mhurhangee/ep-ind-claims huggingface dataset:
A medical instrument for sealing or cutting tissue, comprising: a first jaw member having a tissue-contacting surface; a second jaw member movably coupled to the first jaw member, the first jaw member and the second jaw member cooperating to grasp tissue between the first jaw member and the second jaw member; and a light source that provides a light beam for sealing tissue, the light source optically coupled to the first jaw member so that the light beam is internally reflected from an interface between the tissue-contacting surface of the first jaw member and air when tissue is not grasped between the first jaw member and the second jaw member, and so that at least a portion of the light beam is transmitted through that portion of the tissue-contacting surface of the first jaw member that is in contact with the tissue when the tissue is grasped between the first jaw member and the second jaw member; wherein the light source is configured to rotate and/or translate with respect to the first jaw member. a first jaw member having a tissue-contacting surface; a second jaw member movably coupled to the first jaw member, the first jaw member and the second jaw member cooperating to grasp tissue between the first jaw member and the second jaw member; and a light source that provides a light beam for sealing tissue, the light source optically coupled to the first jaw member so that the light beam is internally reflected from an interface between the tissue-contacting surface of the first jaw member and air when tissue is not grasped between the first jaw member and the second jaw member, and so that at least a portion of the light beam is transmitted through that portion of the tissue-contacting surface of the first jaw member that is in contact with the tissue when the tissue is grasped between the first jaw member and the second jaw member; wherein the light source is configured to rotate and/or translate with respect to the first jaw member.
A combination of collapsible IV stands and a system for storage of said IV stands, said system including at least one suspension stand which is comprised of at least one pole which at its bottom end is connected to at least one base supporting device, and that said pole on at least one first vertical level includes at least one suspension member and that said pole on at least one second vertical level includes at least one suspension member on which collapsible IV stands during use are hung, whose each respective IV stand of the combination is comprised of at least one pole which at its bottom end is connected to at least one base supporting device and in its upper end includes a suspension device, that includes at least one first suspension member and at least one second suspension member which are pivotally arranged around a common axis of rotation in the pole, and that the suspension members are suitable for suspending at least one IV bag in a first position and a second position where the suspension members are rotated in the vertical direction upward toward each other to one in the vertical direction upper position that allows for a suspension of the IV stand wherein that the suspension stand's suspension members (8, 9) consist of projecting members such as a rod, pin or similar where the projecting member's length is adjustable allowing for at least two IV stands to be stored at each vertical level and that the IV stand's base supporting device is comprised of at least one movable hub and one fixed hub which are connected to each other via legs and struts whose struts are moveably arranged in relation to the fixed hub via at least one first axle and pivotally arranged in relation to the leg via a second axle and that the fixed hub is comprised of at least one upper disc-shaped part, one intermediate disc-shaped part and one lower disc-shaped part which are provided with recesses for struts and that the first axle is connected at a recess in the intermediate part, where the recess is placed essentially transversely in relation to the recess for the strut, and that the movable hub is journaled in relation to the pole.
Vehicle column for a rail vehicle, wherein the vehicle column is provided at least partially for connecting to a front pane and a side pane of the rail vehicle, characterised in that the vehicle column is designed as a hollow profile with an essentially deltoid profile cross-section, wherein the profile cross-section of the hollow profile has four sides, of which the two shorter sides of the profile cross-section define the two sides (6, 7) of the vehicle column, which are provided for the at least partially direct connection between the vehicle column and a front pane and a side pane of the rail vehicle, and wherein the vehicle column is designed such that the side of the vehicle column, which is provided at least partially directly for connection to the front pane of the rail vehicle, is defined by the shorter of the two shorter sides of the profile cross-section of the hollow profile and that the side of the vehicle column, which is provided at least partially directly for connection to the side pane of the rail vehicle, is defined by the longer of the two shorter sides of the profile cross-section of the hollow profile.
Method of operating at least one supersonic nozzle in a metallurgical vessel, comprising the steps: - inserting an autonomous measuring device into a blowing lance head carrying at least one supersonic nozzle; - measuring the entry pressure (p 0 (t)) of a gas into the at least one supersonic nozzle in the blowing lance head by means of the autonomous measuring device; - simultaneous measuring of the feed pressure (p VS (t)) of the gas at a gas feed station arranged at a spacing from the at least one supersonic nozzle; - removing the autonomous measuring device from the blowing lance head; - determining a calibration plot (p 0 (t) = f(p VS (t))) for the entry pressure (p 0) from the measured entry pressure (p 0 (t)) and the measured feed pressure (p VS (t)); and - operating the at least one ultrasonic nozzle in the metallurgical vessel at a predetermined entry pressure (p 0) by regulating the feed pressure (p VS) on the basis of the determined calibration plot without the autonomous measuring device. - inserting an autonomous measuring device into a blowing lance head carrying at least one supersonic nozzle; - measuring the entry pressure (p 0 (t)) of a gas into the at least one supersonic nozzle in the blowing lance head by means of the autonomous measuring device; - simultaneous measuring of the feed pressure (p VS (t)) of the gas at a gas feed station arranged at a spacing from the at least one supersonic nozzle; - removing the autonomous measuring device from the blowing lance head; - determining a calibration plot (p 0 (t) = f(p VS (t))) for the entry pressure (p 0) from the measured entry pressure (p 0 (t)) and the measured feed pressure (p VS (t)); and - operating the at least one ultrasonic nozzle in the metallurgical vessel at a predetermined entry pressure (p 0) by regulating the feed pressure (p VS) on the basis of the determined calibration plot without the autonomous measuring device.
A method for detecting a reciprocal position between a cylinder and a piston of a piston-cylinder unit of a vehicle, wherein the method comprises step of: - measuring, by means of an optical sensor, a value of an indicative parameter of a colour of a reference mark positioned on a portion of the piston; characterized in that the method further comprises the steps of: - comparing the measured value with at least a predetermined threshold value thereof different from a minimum detection threshold of the indicative parameter by the optical sensor; and - emitting an alarm signal perceptible by a driver of a vehicle if the measured value is comprised between the predetermined threshold value and the minimum detection threshold. - measuring, by means of an optical sensor, a value of an indicative parameter of a colour of a reference mark positioned on a portion of the piston; - comparing the measured value with at least a predetermined threshold value thereof different from a minimum detection threshold of the indicative parameter by the optical sensor; and - emitting an alarm signal perceptible by a driver of a vehicle if the measured value is comprised between the predetermined threshold value and the minimum detection threshold.
A module (105, 200) for attachment to an injection device, the module comprising: a housing configured to be attached to a surface of the injection device; a sensor (122, 202) attached to the housing, configured to detect a signal associated with an amount of medicament within the injection device and to generate a sensor signal based on the signal; a control component (124, 208) coupled to the sensor (122, 202), the control component (124, 208) being configured to harvest energy to process the sensor signal and to generate injection device data; wherein the control component (124, 208) comprises an energy harvester (232, 222) configured to harvest the energy in response to receiving a trigger signal, the trigger signal being generated from a priming operation of the injection device and an interrogation signal transmitted by an external device, and an antenna (128, 216) coupled to the control component (124, 208) and configured to transmit a radio frequency signal based on the injection device data. a housing configured to be attached to a surface of the injection device; a sensor (122, 202) attached to the housing, configured to detect a signal associated with an amount of medicament within the injection device and to generate a sensor signal based on the signal; a control component (124, 208) coupled to the sensor (122, 202), the control component (124, 208) being configured to harvest energy to process the sensor signal and to generate injection device data; wherein the control component (124, 208) comprises an energy harvester (232, 222) configured to harvest the energy in response to receiving a trigger signal, the trigger signal being generated from a priming operation of the injection device and an interrogation signal transmitted by an external device, and an antenna (128, 216) coupled to the control component (124, 208) and configured to transmit a radio frequency signal based on the injection device data.
An upper attachment system for a trimmable horizontal stabiliser actuator (THSA), the upper attachment comprising: a housing holding a yoke and a ballscrew; a nut coupled to the housing and cooperating with the ballscrew such that rotation of the ballscrew relative to the nut results in linear motion of the ballscrew; a recess formed between the yoke and the ballscrew and arranged to receive, in use, an upper part of a tie bar of the secondary load path of the actuator; and a biasing mechanism (6, 7, 8) arranged such that, in use, when no axial load is applied to the tie bar, the yoke and the ballscrew are held by balanced forces from the biasing mechanism in a position within the recess, and such that when, in use, an axial load is applied to the yoke by the upper part of the tie bar, the balanced forces from the biasing mechanism are overcome and the axial load along with the biasing mechanism results in linear motion of the ballscrew in a first axial direction relative to the nut, wherein the linear motion moves the ballscrew toward the yoke and closes the recess around the upper part of the tie bar. a housing holding a yoke and a ballscrew; a nut coupled to the housing and cooperating with the ballscrew such that rotation of the ballscrew relative to the nut results in linear motion of the ballscrew; a recess formed between the yoke and the ballscrew and arranged to receive, in use, an upper part of a tie bar of the secondary load path of the actuator; and a biasing mechanism (6, 7, 8) arranged such that, in use, when no axial load is applied to the tie bar, the yoke and the ballscrew are held by balanced forces from the biasing mechanism in a position within the recess, and such that when, in use, an axial load is applied to the yoke by the upper part of the tie bar, the balanced forces from the biasing mechanism are overcome and the axial load along with the biasing mechanism results in linear motion of the ballscrew in a first axial direction relative to the nut, wherein the linear motion moves the ballscrew toward the yoke and closes the recess around the upper part of the tie bar.
An injectable immunotherapeutic vaccine for use in treating any of the diseases in the groups of: chromoblastomycosis in humans; equine sarcoid, excuberant granulosis, laminitis, allergy or anhidrosis in horses; mast cell tumor, allergy and otitis externa, arthritis, or inflammatory bowel disease in dogs; or asthma or miliary dermatitis in cats, said diseases not caused by P. insidiosum, and said vaccine comprising: proteins expressed from P.insidiosum MTPI-04 strain in a sterile aqueous injectable carrier solution. chromoblastomycosis in humans; equine sarcoid, excuberant granulosis, laminitis, allergy or anhidrosis in horses; mast cell tumor, allergy and otitis externa, arthritis, or inflammatory bowel disease in dogs; or asthma or miliary dermatitis in cats, said diseases not caused by P. insidiosum, and said vaccine comprising: proteins expressed from P.insidiosum MTPI-04 strain in a sterile aqueous injectable carrier solution. proteins expressed from P.insidiosum MTPI-04 strain in a sterile aqueous injectable carrier solution.
Writing instrument comprising: - a body extending between a rear end and a front end of the body which has an opening, the body defining an inner volume; - a writing member mounted inside the body and comprising a tip which protrudes from the front of the body; - a protective element comprising a guide portion sliding along the body and a protective end which extends said guide portion and has an opening to allow the tip to pass through, the protective element being movable between a tip protection position and a retracted position for writing; - an elastic return element coupled with the guide potion in order to bias the protective element towards said protection position; and - a system for locking the retracted position, which comprises: i) a stop formed on the body; (ii) a locking member which engages with the stop to maintain the retracted position; and iii) an unlocking portion (8; 18) which releases the locking member from the stop, the protective element comprising the locking member; wherein the protective element is mounted in the body through said opening, the guide portion of the protective element being inserted within the inner volume of the body and extending longitudinally along a longitudinal axis, characterized in that, in order to unlock the retracted position, the locking member disengages from the stop by a radial inward movement, the locking member being connected to a radially flexible elastic tab which can be pressed radially inwards in response to an action, preferably a pressure, applied to the unlocking portion (8; 18). - a body extending between a rear end and a front end of the body which has an opening, the body defining an inner volume; - a writing member mounted inside the body and comprising a tip which protrudes from the front of the body; - a protective element comprising a guide portion sliding along the body and a protective end which extends said guide portion and has an opening to allow the tip to pass through, the protective element being movable between a tip protection position and a retracted position for writing; - an elastic return element coupled with the guide potion in order to bias the protective element towards said protection position; and - a system for locking the retracted position, which comprises: i) a stop formed on the body; (ii) a locking member which engages with the stop to maintain the retracted position; and iii) an unlocking portion (8; 18) which releases the locking member from the stop, the protective element comprising the locking member; i) a stop formed on the body; (ii) a locking member which engages with the stop to maintain the retracted position; and iii) an unlocking portion (8; 18) which releases the locking member from the stop, the protective element comprising the locking member;
Mobile communication device (100, 101, 102, 103, 104, 200, 300) for wireless communication, the mobile communication device (100, 101, 102, 103, 104, 200, 300) comprising: an antenna (105, 205, 305) configured to receive wireless signals (106, 107, 108), a receiver (109, 209, 309) that is coupled to the antenna (105, 205, 305) and that is configured to determine a signal strength of the received wireless signals (106, 107, 108) and provide a respective signal strength value (110, 210, 310), and a normalization unit (111, 211, 311) that is configured to normalize the signal strength value (110, 210, 310) and provide a respective normalized signal strength indication (112, 212, 312) characterized in that the normalization unit (111, 211, 311) is configured to calculate the normalized signal strength indication (112, 212, 312) based on the signal strength value (110, 210, 310) provided by the receiver (109, 209, 309) and a maximum possible signal strength value (110, 210, 310) and a minimum possible signal strength value (110, 210, 310) and a sensitivity of the receiver (109, 209, 309) based on the formula nss = ChipsetCoefficient * 100 maxRX − minRX wherein nss refers to the normalized signal strength indication (112, 212, 312), maxRX refers to the maximum possible signal strength value, minRX refers to the minimum possible signal strength value, and the ChipsetCoefficient is determined as ChipsetCoefficient = − RXPower / RXsensitivity wherein RXPower is the signal strength value (110, 210, 310) provided by the receiver (109, 209, 309) and RXsensitivity is the sensitivity of the receiver (109, 209, 309). an antenna (105, 205, 305) configured to receive wireless signals (106, 107, 108), a receiver (109, 209, 309) that is coupled to the antenna (105, 205, 305) and that is configured to determine a signal strength of the received wireless signals (106, 107, 108) and provide a respective signal strength value (110, 210, 310), and a normalization unit (111, 211, 311) that is configured to normalize the signal strength value (110, 210, 310) and provide a respective normalized signal strength indication (112, 212, 312) characterized in that the normalization unit (111, 211, 311) is configured to calculate the normalized signal strength indication (112, 212, 312) based on the signal strength value (110, 210, 310) provided by the receiver (109, 209, 309) and a maximum possible signal strength value (110, 210, 310) and a minimum possible signal strength value (110, 210, 310) and a sensitivity of the receiver (109, 209, 309) based on the formula nss = ChipsetCoefficient * 100 maxRX − minRX wherein nss refers to the normalized signal strength indication (112, 212, 312), maxRX refers to the maximum possible signal strength value, minRX refers to the minimum possible signal strength value, and the ChipsetCoefficient is determined as ChipsetCoefficient = − RXPower / RXsensitivity wherein RXPower is the signal strength value (110, 210, 310) provided by the receiver (109, 209, 309) and RXsensitivity is the sensitivity of the receiver (109, 209, 309).
A method in a computer system for an operating system kernel to communicate with a user-space guest application, wherein the computer system comprises first and second transport components (210, 215) which are communicatively coupled to each other, the first transport component being designated as a user-space transport which resides in a user-space, and the second transport component being designated as a kernel-space transport which resides in a kernel-space, and wherein the computer system comprises a data store that includes data for mapping registration handles to API signatures, and wherein the data store resides in the kernel-space transport; the method comprising: matching, in the data store, a given registration handle to an associated API signature having at least one callback, thereby obtaining from the data store the associated API signature which matches with the given registration handle; retrieving, from the operating system kernel, a descriptor corresponding to one of the at least one callback in the API signature which was obtained from the data store; storing the descriptor in the kernel-space transport; sending the descriptor to the user-space transport; and processing, via the user-space transport, the descriptor to the user-space guest application. matching, in the data store, a given registration handle to an associated API signature having at least one callback, thereby obtaining from the data store the associated API signature which matches with the given registration handle; retrieving, from the operating system kernel, a descriptor corresponding to one of the at least one callback in the API signature which was obtained from the data store; storing the descriptor in the kernel-space transport; sending the descriptor to the user-space transport; and processing, via the user-space transport, the descriptor to the user-space guest application.
A method for pulse-width modulation PWM of a variable-frequency drive VFD used in an electric motor driven hydraulic pump system, comprising: for each sector (I, II, III, IV, V, VI) of a space vector graph for PWM of the VFD, identifying at least two possible clamping phases in switching between the vectors in the sector; comparing currents in multiple phases in at least one PWM cycle; in the sector of the space vector graph corresponding to the PWM cycle, determining the possible clamping phase with the maximum current in the at least two possible clamping phases; and clamping the determined possible clamping phase with the maximum current; the method further comprising: obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system. for each sector (I, II, III, IV, V, VI) of a space vector graph for PWM of the VFD, identifying at least two possible clamping phases in switching between the vectors in the sector; comparing currents in multiple phases in at least one PWM cycle; in the sector of the space vector graph corresponding to the PWM cycle, determining the possible clamping phase with the maximum current in the at least two possible clamping phases; and clamping the determined possible clamping phase with the maximum current; the method further comprising: obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system. obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system.