mhurhangee/ep-ind-claims huggingface dataset:
Fixation pin support with matching guide sleeve, the fixation pin support being adapted to be able to be integrated or to be integrated in a dental prosthesis so as to be able to be connected to a jaw of a patient along its longitudinal axis via a respective fixation pin, the jaw having holes drilled previously into which the fixation pin slidable through the fixation pin support can protrude in order to temporarily anchor the dental prosthesis to the jaw, the fixation pin support comprising: a) a base portion adapted to be integrally connectable to the dental prosthesis or made in one piece with the dental prosthesis; b) the guide sleeve being formed longitudinal along a guide sleeve longitudinal axis and sleeve-like with an inner guide channel which is open to the outside on both sides; characterized in that c) the base portion has an outer adapter portion integrally connected to it which extends along the longitudinal axis with an outer adapter length from the base portion to an outer end with an outer adapter cross-section, the outer end of the outer adapter portion at the dental prosthesis being directed outwards away from the patient; d) the guide sleeve having, at a first end along the guide sleeve longitudinal axis, an interior cup-shaped inner adapter portion with an inner adapter length and an inner adapter cross-section; and e) the inner adapter portion with the inner adapter length and the inner adapter cross-section and the outer adapter portion with the outer adapter length and the outer adapter cross-section being formed matching each other so as to be pluggable onto each other, forming a connection stable enough to be able to drill, with a predefined tolerance, a hole through the guide sleeve into the fixation pin support which hole the fixation pin fits into. a) a base portion adapted to be integrally connectable to the dental prosthesis or made in one piece with the dental prosthesis; b) the guide sleeve being formed longitudinal along a guide sleeve longitudinal axis and sleeve-like with an inner guide channel which is open to the outside on both sides; c) the base portion has an outer adapter portion integrally connected to it which extends along the longitudinal axis with an outer adapter length from the base portion to an outer end with an outer adapter cross-section, the outer end of the outer adapter portion at the dental prosthesis being directed outwards away from the patient; d) the guide sleeve having, at a first end along the guide sleeve longitudinal axis, an interior cup-shaped inner adapter portion with an inner adapter length and an inner adapter cross-section; and e) the inner adapter portion with the inner adapter length and the inner adapter cross-section and the outer adapter portion with the outer adapter length and the outer adapter cross-section being formed matching each other so as to be pluggable onto each other, forming a connection stable enough to be able to drill, with a predefined tolerance, a hole through the guide sleeve into the fixation pin support which hole the fixation pin fits into.
Multi-axle carriage for a sliding door which is guided in a suspended manner, comprising a main body, which has at least two axles (5a, 5b), which are arranged one behind the other in the direction of travel and each have at least one roller, wherein the main body is assembled from at least two interconnected main-body parts (10, 20), which each have at least one of the axles (5a, 5b) and are connected to one another by means of a coupling element, which engages through openings (15, 25) in the at least two main-body parts (10, 20), characterized in that the coupling element is formed by a screw introduced from the underside of the carriage, the one main-body part has a nut receptacle, which is open in the upward direction and in which is positioned a nut, into which the screw is screwed, and the other main-body part has a U-shaped plug-in receptacle, into which, when the main body is in the assembled state, the nut receptacle has been plugged.
A method of detecting a flame and/or smoke hazard, the method comprising: obtaining a first image of a scene using an image sensing device, wherein at least one parameter of the image sensing device is adjusted to remove substantially any saturation in an image captured by the device, and capturing an image of the scene via the device to obtain the first image; measuring colour and intensity of at least a portion of the first image, using a value of at least one imaging parameter associated with the first image; computing a reference intensity related to the measured colour by determining a black body brightness temperature corresponding to the measured colour, and computing the reference intensity based at least in part on the black body brightness temperature; and comparing the measured intensity with the reference intensity to determine at least in part if the portion of the first image indicates a flame and/or smoke hazard condition. obtaining a first image of a scene using an image sensing device, wherein at least one parameter of the image sensing device is adjusted to remove substantially any saturation in an image captured by the device, and capturing an image of the scene via the device to obtain the first image; measuring colour and intensity of at least a portion of the first image, using a value of at least one imaging parameter associated with the first image; computing a reference intensity related to the measured colour by determining a black body brightness temperature corresponding to the measured colour, and computing the reference intensity based at least in part on the black body brightness temperature; and comparing the measured intensity with the reference intensity to determine at least in part if the portion of the first image indicates a flame and/or smoke hazard condition.
A turbocharger comprising a compressor housing, a turbine housing, a bearing housing between the compressor housing and the turbine housing, and a variable nozzle device, the variable nozzle device including a nozzle ring, an insert between the bearing housing and the turbine housing, and a plurality of vanes, wherein the insert includes a tubular section mounted on an inner surface of an outlet of the turbine housing, and a nozzle section extending radially outwards from an end of the tubular section, wherein said tubular section includes on an outer circumferential surface at least one circular groove in which a sealing ring is mounted to come into close contact with an inner surface of the outlet, and a gap is provided between the nozzle section and an end side of the turbine housing adjacent to the nozzle section, and wherein the nozzle section is spaced axially at a distance from the nozzle ring such that the plurality of vanes is mounted between the nozzle ring and the nozzle section, characterized in that a plurality of legs is integrated with the insert such that they are positioned between the nozzle section of the insert and the nozzle ring, so as to space an axial gap between the nozzle section and the nozzle ring as well as to fix the nozzle ring to the insert, wherein the legs extend a distance from the nozzle section and are placed along the length of the vane, and a hoop is coupled to the legs, the hoop being positioned opposite to the nozzle section and facing the nozzle ring, and wherein the hoop is provided with a circular groove and a protrusion that extend in a radially outward direction, and the protrusion is connected with an opposite face of the nozzle ring that faces the insert, along the entire circumference thereof.
A pneumatic tire comprising: a pair of bead portions having bead cores embedded therein, each bead core being constituted of plural bead wires extending in the tire circumferential direction; a pair of side wall portions extending from the bead portions toward the outer side in the tire radial direction; a tread portion extending over the respective sidewall portions; and a carcass extending in a toroidal shape across the aforementioned portions and having respective end portions being turned up around the bead cores, wherein the bead wires each have complementary shape portions in a section in the tire widthwise direction such that adjacent bead wires are complementarily engageable with each other in the tire widthwise direction by the complementary shape portions, characterised by the complementary engagements between each two bead wires adjacent to each other in the tire widthwise direction being completed by these two bead wires between themselves. a pair of bead portions having bead cores embedded therein, each bead core being constituted of plural bead wires extending in the tire circumferential direction; a pair of side wall portions extending from the bead portions toward the outer side in the tire radial direction; a tread portion extending over the respective sidewall portions; and a carcass extending in a toroidal shape across the aforementioned portions and having respective end portions being turned up around the bead cores, wherein the bead wires each have complementary shape portions in a section in the tire widthwise direction such that adjacent bead wires are complementarily engageable with each other in the tire widthwise direction by the complementary shape portions, characterised by the complementary engagements between each two bead wires adjacent to each other in the tire widthwise direction being completed by these two bead wires between themselves.
A cup holder comprising a collar and a handle, the collar comprising flexible sheet material which extends, in use, around and engages the outer surface of a cup, the handle comprising an elongate strip of flexible sheet material whose ends are connected to the collar, each end portion of the handle having first and second preformed fold lines formed in it, the first fold line extending substantially perpendicular to the length of the handle substantially along the line where the handle meets the collar and the second fold line extending transversely across the handle at an angle of substantially 45° to its length from a first point where one side edge of the handle meets the collar to a second point spaced from the collar on the other side edge of the handle, characterised in that the collar is in the form of a loop of flexible sheet material, that there is only a single handle and that the ends of the elongate strip of flexible sheet material is connected to the collar at positions which are, in use, diametrically opposed across the loop.
A detection system for detecting motion of a subject by utilizing at least two devices (120, 130) adapted to send and receive radiofrequency signals (121, 131), wherein the system comprises: a control unit for controlling the at least two devices (120, 130) such that at least one of the at least two devices (120, 130) is a sending device sending a radiofrequency signal with a sending signal frequency and such that at least one of the at least two devices (120, 130) is a receiving device receiving a radiofrequency signal that is indicative of reflections of the sent radiofrequency signal of the subject, a signal frequency providing unit for providing the sending signal frequency with which the radiofrequency signal has been sent, and a detection unit for detecting motion of the subject by performing a passive Doppler sensing based on the received radiofrequency signal and the provided sending signal frequency, characterized in that the detection unit is adapted to determine an excitation in a frequency range in a spectrum of the received radiofrequency signal, wherein the excitation is substantially constant over a predetermined time period, and to perform the passive Doppler sensing based on the received radiofrequency signal by filtering out the frequency range in the spectrum of the received radiofrequency signal. a control unit for controlling the at least two devices (120, 130) such that at least one of the at least two devices (120, 130) is a sending device sending a radiofrequency signal with a sending signal frequency and such that at least one of the at least two devices (120, 130) is a receiving device receiving a radiofrequency signal that is indicative of reflections of the sent radiofrequency signal of the subject, a signal frequency providing unit for providing the sending signal frequency with which the radiofrequency signal has been sent, and a detection unit for detecting motion of the subject by performing a passive Doppler sensing based on the received radiofrequency signal and the provided sending signal frequency,
A turbine engine, comprising: a turbine nozzle assembly with a plurality of circumferentially spaced first components (46A, 48A, 50A, 58A, 60A, 68A) and second components (46B, 48B, 50B, 58B, 60B, 68B); and a plurality of transition pieces each defining a hot gas path from a combustor to the turbine nozzle assembly; the turbine engine being further characterised in that the first components (46A, 48A, 50A, 58A, 60A, 68A) are generally aligned with interfaces between two transition pieces of the plurality of transition pieces, the second components (46B, 48B, 50B, 58B, 60B, 68B) are generally aligned with openings of individual transition pieces of the plurality of transition pieces, the first components (46A, 48A, 50A, 58A, 60A, 68A) having a plurality of cooling holes designed to direct flow towards the second components (46B, 48B, 50B, 58B, 60B, 68B), and the second components are configured to provide more cooling than the first components (46A, 48A, 50A, 58A, 60A, 68A); wherein the first components and the second components comprise turbine nozzle shroud segments (68A, 68B) placed adjacent to each other. a turbine nozzle assembly with a plurality of circumferentially spaced first components (46A, 48A, 50A, 58A, 60A, 68A) and second components (46B, 48B, 50B, 58B, 60B, 68B); and a plurality of transition pieces each defining a hot gas path from a combustor to the turbine nozzle assembly; the turbine engine being further characterised in that the first components (46A, 48A, 50A, 58A, 60A, 68A) are generally aligned with interfaces between two transition pieces of the plurality of transition pieces, the second components (46B, 48B, 50B, 58B, 60B, 68B) are generally aligned with openings of individual transition pieces of the plurality of transition pieces, the first components (46A, 48A, 50A, 58A, 60A, 68A) having a plurality of cooling holes designed to direct flow towards the second components (46B, 48B, 50B, 58B, 60B, 68B), and the second components are configured to provide more cooling than the first components (46A, 48A, 50A, 58A, 60A, 68A); wherein the first components and the second components comprise turbine nozzle shroud segments (68A, 68B) placed adjacent to each other.
A high blue-cut performance polycarbonate resin composition for use in clear lenses comprising: a polycarbonate polymer; a UV absorber; an antioxidant; at least one selective blue blocking filter that at least partially blocks blue light in a wavelength range chosen within the 400-460 nm range; a colorant additive; and a hindered amine light stabilizer; wherein the resin blocks >99% of light with a wavelength less than 400 nm at each wavelength in the wavelength range of 315-400 nm, and partially blocks blue light in the 400-500 nm range. a polycarbonate polymer; a UV absorber; an antioxidant; at least one selective blue blocking filter that at least partially blocks blue light in a wavelength range chosen within the 400-460 nm range; a colorant additive; and a hindered amine light stabilizer;
System for realizing a lamp elongated in a longitudinal direction, the system comprising several support rails elongated in a longitudinal direction, several current conduction rails elongated in the longitudinal direction, several plug devices (1, 4) and at least one connector, wherein the support rails each have a cross section perpendicular to the longitudinal direction which is open on one end along a vertical direction and which is bounded by two sidewalls along a transverse direction, wherein in an operating position, a first and a second support rail are arranged side by side in the longitudinal direction and a first current conduction rail is arranged within the cross section of the first support rail and a second current conduction rail is arranged within the cross section of the second support rail and the connector is arranged at the support rails and connects both support rails to each other and a first plug device is connected to the first current conduction rail and a second plug device corresponding to the first plug device is connected to the second current conduction rail and the plug devices (1, 4) are fitted into one another, characterized in that the first plug device has a plug body, wherein a holding projection is provided on at least one side of the plug body which bounds the plug body perpendicular to the longitudinal direction, which holding projection has an axis, via which it is connected to the plug body, and two holding portions which extend from the axis along the longitudinal direction over at least 5 mm away from the axis, the connector or one of the support rails having a guide device, wherein in the operating position, both holding portions of the holding projection are arranged in the guide device.
An isolated nucleic acid molecule encoding a chimeric antigen receptor, wherein the CAR comprises a CD123 binding domain, a transmembrane domain, and an intracellular signaling domain, and wherein said CD123 binding domain comprises a heavy chain complementarity determining region 1 (HC CDR1), a heavy chain complementarity determining region 2 (HC CDR2), and a heavy chain complementarity determining region 3 (HC CDR3), further wherein said CD123 binding domain comprises a light chain complementarity determining region 1 (LC CDR1), a light chain complementarity determining region 2 (LC CDR2), and a light chain complementarity determining region 3 (LC CDR3), wherein: (a) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 487, 492, 497, 502, 507 and 512, respectively; (b) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 517, 522, 527, 532, 537 and 542, respectively; or (c) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 335, 363, 391, 419, 447 and 475, respectively. (a) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 487, 492, 497, 502, 507 and 512, respectively; (b) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 517, 522, 527, 532, 537 and 542, respectively; or (c) said HC CDR1, HC CDR2, HC CDR3, LC CDR1, LC CDR2 and LC CDR3 sequences comprise the amino sequences of SEQ ID NO: 335, 363, 391, 419, 447 and 475, respectively.
A path computation method for use in an optical communications network (2, 71) having optical path resources (8, 45, 46,47, 62, 63, 64) usable for implementing paths, the method having steps of: receiving a new request for computation of a new path in the network (2,71), the request indicating a future time interval when the path is desired, subsequently generating (210, 212, 214) a future network status, having at least a representation of availability of respective ones of the path resources at the future time interval, the generating step being based on a selection from a log of paths already reserved, represented in terms of path resource reservations for each respective reserved path, at least some of the path resource reservations having an associated time interval, and the selection comprising at least those of the reserved paths whose associated time interval corresponds to the future time interval, and computing which of the path resources to select for the new path according to the future network status; wherein the log of paths already reserved comprises a set of label switched paths, LSP, and generating (210, 212, 214) a future network status comprises performing a create LSP action for all the LSPs in the log having the associated time interval overlapping with the future time interval of the new path request. receiving a new request for computation of a new path in the network (2,71), the request indicating a future time interval when the path is desired, subsequently generating (210, 212, 214) a future network status, having at least a representation of availability of respective ones of the path resources at the future time interval, the generating step being based on a selection from a log of paths already reserved, represented in terms of path resource reservations for each respective reserved path, at least some of the path resource reservations having an associated time interval, and the selection comprising at least those of the reserved paths whose associated time interval corresponds to the future time interval, and computing which of the path resources to select for the new path according to the future network status; wherein the log of paths already reserved comprises a set of label switched paths, LSP, and generating (210, 212, 214) a future network status comprises performing a create LSP action for all the LSPs in the log having the associated time interval overlapping with the future time interval of the new path request.
A heat recovery unit for controlled mechanical ventilation systems comprising a casing internally housing a heat exchanger, establishing between openings two circulation circuits for the circulation of airflows (2 and 3) which are connected to but not mixed with one another in the heat exchanger, characterized in that in each of the openings, the casing has housings which open to the exterior, where air cleaning filters can be inserted and removed for selectively establishing the openings intended for acting as the inlets (4.1) of the circulation circuits for the circulation of airflows (2 and 3), in order to facilitate placing the heat recovery unit in the installation site and draining the condensation produced therein.
A sectionable tissue sample support structure for orienting, processing, embedding and microtome slicing a tissue sample, comprising a gel compound block preformed into a three-dimensional self supporting geometric shape, the gel compound block including resiliently deformable first and second portions (20,22), characterized in that the gel compound block further comprises a hole, slit or groove formed in the preformed, geometrically shaped gel compound block, for retaining the tissue sample between the resiliently deformable first and second portions (20, 22) of the same preformed, geometrically shaped gel compound block, in which the first and second resiliently deformable portions (20, 22) are located on either side of the hole, slit or groove, and configured to apply a force to the tissue sample to thereby retain the tissue sample for retention and orientation of the tissue sample during a histopathology process including processing, embedding and microtome slicing of the tissue sample.