mhurhangee/ep-ind-claims huggingface dataset:
A steering control device comprising: a steering unit mechanically uncoupled from a turning unit configured to turn a turning wheel, and configured to receive steering input from a driver; a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; a curvature detection unit configured to detect a curvature of a white line; characterized by a steering reaction force control unit configured to apply a steering reaction force corresponding to a self-aligning torque to the steering unit based on a steering reaction force characteristic corresponding to the self-aligning torque such that the larger the self-aligning torque, the larger the steering reaction force; and a steering reaction force characteristic change unit configured to increase a change amount of the steering reaction force relative to a change amount of the self-aligning torque in the steering reaction force characteristic as the detected curvature is increased. a steering unit mechanically uncoupled from a turning unit configured to turn a turning wheel, and configured to receive steering input from a driver; a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; a curvature detection unit configured to detect a curvature of a white line; characterized by a steering reaction force control unit configured to apply a steering reaction force corresponding to a self-aligning torque to the steering unit based on a steering reaction force characteristic corresponding to the self-aligning torque such that the larger the self-aligning torque, the larger the steering reaction force; and a steering reaction force characteristic change unit configured to increase a change amount of the steering reaction force relative to a change amount of the self-aligning torque in the steering reaction force characteristic as the detected curvature is increased.
A heated screed construction for laying on an insulation layer, comprising: - sheet elements for receiving heating pipes; - heating pipes; - calcium sulfate screed; wherein said heated screed construction without said insulation layer has an installation height of less than 35 mm; wherein said sheet elements are unfilled, open nub elements; wherein said insulation layer is selected from expanded polystyrene, soft wood fibers, mineral wool, rubber, or foamed polyurethane or phenol resin, vacuum insulation materials, or aerogel-based insulation materials; with the following composition of the calcium sulfate screed: - from 50 to 80% aggregates made of limestone, silica sand or natural anhydrite having grain sizes of between from 0 to 0.5 mm and from 0 to 2.5 mm; - from 20 to 50% CaSO 4 binder; - additives, such as flow improvers and setting regulation agents. - sheet elements for receiving heating pipes; - heating pipes; - calcium sulfate screed; - from 50 to 80% aggregates made of limestone, silica sand or natural anhydrite having grain sizes of between from 0 to 0.5 mm and from 0 to 2.5 mm; - from 20 to 50% CaSO 4 binder; - additives, such as flow improvers and setting regulation agents.
Device for holding a hand tool suitable for finishing a coated surface comprising a support for the tool, a gripping element (20, 22) and a pivot element (12, 15, 20) suitable for pivoting the support in relation to the gripping element along two trajectories (F 1, F 2) located in two perpendicular planes (P 1, P 2), wherein the pivot element (12, 15, 20) comprises: • a pivot pin mounted to pivot around a rotation axis (X 9) parallel to a longitudinal axis (X 2) of the support, and • a fork, the ends (16, 17) of the prongs (18, 19) of which are mounted to pivot on the pivot pin around an axis (X 15) perpendicular to the rotation axis (X 9) of the pivot pin, wherein the support comprises at least one bearing surface for a complementary surface of the tool, characterised in that the bearing surface of the support is plane in its central portion and curved on the periphery (30, 31), and in that the prongs (18, 19) of the fork are hollow and connect the gripping element with the interior of the pivot pin. • a pivot pin mounted to pivot around a rotation axis (X 9) parallel to a longitudinal axis (X 2) of the support, and • a fork, the ends (16, 17) of the prongs (18, 19) of which are mounted to pivot on the pivot pin around an axis (X 15) perpendicular to the rotation axis (X 9) of the pivot pin,
A security system for detecting unauthorized NFC tags, comprising: a NFC radio detection system having a NFC controller with scanning or interrogating abilities; a structure for housing the NFC radio detection system and at least one authorized NFC tag; characterized by a display containing the at least one authorized NFC tag, wherein the at least one authorized NFC tag is affixed to the display; at least one unauthorized NFC tag emitting a RF signal applied on or near the display or structure; the controller interrogating an area including the display and the structure to detect whether the at least one unauthorized NFC tag is present; and an alarm to signal the presence of the at least one unauthorized tag based on results from interrogating the area, wherein the at least one authorized tag has prior knowledge of surface conditions of a surface of the display and has authorized RFID device properties to function on the surface; and wherein any unauthorized tags without this prior knowledge do not provide their intended communication capabilities. a NFC radio detection system having a NFC controller with scanning or interrogating abilities; a structure for housing the NFC radio detection system and at least one authorized NFC tag; characterized by a display containing the at least one authorized NFC tag, wherein the at least one authorized NFC tag is affixed to the display; at least one unauthorized NFC tag emitting a RF signal applied on or near the display or structure; the controller interrogating an area including the display and the structure to detect whether the at least one unauthorized NFC tag is present; and an alarm to signal the presence of the at least one unauthorized tag based on results from interrogating the area, wherein the at least one authorized tag has prior knowledge of surface conditions of a surface of the display and has authorized RFID device properties to function on the surface; and wherein any unauthorized tags without this prior knowledge do not provide their intended communication capabilities.
A blanking plug for use in a hole of a housing or housing portion, consisting of a pot-like lower part to be fitted in a matching hole and having a circumferential flange edge at the mouth side, characterized in that the clad of the lower part consists of flexible first clad zones and hard plastic second clad zones alternately following each other in the circumferential direction, which are connected to each other in a fluid-tight manner, that the bottom of the lower part mainly consists of a flexible material, which is connected to the clad zones (2, 3) in a fluid-tight manner, and that the hard plastic second clad zones are provided with threaded sections on their inner sides, the threaded sections of all second clad zones forming a continuing thread.
Method for operating a braking system of a motor vehicle, having a friction brake device and a regenerative brake device, in which method a cleaning requirement of respective wheel brakes of the friction brake device of the motor vehicle is determined, and, on the basis of a brake pedal position of a brake pedal mechanically decoupled from the friction brake device, a deceleration of the motor vehicle desired by the driver is determined and a braking force required for the desired deceleration of the motor vehicle is determined, wherein a first, predetermined part of this braking force is distributed to the regenerative brake device and the remainder of the required braking force is distributed to the wheel brakes of the friction brake device, wherein the braking force to be provided by the friction brake device is distributed to the wheel brakes depending on the determined cleaning requirement of the respective wheel brakes, wherein - the braking force distributed to the wheel brakes of the friction brake device is distributed to the wheel brakes depending on at least one predetermined stability criterion to be met, and/or - when an anti-lock braking system and/or an electronic stability control system as driving dynamics control systems intervene in the driving dynamics of the motor vehicle, the distribution of the braking force between the wheel brakes is predetermined by the driving dynamics control system, and/or - as the first predetermined part of the braking force, a maximum possible regenerative power of the regenerative brake device is selected. - the braking force distributed to the wheel brakes of the friction brake device is distributed to the wheel brakes depending on at least one predetermined stability criterion to be met, and/or - when an anti-lock braking system and/or an electronic stability control system as driving dynamics control systems intervene in the driving dynamics of the motor vehicle, the distribution of the braking force between the wheel brakes is predetermined by the driving dynamics control system, and/or - as the first predetermined part of the braking force, a maximum possible regenerative power of the regenerative brake device is selected.
A method of preparing human T-cell(s) for immunotherapy comprising: (a) Providing human T-cell (s) from a cell culture or from a blood sample; (b) Genetically modifying said T-cell(s) by inactivating at least: - a first gene encoding a immune checkpoint protein, and - a second gene encoding a component of the T-cell receptor; (c) Introducing into said T cell(s) a chimeric antigen receptor; and (d) expanding said T-cell(s), wherein said immune checkpoint gene is selected from the group consisting of: PD1, CTLA-4, LAG3, Tim3, BTLA, BY55, TIGIT, B7H5, LAIR1, SIGLEC10, and 2B4. (a) Providing human T-cell (s) from a cell culture or from a blood sample; (b) Genetically modifying said T-cell(s) by inactivating at least: - a first gene encoding a immune checkpoint protein, and - a second gene encoding a component of the T-cell receptor; - a first gene encoding a immune checkpoint protein, and - a second gene encoding a component of the T-cell receptor; (c) Introducing into said T cell(s) a chimeric antigen receptor; and (d) expanding said T-cell(s), wherein said immune checkpoint gene is selected from the group consisting of: PD1, CTLA-4, LAG3, Tim3, BTLA, BY55, TIGIT, B7H5, LAIR1, SIGLEC10, and 2B4.
Steering column for a motor vehicle, having a steering spindle which is mounted rotatably in a casing unit, and having an interface for attaching a steering column switch which is fixed relative to the casing unit, and having a transmission element which is connected in a torque-transmitting manner to the steering spindle via a fastening means and comprises at least one actuating means which can be brought into operative engagement with the steering column switch which is attached to the interface, characterized in that the transmission element is configured in one piece together with at least one fastening means (43, 44, 45, 48) for connecting fixedly to the steering spindle so as to rotate with it.
An implantable electronic device having at least one electromagnetic field detection unit, which electromagnetic field detection unit is connected to at least one antenna and is configured to respond to electromagnetic fields that typically occur in the environment surrounding a patient outside the environment of an MRI device and are shielded in the environment of an MRI device, wherein the field detection unit is also configured to indicate the absence of such electromagnetic fields, wherein the implantable electronic device is a heart stimulator, which has a stimulation control unit and a memory unit, in which there is stored program information concerning control programs and/or control parameters controlling the function of the stimulation control unit, characterised in that the stimulation control unit is configured to select a control program or control parameters that allows/allow safe operation of the implantable electronic device in the environment of an MRI device when the field detection unit indicates the absence of electromagnetic fields that typically occur in the environment surrounding a patient outside the environment of an MRI device and are shielded in the environment of an MRI device.
A method of measuring renal physiological function of a group of kidney cells in a patient's body comprising the steps of: a) selecting a detectable agent wherein said agent is a dye capable of fluorescing at a first wavelength upon being irradiated with light of a second wavelength, said agent being selectively removed from the bloodstream by said group of kidney cells, and wherein said emission occurs in said bloodstream; b) Introducing said agent into the bloodstream of the patient, which bloodstream contacts said group of kidney cells; c) irradiating a body portion of said patient's body through which said bloodstream passes with said light of said second wavelength, causing said agent to fluoresce at said first wavelength, d) measuring said emission from a body portion through which said bloodstream passes wherein said emission being measured is fluorescence of said agent at said first wavelength; and e) determining said renal function based on measurement of said emission. a) selecting a detectable agent wherein said agent is a dye capable of fluorescing at a first wavelength upon being irradiated with light of a second wavelength, said agent being selectively removed from the bloodstream by said group of kidney cells, and wherein said emission occurs in said bloodstream; b) Introducing said agent into the bloodstream of the patient, which bloodstream contacts said group of kidney cells; c) irradiating a body portion of said patient's body through which said bloodstream passes with said light of said second wavelength, causing said agent to fluoresce at said first wavelength, d) measuring said emission from a body portion through which said bloodstream passes wherein said emission being measured is fluorescence of said agent at said first wavelength; and e) determining said renal function based on measurement of said emission.
Device for continuously sorting a particulate stream, comprising: a) a conveyor for conveying the particulate stream to a separation device, b) a sieve for separating the particulate stream according to size,wherein it further comprises c) a pre-sieve comprising elongated sieve openings, formed by fingers, located between the conveyor outlet and the sieve, characterized in that d) a mechanical impact device for providing mechanical impacts to the pre-sieve, and the fingers extend towards an end portion of the pre-sieve with the tips of the fingers not being connected in that end portion a) a conveyor for conveying the particulate stream to a separation device, b) a sieve for separating the particulate stream according to size,wherein it further comprises c) a pre-sieve comprising elongated sieve openings, formed by fingers, located between the conveyor outlet and the sieve, characterized in that d) a mechanical impact device for providing mechanical impacts to the pre-sieve, and
Metal disk intended especially for agricultural use, comprising a ductile central portion serving especially for fastening the disk to a frame, or the like, and an outer peripheral portion intended especially for working the soil and having a hardness greater than that of the central portion, characterized in that the disk furthermore has a transition zone, between the central portion and the peripheral portion, which has a hardness gradient in a radial direction and in that, at least in the central portion, a hardness gradient exists through the thickness of the disk.
A method of generating video clips from a sequence of video data for delivery and playback on demand, wherein the sequence is made up of discrete elements of video data, wherein each clip is identified by an event marker and a pre/post event ratio, the event marker defining one of the discrete elements in the sequence, and the pre/post event ratio, PPER, determines the relative proportions of the duration of the clip before the element defined by the event marker and the duration of the clip after the element defined by the event marker, characterised in that, in response to a request for video clip data, identified with reference to the event marker, the discrete elements of video data making up each clip are allocated to a sequence for transmission (step 70), different from the sequence in which they are to be played, starting with the element associated with the event marker and following in an order determined by the PPER, the order of these elements beginning with the element corresponding to the event marker and proceeding chronologically away from it with elements taken before the event marker and elements taken after the event marker based on the PPER, this order being specified in a manifest file.
Method for data transmission with a transmission bandwidth (BW K), comprising: providing a plurality of transmitters operating according to a communications standard for data transmission with a bandwidth that is higher than the transmission bandwidth (BW K); and adapting the transmitters to the transmission bandwidth (BW K); wherein adapting the transmitters includes reducing the bandwidth of the transmitters to a subrange of the transmission bandwidth (BW K) by reducing the clock rate of the transmitters; characterized in that a plurality of the adapted transmitters is allocated to different carrier frequencies in the transmission bandwidth (BW K) for parallel data transmission. providing a plurality of transmitters operating according to a communications standard for data transmission with a bandwidth that is higher than the transmission bandwidth (BW K); and adapting the transmitters to the transmission bandwidth (BW K); wherein adapting the transmitters includes reducing the bandwidth of the transmitters to a subrange of the transmission bandwidth (BW K) by reducing the clock rate of the transmitters; characterized in that a plurality of the adapted transmitters is allocated to different carrier frequencies in the transmission bandwidth (BW K) for parallel data transmission.
A method of producing collagen at a concentration of 60 mg/mL or more for use as a medical material, comprising: washing tissue of a mammal; subjecting the washed tissue to crushing and immersion in ethyl alcohol, wherein the crushed tissue of the mammal is immersed in 70% ethyl alcohol for at least 72 hr and is then reacted with pepsin for at least 72 hr in a solution titrated to a pH of 1.5 ∼ 2.5 so that a virus is inactivated and collagen is extracted; subjecting the tissue to enzymatic treatment with stirring in purified water containing phosphoric acid and pepsin; adding sodium chloride to the collagen subjected to enzymatic treatment, performing stirring, and aggregating collagen; dissolving the aggregated collagen in purified water to give a collagen solution, which is then filtered using a filter and concentrated by removing the pepsin, low-molecular-weight material and sodium chloride from the collagen solution using a tangential flow filtration device; subjecting the collagen concentrated using the tangential flow filtration device to sterile filtration, aggregating the collagen using a pH solution in a neutralization tank, and concentrating the collagen by removing a non-aggregated solution; and concentrating the concentrated collagen using a centrifuge and stirring the concentrated collagen using a mixer. washing tissue of a mammal; subjecting the washed tissue to crushing and immersion in ethyl alcohol, wherein the crushed tissue of the mammal is immersed in 70% ethyl alcohol for at least 72 hr and is then reacted with pepsin for at least 72 hr in a solution titrated to a pH of 1.5 ∼ 2.5 so that a virus is inactivated and collagen is extracted; subjecting the tissue to enzymatic treatment with stirring in purified water containing phosphoric acid and pepsin; adding sodium chloride to the collagen subjected to enzymatic treatment, performing stirring, and aggregating collagen; dissolving the aggregated collagen in purified water to give a collagen solution, which is then filtered using a filter and concentrated by removing the pepsin, low-molecular-weight material and sodium chloride from the collagen solution using a tangential flow filtration device; subjecting the collagen concentrated using the tangential flow filtration device to sterile filtration, aggregating the collagen using a pH solution in a neutralization tank, and concentrating the collagen by removing a non-aggregated solution; and concentrating the concentrated collagen using a centrifuge and stirring the concentrated collagen using a mixer.
Pressure-actuated tripping device for an electrical line protection apparatus, of the circuit breaker type, the electrical apparatus comprising an arc extinguishing chamber in which gases are generated which escape at a flow velocity, said tripping device comprising a case and comprising, inside the case: - an upstream chamber, - return means, - an inlet orifice for the gases opening onto the upstream chamber and having a predetermined cross section; - a downstream chamber; - an actuator able to rotate counter to said return means between a rest position and a trip position, said actuator being positioned between the upstream chamber and the downstream chamber and in itself partially delimiting the upstream chamber as well as the downstream chamber, characterized in that the tripping device further comprises means for recovering residual polluting particles present in the gases consisting of at least a first baffle and a second baffle which are designed to trap the particles by reducing the flow velocity of the gases, said first baffle being located in the continuation of the upstream chamber, the actuator having a first protuberance able to be inserted into the first baffle and a second protuberance able to be inserted into the second baffle, the second baffle opening onto an aperture in the downstream chamber through which a tripping end piece of the actuator emerges, the sets of protuberances (10, 11) and baffles (20, 21) being sized so that a stream of gases can flow through the baffles (20, 21); and, in the rest position, the actuator being arranged to rest on the walls defining the second baffle, such that the stream of gases then remains confined in the baffles (20, 21). - an upstream chamber, - return means, - an inlet orifice for the gases opening onto the upstream chamber and having a predetermined cross section; - a downstream chamber; - an actuator able to rotate counter to said return means between a rest position and a trip position,