mhurhangee/patent-ind-claim-en huggingface dataset:
An open-end spinning device comprising a rotor housing which can be acted upon by negative pressure and a spinning rotor , the rotor housing is open towards the front and can be closed by a cover element, to the rear the rotor housing has a rear wall with a passage opening for a rotor shaft of the spinning rotor , the rear wall of the rotor housing is designed in such a manner that the area behind the spinning rotor is covered inside the rotor housing characterised in that at the largest outer diameter of the spinning rotor there is a narrow gap of less than 2 mm gap width between the spinning rotor and the rear wall of the rotor housing , that the rear wall of the rotor housing is at least partially formed by an exchangeable attachment which rests on a rear boundary wall of the rotor housing , and that the attachment extends to the lateral boundary walls of the rotor housing .
A method comprising: towing a first geophysical source through a body of water, and adjusting a first steering parameter of the first geophysical source while towing the first geophysical source, wherein the first steering parameter includes at least one of a roll angle of the first geophysical source, a pitch angle of the first geophysical source, a yaw angle of the first geophysical source, a surface shape of a vibrational surface of the first geophysical source, a rotation between the vibrational surface and a front wing of the first geophysical source, a rotation between the vibrational surface and a stability feature of the first geophysical source, and a buoyancy of the first geophysical source; characterised in that : the method further comprises rotating a first vibrational surface of the first geophysical source through a first pitch angle relative to a first housing structure of the first geophysical source , wherein the first vibrational surface is functionally coupled to the first housing structure such that at least a portion of the first vibrational surface can vibrate relative to the first housing structure. towing a first geophysical source through a body of water, and adjusting a first steering parameter of the first geophysical source while towing the first geophysical source, wherein the first steering parameter includes at least one of a roll angle of the first geophysical source, a pitch angle of the first geophysical source, a yaw angle of the first geophysical source, a surface shape of a vibrational surface of the first geophysical source, a rotation between the vibrational surface and a front wing of the first geophysical source, a rotation between the vibrational surface and a stability feature of the first geophysical source, and a buoyancy of the first geophysical source; characterised in that : the method further comprises rotating a first vibrational surface of the first geophysical source through a first pitch angle relative to a first housing structure of the first geophysical source , wherein the first vibrational surface is functionally coupled to the first housing structure such that at least a portion of the first vibrational surface can vibrate relative to the first housing structure.
An embolisation device for promoting clot formation in a bodily lumen (L) and having a collapsed delivery configuration for delivery of the embolisation device into, and retrieval of the embolisation device from, the bodily lumen (L) and an expanded deployed configuration for anchoring the embolisation device in the bodily lumen (L), the embolisation device comprising: a tubular cage having a collapsed delivery configuration and an expanded deployed configuration; and an embolisation member disposed in the tubular cage , the embolisation member comprising a stem and a plurality of flexible bristles extending outwardly from the stem , the plurality of flexible bristles having a collapsed delivery configuration and an expanded deployed configuration, wherein the embolisation device is configured such that as the tubular cage is transitioned from its expanded deployed configuration to its collapsed delivery configuration the plurality of flexible bristles is urged by the tubular cage from the expanded deployed configuration of the flexible bristles to the collapsed delivery configuration of the flexible bristles , wherein in the expanded deployed configuration of the embolisation device a first segment of the plurality of flexible bristles points in one direction along the longitudinal axis of the tubular cage , and wherein in the collapsed delivery configuration of the embolisation device the first segment of the plurality of flexible bristles points in the same direction. a tubular cage having a collapsed delivery configuration and an expanded deployed configuration; and an embolisation member disposed in the tubular cage , the embolisation member comprising a stem and a plurality of flexible bristles extending outwardly from the stem , the plurality of flexible bristles having a collapsed delivery configuration and an expanded deployed configuration, wherein the embolisation device is configured such that as the tubular cage is transitioned from its expanded deployed configuration to its collapsed delivery configuration the plurality of flexible bristles is urged by the tubular cage from the expanded deployed configuration of the flexible bristles to the collapsed delivery configuration of the flexible bristles , wherein in the expanded deployed configuration of the embolisation device a first segment of the plurality of flexible bristles points in one direction along the longitudinal axis of the tubular cage , and wherein in the collapsed delivery configuration of the embolisation device the first segment of the plurality of flexible bristles points in the same direction.
A support structure for lighting devices, including a ribbon-like support member with electrically conductive lines with mounting locations for electrically powered light radiation sources (L), said structure including a sequence of adjacent units (U; U1; U2; U3) having opposed end regions and being severable between mutually facing end regions of adjacent units in said sequence, wherein said units include, at said end regions, at least one electrical connection formation including a proximal portion electrically coupled to the electrically conductive lines of the respective unit, and a distal portion , wherein said distal portion is electrically coupled to the distal portion of an electrical connection formation provided in an adjacent unit to said respective unit in said sequence of adjacent units (U; U1; U2 U3)and is separable therefrom by severing the support structure (10, characterized in that the distal portion is electrically insulated from said proximal portion .
Tensioning device for stretching a threaded bolt by pulling on its threaded end portion (A), comprising a support tube which surrounds the threaded end portion (A); a cylinder which is arranged in the extension of the support tube and has at least one piston which is movable in said cylinder in the longitudinal direction (L) and which can be connected to a hydraulic supply ; an exchange socket which can be screwed to the threaded end portion (A) and which is designed such that it can be carried along axially by the piston ; and a pin which is arranged movably in the longitudinal direction (L) and whose pin end can be supported against the end, which has the threaded end portion (A), of the threaded bolt in the longitudinal direction, characterized by - means for detecting the position of the pin in the longitudinal direction (L) with respect to the exchange socket , - an evaluation and control unit which is connected to the detecting means and by means of which the hydraulic supply can be released if the longitudinal position of the pin corresponds to an internally predetermined minimum position value, and therefore a sufficient actual thread engagement length between the exchange socket and the end of the threaded bolt is present. - means for detecting the position of the pin in the longitudinal direction (L) with respect to the exchange socket , - an evaluation and control unit which is connected to the detecting means and by means of which the hydraulic supply can be released if the longitudinal position of the pin corresponds to an internally predetermined minimum position value, and therefore a sufficient actual thread engagement length between the exchange socket and the end of the threaded bolt is present.
Powershift transmission for an agricultural machine having a transmission housing, an input shaft and an output shaft unit, wherein the input shaft and the output shaft unit extend at least partially within the transmission housing, wherein an auxiliary shaft is arranged offset in parallel between the input shaft and the output shaft unit within the transmission housing, wherein the input shaft and the auxiliary shaft are connected to each other via a front-mounted range unit , and the auxiliary shaft and the output shaft unit are connected to each other via a rear-mounted range unit , wherein each range unit has at least two individual gearwheel pairs which can be coupled and decoupled, and wherein the output shaft unit is formed from a main output shaft and an auxiliary output shaft , which output shafts can be coupled to each other via a layshaft , characterized in that the main output shaft and the auxiliary output shaft are arranged next to each other and coaxially with respect to each other, wherein the layshaft has a clutch which couples the auxiliary output shaft directly to the main output shaft in a first shifting state such that both the transmitted torque and the rotational speed remain unchanged when the clutch is closed. wherein the input shaft and the output shaft unit extend at least partially within the transmission housing, wherein an auxiliary shaft is arranged offset in parallel between the input shaft and the output shaft unit within the transmission housing, wherein the input shaft and the auxiliary shaft are connected to each other via a front-mounted range unit , and the auxiliary shaft and the output shaft unit are connected to each other via a rear-mounted range unit , wherein each range unit has at least two individual gearwheel pairs which can be coupled and decoupled, and wherein the output shaft unit is formed from a main output shaft and an auxiliary output shaft , which output shafts can be coupled to each other via a layshaft , characterized in that the main output shaft and the auxiliary output shaft are arranged next to each other and coaxially with respect to each other, wherein the layshaft has a clutch which couples the auxiliary output shaft directly to the main output shaft in a first shifting state such that both the transmitted torque and the rotational speed remain unchanged when the clutch is closed.
A laundry treatment apparatus comprising: a cabinet having an entrance ; a drawer arranged so as to be drawn out from the cabinet through the entrance and provided with a drying chamber , the drying chamber including a bottom surface , a front surface extending upward from the bottom surface , a rear surface fixed to the bottom surface and arranged at a position facing the front surface , and first and second side surfaces fixed to the bottom surface to connect the front surface and the rear surface ; a supply port formed to penetrate the rear surface ; an air supply unit fixed to the rear surface and located outside the drying chamber to supply air into the drying chamber through the supply port ; characterized in that laundry treatment apparatus further comprising: a heating plate formed of a conductor and forming at least a part of the bottom surface ; and a heating element located between the bottom surface and the heating plate and configured to generate heat when electric current is supplied thereto. a cabinet having an entrance ; a drawer arranged so as to be drawn out from the cabinet through the entrance and provided with a drying chamber , the drying chamber including a bottom surface , a front surface extending upward from the bottom surface , a rear surface fixed to the bottom surface and arranged at a position facing the front surface , and first and second side surfaces fixed to the bottom surface to connect the front surface and the rear surface ; a supply port formed to penetrate the rear surface ; an air supply unit fixed to the rear surface and located outside the drying chamber to supply air into the drying chamber through the supply port ; characterized in that laundry treatment apparatus further comprising: a heating plate formed of a conductor and forming at least a part of the bottom surface ; and a heating element located between the bottom surface and the heating plate and configured to generate heat when electric current is supplied thereto.
A pharmaceutical composition comprising crystalline [(4-hydroxy-1-methyl-7-phenoxy-isoquinoline-3-carbonyl)-amino]-acetic acid (Compound A Form A) characterized by an X-ray powder diffractogram comprising the following peaks: 8.5, 12.8, 16.2, 21.6, 22.9, and 27.4 °2θ ± 0.2 °2θ, when measured using Cu Kα radiation, and a pharmaceutically acceptable excipient, for use in a method of treating, pretreating, or delaying onset or progression of anemia, wherein at least about 85% of Compound A in the pharmaceutical composition is in Form A.
A cable comprising: a plurality of high temperature superconductor (HTS) components ; a plurality of electrically conductive segments extending along the cable , each of the plurality of electrically conductive segments comprising a groove in which one of the plurality of HTS components is arranged; characterised by an electrically insulating material arranged between adjacent electrically conductive segments of the plurality of electrically conductive segments that electrically insulates the plurality of electrically conductive segments from one another. a plurality of high temperature superconductor (HTS) components ; a plurality of electrically conductive segments extending along the cable , each of the plurality of electrically conductive segments comprising a groove in which one of the plurality of HTS components is arranged; characterised by an electrically insulating material arranged between adjacent electrically conductive segments of the plurality of electrically conductive segments that electrically insulates the plurality of electrically conductive segments from one another.
A non-aqueous electrode material for a lithium ion electrical storage device comprising: at least one metal chelating polymer comprising a Mannich reaction product, of a polyphenolic polymer selected from poly(4-vinylphenol) or a poly(4-hydroxystyrene); an aldehyde, preferably selected from paraformaldehyde, a ketone, or mixtures thereof; and a secondary amine, said metal chelating polymer capable of chelating and binding to a metal; an active material capable of reversibly intercalating lithium ions; a plurality of electrical conductor particles; and a binder polymer. at least one metal chelating polymer comprising a Mannich reaction product, of a polyphenolic polymer selected from poly(4-vinylphenol) or a poly(4-hydroxystyrene); an aldehyde, preferably selected from paraformaldehyde, a ketone, or mixtures thereof; and a secondary amine, said metal chelating polymer capable of chelating and binding to a metal; an active material capable of reversibly intercalating lithium ions; a plurality of electrical conductor particles; and a binder polymer.
A method for generating a corrected depth map by an electronic device, comprising: obtaining a first depth map, wherein the first depth map comprises first depth information of a first portion of a scene sampled by a depth sensor at a first sampling; obtaining a second depth map, wherein the second depth map comprises second depth information of a second portion of the scene sampled by the depth sensor at a second sampling; obtaining displacement information indicative of a displacement of the depth sensor between the first sampling and the second sampling; transforming the first depth map based on the displacement information to produce a transformed depth map; detecting erroneous depth information by comparing one or more depths of the second depth map with one or more depths of the transformed depth map; and generating a corrected depth map by correcting the erroneous depth information of the second depth map based on the transformed depth map. obtaining a first depth map, wherein the first depth map comprises first depth information of a first portion of a scene sampled by a depth sensor at a first sampling; obtaining a second depth map, wherein the second depth map comprises second depth information of a second portion of the scene sampled by the depth sensor at a second sampling; obtaining displacement information indicative of a displacement of the depth sensor between the first sampling and the second sampling; transforming the first depth map based on the displacement information to produce a transformed depth map; detecting erroneous depth information by comparing one or more depths of the second depth map with one or more depths of the transformed depth map; and generating a corrected depth map by correcting the erroneous depth information of the second depth map based on the transformed depth map.
An optical-sample module for use in a system for measuring whole-blood hemoglobin parameters or whole-blood bilirubin parameters, the optical-sample module comprising a light-emitting module comprising: an LED light source capable of emitting light wherein the light is directed thereby defining an optical path ; and a plurality of optical components (B) disposed within the optical path , the plurality of optical components (B) comprising: a collimating lens proximal to the LED light source ; a first optical diffuser positioned after the collimating lens ; a circular polarizer positioned after the first optical diffuser ; and a focusing lens positioned after the circular polarizer , and the optical-sample module further comprising a cuvette assembly adjacent the light-emitting module having a sample receiving chamber disposed in the optical path for receiving light from the light-emitting module and adapted for receiving a whole-blood sample. an LED light source capable of emitting light wherein the light is directed thereby defining an optical path ; and a plurality of optical components (B) disposed within the optical path , the plurality of optical components (B) comprising: a collimating lens proximal to the LED light source ; a first optical diffuser positioned after the collimating lens ; a circular polarizer positioned after the first optical diffuser ; and a focusing lens positioned after the circular polarizer , a collimating lens proximal to the LED light source ; a first optical diffuser positioned after the collimating lens ; a circular polarizer positioned after the first optical diffuser ; and a focusing lens positioned after the circular polarizer , and the optical-sample module further comprising a cuvette assembly adjacent the light-emitting module having a sample receiving chamber disposed in the optical path for receiving light from the light-emitting module and adapted for receiving a whole-blood sample.
A radio communication method, comprising: transmitting indication information to a terminal device, the indication information being used for indicating the number or the minimum number of receiving antenna ports that the terminal device is permitted to use, wherein the method further comprises: receiving a request message transmitted by the terminal, the request message being used for requesting a network device for the number or the minimum number of the receiving antenna ports; the transmitting indication information to the terminal device comprises: transmitting the indication information based on the request message, the method characterized in that the request message further carries a cause value for requesting the number or the minimum number of the receiving antenna ports, and /or a desired minimum number of the receiving antenna ports. transmitting indication information to a terminal device, the indication information being used for indicating the number or the minimum number of receiving antenna ports that the terminal device is permitted to use, wherein the method further comprises: receiving a request message transmitted by the terminal, the request message being used for requesting a network device for the number or the minimum number of the receiving antenna ports; the transmitting indication information to the terminal device comprises: transmitting the indication information based on the request message, the method characterized in that the request message further carries a cause value for requesting the number or the minimum number of the receiving antenna ports, and /or a desired minimum number of the receiving antenna ports. transmitting the indication information based on the request message, the method characterized in that the request message further carries a cause value for requesting the number or the minimum number of the receiving antenna ports, and /or a desired minimum number of the receiving antenna ports.
Method for supplying elongated metal elements, in particular metal bars, for example designed for a bending cycle, the method comprising the steps of: a. setting, in a control unit of an apparatus for supplying a said element , for said element to be supplied, an optimal orientation of a theoretical cross section, with respect to a respective longitudinal axis; b. inserting said element into a drive group along a supply direction (A) coinciding with said longitudinal axis; c. detecting at a detection plane an actual orientation of a cross section of said inserted element , with respect to said longitudinal axis, by means of a detection device ; d. processing by means of processing means associated with said detection device any deviation of said actual orientation detected with respect to said optimal orientation of said element ; e. tightening and rotating by means of an orientation device said element tightened around said longitudinal axis by an angle such as to compensate said processed deviation, so as to orient said element according to said optimal orientation ; f. releasing said element ; g. supplying said element along said supply direction (A) to achieve at least one processing step, said step a. of setting said optimal orientation taking place by means of said processing means, calculating the moment of inertia of said theoretical section with respect to a barycentric axis or calculating the orientation of said element which opposes maximum resistance to rotation of said element about its longitudinal axis during supply step by said drive group . a. setting, in a control unit of an apparatus for supplying a said element , for said element to be supplied, an optimal orientation of a theoretical cross section, with respect to a respective longitudinal axis; b. inserting said element into a drive group along a supply direction (A) coinciding with said longitudinal axis; c. detecting at a detection plane an actual orientation of a cross section of said inserted element , with respect to said longitudinal axis, by means of a detection device ; d. processing by means of processing means associated with said detection device any deviation of said actual orientation detected with respect to said optimal orientation of said element ; e. tightening and rotating by means of an orientation device said element tightened around said longitudinal axis by an angle such as to compensate said processed deviation, so as to orient said element according to said optimal orientation ; f. releasing said element ; g. supplying said element along said supply direction (A) to achieve at least one processing step,