mhurhangee/ep-ind-claims huggingface dataset:
An organic-matter holding chamber for holding organic matter in a handholdable organic-matter fragmentation apparatus, the chamber comprising: a first chamber part having a first magnetic member; a second chamber part having second and third magnetic members (60, 62); the first and second chamber parts (56, 24) being rotatable relative to each other to adopt locked and unlocked conditions and the second and third magnetic members (60, 62) being angularly offset relative to each other; when the chamber is in the locked condition, the first and second magnetic (58, 60) members facing each other so as to magnetically attract; and the first and third magnetic members (58, 60) being positionable via angular displacement of the first and second chamber parts (56, 24) to magnetically repel thereby biasing the first and second chamber parts (56, 24) away from each to adopt the unlocked condition characterised in that the second chamber part includes a partitioning element removable from a body of the second chamber part, the third magnetic member being positioned on said partitioning element, and a fourth magnetic member on the body, the third and fourth magnetic members (62, 68) being positionable so as to be aligned and oriented so as to magnetically attract, thereby locking the partitioning element to the body. a first chamber part having a first magnetic member; a second chamber part having second and third magnetic members (60, 62); the first and second chamber parts (56, 24) being rotatable relative to each other to adopt locked and unlocked conditions and the second and third magnetic members (60, 62) being angularly offset relative to each other; when the chamber is in the locked condition, the first and second magnetic (58, 60) members facing each other so as to magnetically attract; and the first and third magnetic members (58, 60) being positionable via angular displacement of the first and second chamber parts (56, 24) to magnetically repel thereby biasing the first and second chamber parts (56, 24) away from each to adopt the unlocked condition characterised in that the second chamber part includes a partitioning element removable from a body of the second chamber part, the third magnetic member being positioned on said partitioning element, and a fourth magnetic member on the body, the third and fourth magnetic members (62, 68) being positionable so as to be aligned and oriented so as to magnetically attract, thereby locking the partitioning element to the body.
A method of producing a digital bite model comprising the steps: - digitally capturing image data (D B) which represent at least one surface portion of a tooth or bite, - producing at least one surface model from the image data (D B), - producing a reference model from digitally captured position data (D P) of the bite, and - computer merging of the at least one surface model with the reference model to give the digital bite model, wherein computer merging is effected by image registration, characterised in that prior to or upon computer merging subdivision of the position data (D P) of the reference model of the teeth into invariable tooth position-specific data and into variable surface-specific data is effected. - digitally capturing image data (D B) which represent at least one surface portion of a tooth or bite, - producing at least one surface model from the image data (D B), - producing a reference model from digitally captured position data (D P) of the bite, and - computer merging of the at least one surface model with the reference model to give the digital bite model,
A heating apparatus for curing a composite repair patch on an aircraft, comprising: a blanket; and a resistive heating circuit embedded within the blanket and configured to be coupled with a source of electrical power, the resistive heating circuit including a plurality of individual resistive heating element circuits arranged within the blanket in a configuration allowing the blanket to be cut to a desired shape and/or size while maintaining electrical continuity between the source of electrical power and the individual heating element circuits remaining in the blanket, wherein the individual resistive heating element circuits are arranged in an array and are spaced apart from each other at a distance ("D") sufficient to permit the blanket to be cut along lines between the individual resistive heating element circuits, wherein the array includes rows and columns. a blanket; and a resistive heating circuit embedded within the blanket and configured to be coupled with a source of electrical power, the resistive heating circuit including a plurality of individual resistive heating element circuits arranged within the blanket in a configuration allowing the blanket to be cut to a desired shape and/or size while maintaining electrical continuity between the source of electrical power and the individual heating element circuits remaining in the blanket, wherein the individual resistive heating element circuits are arranged in an array and are spaced apart from each other at a distance ("D") sufficient to permit the blanket to be cut along lines between the individual resistive heating element circuits, wherein the array includes rows and columns.
An apparatus for identifying a cut diamond, comprising a measurement location with a measuring aperture at which the cut diamond to be examined is fixedly positionable, such that the table of the cut diamond faces the measuring aperture of the measurement location and that the culet of the cut diamond is directly above the measuring aperture; a movable optical system including a spectrometer, two sources (10, 12) of radiation with wavelengths of 250-280 nm and 350-380 nm, respectively, optical fibres (11, 13) for inputting radiation from the two sources (10, 12) of radiation into the cut diamond and an optical fibre for outputting radiation from the cut diamond to the spectrometer, the movable optical system being configured such that the optical fibres (3, 11, 13) can be brought into a position of direct contact with the table of the cut diamond and into a position where a gap is formed between the fibres (3, 11, 13) and the table of the cut diamond; and also a source of laser radiation with a wavelength of 532 nm, the source of laser radiation being configured to direct laser radiation to the table of the cut diamond through said gap; and a microcontroller, wherein the microcontroller is configured to control alternate operation of the sources (10, 12, 7) of radiation in a set time sequence, movement of the optical system to allow the input of the radiation into the cut diamond, and also processing of the spectrometer data.
Method for creating a robot model of an industrial robot, which comprises a robotic arm with a plurality of successively arranged links which can be adjusted by means of drives via gears relative to axes (A1-A2) controlled by a control device of the industrial robot comprising the following method steps: - moving the robotic arm into a plurality of poses, at least one of the links being moved respectively by means of its drive in the same first direction of movement at least on approaching the individual poses, and - measuring the robotic arm in its poses in order to obtain the robot model. - moving the robotic arm into a plurality of poses, at least one of the links being moved respectively by means of its drive in the same first direction of movement at least on approaching the individual poses, and - measuring the robotic arm in its poses in order to obtain the robot model.
An optical cable comprising: - a reinforcement defining a longitudinal groove extending parallel to a longitudinal axis of the optical cable, - an optical element at least partially housed in the groove - a jacket surrounding the optical element and the reinforcement, the jacket comprising a first part facing the optical element and a second part opposite the first part with respect to the optical element and to the reinforcement - two tearing elements (16, 18) suitable for tearing the sheath when the tearing elements (16, 18) are pulled towards the outside of the optical cable - two spaces (12, 14) defined by the sheath and the reinforcement in which the tearing elements (16, 18) are housed, the spaces (12, 14) being arranged so that the tearing of the sheath by the two tearing elements (16, 18) forms a flap in the first part of the sheath which can be spaced apart from the second part of the jacket in such a way as to allow access to the optical element from outside the optical cable, characterized in that the groove and the two spaces form different parts of a single cavity. - a reinforcement defining a longitudinal groove extending parallel to a longitudinal axis of the optical cable, - an optical element at least partially housed in the groove - a jacket surrounding the optical element and the reinforcement, the jacket comprising a first part facing the optical element and a second part opposite the first part with respect to the optical element and to the reinforcement - two tearing elements (16, 18) suitable for tearing the sheath when the tearing elements (16, 18) are pulled towards the outside of the optical cable - two spaces (12, 14) defined by the sheath and the reinforcement in which the tearing elements (16, 18) are housed, the spaces (12, 14) being arranged so that the tearing of the sheath by the two tearing elements (16, 18) forms a flap in the first part of the sheath which can be spaced apart from the second part of the jacket in such a way as to allow access to the optical element from outside the optical cable, characterized in that the groove and the two spaces form different parts of a single cavity.
An injection molding device for manufacturing plastic parts composed of at least one first and second sub-element, comprising: - first cavity halves and, across from same in a first direction (x) displaceable second cavity halves, - a middle block arranged between the first and second cavity halves that can be rotated about an axis (z) and is displaceable in the first direction (x) and has middle cavity halves on at least one lateral surface, wherein the first cavity halves, in a first closing position with the middle cavity halves, form first cavities for receiving a first plastic component for a preform, and - wherein third cavity halves are arranged on the middle block which form, with fourth cavity halves that are arranged next to the first and/or second cavity halves, additional cavities for second sub-elements, and - a working device arranged to the side of the middle block, characterized in that, in a second closing position, the second cavity halves form, at least partially with the preforms located in the middle cavity halves, second cavities for receiving a second plastic component and to form first sub-elements, and that the second sub-elements and the first sub-elements can be mounted on one another by means of the working device in a mounting position of the middle block, the mounting position following after the first and the second closing position in the direction of rotation of the middle block. - first cavity halves and, across from same in a first direction (x) displaceable second cavity halves, - a middle block arranged between the first and second cavity halves that can be rotated about an axis (z) and is displaceable in the first direction (x) and has middle cavity halves on at least one lateral surface, wherein the first cavity halves, in a first closing position with the middle cavity halves, form first cavities for receiving a first plastic component for a preform, and - wherein third cavity halves are arranged on the middle block which form, with fourth cavity halves that are arranged next to the first and/or second cavity halves, additional cavities for second sub-elements, and - a working device arranged to the side of the middle block, characterized in that, in a second closing position, the second cavity halves form, at least partially with the preforms located in the middle cavity halves, second cavities for receiving a second plastic component and to form first sub-elements, and
An anti-CD25 antibody or antigen-binding fragment thereof, comprising: a) a variable heavy chain region comprising an amino acid sequence of SEQ ID NO:1, SEQ ID NO:2 or SEQ IDNO:3; and b) a variable light chain region comprising an amino acid sequence of SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6 or SEQ ID NO:7. a) a variable heavy chain region comprising an amino acid sequence of SEQ ID NO:1, SEQ ID NO:2 or SEQ IDNO:3; and b) a variable light chain region comprising an amino acid sequence of SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6 or SEQ ID NO:7.
A hearing test system comprising a computerized device having an electro-acoustical transducer, a graphical user interface, a program storage for storing an executable program, and a processor for executing said program to perform the following method comprising the steps of: - providing an acoustical test signal, - prompting a test person to adjust the level of the test signal, by manipulation of a handle provided by the graphical user interface, until the test person perceives the test signal as being at its most comfortable level, - storing first data representing the test signal level that the test person perceives as the most comfortable, - prompting the test person to adjust the level of the test signal, by manipulation of the handle provided by the graphical user interface, until the test person perceives the test signal as being barely audible, - storing second data representing the test signal level that the test person perceives as being barely audible, - calculating the difference between the test signal levels represented by the first and second data, - estimating a hearing loss of the user based on the calculated difference, and - providing the result of the hearing loss estimation to the user. - providing an acoustical test signal, - prompting a test person to adjust the level of the test signal, by manipulation of a handle provided by the graphical user interface, until the test person perceives the test signal as being at its most comfortable level, - storing first data representing the test signal level that the test person perceives as the most comfortable, - prompting the test person to adjust the level of the test signal, by manipulation of the handle provided by the graphical user interface, until the test person perceives the test signal as being barely audible, - storing second data representing the test signal level that the test person perceives as being barely audible, - calculating the difference between the test signal levels represented by the first and second data, - estimating a hearing loss of the user based on the calculated difference, and - providing the result of the hearing loss estimation to the user.
A priming fuze to be made integral with a housing of an ammunition enclosing an explosive load, the fuze being characterized in that it comprises an outer smooth cylindrical journal on which is slidably positioned a ring carrying a thread on its outer surface, the thread being intended to cooperate with a female thread of the ammunition housing, the ring being made integral in rotation with the body of the fuze by at least one longitudinal key, the fuze further carrying a shearable lock ring forming an axial stop for the ring during sliding thereof after mounting the fuze on the housing.
A hammer drill comprising; a body having an axis along which impacts can be imparted to a drill bit and a centre gravity, the centre of gravity being located away from the axis; a drive mechanism located within the body; at least one handle moveably mounted on the body by at least one connection point (18, 32; 16, 34); a vibration dampening mechanism connected between the body and the handle which reduces the amount of vibration, generated by the operation of the drive mechanism, being transferred from the body to the handle; wherein the vibration dampening mechanism comprises a dampener; wherein the vibration dampening mechanism further comprises a restraining mechanism (52; 54) which restricts the direction of the movement of the handle 10 at the connection point (18, 32; 16, 34) where it mounts to the body, relative to the body, characterised in that the restraining mechanism (52; 54) restricts the direction of the movement of the handle at the connection point (18, 32; 16, 34) where it mounts to the body, relative to the body, to the direction of the dominant vibration experienced by that connection point (18, 32; 16, 34), the dominant vibration being the vector addition of the linear vibration and the angular vibration of the body around the centre of gravity at the connection point.
An apparatus for processing image data, comprising: an output unit (105, 140) configured to project a first image (202A, 204A, 230A) on a projection surface; a detection unit (104, 110) configured to detect movement of the apparatus; and a processor configured to change the first image (202A, 204A, 230A) to a second image (202B, 204B, 230B) based on the detected movement, characterized in that the first image includes a plurality of objects (241-244; 244a-244d) and wherein the first image includes a hierarchy of objects (214-244, 244a-244d) including a first hierarchical level and a second hierarchical level, and the processor is further configured to change the first image to the second image, based on the detected movement, a number of objects in the second image being less than a number of objects (241-244; 244a-244d) in the first image by changing the hierarchical level to be displayed. an output unit (105, 140) configured to project a first image (202A, 204A, 230A) on a projection surface; a detection unit (104, 110) configured to detect movement of the apparatus; and a processor configured to change the first image (202A, 204A, 230A) to a second image (202B, 204B, 230B) based on the detected movement, characterized in that the first image includes a plurality of objects (241-244; 244a-244d) and wherein the first image includes a hierarchy of objects (214-244, 244a-244d) including a first hierarchical level and a second hierarchical level, and the processor is further configured to change the first image to the second image, based on the detected movement, a number of objects in the second image being less than a number of objects (241-244; 244a-244d) in the first image by changing the hierarchical level to be displayed.
Decay station configured for receiving irradiation targets from a structure of a core of a nuclear reactor in a predetermined linear order, comprising a housing comprising a radiation shielding, configured for shielding the environment of the decay station from the radiation emitted by the irradiation targets contained in the decay station, the housing delimiting a decay conduit intended for containing the irradiation targets in the predetermined linear order, the decay conduit comprising: - a decay conduit inlet, intended to be connected to the structure of the core of the nuclear reactor for receiving the irradiation targets therefrom; - a decay conduit outlet, intended to be connected to an irradiation target discharge system for discharging the irradiation targets from the decay station, the decay station further comprising: - an inlet distributor, located at the decay conduit inlet, and configured for releasing only a predetermined amount of irradiation targets at a time from the decay station towards the structure of the core of the nuclear reactor, the inlet distributor being configured for releasing the irradiation targets closest to the decay conduit inlet, while retaining the remaining irradiation targets in the decay conduit; - an inlet counter, configured for counting the number of irradiation targets entering or exiting the decay conduit through the decay conduit inlet, the inlet counter being located at the decay conduit inlet, and - an outlet radiation detector, configured for measuring the radiation emitted by an irradiation target located at the decay conduit outlet. - a decay conduit inlet, intended to be connected to the structure of the core of the nuclear reactor for receiving the irradiation targets therefrom; - a decay conduit outlet, intended to be connected to an irradiation target discharge system for discharging the irradiation targets from the decay station, - an inlet distributor, located at the decay conduit inlet, and configured for releasing only a predetermined amount of irradiation targets at a time from the decay station towards the structure of the core of the nuclear reactor, the inlet distributor being configured for releasing the irradiation targets closest to the decay conduit inlet, while retaining the remaining irradiation targets in the decay conduit; - an inlet counter, configured for counting the number of irradiation targets entering or exiting the decay conduit through the decay conduit inlet, the inlet counter being located at the decay conduit inlet, and - an outlet radiation detector, configured for measuring the radiation emitted by an irradiation target located at the decay conduit outlet.
Conveyor wagon for a shunting conveyor system, characterised in that in order to detect a proximity of the conveyor wagon to a track-side position element (70-73; 74-77), the conveyor wagon has a plurality of proximity sensors arranged offset with respect to one another perpendicular to its running direction.
Poly (ethylene oxide) having a functionalized chain end selected from the group consisting of compounds of formulas to: wherein, R is methyl, n -butyl, sec- butyl or tert -butyl, R 1 and R 5 are each independently hydrogen or methyl, R2 is an amide group having a functional group selected from the group consisting of N-isopropylamide, sulfabenzene, sulfisoxazole, sulfacetamide, sulfamethizole, sulfadimethoxine, sulfadiazine, sulfamethoxy pyridazine, sulfamethazine, sulfisoimidine, sulfapyridine, indisulam and amprenavir, R3 is hydrogen, isobutylacrylonitryl, phenyl or halogen, R4 is phenyl or isobutylacrylonitryl, X is propylene sulfonic acid, 2-bromoisobutyryl, 2-bromopropionyl, propylene sulfide, methacrylamide or phthalic anhydride, Y is sulfabenzene, sulfisoxazole, sulfacetamide, sulfamethizole, sulfadimethoxine, sulfadiazine, sulfamethoxy pyridazine, sulfamethazine, sulfisoimidine, sulfapyridine, indisulam, amprenavir, folic acid, doxorubicin, paclitaxel or vancomycin, n is an integer in the range of 10 to 500, k is an integer in the range of 1 to 10, and m is an integer in the range of 5 to 50. wherein, R is methyl, n -butyl, sec- butyl or tert -butyl, R 1 and R 5 are each independently hydrogen or methyl, R2 is an amide group having a functional group selected from the group consisting of N-isopropylamide, sulfabenzene, sulfisoxazole, sulfacetamide, sulfamethizole, sulfadimethoxine, sulfadiazine, sulfamethoxy pyridazine, sulfamethazine, sulfisoimidine, sulfapyridine, indisulam and amprenavir, R3 is hydrogen, isobutylacrylonitryl, phenyl or halogen, R4 is phenyl or isobutylacrylonitryl, X is propylene sulfonic acid, 2-bromoisobutyryl, 2-bromopropionyl, propylene sulfide, methacrylamide or phthalic anhydride, Y is sulfabenzene, sulfisoxazole, sulfacetamide, sulfamethizole, sulfadimethoxine, sulfadiazine, sulfamethoxy pyridazine, sulfamethazine, sulfisoimidine, sulfapyridine, indisulam, amprenavir, folic acid, doxorubicin, paclitaxel or vancomycin, n is an integer in the range of 10 to 500, k is an integer in the range of 1 to 10, and m is an integer in the range of 5 to 50.