mhurhangee/ep-ind-claims huggingface dataset:
Luminaire with a light outlet surface and a light source (13; 41, 43; 56; 74; 104a, 104b; 116; 133a, 133b), with which, arranged in the beam path from the light source (13; 41, 43; 56; 74; 104a, 104b; 116; 133a, 133b) to the light outlet surface, is a transparent element (3; 39; 54; 72; 100; 112; 132a, 132b) with a light refractive structure on a contact surface between two media with different refraction indices and a reflector configuration (5, 15; 35, 37, 45,47; 52, 58, 62; 70, 76; 102, 106a, 106b; 120; 136a, 136b), wherein the light refractive structure produces a screening of the light radiated by the light outlet surface in at least one plane perpendicular to the light outlet surface, wherein the reflective surface or the reflective surfaces of the reflector configuration (5, 15; 35, 37, 45,47; 52, 58, 62; 70, 76; 102, 106a, 106b; 120; 136a, 136b) is or are aligned in respect of its orientation to the beam impinging on it in the said beam path and the reflection angle deriving from this is aligned in such a way that the angle range in which the light leaving the reflector configuration runs in the beam path is limited in such a way that, at least in one plane perpendicular to the light outlet surface, a light emission above a limit angle in relation to a perpendicular to the light outlet surface is essentially prevented, such that screening is produced, wherein the light refractive structure in this plane does not produce any screening or a weaker screening than the screening produced by the reflector configuration (5, 15; 35, 37, 45,47; 52, 58, 62; 70, 76; 102, 106a, 106b; 120; 136a, 136b), characterized in that the luminaire comprises a hollow light conductor (1; 31, 33; 50; 110; 130a, 130b), into which, from at least one light coupling-in side, light from a light source (13; 41, 43; 56; 74; 104a, 104b) is coupled in, and from which, on at least one coupling-out side, light is coupled out via the element with the light refractive structure, such that the coupled-out light is radiated away at the light outlet surface of the luminaire, and a reflector configuration (5, 15; 35, 37, 45,47; 52, 58, 62; 70, 76; 102, 106a, 106b; 120; 136a, 136b), which deflects light from the light source to the light refractive structure, in a surface perpendicular to the light coupling-out side of the hollow light conductor, limits the incidence angle (γ) onto the light refractive structure essentially to values below a limit angle (γ max) in relation to a perpendicular in the light refractive structure.
A parking assist device for calculating a parking path from a current position of an own vehicle to a target parking position, the parking assist device being characterized by: - a backward-direction-path calculation unit configured to calculate a backward-direction path for taking the own vehicle out from the target parking position based on constraint conditions of a parking space and an own-vehicle behavior and the number of vehicle direction changes of the own vehicle; - a connection-candidate-position storage unit configured to set a plurality of connection candidate positions on the backward-direction path; - a forward-direction-path calculation unit configured to sequentially calculate paths respectively leading to the plurality of connection candidate positions from the current position of the own vehicle based on the number of vehicle direction changes of the own vehicle and the current position of the own vehicle, to select a connection candidate position to which a path having a shortest moving distance from the current position of the own vehicle leads, and to determine the path leading to the selected connection candidate position as a forward-direction path; and - a parking-path setting unit configured to set the parking path by combining the backward-direction path and the forward-direction path. - a backward-direction-path calculation unit configured to calculate a backward-direction path for taking the own vehicle out from the target parking position based on constraint conditions of a parking space and an own-vehicle behavior and the number of vehicle direction changes of the own vehicle; - a connection-candidate-position storage unit configured to set a plurality of connection candidate positions on the backward-direction path; - a forward-direction-path calculation unit configured to sequentially calculate paths respectively leading to the plurality of connection candidate positions from the current position of the own vehicle based on the number of vehicle direction changes of the own vehicle and the current position of the own vehicle, to select a connection candidate position to which a path having a shortest moving distance from the current position of the own vehicle leads, and to determine the path leading to the selected connection candidate position as a forward-direction path; and - a parking-path setting unit configured to set the parking path by combining the backward-direction path and the forward-direction path.
Ophthalmological device for the treatment of keratoconus, comprising: - a cylindrical reservoir made of non-conductive material with an open bottom, said reservoir being formed by a lower portion and an upper portion telescopically engaged together, said reservoir being fed during the use from the above with a hydrating solution, - a cylindrical chamber of small diameter than the cylindrical reservoir and adjoining said reservoir at the open bottom of said lower portion, said cylindrical chamber being open at the bottom, - an external annular chamber concentrically arranged around said cylindrical chamber and closed at the top and open at the bottom, - a first metallic conductor, housed in the lower portion of the cylindrical reservoir, connected to a terminal of a DC voltage generator, to the other terminal of which a second metallic conductor is connected, - a first conduit having one end flowing into the annular chamber, the other end of said conduit being suitable to be connected to a vacuum source characterized in that the first conduit is provided with closing means and in that the device further comprises a second conduit provided with closing means, one end of said second conduit passes through said annular chamber at its lower edge and flows into the cylindrical chamber, the other end being located externally to the said annular reservoir for the discharging of the hydrating solution - a cylindrical reservoir made of non-conductive material with an open bottom, said reservoir being formed by a lower portion and an upper portion telescopically engaged together, said reservoir being fed during the use from the above with a hydrating solution, - a cylindrical chamber of small diameter than the cylindrical reservoir and adjoining said reservoir at the open bottom of said lower portion, said cylindrical chamber being open at the bottom, - an external annular chamber concentrically arranged around said cylindrical chamber and closed at the top and open at the bottom, - a first metallic conductor, housed in the lower portion of the cylindrical reservoir, connected to a terminal of a DC voltage generator, to the other terminal of which a second metallic conductor is connected, - a first conduit having one end flowing into the annular chamber, the other end of said conduit being suitable to be connected to a vacuum source characterized in that the first conduit is provided with closing means and in that the device further comprises a second conduit provided with closing means, one end of said second conduit passes through said annular chamber at its lower edge and flows into the cylindrical chamber, the other end being located externally to the said annular reservoir for the discharging of the hydrating solution
A method for determining the position of a pipette relative to a well in a liquid handling system, the method comprising: distributing an electrical signal to the pipette, positioning at least two sensors (206A to 206D) relative to the well, the at least two sensors being laterally aligned with the well and in electrical communication with the electrical signal to the pipette, generating an electrical signal at the at least two sensors (206A to 206D) based on the electrical communication with the pipette, and, determining the position of the pipette relative to the at least two sensors (206A to 206D) based on the generated signals. distributing an electrical signal to the pipette, positioning at least two sensors (206A to 206D) relative to the well, the at least two sensors being laterally aligned with the well and in electrical communication with the electrical signal to the pipette, generating an electrical signal at the at least two sensors (206A to 206D) based on the electrical communication with the pipette, and, determining the position of the pipette relative to the at least two sensors (206A to 206D) based on the generated signals.
A bioabsorbable surgical osteosynthesis plate (1, 2, 4, 5) comprising at least one opening and wherein the plate is operable to be secured to a bone by at least one fastener through the at least one opening, said osteosynthesis plate comprising a flat section having first and second surfaces defining a main plane of the plate, the plate being formed from a polymer material that is oriented multiaxially and is substantially rigid and substantially deformable at a first thermochemical state, characterized in that in the multiaxially oriented structure of the plate the polymer material is arranged according to three or more different orientation axes along the main plane of the plate as a result of solid state drawing of the plate, the polymer material of the plate having isotropic mechanical tear properties in different directions along the main plane of the plate.
A pharmaceutical composition comprising as components: a. methylene-tetrahydrofolate; and b. cetuximab; for use in the treatment of cancer, wherein said composition is for administration in isolation of 5-fluorouracil, and in isolation of analogues, prodrugs and/or metabolites of 5-fluorouracil. a. methylene-tetrahydrofolate; and b. cetuximab;
A pharmaceutically-acceptable composition suitable for intranasal administration, which composition is in the form of an amorphous powder comprising: (a) a pharmacologically-effective dosage amount of epinephrine, or a pharmaceutically-acceptable salt thereof; (b) a pharmaceutically-acceptable carrier material, which carrier material comprises a combination of a disaccharide and a polymeric material comprising a dextrin and/or hydroxypropylmethyl cellulose; and (c) a sucrose ester, wherein the particles of the powder comprise an amorphous composite of epinephrine or salt thereof and the carrier material. (a) a pharmacologically-effective dosage amount of epinephrine, or a pharmaceutically-acceptable salt thereof; (b) a pharmaceutically-acceptable carrier material, which carrier material comprises a combination of a disaccharide and a polymeric material comprising a dextrin and/or hydroxypropylmethyl cellulose; and (c) a sucrose ester,
A method for identifying a java window control, comprising: acquiring attribute information of all controls in a current java window, wherein the attribute information of the controls comprises position information of all controls; acquiring position information of current location; and determining a target control corresponding to the current location according to the position information of the current location and the position information of all controls, wherein the step of acquiring attribute information of all controls in a current java window comprises: acquiring draw primitives of all controls in the current java window from a current java process; and acquiring the attribute information of the controls from the draw primitives, wherein the step of acquiring position information of current location comprises: acquiring position information of a position where a current mouse cursor is located. acquiring attribute information of all controls in a current java window, wherein the attribute information of the controls comprises position information of all controls; acquiring position information of current location; and determining a target control corresponding to the current location according to the position information of the current location and the position information of all controls, wherein the step of acquiring attribute information of all controls in a current java window comprises: acquiring draw primitives of all controls in the current java window from a current java process; and acquiring the attribute information of the controls from the draw primitives, wherein the step of acquiring position information of current location comprises: acquiring position information of a position where a current mouse cursor is located. acquiring draw primitives of all controls in the current java window from a current java process; and acquiring the attribute information of the controls from the draw primitives, wherein the step of acquiring position information of current location comprises: acquiring position information of a position where a current mouse cursor is located.
A method for manufacturing an electrothermal film layer, wherein the electrothermal film layer is formed on a surface of an insulating substrate by subjecting a mixture comprising tin dioxide, antimony and fluorine to spraying, deposition or evaporation, and the electrothermal film layer and the insulating substrate are subjected to annealing, characterised in that based on a total mass of the mixture an amount of antimony is in a range of 1.0 to 2.0%, and an amount of fluorine is in a range of 0.1 to 0.3%.
A system for use in a computing environment which includes a traffic director component, comprising: a traffic director having one or more traffic director instances, which is configured to receive and communicate requests, from clients, to origin servers provided as one or more pools of servers (684, 685); a InfiniBand network infrastructure, which provides communication protocols or sockets for use by the origin servers in receiving requests from the traffic director; one or more protocol terminator/emulators for use with the communication protocols or sockets; and an inbound socket configuration and an outbound socket configuration in the traffic director; wherein the traffic director, when receiving a request directed to a particular origin server, operates to: determine a server pool from the one or more pools of servers associated with the particular origin server to which to communicate the request: determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool. a traffic director having one or more traffic director instances, which is configured to receive and communicate requests, from clients, to origin servers provided as one or more pools of servers (684, 685); a InfiniBand network infrastructure, which provides communication protocols or sockets for use by the origin servers in receiving requests from the traffic director; one or more protocol terminator/emulators for use with the communication protocols or sockets; and an inbound socket configuration and an outbound socket configuration in the traffic director; wherein the traffic director, when receiving a request directed to a particular origin server, operates to: determine a server pool from the one or more pools of servers associated with the particular origin server to which to communicate the request: determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool. determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool.
Lounger bag having a number of bags (4, 10, 36) for receiving objects and having a tab for releasable, suspended attachment to sitting or reclining furniture, - wherein the tab is wrapped around a substantially horizontal transverse element of the sitting or reclining furniture when it is in the state of being attached to the sitting or reclining furniture, - wherein it has two complementary connection elements (18, 20) out of which a primary connection element is positioned on the tab, such that a loop is formed in a reversibly releasable manner by means of the tab by connecting the connection elements (18, 20), said loop encompassing the substantially horizontal transverse element of the sitting or reclining furniture when it is in the state of being attached to the sitting or reclining furniture, - wherein it has a main bag having a front side and having a rear side opposite this, wherein the tab is moulded on one side on the main bag or is connected unreleasably to this and wherein a secondary connection element complementing the primary connection element is arranged on the rear side and - wherein the tab is moulded on one side on the main bag in the upper region of the rear side or is unreleasably connected to this and wherein the secondary connection element complementing the primary connection element is arranged in the upper region of the rear side. - wherein the tab is wrapped around a substantially horizontal transverse element of the sitting or reclining furniture when it is in the state of being attached to the sitting or reclining furniture, - wherein it has two complementary connection elements (18, 20) out of which a primary connection element is positioned on the tab, such that a loop is formed in a reversibly releasable manner by means of the tab by connecting the connection elements (18, 20), said loop encompassing the substantially horizontal transverse element of the sitting or reclining furniture when it is in the state of being attached to the sitting or reclining furniture, - wherein it has a main bag having a front side and having a rear side opposite this, wherein the tab is moulded on one side on the main bag or is connected unreleasably to this and wherein a secondary connection element complementing the primary connection element is arranged on the rear side and - wherein the tab is moulded on one side on the main bag in the upper region of the rear side or is unreleasably connected to this and wherein the secondary connection element complementing the primary connection element is arranged in the upper region of the rear side.
A horseshoe crab Factor C having activity of Factor C, which contains (α-2,3) linked terminal sialic acid in a greater amount, as compared with a native Factor C and a horseshoe crab Factor C expressed in Sf9 as a host cell, which is prepared by use of CHO DG44 cells as a host cell, and which exhibits a residual activity of 10% or higher in the presence of 21 mM sodium citrate, wherein the activity of Factor C is an activity that the Factor C is activated in the presence of endotoxin to convert Factor B into activated Factor B.
Assembly of a plurality of tiles with a deformable carrier, said tiles comprising a foil with an electro-physical transducer and electrical connectors (24, 28) to said transducer, wherein the tiles are individually mechanically coupled to the carrier and the tiles overlay according to a fish scale pattern, characterized in that further said tiles are individually electrically coupled to the carrier such that the carrier can be arbitrarily deformed while the transducers convert an electrical signal into a physical phenomenon or a physical phenomenon into an electrical signal.
A titanium based carbonitride alloy containing Ti, Nb, Ta, W, C, N and Co characterized in that the alloy consists of 15-20 wt% Co, 5-11 wt% Ta, 2-7 wt% Nb, 33-50 wt% Ti, C, N and balance being W in the interval of 14-20 wt%, wherein the Ta/Nb weight ratio is 1.8 to 2.1, wherein the overall N/C weight ratio is between 0.6-0.75, that the relative saturation magnetization is 0.60 to 0.90, preferably 0.65 to 0.80, and the magnetic coercivity HC=(18.2-0.2*Co wt%) +/- E kA/m, where E is 2.0, preferably 1.5, and that a hard constituent powders of TiC x N 1-x having x in the range 0.45-0.55 and an FSSS grain size of 1 to 2 μm is used when manufacturing the carbonitride alloy.
An ultrasonic probe configured to transmit ultrasonic vibrations, generated by an ultrasonic vibrator, from a proximal end to a distal end of the ultrasonic probe, the ultrasonic probe comprising: a probe body having an outer peripheral portion provided along a longitudinal axis; and a void defining surface (25, 75) which defines a void (24, 74) in the probe body along the longitudinal axis, wherein the void (24, 74) extends in a first perpendicular direction, which is perpendicular to the longitudinal axis, and a second perpendicular direction, which is opposite to the first perpendicular direction, wherein at least a first-perpendicular-direction-side end of the void defining surface (25, 75) is continuous with the outer peripheral portion of the probe body, and wherein the probe body is configured to be attachable to a distal end of a horn, the distal end of the horn being at a first anti-node position of the ultrasonic vibrations, when the horn is coupled to the ultrasonic vibrator, characterized in that the void (24, 74) continuously extends from a proximal end of the void defining surface (25, 75) at the first anti-node position to a distal end of the void defining surface (25, 75) at a second anti-node position of the ultrasonic vibrations different from the first anti-node position, the ultrasonic probe further comprises a proximal connection portion integrally formed with and extending proximally from the probe body, a proximal end of the void (24, 74) communicates with an inside of the proximal connection portion, and the proximal connection portion is located on an inner peripheral side of the horn when the probe body is attached to the horn. a probe body having an outer peripheral portion provided along a longitudinal axis; and a void defining surface (25, 75) which defines a void (24, 74) in the probe body along the longitudinal axis, wherein the void (24, 74) extends in a first perpendicular direction, which is perpendicular to the longitudinal axis, and a second perpendicular direction, which is opposite to the first perpendicular direction, wherein at least a first-perpendicular-direction-side end of the void defining surface (25, 75) is continuous with the outer peripheral portion of the probe body, and wherein the probe body is configured to be attachable to a distal end of a horn, the distal end of the horn being at a first anti-node position of the ultrasonic vibrations, when the horn is coupled to the ultrasonic vibrator, characterized in that the void (24, 74) continuously extends from a proximal end of the void defining surface (25, 75) at the first anti-node position to a distal end of the void defining surface (25, 75) at a second anti-node position of the ultrasonic vibrations different from the first anti-node position, the ultrasonic probe further comprises a proximal connection portion integrally formed with and extending proximally from the probe body, a proximal end of the void (24, 74) communicates with an inside of the proximal connection portion, and the proximal connection portion is located on an inner peripheral side of the horn when the probe body is attached to the horn.