mhurhangee/ep-ind-claims huggingface dataset:
Disc brake for a commercial vehicle, with - a brake calliper overlapping an onboard brake disc, said calliper being retained on a stationary brake carrier, - wherein the brake carrier has at least one brake pad slot, in particular two brake pad slots, each delimited by lateral brake carrier lugs on each side, - in which or in each of which a brake pad is arranged which can be inserted in an insert direction into the brake pad slot(s), - wherein, in each case, at least one dimensionally stable locking element is provided as an abutment against the insert direction of the brake pad or brake pads, - said locking element(s) being supported on the brake pad or brake pads or on the brake carrier and being retained on the brake carrier or on the brake pad or brake pads, characterised in that the locking element is formed as a locking pin, with a slotted guide in which a sliding block is guided, wherein the locking pin is retained on a pad carrier plate of the brake pad and engages in a recess of the brake carrier lug and wherein the locking pin is mounted so that it can be moved and/or can be rotated. - a brake calliper overlapping an onboard brake disc, said calliper being retained on a stationary brake carrier, - wherein the brake carrier has at least one brake pad slot, in particular two brake pad slots, each delimited by lateral brake carrier lugs on each side, - in which or in each of which a brake pad is arranged which can be inserted in an insert direction into the brake pad slot(s), - wherein, in each case, at least one dimensionally stable locking element is provided as an abutment against the insert direction of the brake pad or brake pads, - said locking element(s) being supported on the brake pad or brake pads or on the brake carrier and being retained on the brake carrier or on the brake pad or brake pads,
A beta-titanium alloy, comprising: between 16 at.% and 20 at.% hafnium, zirconium, or a combination thereof, wherein the alloy includes at least 1 at.% hafnium; between 8 at.% and 17 at.% niobium; between 0.25 at.% and 6 at.% tin; and balance titanium and impurities, including less than 0.05 wt.% nickel, wherein the alloy exhibits superelastic behavior with an isothermally recoverable strain of at least 3.5%, wherein the isothermally recoverable strain is recoverable strain observable in a substantially constant ambient temperature, without external heating or cooling of the work piece, wherein the ambient temperature may vary by an amount of plus-or-minus 3°C from the nominal temperature at the start of the stain recovery during isothermal strain recovery and wherein ambient temperature is either room temperature, defined as 20-30 °C, or body temperature, defined as 36.4-37.2°C, and wherein the alloy is formed into a shape set component, in which the alloy is constrained to a desired shape and thermally processed to retain the desired shape. between 16 at.% and 20 at.% hafnium, zirconium, or a combination thereof, wherein the alloy includes at least 1 at.% hafnium; between 8 at.% and 17 at.% niobium; between 0.25 at.% and 6 at.% tin; and balance titanium and impurities, including less than 0.05 wt.% nickel, wherein the alloy exhibits superelastic behavior with an isothermally recoverable strain of at least 3.5%, wherein the isothermally recoverable strain is recoverable strain observable in a substantially constant ambient temperature, without external heating or cooling of the work piece, wherein the ambient temperature may vary by an amount of plus-or-minus 3°C from the nominal temperature at the start of the stain recovery during isothermal strain recovery and wherein ambient temperature is either room temperature, defined as 20-30 °C, or body temperature, defined as 36.4-37.2°C, and wherein the alloy is formed into a shape set component, in which the alloy is constrained to a desired shape and thermally processed to retain the desired shape.
A computer-implemented method for classifying a plurality of data items, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: automatically background scanning a data set to detect a plurality of candidate sensitive data items; for each of at least some of the plurality of candidate sensitive data items, determining based on a policy that the candidate sensitive data item is of unknown sensitivity; for each of at least some of the candidate sensitive data items that is of unknown sensitivity, applying dissolvable encryption to the corresponding data item to at least temporarily protect the data item, wherein dissolvable encryption is an encryption that can be undone with an authorization of an authorized user; for each of at least some of the plurality of candidate sensitive data items, classifying the candidate data item as sensitive; and for each of the least some of the candidate sensitive data items classified as sensitive, applying non-dissolvable encryption to the corresponding data item. automatically background scanning a data set to detect a plurality of candidate sensitive data items; for each of at least some of the plurality of candidate sensitive data items, determining based on a policy that the candidate sensitive data item is of unknown sensitivity; for each of at least some of the candidate sensitive data items that is of unknown sensitivity, applying dissolvable encryption to the corresponding data item to at least temporarily protect the data item, wherein dissolvable encryption is an encryption that can be undone with an authorization of an authorized user; for each of at least some of the plurality of candidate sensitive data items, classifying the candidate data item as sensitive; and for each of the least some of the candidate sensitive data items classified as sensitive, applying non-dissolvable encryption to the corresponding data item.
A method for providing depth perception to a two-dimensional representation of a given three-dimensional object within a 2D non-visible spectrum image of a scene, the method comprising: capturing the 2D non-visible spectrum image at a capture time, by at least one non-visible spectrum sensor; obtaining 3D data regarding the given 3D object independently of the 2D non-visible spectrum image; generating one or more depth cues based on the 3D data and a position and orientation of the non-visible spectrum sensor at the capture time; applying the depth cues on the 2D representation to generate a depth perception image that provides the depth perception to the 2D representation; and displaying the depth perception image. capturing the 2D non-visible spectrum image at a capture time, by at least one non-visible spectrum sensor; obtaining 3D data regarding the given 3D object independently of the 2D non-visible spectrum image; generating one or more depth cues based on the 3D data and a position and orientation of the non-visible spectrum sensor at the capture time; applying the depth cues on the 2D representation to generate a depth perception image that provides the depth perception to the 2D representation; and displaying the depth perception image.
A method for controlling a power allocation in a base station of a cell in a cellular communications network across a plurality of sub-bands, the method comprising the steps of: determining whether a first performance achieved by the cell exceeds a first threshold value; and allocating a total transmit power across the sub-bands according to whether the first performance achieved by the cell exceeds the first threshold value (608, 614); characterised in that the method further comprises: adapting the total transmit power based on a second performance achieved by the cell (606, 612), wherein the second performance is determined over a shorter time period than the first performance. determining whether a first performance achieved by the cell exceeds a first threshold value; and allocating a total transmit power across the sub-bands according to whether the first performance achieved by the cell exceeds the first threshold value (608, 614); characterised in that the method further comprises: adapting the total transmit power based on a second performance achieved by the cell (606, 612), wherein the second performance is determined over a shorter time period than the first performance. adapting the total transmit power based on a second performance achieved by the cell (606, 612), wherein the second performance is determined over a shorter time period than the first performance.
A combination of an injection port for injecting fluids into a body and an applicator, said port comprising: a. a housing for placement beneath the skin of the body, said housing including means for receiving a needle, said housing including a flange extending outwardly from a distal end of said housing; and b. at least one retention member (116, 116a) integrally attached to said housing, wherein said at least one retention member is rotatably positioned on said flange, said at least one retention member comprising an arcuate portion terminating in a tip configured for penetrating the tissue, said at least one retention member having an undeployed state when disposed in a first position relative to said housing and a deployed state in which said arcuate portion of said retention member engages tissue adjacent said housing when disposed in a second position relative to said housing, wherein said at least one retention member is configured to rotate about a respective axis that extends in a radial direction as said retention member moves from said first position to said second position, and said applicator comprising a shaft and a distal end, said distal end having a side wall defining a cavity configured to receive said injection port while an end of said side wall is in contact with said flange, wherein said side wall of the distal end of the applicator comprises at least one circumferentially spaced opening sized and spaced to align with and to receive the at least one retention member (116, 116a) when said retention member is in said undeployed state, each opening having an edge that can be urged against a respective retention member such that rotation of said shaft causes said edge of said opening contacts the respective retention member which in turn moves said at least one retention member from said first position to said second position. a. a housing for placement beneath the skin of the body, said housing including means for receiving a needle, said housing including a flange extending outwardly from a distal end of said housing; and b. at least one retention member (116, 116a) integrally attached to said housing, wherein said at least one retention member is rotatably positioned on said flange, said at least one retention member comprising an arcuate portion terminating in a tip configured for penetrating the tissue, said at least one retention member having an undeployed state when disposed in a first position relative to said housing and a deployed state in which said arcuate portion of said retention member engages tissue adjacent said housing when disposed in a second position relative to said housing, wherein said at least one retention member is configured to rotate about a respective axis that extends in a radial direction as said retention member moves from said first position to said second position, and
A fluorinated elastic copolymer characterized by having iodine atoms and also having structural units based on the following monomer (a), structural units based on the following monomer (b) and structural units based on the following monomer (c): Monomer (a): at least one member selected from the group consisting of tetrafluoroethylene, hexafluoropropylene, vinylidene fluoride, chlorotrifluoroethylene and a perfluoro(alkyl vinyl ether), Monomer (b): at least one member selected from compounds represented by the following formula, CR 1 R 2 =CR 3 -R 4 -CR 5 =CR 6 R 7 (wherein R 1, R 2, R 3, R 5, R 6 and R 7 are each independently a hydrogen atom, a fluorine atom or a methyl group, and R 4 is a C 1-10 perfluoroalkylene group or such a perfluoroalkylene group having an etheric oxygen atom at one or each of its both terminals or between carbon-carbon bond atoms), Monomer (c): at least one member selected from the group consisting of ethylene and propylene. Monomer (a): at least one member selected from the group consisting of tetrafluoroethylene, hexafluoropropylene, vinylidene fluoride, chlorotrifluoroethylene and a perfluoro(alkyl vinyl ether), Monomer (b): at least one member selected from compounds represented by the following formula, CR 1 R 2 =CR 3 -R 4 -CR 5 =CR 6 R 7 (wherein R 1, R 2, R 3, R 5, R 6 and R 7 are each independently a hydrogen atom, a fluorine atom or a methyl group, and R 4 is a C 1-10 perfluoroalkylene group or such a perfluoroalkylene group having an etheric oxygen atom at one or each of its both terminals or between carbon-carbon bond atoms), Monomer (c): at least one member selected from the group consisting of ethylene and propylene.
A composition comprising a polypeptide comprising an amino acid sequence having at least 90% or 95% sequence identity to the amino acid sequence of SEQ ID NO: 33 and a surfactant, wherein said polypeptide has protease activity and wherein said polypeptide has cleaning activity in a detergent composition.
Coating installation for coating components with a coating agent, in particular for painting motor vehicle body components, with a) a nozzle applicator, in particular a print head, having at least one nozzle for dispensing a coating agent jet (13-19; 24-27) of the coating agent onto the component to be coated, b) means for preventing nozzle clogging with a filter (2, 2.1-2.6) upstream of the nozzle for filtering the coating agent, wherein the coating agent flows through the filter (2, 2.1-2.6) in a normal flow direction during coating operation, characterized in c) that the coating installation comprises a flushing valve arrangement for selectively passing the flushing agent through the filter (2, 2.1-2.6) in the normal flow direction or against the normal flow direction, d) that the filter can be flushed in the normal flow direction with a flushing agent, so that the flushing agent flows through the filter (2, 2.1-2.6) in the normal flow direction, and e) that the filter (2, 2.1-2.6) can be flushed with a flushing agent against the normal flow direction, so that the flushing agent flows through the filter (2, 2.1-2.6) against the normal flow direction. a) a nozzle applicator, in particular a print head, having at least one nozzle for dispensing a coating agent jet (13-19; 24-27) of the coating agent onto the component to be coated, b) means for preventing nozzle clogging with a filter (2, 2.1-2.6) upstream of the nozzle for filtering the coating agent, wherein the coating agent flows through the filter (2, 2.1-2.6) in a normal flow direction during coating operation, characterized in c) that the coating installation comprises a flushing valve arrangement for selectively passing the flushing agent through the filter (2, 2.1-2.6) in the normal flow direction or against the normal flow direction, d) that the filter can be flushed in the normal flow direction with a flushing agent, so that the flushing agent flows through the filter (2, 2.1-2.6) in the normal flow direction, and e) that the filter (2, 2.1-2.6) can be flushed with a flushing agent against the normal flow direction, so that the flushing agent flows through the filter (2, 2.1-2.6) against the normal flow direction.
A computer-implemented method comprising: accessing one or more medical images of a subject; inputting the one or more medical images into a detection network to generate one or more masks that identifies a set of regions within the one or more medical images, wherein the detection network predicts that each region of the set of regions identified in the one or more masks includes a depiction of a tumor of one or more tumors within the subject; processing, for each region of the set of regions, the region of the one or more medical images using a tumor segmentation network to generate one or more tumor segmentation boundaries for the tumor present within the subject; determining, for each tumor of the one or more tumors and by using a plurality of organ-specific segmentation networks, an organ within which at least part of the tumor is located, each organ-specific segmentation network being a neural network configured to segment one or more organs; and generating an output based on the one or more tumor segmentation boundaries and locations of the organs within which at least part of the one or more tumors are located. accessing one or more medical images of a subject; inputting the one or more medical images into a detection network to generate one or more masks that identifies a set of regions within the one or more medical images, wherein the detection network predicts that each region of the set of regions identified in the one or more masks includes a depiction of a tumor of one or more tumors within the subject; processing, for each region of the set of regions, the region of the one or more medical images using a tumor segmentation network to generate one or more tumor segmentation boundaries for the tumor present within the subject; determining, for each tumor of the one or more tumors and by using a plurality of organ-specific segmentation networks, an organ within which at least part of the tumor is located, each organ-specific segmentation network being a neural network configured to segment one or more organs; and generating an output based on the one or more tumor segmentation boundaries and locations of the organs within which at least part of the one or more tumors are located.
A device for spreading liquid and/or solid active agents, comprising: - a carrier vehicle; - at least one boom (02, 21, 22) arranged pivotably about at least one rotation axis; - at least one sensor arrangement (25, 26) for the detection of an angular velocity (w) and/or the acceleration of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - at least one sensor arrangement for the detection of an angular position (alpha1, d_alpha1) of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - a control unit processing output signals (alpha0) of the sensor arrangements to control signals; - at least one actuator acting on the present angular position (alpha0) of the boom (02, 21, 22) about the rotation axis in dependence on control signals from the control unit, which at least one actuator converts control signals to mechanical movement or to another physical quantity, and a force that exerts a torque on the boom (02, 21, 22) or a force couple that exerts a torque on the boom (02, 21, 22) is thus generated. - a carrier vehicle; - at least one boom (02, 21, 22) arranged pivotably about at least one rotation axis; - at least one sensor arrangement (25, 26) for the detection of an angular velocity (w) and/or the acceleration of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - at least one sensor arrangement for the detection of an angular position (alpha1, d_alpha1) of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - a control unit processing output signals (alpha0) of the sensor arrangements to control signals; - at least one actuator acting on the present angular position (alpha0) of the boom (02, 21, 22) about the rotation axis in dependence on control signals from the control unit, which at least one actuator converts control signals to mechanical movement or to another physical quantity, and a force that exerts a torque on the boom (02, 21, 22) or a force couple that exerts a torque on the boom (02, 21, 22) is thus generated.
A communication system in which a first electronic device (10A, 10B) and a second electronic device (30A, 30B) connected to a same wiring (60A, 60B), among a plurality of electronic devices, are associated with each other as being installed for a same space, based on an arrangement state of wirings of the plurality of electronic devices arranged according to a configuration of a plurality of spaces, wherein the first electronic device (10A, 10B) is configured to transmit a reply request including identification information of a first network to the second electronic device, characterized in that the second electronic device (30A, 30B) is configured to return the identification information of the second electronic device to the first electronic device in a case where received identification information of the first network received from a relay device configured to connect a communication between the first network and a second network matches the identification information of the first network received from the first electronic device.
A phosphor wheel comprising: a disk; a wavelength conversion layer comprising phosphor disposed on a first side of the disk; and an impeller disposed on the first side of the disk, characterized in that the impeller, comprises vanes which are shaped as airfoils with each vane having a leading edge disposed radially inward of a trailing edge on the disk, wherein the leading edge of each vane is a rounded leading edge and the trailing edge of each vane is a sharp trailing edge, and wherein each vane is oriented to draw airflow into the impeller from the first side of the disk and to drive airflow radially outward away from a center of the disk and across the wavelength conversion layer when the disk is rotated in the rotation direction. a disk; a wavelength conversion layer comprising phosphor disposed on a first side of the disk; and an impeller disposed on the first side of the disk, characterized in that the impeller, comprises vanes which are shaped as airfoils with each vane having a leading edge disposed radially inward of a trailing edge on the disk, wherein the leading edge of each vane is a rounded leading edge and the trailing edge of each vane is a sharp trailing edge, and wherein each vane is oriented to draw airflow into the impeller from the first side of the disk and to drive airflow radially outward away from a center of the disk and across the wavelength conversion layer when the disk is rotated in the rotation direction.
A device for protecting an installation with a safety sensor monitoring a monitoring area and a safety controller associated therewith, wherein a switching signal is generated with the safety sensor, the switching states of which indicate whether or not an object is located in the monitoring area, wherein the switching signal is read into the safety controller, in which a safetyrelevant signal for the installation is generated depending on the switching signal, wherein an identification detector is provided, by means of which identifiers arranged on non-safety-critical objects can be detected, characterised in that the identifiers each contain data contents protected by at least one checksum, by means of which the non-safety-critical object can be identified, and in that the data contents and the associated checksum are fed to the safety controller and evaluated, it being possible to generate a bypass signal for the safety sensor in the safety controller as a function of this evaluation.