mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a magnetic resonance imaging system comprising a couch; a gantry rotatable to different positions around the couch of the magnetic resonance imaging system; a linear accelerator having different components; wherein the system further comprises a plurality of shielding containers attached to and spaced around the circumference of the gantry, at least two of the shielding containers containing components of the linear accelerator; and a radio frequency waveguide extending between the at least two shielding containers and configured to connect the components contained in the at least two shielding containers of the plurality of shielding containers. a magnetic resonance imaging system comprising a couch; a gantry rotatable to different positions around the couch of the magnetic resonance imaging system; a linear accelerator having different components; wherein the system further comprises a plurality of shielding containers attached to and spaced around the circumference of the gantry, at least two of the shielding containers containing components of the linear accelerator; and a radio frequency waveguide extending between the at least two shielding containers and configured to connect the components contained in the at least two shielding containers of the plurality of shielding containers. a plurality of shielding containers attached to and spaced around the circumference of the gantry, at least two of the shielding containers containing components of the linear accelerator; and a radio frequency waveguide extending between the at least two shielding containers and configured to connect the components contained in the at least two shielding containers of the plurality of shielding containers.
A reinforcing bar binding machine which is configured to detachably mount a wire reel thereto, to feed a wire from the mounted wire reel, to feed the wire to a guide part provided at a tip portion of a binding machine main body, to curl the wire at the guide part, to feed out the wire around reinforcing bars positioned at an inner side of the guide part so that the wire is wound around the reinforcing bars, to cut the wire with a wire cutting mechanism, and to twist the wound wire to thus bind the reinforcing bars, wherein the wire cutting mechanism includes: a fixed blade (62, 93, 102) which is fixed to the guide part; and a moveable blade (63, 92, 103) which is configured to slide, swing or rotate to the fixed blade (62, 93, 102) and to cut the wire, the guide part is provided with a holding device (63c, 92e, 103d) which is configured to by the fixed blade or the moveable blade, characterized in that the holding device (63c, 92e, 103d) is further configured by a contact part (65, 95, 105), wherein the contact part (65, 95, 105) is configured to contact the wire at a downstream position of the fixed or moveable blade with respect to a feeding direction of the wire, and wherein the holding device (63c, 92e, 103d) is configured to hold a cut end portion-side of the wire cut and separated by the wire cutting mechanism in conjunction with a cutting operation of the wire cutting mechanism, by the contact part (65, 95, 105) and the fixed or moveable blade after the wire cutting. a fixed blade (62, 93, 102) which is fixed to the guide part; and a moveable blade (63, 92, 103) which is configured to slide, swing or rotate to the fixed blade (62, 93, 102) and to cut the wire,
A method of controlling a system comprising a printhead for printing an image on at least one surface, wherein the at least one surface differs in shape from a nominal surface by a known tolerance, and wherein the printhead and the at least one surface move relative to each other along a predetermined print path comprising at least one swathe, the method comprising the steps of: providing first swathe data for printing the image on the nominal surface; providing second swathe data for the at least one swathe, wherein the second swathe data defines a sequence of marks made by the printhead, which produces a sequence of predetermined dot patterns when printed on the nominal surface, wherein at least one dot pattern from said sequence of dot patterns and an existing feature of the nominal surface have a nominal geometric relationship; printing the second swathe data on the at least one surface; determining, for at least one of the least one dot pattern, the actual geometric relationship of the at least one dot pattern printed on the at least one surface and an existing feature of the at least one surface corresponding to said existing feature of the nominal surface; comparing the actual geometric relationship with the nominal geometric relationship to determine at least one difference; and providing third swathe data by applying an adjustment calculated from the at least one difference to the first swathe data to compensate for the at least one difference. providing first swathe data for printing the image on the nominal surface; providing second swathe data for the at least one swathe, wherein the second swathe data defines a sequence of marks made by the printhead, which produces a sequence of predetermined dot patterns when printed on the nominal surface, wherein at least one dot pattern from said sequence of dot patterns and an existing feature of the nominal surface have a nominal geometric relationship; printing the second swathe data on the at least one surface; determining, for at least one of the least one dot pattern, the actual geometric relationship of the at least one dot pattern printed on the at least one surface and an existing feature of the at least one surface corresponding to said existing feature of the nominal surface; comparing the actual geometric relationship with the nominal geometric relationship to determine at least one difference; and providing third swathe data by applying an adjustment calculated from the at least one difference to the first swathe data to compensate for the at least one difference.
A mass flow meter, comprising: a tubular housing extending along a longitudinal axis and configured to receive a flow of fluid therethrough; a flexible plate having a length positioned along the longitudinal axis and at least partially coupled to an interior wall of the tubular housing at opposed longitudinal ends of the flexible plate such that the flexible plate can vibrate in torsion; an actuator configured to apply an oscillating torque to the flexible plate sufficient to vibrate the flexible plate in torsion; and at least two sensors (214, 216) each configured to measure a plurality of oscillations of the flexible plate as a function of time at different locations arising from the applied torque, characterized in that the actuator is positioned outside the tubular housing on or adjacent to an outer surface of the tubular housing. a tubular housing extending along a longitudinal axis and configured to receive a flow of fluid therethrough; a flexible plate having a length positioned along the longitudinal axis and at least partially coupled to an interior wall of the tubular housing at opposed longitudinal ends of the flexible plate such that the flexible plate can vibrate in torsion; an actuator configured to apply an oscillating torque to the flexible plate sufficient to vibrate the flexible plate in torsion; and at least two sensors (214, 216) each configured to measure a plurality of oscillations of the flexible plate as a function of time at different locations arising from the applied torque, characterized in that the actuator is positioned outside the tubular housing on or adjacent to an outer surface of the tubular housing.
A method of estimating position and orientation (pose) of an underwater vehicle comprising: receiving, by a processor, pose data from a vehicle navigation system; receiving, by the processor, pose data from another source this source being an image sensor-based source having a sensor which directs toward an underwater structure an acoustic sonar wave to be reflected back to the sensor, and receives the reflected acoustic sonar wave to be processed to produce an image sensor-based pose estimate; determining a fused pose estimate using the processor, the determining comprising determining a forward prediction of the pose data received from the image sensor-based source based on a forward propagation of the pose data from the image sensor-based source relative to the pose data from the vehicle navigation system and combining, using the processor, the pose data from the vehicle navigation system and the forward prediction of the pose data from the image sensor-based source, the combination resulting in the fused pose estimate; and estimating, using the processor, an updated pose of the underwater vehicle based on the fused pose estimate. receiving, by a processor, pose data from a vehicle navigation system; receiving, by the processor, pose data from another source this source being an image sensor-based source having a sensor which directs toward an underwater structure an acoustic sonar wave to be reflected back to the sensor, and receives the reflected acoustic sonar wave to be processed to produce an image sensor-based pose estimate; determining a fused pose estimate using the processor, the determining comprising determining a forward prediction of the pose data received from the image sensor-based source based on a forward propagation of the pose data from the image sensor-based source relative to the pose data from the vehicle navigation system and combining, using the processor, the pose data from the vehicle navigation system and the forward prediction of the pose data from the image sensor-based source, the combination resulting in the fused pose estimate; and estimating, using the processor, an updated pose of the underwater vehicle based on the fused pose estimate.
A method to avoid transmission of at least some neighbor cell system information from a network to a mobile station, the method comprising: receiving neighbor cell system information; characterized by setting a validity indication indicating whether the mobile station has valid neighbor cell system information associated with a neighbor cell, the validity indication to indicate that at least a portion of the neighbor cell system information is valid if the at least a portion of the neighbor cell system information was received correctly within a preceding first specified time period but not if the at least a portion of the neighbor cell system information was received before the preceding first specified time period, the neighbor cell system information corresponding to system information broadcast by the neighbor cell; and sending the validity indication to the network, wherein the validity indication further indicates whether the network can omit subsequent sending of the at least a portion of the neighbor cell system information associated with the neighbor cell to the mobile station. receiving neighbor cell system information; characterized by setting a validity indication indicating whether the mobile station has valid neighbor cell system information associated with a neighbor cell, the validity indication to indicate that at least a portion of the neighbor cell system information is valid if the at least a portion of the neighbor cell system information was received correctly within a preceding first specified time period but not if the at least a portion of the neighbor cell system information was received before the preceding first specified time period, the neighbor cell system information corresponding to system information broadcast by the neighbor cell; and sending the validity indication to the network, wherein the validity indication further indicates whether the network can omit subsequent sending of the at least a portion of the neighbor cell system information associated with the neighbor cell to the mobile station.
Drive arm of a windscreen wiper of a vehicle, particularly a vehicular automobile, comprising at least one clip (40, 40') for fastening a fluid circulation tube to a drive arm, said clip comprising means for retaining and fastening the tube to the arm, said fastening means are located on a side of the clip opposite that where said retaining means are located, said clip further comprising anti-rotation means of the clip that are configured to cooperate by abutment with the drive arm, the drive arm is characterized in that the fastening means of the clip comprise elastic clipping means that are engaged and pass through an opening (30, 42) of the arm and in that the anti-rotation means comprise at least one finger comprising a bearing surface.
A device for obtaining a skin graft, the device comprising: a body that is disposable on a patient's skin; a head adapted for coupling to the cutting body, the head further comprising a sealing surface to engage with a mating surface on the cutting body such that, when the head is engaged with the body on a patient's skin, a sealed chamber is formed over a target region of skin; and a negative pressure conduit also connected to the chamber and adapted for applying negative pressure within the chamber to raise at least one skin blister within the chamber; and a cutter mechanism within the body for cleaving the blister after formation, characterized by a sensor for monitoring the formation of the blister. a body that is disposable on a patient's skin; a head adapted for coupling to the cutting body, the head further comprising a sealing surface to engage with a mating surface on the cutting body such that, when the head is engaged with the body on a patient's skin, a sealed chamber is formed over a target region of skin; and a negative pressure conduit also connected to the chamber and adapted for applying negative pressure within the chamber to raise at least one skin blister within the chamber; and a cutter mechanism within the body for cleaving the blister after formation, characterized by a sensor for monitoring the formation of the blister.
A coated article comprising a substrate supporting first and second low-E coatings on opposing major surfaces thereof, respectively, wherein: the first low-E coating comprises, in order moving away from the substrate: a first layer comprising silicon oxynitride having an index of refraction of 1.5-2.1 and being 50-90 nm thick, a layer comprising ITO having an index of refraction of 1.7-2.1 and being 85- 125 nm thick, and a second layer comprising silicon oxynitride having an index of refraction of 1.5-2.1 and being 50-90 nm thick; and the second low-E coating comprises, in order moving away from the substrate: a first silicon-based layer, a first dielectric layer, a second dielectric layer split by a third dielectric layer so as to form first and second portions of the second dielectric layer, the third dielectric layer comprising either titanium oxide or tin oxide, a metallic or substantially metallic infrared reflecting layer over and directly contacting the second portion of the second dielectric layer, an upper contact layer comprising an oxide of Ni and/or Cr directly over and contacting the IR reflecting layer, a fourth dielectric layer, and a second silicon-based layer. a first layer comprising silicon oxynitride having an index of refraction of 1.5-2.1 and being 50-90 nm thick, a layer comprising ITO having an index of refraction of 1.7-2.1 and being 85- 125 nm thick, and a second layer comprising silicon oxynitride having an index of refraction of 1.5-2.1 and being 50-90 nm thick; and the second low-E coating comprises, in order moving away from the substrate: a first silicon-based layer, a first dielectric layer, a second dielectric layer split by a third dielectric layer so as to form first and second portions of the second dielectric layer, the third dielectric layer comprising either titanium oxide or tin oxide, a metallic or substantially metallic infrared reflecting layer over and directly contacting the second portion of the second dielectric layer, an upper contact layer comprising an oxide of Ni and/or Cr directly over and contacting the IR reflecting layer, a fourth dielectric layer, and a second silicon-based layer. a first silicon-based layer, a first dielectric layer, a second dielectric layer split by a third dielectric layer so as to form first and second portions of the second dielectric layer, the third dielectric layer comprising either titanium oxide or tin oxide, a metallic or substantially metallic infrared reflecting layer over and directly contacting the second portion of the second dielectric layer, an upper contact layer comprising an oxide of Ni and/or Cr directly over and contacting the IR reflecting layer, a fourth dielectric layer, and a second silicon-based layer.
A method of predicting stability in a hydrocarbon process stream using a near infrared spectrum combined with a correlation model, the method comprising: (a) measuring a stability value corresponding to each of a plurality of samples from the hydrocarbon process stream, or from a different hydrocarbon process stream of the same type, to produce a first dataset; (b) selecting one or more wave numbers in the near infrared spectrum as a first spectrum; (c) using the first spectrum to determine an absorbance corresponding to each of the plurality of samples from step (a) to produce a second dataset; (d) incorporating the first dataset and the second dataset into at least one mathematical function to create the correlation model; (e) selecting one or more wave numbers in the near infrared spectrum as a second spectrum; (f) using the second spectrum to measure an absorbance corresponding to one or more additional samples; (g) calculating a predicted stability value corresponding to the additional sample(s) by using the measured absorbance from step (f) as input for the correlation model and receiving as output the predicted stability; and (h) optionally storing the received output in an electronic storage device and/or displaying the received output on a display device. (a) measuring a stability value corresponding to each of a plurality of samples from the hydrocarbon process stream, or from a different hydrocarbon process stream of the same type, to produce a first dataset; (b) selecting one or more wave numbers in the near infrared spectrum as a first spectrum; (c) using the first spectrum to determine an absorbance corresponding to each of the plurality of samples from step (a) to produce a second dataset; (d) incorporating the first dataset and the second dataset into at least one mathematical function to create the correlation model; (e) selecting one or more wave numbers in the near infrared spectrum as a second spectrum; (f) using the second spectrum to measure an absorbance corresponding to one or more additional samples; (g) calculating a predicted stability value corresponding to the additional sample(s) by using the measured absorbance from step (f) as input for the correlation model and receiving as output the predicted stability; and (h) optionally storing the received output in an electronic storage device and/or displaying the received output on a display device.
A curtain wall that comprises one or more mullions and one or more transoms and panels that are fitted with their edges at least in the mullions and optionally in the transoms, wherein the one or more mullions extend vertically and are provided on two opposite sides with a groove with an access opening, said grooves forming a rebate in which the lateral edge of an aforementioned panel is fitted, wherein the ends of the one or more transoms are provided with compressible head pieces, wherein the one or more transoms extend horizontally between two mullions and their ends are fitted with the head pieces in the aforementioned grooves of these two mullions, wherein the one or more transoms are fastened to two mullions without the use of screws by fitting the ends of the one or more transoms with the head pieces in a recess in the aforementioned grooves of these two mullions, wherein the aforementioned mullion is assembled from at least an inner profile and an outer profile joined together by means of one or more plastic profiles, wherein the inner profile, the outer profile and the one or more plastic profiles are fastened to each other and are not dismountable from one another, characterized in that at least the inner profile consists substantially of steel.
Bicycle trainer for removably loading a bicycle with at least a back wheel, where the bicycle trainer comprises a floorstanding frame with a wheel supporting roller at a rear end and a fork supporting unit at a front end, wherein the fork supporting unit is pivotally supported by the floorstanding frame enabling the fork supporting unit to move back-and-forth, characterized in that the fork supporting unit and the floorstanding frame connect to each other with a hinge enabling back-and-forth movement of the fork supporting unit in a longitudinal direction of the floorstanding frame, wherein the fork supporting unit is spring-loaded with a spring at or near the hinge to provide the fork supporting unit with a preferential upright position at right angles with the floorstanding frame such that whenever the bicycle is moved in use forward or backward, said bicycle is biased by said spring to return to an average position on the bicycle trainer wherein the fork support unit is at right angles with the floorstanding frame.
A device for treatment of tissue of a subject by laser induced optical breakdown, the device comprising: - a light source for providing a pulsed light beam; - a focusing system for receiving the pulsed light beam and outputting a focussed pulsed light beam with a focal spot that is positionable in the tissue; - a light exit window having a contact surface for contacting the tissue during use of the device and for allowing the pulsed light beam to exit the device through the contact surface before it reaches the focal spot; wherein the device comprises a feedback system for detecting a feedback signal dependent of a state of contact between the contact surface and the tissue, wherein the feedback signal comprises light and/or sound generated by the focussed pulsed light beam. - a light source for providing a pulsed light beam; - a focusing system for receiving the pulsed light beam and outputting a focussed pulsed light beam with a focal spot that is positionable in the tissue; - a light exit window having a contact surface for contacting the tissue during use of the device and for allowing the pulsed light beam to exit the device through the contact surface before it reaches the focal spot;
An IL-11 mutein which exhibits enhanced binding to the IL-11 receptor alpha chain wherein the amino acid sequence AMSAG at position 58 to 62 of wild-type mammalian IL-11 is replaced with the amino acid sequence PAIDY or FMQIQ.