mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the position of a vehicle equipped with a radar system, wherein the radar system includes at least one radar sensor adapted to receive radar signals emitted from at least one radar emitter of the radar system and reflected in a vicinity of the vehicle towards the radar sensor, wherein the method comprises: - acquiring at least one radar scan comprising a plurality of radar detection points, wherein each radar detection point is evaluated from a radar signal received at the radar sensor and representing a location in the vicinity of the vehicle in a vehicle coordinate system, - providing ground-truth data in the form of a database comprising map data representing a geo-structural model, - determining, from the database, a predefined map, wherein the map comprises at least one element representing a static landmark in the vicinity of the vehicle, wherein the at least one element of the map is a simplified and parametric model of the static landmark and comprises information about its global position in a world coordinate system, - matching at least a subset of the plurality of radar detection points of the at least one scan and the at least one element of the map, - determining the position of the vehicle based on the matching, wherein the at least one element of the map comprises an extended geometrical object. - acquiring at least one radar scan comprising a plurality of radar detection points, wherein each radar detection point is evaluated from a radar signal received at the radar sensor and representing a location in the vicinity of the vehicle in a vehicle coordinate system, - providing ground-truth data in the form of a database comprising map data representing a geo-structural model, - determining, from the database, a predefined map, wherein the map comprises at least one element representing a static landmark in the vicinity of the vehicle, wherein the at least one element of the map is a simplified and parametric model of the static landmark and comprises information about its global position in a world coordinate system, - matching at least a subset of the plurality of radar detection points of the at least one scan and the at least one element of the map, - determining the position of the vehicle based on the matching,
A radio communication module for a vehicle, comprising: a) a board on which electronic components for radio communication are mounted; and b) a housing accommodating the board, c) wherein the board has a hole into which a pin standing in the housing is inserted to the board in the housing and d) the pin is configured to function as an antenna for transmitting and receiving a signal in the radio communication; and e) wherein the pin configured to function as the antenna includes an embedded section embedded in a molded portion of the housing and a projecting section projecting from the molded portion and f) the embedded section includes an extending section extending in a direction in which the pin is embedded and a pair of overhanging sections overhanging from the extending section in a direction intersecting the direction in which the pin is embedded. a) a board on which electronic components for radio communication are mounted; and b) a housing accommodating the board, c) wherein the board has a hole into which a pin standing in the housing is inserted to the board in the housing and d) the pin is configured to function as an antenna for transmitting and receiving a signal in the radio communication; and e) wherein the pin configured to function as the antenna includes an embedded section embedded in a molded portion of the housing and a projecting section projecting from the molded portion and f) the embedded section includes an extending section extending in a direction in which the pin is embedded and a pair of overhanging sections overhanging from the extending section in a direction intersecting the direction in which the pin is embedded.
An endoscope assembly comprising: an endoscope; a selectably inflatable balloon mounted onto a distal portion of said endoscope; and an external tube extending alongside said endoscope and traversing said selectably inflatable balloon; wherein said external tube extends at least partially through a tubular passageway fixed to said distal portion of said endoscope; characterized: by further comprising an endoscope tool which is slidably insertable through said external tube to a location forward of said endoscope; and in that said tubular passageway comprises a plurality of mutually spaced relatively rigid, tubular reinforcement elements which permit predetermined bending of said tubular passageway and which are constructed of a low friction material, with the tubular reinforcement elements allowing smooth and low friction passage of a guiding tube of the endoscope tool through the passageway. an endoscope; a selectably inflatable balloon mounted onto a distal portion of said endoscope; and an external tube extending alongside said endoscope and traversing said selectably inflatable balloon; by further comprising an endoscope tool which is slidably insertable through said external tube to a location forward of said endoscope; and in that said tubular passageway comprises a plurality of mutually spaced relatively rigid, tubular reinforcement elements which permit predetermined bending of said tubular passageway and which are constructed of a low friction material, with the tubular reinforcement elements allowing smooth and low friction passage of a guiding tube of the endoscope tool through the passageway.
Water trolley for a galley, having a fresh-water container and a grey-water container, wherein the fresh-water container has a filling connection and a removal connection, wherein the filling connection is arranged on an upper end of a side wall of the fresh-water container and the removal connection is arranged on a lower end of a side wall of the fresh-water container, wherein the grey-water container has a filling connection and a removal connection, characterized in that the filling connection is arranged on an upper end of one side wall of the grey-water container and the removal connection is arranged on a lower end of another side wall of the grey-water container, further characterized in that the filling connection of the fresh-water container is arranged on a lateral side of the fresh-water container, wherein the filling connection of the grey-water container is arranged on a lateral side of the grey-water container, and wherein the lateral side of the fresh-water container faces in a different direction than the lateral side of the grey-water container, wherein the filling connection (7, 13) is formed with one connection direction (R1, R3) and the removal connection (8, 16) is formed with another connection direction (R2, R4), wherein the one connection direction (R1, R3) differs from the other connection direction (R2, R4), wherein the connection direction of the removal connection of the fresh-water container and the connection direction of the filling connection of the grey-water container are identical.
An anti-galloping phase-to-ground spacer, comprising: a spacer body, an adjusting plate, and a span wire; an upper end and a lower end of the spacer body are respectively connected to a connecting fitting and the adjusting plate, the spacer body between the connecting fitting and the adjusting plate is sleeved with grading rings (2, 13) and an insulation umbrella skirt located between the two grading rings (2, 13) wherein the two ends of the span wire are separately connected to the adjusting plate and the ground; wherein the spacer body between the lower grading ring and the adjusting plate is further provided with an anti-snake device; wherein the spacer body is an adjustable spacer, the adjustable spacer comprises an upper spacer body, a lower spacer body, and a middle rod connected between the upper spacer body and the lower spacer body, an upper end of the upper spacer body is connected to the connecting fitting, a lower end of the lower spacer body is connected to the adjusting plate, outer circumferences of both the upper spacer body and the lower spacer body are connected to the insulation umbrella skirt, an upper side of the insulation umbrella skirt of the upper spacer body is connected to the upper grading ring, and a lower side of the insulation umbrella skirt of the lower spacer body is also connected to the lower grading ring; both a lower end of the upper spacer body and an upper end of the lower spacer body are connected to an end-portion accessory; wherein the middle rod is moveably connected to the upper spacer body and the lower spacer body.
Antenna module, in particular for use in a mobile device, such as a phone, comprising: - at least one dielectric support substrate, - at least two feeding lines (3, 4) attached to said substrate, - at least one meander shaped branch connected to said feeding lines (3, 4) and attached to said substrate, and - at least one additional resonant branch connected to said feeding lines (3, 4) and/or said meander shaped branch, and attached to said substrate, wherein the at least two feeding lines (3, 4) have a mutually different input impedance level and are configured to have mutually different resonance behaviour, wherein the at least two feeding lines (3, 4) have mutually different lengths and/or widths, wherein the at least one meander shaped branch and the at least one additional resonant branch have a substantially flat geometry and wherein the at least two feeding lines (3, 4) are connected to a common meander shaped branch of the at least one meander shaped branch. - at least one dielectric support substrate, - at least two feeding lines (3, 4) attached to said substrate, - at least one meander shaped branch connected to said feeding lines (3, 4) and attached to said substrate, and - at least one additional resonant branch connected to said feeding lines (3, 4) and/or said meander shaped branch, and attached to said substrate, wherein the at least two feeding lines (3, 4) have a mutually different input impedance level and are configured to have mutually different resonance behaviour, wherein the at least two feeding lines (3, 4) have mutually different lengths and/or widths, wherein the at least one meander shaped branch and the at least one additional resonant branch have a substantially flat geometry and wherein the at least two feeding lines (3, 4) are connected to a common meander shaped branch of the at least one meander shaped branch.
An image processing apparatus, comprising: an image generation section configured to generate a texture image of a given viewpoint using a first layer image including a texture image and a depth image of an omnidirectional image corresponding to faces of a cube centred at a first viewpoint and a second layer image including a texture image and a depth image corresponding to faces of a cube centred at a second viewpoint different from the first viewpoint in an occlusion region of the first viewpoint of the first layer image, wherein the image generation section generates the texture image of the given viewpoint based on metadata including information indicative of position and face information of the first viewpoint and the second viewpoint. an image generation section configured to generate a texture image of a given viewpoint using a first layer image including a texture image and a depth image of an omnidirectional image corresponding to faces of a cube centred at a first viewpoint and a second layer image including a texture image and a depth image corresponding to faces of a cube centred at a second viewpoint different from the first viewpoint in an occlusion region of the first viewpoint of the first layer image, wherein the image generation section generates the texture image of the given viewpoint based on metadata including information indicative of position and face information of the first viewpoint and the second viewpoint.
A medical device, comprising: a handle assembly; an elongate body coupled to the handle assembly and having a proximal portion, a distal portion, and a longitudinal axis, the elongate body defining a guide wire lumen therethrough; a carrier arm having a length, a first end, and a second end opposite the first end, the first end being disposed within at least a portion of and extending distally from the elongate body,the second end defining a rounded distal tip, the carrier arm defining an aperture for the passage of a guide wire therethrough; and a distal assembly defined by the carrier arm, the distal assembly having a plurality of electrodes forming part of an electrode array and being transitionable between a substantially linear configuration and an expanded configuration, the plurality of electrodes being disposed on between approximately 40% and approximately 60% of the length of the carrier arm, the distal assembly being wound in a substantially semi-circular configuration around the longitudinal axis of the elongate body when the electrode array is in the expanded configuration, wherein all of the plurality of electrodes in the expanded configuration being substantially helicoidal to the longitudinal axis of the elongate body. a handle assembly; an elongate body coupled to the handle assembly and having a proximal portion, a distal portion, and a longitudinal axis, the elongate body defining a guide wire lumen therethrough; a carrier arm having a length, a first end, and a second end opposite the first end, the first end being disposed within at least a portion of and extending distally from the elongate body,the second end defining a rounded distal tip, the carrier arm defining an aperture for the passage of a guide wire therethrough; and a distal assembly defined by the carrier arm, the distal assembly having a plurality of electrodes forming part of an electrode array and being transitionable between a substantially linear configuration and an expanded configuration, the plurality of electrodes being disposed on between approximately 40% and approximately 60% of the length of the carrier arm, the distal assembly being wound in a substantially semi-circular configuration around the longitudinal axis of the elongate body when the electrode array is in the expanded configuration, wherein all of the plurality of electrodes in the expanded configuration being substantially helicoidal to the longitudinal axis of the elongate body.
A blank for an orthopedic splint in the form of a linear structure in the form of a plate, sheet, ribbon or tape having a width, a length and a thickness, comprising a composite material with a first component formed by a polymer and a second component formed by a reinforcing material, wherein - the first component comprises an epsilon caprolactone homopolymer having an inherent viscosity of between 1.0 and 2.5 dl/g as determined by LAUDA PVS 2.55d rheometer at 25°C, and the second component comprises platy wood particles having a smallest dimension greater than 0.1 mm and having a ratio of the thickness of the platy wood particles to the smaller of the width or the length of plate's edges of between 1:2 and 1:500, said wood particles being oriented along an axis parallel to the length of the linear structure, said composite material being formable at a temperature of 50 to 120 °C, and said composite material being manufactured by mixing the polymer with the platy wood particles by melt mixing. - the first component comprises an epsilon caprolactone homopolymer having an inherent viscosity of between 1.0 and 2.5 dl/g as determined by LAUDA PVS 2.55d rheometer at 25°C, and the second component comprises platy wood particles having a smallest dimension greater than 0.1 mm and having a ratio of the thickness of the platy wood particles to the smaller of the width or the length of plate's edges of between 1:2 and 1:500, said wood particles being oriented along an axis parallel to the length of the linear structure,
A hand drier (201, 601, 901, 1201, 1601) comprising communication means (203, 603, 903, 1205) configured to communicate data to a data collection facility (503, 1101, 1103, 1607) remote from the hand drier; characterised in that the data communicated to the data collection facility (503, 1101, 1103, 1607) includes usage data indicating the length of each drying operation that the drier performs.
A method for manufacturing a solar cell, the method comprising: texturing a first surface of a substrate of the solar cell using dry etching to form a textured surface, the textured surface having a surface damage caused by the texturing; wet etching the textured surface of the substrate using an acid etchant to remove the surface damage of the textured surface; forming a first type semiconductor and a second type semiconductor in the substrate to form a pn junction in the substrate; forming a first anti-reflective layer on the textured surface of the substrate and a second anti-reflective layer on the first anti-reflective layer, a refractive index of the first anti-reflective layer being different from a refractive index of the second anti-reflective layer; forming at least one reflective layer on a second surface of the substrate opposite the first surface; and forming a first electrode connected to the first type semiconductor through the first and second anti-reflective layers and a second electrode connected to the second type semiconductor, wherein the acid etchant used in the wet etching contains 0.5 wt% to 10 wt% of HF, 30 wt% to 60 wt% of HNO 3, and up to 30 wt% of acetic acid based on a total weight of the acid etchant. texturing a first surface of a substrate of the solar cell using dry etching to form a textured surface, the textured surface having a surface damage caused by the texturing; wet etching the textured surface of the substrate using an acid etchant to remove the surface damage of the textured surface; forming a first type semiconductor and a second type semiconductor in the substrate to form a pn junction in the substrate; forming a first anti-reflective layer on the textured surface of the substrate and a second anti-reflective layer on the first anti-reflective layer, a refractive index of the first anti-reflective layer being different from a refractive index of the second anti-reflective layer; forming at least one reflective layer on a second surface of the substrate opposite the first surface; and forming a first electrode connected to the first type semiconductor through the first and second anti-reflective layers and a second electrode connected to the second type semiconductor, wherein the acid etchant used in the wet etching contains 0.5 wt% to 10 wt% of HF, 30 wt% to 60 wt% of HNO 3, and up to 30 wt% of acetic acid based on a total weight of the acid etchant.
A method for preventing a loss of memory data, comprising: receiving an event stream from a stream source for storage in an event storage apparatus; when a first stream pattern matching engine starts pattern matching, creating a state machine in a memory of the first stream pattern matching engine; during the pattern matching, obtaining, by the first stream pattern matching engine, an event from the event storage apparatus in sequence according to a pattern matching rule; and snapshotting a state of the state machine according to a snapshot rule, to form a snapshot file, and saving the snapshot file in a snapshot storage apparatus, wherein the snapshot file records an offset of the obtained event in the event storage apparatus, wherein the offset is used to record a location of the obtained event in the event stream. receiving an event stream from a stream source for storage in an event storage apparatus; when a first stream pattern matching engine starts pattern matching, creating a state machine in a memory of the first stream pattern matching engine; during the pattern matching, obtaining, by the first stream pattern matching engine, an event from the event storage apparatus in sequence according to a pattern matching rule; and snapshotting a state of the state machine according to a snapshot rule, to form a snapshot file, and saving the snapshot file in a snapshot storage apparatus, wherein the snapshot file records an offset of the obtained event in the event storage apparatus, wherein the offset is used to record a location of the obtained event in the event stream.
A method of intra predicting a block of a picture, used for encoding or decoding, the method comprising for a sample from a plurality of samples of the block: determining a predicted sample value from one or more reference sample values by intra-prediction using an intra prediction mode selected from a DC intra-prediction mode or an angular intra-prediction mode; determining a first weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; determining a second weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; calculating an additional value as a weighted sum of a top reference sample value and a left reference sample value by weighting the top reference sample value with the first weight and the left reference sample value with the second weight; and multiplying the predicted sample value by a sample weighting factor, resulting in a weighted predicted sample value, characterized in that the method further comprises: adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value. determining a predicted sample value from one or more reference sample values by intra-prediction using an intra prediction mode selected from a DC intra-prediction mode or an angular intra-prediction mode; determining a first weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; determining a second weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; calculating an additional value as a weighted sum of a top reference sample value and a left reference sample value by weighting the top reference sample value with the first weight and the left reference sample value with the second weight; and multiplying the predicted sample value by a sample weighting factor, resulting in a weighted predicted sample value, characterized in that the method further comprises: adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value. adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value.