inserted within the trachea; and
An induction sealing device for heat sealing packaging material for producing sealed packages of pourable food products, said sealing device comprising: - an inductor device which interacts with said packaging material by means of at least one active surface ; - a flux-concentrating insert ; and - a supporting body comprising heat-conducting material and housing said inductor device and said flux-concentrating insert ; wherein - said flux concentrating insert comprises a magnetic compound of a polymer and soft magnetic particles; and characterized in that said flux concentrating insert interacts with said packaging material via at least one interactive surface ; and said supporting body is housing said inductor device in at least one cavity, wherein said at least one cavity is adapted and shaped as a mould for viscous non-cured magnetic compound so that said flux-concentrating insert may be moulded directly into said supporting body surrounding said inductor device in a flux concentrating fashion without covering said at least one active surface . - an inductor device which interacts with said packaging material by means of at least one active surface ; - a flux-concentrating insert ; and - a supporting body comprising heat-conducting material and housing said inductor device and said flux-concentrating insert ; wherein - said flux concentrating insert comprises a magnetic compound of a polymer and soft magnetic particles; and characterized in that said flux concentrating insert interacts with said packaging material via at least one interactive surface ; and said supporting body is housing said inductor device in at least one cavity, wherein said at least one cavity is adapted and shaped as a mould for viscous non-cured magnetic compound so that said flux-concentrating insert may be moulded directly into said supporting body surrounding said inductor device in a flux concentrating fashion without covering said at least one active surface .
A method for preventing damage to a tubular during operation of a tubular handling system on a drilling rig using an integrated safety system of the tubular handling system , the method comprising: moving a gripping apparatus toward a tubular ; detecting the presence of an upper end of the tubular using a sensor of the integrated safety system located on the gripping apparatus wherein the gripping apparatus is configured for internally gripping the tubular ; sending a signal from the sensor to a controller indicating that the tubular is in an engaged position; stopping movement of the gripping apparatus relative to the tubular in response to the signal, characterized in that movement of the gripping apparatus is stopped before a stop collar of the gripping apparatus hits the tubular ; and gripping the tubular with the gripping apparatus . moving a gripping apparatus toward a tubular ; detecting the presence of an upper end of the tubular using a sensor of the integrated safety system located on the gripping apparatus wherein the gripping apparatus is configured for internally gripping the tubular ; sending a signal from the sensor to a controller indicating that the tubular is in an engaged position; stopping movement of the gripping apparatus relative to the tubular in response to the signal, characterized in that movement of the gripping apparatus is stopped before a stop collar of the gripping apparatus hits the tubular ; and gripping the tubular with the gripping apparatus .
An end effector for use with a surgical instrument, the end effector comprising: (a) a first jaw ; (b) a second jaw pivotable relative to the first jaw, wherein the second jaw comprises a proximal end, wherein the proximal end comprises a first engagement feature and a second engagement feature , wherein the first engagement feature extends proximally further than the second engagement feature; and (c) a closure ring coupled with the second jaw, wherein the closure ring is translatable relative to the first jaw, wherein the closure ring is configured to first engage the first engagement feature and then engage the second engagement feature of the second jaw as the closure ring translates distally relative to the first jaw to thereby pivot the second jaw relative to the first jaw, wherein the first engagement feature comprises a first ramped surface positioned centrally on a top surface of the proximal end of the second jaw, and wherein the second engagement feature comprises a second ramped surface on at least one side portion of the proximal end of the second jaw, wherein the first and second ramped surfaces slope proximally downwardly. (a) a first jaw ; (b) a second jaw pivotable relative to the first jaw, wherein the second jaw comprises a proximal end, wherein the proximal end comprises a first engagement feature and a second engagement feature , wherein the first engagement feature extends proximally further than the second engagement feature; and (c) a closure ring coupled with the second jaw, wherein the closure ring is translatable relative to the first jaw, wherein the closure ring is configured to first engage the first engagement feature and then engage the second engagement feature of the second jaw as the closure ring translates distally relative to the first jaw to thereby pivot the second jaw relative to the first jaw,
An assembly, comprising: a check valve that includes a ball positioned between an inflow line and an outflow line , the ball being movable between (i) an open position at which a fluid is allowed to flow between the inflow line and the outflow line and (ii) a closed position at which the fluid is prevented from flowing between the inflow line and the outflow line ; a first spring positioned adjacent to the ball and operable to bias the ball in the closed position; a poppet positioned adjacent to the ball , wherein the poppet is movable to a closed state in response to a communication of a pilot pressure to the poppet , such that the ball is movable to the closed position in response to a force applied by the poppet ; a second spring positioned around the outer diameter of the poppet that biases the poppet to an open state; and a seat positioned adjacent to the ball for forming a seal when the ball is in the closed position, the assembly further comprising a solenoid valve coupled to the poppet, the solenoid valve operable to move the poppet . a check valve that includes a ball positioned between an inflow line and an outflow line , the ball being movable between (i) an open position at which a fluid is allowed to flow between the inflow line and the outflow line and (ii) a closed position at which the fluid is prevented from flowing between the inflow line and the outflow line ; a first spring positioned adjacent to the ball and operable to bias the ball in the closed position; a poppet positioned adjacent to the ball , wherein the poppet is movable to a closed state in response to a communication of a pilot pressure to the poppet , such that the ball is movable to the closed position in response to a force applied by the poppet ; a second spring positioned around the outer diameter of the poppet that biases the poppet to an open state; and a seat positioned adjacent to the ball for forming a seal when the ball is in the closed position, the assembly further comprising a solenoid valve coupled to the poppet, the solenoid valve operable to move the poppet .