mhurhangee/patent-ind-claim-en huggingface dataset:
A control unit for a robot connected to an endoscope generating an endoscopic image of an anatomical region, the control unit comprising: an endoscopic image controller operable to control a display of the endoscopic images of the anatomical region, wherein the endoscopic image controller is operable to generate endoscope pose commands to maintain a visible positioning of at least two interventional instruments within the display of the endoscopic image relative to a center of the endoscopic image based on maintaining an alignment of a selected spatial point positioned along at least one virtual line connecting the at least two interventional instruments with the centre of the endoscopic image, a robot controller operably connected to the endoscopic image controller to generate robotic actuator commands responsive to the endoscope pose commands, characterized in that the pose commands are configured to rotationally move the endoscope responsive to the at least two interventional instruments being rotated relative to each other within the anatomical region. an endoscopic image controller operable to control a display of the endoscopic images of the anatomical region, wherein the endoscopic image controller is operable to generate endoscope pose commands to maintain a visible positioning of at least two interventional instruments within the display of the endoscopic image relative to a center of the endoscopic image based on maintaining an alignment of a selected spatial point positioned along at least one virtual line connecting the at least two interventional instruments with the centre of the endoscopic image, a robot controller operably connected to the endoscopic image controller to generate robotic actuator commands responsive to the endoscope pose commands, characterized in that the pose commands are configured to rotationally move the endoscope responsive to the at least two interventional instruments being rotated relative to each other within the anatomical region.
Method for filling at least one buffer container of a pressurised hydrogen gas filling station , the filling station comprising at least one buffer container and one fluid circuit connected to said at least one buffer container , the circuit of the filling station comprising a first end connected to at least one source of hydrogen gas to provide for the filling of the at least one buffer container with gas coming from the source , the circuit comprising a second end provided with a transfer conduit intended to be removably connected to a tank , to fill said tank using at least one buffer container with hydrogen gas that has a concentration of at least one predefined impurity less than a predefined concentration threshold, the method being characterised in that it comprises a step of determining the current concentration of at least one impurity in the hydrogen in the buffer container during the filling of same, a step of comparing said current concentration of the impurity relative to a predefined threshold concentration and, when the current concentration of the at least one impurity reaches said threshold concentration, stopping the filling of said buffer container , the step of determining the current concentration of at least one impurity in the container comprising at least one from among: - a measurement of the concentration of the impurity directly in the buffer container via sensor(s) and analyser(s), - a measurement by sensor(s) of the concentration of the impurity at the level of the at least one source of hydrogen and/or at the level of the fluid circuit of the filling station and a determination of the quantity of gas transferred in real time into the buffer container during the filling of the latter said current concentration being determined by calculation using said concentration of the impurity and of the quantity of gas introduced into the buffer container, the determination of the quantity of gas transferred in real time into the container during the filling thereof comprises at least one from among: a measurement via a flow sensor in the circuit , a measurement of the variation in pressure in the buffer container during the filling of the latter. - a measurement of the concentration of the impurity directly in the buffer container via sensor(s) and analyser(s), - a measurement by sensor(s) of the concentration of the impurity at the level of the at least one source of hydrogen and/or at the level of the fluid circuit of the filling station and a determination of the quantity of gas transferred in real time into the buffer container during the filling of the latter said current concentration being determined by calculation using said concentration of the impurity and of the quantity of gas introduced into the buffer container, the determination of the quantity of gas transferred in real time into the container during the filling thereof comprises at least one from among: a measurement via a flow sensor in the circuit , a measurement of the variation in pressure in the buffer container during the filling of the latter.
A method for seismic surveying comprising: providing a sensor array comprising a first set of sensor units having a first grid spacing and a second set of sensor units having a grid spacing less than the first grid spacing, wherein: the sensor units of the first set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and rotation rate sensors with at least one of the rotation rate sensors configured to directly measure a rotation rate of the rotation rate sensor around a horizontal axis, and the sensor units of the second set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and do not comprise rotation rate sensors; using the sensor array to acquire vertical particle motion and horizontal rotation rate seismic data; and processing the vertical particle motion and horizontal rotation rate seismic data from the first set of sensor units in a machine to derive vertical particle motion interpolation between the sensor units of the first set. providing a sensor array comprising a first set of sensor units having a first grid spacing and a second set of sensor units having a grid spacing less than the first grid spacing, wherein: the sensor units of the first set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and rotation rate sensors with at least one of the rotation rate sensors configured to directly measure a rotation rate of the rotation rate sensor around a horizontal axis, and the sensor units of the second set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and do not comprise rotation rate sensors; using the sensor array to acquire vertical particle motion and horizontal rotation rate seismic data; and processing the vertical particle motion and horizontal rotation rate seismic data from the first set of sensor units in a machine to derive vertical particle motion interpolation between the sensor units of the first set. the sensor units of the first set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and rotation rate sensors with at least one of the rotation rate sensors configured to directly measure a rotation rate of the rotation rate sensor around a horizontal axis, and the sensor units of the second set of sensor units comprise particle motion sensors configured to measure a vertical component of particle motion and do not comprise rotation rate sensors; using the sensor array to acquire vertical particle motion and horizontal rotation rate seismic data; and processing the vertical particle motion and horizontal rotation rate seismic data from the first set of sensor units in a machine to derive vertical particle motion interpolation between the sensor units of the first set.
A slip determination system for a vehicle (V), for determining whether or not excessive slip which is slip not smaller than a predetermined one occurs in a wheel (WRL, WRR) which is mechanically connected to a motor via a motive power transmission system (SRL, SRR) having a backlash, and is driven or braked by the motor , comprising: wheel speed parameter-acquiring means for acquiring a wheel speed parameter (NMOT1, NMOT2) indicative of a speed of one of the wheel (WRL, WRR) and the motor ; basic speed parameter-acquiring means (101a-101d) for acquiring a basic speed parameter (NWFL, NWFR, NWRL, NWRR) indicative of a speed of the vehicle (V); threshold value-setting means for setting a threshold value (NMREF) which serves as a reference for determination of the excessive slip, based on the acquired basic speed parameter (NWFL, NWFR, NWRL, NWRR); slip determining means for determining that the excessive slip has occurred in the wheel (WRL, WRR) when the acquired wheel speed parameter (NMOT1, NMOT2) reaches the set threshold value (NMREF); braking/driving force-acquiring means for acquiring a braking/driving force (TROBJ) of the motor for driving or braking the wheel (WRL, WRR); and threshold value-changing means for changing the threshold value to a second threshold value which is used at the time of an inversion of the braking/driving force (TROBJ), and which is more difficult to be reached by the wheel speed parameter (NMOT1, NMOT2) than the threshold value, when the sign of the acquired braking/driving force (TROBJ) of the motor is inverted. wheel speed parameter-acquiring means for acquiring a wheel speed parameter (NMOT1, NMOT2) indicative of a speed of one of the wheel (WRL, WRR) and the motor ; basic speed parameter-acquiring means (101a-101d) for acquiring a basic speed parameter (NWFL, NWFR, NWRL, NWRR) indicative of a speed of the vehicle (V); threshold value-setting means for setting a threshold value (NMREF) which serves as a reference for determination of the excessive slip, based on the acquired basic speed parameter (NWFL, NWFR, NWRL, NWRR); slip determining means for determining that the excessive slip has occurred in the wheel (WRL, WRR) when the acquired wheel speed parameter (NMOT1, NMOT2) reaches the set threshold value (NMREF); braking/driving force-acquiring means for acquiring a braking/driving force (TROBJ) of the motor for driving or braking the wheel (WRL, WRR); and threshold value-changing means for changing the threshold value to a second threshold value which is used at the time of an inversion of the braking/driving force (TROBJ), and which is more difficult to be reached by the wheel speed parameter (NMOT1, NMOT2) than the threshold value, when the sign of the acquired braking/driving force (TROBJ) of the motor is inverted.
A method for measuring a meandering amount of a strip during conveyance thereof, characterized in that an imaging means is arranged in one side of the strip at a state of tilting an optical axis thereof to a pass line plane (PL) of the strip, and a lighting is arranged in the other side of the strip so as to irradiate light to the strip from the back of the strip viewing from the imaging means , and the strip is shot by the imaging means from an obliquely side so as to include both edges of the strip, and the edges of the strip are detected with an image shot by the imaging means and a meandering amount of the strip is calculated based on the detected edge position information of the strip from a standard position. an imaging means is arranged in one side of the strip at a state of tilting an optical axis thereof to a pass line plane (PL) of the strip, and a lighting is arranged in the other side of the strip so as to irradiate light to the strip from the back of the strip viewing from the imaging means , and the strip is shot by the imaging means from an obliquely side so as to include both edges of the strip, and the edges of the strip are detected with an image shot by the imaging means and a meandering amount of the strip is calculated based on the detected edge position information of the strip from a standard position.
A composition for use in a method of immunizing a subject against S. aureus infection, said composition comprising: (i) an isolated immunogenic Leukocidin E (LukE) polypeptide fragment of SEQ ID NO: 11, wherein said LukE polypeptide fragment is 50 to 200 amino acids in length; (ii) an isolated immunogenic Leukocidin D (LukD) polypeptide fragment of SEQ ID NO: 22, wherein said LukD polypeptide fragment is 50 to 200 amino acids in length; or (iii) a combination of (i) and (ii); and a pharmaceutically acceptable carrier, wherein the isolated LukE and/or LukD polypeptide fragment is present in the composition in an amount effective to generate an immune response against S. aureus in the subject. (i) an isolated immunogenic Leukocidin E (LukE) polypeptide fragment of SEQ ID NO: 11, wherein said LukE polypeptide fragment is 50 to 200 amino acids in length; (ii) an isolated immunogenic Leukocidin D (LukD) polypeptide fragment of SEQ ID NO: 22, wherein said LukD polypeptide fragment is 50 to 200 amino acids in length; or (iii) a combination of (i) and (ii); and
A display apparatus comprising: a display unit configured to be attached to a head of a user to display information to the user; a plurality of light adjustment devices each configured to change a transmittance to adjust an intensity of light incident from outside, the plurality of light adjustment devices being arranged in a direction of incidence of the light incident from outside; a controller configured to control the transmittances of the plurality of light adjustment devices separately from each other; and a light intensity detector configured to detect the intensity of external light, characterized in that the controller is configured to simultaneously change the transmittances of the plurality of light adjustment devices in accordance with the intensity detected with the light intensity detector by calculating a time and a magnitude of a voltage applied to the plurality of light adjustment devices based on a predetermined adjustment table. a display unit configured to be attached to a head of a user to display information to the user; a plurality of light adjustment devices each configured to change a transmittance to adjust an intensity of light incident from outside, the plurality of light adjustment devices being arranged in a direction of incidence of the light incident from outside; a controller configured to control the transmittances of the plurality of light adjustment devices separately from each other; and a light intensity detector configured to detect the intensity of external light, characterized in that the controller is configured to simultaneously change the transmittances of the plurality of light adjustment devices in accordance with the intensity detected with the light intensity detector by calculating a time and a magnitude of a voltage applied to the plurality of light adjustment devices based on a predetermined adjustment table.
A control system for silencing an alarm signal from an alarm device , the control system comprising a sensor configured to receive an alarm signal from an alarm device , an input interface configured to receive an operator instruction to silence the alarm signal , and control logic configured to issue in response to the operator instruction a silencing instruction interpretable by the alarm device as an instruction to deactivate the alarm signal , wherein the control logic is configured to determine whether or not the alarm signal exceeds a signal threshold indicative of the proximity of the input interface to the alarm device , and wherein the control logic includes an interlock preventing the silencing instruction from being sent for the alarm device if the signal threshold is not exceeded. a sensor configured to receive an alarm signal from an alarm device , an input interface configured to receive an operator instruction to silence the alarm signal , and control logic configured to issue in response to the operator instruction a silencing instruction interpretable by the alarm device as an instruction to deactivate the alarm signal , wherein the control logic is configured to determine whether or not the alarm signal exceeds a signal threshold indicative of the proximity of the input interface to the alarm device , and wherein the control logic includes an interlock preventing the silencing instruction from being sent for the alarm device if the signal threshold is not exceeded.
A system , comprising: a detection assembly comprising: a sensor configured to contact a fluid associated with a first powered axle of a vehicle and obtain a measured fluid level of the fluid in a first gearcase reservoir ; an electronics package coupled to the sensor , the electronics package comprising: one or more processors operably coupled to the sensor , the one or more processors configured to generate one or more data signals representative of the measured fluid level ; and a capacitance control structure configured to one or more of reduce or isolate a sensor capacitance of the sensor from the electronics package; and a vehicle controller; characterized in that, the vehicle controller is configured to: operate the vehicle using a second powered axle based on the measured fluid level being below a designated threshold value.
A coated article including a coating supported by a glass substrate (S), the coating comprising: - a first dielectric film on the glass substrate; - an infrared (IR) reflecting layer on the glass substrate, located over at least the first dielectric film; - a second dielectric film on the glass substrate, located over at least the IR reflecting layer; and wherein at least one of the first and second dielectric films comprises: (a) a first high index dielectric layer comprising a nitride of Zr and Si, wherein the first high index dielectric layer contains more Zr than Si, and (b) a second high index dielectric layer comprising an oxide of titanium that directly contacts the first high index dielectric layer. - a first dielectric film on the glass substrate; - an infrared (IR) reflecting layer on the glass substrate, located over at least the first dielectric film; - a second dielectric film on the glass substrate, located over at least the IR reflecting layer; and
Method for producing an adhesive tape, by providing a pressure-sensitive adhesive layer on at least one side of a liner or a carrier film, and treating at least one filament with a plasma, and introducing the at least one filament into the pressure-sensitive adhesive layer.
An information processing apparatus, comprising: a specification unit configured to extract a duration of a predetermined activity based on sensor data indicating a motion of at least one region of a body in time series; a detection unit configured to detect a motion group in the duration based on the sensor data; a first extraction unit configured to extract a feature value between a first motion and a second motion in the detected motion group; a conversion unit configured to convert the extracted feature value into an index indicating a degree by which the feature value is likely the predetermined activity; and a first calculation unit configured to calculate and output, based on the index converted by the conversion unit, a likelihood that the motion group is the predetermined activity, wherein the first extraction unit is configured to extract, as the feature value, one of degrees including a degree by which speed features or time features of motions are similar to one another between the first and second motions, a degree by which regions to which motions belong are alternate between the first and second motions, a degree by which occurrence time points of motions are simultaneous between the first and second motions, and a degree by which motions occur in a specific order between the first and second motions. a specification unit configured to extract a duration of a predetermined activity based on sensor data indicating a motion of at least one region of a body in time series; a detection unit configured to detect a motion group in the duration based on the sensor data; a first extraction unit configured to extract a feature value between a first motion and a second motion in the detected motion group; a conversion unit configured to convert the extracted feature value into an index indicating a degree by which the feature value is likely the predetermined activity; and a first calculation unit configured to calculate and output, based on the index converted by the conversion unit, a likelihood that the motion group is the predetermined activity, wherein the first extraction unit is configured to extract, as the feature value, one of degrees including a degree by which speed features or time features of motions are similar to one another between the first and second motions, a degree by which regions to which motions belong are alternate between the first and second motions, a degree by which occurrence time points of motions are simultaneous between the first and second motions, and a degree by which motions occur in a specific order between the first and second motions.
An anti-RSV immune response inducing composition for use by administration to an infant in a method of providing protective immunity against RSV or protecting from a disease caused by RSV in an infant, wherein the method comprises (a) administering a first anti-RSV immune response inducing composition to a female during the second or third trimester of pregnancy; and (b) administering a second anti-RSV immune response inducing composition to the infant that is born from the pregnancy, wherein the infant is less than six months old, wherein the first anti-RSV immune response inducing composition comprises an RSV F glycoprotein subunit composition and the second anti-RSV immune response inducing composition comprises a self-replicating ribonucleic acid (RNA) that encodes an RSV F protein antigen administered in combination with a delivery system that introduces the RNA into target cells, which comprises (i) liposomes, or (ii) a cationic submicron oil-in-water emulsion.
A quilted panel comprising: a top lofted layer ; a bottom lofted layer ; at least one layer between the top and bottom lofted layers; spaced parallel stitch lines extending through the layers , each of the stitch lines comprising multiple chain stitches , each of the chain stitches extending through the layers and comprising two sides, a top and a bottom , wherein each of said sides extends through the layers and comprises a section of needle thread and the top comprises one section of the needle thread and the bottom comprises two sections of the needle thread , characterised in that none of the layers is compressed. a top lofted layer ; a bottom lofted layer ; at least one layer between the top and bottom lofted layers; spaced parallel stitch lines extending through the layers , each of the stitch lines comprising multiple chain stitches , each of the chain stitches extending through the layers and comprising two sides, a top and a bottom , wherein each of said sides extends through the layers and comprises a section of needle thread and the top comprises one section of the needle thread and the bottom comprises two sections of the needle thread , characterised in that none of the layers is compressed.