mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound imaging system operable in different tissue specific modes of operation comprising: an ultrasound probe adapted to acquire ultrasound image signals; a beamformer (14, 20) adapted to receive ultrasound image signals and produce coherent echo signals; a B mode image processor, coupled to the beamformer, which is adapted to produce B mode ultrasound images; a Doppler processor, coupled to the beamformer, which is adapted to produce color Doppler image signals; a user interface that in response to user inputs is adapted to control operation of the ultrasound imaging system and which is further adapted to control display and workflow settings of the system; a tissue specific preset settings controller adapted to optimize operation of the ultrasound imaging system for settings of different TSP modes of operation based on implementing for each of the different TSP modes default display and workflow settings pre-stored for the TSP mode; a display adapted to display ultrasound images optimized by different TSP settings; and a user control adapted to enable a user to choose either to save one or more display and workflow settings upon a change of TSP mode or to reset display and workflow settings to the default values for the new TSP mode upon a change of TSP mode, wherein the TSP settings controller is configured to maintain display and workflow settings of the system during a change of the TSP mode to a different TSP mode or to reset one or more of the display or workflow settings upon a change of the TSP mode to the default settings for the new TSP mode, in accordance the user choice at the user control. an ultrasound probe adapted to acquire ultrasound image signals; a beamformer (14, 20) adapted to receive ultrasound image signals and produce coherent echo signals; a B mode image processor, coupled to the beamformer, which is adapted to produce B mode ultrasound images; a Doppler processor, coupled to the beamformer, which is adapted to produce color Doppler image signals; a user interface that in response to user inputs is adapted to control operation of the ultrasound imaging system and which is further adapted to control display and workflow settings of the system; a tissue specific preset settings controller adapted to optimize operation of the ultrasound imaging system for settings of different TSP modes of operation based on implementing for each of the different TSP modes default display and workflow settings pre-stored for the TSP mode; a display adapted to display ultrasound images optimized by different TSP settings; and a user control adapted to enable a user to choose either to save one or more display and workflow settings upon a change of TSP mode or to reset display and workflow settings to the default values for the new TSP mode upon a change of TSP mode, wherein the TSP settings controller is configured to maintain display and workflow settings of the system during a change of the TSP mode to a different TSP mode or to reset one or more of the display or workflow settings upon a change of the TSP mode to the default settings for the new TSP mode, in accordance the user choice at the user control.
A pneumatic tire for heavy load provided, on a tread (10,100) of the tire, with a plurality of circumferential grooves (20,200) extending in a circumferential direction of the tread and having a depth of 35 mm or more from a surface of the tread, wherein when each circumferential groove (20,200) is divided, within a cross section in a tire width direction, into an inside and an outside in the tire width direction with a center of an opening of the circumferential groove as a boundary, a radius of curvature of a groove bottom (21,210) of the circumferential groove (20,200) is larger at the inside than at the outside in the width direction, and characterised in that when each circumferential groove (20,200) is divided, within the cross section in the tire width direction, into the inside and the outside in the tire width direction with the center of the opening of the circumferential groove as the boundary, subtracting an area of the circumferential groove from an area calculated as a product of the depth and a width of the circumferential groove yields an area at the outside in a range of 20% to 30% of an area at the inside in the width direction.
Apparatus for detecting angle or position changes, comprising a light source for emitting light, a coding mask for modulating the light that is arranged in the beam path of the light source and comprises a counting pulse track, which is divided into a predetermined number of counting pulse increments, and an index track, which is divided into a predetermined number of index pulse increments, a photosensor array which is associated with the counting pulse track and has a predetermined number of photosensors that each form a segment having a predetermined surface area, and a photosensor array which is associated with the index track and has a predetermined number of photosensors that each form a segment having a predetermined surface area, which arrays are intended for picking up the light modulated by the coding mask and for producing output signals depending on the light intensity, an analysis device which analyses the output signals of the photosensors of the photosensor arrays and is designed such that counting pulses are generated from the output signals of the photosensors associated with the counting pulse track and such that an index pulse which is to be associated with the counting pulses is generated from the output signals of the photosensors associated with the index track, characterised in that the photosensor array associated with the index track comprises a first group of photosensors and a second group of photosensors, the sum of the surface areas of the photosensors in the first group of photosensors of the photosensor array associated with the index track being substantially the same as the sum of the surface areas of the photosensors in the second group (Z') of photosensors of the photosensor array associated with the index track, and the number of segments formed by the first group of photosensors being the same as the number of segments formed by the second group (Z') of photosensors, the analysis device comprising means for forming a sum signal composed of non-inverted output signals of the first group of photosensors of the photosensor array associated with the index track, and of inverted output signals of the second group of photosensors of the photosensor array associated with the index track, and non-transparent increments on the coding mask and photosensors, which contribute to a positive or negative signal, being arranged in the single index track such that, of the 360° of rotation of the coding mask, the index pulse is generated only in an index position of 0° to be fixed arbitrarily in which all the photosensors that contribute to a negative signal are shadowed by increments of the coding mask, whilst the photosensors that contribute to a positive signal are not covered and are irradiated by the light source.
A method of synthesizing aluminosilicate zeolite SSZ-26, the method comprising: (a) preparing a reaction mixture comprising: a FAU framework type zeolite; a source of Group 1 or Group 2 metal; hydroxide ions; a structure directing agent comprising 1,4-bis( N- cyclohexylpyrrolidinium)butane dications; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of aluminosilicate zeolite SSZ-26 via interzeolite conversion of the FAU framework type zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 30 to 80 M/SiO 2 0.05 to 0.50 Q/SiO 2 <0.05 OH/SiO 2 0.10 to 1.0 H 2 O/SiO 2 15 to 80. (a) preparing a reaction mixture comprising: a FAU framework type zeolite; a source of Group 1 or Group 2 metal; hydroxide ions; a structure directing agent comprising 1,4-bis( N- cyclohexylpyrrolidinium)butane dications; and water; and a FAU framework type zeolite; a source of Group 1 or Group 2 metal; hydroxide ions; a structure directing agent comprising 1,4-bis( N- cyclohexylpyrrolidinium)butane dications; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of aluminosilicate zeolite SSZ-26 via interzeolite conversion of the FAU framework type zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 30 to 80 M/SiO 2 0.05 to 0.50 Q/SiO 2 <0.05 OH/SiO 2 0.10 to 1.0 H 2 O/SiO 2 15 to 80.
A method of generating an output video stream, comprising: - receiving a first input video stream from at least one first camera (120a-c) capturing a scene; - receiving a second input video stream from a second camera only partially capturing the scene, and - generating an output video stream from the first input video stream, characterised in that: in response to determining that a particular area of the output video stream depicts a part of the scene depicted in the second input video stream, refraining from, or at least reducing a level of, a masking (230a-c) of the particular area of the output video stream and performing masking as usual in one or more other areas of the output video stream not corresponding to the part of the scene depicted in the second input video stream. - receiving a first input video stream from at least one first camera (120a-c) capturing a scene; - receiving a second input video stream from a second camera only partially capturing the scene, and - generating an output video stream from the first input video stream, characterised in that: in response to determining that a particular area of the output video stream depicts a part of the scene depicted in the second input video stream, refraining from, or at least reducing a level of, a masking (230a-c) of the particular area of the output video stream and performing masking as usual in one or more other areas of the output video stream not corresponding to the part of the scene depicted in the second input video stream.
A composition for use in combination therapy comprising: (a) an engineered T-cell expressing a CD19-specific chimeric antigen receptor, which comprises at least one extracellular ligand binding domain specific for CD19, a transmembrane domain, and at least one intracellular signaling domain; wherein said extracellular domain comprises a single chain FV fragment derived from the monoclonal antibody 4G7, specific for CD19, said single chain FV fragment comprising the variable fragment of the CD19 monoclonal antibody 4G7 immunoglobulin gamma 1 heavy chain of SEQ ID NO: 3 and the variable fragment of the CD19 monoclonal antibody 4G7 immunoglobulin kappa light chain of SEQ ID NO: 4 or SEQ ID NO: 5; and (b) the antibody alemtuzumab. (a) an engineered T-cell expressing a CD19-specific chimeric antigen receptor, which comprises at least one extracellular ligand binding domain specific for CD19, a transmembrane domain, and at least one intracellular signaling domain; wherein said extracellular domain comprises a single chain FV fragment derived from the monoclonal antibody 4G7, specific for CD19, said single chain FV fragment comprising the variable fragment of the CD19 monoclonal antibody 4G7 immunoglobulin gamma 1 heavy chain of SEQ ID NO: 3 and the variable fragment of the CD19 monoclonal antibody 4G7 immunoglobulin kappa light chain of SEQ ID NO: 4 or SEQ ID NO: 5; and (b) the antibody alemtuzumab.
A method of modifying amino acid and tobacco-specific nitrosamine content in a tobacco material, comprising contacting a tobacco plant component with one or more probiotics, wherein the tobacco plant component is selected from the group consisting of a tobacco seed, a tobacco seedling, an immature live plant, a mature live plant, a harvested plant, or a portion thereof.
A wire forming machine comprising a main tool holder rotatably supported by a supporting base about a main rotation axis and controlled by a first control drive source to position at an arbitrary rotation position, the wire forming machine being configured to form or cut, with a plurality of tools (80, 81, 87) including a tool held by the main tool holder, a wire fed in a wire feeding direction perpendicular to the main rotation axis, characterized in that the wire forming machine further comprises: a holder supporting table rotatably supported by the supporting base about the main rotation axis; a second control drive source configured to control a position of the holder supporting table at an arbitrary rotation position about the main rotation axis; a first sub tool holder rotatably supported by the holder supporting table about a first sub rotation axis parallel to the main rotation axis, the first sub tool holder holding one of the plurality of tools; and first interlock coupling means (40G, 41G, 42G, 43G) coupling interlockingly rotatably the first sub tool holder to the main tool holder to transfer drive force of the first control drive source to the first sub tool holder. a holder supporting table rotatably supported by the supporting base about the main rotation axis; a second control drive source configured to control a position of the holder supporting table at an arbitrary rotation position about the main rotation axis; a first sub tool holder rotatably supported by the holder supporting table about a first sub rotation axis parallel to the main rotation axis, the first sub tool holder holding one of the plurality of tools; and first interlock coupling means (40G, 41G, 42G, 43G) coupling interlockingly rotatably the first sub tool holder to the main tool holder to transfer drive force of the first control drive source to the first sub tool holder.
Escalator or moving walkway, having one comb plate each at the entry and at the exit, which comb plate mounts comb segments on which teeth which mesh with grooves in escalator steps or moving-walkway panels are formed, wherein a safety device having a prespecified thickness extends transversely to the running direction of the escalator or of the moving walkway on the comb segments and is mounted at the transition between the comb plate and the comb segments, wherein a clearance is formed in the comb plate and/or in the comb segments, in which clearance the safety device is guided, and wherein movements of the comb plate and/or of the comb segments can be detected via the safety device, characterized in that the clearance receives an elastic compound or an elastic element for mounting the safety device.
The lubricant application device comprising a brush roller which rotates while contacting an image carrying member and a solid lubricant, shaves said solid lubricant and applies the shaved solid lubricant onto said image carrying member, and a flicker which abuts against said brush roller and knocks off a developer adhering to said brush roller through a rotation of said brush roller, wherein said brush roller has looped bristles implanted in a state of endless loop, and said flicker has a contact surface which forms an acute angle with a direction of a tangent line on an upstream side in a rotation direction of said brush roller, characterized in that said looped bristles have the inclination of 30° or more and 60° or less with respect to a direction of a rotation axis of said brush roller, in that in said looped bristles, a plurality of fibers are twined with each other and implanted, in that said brush roller further has auxiliary looped bristles in which fibers are not twined with each other and implanted in a state of endless loop, and in that the auxiliary looped bristles are alternately arranged so as to be orthogonal to said looped bristles.
Fuel filter system of a fuel system of an internal combustion engine in particular of a motor vehicle, with at least one fuel filter for filtering fuel used to operate the internal combustion engine and a water-separating device for separating water contained in the fuel, which are disposed in a pressure line by means of which an outlet of a fuel pump is connected to a high-pressure section of the fuel system, with a water-collecting chamber for receiving the water separated from the fuel which features a water drain line (26, 28) with a controllable water discharge valve, with a cleaning component for cleaning the separated water which is disposed in the water drain line (26, 28) in drain direction behind the water discharge valve, and with a suction line which connects a fuel tank to an inlet of the fuel pump, characterized in that in the water drain line (26, 28) between the water-collecting chamber and the cleaning component a connection line branches off to the suction line in which a bidirectionally lockable check valve (44; 144) is disposed which is controllable depending at least on the pressure in the water drain line in such a way that it shuts off in the case that in the water drain line a lower pressure prevails than in the suction line, that it opens in the case that in the water drain line a higher pressure prevails than in the suction line and that the pressure difference is smaller than a limit pressure difference and that it shuts off in the case that in the water drain line a higher pressure prevails than in the suction line and that the pressure difference is at least as large as the limit pressure difference.
Process for generating and separating synthesis gas wherein a synthesis gas is generated from a feed gas and the synthesis gas is separated by cryogenic distillation in an installation containing at least one methane scrubbing column to produce a gas enriched in hydrogen and/or a gas enriched in carbon monoxide, the generated synthesis gas containing at least 2.3% of methane, preferably less than 2% of methane, or even less than 1.8% of methane characterized in that the synthesis gas is enriched upstream of the separation by cryogenic distillation, sending a part (11, 11A) of the feed gas to a treatment process downstream of the synthesis gas generation step, without going through the synthesis gas generation step, to obtain a synthesis gas containing more than 2.3% of methane if the synthesis gas generated contains less than 2.3% of methane or more than 2% of methane if the gas generated contains less than 2% of methane or more than 1.8% of methane if the gas generated contains less than 1.8% of methane, the feed gas being rich in methane, and the synthesis gas containing hydrogen and carbon monoxide is purified by the treatment process to produce a purified synthesis gas.
A tensioner for an endless drive member on an engine, comprising: a shaft and base unit that is mountable to be stationary relative to an engine; a tensioner arm that is pivotable relative to the shaft and base unit about a tensioner arm axis; an endless drive member engagement member on the tensioner arm and engageable with an endless drive member; a tensioner spring that urges the tensioner arm in a free arm direction; a first damping member that is fixed relative to the shaft and base unit, and which receives a first radial force from a first segment of the tensioner spring that causes a first amount of frictional force between the first damping member and a surface that moves with the tensioner arm; and a second damping member that is fixed relative to the tensioner arm, and which receives a second radial force from a second segment of the tensioner spring that is spaced axially from the first segment of the tensioner spring, that causes a second amount of frictional force between the second damping member and a surface that is stationary with the shaft and base unit, wherein the first damping member directly radially engages a radially outer face of the tensioner arm, the second damping member directly radially engages a radially outer face of the first damping member, and the tensioner spring directly radially engages both the first and second damping members (124, 126). a shaft and base unit that is mountable to be stationary relative to an engine; a tensioner arm that is pivotable relative to the shaft and base unit about a tensioner arm axis; an endless drive member engagement member on the tensioner arm and engageable with an endless drive member; a tensioner spring that urges the tensioner arm in a free arm direction; a first damping member that is fixed relative to the shaft and base unit, and which receives a first radial force from a first segment of the tensioner spring that causes a first amount of frictional force between the first damping member and a surface that moves with the tensioner arm; and a second damping member that is fixed relative to the tensioner arm, and which receives a second radial force from a second segment of the tensioner spring that is spaced axially from the first segment of the tensioner spring, that causes a second amount of frictional force between the second damping member and a surface that is stationary with the shaft and base unit, wherein the first damping member directly radially engages a radially outer face of the tensioner arm, the second damping member directly radially engages a radially outer face of the first damping member, and the tensioner spring directly radially engages both the first and second damping members (124, 126).
A lighting apparatus comprising: a magnetron configured to generate microwaves; a waveguide including: a wave guide space configured to introduce and guide the microwaves from the magnetron; and an aperture to discharge the microwaves from the wave guide; a resonator to which the microwaves are transmitted through the aperture; a bulb located in the resonator, the bulb encapsulating a light emitting material and being configured to emit light in response to the transmitted microwaves; and a reflective member located in the resonator to at least partially cover a portion of the aperture such that light emitted from the bulb towards the aperture is reflected away from the aperture, wherein the reflective member extends from the aperture into the resonator and defines a slot between the reflective member and the aperture, and wherein the microwaves are transmitted into the resonator through the aperture and the slot. a magnetron configured to generate microwaves; a waveguide including: a wave guide space configured to introduce and guide the microwaves from the magnetron; and an aperture to discharge the microwaves from the wave guide; a wave guide space configured to introduce and guide the microwaves from the magnetron; and an aperture to discharge the microwaves from the wave guide; a resonator to which the microwaves are transmitted through the aperture; a bulb located in the resonator, the bulb encapsulating a light emitting material and being configured to emit light in response to the transmitted microwaves; and a reflective member located in the resonator to at least partially cover a portion of the aperture such that light emitted from the bulb towards the aperture is reflected away from the aperture, wherein the reflective member extends from the aperture into the resonator and defines a slot between the reflective member and the aperture, and wherein the microwaves are transmitted into the resonator through the aperture and the slot.