mhurhangee/patent-ind-claim-en huggingface dataset:
A time-of-flight mass spectrometer comprising: an ion ejector configured to impart a predetermined amount of energy to target ions; an electric field-free ion drift region configured to let the ions to fly freely; an ion reflector including a plurality of plate-like electrodes disposed along an ion path in order to reflect and return, with the action of an electric field, the ions flown in the electric field-free ion drift region; a detector configured to detect the ions reflected by the ion reflector and to return through the electric field-free ion drift region, wherein a flight space of the ions defined by the ion reflector is sectioned into a first region (S1) where a deceleration electric field for decelerating the ions passed through the electric field-free ion drift region is formed, and a second region (S2) where a reflection electric field for reflecting the ions decelerated in the first region (S1) is formed, and a thickness of the plurality of electrodes disposed in the second region (S2) is smaller than a thickness of the plurality of electrodes disposed in the first region (S1); characterized in that an opening shape of the plurality of electrodes of the ion reflector is a slit shape, and a slit width of the thick electrode disposed in the first region (S1) is larger than a slit width of the thin electrode disposed in the second region (S2). an ion ejector configured to impart a predetermined amount of energy to target ions; an electric field-free ion drift region configured to let the ions to fly freely; an ion reflector including a plurality of plate-like electrodes disposed along an ion path in order to reflect and return, with the action of an electric field, the ions flown in the electric field-free ion drift region; a detector configured to detect the ions reflected by the ion reflector and to return through the electric field-free ion drift region, wherein a flight space of the ions defined by the ion reflector is sectioned into a first region (S1) where a deceleration electric field for decelerating the ions passed through the electric field-free ion drift region is formed, and a second region (S2) where a reflection electric field for reflecting the ions decelerated in the first region (S1) is formed, and a thickness of the plurality of electrodes disposed in the second region (S2) is smaller than a thickness of the plurality of electrodes disposed in the first region (S1); characterized in that an opening shape of the plurality of electrodes of the ion reflector is a slit shape, and a slit width of the thick electrode disposed in the first region (S1) is larger than a slit width of the thin electrode disposed in the second region (S2).
An indicia reader comprising: an image sensor having a plurality of pixels for detecting light; a light filter , positioned in front of the image sensor, having a first area and at least one second area , wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; and a processor configured by software to: receive pixel information from the image sensor; and perform an auxiliary function, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger the indicia reading; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels; characterized in that the second area having a plurality of contiguous pixels and wherein the auxiliary function is different from indicia reading. an image sensor having a plurality of pixels for detecting light; a light filter , positioned in front of the image sensor, having a first area and at least one second area , wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; and wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; and a processor configured by software to: receive pixel information from the image sensor; and perform an auxiliary function, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger the indicia reading; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels; receive pixel information from the image sensor; and perform an auxiliary function, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger the indicia reading; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels; characterized in that the second area having a plurality of contiguous pixels and wherein the auxiliary function is different from indicia reading.
An air cleaner assembly for an air cleaner arrangement in a vehicle, comprising a disposable air filter unit and a reusable carrier structure to which said air filter unit is removably arranged, the disposable air filter unit forming a sleeve about a central axis (X), extending axially between a first end surface and a second end surface , and forming an outer sleeve surface for receiving unfiltered air, and an inner sleeve surface for output of filtered air, characterised by the reusable carrier structure comprising a receiving member for receiving said first end surface of the air filter unit , and a sealing member arranged at the receiving member , to contact said first end surface of the air filter unit , wherein the reusable carrier structure comprises a support member extending axially from said receiving member to a free end , the support member being adapted to be surrounded by said inner sleeve surface of the air filter unit , wherein the air filter unit comprises a pleated filter component and a bioplastic reinforcement structure , arranged at the pleated filter component . characterised by the reusable carrier structure comprising a receiving member for receiving said first end surface of the air filter unit , and a sealing member arranged at the receiving member , to contact said first end surface of the air filter unit , wherein the reusable carrier structure comprises a support member extending axially from said receiving member to a free end , the support member being adapted to be surrounded by said inner sleeve surface of the air filter unit , wherein the air filter unit comprises a pleated filter component and a bioplastic reinforcement structure , arranged at the pleated filter component .
A method for examining a subject into which a polarized radioactive tracer with anisotropic gamma ray emission and a nuclear spin greater than 1/2 has been introduced, the method comprising: applying radio frequency oscillating (RF) magnetic fields to the tracer that are configured to manipulate the orientation of the spins such as to manipulate the directional dependence of gamma ray emission from the tracer; detecting gamma rays from the gamma ray emission; and obtaining, based on the detected gamma rays and properties associated with the anisotropic gamma ray emission, spectroscopic data associated with the tracer in the subject, wherein the polarized radioactive tracer has been generated by polarizing nuclei of a radioactive substance such that the spins of the nuclei are hyperpolarized and are oriented in a specific direction. applying radio frequency oscillating (RF) magnetic fields to the tracer that are configured to manipulate the orientation of the spins such as to manipulate the directional dependence of gamma ray emission from the tracer; detecting gamma rays from the gamma ray emission; and obtaining, based on the detected gamma rays and properties associated with the anisotropic gamma ray emission, spectroscopic data associated with the tracer in the subject, wherein the polarized radioactive tracer has been generated by polarizing nuclei of a radioactive substance such that the spins of the nuclei are hyperpolarized and are oriented in a specific direction.
Method for analyzing at least one sequence of movements performed by a person having a set of characteristic points, each movement (Mvt) comprising a succession of elementary actions (Ace), said method comprising a step of observing the sequence of movements using at least one acquisition system configured for supplying raw data relating to the positions of at least some characteristic points of the set of characteristic points, said method further comprising at least an artificial neural network configured to perform a step of segmenting the sequence of movements into time units, each associated with an instant (t0 to tn), a step of determining, for each instant (t0 to tn), the positions of at least some characteristic points of the set of characteristic points, using the acquisition system , a step of assigning, at each instant (t0 to tn), at least one position code for at least some characteristic points of the set of characteristic points, as a function, for each of them, of the determined position, so as to form a combination of position codes at each instant (t0 to tn); a step of assigning at least one elementary action code for each given instant (t0 to tn) corresponding to the combination of position codes at the given instant (t0 to tn); and a step of syntactically verifying the elementary action codes and/or the position codes on the basis of at least one structured language which has at least one rule and at least one lexicon, in order to refine the raw data relating to the positions of the characteristic points.
Composite brake disk for a vehicle disk brake, comprising a brake disk pot formed from a first material, and a friction ring , which is formed from a different material and is connected to the brake disk pot , wherein the brake disk pot has a pot base extending in the radial direction with respect to an axis of rotation (A), and a circular-cylindrical pot shell extending from the pot base concentrically with respect to the axis of rotation (A), wherein the friction ring has at least two friction surfaces oriented in the radial direction with respect to the axis of rotation (A), and a circular-cylindrical collar pre-stretched axially in the direction of the brake disk pot concentrically with respect to the axis of rotation (A), wherein the pot shell and the collar overlap in some regions in the radial direction in a connecting region and are penetrated by a plurality of connecting elements (9, 9', 9", ...) oriented substantially orthogonally with respect to the axis of rotation (A), and the collar engages radially on the outside around the pot shell in the connecting region , characterized in that the brake disk pot in a transition region between the pot base and the pot shell has a solid, encircling shoulder which is pre-stretched radially outward and is significantly stronger in the radial and axial directions than a base thickness (B) of the pot base , in particular is at least twice the base thickness (B).
A vacuum cleaner nozzle comprising a housing and a suction mouth arranged on an underside of the housing , which extends in a transverse direction (y) which is transverse to a working direction (x), characterized in that a textile sealing assembly , which comprises a plurality of textile sealing strips , is arranged behind the suction mouth in the working direction (x), that a first sealing strip group (I) comprises at least two of the textile sealing strips , which are arranged on the left side of a longitudinal central plane of the housing , that a second sealing strip group (II) comprises at least two of the textile sealing strips , which are arranged on the right side of the longitudinal central plane of the housing , and that the textile sealing strips of the first sealing strip group (I) and of the second sealing strip group (II) in each case have a longitudinal extension , which is aligned obliquely with respect to the working direction (x). that a first sealing strip group (I) comprises at least two of the textile sealing strips , which are arranged on the left side of a longitudinal central plane of the housing , that a second sealing strip group (II) comprises at least two of the textile sealing strips , which are arranged on the right side of the longitudinal central plane of the housing , and that the textile sealing strips of the first sealing strip group (I) and of the second sealing strip group (II) in each case have a longitudinal extension , which is aligned obliquely with respect to the working direction (x).
An adjusting device for moveably mounting a furniture part - preferably in the form of a flap pivotable with respect to a horizontal axis - to a furniture carcass comprising an adjusting arm lever , wherein a first lever of the adjusting arm lever is moveable relative to a second lever of the adjusting arm lever from a mounting position for mounting the adjusting arm lever to the furniture part into an operating position of the adjusting arm lever , characterised in that the first lever is lockable relative to the second lever by means of an automatic locking device in the operating position.
Driving system having a plurality of different driving functions for automated driving with a different degree of automation for a motor vehicle, wherein at least the function with the highest degree of automation is not constantly available, the driving system has a user interface comprising: - an input component which is common to the plurality of driving functions and is intended to signal, by the driver, the driver's desire for automated driving to the driving system by means of an operating action via the input component, and the driving system is configured - to determine the driver's operating action via the common input component , characterized in that the driving system is also configured - after the operating action via the common input component has been determined, to determine that available driving function from the plurality of driving functions which has the highest possible degree of automation, and - to activate the determined available driving function with the highest possible degree of automation automatically without a further operating action by the driver. - an input component which is common to the plurality of driving functions and is intended to signal, by the driver, the driver's desire for automated driving to the driving system by means of an operating action via the input component, and the driving system is configured - to determine the driver's operating action via the common input component , characterized in that the driving system is also configured - after the operating action via the common input component has been determined, to determine that available driving function from the plurality of driving functions which has the highest possible degree of automation, and - to activate the determined available driving function with the highest possible degree of automation automatically without a further operating action by the driver.
A SUR1-TRPM4 channel inhibitor for use in a method of treating or preventing one or more adverse outcomes associated with tissue plasminogen activator (tPA) administration, comprising administering an effective amount of the SUR1-TRPM4 channel inhibitor to a subject having large hemispheric infarction with cerebral edema and in need of tPA administration; wherein the SUR1-TRPM4 channel inhibitor comprises glyburide; where the adverse outcome is death. wherein the SUR1-TRPM4 channel inhibitor comprises glyburide; where the adverse outcome is death.
A form building block for arrangement between a building wall and a floor or ceiling slab , for supporting the building wall on the floor or ceiling slab and for supporting the ceiling slab on the building wall , respectively, comprising - a formed body of concrete material, having - a support surface for placing the formed body on the floor or ceiling slab , and - a bearing surface extending plane-parallel thereto for placing the building wall thereon, wherein the formed body has a divider body , the formed body having at least one passage region extending from the support surface to the bearing surface for a tension element and for receiving the divider body surrounding the tension element in the passage region , and wherein the divider body is formed as a sleeve body and comprises an elastic material for receiving the tension element in the passage region in the formed body and decoupling it against the formed body . - a formed body of concrete material, having - a support surface for placing the formed body on the floor or ceiling slab , and - a bearing surface extending plane-parallel thereto for placing the building wall thereon, wherein the formed body has a divider body , the formed body having at least one passage region extending from the support surface to the bearing surface for a tension element and for receiving the divider body surrounding the tension element in the passage region , and wherein the divider body is formed as a sleeve body and comprises an elastic material for receiving the tension element in the passage region in the formed body and decoupling it against the formed body . wherein the formed body has a divider body , the formed body having at least one passage region extending from the support surface to the bearing surface for a tension element and for receiving the divider body surrounding the tension element in the passage region , and wherein the divider body is formed as a sleeve body and comprises an elastic material for receiving the tension element in the passage region in the formed body and decoupling it against the formed body .
System for implementing a lamp elongated in particular in a longitudinal direction (X), the system comprising at least one support rail , in particular elongated in a longitudinal direction (X), at least one cover , in particular elongated in the longitudinal direction (X), and at least one device support , in particular elongated in the longitudinal direction (X), wherein the support rail has two side walls extending along a vertical direction (Z), which are connected to one another by a bottom portion of the support rail extending along a transverse direction (Y), wherein the device carrier has at least one retaining web and at least one of the side walls forms a seat for the retaining web' and in an operating position the retaining web of the device carrier is arranged in the seat and the device carrier is fixed to the support rail and is held vertically spaced from the base section to form a receiving space that is located between the base section , the side walls and the device carrier , the cover having at least one fixing section by means of which it is held in the operating position on the support rail , wherein the seat , the retaining web and the fixing section are designed to correspond to one another in such a way that, in the operating position, the retaining web and the seat jointly form a groove, a first groove wall of the groove being formed by the retaining web and a second groove wall of the groove being formed by the side wall forming the seat , and, in the operating position, the fixing section of the cover being arranged and retained in the groove, characterized in that the support rail is made of a metal sheet by forming, and in that , in the operating position, the fixing portion of the cover presses along the transverse direction (Y) against the first groove wall in one direction and against the second groove wall in the opposite direction. wherein the seat , the retaining web and the fixing section are designed to correspond to one another in such a way that, in the operating position, the retaining web and the seat jointly form a groove, a first groove wall of the groove being formed by the retaining web and a second groove wall of the groove being formed by the side wall forming the seat , and, in the operating position, the fixing section of the cover being arranged and retained in the groove, characterized in that the support rail is made of a metal sheet by forming, and in that , in the operating position, the fixing portion of the cover presses along the transverse direction (Y) against the first groove wall in one direction and against the second groove wall in the opposite direction.
A bearer migration method, comprising: acquiring load information of a Non-Standalone, NSA, node (S1); and performing bearer migration according to the acquired load information (S2); characterized in that , acquiring load information of an NSA node (S1) comprises: in response to that the bearer migration needs to be performed, transmitting, by a current Long-Term Evolution, LTE, side, a load request message to candidate NSA nodes, and acquiring load information of the candidate NSA nodes; and wherein, performing bearer migration according to the acquired load information (S2), comprises: sorting, by the current LTE side, according to the acquired load information of the candidate NSA nodes, acquired candidate NSA nodes in a preset load sorting mode to form a target NSA node list; and selecting, by the current LTE side, from the target NSA node list, a target NSA node for user equipment, UE, bearer migration attempts until the bearer migration is successful. acquiring load information of a Non-Standalone, NSA, node (S1); and performing bearer migration according to the acquired load information (S2); characterized in that , acquiring load information of an NSA node (S1) comprises: in response to that the bearer migration needs to be performed, transmitting, by a current Long-Term Evolution, LTE, side, a load request message to candidate NSA nodes, and acquiring load information of the candidate NSA nodes; and wherein, performing bearer migration according to the acquired load information (S2), comprises: sorting, by the current LTE side, according to the acquired load information of the candidate NSA nodes, acquired candidate NSA nodes in a preset load sorting mode to form a target NSA node list; and selecting, by the current LTE side, from the target NSA node list, a target NSA node for user equipment, UE, bearer migration attempts until the bearer migration is successful. in response to that the bearer migration needs to be performed, transmitting, by a current Long-Term Evolution, LTE, side, a load request message to candidate NSA nodes, and acquiring load information of the candidate NSA nodes; and wherein, performing bearer migration according to the acquired load information (S2), comprises: sorting, by the current LTE side, according to the acquired load information of the candidate NSA nodes, acquired candidate NSA nodes in a preset load sorting mode to form a target NSA node list; and selecting, by the current LTE side, from the target NSA node list, a target NSA node for user equipment, UE, bearer migration attempts until the bearer migration is successful. sorting, by the current LTE side, according to the acquired load information of the candidate NSA nodes, acquired candidate NSA nodes in a preset load sorting mode to form a target NSA node list; and selecting, by the current LTE side, from the target NSA node list, a target NSA node for user equipment, UE, bearer migration attempts until the bearer migration is successful.