mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a core engine within a core nacelle that houses a low spool and high spool which rotate about an engine axis of rotation, the low spool including a low pressure compressor and low pressure turbine, the high spool 24 including a high pressure compressor and high pressure turbine, a combustor being arranged between the high pressure compressor and high pressure turbine; a fan connected to and driven by the low spool; a fan case section defined about the engine axis of rotation; and a core case section defined about said axis of rotation and having a rear structural wall which at least partially supports a multiple of fan exit guide vanes; said multiple of fan exit guide vanes being mounted to said fan case section and said core case section; characterized by further comprising: a multitude of discreet radial extending 2.5 bleed ducts located between the low pressure compressor and the high pressure compressor and defined at least in part by said rear structural wall, wherein said multitude of discreet radial extending 2.5 bleed ducts are raked generally forward to define a respective multitude of exits just aft of said multiple of fan exit guide vanes. a core engine within a core nacelle that houses a low spool and high spool which rotate about an engine axis of rotation, the low spool including a low pressure compressor and low pressure turbine, the high spool 24 including a high pressure compressor and high pressure turbine, a combustor being arranged between the high pressure compressor and high pressure turbine; a fan connected to and driven by the low spool; a fan case section defined about the engine axis of rotation; and a core case section defined about said axis of rotation and having a rear structural wall which at least partially supports a multiple of fan exit guide vanes; said multiple of fan exit guide vanes being mounted to said fan case section and said core case section; characterized by further comprising: a multitude of discreet radial extending 2.5 bleed ducts located between the low pressure compressor and the high pressure compressor and defined at least in part by said rear structural wall, wherein said multitude of discreet radial extending 2.5 bleed ducts are raked generally forward to define a respective multitude of exits just aft of said multiple of fan exit guide vanes.
A urea biosensor, comprising: a PVC-based ammonium ion-selective electrode, urease immobilized on the ion-selective electrode, a diffusion barrier on the surface of the electrode, and a polysaccharide, the urea biosensor being obtainable by a method, comprising: providing a PVC-based ammonium ion-selective electrode; casting urease in solution on the outer surface of the PVC-based ammonium ion-selective electrode to form an enzyme layer; applying a diffusion barrier on the surface of said enzyme layer; applying a polysaccharide solution to the PVC-based ammonium ion-selective electrode; and drying the electrode to form the urea biosensor, wherein the polysaccharide solution is added to the urease enzyme solution before the urease enzyme solution is applied to the PVC-based ammonium ion-selective electrode and/or wherein the polysaccharide solution is applied to the PVC-based ammonium ion-selective electrode after the diffusion barrier is applied to the enzyme layer. a PVC-based ammonium ion-selective electrode, urease immobilized on the ion-selective electrode, a diffusion barrier on the surface of the electrode, and a polysaccharide, the urea biosensor being obtainable by a method, comprising: providing a PVC-based ammonium ion-selective electrode; casting urease in solution on the outer surface of the PVC-based ammonium ion-selective electrode to form an enzyme layer; applying a diffusion barrier on the surface of said enzyme layer; applying a polysaccharide solution to the PVC-based ammonium ion-selective electrode; and drying the electrode to form the urea biosensor, wherein the polysaccharide solution is added to the urease enzyme solution before the urease enzyme solution is applied to the PVC-based ammonium ion-selective electrode and/or wherein the polysaccharide solution is applied to the PVC-based ammonium ion-selective electrode after the diffusion barrier is applied to the enzyme layer. providing a PVC-based ammonium ion-selective electrode; casting urease in solution on the outer surface of the PVC-based ammonium ion-selective electrode to form an enzyme layer; applying a diffusion barrier on the surface of said enzyme layer; applying a polysaccharide solution to the PVC-based ammonium ion-selective electrode; and drying the electrode to form the urea biosensor, wherein the polysaccharide solution is added to the urease enzyme solution before the urease enzyme solution is applied to the PVC-based ammonium ion-selective electrode and/or wherein the polysaccharide solution is applied to the PVC-based ammonium ion-selective electrode after the diffusion barrier is applied to the enzyme layer.
A power supply system of an electric tractor for supplying power to a power system of the electric tractor, comprising a bracket, first cases and first power battery packs, wherein the bracket is provided above or below a frame of a transport trailer and is connected to the frame through bolts and reinforced rib plates; a shock-absorbing pad is arranged between each of the first cases and the bracket, so that a gap is provided between the frame and each of the first cases so as to facilitate air flow for heat dissipation of the first cases, each of the first cases has a first side wall and a second side wall which are oppositely arranged, characterising in that a first ventilation structure is arranged on the first side wall, a second ventilation structure is arranged on the second side wall, the first side wall and the second side wall are arranged in a direction parallel to the axis of the frame, so that while the transport trailer is moving, wind can enter the first case from the first ventilation structure and be discharged from the second ventilation structure to achieve cooling and heat dissipation from the first power battery packs; and the first power battery packs are suspended in the first cases and are used for supplying power to the power system. wherein the bracket is provided above or below a frame of a transport trailer and is connected to the frame through bolts and reinforced rib plates; a shock-absorbing pad is arranged between each of the first cases and the bracket, so that a gap is provided between the frame and each of the first cases so as to facilitate air flow for heat dissipation of the first cases, each of the first cases has a first side wall and a second side wall which are oppositely arranged, characterising in that a first ventilation structure is arranged on the first side wall, a second ventilation structure is arranged on the second side wall, the first side wall and the second side wall are arranged in a direction parallel to the axis of the frame, so that while the transport trailer is moving, wind can enter the first case from the first ventilation structure and be discharged from the second ventilation structure to achieve cooling and heat dissipation from the first power battery packs; and the first power battery packs are suspended in the first cases and are used for supplying power to the power system.
A method for adjusting a loudness of an announcement sound signal relative to a loudness of an entertainment sound signal, the method comprising the following steps: - determining the loudness of the entertainment sound signal, and - adjusting the loudness of the announcement sound signal relative to the entertainment sound signal by determining a self-adaptive gain offset of the announcement sound signal relative to the entertainment sound signal, the self-adaptive gain offset adapting to the auditory perception of a user to which the entertainment sound signal and the announcement sound signal are output, wherein the self-adaptive gain offset adapts by taking into account a former gain offset value and a correction of the volume made by the user when the announcement and the entertainment sound signal were output to the user using said former gain offset value, wherein at least one gain offset table is provided containing the self-adaptive gain offset values depending on the loudness of the entertainment sound signal and depending on a volume level set by a user. - determining the loudness of the entertainment sound signal, and - adjusting the loudness of the announcement sound signal relative to the entertainment sound signal by determining a self-adaptive gain offset of the announcement sound signal relative to the entertainment sound signal, the self-adaptive gain offset adapting to the auditory perception of a user to which the entertainment sound signal and the announcement sound signal are output, wherein the self-adaptive gain offset adapts by taking into account a former gain offset value and a correction of the volume made by the user when the announcement and the entertainment sound signal were output to the user using said former gain offset value, wherein at least one gain offset table is provided containing the self-adaptive gain offset values depending on the loudness of the entertainment sound signal and depending on a volume level set by a user.
An agent which selectively binds either TCR beta constant region 1 (TRBC1) or TRBC2, wherein the agent is selected from a conjugated antibody which comprises a chemotherapeutic entity and a bispecific T-cell engager.
Support structure for a dynamic rockfall barrier, comprising a plurality of posts each one directly fixed to the ground by means of a and joined to an anchorage bar arranged aligned with the posts along a common alignment axis, wherein each post has a tubular shape and is joined directly to a corresponding anchorage bar uniquely by a connecting element and a fastener; and wherein the fastener passes through one or more drills in the connecting element and one or more drills in the post; the connecting element being characterized in that • it comprises a drilled screw with a single elongated tubular element comprising a threaded part arranged, at least in its inner lower part for joining the connecting elements to the respective anchorage bars, the connecting elements further comprising said two drills transversally aligned with respect to the elongated tubular body of the drilled screw to allow insertion of said fastener for connection of the posts to the connecting elements.
- Device for attaching an accessory to a radiator with flat bars or tubes, comprising: - a rear part comprising a bearing face with which the rear part is intended to come into contact with the rear side of the radiator, and a hole opening into the bearing face, - a front part comprising a bearing face with which the front part is intended to come into contact with the front side of the radiator, an attaching face opposite the bearing face and with which an accessory will be attached to the device, and a cylindrical through hole opening into the bearing face and into the attaching face, and - means for securing the rear and front parts, device in which: - the securing means comprise a screw capable of being threaded through the through hole of the front part and screwed, with its free end, into a screw-thread in the through hole of the rear part, and - the through hole of the front part is also capable of receiving the head of the screw, the device being characterised in that the front part comprises means for rotationally blocking of the screw when the head of the screw is received in the through hole of the front part. - a rear part comprising a bearing face with which the rear part is intended to come into contact with the rear side of the radiator, and a hole opening into the bearing face, - a front part comprising a bearing face with which the front part is intended to come into contact with the front side of the radiator, an attaching face opposite the bearing face and with which an accessory will be attached to the device, and a cylindrical through hole opening into the bearing face and into the attaching face, and - means for securing the rear and front parts, device in which: - the securing means comprise a screw capable of being threaded through the through hole of the front part and screwed, with its free end, into a screw-thread in the through hole of the rear part, and - the through hole of the front part is also capable of receiving the head of the screw, - the securing means comprise a screw capable of being threaded through the through hole of the front part and screwed, with its free end, into a screw-thread in the through hole of the rear part, and - the through hole of the front part is also capable of receiving the head of the screw,
An image registration apparatus for registering a first image and a second image with respect to each other, the image registration apparatus (10; 30) comprising: - an image providing unit (11; 31) for providing a first image of a first object and a second image of a second object, wherein the first object and the second object are of the same type, - a model providing unit for providing a model of the first object and of the second object, wherein the model comprises an outer surface mesh and an inner volumetric mesh coupled to the outer surface mesh, and wherein a number of model elements of the model and neighboring relations between the model elements are fixed, - an adaptation unit for adapting the model to the first image for generating a first adapted model and to the second image for generating a second adapted model, wherein the inner volumetric mesh is adapted based on an internal energy, and wherein the adaptation unit is adapted to determine the internal energy by determining deviations between a shape model, which is registered with the model being adapted under boundary conditions imposed by the outer surface mesh and which represents the shape of the inner structure of an object, and the adapted inner volumetric mesh, and - a corresponding image elements determining unit for determining corresponding image elements in the first image and in the second image based on spatial positions of first image elements in the first image with respect to the first adapted model and spatial positions of second image elements in the second image with respect to the second adapted model. - an image providing unit (11; 31) for providing a first image of a first object and a second image of a second object, wherein the first object and the second object are of the same type, - a model providing unit for providing a model of the first object and of the second object, wherein the model comprises an outer surface mesh and an inner volumetric mesh coupled to the outer surface mesh, and - an adaptation unit for adapting the model to the first image for generating a first adapted model and to the second image for generating a second adapted model, wherein the inner volumetric mesh is adapted based on an internal energy, and wherein the adaptation unit is adapted to determine the internal energy by determining deviations between a shape model, which is registered with the model being adapted under boundary conditions imposed by the outer surface mesh and which represents the shape of the inner structure of an object, and the adapted inner volumetric mesh, and - a corresponding image elements determining unit for determining corresponding image elements in the first image and in the second image based on spatial positions of first image elements in the first image with respect to the first adapted model and spatial positions of second image elements in the second image with respect to the second adapted model.
A replaceable component for a liquid-bearing domestic appliance, which comprises at least one antibiotic agent inside or on its surface and which can be fixed replaceably inside a rinsing tub, sump and/or insert of the liquid-bearing domestic appliance, wherein the at least one antibiotic agent is part of a construction material of the replaceable component, in particular of a resin composition and/or a plastic composition and/or a fabric, characterized in that it is adapted to be accommodated inside a sump of a dishwasher below a cylindrical filter arrangement arranged within the sump and/or in that the replacable component can be fixed replaceably inside an insert of the liquid-bearing domestic appliance which is a spraying arm.
Pneumatic vehicle tyre comprising a profiled tread with radially raised profile elements that are spaced apart from one another by grooves (5, 6, 7, 8) and are outwardly bounded in the radial direction by a radially outer radially outer surface forming the ground contact surface, wherein, in the radially outer surface of at least one profile element, sipes are formed arranged one behind the other in the circumferential direction U of the pneumatic vehicle tyre, which respectively extend through the profile element in the axial direction A of the pneumatic vehicle tyre and of which the greatest directional component of their extent is aligned in the axial direction A of the pneumatic vehicle tyre, wherein a portion of the circumferential extent of the profile element is respectively formed between two sipes arranged adjacently one behind the other in the circumferential direction U, wherein, in the radially outer surface, ultrafine grooves are arranged in at least one portion of the circumferential extent of the profile element, spaced apart from one another by a distance d, which are respectively formed with a width b, with b ≤ 0.3 mm, and with a depth T, with T ≤ 0.5 mm, characterized in that the ultrafine grooves formed in a portion of the circumferential extent of a profile element are respectively aligned so as to extend parallel to one another in the radially outer surface and, starting from one of the two sipes, extend to the other sipe to include an angle of inclination α, with 40° ≤ α ≤ 60°, to the circumferential direction U and end at a distance a from this other sipe and in that the width b is formed with 0.1 mm ≤ b.
Opto-electronic distance measuring device, in particular a laser distance measuring device, having: • a transmitting unit having a driver stage for a light source, in particular a semiconductor light source, for emitting optical pulses as pulsed-mode-intensity-modulated optical radiation, • a receiving unit for receiving a portion of the optical radiation, said portion being reflected from a target object, and converting it into an electrical reception signal, by means of a photosensitive electrical component, in particular a photodiode, • an analogue-digital converter for digitizing the reception signal, and • an electronic evaluation unit which is designed in such a way that a distance from the target object is ascertainable on the basis of a signal propagation time using the digitized reception signal, characterized in that the driver stage is designed in such a way that at least two pulse durations (T1, T2, T3) of different length for the optical pulses can be set, in particular wherein extension of the pulse duration (T1, T2, T3) allows expansion of a distance measurement range, as a maximum ascertainable distance, to be achieved, and wherein the electronic evaluation unit is designed in such a way that the setting of the pulse duration (T1, T2, T3) is taken as a basis for using a configurable filter to set a bandwidth for the reception signal, wherein extension of the pulse duration (T1, T2, T3) involves reduction of the bandwidth with a lowering of an upper cutoff frequency for a low-pass-filter characteristic of the filter. • a transmitting unit having a driver stage for a light source, in particular a semiconductor light source, for emitting optical pulses as pulsed-mode-intensity-modulated optical radiation, • a receiving unit for receiving a portion of the optical radiation, said portion being reflected from a target object, and converting it into an electrical reception signal, by means of a photosensitive electrical component, in particular a photodiode, • an analogue-digital converter for digitizing the reception signal, and • an electronic evaluation unit which is designed in such a way that a distance from the target object is ascertainable on the basis of a signal propagation time using the digitized reception signal,
A foil for a cathode of a capacitor, comprising: an aluminum foil; and a carbon-containing layer formed on a surface of said aluminum foil, the foil further comprising: an interposition layer that is formed between said aluminum foil and said carbon-containing layer and contains aluminum and carbon, wherein said carbon-containing layer is formed so as to extend outward from the surface of said aluminum foil so that the surface area of the aluminum foil is increased. an aluminum foil; and a carbon-containing layer formed on a surface of said aluminum foil, the foil further comprising: an interposition layer that is formed between said aluminum foil and said carbon-containing layer and contains aluminum and carbon, wherein said carbon-containing layer is formed so as to extend outward from the surface of said aluminum foil so that the surface area of the aluminum foil is increased. an interposition layer that is formed between said aluminum foil and said carbon-containing layer and contains aluminum and carbon, wherein said carbon-containing layer is formed so as to extend outward from the surface of said aluminum foil so that the surface area of the aluminum foil is increased.
A gas turbine combustor comprising a burner including a plurality of fuel nozzles for injecting fuel and an air hole plate positioned on a downstream side of the fuel nozzles and configured by each of the fuel nozzles and a plurality of air holes arranged in pairs with each of the fuel nozzles, and a combustion chamber for mixing fuel injected from the fuel nozzles and air injected from the air holes and burning the mixed fuel, characterized in that each of the fuel nozzles is provided with a projection in which a part of an outer edge of an axial perpendicular section of the fuel nozzle is protruded outward; the projection is arranged so as to be directed toward a center of the gas turbine combustor; and the projection of the fuel nozzle is positioned on a downstream side of a flow of combustion air flowing around each of the fuel nozzles.
A method of determining a protein in a sample, comprising the steps of: (a) Providing an aptamer, which is functionalised at the 5'-end with a labeling reagent comprising a photo-activatable crosslinking moiety and a labeling moiety selected from the group consisting of biotin and desthiobiotin; and a linker moiety connecting the labeling reagent to the 5'-end of the aptamer; (b) Incubating a sample comprising an aptamer target protein with the functionalised aptamer of step (a); (c) Irradiating the sample with ultraviolet light for crosslinking the aptamer via the photoactivatable crosslinking moiety to the protein; and (d) Determining the protein via the labeling moiety. (a) Providing an aptamer, which is functionalised at the 5'-end with a labeling reagent comprising a photo-activatable crosslinking moiety and a labeling moiety selected from the group consisting of biotin and desthiobiotin; and a linker moiety connecting the labeling reagent to the 5'-end of the aptamer; (b) Incubating a sample comprising an aptamer target protein with the functionalised aptamer of step (a); (c) Irradiating the sample with ultraviolet light for crosslinking the aptamer via the photoactivatable crosslinking moiety to the protein; and (d) Determining the protein via the labeling moiety.