mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for marking a point of interest in a live image, the method comprising: determining a position of a navigation device based on navigation signals received from satellites; determining an orientation of the device based on data from an orientation sensor of the device; obtaining a position of a point of interest; obtaining a first live image from a first camera of the device; displaying the first live image on a display of the device; and displaying a first marker (702, 802, 902, 1002) in the first live image (700, 800, 900) indicating a first location of the point of interest in the first live image (700, 800, 900), wherein the first location is based on the position of the device, the orientation of the device and the position of the point of interest; the method being characterized by the steps of obtaining a second live image from a second camera of the device; displaying the second live image on the display of the device; and displaying a second marker in the second live image indicating a second location of the point of interest in the second live image, wherein the second location is based on the position of the device, the orientation of the device, and the position of the point of interest, wherein the second live image has a second field of view that is within 10 degrees of being perpendicular to a first field of view of the first live image. determining a position of a navigation device based on navigation signals received from satellites; determining an orientation of the device based on data from an orientation sensor of the device; obtaining a position of a point of interest; obtaining a first live image from a first camera of the device; displaying the first live image on a display of the device; and displaying a first marker (702, 802, 902, 1002) in the first live image (700, 800, 900) indicating a first location of the point of interest in the first live image (700, 800, 900), wherein the first location is based on the position of the device, the orientation of the device and the position of the point of interest; the method being characterized by the steps of obtaining a second live image from a second camera of the device; displaying the second live image on the display of the device; and displaying a second marker in the second live image indicating a second location of the point of interest in the second live image, wherein the second location is based on the position of the device, the orientation of the device, and the position of the point of interest, wherein the second live image has a second field of view that is within 10 degrees of being perpendicular to a first field of view of the first live image.
A standing object detection device comprising: an imaging unit carried on a movable body; a first calculation unit (21; 22; 23; 24) that calculates an observed value of an image displacement among a plurality of images captured by the imaging unit at respective different timings; characterized by a first object detection unit (10, 21; 10, 22; 10, 23; 10, 24) including a radar sensor or a stereo camera, the first object detection unit (10, 21; 10, 22; 10, 23; 10, 24) detecting an object candidate and acquiring information of the object candidate; a second calculation unit (21; 22; 23; 24) that calculates a theoretic value of the image displacement on the basis of the information of the object candidate; and a second object detection unit (21; 22; 23; 24) that compares the observed value of the image displacement and the theoretic value of the image displacement and determines whether the object candidate is a standing object on the basis of the comparison result. an imaging unit carried on a movable body; a first calculation unit (21; 22; 23; 24) that calculates an observed value of an image displacement among a plurality of images captured by the imaging unit at respective different timings; characterized by a first object detection unit (10, 21; 10, 22; 10, 23; 10, 24) including a radar sensor or a stereo camera, the first object detection unit (10, 21; 10, 22; 10, 23; 10, 24) detecting an object candidate and acquiring information of the object candidate; a second calculation unit (21; 22; 23; 24) that calculates a theoretic value of the image displacement on the basis of the information of the object candidate; and a second object detection unit (21; 22; 23; 24) that compares the observed value of the image displacement and the theoretic value of the image displacement and determines whether the object candidate is a standing object on the basis of the comparison result.
Pyrolysis method for recovering differing material components of tire material using thermal decomposition, wherein the tire material is - delivered to a pyrolytic chamber, and - exposed to a controlled atmosphere and heated to a decomposition temperature of the differing material components in the pyrolytic chamber by microwave radiation, characterized in that - a variable power microwave radiation at frequencies between 300 MHz and 2500 MHz is applied to sequentially vary a temperature in the pyrolytic chamber in a temperature range including predefined temperatures corresponding to decomposition temperatures of the differing material components to sequentially increase the decomposition temperature in the pyrolytic chamber,resulting in a sequential decomposition of differing material components and - separately collecting the different recovered material components through several successive exit ports provided at points of increasing product temperature along a length of the pyrolytic chamber. - delivered to a pyrolytic chamber, and - exposed to a controlled atmosphere and heated to a decomposition temperature of the differing material components in the pyrolytic chamber by microwave radiation, characterized in that - a variable power microwave radiation at frequencies between 300 MHz and 2500 MHz is applied to sequentially vary a temperature in the pyrolytic chamber in a temperature range including predefined temperatures corresponding to decomposition temperatures of the differing material components to sequentially increase the decomposition temperature in the pyrolytic chamber,resulting in a sequential decomposition of differing material components and - separately collecting the different recovered material components through several successive exit ports provided at points of increasing product temperature along a length of the pyrolytic chamber.
An apparatus for applying an alternating electric field to a subject's body, the apparatus comprising: a plurality of electrode elements; a flexible support configured to hold the electrode elements against a subject's body; and an electrical conductor; a plurality of temperature sensors, wherein each of the temperature sensors is positioned to sense a temperature at a respective one of the electrode elements and generate a respective signal indicative of the sensed temperature; a plurality of electrically-controlled switches, wherein each of the switches is wired in series with a respective one of the electrode elements in a circuit that begins at the electrical conductor and ends at the respective electrode element, and each of the switches is configured to switch on or off independently of other switches based on a state of a respective control input; and a controller configured to generate an output that determines the state of the control input for each of the switches based on the signal indicative of the sensed temperature generated by the respective temperature sensor. a plurality of electrode elements; a flexible support configured to hold the electrode elements against a subject's body; and an electrical conductor; a plurality of temperature sensors, wherein each of the temperature sensors is positioned to sense a temperature at a respective one of the electrode elements and generate a respective signal indicative of the sensed temperature; a plurality of electrically-controlled switches, wherein each of the switches is wired in series with a respective one of the electrode elements in a circuit that begins at the electrical conductor and ends at the respective electrode element, and each of the switches is configured to switch on or off independently of other switches based on a state of a respective control input; and a controller configured to generate an output that determines the state of the control input for each of the switches based on the signal indicative of the sensed temperature generated by the respective temperature sensor.
An infusion set configured to apply or administer an anesthetic, comprising: a hub and catheter, wherein at least one surface of said hub or catheter is provided with an anesthetic for release at a catheter insertion site, characterized in that said anesthetic is provided as a layer disposed upon an inner surface of said hub or catheter for release at a catheter termination site within said insertion site. a hub and catheter, wherein at least one surface of said hub or catheter is provided with an anesthetic for release at a catheter insertion site, characterized in that said anesthetic is provided as a layer disposed upon an inner surface of said hub or catheter for release at a catheter termination site within said insertion site.
A thermoelectric cooler, configured to support a heat source device and perform temperature control on the heat source device, wherein the thermoelectric cooler comprises a first base plate, a second base plate disposed opposite to the first base plate, and multiple couples of first elements, the first base plate is configured to support the heat source device, an accommodation space is formed between the first base plate and the second base plate, the multiple couples of first elements are arranged at intervals within the accommodation space, the multiple couples of first elements are all connected to the first base plate and the second base plate, the multiple couples of first elements are connected to an external power source to adjust a temperature difference between the first base plate and the second base plate by changing a voltage or a current and implement temperature control on the heat source device, the accommodation space comprises a first area and a second area adjacent to the first area, the first area is disposed in a correspondence to the heat source device, and density of first elements in the first area is greater than density of first elements in the second area; wherein the first area is connected to the second area, the multiple couples of first elements are arranged in the first area and the second area, and the multiple couples of first elements are arranged in such a manner that density gradually decreases in a direction from the first area to the second area; wherein each couple of first elements comprises two element bodies, and the two element bodies are disposed at an interval and are both connected to the first base plate and the second base plate; and wherein the thermoelectric cooler further comprises a conductor that is disposed on the second base plate and is close to the accommodation space, the conductor is electrically connected to one of two element bodies in an outermost couple of first elements within the accommodation space, and all element bodies in the multiple couples of first elements are connected in series. wherein the first area is connected to the second area, the multiple couples of first elements are arranged in the first area and the second area, and the multiple couples of first elements are arranged in such a manner that density gradually decreases in a direction from the first area to the second area; wherein each couple of first elements comprises two element bodies, and the two element bodies are disposed at an interval and are both connected to the first base plate and the second base plate; and wherein the thermoelectric cooler further comprises a conductor that is disposed on the second base plate and is close to the accommodation space, the conductor is electrically connected to one of two element bodies in an outermost couple of first elements within the accommodation space, and all element bodies in the multiple couples of first elements are connected in series.
A sliding member comprising: a base material; and an amorphous hard carbon film formed on a surface of the base material, characterized in that the amorphous hard carbon film has a graded structure in which a sp 2 ratio increases from an inner surface side corresponding to the base material side toward an outer surface side, wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film, wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and wherein when a sp 2 ratio of the inner surface side of the amorphous hard carbon film is indicated by A% and a sp 2 ratio of the outer surface side of the amorphous hard carbon film is indicated by B%, a value of, B - A, is 20 or more. a base material; and an amorphous hard carbon film formed on a surface of the base material, characterized in that the amorphous hard carbon film has a graded structure in which a sp 2 ratio increases from an inner surface side corresponding to the base material side toward an outer surface side, wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film, wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and wherein when a sp 2 ratio of the inner surface side of the amorphous hard carbon film is indicated by A% and a sp 2 ratio of the outer surface side of the amorphous hard carbon film is indicated by B%, a value of, B - A, is 20 or more.
A pneumatic tire for use on trucks, the tire comprising a tread and a belt structure located radially inward of the tread, the belt structure including a pair of working belts (54, 56), wherein the working belts (54, 56) are reinforced plies each comprising parallel reinforcement elements, wherein the angle of the reinforcement elements in the respective working belt (54, 56) is in a range of from 12 degrees to 35 degrees with respect to the circumferential direction, wherein the belt structure further includes a relatively low angle belt positioned between the working belts (54, 56) and comprising parallel reinforcement elements angled at less than 5 degrees with respect to circumferential direction, and wherein a first rubber spacer is at least partially located radially between the relatively low angle belt and the first working belt, characterized in that the relatively low angle belt has a first and second narrow belt positioned on each outer lateral end of the relatively low angle belt, and in that the first and second narrow belts are each positioned radially inward of an axially outermost groove on each side of the tread.
A method for wireless communications by a user equipment, UE, comprising: identifying one or more trigger factors associated with an assistance mode, wherein a second radio associated with a second radio access technology, RAT, is used to assist a first radio associated with a first RAT; collecting, by the second radio, samples for the first radio while in the assistance mode; measuring a frequency offset between a first clock of the first radio and a second clock of the second radio based at least in part on the one or more trigger factors, the first clock being associated with a first oscillator crystal, and the second clock being associated with a second oscillator crystal; and adjusting, by the second radio, the collected samples based at least in part on the frequency offset. identifying one or more trigger factors associated with an assistance mode, wherein a second radio associated with a second radio access technology, RAT, is used to assist a first radio associated with a first RAT; collecting, by the second radio, samples for the first radio while in the assistance mode; measuring a frequency offset between a first clock of the first radio and a second clock of the second radio based at least in part on the one or more trigger factors, the first clock being associated with a first oscillator crystal, and the second clock being associated with a second oscillator crystal; and adjusting, by the second radio, the collected samples based at least in part on the frequency offset.
A grass mower comprising: a traveling vehicle body; a mower unit; a lift link mechanism supporting the mower unit downwardly of the traveling vehicle body with allowing raising and lowering of the mower unit; and a cutting height adjustment mechanism for adjusting a cutting height of the mower unit by the lift link mechanism; the cutting height adjustment mechanism including: a cutting height control grip; a cam body; a rotational rod connecting the cutting height control grip with the cam body; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body; the grass mower being characterized in that it further comprises: a driver's seat disposed at a center in a transverse direction of the vehicle body and at an upper portion of the vehicle body; and a fender unit including a left fender, a right fender and a seat attaching portion; and in that: the cutting height control grip is disposed upwardly of the fender unit and on a first outer side of the driver's seat in the vehicle body transverse direction; the cam body is disposed downwardly of the fender unit and closer to a center of the vehicle body in the vehicle body transverse direction than the cutting height control grip; and the rotational rod extends obliquely relative to a vertical line through the fender unit. a traveling vehicle body; a mower unit; a lift link mechanism supporting the mower unit downwardly of the traveling vehicle body with allowing raising and lowering of the mower unit; and a cutting height adjustment mechanism for adjusting a cutting height of the mower unit by the lift link mechanism; the cutting height adjustment mechanism including: a cutting height control grip; a cam body; a rotational rod connecting the cutting height control grip with the cam body; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body; a cutting height control grip; a cam body; a rotational rod connecting the cutting height control grip with the cam body; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body; a driver's seat disposed at a center in a transverse direction of the vehicle body and at an upper portion of the vehicle body; and a fender unit including a left fender, a right fender and a seat attaching portion; the cutting height control grip is disposed upwardly of the fender unit and on a first outer side of the driver's seat in the vehicle body transverse direction; the cam body is disposed downwardly of the fender unit and closer to a center of the vehicle body in the vehicle body transverse direction than the cutting height control grip; and the rotational rod extends obliquely relative to a vertical line through the fender unit.
An electronic device comprising: a processor; a memory; a flexible display having at least a first configuration where the flexible display is substantially planar, and a second configuration where the flexible display is non-planar; and a hinged enclosure that supports the flexible display in the first and second configurations, the hinged enclosure including (i) a first body portion (104, 302) attached to the flexible display, (ii) a second body portion (106, 304) coupled to the first body portion by a hinge (110, 314), and (iii) a slider (108, 306) attached to the flexible display that is configured to slide relative to at least the second body portion (106, 304) as the flexible display assumes the first or second configuration; wherein, when the flexible display is in the first configuration, the first body portion (104, 302), second body portion (106, 304) and the slider (108, 306) are substantially aligned; the slider (108, 306) has a slot therein and the second body portion (106, 304) includes a plate, wherein the plate slidingly engages with the slot to facilitate the flexible display assuming the first or second configuration; and the plate is in contact with the opposing surfaces that form the slot on opposite sides of the plate so as to provide an amount of friction when moving the slider in either direction. a processor; a memory; a flexible display having at least a first configuration where the flexible display is substantially planar, and a second configuration where the flexible display is non-planar; and a hinged enclosure that supports the flexible display in the first and second configurations, the hinged enclosure including (i) a first body portion (104, 302) attached to the flexible display, (ii) a second body portion (106, 304) coupled to the first body portion by a hinge (110, 314), and (iii) a slider (108, 306) attached to the flexible display that is configured to slide relative to at least the second body portion (106, 304) as the flexible display assumes the first or second configuration; wherein, when the flexible display is in the first configuration, the first body portion (104, 302), second body portion (106, 304) and the slider (108, 306) are substantially aligned; the slider (108, 306) has a slot therein and the second body portion (106, 304) includes a plate, wherein the plate slidingly engages with the slot to facilitate the flexible display assuming the first or second configuration; and the plate is in contact with the opposing surfaces that form the slot on opposite sides of the plate so as to provide an amount of friction when moving the slider in either direction.
An elevator hoistway inspection device, comprising: a guiding device which extends along an elevator hoistway; a camera unit configured for obtaining image data of the inside of the elevator hoistway, the camera unit slidably attached to the guiding device; and characterized in that the elevator hoistway inspection device further comprises: a mounting unit which supports the camera unit near the ceiling of the elevator hoistway and releases the camera unit in response to a release signal to allow the camera unit to freely fall along the guiding device. a guiding device which extends along an elevator hoistway; a camera unit configured for obtaining image data of the inside of the elevator hoistway, the camera unit slidably attached to the guiding device; and characterized in that the elevator hoistway inspection device further comprises: a mounting unit which supports the camera unit near the ceiling of the elevator hoistway and releases the camera unit in response to a release signal to allow the camera unit to freely fall along the guiding device.
A device for holding and deploying apparatus for use in the space, comprising a fixed body and a movable body coaxially connected to each other in a separable fashion by means of a remote controllable shape memory alloy actuator, wherein the shape memory alloy actuator consists of a torsionally-deformable bar, wherein the fixed body and the movable body are axially connected to each other by means of coupling members displaceable through said torsionally-deformable bar from a retention position for coupling the movable body to the fixed body to a release position for separating the movable body from the fixed body, and wherein elastic means (25, 28) are provided to apply a separation axial thrust to the movable body.