mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining one or more content items, the content items provided by respective one or more content sources; determining respective location information associated with the one or more content items; and determining to group the one or more content items based, at least in part, on the respective location information, and determining to present the one or more content items, one or more links to the one or more content items, or a combination thereof in a mapping display of a first user device based, at least in part, on the grouping, wherein the determining to present the one or more content items comprises: determining one or more computation closures associated with the one Or more content items; determining to bind the one or more computation closures to one or more user interface elements of the mapping display based, at least in part, on the grouping, the respective location information, or a combination thereof; and determining to generate the mapping display based, at least in part, on the binding; and the method further comprising determining to assign a task to be completed to a second user device in dependence on receiving a user selection of one of the user interface elements to which the one or more computation closures associated with the one or more content items is bound. determining one or more content items, the content items provided by respective one or more content sources; determining respective location information associated with the one or more content items; and determining to group the one or more content items based, at least in part, on the respective location information, and determining to present the one or more content items, one or more links to the one or more content items, or a combination thereof in a mapping display of a first user device based, at least in part, on the grouping, wherein the determining to present the one or more content items comprises: determining one or more computation closures associated with the one Or more content items; determining to bind the one or more computation closures to one or more user interface elements of the mapping display based, at least in part, on the grouping, the respective location information, or a combination thereof; and determining to generate the mapping display based, at least in part, on the binding; and the method further comprising determining one or more computation closures associated with the one Or more content items; determining to bind the one or more computation closures to one or more user interface elements of the mapping display based, at least in part, on the grouping, the respective location information, or a combination thereof; and determining to generate the mapping display based, at least in part, on the binding; and the method further comprising determining to assign a task to be completed to a second user device in dependence on receiving a user selection of one of the user interface elements to which the one or more computation closures associated with the one or more content items is bound.
A terminal device, comprising: a wireless communication unit configured to perform communication with a base station that forms a first wireless network; a carrier sense unit configured to perform carrier sense with another device; and a control unit configured to control the wireless communication unit to transmit a signal detection threshold change request to the base station with a trigger that an index related to transmission suppression by the carrier sense has exceeded a given threshold, the terminal device further configured to receive a reply transmitted from the base station, and to control a signal detection threshold based on said reply so that another terminal device belonging to a second wireless network different from the first wireless network is outside a signal detection range, based on a carrier sense result by the carrier sense unit. a wireless communication unit configured to perform communication with a base station that forms a first wireless network; a carrier sense unit configured to perform carrier sense with another device; and a control unit configured to control the wireless communication unit to transmit a signal detection threshold change request to the base station with a trigger that an index related to transmission suppression by the carrier sense has exceeded a given threshold, the terminal device further configured to receive a reply transmitted from the base station, and to control a signal detection threshold based on said reply so that another terminal device belonging to a second wireless network different from the first wireless network is outside a signal detection range, based on a carrier sense result by the carrier sense unit.
An intruding-object detection apparatus for detecting an object intruding into a field of view as an intruding object using a pair of images taken by a stereo camera, the pair of images being a reference image and a comparison image, said apparatus comprising: means for obtaining a matching point for every position in the reference image between the reference image and the comparison image of a background and for storing the deviation associated with each obtained matching point; and means for performing an intruding-object detection process by evaluating the difference between the brightness of a position in the reference image and the brightness of a corresponding position in the comparison image, said corresponding position deviating from the position in the reference image by the stored deviation associated with said position in the reference image, and for outputting said position of the reference image if the absolute value of said difference is larger than a predetermined threshold value as a position indicating an intruding object; wherein said intruding-object detection process performs the evaluation of the brightness difference for all positions in the reference image every period of motion pictures. means for obtaining a matching point for every position in the reference image between the reference image and the comparison image of a background and for storing the deviation associated with each obtained matching point; and means for performing an intruding-object detection process by evaluating the difference between the brightness of a position in the reference image and the brightness of a corresponding position in the comparison image, said corresponding position deviating from the position in the reference image by the stored deviation associated with said position in the reference image, and for outputting said position of the reference image if the absolute value of said difference is larger than a predetermined threshold value as a position indicating an intruding object; wherein said intruding-object detection process performs the evaluation of the brightness difference for all positions in the reference image every period of motion pictures.
Sweeping device for sweeping a track formed from rails and sleepers, comprising at least one sweeping brush - which has a brush shaft with sweeping elements projecting radially therefrom -, wherein the brush shaft can be rotated about an axis of rotation extending normal to the track longitudinal direction by means of a drive, characterized in that the brush shaft is designed as a hollow shaft which is rotatably mounted on a control shaft extending in the interior thereof, wherein the longitudinal axis of the control shaft extends in the track transverse direction parallel to a track plane - which is defined by the sleepers -, and wherein, at least in one portion of the hollow or brush shaft (19, 15), the axis of rotation can be positioned at an angle to the longitudinal axis or to the track plane.
A display apparatus (1000, 1000', 2000) comprising: a display panel (500, 1500) comprising a pixel pattern (510, 510') comprising a plurality of pixels arranged regularly at a first pitch; and a first sensor (600, 1600) provided on the display panel, wherein the first sensor comprises: an electrode pattern comprising a plurality of electrodes (811, 821) arranged regularly at a second pitch; and a filling layer filling gaps between adjacent ones of the plurality of electrodes, wherein a difference between a transmittance of the plurality of electrodes and a transmittance of the filling layer is 5% or less; wherein the plurality of electrodes each comprise a first oxide layer (811a, 821a), a metal layer (811b, 821b), and a second oxide layer (811c, 821c) which are sequentially stacked; wherein the first pitch is 100 μm or less, the second pitch is 100 μm or less, and wherein the first sensor is one of a fingerprint sensor and a fingerprint-touch composite sensor. a display panel (500, 1500) comprising a pixel pattern (510, 510') comprising a plurality of pixels arranged regularly at a first pitch; and a first sensor (600, 1600) provided on the display panel, wherein the first sensor comprises: an electrode pattern comprising a plurality of electrodes (811, 821) arranged regularly at a second pitch; and a filling layer filling gaps between adjacent ones of the plurality of electrodes, wherein a difference between a transmittance of the plurality of electrodes and a transmittance of the filling layer is 5% or less; wherein the plurality of electrodes each comprise a first oxide layer (811a, 821a), a metal layer (811b, 821b), and a second oxide layer (811c, 821c) which are sequentially stacked; wherein the first pitch is 100 μm or less, the second pitch is 100 μm or less, and wherein the first sensor is one of a fingerprint sensor and a fingerprint-touch composite sensor. an electrode pattern comprising a plurality of electrodes (811, 821) arranged regularly at a second pitch; and a filling layer filling gaps between adjacent ones of the plurality of electrodes, wherein a difference between a transmittance of the plurality of electrodes and a transmittance of the filling layer is 5% or less; wherein the plurality of electrodes each comprise a first oxide layer (811a, 821a), a metal layer (811b, 821b), and a second oxide layer (811c, 821c) which are sequentially stacked; wherein the first pitch is 100 μm or less, the second pitch is 100 μm or less, and wherein the first sensor is one of a fingerprint sensor and a fingerprint-touch composite sensor.
Encapsulation housing reducing piece having a first flange and a second flange whose cross section is smaller than that of the first flange and between which an encapsulation housing casing extends, wherein a plurality of planar zones (5a, 5b, 5c) are arranged in the encapsulation housing casing, between which casing surface sections (6a, 6b, 6c) are arranged rotationally symmetrically, characterized in that the zones (5a, 5b, 5c) are formed by flats on a circular cylindrical casing.
Blocking device for blocking access to a door unlocking device of an elevator system, wherein the door unlocking device is configured for unlocking a door (110, 116, 117) of the elevator system, and wherein the blocking device comprises: an outer element, which is introducable into an access opening which provides access to the door unlocking device; wherein a hollow space defined by a circumferential sidewall is formed within the outer element, and at least one locking opening is formed within said circumferential sidewall; an inner element, which is introducable into the hollow space formed within the outer element and which is configured for bringing the blocking device into a fixing configuration, in which the outer element is fixedly engaged with the access opening, by introducing the inner element into the hollow space formed within the outer element; and a locking device, which is a padlock, comprising a bar or bolt, which is configured for being passed through the at least one locking opening formed within the circumferential sidewall thereby blocking access to the inner element and locking the inner element in the fixing position within the outer element. an outer element, which is introducable into an access opening which provides access to the door unlocking device; wherein a hollow space defined by a circumferential sidewall is formed within the outer element, and at least one locking opening is formed within said circumferential sidewall; an inner element, which is introducable into the hollow space formed within the outer element and which is configured for bringing the blocking device into a fixing configuration, in which the outer element is fixedly engaged with the access opening, by introducing the inner element into the hollow space formed within the outer element; and a locking device, which is a padlock, comprising a bar or bolt, which is configured for being passed through the at least one locking opening formed within the circumferential sidewall thereby blocking access to the inner element and locking the inner element in the fixing position within the outer element.
A method for changing gear in a power train of a motor vehicle (100; 110) provided with an engine, a clutch device and a gearbox without synchronising rings, comprising the step of - demanding gear ratio change in said gearbox, characterised by the steps of - determining whether dragging of said engine prevails and, if so, - interrupting torque transmission between said engine and said gearbox by means of said clutch device, - choosing an engine speed set-point value (n_ref), - determining whether said engine responds to a demand for said engine to be directed towards said speed set-point value (n_ref), and - changing gear ratio if said engine responds to said demand, - refraining from changing gear ratio if said engine does not respond to said demand, - activating torque transmission between said engine and said gearbox by means of said clutch. - demanding gear ratio change in said gearbox, - determining whether dragging of said engine prevails and, if so, - interrupting torque transmission between said engine and said gearbox by means of said clutch device, - choosing an engine speed set-point value (n_ref), - determining whether said engine responds to a demand for said engine to be directed towards said speed set-point value (n_ref), and - changing gear ratio if said engine responds to said demand, - refraining from changing gear ratio if said engine does not respond to said demand, - activating torque transmission between said engine and said gearbox by means of said clutch.
A magnetic assembly comprising: a housing; and a winding disposed within the housing, wherein the housing includes an interior surface contoured to conform to the winding to facilitate heat transfer between the winding and the housing; wherein the interior surface of the housing is spaced apart from the winding with a substantially constant gap width between the winding and the interior surface; and wherein the interior surface of the housing is contoured to match an outer contour of the winding; characterised in that the interior surface of the housing is contoured to conform to individual circular-shaped wire strands of the winding, wherein the strands form turns of the winding. a housing; and a winding disposed within the housing, wherein the housing includes an interior surface contoured to conform to the winding to facilitate heat transfer between the winding and the housing; wherein the interior surface of the housing is spaced apart from the winding with a substantially constant gap width between the winding and the interior surface; and wherein the interior surface of the housing is contoured to match an outer contour of the winding; characterised in that the interior surface of the housing is contoured to conform to individual circular-shaped wire strands of the winding, wherein the strands form turns of the winding.
An exhaust heat recovery structure comprising: a first pipe through which exhaust gas from an engine flows; a second pipe that branches from the first pipe and at which a heat exchanger is provided, the heat exchanger exchanging heat between a coolant and exhaust gas; a valve provided at one of the first pipe or the second pipe, the valve adjusting a flow amount of exhaust gas flowing into the second pipe by opening and closing; and a thermostat equipped with a heat-sensing portion, the thermostat opening or closing the valve and reducing the flow amount of exhaust gas flowing into the second pipe when a temperature of the heat-sensing portion is high; the exhaust heat recovery structure being characterized in that the heat-sensing portion is disposed at an interior of the heat exchanger; and a circulation pump that circulates the coolant between the engine and the heat exchanger is provided, the circulation pump being temporarily stopped at a time of cold starting. a first pipe through which exhaust gas from an engine flows; a second pipe that branches from the first pipe and at which a heat exchanger is provided, the heat exchanger exchanging heat between a coolant and exhaust gas; a valve provided at one of the first pipe or the second pipe, the valve adjusting a flow amount of exhaust gas flowing into the second pipe by opening and closing; and a thermostat equipped with a heat-sensing portion, the thermostat opening or closing the valve and reducing the flow amount of exhaust gas flowing into the second pipe when a temperature of the heat-sensing portion is high; the exhaust heat recovery structure being characterized in that the heat-sensing portion is disposed at an interior of the heat exchanger; and a circulation pump that circulates the coolant between the engine and the heat exchanger is provided, the circulation pump being temporarily stopped at a time of cold starting.
A system (10; 50; 90; 130) for determining an absolute position of a device, the system comprising: a high resolution track (14; 54; 94; 134) having a plurality of North/South pole pairs, each pole of each North/South pole pair being the same size; a sensor and processing unit (22; 62; 102; 142) associated with the high resolution track (14; 54; 94; 134) and configured to determine a position of the device over one of the North/South pole pairs of the high resolution track; a reference track (18; 58; 98; 138) having a plurality of North/South pole pairs arranged to define a single-track Gray code segment; an array of Hall effect sensors (26; 66; 106; 146) associated with the reference track (18; 58; 98; 138) and configured to determine a coarse absolute position of the device over the single-track Gray code segment and to output a reference signal to the sensor and processing unit (22; 62; 102; 142) indicative of the coarse absolute position of the device over the single-track Gray code segment, wherein the sensor and processing unit is configured to combine the reference signal with the position of the device over one of the North/South pole pairs of the high resolution track (14; 54; 94; 134) to determine an initial, fine absolute position of the device; and an up/down hardware counter adapted to increment or decrement the initial fine absolute position determined by the sensor and processing unit (22; 62; 102; 142) using a signal generated from the high resolution track (14; 54; 94; 134), and without any further software-based processing, to maintain and continuously update the fine absolute position of the device. a high resolution track (14; 54; 94; 134) having a plurality of North/South pole pairs, each pole of each North/South pole pair being the same size; a sensor and processing unit (22; 62; 102; 142) associated with the high resolution track (14; 54; 94; 134) and configured to determine a position of the device over one of the North/South pole pairs of the high resolution track; a reference track (18; 58; 98; 138) having a plurality of North/South pole pairs arranged to define a single-track Gray code segment; an array of Hall effect sensors (26; 66; 106; 146) associated with the reference track (18; 58; 98; 138) and configured to determine a coarse absolute position of the device over the single-track Gray code segment and to output a reference signal to the sensor and processing unit (22; 62; 102; 142) indicative of the coarse absolute position of the device over the single-track Gray code segment, wherein the sensor and processing unit is configured to combine the reference signal with the position of the device over one of the North/South pole pairs of the high resolution track (14; 54; 94; 134) to determine an initial, fine absolute position of the device; and an up/down hardware counter adapted to increment or decrement the initial fine absolute position determined by the sensor and processing unit (22; 62; 102; 142) using a signal generated from the high resolution track (14; 54; 94; 134), and without any further software-based processing, to maintain and continuously update the fine absolute position of the device.
A bone plate sized and shaped for fixation to a metacarpal, comprising: a head extending from a first end of the bone plate and having first and second fixation element holes (122, 124) extending therethrough along first and second fixation element hole axes (123, 125), wherein the first hole axis diverges from the second hole axis on a bone facing surface of the bone plate, the head having a first notch on the first end centered on a central longitudinal axis; and a shaft extending from the head to a second end of the bone plate along the central longitudinal axis, the shaft including an elongated fixation element hole elongated in a direction parallel to the central longitudinal axis, characterized in that the first notch is formed as an indentation on an outer wall of the bone plate sized and shaped to accommodate a collateral ligament when the bone plate is fixed to a metacarpal in a desired position, wherein a shape of the notch corresponds to an arc of a circle with a radius of curvature of up to 3mm. a head extending from a first end of the bone plate and having first and second fixation element holes (122, 124) extending therethrough along first and second fixation element hole axes (123, 125), wherein the first hole axis diverges from the second hole axis on a bone facing surface of the bone plate, the head having a first notch on the first end centered on a central longitudinal axis; and a shaft extending from the head to a second end of the bone plate along the central longitudinal axis, the shaft including an elongated fixation element hole elongated in a direction parallel to the central longitudinal axis, characterized in that the first notch is formed as an indentation on an outer wall of the bone plate sized and shaped to accommodate a collateral ligament when the bone plate is fixed to a metacarpal in a desired position, wherein a shape of the notch corresponds to an arc of a circle with a radius of curvature of up to 3mm.
Method for producing severe combined immunodeficiency (SCID)-like miniature pigs having recombination activating gene 2-biallelic mutation the method comprising: inducing a biallelic mutation by targeting a transcription activator-like effector nuclease (TALEN) to a TALEN-recognizing sequence region as set forth in SEQ ID NO. 1 in Chromosome 2 of a pig (Sus scrofa); and producing mutant embryos by using the cells with the induced biallelic mutation for somatic cell nuclear transplantation (SCNT).
A surface having a coating comprising a mixture of components A and B, wherein component A is a polymer formed by self-polymerisation of a molecule comprising catechol functionality and amine and/or amide and/or hydroxyl functionality; and component B is (i) a cross-linking molecule comprising two or more photosensitive or thermosensitive moieties, at least some of which moieties form covalent bonds with component A; or (ii) a polymer comprising photosensitive or thermosensitive moieties at least some of which moieties form covalent bonds with component A and which polymer forms an interpenetrating network with component A; or a mixture thereof. (i) a cross-linking molecule comprising two or more photosensitive or thermosensitive moieties, at least some of which moieties form covalent bonds with component A; or (ii) a polymer comprising photosensitive or thermosensitive moieties at least some of which moieties form covalent bonds with component A and which polymer forms an interpenetrating network with component A;