mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for training a person's lower and/or upper extremities, comprising at least two motion elements which are arranged on a base element , wherein the motion elements each have an axis of rotation around which one actuating element (21-25) each can be moved, wherein the motion elements each are independently movable relative to the base element about a first axis of movement , wherein the first axis of movement extends substantially perpendicular to an extension surface of the base element, characterized in that each motion element has a separate drive in order to rotate the actuating elements (21-25) about the axis of rotation , that the apparatus includes a control element which can individually actuate each drive in order to provide for a movement of each drive independent of a movement of another drive, that the first motion element is arranged on a first base element and that the second motion element is arranged on a second base element , wherein the first motion element and the second motion element are completely separated from each other mechanically, that between the first base element and the first motion element a first intermediate element is arranged, and between the second base element and the second motion element a second intermediate element is arranged, wherein the first intermediate element is movable about the first axis of movement relative to the first base element independent of the second intermediate element and the second intermediate element is movable about the first axis of movement relative to the second base element independent of the first intermediate element , wherein the motion elements each are independently movable about a second axis of movement relative to the respective intermediate element , wherein the second axis of movement extends substantially parallel to the extension surface of the respective base element , substantially perpendicular to the first axis of movement and substantially perpendicular to the axis of rotation .
A use in a process for extruding non-ferrous metals of a lubricant release agent composition consisting of sodium phthalate selected from among monosodium phthalate or disodium phthalate, wherein the disodium phtalate is selected from among disodium orthophthalate, disodium isophtalate and disodium terephthalate.
A double stranded RNAi agent for inhibiting expression of human ketohexokinase (KHK), wherein said double stranded RNAi agent comprises a sense strand and an antisense strand forming a double stranded region, wherein said sense strand comprises any one of the nucleotide sequences of SEQ ID NOs:161, 162, 163, 164 or 165 and said antisense strand comprises any one of the nucleotide sequences of SEQ ID NOs:211, 212, 213, 214 or 215.
Screening basket for a screening bucket ; said basket comprising a first cylindrical body having a central axis and a plurality of first holes arranged longitudinally at a first given pitch (P2); a fluid-dynamic actuating unit being provided to rotate said first cylindrical body around said central axis ; said basket comprising a second cylindrical body arranged inside said first cylindrical body and coupled to said first cylindrical body ; said second cylindrical body having a plurality of second holes arranged longitudinally at a second given pitch (P2) and facing said first holes ; actuating means being associated with said first and second cylindrical bodies to move them relative to each other; characterized in that said second cylindrical body is arranged inside said first cylindrical body in a longitudinally and angularly free manner, and in that said actuating means are so designed, that the rotation of one of the first and second cylindrical bodies through said actuating means results in a change in both the reciprocal position of the first and second cylindrical bodies along the longitudinal direction parallel to said central axis and in their reciprocal position in rotational direction, wherein therefore, by means of the actuating means, one of the two cylindrical bodies is both translated and rotated with respect to the other cylindrical body .
A ceramic-sphere inspection device comprising: a rotation supporter which rotatably supports the ceramic sphere at a given position; a light projector which emits illuminating light toward a surface of the ceramic sphere; a light receiver which detects light reflected from the ceramic sphere as inspection light; and a processor which evaluates a state of an inner part of a surface layer of the ceramic sphere in response to a detection output from the light receiver, wherein the light projector includes: a light source; and a light projecting unit which guides light of the light source to the surface of the ceramic sphere as illuminating light, the light receiver includes: a light amount detecting unit; and a light receiving unit which guides the inspection light from the ceramic sphere to the light amount detecting unit, and at least one of the light projecting unit and the light receiving unit includes at a front end a contact surface which can contact the surface of the ceramic sphere, the rotation supporter can be intermittently driven; at least one of the light projecting unit and the light receiving unit can proceed and retreat to and from a surface direction of the ceramic sphere, and a contact surface at a front end of at least one of the light projecting unit and the light receiving unit closely attaches to the surface of the ceramic sphere when driving of the rotation supporter is stopped, and is detached from the surface of the ceramic sphere when the rotation supporter is driven. a rotation supporter which rotatably supports the ceramic sphere at a given position; a light projector which emits illuminating light toward a surface of the ceramic sphere; a light receiver which detects light reflected from the ceramic sphere as inspection light; and a processor which evaluates a state of an inner part of a surface layer of the ceramic sphere in response to a detection output from the light receiver, wherein the light projector includes: a light source; and a light projecting unit which guides light of the light source to the surface of the ceramic sphere as illuminating light, the light receiver includes: a light amount detecting unit; and a light receiving unit which guides the inspection light from the ceramic sphere to the light amount detecting unit, and at least one of the light projecting unit and the light receiving unit includes at a front end a contact surface which can contact the surface of the ceramic sphere, the rotation supporter can be intermittently driven; at least one of the light projecting unit and the light receiving unit can proceed and retreat to and from a surface direction of the ceramic sphere, and a contact surface at a front end of at least one of the light projecting unit and the light receiving unit closely attaches to the surface of the ceramic sphere when driving of the rotation supporter is stopped, and is detached from the surface of the ceramic sphere when the rotation supporter is driven.
A positioning device comprising: - a least squares method positioning execution unit adapted to execute least squares method positioning by using, as an observation amount in positioning calculation, n number of single difference amounts of an L1-wave pseudo-range obtained from n pieces of observation data from n number of positioning satellites and n pieces of correction data corresponding to the n pieces of observation data, wherein n is an integer of 4 or larger; - a sum-of-squares calculation unit adapted to calculate a sum of squares of n residuals obtained for each positioning satellite by executing the least squares method positioning; - a normalization unit adapted to normalize the n residuals; and - an evaluation unit adapted to discard any of the n pieces of observation data, based on evaluating the variation of the residual on the basis of an evaluation on the sum of squares calculated by the sum-of-squares calculation unit and on evaluating the amount of individual residual on the basis of an evaluation on the n residuals normalized by the normalization unit, characterized in that the evaluation unit is adapted to compare, for each positioning satellite, a pseudo-range double difference residual with a fifth threshold and is adapted to discard observation data from a positioning satellite with the pseudo-range double difference residual exceeding the fifth threshold. - a least squares method positioning execution unit adapted to execute least squares method positioning by using, as an observation amount in positioning calculation, n number of single difference amounts of an L1-wave pseudo-range obtained from n pieces of observation data from n number of positioning satellites and n pieces of correction data corresponding to the n pieces of observation data, wherein n is an integer of 4 or larger; - a sum-of-squares calculation unit adapted to calculate a sum of squares of n residuals obtained for each positioning satellite by executing the least squares method positioning; - a normalization unit adapted to normalize the n residuals; and - an evaluation unit adapted to discard any of the n pieces of observation data, based on evaluating the variation of the residual on the basis of an evaluation on the sum of squares calculated by the sum-of-squares calculation unit and on evaluating the amount of individual residual on the basis of an evaluation on the n residuals normalized by the normalization unit,
Barrel arrangement comprising a barrel for storing liquids and a sensor module for determining the filling level of the barrel when filled with a liquid, wherein the sensor module is connected to the barrel and comprises a sensor housing , a sensor receiving portion arranged in the sensor housing , and a laser sensor received within the sensor receiving portion , wherein the laser sensor faces an interior of the barrel , characterized in that the sensor module is turned in a venting opening of the barrel that is present in the barrel by default, wherein the sensor module comprises at least one bore through which air can flow from a first side of the sensor module to a second side of the sensor module so that air can penetrate the sensor module and can flow from an outside of the barrel arrangement to an interior of the barrel to allow that liquid can be drawn from the barrel and air can flow into the barrel in order to replace the withdrawn liquid.
Device for use in diagnosing skin and/or scalp conditions comprising a viewing port , illumination units, wherein each illumination unit comprises - an emitter for radiating a light beam comprising a carrier on which UV radiating LEDs are mounted; and - an optical member comprising a reflector for directing and widening the light beam radiated from the emitter , wherein each reflector of the illumination units comprises a light diffusing element for diffusing the light beam, wherein the light diffusing element comprises a structure spread over a surface of the optical member to direct the emitted rays towards the surface under observation with a wide beam and in this way minimize the formation of shadows and shading patterns, wherein the device further comprises a light shield to block off environmental light such that diagnosing can be based on observations as a result of the light propagating in the beam. - an emitter for radiating a light beam comprising a carrier on which UV radiating LEDs are mounted; and - an optical member comprising a reflector for directing and widening the light beam radiated from the emitter ,
An ankle-foot orthosis (1; 100; 200) for providing support for a user's foot drop, comprising - a substantially L-shaped lower leg shell comprising an elongate lower leg support configured to be placed against a rear side of a user's lower leg and an elongate foot support configured to support at least part of the underside of the metatarsus, which lower leg support and foot support are oriented at an adjustable angle α relative to each other, characterized in that the ankle-foot orthosis further comprises - heel fixing means (23, 25; 123, 125) configured to position and/or orient a user's heel in the lower leg support, - a plantar flexion limiting device which is at least configured to make a smooth foot strike of a user's foot supported by the ankle-foot orthosis possible and which comprises substantially non-elastic plantar flexion limiting means (25; 125; 225) and substantially elastic plantar flexion limiting means (23; 123), wherein the non-elastic plantar flexion limiting means are configured to impede the angle α exceeding an angle value α 2 which is set between 80° and 100° and wherein the elastic plantar flexion limiting means are configured to effect a dynamic return of the user's foot to an angle α substantially equal to the angle value α 2 when the angle α exceeds the angle value α 2 . - a substantially L-shaped lower leg shell comprising an elongate lower leg support configured to be placed against a rear side of a user's lower leg and an elongate foot support configured to support at least part of the underside of the metatarsus, which lower leg support and foot support are oriented at an adjustable angle α relative to each other, characterized in that the ankle-foot orthosis further comprises - heel fixing means (23, 25; 123, 125) configured to position and/or orient a user's heel in the lower leg support, - a plantar flexion limiting device which is at least configured to make a smooth foot strike of a user's foot supported by the ankle-foot orthosis possible and which comprises substantially non-elastic plantar flexion limiting means (25; 125; 225) and substantially elastic plantar flexion limiting means (23; 123), wherein the non-elastic plantar flexion limiting means are configured to impede the angle α exceeding an angle value α 2 which is set between 80° and 100° and wherein the elastic plantar flexion limiting means are configured to effect a dynamic return of the user's foot to an angle α substantially equal to the angle value α 2 when the angle α exceeds the angle value α 2 .
A safe stereo camera for monitoring a monitoring area , wherein safe means that all functionally essential components are fail-safe according to a specified safety level or their malfunction is detected, wherein the stereo camera comprises at least a first image sensor for taking a first two-dimensional image and a second image sensor for taking a second two-dimensional image of the monitoring area from a perspective offset from each other, a stereoscopy unit for generating a depth map from two-dimensional images according to the stereoscopic principle, an evaluation unit for processing depth maps and a test unit for testing the operability of the image sensors (16a-b) by detecting address decoder errors and further errors of the image sensors, wherein the evaluation unit is configured to detect the background of the monitored area in advance in a teach-in phase and thus to generate a reference depth map of the monitoring area and to compare a detected depth map with the reference depth map during operation, characterized in that the test unit is configured to determine a statistical measure of deviations of pixels of the depth map from the reference map and to detect an address decoder error and further errors in an image sensor (16a-b) on the basis of a deviation of the statistical measure from a reference value.
An intermediate part designed to be placed in the case of a cartridge so as to separate the explosive charge from the shot , said intermediate part being characterized in that it comprises a cylindrical sleeve of outside diameter adapted to being slidably inserted into the case of the cartridge , said sleeve having a front portion that has an open end, and that is suitable for containing said shot, and a rear portion that contains a cylindrical wad characterized in that the rear face of said wad flush with the end of the rear portion of the sleeve , at least 95% by weight of said intermediate part being constituted by biodegradable or decomposable materials.
Vehicle powertrain, said power train comprising an electric motive machine (ME) suspended from a beam (TS), said cross member (TS) comprises i) a main part (PP) made of a rigid plastic material and comprising two ends (Ej) opposed, characterized in that said cross member further comprises : ii) two inserts main (IPj) realized s in e metallic material, integrated respectively in said ends (Ej) and comprising each of first holes (T1) participating in synchr e of said cross-member (TS) to the structural elements (ES 1, ES2) of said vehicle and a central recess (EC) in which is fixedly installed a filter part (FP) which is coupled to a portion of said drive electric machine (EM) and filtering of es vibrations induced by the latter (ME).
Sound waves absorbing laminate composite material structure for an aircraft structure, the laminate composite material structure comprising at least three stacked plies of an hybrid composite material , each hybrid composite material ply comprising a combination of: - a plurality of first tows arranged parallel to a warp direction ( d warp ) , wherein each first tow has a first width W 1 , - a plurality of second tows arranged parallel to a weft direction ( d weft ), wherein each second tow has a third width W 3 , and - a plurality of sound waves absorbent material tows arranged parallel to the warp direction ( d warp ) , wherein each sound waves absorbent material tow has a second width W 2 , wherein the first and second tows are tows of carbon fiber reinforcing polymer (CFRP) or glass fiber reinforcing polymer (GFRP); and the first and second plurality of tows and the plurality of sound waves absorbent material tows are arranged intertwined between them forming a pattern for each hybrid material ply , making the sound waves absorbing laminate composite material structure achieves an improved absorbing level of sound waves for wavelength λ complying with the formula λ < 2 × W 2 + W 1 wherein the sound waves absorbent material is: a pure insulation material comprising tows of an elastomeric material, or a reinforced insulation material comprising tows of an elastomeric material and a reinforcement carrier embedded in the elastomeric material. - a plurality of first tows arranged parallel to a warp direction ( d warp ) , wherein each first tow has a first width W 1 , - a plurality of second tows arranged parallel to a weft direction ( d weft ), wherein each second tow has a third width W 3 , and - a plurality of sound waves absorbent material tows arranged parallel to the warp direction ( d warp ) , wherein each sound waves absorbent material tow has a second width W 2 , the first and second tows are tows of carbon fiber reinforcing polymer (CFRP) or glass fiber reinforcing polymer (GFRP); and the first and second plurality of tows and the plurality of sound waves absorbent material tows are arranged intertwined between them forming a pattern for each hybrid material ply , making the sound waves absorbing laminate composite material structure achieves an improved absorbing level of sound waves for wavelength λ complying with the formula λ < 2 × W 2 + W 1 a pure insulation material comprising tows of an elastomeric material, or a reinforced insulation material comprising tows of an elastomeric material and a reinforcement carrier embedded in the elastomeric material.
A method for enablement of a disabled profile or a third party application associated with the disabled profile on a device (110; 610), the method comprising, at the device (110; 610): receiving (330; 430; 530), at an identity module (112; 320; 420; 520; 632) on the device (110; 610), a request to enable the disabled profile or the third party application; obtaining (342; 442, 452; 544), from each profile (230; 324; 424, 426; 524) on the device that is currently active, a respective policy; obtaining (334; 434; 534), from the disabled profile (240; 326; 428; 526), a policy for the disabled profile; evaluating each respective policy of each profile (230; 324; 424, 426; 524) on the device that is currently active; evaluating the policy for the disabled profile (240; 326; 428; 526); determining, based on a comparison of the respective policies obtained from the active profiles and of the policy for the disabled profile, whether the disabled profile or third party application can be enabled; and providing (350; 460; 550) a response to the request to enable the disabled profile based on the determining; wherein the policy for the disabled profile and the respective policies for the active profiles determine when profiles or third party applications may be enabled. receiving (330; 430; 530), at an identity module (112; 320; 420; 520; 632) on the device (110; 610), a request to enable the disabled profile or the third party application; obtaining (342; 442, 452; 544), from each profile (230; 324; 424, 426; 524) on the device that is currently active, a respective policy; obtaining (334; 434; 534), from the disabled profile (240; 326; 428; 526), a policy for the disabled profile; evaluating each respective policy of each profile (230; 324; 424, 426; 524) on the device that is currently active; evaluating the policy for the disabled profile (240; 326; 428; 526); determining, based on a comparison of the respective policies obtained from the active profiles and of the policy for the disabled profile, whether the disabled profile or third party application can be enabled; and providing (350; 460; 550) a response to the request to enable the disabled profile based on the determining; wherein the policy for the disabled profile and the respective policies for the active profiles determine when profiles or third party applications may be enabled.
An anomaly detection electronic control unit that performs anomaly detection processing and that is connected to a network which a plurality of electronic control units use for communication, the anomaly detection electronic control unit comprising: an anomaly detection processing unit that performs anomaly detection processing regarding a data frame; an anomaly detection processing requesting unit that decides an anomaly detection processing timing; characterized in that the anomaly detection processing requesting unit decides the anomaly detection processing timing when receiving the data frame, the anomaly detection processing timing being a reception timing of one or multiple fields in the data frame; and the anomaly detection processing unit performs anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit . an anomaly detection processing unit that performs anomaly detection processing regarding a data frame; an anomaly detection processing requesting unit that decides an anomaly detection processing timing; characterized in that the anomaly detection processing requesting unit decides the anomaly detection processing timing when receiving the data frame, the anomaly detection processing timing being a reception timing of one or multiple fields in the data frame; and the anomaly detection processing unit performs anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit .