mhurhangee/ep-ind-claims huggingface dataset:
A retractor device for engaging a connecting element affixed to a vertebra of a spine, the connecting element having a passageway device connected thereto and extending proximally therefrom along a longitudinal axis, the passageway device defining at least one longitudinal opening extending along at least a portion of the longitudinal axis, the retractor device comprising: an engagement portion adapted to receive at least a portion of the passageway device therein; and a retractor blade connected to the engagement portion, a longitudinal length of the retractor blade being longer than a longitudinal length of the engagement portion; wherein, when the engagement portion receives the passageway device, the retractor blade is positioned so as to cover at least a portion of the longitudinal opening. an engagement portion adapted to receive at least a portion of the passageway device therein; and a retractor blade connected to the engagement portion, a longitudinal length of the retractor blade being longer than a longitudinal length of the engagement portion; wherein, when the engagement portion receives the passageway device, the retractor blade is positioned so as to cover at least a portion of the longitudinal opening.
A device for controlling an exhaust gas stream, comprising a housing (1, 101) with at least one first, one second and one third port (2, 3, 4, 102, 103, 104) for connecting to a first, a second and a third exhaust gas duct for conducting exhaust gases of an internal combustion engine, a first slide element (6, 106), including a movable first slide rod (6a, 106a) and a first closure element (6c, 106c) disposed thereon, a second slide element (7, 107), including a movable second slide rod (7a, 107a) and a second closure element (7c, 107c) disposed thereon, and an actuator for power-assisted actuation of the device, wherein a connection (4c, 104b) between the first and the second port is configured to be closed off in an adjustable fashion by the first closure element (6, 106), wherein a connection (3c, 103b) between the first and the third port is configured to be closed off in an adjustable fashion by the second closure element (7c, 107c), wherein a control mechanism (8, 108) connected to the actuator is provided, wherein the first slide element (6, 106) and the second slide element (7, 107) are configured to be adjusted by the control mechanism (8, 108), characterised in that the control mechanism comprises at least one of a rotatably mounted lever, a rotatable shaft with an eccentric element (108b, 108c) and a slotted guide disk. a housing (1, 101) with at least one first, one second and one third port (2, 3, 4, 102, 103, 104) for connecting to a first, a second and a third exhaust gas duct for conducting exhaust gases of an internal combustion engine, a first slide element (6, 106), including a movable first slide rod (6a, 106a) and a first closure element (6c, 106c) disposed thereon, a second slide element (7, 107), including a movable second slide rod (7a, 107a) and a second closure element (7c, 107c) disposed thereon, and an actuator for power-assisted actuation of the device,
Compound selected from lycopene and/or lacto-lycopene for use in the prevention, in the relieving, in the improvement, in the decrease, in the therapy and/or in the treatment of cutaneous and/or mucosal toxicity induced by anti-EGFR drugs.
A catheter pump system comprising: a catheter for insertion into a patient into a position extending through an aorta of the patient, a distal end portion of the catheter being located near or extending through an aortic valve of the patient, the catheter having an inlet port at or near a distal end and an outlet port proximally of the inlet port and communicating with the inlet port via a blood flow channel; a pump having a fluid displacement member in the blood flow channel; a motor coupled to the pump for driving the pump; a motor controller for controlling motor speed, the motor controller having a pressure sensing port for connection to a control pressure source, the motor controller being arranged for causing motor speed to be increased in response to a reduction of pressure applied to the pressure sensing port and for causing motor speed to be reduced in response to an increase of pressure applied to the pressure sensing port. a catheter for insertion into a patient into a position extending through an aorta of the patient, a distal end portion of the catheter being located near or extending through an aortic valve of the patient, the catheter having an inlet port at or near a distal end and an outlet port proximally of the inlet port and communicating with the inlet port via a blood flow channel; a pump having a fluid displacement member in the blood flow channel; a motor coupled to the pump for driving the pump; a motor controller for controlling motor speed, the motor controller having a pressure sensing port for connection to a control pressure source, the motor controller being arranged for causing motor speed to be increased in response to a reduction of pressure applied to the pressure sensing port and for causing motor speed to be reduced in response to an increase of pressure applied to the pressure sensing port.
A kit comprising - a set of oligonucleotide probes suitable for in situ hybridization, the set of probes comprising at least 100 different single-stranded oligonucleotide probes directed against a non-repetitive genomic target sequence of interest, wherein each of the individual oligonucleotides comprises at least one label, wherein said label is suitable for detection by means of a chromogenic reaction, by means of a metallographic reaction, or by means of direct or indirect fluorescence analysis; and - a product sheet. - a set of oligonucleotide probes suitable for in situ hybridization, the set of probes comprising at least 100 different single-stranded oligonucleotide probes directed against a non-repetitive genomic target sequence of interest, wherein each of the individual oligonucleotides comprises at least one label, wherein said label is suitable for detection by means of a chromogenic reaction, by means of a metallographic reaction, or by means of direct or indirect fluorescence analysis; and - a product sheet.
An optical system suitable for wide-angle imaging comprising: a main mirror having a shape of a portion of a convex paraboloid which includes an opening in a center and is rotationally symmetric; a second-reflection mirror which further reflects light reflected by said main mirror, said second-reflection mirror having a shape of a portion of a concave paraboloid which is rotationally symmetric; at least one lens which forms an image of the light reflected by said second-reflection mirror; and a lens barrel holding said at least one lens; and at least one sub mirror each having a shape of a convex paraboloid which is rotationally symmetric, wherein a position of a front principal point of said at least one lens coincides with a focal position of said second-reflection mirror, the optical axis of said at least one lens is tilted with respect to the rotational axis of each of the convex paraboloid and the concave paraboloid so that an image of the main mirror reflected in the second-reflection mirror can be imaged to a full extent within the angle of view of the lens, and said at least one sub mirror is positioned such that the light reflected by said at least one sub mirror is further reflected by said second-reflection mirror and is formed into an image through said at least one lens. So as to enable distance information to an object to be calculated from the reflected images of the main mirror and the at least one sub mirror, whereby for the combination of main mirror and at least one sub mirror, the same field of view is shared. a main mirror having a shape of a portion of a convex paraboloid which includes an opening in a center and is rotationally symmetric; a second-reflection mirror which further reflects light reflected by said main mirror, said second-reflection mirror having a shape of a portion of a concave paraboloid which is rotationally symmetric; at least one lens which forms an image of the light reflected by said second-reflection mirror; and a lens barrel holding said at least one lens; and at least one sub mirror each having a shape of a convex paraboloid which is rotationally symmetric, wherein a position of a front principal point of said at least one lens coincides with a focal position of said second-reflection mirror, the optical axis of said at least one lens is tilted with respect to the rotational axis of each of the convex paraboloid and the concave paraboloid so that an image of the main mirror reflected in the second-reflection mirror can be imaged to a full extent within the angle of view of the lens, and said at least one sub mirror is positioned such that the light reflected by said at least one sub mirror is further reflected by said second-reflection mirror and is formed into an image through said at least one lens. So as to enable distance information to an object to be calculated from the reflected images of the main mirror and the at least one sub mirror, whereby for the combination of main mirror and at least one sub mirror, the same field of view is shared.
An isolated nucleic acid encoding a protein comprising the amino acid sequence set forth in SEQ ID NO:12, wherein said protein is encoded by a nucleic acid comprising the nucleotide sequence set forth in SEQ ID NO:11.
Levelling part for cladding tiles that is «T-shaped» and comprises a base that is flat and «H-shaped», as well as an inverted «U-shaped» part, which is flat and perpendicularly connected to the base and wherein the inverted «U-shaped» part in cooperation with the base generates a window that is limited in its upper part by a rib or stiffener; wherein the rib or stiffener is of greater thickness than the thickness of the arms of the inverted «U-shaped» part and also greater than the thickness of the inverted «U-shaped» part which connects the arms, characterised in that the levelling part comprises two steps located adjacent to the arms of the inverted «U-shaped» part in such a way that a first step is located adjacent to the right arm and a second step is adjacent to the left arm, such that it is possible to use two different types of wedge, for example, a wider wedge and another one that is narrower, within the window with the same levelling part, with the thickness of the inverted «U-shaped» part also being greater than the thickness of the arms.
Coriolis mass flowmeter with a measuring tube that can have a medium flowing through it, with at least one actuator and with at least one sensor (4a, 4b), wherein the measuring tube is bent between its input end and its output end into a first winding and a second winding, the first winding and the second winding merging into one another at a transitional section of the measuring tube, the first winding and the second winding running in parallel winding planes and being opposite one another, wherein the first winding and the second winding can be excited to oscillation in oscillating sections (10, 11) by the actuator and the oscillations can be detected by the sensor (4a, 4b), and wherein the oscillating sections (10, 11) of the first winding and of the second winding are bent into a V shape, characterized in that the oscillation sections (10, 11) of the first winding and the second winding are each open in the direction of the transitional section of the measuring tube.
A phase-contrast digital radiographic imaging system comprising: a polychromatic x-ray source for radiographic imaging; a beam shaping assembly comprising a source grating G0 and a collimator, the collimator configured to provide a long and narrow fan shaped x-ray beam having a beam length and a beam width, an x-ray grating interferometer comprising a phase grating G1, and an analyzer grating G2, wherein the phase grating G1 and the analyzer grating G2 are long and narrow and are covered by the beam length and the beam width; and an area x-ray detector to capture a radiographic image of an object placed between the source grating G0 and the phase grating G1, the x-ray detector having a long and narrow active area comprising an active length and an active width that are covered by the beam length and the beam width, the x-ray source, the source grating G0, the phase grating G1, the analyzer grating G2, and the detector are rigidly mounted to a swing arm, the swing arm configured to pivot about an axis at the x-ray source to move the x-ray source, the source grating G0, the phase grating G1, the analyzer grating G2, and the detector about the axis to scan across the object while the object is in a stationary position, and where a pitch and a position of the analyzer grating G2 relative to a pitch of an interference pattern produced by the phase grating G1 produce at least one fringe pattern over a width of the analyzer grating G2. a polychromatic x-ray source for radiographic imaging; a beam shaping assembly comprising a source grating G0 and a collimator, the collimator configured to provide a long and narrow fan shaped x-ray beam having a beam length and a beam width, an x-ray grating interferometer comprising a phase grating G1, and an analyzer grating G2, wherein the phase grating G1 and the analyzer grating G2 are long and narrow and are covered by the beam length and the beam width; and an area x-ray detector to capture a radiographic image of an object placed between the source grating G0 and the phase grating G1, the x-ray detector having a long and narrow active area comprising an active length and an active width that are covered by the beam length and the beam width, the x-ray source, the source grating G0, the phase grating G1, the analyzer grating G2, and the detector are rigidly mounted to a swing arm, the swing arm configured to pivot about an axis at the x-ray source to move the x-ray source, the source grating G0, the phase grating G1, the analyzer grating G2, and the detector about the axis to scan across the object while the object is in a stationary position, and where a pitch and a position of the analyzer grating G2 relative to a pitch of an interference pattern produced by the phase grating G1 produce at least one fringe pattern over a width of the analyzer grating G2.
A surgical access device comprising an instrument seal, the instrument seal comprising: a longitudinal axis extending from a proximal end to a distal end; an instrument access channel extending along the longitudinal axis; a seal housing; a compression element disposed in the seal housing, comprising an opening aligned with the access channel; and a non-distensible instrument contact element extending through the opening in the compression element, thereby defining an instrument orifice, wherein the instrument seal has a first state in the absence of an instrument extending through the orifice, and the instrument seal has a second state in the presence of an instrument extending through the orifice in which the instrument contact element seals against the instrument, characterized in that the instrument contact element extends through the orifice and wraps around the compression element to position the ends of the instrument contact element above the instrument orifice. a longitudinal axis extending from a proximal end to a distal end; an instrument access channel extending along the longitudinal axis; a seal housing; a compression element disposed in the seal housing, comprising an opening aligned with the access channel; and a non-distensible instrument contact element extending through the opening in the compression element, thereby defining an instrument orifice, wherein the instrument seal has a first state in the absence of an instrument extending through the orifice, and the instrument seal has a second state in the presence of an instrument extending through the orifice in which the instrument contact element seals against the instrument, characterized in that the instrument contact element extends through the orifice and wraps around the compression element to position the ends of the instrument contact element above the instrument orifice.
Drive device for the power supply of highly-loaded electric motors, having an electric motor and a generator which supplies the relevant electric motor via at least one line, it being possible to drive said generator by an internal combustion engine via a mechanical coupling by means of a shaft, characterised in that the drive device has a hydraulic hybrid system which comprises at least one hydraulic accumulator (18; 40) and a connection which can be mechanically coupled to the shaft of the generator via a pump shaft of a servomotor/pump unit, by means of which connection hydraulic energy can be stored in the accumulator (18; 40) during pump operation, which energy can be used as additional drive power of the generator during motor operation of the servomotor/pump unit which, as a two-quadrant unit, can be pivoted from motor operation to pump operation and vice versa, and in that the generator is operated exclusively in generator mode, the generator power of which can be reduced to the value zero, in that the hybrid system is configured as a high-pressure/low-pressure system, and in that the motor/pump unit has an intake side and a pressure side which is connected to an oil side of the accumulator (18; 40), which is configured as a hydropneumatic pressure accumulator, without the interposition of further valve assemblies.
A computer implemented method for replaying a user's interaction with a webpage, comprising: requesting playback of a tracking record from a replay server; periodically requesting and receiving user interaction data from the replay server, wherein received user interaction data is normalized by the replay server, said normalization including rewriting image URLs; recreating an interaction visualization from the user interaction data; and playing back said interaction visualization based on data received from the replay server. requesting playback of a tracking record from a replay server; periodically requesting and receiving user interaction data from the replay server, wherein received user interaction data is normalized by the replay server, said normalization including rewriting image URLs; recreating an interaction visualization from the user interaction data; and playing back said interaction visualization based on data received from the replay server.
A shaft having a main axis A and including a plurality of helical windings extending about the main axis A, characterised in that each helical winding (30, 32) is, in cross section, delimited by a first radially inner circular arc centered on the main axis A, a second radially outer circular arc centered on the main axis A and two segments, each segment of which connects one end of the first circular arc to one end of the second circular arc, the two segments 41 defining therebetween an angle A1.
A monoclonal antibody comprising (a) a Light Chain comprising the amino acid sequence of SEQ ID NO:16; and (b) a Heavy Chain comprising the amino acid sequence of SEQ ID NO:11, or (a) a Light Chain comprising the amino acid sequence of SEQ ID NO:16; and (b) a Heavy Chain comprising the amino acid sequence of SEQ ID NO:24. (a) a Light Chain comprising the amino acid sequence of SEQ ID NO:16; and (b) a Heavy Chain comprising the amino acid sequence of SEQ ID NO:11, or (a) a Light Chain comprising the amino acid sequence of SEQ ID NO:16; and (b) a Heavy Chain comprising the amino acid sequence of SEQ ID NO:24.
A composition, which is a fluorine-containing elastomer composition for a heat dissipation material, comprising: - a fluorine-containing elastomer, which is a VdF-based fluoroelastomer and has a Mooney viscosity, determined at 121°C in conformity with ASTM D1646 and JIS K6300 using a model MV2000E (Alpha Technologies Inc.) measurement device at a rotor rotational speed of 2 rpm, of ≤ 10; and - an insulating thermal conductive filler. - a fluorine-containing elastomer, which is a VdF-based fluoroelastomer and has a Mooney viscosity, determined at 121°C in conformity with ASTM D1646 and JIS K6300 using a model MV2000E (Alpha Technologies Inc.) measurement device at a rotor rotational speed of 2 rpm, of ≤ 10; and - an insulating thermal conductive filler.
A method for smoothing a surface of a synthetic material injection molded part as a preparation for a coating with a metal layer, comprising the steps: - providing a geometrically defined cutting tool, a cutting part of said cutting tool having a wedge angle of at least 45 °; - holding said synthetic material injection molded part by a holding tool; - bringing said cutting part into a contact with said synthetic material injection molded part; - displacing said cutting part and said synthetic material injection molded part with respect to each other while being in contact with each other for removing a chip, namely with a relative velocity of not more than 1 ms; - finishing said contact between said cutting part and said synthetic material injection molded part, for feeding said synthetic material injection molded part to said coating then without a post processing of said surface by a geometrically undefined cutting tool prior to said coating. - providing a geometrically defined cutting tool, a cutting part of said cutting tool having a wedge angle of at least 45 °; - holding said synthetic material injection molded part by a holding tool; - bringing said cutting part into a contact with said synthetic material injection molded part; - displacing said cutting part and said synthetic material injection molded part with respect to each other while being in contact with each other for removing a chip, namely with a relative velocity of not more than 1 ms; - finishing said contact between said cutting part and said synthetic material injection molded part,
A switch cabinet with a frame, which comprises vertical frame profiles and at least one crossmember arranged between the frame profiles, wherein the frame profiles have fastening openings on which the crossmember is attachable, wherein the fastening openings are arranged on mutually facing sides of adjacent frame profiles and the crossmember engages with projections in the fastening openings, in the mounted state, characterized in that at least at one end of the crossmember, a bracket is provided, which can be pivoted about a vertical axis and on which the projections are arranged.