mhurhangee/patent-ind-claim-en huggingface dataset:
A replaceable winding for an electromagnetic machine comprising: a body having a longitudinal axis , the body comprising opposing surfaces along the longitudinal axis ; an aperture through the body , between the opposing surfaces , the aperture having generally parallel internal sides about perpendicular to the opposing surfaces of the body , the aperture configured to removably received a pole portion of the electromagnetic machine ; electrical conductors wound about the aperture in the body ; electrical connectors at one or more external sides of the body , the electrical connectors connected to the electrical conductors, characterized in that the electrical connectors are threaded and configured to mate with complementary threads of a plug or a connector of a power source for driving the electrical conductors in the body , wherein the replaceable winding further comprising a faceplate or frame which is removably attached to a tray , to which the electrical connectors are attached, and which spaces the electrical connectors from each other. a body having a longitudinal axis , the body comprising opposing surfaces along the longitudinal axis ; an aperture through the body , between the opposing surfaces , the aperture having generally parallel internal sides about perpendicular to the opposing surfaces of the body , the aperture configured to removably received a pole portion of the electromagnetic machine ; electrical conductors wound about the aperture in the body ; electrical connectors at one or more external sides of the body , the electrical connectors connected to the electrical conductors, characterized in that the electrical connectors are threaded and configured to mate with complementary threads of a plug or a connector of a power source for driving the electrical conductors in the body , wherein the replaceable winding further comprising a faceplate or frame which is removably attached to a tray , to which the electrical connectors are attached, and which spaces the electrical connectors from each other.
An image processing apparatus comprising: a receiver arranged for receiving an image signal, the image signal comprising at least an encoded image and a target display reference, the target display reference specifying a dynamic range of a target display which is a display for which the encoded image is optimized and encoded; wherein the target display reference comprises a white point luminance of the target display which is an amount of nits, and further comprises a black level of the target display; a dynamic range processor arranged to generate an output image by applying a dynamic range transform to the encoded image, which dynamic range transform is adapted to the white point luminance, to the black level and to a reference white point luminance; and an output for outputting an output image signal comprising the output image. a receiver arranged for receiving an image signal, the image signal comprising at least an encoded image and a target display reference, the target display reference specifying a dynamic range of a target display which is a display for which the encoded image is optimized and encoded; wherein the target display reference comprises a white point luminance of the target display which is an amount of nits, and further comprises a black level of the target display; a dynamic range processor arranged to generate an output image by applying a dynamic range transform to the encoded image, which dynamic range transform is adapted to the white point luminance, to the black level and to a reference white point luminance; and an output for outputting an output image signal comprising the output image.
A machine for forming a carton from a carton blank (B) in a hopper (H), comprising: at least one mover including a picker for picking the carton blank from the hopper and associating the carton blank with the at least one mover ; and a controlled motion track for moving the at least one mover and picker along a path of travel to a stationary position for engaging the carton blank in the hopper; characterised in one or more actuators located at said stationary position, said one or more actuators being operable to move said picker in a linear direction and engage and withdraw said carton blank (B) from the hopper (H) when the mover is located at said stationary position. at least one mover including a picker for picking the carton blank from the hopper and associating the carton blank with the at least one mover ; and a controlled motion track for moving the at least one mover and picker along a path of travel to a stationary position for engaging the carton blank in the hopper; characterised in one or more actuators located at said stationary position, said one or more actuators being operable to move said picker in a linear direction and engage and withdraw said carton blank (B) from the hopper (H) when the mover is located at said stationary position.
An antenna, comprising a first radiator and a first capacitor structure , a printed circuit board , a signal feed, the printed circuit board comprising a ground end , wherein a first end of the first radiator is electrically connected to a signal feed end of the printed circuit board by means of the first capacitor structure, and a second end of the first radiator is electrically connected to the ground end of the printed circuit board; wherein the first radiator, the first capacitor structure, the signal feed end, and the ground end form a first antenna configured to produce a first resonance frequency, f1, wherein the first antenna is configured to conform to a left hand transmission line, the first radiator is equivalent to a shunt inductor relative to a signal source, the first capacitor structure is equivalent to a serially connected capacitor relative to the signal source, wherein the antenna further comprises a second radiator , wherein a first end of the second radiator is electrically connected to the first end of the first radiator, a second end of the second radiator is not grounded, and the second radiator, the first capacitor structure, and the signal feed end form a second antenna configured to produce a second resonance frequency, f2, wherein the second radiator is located on an extension cord of the first radiator; and wherein the antenna further comprises a parasitic branch , wherein one end of the parasitic branch is electrically connected to the ground end of the printed circuit board, and another end of the parasitic branch and the second end of the second radiator are facing each other and do not contact each other, so as to form coupling and produce a third resonance frequency, f3, wherein the parasitic branch is wholly located on one side of the second radiator. wherein the antenna further comprises a second radiator , wherein a first end of the second radiator is electrically connected to the first end of the first radiator, a second end of the second radiator is not grounded, and the second radiator, the first capacitor structure, and the signal feed end form a second antenna configured to produce a second resonance frequency, f2, wherein the second radiator is located on an extension cord of the first radiator; and wherein the antenna further comprises a parasitic branch , wherein one end of the parasitic branch is electrically connected to the ground end of the printed circuit board, and another end of the parasitic branch and the second end of the second radiator are facing each other and do not contact each other, so as to form coupling and produce a third resonance frequency, f3, wherein the parasitic branch is wholly located on one side of the second radiator.
An integrated energy absorbing system for a vehicle formed from a unitary cast metal part and comprising: a left wheel well and a right wheel well connected by a transverse support ; at least one mount to a vehicle cabin frame; a second connection to a vehicle body panel or bumper; and a first crumple zone adjacent to the left wheel well and a second crumple zone adjacent to the right wheel well . a left wheel well and a right wheel well connected by a transverse support ; at least one mount to a vehicle cabin frame; a second connection to a vehicle body panel or bumper; and a first crumple zone adjacent to the left wheel well and a second crumple zone adjacent to the right wheel well .
Method for operating an ultrasonic sensor of a vehicle , wherein the ultrasonic sensor is installed in a concealed manner such that a membrane of the ultrasonic sensor is connected to a vehicle part , wherein the instantaneous properties of the vehicle part influence a directional characteristic of the ultrasonic sensor , and wherein a threshold value for hiding interference signals is used in pulse echo measurements using the ultrasonic sensor , characterized in that the threshold value is adapted to the directional characteristic of the ultrasonic sensor that is predefined by the instantaneous properties of the vehicle part by: a) determining a temperature and determining the threshold value using a previously determined relationship between the temperature and the directional characteristic, or b) determining a resonant frequency of an oscillatory system formed from the membrane and the vehicle part , and determining the threshold value using a previously determined relationship between the resonant frequency and the directional characteristic. a) determining a temperature and determining the threshold value using a previously determined relationship between the temperature and the directional characteristic, or b) determining a resonant frequency of an oscillatory system formed from the membrane and the vehicle part , and determining the threshold value using a previously determined relationship between the resonant frequency and the directional characteristic.
A material deposition machine for the production of parts, comprising a structural housing which forms an inner chamber in which an arc torch is configured to operate in order to melt a strand of material with which parts are formed on a supporting table , wherein the arc torch is mounted on a frame positioned horizontally in the upper part of the chamber , on which said arc torch is mounted with a movement system driven by several actuation means located on the outside of the structural housing , the supporting table being positioned below the frame in an assembly that can move towards or away from the frame , characterized in that a lateral sub-chamber is located facing the supporting table and equipped with a moveable cover that opens outwards, and the supporting table is pivotable towards the lateral sub-chamber , for the removal, through the lateral sub-chamber, of the parts formed on the supporting table .
Movement apparatus for loading/unloading containers into/from a freeze dryer provided with a freeze drying chamber having at least one shelf for receiving and supporting said containers , comprising a push bar to engage and push said containers and movement means for moving said push bar through said freeze drying chamber along a direction of movement (A), wherein said movement means comprises at least a first rigid interlocking chain linear actuator having a first movement rigid interlocking chain mobile along said direction of movement (A) and provided with a first operating end connected to said push bar , characterized in that said movement means further comprises at least a second rigid interlocking chain linear actuator arranged to rotate said push bar about a rotation axis (X) at least between a lowered position (L) wherein said push bar is arranged to engage and push said containers , and a raised position (R) wherein said push bar does not interact with said containers , said rotation axis (X) being transverse, in particular substantially orthogonal, to said direction of movement (A).
A drawer rail for a drawer pull-out guide , comprising: - a first rail configured to be fixed or fixed to a drawer , - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide , - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail , in a connected condition, are locked to one another by at least one locking element , the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail , about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position, characterized in that an unlocking device for unlocking the rails is provided, wherein the unlocking device includes at least one engagement element arranged on one of the rails , the engagement element being received in a recess arranged on the other of the rails , with a play in a height direction (H) in the connected condition of the rails . - a first rail configured to be fixed or fixed to a drawer , - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide , - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail , in a connected condition, are locked to one another by at least one locking element , the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail , about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position,
A system for planning and/or providing neuromodulation , especially neurostimulation, comprising - a neurostimulator comprising a least one electrode , - a functional mapping module configured and arranged such that based on stimulation related basic data and stimulation related response data and transfer data a digital characteristic functional map is generated and/or provided, which describes the interrelation between the stimulation related basic data and the stimulation related response data and the transfer data, and - an analysis module configured and arranged such that the digital characteristic functional map can be analyzed in connection with neurostimulation provided by the neurostimulator such that the provided neurostimulation and its response can be analyzed on the basis of the functional map and that on the basis of this analysis a placement analysis of the placement of the electrode is provided. - a neurostimulator comprising a least one electrode , - a functional mapping module configured and arranged such that based on stimulation related basic data and stimulation related response data and transfer data a digital characteristic functional map is generated and/or provided, which describes the interrelation between the stimulation related basic data and the stimulation related response data and the transfer data, and - an analysis module configured and arranged such that the digital characteristic functional map can be analyzed in connection with neurostimulation provided by the neurostimulator such that the provided neurostimulation and its response can be analyzed on the basis of the functional map and that on the basis of this analysis a placement analysis of the placement of the electrode is provided.
A reverse-micellar system comprising at least an active agent, an acylglycerol, a sterol, lecithin, ethanol and water, wherein the active agent is a compound appropriate for chelating and/or sequestering at least one radionuclide and/or metal, wherein the active agent is selected from the group consisting of DTPA (DiethyleneTriaminoPentaacetic acid) bisphosphonates, Prussian blue, EDTA, Trientine, D-penicillamine, Deferoxamine, BAL (British Anti-Lewisite), DMSA (DiMercaptoSuccinic Acid), DMPS (2,3- DiMercaptoPropane-1-Sulfonic acid), Phytic acid, Hydroxypyridonates (HOPO), mercaptoacetyltriglycine (MAG3), esters, salts thereof, and combinations thereof, for use in the treatment of at least one disease linked to the accumulation and/or overload of at least one radionuclide or metal in a patient in need thereof.
Waste separation system for separating waste for an automatic analyser, the waste separation system comprising a first waste container and a second waste container , a waste disposal device for disposing of waste into the first waste container or the second waste container and a control device for controlling the waste disposal device , wherein the control device is configured such that the waste disposal device disposes of waste of a first waste class into the first waste container and waste of a second waste class into the second waste container , wherein waste of the first waste class does not get into the second waste container and/or waste of the second waste class does not get into the first waste container , characterized in that the waste disposal device comprises an automatically controllable cuvette gripper and/or an automatically controllable pipetting device, wherein, when the waste is disposed of into the first waste container or the second waste container , waste of the first waste class and/or of the second waste class is at least partly, preferably completely, contained in a cuvette, a pipette tip and/or some other vessel, wherein the waste of the first waste class and/or of the second waste class is disposed of into the first waste container or the second waste container together with the cuvette, the pipette tip and/or the vessel. the waste separation system comprising a first waste container and a second waste container , a waste disposal device for disposing of waste into the first waste container or the second waste container and a control device for controlling the waste disposal device , wherein the control device is configured such that the waste disposal device disposes of waste of a first waste class into the first waste container and waste of a second waste class into the second waste container , wherein waste of the first waste class does not get into the second waste container and/or waste of the second waste class does not get into the first waste container , characterized in that the waste disposal device comprises an automatically controllable cuvette gripper and/or an automatically controllable pipetting device, wherein, when the waste is disposed of into the first waste container or the second waste container , waste of the first waste class and/or of the second waste class is at least partly, preferably completely, contained in a cuvette, a pipette tip and/or some other vessel, wherein the waste of the first waste class and/or of the second waste class is disposed of into the first waste container or the second waste container together with the cuvette, the pipette tip and/or the vessel.
A method of operating gas turbine engine on an aircraft, the gas turbine engine comprising: a turbine section including a low pressure turbine ; a compressor section driven by the turbine section ; a geared architecture driven by the low pressure turbine ; and a fan driven by the low pressure turbine via the geared architecture ; wherein at least one stage of the turbine section includes an array of rotatable blades and an array of vanes, and wherein a ratio of number of vanes to the number blades is greater than or equal to 1.55, the method comprising operating the turbine section at an approach speed such that a mechanical tip rotational Mach number of the blades is greater than or equal to 0.5. a turbine section including a low pressure turbine ; a compressor section driven by the turbine section ; a geared architecture driven by the low pressure turbine ; and a fan driven by the low pressure turbine via the geared architecture ; wherein at least one stage of the turbine section includes an array of rotatable blades and an array of vanes, and wherein a ratio of number of vanes to the number blades is greater than or equal to 1.55, the method comprising operating the turbine section at an approach speed such that a mechanical tip rotational Mach number of the blades is greater than or equal to 0.5.
Steering shaft for a motor vehicle, comprising a hollow shaft and an inner shaft which is arranged coaxially in the hollow shaft , can be telescoped axially in the direction of the longitudinal axis (L) of the steering shaft relative to the hollow shaft , and is connected to the hollow shaft in a torque-transmitting manner via balls which can roll in the direction of the longitudinal axis (L), the balls being arranged in at least one axial row , the balls which are adjacent with respect to one another in the row being in each case at a predefined spacing from one another, at least one of the spacings (a1, a2, a3, a4, b1, b2, b3, b4) between the respective adjacent balls within one row being different from at least one other one of the spacings (a1, a2, a3, a4, b1, b2, b3, b4), characterized in that at least two rows are arranged spaced apart from one another in the circumferential direction, the rows having a different arrangement of the spacings (a1, a2, a3, a4, b1, b2, b3, b4) between the balls .
A method performed by a user equipment, the method comprising: receiving a set of alternative configurations by the user equipment, UE, in a wireless network, wherein each alternative configuration configures a priority list of resources for a cell reselection ; storing the received set of alternative configurations; selecting a new alternative configuration from the set of alternative configurations upon detecting one or more triggering events; and performing a cell selection based on the new alternative configuration, wherein a resource is selected based on the new selected alternative configuration; characterized in that the set of alternative configurations configures resources with different priorities in different alternative configurations for load balancing; and in that the new alternative configuration is selected from the set of alternative configurations by the UE based on one or more identifiers related to the UE. receiving a set of alternative configurations by the user equipment, UE, in a wireless network, wherein each alternative configuration configures a priority list of resources for a cell reselection ; storing the received set of alternative configurations; selecting a new alternative configuration from the set of alternative configurations upon detecting one or more triggering events; and performing a cell selection based on the new alternative configuration, wherein a resource is selected based on the new selected alternative configuration;