mhurhangee/ep-ind-claims huggingface dataset:
Movable support of a pipeline, the moveable support containing associated movable and fixed parts, the movable part includes a cradle, made in the form of a semi-cylinder, at least two half-ringed stiffeners located on an outside of the cradle, detachable half-yokes, providing fixation of the pipeline in the cradle, side cheeks, rigidly connected with the cradle and flexibly fixed to a tower base support by a hinged joint, wherein the tower base is made with the possibility of sliding movement on the surface of a fixed part of the support, and characterised in that the fixed part of the support includes a pilework table made in the form of interconnected beams, jumpers and scarves with a base plate having a sliding surface, the sliding surface being located on top, and further comprising supporting assemblies of the hinged type, through which the pilework table is fastened to the pile foundation, and further comprising a dielectric friction material positioned on an interior surface of the half-yokes and the cradle, and wherein a bearing sleeve is installed freely with a gap relative to the pile foundation on two half-rings rigidly connected to the pile foundation and on which is placed a support plate with a hole corresponding to the inner diameter of the bearing sleeve, wherein the support plate is connected with the bearing sleeve by vertical rails and horizontal stiffeners, that increase the rigidity of the supporting assemblies. the movable part includes a cradle, made in the form of a semi-cylinder, at least two half-ringed stiffeners located on an outside of the cradle, detachable half-yokes, providing fixation of the pipeline in the cradle, side cheeks, rigidly connected with the cradle and flexibly fixed to a tower base support by a hinged joint, wherein the tower base is made with the possibility of sliding movement on the surface of a fixed part of the support, and characterised in that the fixed part of the support includes a pilework table made in the form of interconnected beams, jumpers and scarves with a base plate having a sliding surface, the sliding surface being located on top, and further comprising supporting assemblies of the hinged type, through which the pilework table is fastened to the pile foundation, and further comprising a dielectric friction material positioned on an interior surface of the half-yokes and the cradle, and wherein a bearing sleeve is installed freely with a gap relative to the pile foundation on two half-rings rigidly connected to the pile foundation and on which is placed a support plate with a hole corresponding to the inner diameter of the bearing sleeve, wherein the support plate is connected with the bearing sleeve by vertical rails and horizontal stiffeners, that increase the rigidity of the supporting assemblies.
An extended insulin wherein an insulin is attached to one or more amino acid oligomer residues containing at least 5 amino acid residues, preferably at least 10 amino acid residues, and not more than 800 amino acid residues, preferably not more than 300 amino acid residues, preferably not more than 100 amino acid residues, preferably not more than 50 amino acid residues, by an amide bond, preferably by a peptide bond.
A bicycle frame comprising: a top tube (24, 210) that connects to a head tube (28, 215) at a front portion of the bicycle frame; a down tube (26, 220) that extends from the head tube (28, 215) to a bottom bracket; a seat tube (22, 230) that extends from the bottom bracket; a first seat stay (65, 240) that connects to the top tube at a first point of intersection and a second seat stay (65, 240) that connects to the top tube at a second point of intersection such that a back portion of the top tube extends beyond the first point of intersection and the second point of intersection so that the top tube is a cantilever; a seatmast (21, 90, 205, 605) sized to receive a seatpost (20, 400), wherein the seatmast extends from the back portion of the top tube that forms the cantilever; characterized by a first support that extends from the seat tube (22, 230) to the first seat stay (65, 240) and a second support that extends from the seat tube to the second seat stay (65, 240); and an opening formed under the top tube (24, 210) and under the seatmast (21, 90, 205, 605) and configured to convey turbulent air from underneath the top tube to behind the bicycle frame, wherein at least a portion of the opening is formed by a bottom portion of the top tube, at least a portion of the opening is formed by the first seat stay (65, 240) and the second seat stay (65, 240), and at least a portion of the opening is formed by the first support and the second support. a top tube (24, 210) that connects to a head tube (28, 215) at a front portion of the bicycle frame; a down tube (26, 220) that extends from the head tube (28, 215) to a bottom bracket; a seat tube (22, 230) that extends from the bottom bracket; a first seat stay (65, 240) that connects to the top tube at a first point of intersection and a second seat stay (65, 240) that connects to the top tube at a second point of intersection such that a back portion of the top tube extends beyond the first point of intersection and the second point of intersection so that the top tube is a cantilever; a seatmast (21, 90, 205, 605) sized to receive a seatpost (20, 400), wherein the seatmast extends from the back portion of the top tube that forms the cantilever; characterized by a first support that extends from the seat tube (22, 230) to the first seat stay (65, 240) and a second support that extends from the seat tube to the second seat stay (65, 240); and an opening formed under the top tube (24, 210) and under the seatmast (21, 90, 205, 605) and configured to convey turbulent air from underneath the top tube to behind the bicycle frame, wherein at least a portion of the opening is formed by a bottom portion of the top tube, at least a portion of the opening is formed by the first seat stay (65, 240) and the second seat stay (65, 240), and at least a portion of the opening is formed by the first support and the second support.
Household appliance for caring for laundry items, having at least one laundry drum for receiving the laundry items, and having at least one imbalance compensation device (13, 14) which is arranged on the laundry drum and which has a housing (18, 21), in which a number of compensation elements (20, 23, 27, 29, 32, 33) are contained in a movable manner, wherein at least some compensation elements (20, 23, 27, 29) are magnetic, i.e. at least permanent magnetic and/or ferromagnetic compensation elements are included, and the imbalance compensation device (13, 14) comprises at least one holding device (26, 30) coupled rotationally to the laundry drum, wherein the holding device (26, 30) comprises an electromagnet which is designed to generate a magnetic field which brings about a magnetic holding force between the electromagnet and the magnetic compensation elements (20, 23, 27, 29), characterised in that the holding device (26, 30) has an electrical energy storage unit for suppling the electromagnet with electrical energy.
Mixing apparatus, comprising: a mixing container comprising a shell and a bottom plate, a mixing tool which is rotatably provided in the mixing container, a drive which drives the mixing tool, wherein the mixing container is inclined with respect to the horizontal, and wherein the drive which drives the mixing tool is adapted to be operated in two opposite directions for mixing, wherein the mixing apparatus is designed as a single-shaft mixer, wherein the mixing tool comprises a shaft centrally arranged in the mixing container, as well as at least one mixing device attached thereto, which extends from the centrally arranged shaft towards the shell of the mixing container, wherein at the end of the mixing device facing away from the centrally arranged shaft a scraper is arranged, which is adapted to abut with one side against the inside of the shell of the mixing container, wherein the scraper is twisted by an angle (γ) of 10°-80° with respect to the direction of extension of the inner shaft. a mixing container comprising a shell and a bottom plate, a mixing tool which is rotatably provided in the mixing container, a drive which drives the mixing tool, wherein the mixing container is inclined with respect to the horizontal, and wherein the drive which drives the mixing tool is adapted to be operated in two opposite directions for mixing, wherein the mixing apparatus is designed as a single-shaft mixer, wherein the mixing tool comprises a shaft centrally arranged in the mixing container, as well as at least one mixing device attached thereto, which extends from the centrally arranged shaft towards the shell of the mixing container, wherein at the end of the mixing device facing away from the centrally arranged shaft a scraper is arranged, which is adapted to abut with one side against the inside of the shell of the mixing container, wherein the scraper is twisted by an angle (γ) of 10°-80° with respect to the direction of extension of the inner shaft.
A transformer comprising: - a first iron core having a plurality of legs (31, 32) arranged spaced apart from each other; - a plurality of coil groups (G1, G2) wound around the plurality of legs (31, 32), respectively, each of the coil groups (G1, G2) including - a high-voltage side coil (1A, 1B, 11A, 11B) receiving a single-phase alternating-current power being common among said coil groups, and - a low-voltage side coil (2A, 2B, 12A, 12B) magnetically coupled to the high-voltage side coil (1A, 1B, 11A, 11B), the high-voltage side coil (1A, 1B, 11A, 11B) and the low-voltage side coil (2A, 2B, 12A, 12B) being stacked in a direction in which a corresponding leg (31, 32) extends; and - a second iron core provided between two coil groups of the plurality of coil groups (G1, G2) adjacent to each other, wherein the low-voltage side coils (2A, 2B, 12A, 12B) in each of the coil groups (G1, G2) are configured to be coupled to different motors, and wherein the first iron core has at least three openings (W1, W2, W3), wherein the plurality of legs (31, 32) each are provided between two corresponding openings of the at least three openings (W1, W2, W3) adjacent to each other, and the low-voltage side coil (2A, 2B, 12A, 12B) and the high-voltage side coil (1A, 1B, 11A, 11B) are wound around the corresponding leg (31, 32) through each of the two corresponding openings (W1, W2, W3) on both sides of said the corresponding leg (31, 32). - a first iron core having a plurality of legs (31, 32) arranged spaced apart from each other; - a plurality of coil groups (G1, G2) wound around the plurality of legs (31, 32), respectively, each of the coil groups (G1, G2) including - a high-voltage side coil (1A, 1B, 11A, 11B) receiving a single-phase alternating-current power being common among said coil groups, and - a low-voltage side coil (2A, 2B, 12A, 12B) magnetically coupled to the high-voltage side coil (1A, 1B, 11A, 11B), the high-voltage side coil (1A, 1B, 11A, 11B) and the low-voltage side coil (2A, 2B, 12A, 12B) being stacked in a direction in which a corresponding leg (31, 32) extends; and - a second iron core provided between two coil groups of the plurality of coil groups (G1, G2) adjacent to each other,
Measurement device (100, 500, 700, 800, 900) for the detection of airborne particles, the measurement device (100, 500, 700, 800, 900) comprising - a nozzle designed to produce a laminar flow of air with a flow path, beyond the nozzle, - a first laser and a second laser, the first laser and the second laser being positioned for emitting laser light with intersecting laser beams (1a, 2a) with a laser beam intersection region in a region of the air flow path, and - a first photo-detector and a second photo-detector positioned for the detection of laser light scattered in the laser beam intersection region by airborne particles contained in the laminar air flow, characterised in that - the first laser and the second laser are designed for emission of laser light (1a, 2a) of identical laser emission wavelength, - the first laser and the second laser are designed for emission of time-amplitude modulated laser light with a phase shift between the laser beam of the first laser and the laser beam of the second laser, and - the first photo-detector and the second photo-detector are positioned and designed each for the detection of scattered laser light from both the first laser and the second laser. - a nozzle designed to produce a laminar flow of air with a flow path, beyond the nozzle, - a first laser and a second laser, the first laser and the second laser being positioned for emitting laser light with intersecting laser beams (1a, 2a) with a laser beam intersection region in a region of the air flow path, and - a first photo-detector and a second photo-detector positioned for the detection of laser light scattered in the laser beam intersection region by airborne particles contained in the laminar air flow, characterised in that - the first laser and the second laser are designed for emission of laser light (1a, 2a) of identical laser emission wavelength, - the first laser and the second laser are designed for emission of time-amplitude modulated laser light with a phase shift between the laser beam of the first laser and the laser beam of the second laser, and - the first photo-detector and the second photo-detector are positioned and designed each for the detection of scattered laser light from both the first laser and the second laser.
A system for accessing images, comprising: an image buffer; a composition manager, the composition manager comprising a processor that generates a processed image in the image buffer, the processed image being a composition of one or more application images, each application image rendered in a corresponding application buffer by a respective application; and a camera service component that receives a request from an image consuming application (108, 110, or 112) to select an image source from which to receive graphics content, wherein the camera service component provides the image consuming application access to a plurality of image sources through a camera-oriented application programming interface, wherein the camera-oriented application programming interface is configured to treat each of the image sources as a camera and receives from the image consuming application a target format in which to receive the graphics content, wherein the image source is selected from among a plurality of image sources comprising a sensor image source and a non-sensor image source, and wherein the camera service component provides the graphics content of the image buffer to the image consuming application (108, 110, or 112) based on a selection of the non-sensor image source as the image source by the image consuming application (108, 110, or 112), and the graphics content of the image buffer is provided in the specified target format. an image buffer; a composition manager, the composition manager comprising a processor that generates a processed image in the image buffer, the processed image being a composition of one or more application images, each application image rendered in a corresponding application buffer by a respective application; and a camera service component that receives a request from an image consuming application (108, 110, or 112) to select an image source from which to receive graphics content, wherein the camera service component provides the image consuming application access to a plurality of image sources through a camera-oriented application programming interface, wherein the camera-oriented application programming interface is configured to treat each of the image sources as a camera and receives from the image consuming application a target format in which to receive the graphics content, wherein the image source is selected from among a plurality of image sources comprising a sensor image source and a non-sensor image source, and wherein the camera service component provides the graphics content of the image buffer to the image consuming application (108, 110, or 112) based on a selection of the non-sensor image source as the image source by the image consuming application (108, 110, or 112), and the graphics content of the image buffer is provided in the specified target format.
A propeller fan having a plurality of blades (4, 5, 6) fixed to a hub on a rotation axis of the fan, wherein each of the blades (4, 5, 6) has a recess portion (4b, 5b, 6b) formed in a blade rear edge section (4a, 5a, 6a) as air blow-out portion during rotation of the fan, wherein the recess portions (4b, 5b, 6b) of the respective blades (4, 5, 6) are recessed in a direction opposite to the direction of air flow along the blade from the front edge to the rear edge characterized in that the recess portions (4b, 5b, 6b) are different in size, the recess portions (4b, 5b, 6b) of the blades (4, 5, 6) are formed such that perpendicular lines (b1, b2, b3) drawn from line segments (a) joining inner endpoints and outer endpoints of the blade rear edge sections (4a, 5a, 6a) to deepest points (4R, 5R, 6R) of the recess portions (4b, 5b, 6b) are different from each other in lengths thereof, and the recess portions (4b, 5b, 6b) are formed such that a length of the line segments "a" and lengths of the perpendicular lines "b" of the blades (4, 5, 6) satisfy a relationship of "0.1a ≤ b ≤ 0.5a".
Method for determining an anomalous driving pattern of a neighbouring vehicle with a vehicle camera of a present vehicle, comprising - receiving image data from the vehicle camera, the image data comprising image frames, - scanning the image data for lane markings and lane boundaries, if lane markings are detected in the image frames determining if the detected lane markings are suitable for deriving a trajectory of the neighbouring vehicle relative to the lane markings and, if it is determined that the detected lane markings are suitable, deriving a reference trajectory from the detected lane markings, else deriving a reference trajectory from a motion of the present vehicle, determining a trajectory of the neighbouring vehicle relative to the reference trajectory, deriving characteristic parameters of the determined trajectory, comparing the characteristic parameters with predetermined trajectory data, determining, based on the comparison, if the trajectory of the neighbouring vehicle is an anomalous trajectory, outputting an alert signal if it is determined that the trajectory of the neighbouring vehicle is an anomalous trajectory. - receiving image data from the vehicle camera, the image data comprising image frames, - scanning the image data for lane markings and lane boundaries, determining if the detected lane markings are suitable for deriving a trajectory of the neighbouring vehicle relative to the lane markings and, if it is determined that the detected lane markings are suitable, deriving a reference trajectory from the detected lane markings, deriving a reference trajectory from a motion of the present vehicle,
A method of orienting a well tool in a subterranean wellbore, the method characterized by: setting down weight on an orienting device, thereby securing in position an engagement member that was previously free to displace circumferentially in the device; and after the securing, engaging the engagement member with an orienting profile. setting down weight on an orienting device, thereby securing in position an engagement member that was previously free to displace circumferentially in the device; and after the securing, engaging the engagement member with an orienting profile.
A system, comprising: a sensor to detect a first authentication device associated with a user, a central controller connected to the sensor to receive an indication of a detection of the first authentication device associated with the user; and an electronic device connected to the central controller to: receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, wherein the first mode corresponds to the electronic device being completely shut down, the second mode is a sleep mode of the electronic device and the third mode is a fully awake mode of the electronic device. a sensor to detect a first authentication device associated with a user, a central controller connected to the sensor to receive an indication of a detection of the first authentication device associated with the user; and an electronic device connected to the central controller to: receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, wherein the first mode corresponds to the electronic device being completely shut down, the second mode is a sleep mode of the electronic device and the third mode is a fully awake mode of the electronic device.
Method for operating a vehicle, wherein the vehicle drives autonomously, without assistance by means of a vehicle-external processing device, from a starting position to a target position in a carpark, wherein the vehicle searches for a suitable free parking position as target position without assistance by means of the vehicle-external processing device, and parks in the free parking position without assistance by means of the vehicle-external processing device, characterized in that the vehicle searches for the parking position exclusively on the left with respect to a travel direction in the case of left-hand traffic or exclusively on the right with respect to a travel direction in the case of right-hand traffic.