mhurhangee/ep-ind-claims huggingface dataset:
A valve closure for a piston compressor valve, comprising a valve seat having a plurality of passage openings, comprising a shaft having a rotation axis, and comprising a closing element for opening and closing the passage openings which is rotatable about the rotation axis of the shaft, wherein the valve seat comprises a planar end side into which the passage openings open, wherein the valve seat has a center, and wherein the passage openings run radially to the center, wherein the rotation axis runs perpendicular to the end side and through the center, characterized in that the closing element is designed in one piece, that the closing element is fixedly connected to the shaft, that the closing element has a center point and a plurality of closing arms that run radially to the center point, that the shaft is mounted in the valve seat in such a manner that the shaft is rotatable about the rotation axis as well as displaceable in the profile direction of the rotation axis, that each closing arm has a sealing face that is aligned toward the end side, and that the closing arms are configured so as to be substantially complementary to the passage openings as a function of the rotation of the closing element which closes or opens the passage openings by way of the sealing faces.
A method for shaping a glass sheet (106, 206) comprising the steps: i. heating the glass sheet to a temperature suitable for shaping; ii. depositing the glass sheet on a first bending tool (112, 212) for supporting the glass sheet thereon, the glass sheet being in a first position relative to the first bending tool; iii. contacting an edge portion of the glass sheet such that the glass sheet is moved to a second position relative to the first bending tool; and iv. shaping the glass sheet on the first bending tool. i. heating the glass sheet to a temperature suitable for shaping; ii. depositing the glass sheet on a first bending tool (112, 212) for supporting the glass sheet thereon, the glass sheet being in a first position relative to the first bending tool; iii. contacting an edge portion of the glass sheet such that the glass sheet is moved to a second position relative to the first bending tool; and iv. shaping the glass sheet on the first bending tool.
A light emitting device, comprising: a light emitting structure including a first conductive semiconductor layer, an active layer disposed under the first conductive semiconductor layer, and a second conductive semiconductor layer disposed under the active layer; a trench formed in a main surface of the second conductive semiconductor layer of the light emitting structure; a current barrier layer in the trench and configured to hinder current supply to the active layer at a portion where the trench is located and to block the active layer over the trench from emitting light; and a first electrode on the first conductive semiconductor layer above the portion where the trench is located, characterised in further comprising a roughness on a portion of the light emitting structure exposed by the trench. a light emitting structure including a first conductive semiconductor layer, an active layer disposed under the first conductive semiconductor layer, and a second conductive semiconductor layer disposed under the active layer; a trench formed in a main surface of the second conductive semiconductor layer of the light emitting structure; a current barrier layer in the trench and configured to hinder current supply to the active layer at a portion where the trench is located and to block the active layer over the trench from emitting light; and a first electrode on the first conductive semiconductor layer above the portion where the trench is located,
A method of operating an Open Radio Access Network, O-RAN, having an O-RAN radio unit, O-RU, and an O-RU controller, comprising: sending, from said O-RU to said O-RU controller, a message informing that said O-RU supports features including a) a plurality of delay management profiles, and b) a plurality of transmission window sizes; and sending, from said O-RU to said O-RU controller, a report of capabilities of said O-RU, wherein said report comprises parameters including a) a quantity of supported delay management profiles, b) supported window sizes for each of said plurality of delay management profiles, and c) a supported window offset for each of said plurality of delay management profiles; wherein said O-RU controller configures said O-RU based on said features and said parameters. sending, from said O-RU to said O-RU controller, a message informing that said O-RU supports features including a) a plurality of delay management profiles, and b) a plurality of transmission window sizes; and sending, from said O-RU to said O-RU controller, a report of capabilities of said O-RU, wherein said report comprises parameters including a) a quantity of supported delay management profiles, b) supported window sizes for each of said plurality of delay management profiles, and c) a supported window offset for each of said plurality of delay management profiles; wherein said O-RU controller configures said O-RU based on said features and said parameters.
A battery module, comprising: a plurality of aligned battery cells, each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case and a gas exhaust vent; a cooling gas inlet for supplying cooling gas into the battery module; and a cooling gas valve disposed in the cooling gas inlet, wherein the battery case of a battery cell is configured to bulge before gas is exhausted through the gas exhaust vent in an abnormal operation condition of the battery cell, wherein a first side wall of the cooling gas inlet is configured to be deformed in response to a bulged battery case, and wherein the cooling gas valve is configured to be closed by the deformed side wall of the cooling gas inlet. a plurality of aligned battery cells, each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case and a gas exhaust vent; a cooling gas inlet for supplying cooling gas into the battery module; and a cooling gas valve disposed in the cooling gas inlet, wherein the battery case of a battery cell is configured to bulge before gas is exhausted through the gas exhaust vent in an abnormal operation condition of the battery cell, wherein a first side wall of the cooling gas inlet is configured to be deformed in response to a bulged battery case, and wherein the cooling gas valve is configured to be closed by the deformed side wall of the cooling gas inlet.
Method of applying liquid or pasty substances, particularly a wax or sealant, for example of polyurethane, onto or into bodywork components of a vehicle, comprising the steps of: - conveying the substance in the direction of a substance delivery device by way of conveying device; - delivering the substance from an outlet nozzle of the substance delivery device; and - monitoring a liquid jet issuing from the outlet nozzle of the substance delivery device; characterised in that the liquid jet is recorded by at least one camera, wherein the said camera records the liquid jet with use of optical reflection and/or refraction devices from at least two different perspectives. - conveying the substance in the direction of a substance delivery device by way of conveying device; - delivering the substance from an outlet nozzle of the substance delivery device; and - monitoring a liquid jet issuing from the outlet nozzle of the substance delivery device;
Bracket for roof equipment including rack pipes, the bracket being configured to be upstanding in operation and including an engagement portion at a lowermost end of the bracket for engagement with a roof, a fastening portion for fastening said roof equipment, said fastening portion extending upwards from the engaging portion in operation and including an upper hole, the bracket further including an intermediate deformation portion for receiving excessive loads acting on the fastening portion by deformation, wherein the bracket is made of bent plate metal material in one piece, characterized in - that the deformation portion includes a first yielding zone, which is adapted to yield at a first loading level in order to allow lowering of the fastening portion in a direction against a general plane of roof engagement of the bracket, - that the deformation portion includes a second yielding zone (4,4',4"), which is adapted to take up loads exceeding the first load level by deformation, and - that the first yielding zone is comprised of a metal bridge with a thickness and a width being such that it tears apart at the first load level, wherein the first yielding zone is limited by at least one hole and the outer contour of the bracket, which outer contour of the bracket in connection with the first yielding zone includes a weakening cut-out in the material of the bracket. - that the deformation portion includes a first yielding zone, which is adapted to yield at a first loading level in order to allow lowering of the fastening portion in a direction against a general plane of roof engagement of the bracket, - that the deformation portion includes a second yielding zone (4,4',4"), which is adapted to take up loads exceeding the first load level by deformation, and - that the first yielding zone is comprised of a metal bridge with a thickness and a width being such that it tears apart at the first load level, wherein the first yielding zone is limited by at least one hole and the outer contour of the bracket, which outer contour of the bracket in connection with the first yielding zone includes a weakening cut-out in the material of the bracket.
Arrangement for non-contact determination of the orientation and positioning of at least one housing and / or for non-contact energy transmission into the housing, with the housing in which a magnetic body is mounted in a capsule in a freely movable manner in at least one dimension, wherein die movement of the magnetic body is thereby independent of and separate from the movement of the housing which is rigidly connected with the capsule, characterized by at least one permanent magnet being movable in a defined manner, wherein the magnetic body having a magnetic moment is arranged in the primary magnetic field of the at least one permanent magnet and has a secondary magnetic field extending from the magnetic body, wherein changes in the alignment of the secondary magnetic field are caused by a movement of the primary magnetic field relative to the magnetic body, and thereby the magnetic body is moved in a defined manner, and further characterized in that the capsule is provided with a coil arrangement (23, 24, 25) having a three-dimensional effect, which is fastened to the capsule.
Comminution tool for a comminution device comprising a rotor-stator system or a rotor-rotor system, wherein the first end of the comminution tool (1; 10; 20) forms a bearing zone (2; 11; 21) for its attachment to the rotor and the opposite second end forms a grinding zone (3; 13; 23) having at least one active edge (4; 14; 24), characterized in that at a pitch from the at least one active edge (4; 14; 24) on the outer circumference of the comminution tool (1; 10; 20) at least one reference surface (5; 15; 25) is arranged, wherein the distance (A 0, A 1) for at least one active edge (4; 14; 24) determines the degree of deterioration and the reference surface (5; 15; 25) extends in a direction transverse to the pitch direction.
An ultrasound image processing apparatus comprising an image processor arrangement adapted to: receive a plurality of ultrasound images, each ultrasound image imaging an invasive medical device relative to an anatomical feature of interest during a particular phase of a cardiac cycle, said anatomical feature of interest having a different shape at different phases of the cardiac cycle, the plurality of ultrasound images covering at least two cardiac cycles during which the invasive medical device is displaced relative to the anatomical feature of interest; compile a plurality of groups of the ultrasound images, wherein the ultrasound images in each group belong to the same phase of said cardiac cycles; and for each group: determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device. receive a plurality of ultrasound images, each ultrasound image imaging an invasive medical device relative to an anatomical feature of interest during a particular phase of a cardiac cycle, said anatomical feature of interest having a different shape at different phases of the cardiac cycle, the plurality of ultrasound images covering at least two cardiac cycles during which the invasive medical device is displaced relative to the anatomical feature of interest; compile a plurality of groups of the ultrasound images, wherein the ultrasound images in each group belong to the same phase of said cardiac cycles; and for each group: determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device. determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device.
Strain relief for an electrical cable, having a base part fixed to a housing with a cable receptacle for the electrical cable and a clamping part spanning the cable receptacle on the base part in a bridge-like manner, wherein the clamping part can be connected to the base part by means of a latching mechanism to clamp down the electrical cable and wherein the latching mechanism is embodied by teeth on the base part and on the clamping part, wherein the teeth of the base part are arranged facing outwards on opposing arms in each case and the teeth of the clamping part are arranged facing inwards on opposing clamping bars, characterised in that each of the teeth on the arms of the base part is assigned a guide bar, to which a guide receptacle (44, 46) embodied on the clamping part is guided in each case.
A composition comprising a quantum dot fluorescent body which is dispersed in a concentration range of 0.01% by mass to 20% by mass in a cycloolefin (co)polymer, wherein the surface of the quantum dot fluorescent body is coated with an organic passivating layer formed by a capping agent, and wherein the capping agent has an aliphatic hydrocarbon group which has a linear or branched structure with 4 to 20 carbon atoms.
An inoculant for the manufacture of cast iron with spheroidal graphite, said inoculant comprises a particulate ferrosilicon alloy consisting of between 40 and 80 % by weight of Si; 0.02-8 % by weight of Ca; 0-5 % by weight of Sr; 0-12 % by weight of Ba; 0-15 % by weight of rare earth metal; 0-5 % by weight of Mg; 0.05-5 % by weight of Al; 0-10 % by weight of Mn; 0-10 % by weight of Ti; 0-10 % by weight of Zr; wherein said inoculant additionally contains, by weight, based on the total weight of inoculant: 0.1 to 15 % of particulate Sb 2 O 3, and at least one of from 0.1 and 15 % of particulate Bi 2 O 3, between 0.1 and 5 % of one or more of particulate Fe 3 O 4, Fe 2 O 3, FeO, or a mixture thereof, or between 0.1 and 5 % of one or more of particulate FeS, FeS 2, Fe 3 S 4, or a mixture thereof. the balance being Fe and incidental impurities in ordinary amount. 0.02-8 % by weight of Ca; 0-5 % by weight of Sr; 0-12 % by weight of Ba; 0-15 % by weight of rare earth metal; 0-5 % by weight of Mg; 0.05-5 % by weight of Al; 0-10 % by weight of Mn; 0-10 % by weight of Ti; 0-10 % by weight of Zr; wherein said inoculant additionally contains, by weight, based on the total weight of inoculant: 0.1 to 15 % of particulate Sb 2 O 3, and at least one of from 0.1 and 15 % of particulate Bi 2 O 3, between 0.1 and 5 % of one or more of particulate Fe 3 O 4, Fe 2 O 3, FeO, or a mixture thereof, or between 0.1 and 5 % of one or more of particulate FeS, FeS 2, Fe 3 S 4, or a mixture thereof. the balance being Fe and incidental impurities in ordinary amount.
A capacitive control system, in particular a steering wheel column integrated module of an automotive vehicle, comprising a support, at least one rotational control element (3, 4) disposed displaceably for a user, wherein the support provides guidance for said at least one rotational control element (3, 4), wherein at least one shaped metal piece is disposed between the support and said at least one rotational control element (3, 4), wherein said piece comprises a plurality of metal, deformable arms (83a-83d) along a first direction of said piece and cooperating with said at least one rotational control element (3, 4), wherein each of the arms (83a-83d) is provided with a first capacitive activating region (81a-81d) adjacent to and facing a second capacitive activating region (71a-71d) and disposed beneath and cooperating with said control element (3, 4), wherein a displacement of said at least one rotational control element (3, 4) results in a change of the distance and thus electrical capacitance between the first (81a-81d) and the second (71a-71d) capacitive activating regions, wherein said metal, deformable arms (83a-83d) are haptically engaged with said at least one rotational control element (3, 4), wherein said haptical engagement is provided by a shaped projection (82a-82d) or recess of the arm cooperating with at least one internal recess (32, 42) or projection of said at least one rotational control element (3, 4), wherein in a first position said shaped projection (82a-82d) or recess of said arm is located within said internal recess (32, 42) or projection of said at least one rotational control element (3, 4), so that a distance between the first capacitive activating region of said arm and the second capacitive activating region is larger than a distance corresponding to a position where said shaped projection (82a-82d) or recess of said arm is outside of said internal recess (32, 42) or projection of said at least one rotational control element (3, 4), and wherein the distance between the first (81a-81d) and the second (71a-71d) capacitive activating regions remains greater than zero. wherein said metal, deformable arms (83a-83d) are haptically engaged with said at least one rotational control element (3, 4), wherein said haptical engagement is provided by a shaped projection (82a-82d) or recess of the arm cooperating with at least one internal recess (32, 42) or projection of said at least one rotational control element (3, 4), wherein in a first position said shaped projection (82a-82d) or recess of said arm is located within said internal recess (32, 42) or projection of said at least one rotational control element (3, 4), so that a distance between the first capacitive activating region of said arm and the second capacitive activating region is larger than a distance corresponding to a position where said shaped projection (82a-82d) or recess of said arm is outside of said internal recess (32, 42) or projection of said at least one rotational control element (3, 4), and wherein the distance between the first (81a-81d) and the second (71a-71d) capacitive activating regions remains greater than zero.
A method for providing an enhanced representation of bronchial airways (31, 35, 35a, 35b, 37a, 37b) of a subject comprising: obtaining a representation of the bronchial airways of a subject that identifies spatial coordinates of termini of airways (34, 34a, 34b, 36, 36a, 36b) where the airways continue in the subject, but continuations of the airways are not included in the bronchial airways representation; obtaining a representation of a vascular network corresponding to the bronchial airways of the subject; identifying a vessel portion (45, 47) in the vascular network representation that corresponds to an unrepresented airway portion between first and second identified termini of airways in the bronchial airways representation; and producing an enhanced bronchial airways representation that reflects an airway extending between the first and second termini. obtaining a representation of the bronchial airways of a subject that identifies spatial coordinates of termini of airways (34, 34a, 34b, 36, 36a, 36b) where the airways continue in the subject, but continuations of the airways are not included in the bronchial airways representation; obtaining a representation of a vascular network corresponding to the bronchial airways of the subject; identifying a vessel portion (45, 47) in the vascular network representation that corresponds to an unrepresented airway portion between first and second identified termini of airways in the bronchial airways representation; and producing an enhanced bronchial airways representation that reflects an airway extending between the first and second termini.
A processor device comprising: an image acquisition unit adapted to acquire plural color images (91, 93) from an image sensor which images an observation target by using illumination light, an exposure amount control portion adapted to control an exposure amount in a case where the image acquisition unit obtains the plural color images, by using some color images of the plural color images; a region detection unit adapted to detect a region to be used for control of an exposure amount from the plural color images, wherein the exposure amount control portion is adapted to control the exposure amount by using the region detected by the region detection unit, characterized in that the exposure amount control portion is further adapted to control the exposure amount by using a color image in which a change of a pixel value is smallest in a case where an angle of view is changed among the plural color images. an image acquisition unit adapted to acquire plural color images (91, 93) from an image sensor which images an observation target by using illumination light, an exposure amount control portion adapted to control an exposure amount in a case where the image acquisition unit obtains the plural color images, by using some color images of the plural color images; a region detection unit adapted to detect a region to be used for control of an exposure amount from the plural color images, wherein the exposure amount control portion is adapted to control the exposure amount by using the region detected by the region detection unit, characterized in that the exposure amount control portion is further adapted to control the exposure amount by using a color image in which a change of a pixel value is smallest in a case where an angle of view is changed among the plural color images.