mhurhangee/ep-ind-claims huggingface dataset:
A meteorological information processing device, comprising: a rain cloud detecting module configured to detect a location and a three-dimensional velocity of a rain cloud based on signals from three radars of first, second and third radars (1a, 1b, 20) disposed at different locations, the first, second and third radars (1a, 1b, 20) comprising two single-polarization Doppler radars (1a, 1b) and a dual-polarization Doppler radar, and to track the detected rain cloud and to predict a future three-dimensional location of the rain cloud, by using the detected location and the three-dimensional velocity of the rain cloud; and a rain cloud characteristic detecting module configured to detect a characteristic of the detected rain cloud, characterized in that the rain cloud characteristic detecting module is configured to detect a characteristic of the detected rain cloud based on signals obtained by controlling an antenna of the dual-polarization Doppler radar to perform an RHI scan in a bearing direction based on the future three-dimensional location of the rain cloud predicted by the rain cloud detecting module; wherein the characteristic of the detected rain cloud comprises at least the characteristic of a precipitation particle forming the detected rain cloud, or a vertical length of the detected rain cloud. a rain cloud detecting module configured to detect a location and a three-dimensional velocity of a rain cloud based on signals from three radars of first, second and third radars (1a, 1b, 20) disposed at different locations, the first, second and third radars (1a, 1b, 20) comprising two single-polarization Doppler radars (1a, 1b) and a dual-polarization Doppler radar, and to track the detected rain cloud and to predict a future three-dimensional location of the rain cloud, by using the detected location and the three-dimensional velocity of the rain cloud; and to detect a location and a three-dimensional velocity of a rain cloud based on signals from three radars of first, second and third radars (1a, 1b, 20) disposed at different locations, the first, second and third radars (1a, 1b, 20) comprising two single-polarization Doppler radars (1a, 1b) and a dual-polarization Doppler radar, and to track the detected rain cloud and to predict a future three-dimensional location of the rain cloud, by using the detected location and the three-dimensional velocity of the rain cloud; and a rain cloud characteristic detecting module configured to detect a characteristic of the detected rain cloud, the rain cloud characteristic detecting module is configured to detect a characteristic of the detected rain cloud based on signals obtained by controlling an antenna of the dual-polarization Doppler radar to perform an RHI scan in a bearing direction based on the future three-dimensional location of the rain cloud predicted by the rain cloud detecting module; wherein the characteristic of the detected rain cloud comprises at least the characteristic of a precipitation particle forming the detected rain cloud, or a vertical length of the detected rain cloud.
A winch comprising an overwinding prevention, OP, unit, wherein the OP unit comprises: an OP trigger for triggering preventing a load from being raised further by the winch; and an OP trigger activator, OPTA, moveable between a first OPTA position and a second OPTA position relative to the OP trigger; wherein the OP trigger is in a deactivated state when the OPTA is in the first OPTA position, and wherein the OP trigger is in an activated state, to trigger preventing the load from being raised further by the winch, when the OPTA is in the second OPTA position; wherein the OPTA is contactable by the load such that the OPTA is moveable from the first OPTA position to the second OPTA position upon the load being raised by the winch; characterized in that the winch is configured to automatically lower the load upon activation of the OP trigger. an OP trigger for triggering preventing a load from being raised further by the winch; and an OP trigger activator, OPTA, moveable between a first OPTA position and a second OPTA position relative to the OP trigger; wherein the OP trigger is in a deactivated state when the OPTA is in the first OPTA position, and wherein the OP trigger is in an activated state, to trigger preventing the load from being raised further by the winch, when the OPTA is in the second OPTA position; wherein the OPTA is contactable by the load such that the OPTA is moveable from the first OPTA position to the second OPTA position upon the load being raised by the winch; characterized in that the winch is configured to automatically lower the load upon activation of the OP trigger.
A knob cap for a high-pressure tank, the knob cap comprising: a first knob cap portion having a coupling groove coupled to a knob of a liner of the high-pressure tank in a lower surface, including a peripheral wing portion extending outward to be in contact with a surface of the liner to outside of a lower portion, and having a column portion formed in a shape of a column extending upward in a center; characterized in that the knob cap further comprises a second knob cap portion integrally coupled with the first knob cap portion, having the column portion of the first knob cap portion inserted into a hollow, and comprising a plurality of inner grooves in the shape of a column having an upper end opened outside of the hollow and extending downward. a first knob cap portion having a coupling groove coupled to a knob of a liner of the high-pressure tank in a lower surface, including a peripheral wing portion extending outward to be in contact with a surface of the liner to outside of a lower portion, and having a column portion formed in a shape of a column extending upward in a center; characterized in that the knob cap further comprises a second knob cap portion integrally coupled with the first knob cap portion, having the column portion of the first knob cap portion inserted into a hollow, and comprising a plurality of inner grooves in the shape of a column having an upper end opened outside of the hollow and extending downward.
Filter device for filtering a suspension, wherein the filter device has a. a stationary head piece and a movable end piece, b. a pack of at least a recess plate and an adjacent recess plate between the head piece and the end piece, c. a suspension pipe that runs from the head piece into the pack, and to the end piece through the pack, including through the recess plate and the adjacent recess plate, for piping a first stream of the suspension from the head piece into the pack, d. a supply pipe that runs from the head piece to the end piece through the pack, including through the recess plate and the adjacent recess plate, for piping a second stream of the suspension into the suspension pipe, and e. at least one filter cloth between the recess plate and the adjacent recess plate, for filtering a solid content out of the suspension, wherein the recess plate and/or the adjacent recess plate has a recess that forms a filter chamber between the recess plate and the adjacent recess plate, and the recess plate has a suspension duct from the suspension pipe into the filter chamber, for piping the suspension into the filter chamber, wherein the suspension pipe and the supply pipe are running through the pack on opposite sides of the filter device, and of both the recess plate and the adjacent recess plate, characterized in that a duct, that is integrated into the end plate, connects the supply pipe to the suspension pipe. a. a stationary head piece and a movable end piece, b. a pack of at least a recess plate and an adjacent recess plate between the head piece and the end piece, c. a suspension pipe that runs from the head piece into the pack, and to the end piece through the pack, including through the recess plate and the adjacent recess plate, for piping a first stream of the suspension from the head piece into the pack, d. a supply pipe that runs from the head piece to the end piece through the pack, including through the recess plate and the adjacent recess plate, for piping a second stream of the suspension into the suspension pipe, and e. at least one filter cloth between the recess plate and the adjacent recess plate, for filtering a solid content out of the suspension,
Method for controlling the operation of a medical technology device, in particular an imaging device, wherein a wireless, hand-held, mobile operator device, in particular a smart device, having a touchscreen is used, wherein the operator device embodied in particular as a smart device has at least one operator device sensor recording sensor data describing a movement and/or a position of the operator device in a room in which the medical technology device is located, wherein using the operator device for an examination and/or treatment procedure of a patient by the medical technology device at least the following functions of a medical technology workflow are implemented by means of the operator device: - acquiring patient data of the patient from an acquisition user interface, - selecting, by means of a selection user interface, a medical technology protocol containing operating parameters that are to be carried out for the registered patient, - determining from the position and an orientation of the operator device position data describing components to be set from the sensor data and evaluating the position data in order to select at least one of the components and/or determining an operator input with respect to at least one of the components, - setting the remote-controllably adjustable components of the medical technology device according to the patient positioned in the medical technology device and the medical technology protocol to be carried out using a settings user interface, - with the patient positioned and components set, activating the medical technology procedure in an activation user interface. - acquiring patient data of the patient from an acquisition user interface, - selecting, by means of a selection user interface, a medical technology protocol containing operating parameters that are to be carried out for the registered patient, - determining from the position and an orientation of the operator device position data describing components to be set from the sensor data and evaluating the position data in order to select at least one of the components and/or determining an operator input with respect to at least one of the components, - setting the remote-controllably adjustable components of the medical technology device according to the patient positioned in the medical technology device and the medical technology protocol to be carried out using a settings user interface, - with the patient positioned and components set, activating the medical technology procedure in an activation user interface.
Cylinder head for an internal combustion engine which comprises a crankcase and, rotatably mounted therein, a crankshaft on which connecting rods each connected to a piston are articulated, wherein the piston is movable in a cylinder covered by the cylinder head with the formation of a combustion chamber, comprising at least one camshaft which, for each cylinder, controls at least one gas exchange valve, in particular an inlet valve and an outlet valve, wherein an injector can be inserted into a central aperture which is formed as a region separate from lubricating-oil-guiding and/or coolant-guiding spaces, wherein the aperture extends from the combustion chamber through the cylinder head, and wherein the injector dome is guided by means of a separate sleeve, characterized in that, in the region of the cylinder head that faces the combustion chamber, a TMF support ring [injector bore ring; thermomechanical fatigue] is arranged concentrically around the injector sleeve in such a way that it terminates substantially flush with the end of the injector sleeve that projects into the combustion chamber and with the cylinder head base plate.
An inspection device comprising: a light source for outputting light; a magneto-optical crystal disposed to face a measurement object; a lens unit for concentrating the light onto the magneto-optical crystal; a holder unit for holding the magneto-optical crystal; a flexible member interposed between the magneto-optical crystal and the holder unit in an optical axis direction; characterized by further comprising a drive unit for causing the magneto-optical crystal to contact the measurement object by moving the holder unit in the optical axis direction of the lens unit, wherein the flexible member bends to enable an incident plane to incline in a range in which an inclination angle of the incident plane of the light in the magneto-optical crystal with respect to a plane orthogonal to the optical axis is equal to or less than an aperture angle of the lens unit when the magneto-optical crystal contacts with the measurement object, wherein an opening through which the light from the light source is transmitted is formed in the holder unit, and wherein the magneto-optical crystal is interposed within a region of the opening as viewed from the optical axis direction. a light source for outputting light; a magneto-optical crystal disposed to face a measurement object; a lens unit for concentrating the light onto the magneto-optical crystal; a holder unit for holding the magneto-optical crystal; a flexible member interposed between the magneto-optical crystal and the holder unit in an optical axis direction; characterized by further comprising a drive unit for causing the magneto-optical crystal to contact the measurement object by moving the holder unit in the optical axis direction of the lens unit, wherein the flexible member bends to enable an incident plane to incline in a range in which an inclination angle of the incident plane of the light in the magneto-optical crystal with respect to a plane orthogonal to the optical axis is equal to or less than an aperture angle of the lens unit when the magneto-optical crystal contacts with the measurement object, wherein an opening through which the light from the light source is transmitted is formed in the holder unit, and wherein the magneto-optical crystal is interposed within a region of the opening as viewed from the optical axis direction.
A bearing for use in a system for isolating electrical current in an aircraft structure, the bearing comprising: an inner race comprising an inner-race inner surface, an inner-race outer surface and an inner-race side face, the inner race for coupling to a first structure; an outer race comprising an outer-race inner surface, an outer-race outer surface and an outer-race side face, the outer race coupled to the inner race and for coupling to a second structure; and a conditionally non-conductive means comprising a conditionally non-conductive material on the outer-race inner surface and the outer-race side face, the conditionally non-conductive means for conditionally electrically isolating the first structure from the second structure; wherein the conditionally non-conductive means is operable to electrically isolate the first structure from the second structure if a first electrical voltage is less than a voltage threshold, and to electrically couple the first structure to the second structure if a second electrical voltage is greater than the voltage threshold. an inner race comprising an inner-race inner surface, an inner-race outer surface and an inner-race side face, the inner race for coupling to a first structure; an outer race comprising an outer-race inner surface, an outer-race outer surface and an outer-race side face, the outer race coupled to the inner race and for coupling to a second structure; and
A computer-implemented method for correcting a licence plate of a motor vehicle, comprising the following steps: a) capturing a licence plate, b) generating an OCR licence plate from the captured licence plate by means of text recognition, c) performing a reference test for the generated OCR licence plate, wherein the reference test involves comparing the OCR licence plate with a booking database, the booking database containing stored licence plates, each associated with vehicles that have already paid a toll fee for a toll road or have booked a toll road, and wherein the reference test is negative if the comparison is negative, with the following steps being executed only if the reference test is negative, d) creating a hash value based on the OCR licence plate generated, e) comparing the created hash value with a correction database, wherein the correction database contains stored hash values of licence plates and correction instructions, with at least one correction instruction assigned to each stored hash value, and f) if the created hash value matches a hash value stored in the correction database, applying the at least one correction instruction assigned to the stored hash value to the OCR licence plate and generating a corrected OCR licence plate. a) capturing a licence plate, b) generating an OCR licence plate from the captured licence plate by means of text recognition, c) performing a reference test for the generated OCR licence plate, wherein the reference test involves comparing the OCR licence plate with a booking database, the booking database containing stored licence plates, each associated with vehicles that have already paid a toll fee for a toll road or have booked a toll road, and wherein the reference test is negative if the comparison is negative, with the following steps being executed only if the reference test is negative, d) creating a hash value based on the OCR licence plate generated, e) comparing the created hash value with a correction database, wherein the correction database contains stored hash values of licence plates and correction instructions, with at least one correction instruction assigned to each stored hash value, and f) if the created hash value matches a hash value stored in the correction database, applying the at least one correction instruction assigned to the stored hash value to the OCR licence plate and generating a corrected OCR licence plate.
An electronic device comprising: a memory; and one or more processors communicatively coupled to the memory and configured to: receive pulse shape information from an other electronic device, wherein the pulse shape information is adapted for use in Ultra Wideband, UWB, communications between the electronic device and the other electronic device, and wherein the pulse shape information comprises a time-zero index; receive a ranging signal that is generated by using said first pulse shape information; and determine an estimated distance between the electronic device and the other electronic device based at least in part on the pulse shape information and the ranging signal. a memory; and one or more processors communicatively coupled to the memory and configured to: receive pulse shape information from an other electronic device, wherein the pulse shape information is adapted for use in Ultra Wideband, UWB, communications between the electronic device and the other electronic device, and wherein the pulse shape information comprises a time-zero index; receive a ranging signal that is generated by using said first pulse shape information; and determine an estimated distance between the electronic device and the other electronic device based at least in part on the pulse shape information and the ranging signal. receive a ranging signal that is generated by using said first pulse shape information; and determine an estimated distance between the electronic device and the other electronic device based at least in part on the pulse shape information and the ranging signal.
A method for a first Wi-Fi direct WFD device to discover a WiFi display service in a WFD network, the method comprising: generating, at the first WFD device, a service discovery request frame for discovering a service supported by a second WFD device in the WFD network; transmitting, from the first WFD device, the service discovery request frame to the second WFD device; and receiving, at the first WFD device, a service discovery response frame from the second WFD device in response to the service discovery request frame, wherein the service discovery request frame and the service discovery response frame are generated by using a generic advertising service GAS initial request frame of 802.11u and a GAS initial response frame of 802.11u, respectively, wherein the GAS initial request frame comprises a service protocol type which comprises an identifier for identifying a WiFi display protocol, and the GAS initial response frame comprises a service protocol type which comprises an identifier for identifying the requested WiFi display protocol. generating, at the first WFD device, a service discovery request frame for discovering a service supported by a second WFD device in the WFD network; transmitting, from the first WFD device, the service discovery request frame to the second WFD device; and receiving, at the first WFD device, a service discovery response frame from the second WFD device in response to the service discovery request frame, wherein the service discovery request frame and the service discovery response frame are generated by using a generic advertising service GAS initial request frame of 802.11u and a GAS initial response frame of 802.11u, respectively, wherein the GAS initial request frame comprises a service protocol type which comprises an identifier for identifying a WiFi display protocol, and the GAS initial response frame comprises a service protocol type which comprises an identifier for identifying the requested WiFi display protocol.
A chamber system for solid free form fabrication comprising: one or more independently controlled loading/unloading chambers (110, 120); an independently controlled deposition chamber, the deposition chamber including a deposition apparatus and an actuator for controlling the position and movement of a base material; one or more doors (111, 112, 121, 122) connecting the deposition chamber with each of one or more loading/unloading chambers (110, 120); and an independently controlled service chamber connected to the deposition chamber, the service chamber sized to house the deposition apparatus, and being aligned with the deposition chamber, the deposition apparatus and a wire feed to the deposition apparatus such that the deposition apparatus can move in and out of the service chamber without removing or bending the wire feed. one or more independently controlled loading/unloading chambers (110, 120); an independently controlled deposition chamber, the deposition chamber including a deposition apparatus and an actuator for controlling the position and movement of a base material; one or more doors (111, 112, 121, 122) connecting the deposition chamber with each of one or more loading/unloading chambers (110, 120); and an independently controlled service chamber connected to the deposition chamber, the service chamber sized to house the deposition apparatus, and being aligned with the deposition chamber, the deposition apparatus and a wire feed to the deposition apparatus such that the deposition apparatus can move in and out of the service chamber without removing or bending the wire feed.