mhurhangee/ep-ind-claims huggingface dataset:
A hybrid prosthetic heart valve for implant at a heart valve annulus, comprising: a valve member having a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end, the valve member having valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice and a compressible sealing ring encircling the inflow end of the annular support structure; an expandable stent secured to the inflow end of the annular support structure and extending therefrom to an inflow edge, the stent comprising a generally tubular stent frame formed by struts, the stent frame being covered by a thin fabric layer; and a narrow band of fabric circumscribing the stent outside of the thin fabric layer forming a series of pockets around the stent open to an inflow direction. a valve member having a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end, the valve member having valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice and a compressible sealing ring encircling the inflow end of the annular support structure; an expandable stent secured to the inflow end of the annular support structure and extending therefrom to an inflow edge, the stent comprising a generally tubular stent frame formed by struts, the stent frame being covered by a thin fabric layer; and a narrow band of fabric circumscribing the stent outside of the thin fabric layer forming a series of pockets around the stent open to an inflow direction.
Suspension device for suspending a food storage container in a freely projecting manner, with a central rail for directly suspending a food storage container, wherein the central rail is U-shaped and is embodied in one piece from metal, characterised in that a holding part (5, 7) is a plate with two layers and the holding part (5, 7) is embodied in one piece and a first plate layer is oriented parallel to a second plate layer of the holding part (5, 7), wherein the two plate layers (8, 9) are produced by way of bending.
A photovoltaic module, comprising: at least one solar cell; an encapsulant laminated to encapsulate upper and lower surfaces of the at least one solar cell; a transparent insulating substrate laminated on an upper surface of the encapsulant; and a back sheet laminated on a lower surface of the encapsulant, characterized in that the back sheet is formed by sequentially laminating polyethylene layer, polyethyleneterephthalate layer, and polyvinylidene fluoride (PVDF) layer, starting from the lower surface of the encapsulant, wherein the PE layer has a thickness in the range of 80 to 250μm, the PET layer in the range of 150 to 200μm, and the PVDF layer in the range of 10 to 50μm. at least one solar cell; an encapsulant laminated to encapsulate upper and lower surfaces of the at least one solar cell; a transparent insulating substrate laminated on an upper surface of the encapsulant; and a back sheet laminated on a lower surface of the encapsulant, characterized in that the back sheet is formed by sequentially laminating polyethylene layer, polyethyleneterephthalate layer, and polyvinylidene fluoride (PVDF) layer, starting from the lower surface of the encapsulant, wherein the PE layer has a thickness in the range of 80 to 250μm, the PET layer in the range of 150 to 200μm, and the PVDF layer in the range of 10 to 50μm.
A method for operating a safety system of an elevator system having - a control unit, - a bus, - a plurality of bus nodes, which are connected to the control unit via the bus, characterised by - a plurality of participants (61a-63a, 74a, 75, 76, 87, 88, 89), of which at least one participant is designed as a temporary participant, and which are connected to the control unit via a bus node, wherein - the temporary participant is logged out of the safety system by - A) giving notice of a disconnection of the temporary participant from the safety system by means of a manipulation of the safety system, and - B) disconnecting the temporary participant from the safety system. - a control unit, - a bus, - a plurality of bus nodes, which are connected to the control unit via the bus, characterised by - a plurality of participants (61a-63a, 74a, 75, 76, 87, 88, 89), of which at least one participant is designed as a temporary participant, and which are connected to the control unit via a bus node, wherein - the temporary participant is logged out of the safety system by - A) giving notice of a disconnection of the temporary participant from the safety system by means of a manipulation of the safety system, and - B) disconnecting the temporary participant from the safety system.
An apparatus for dispensing fluid material, comprising: a container having a receptacle for receiving a refillable cartridge, the container having a lid cooperating with the container to enclose the refillable cartridge, the container further comprising an exit port and a channel for communicating fluid material from the refillable cartridge to the exit port, and a button for controlling the flow of material out of the refillable cartridge; a refillable cartridge sized to be received in the receptacle, the refillable cartridge including compressed gas and fluid material separated by a bi-conical force transfer device, the refillable cartridge further comprising a first end having a material inlet and an outlet manifold, and a second end having a compressed gas inlet; characterized in that an inner wall and arrestor of the refillable cartridge and the bi-conical force transfer device are treated with a treatment to increase their surface roughness with respect to the moving fluid material. a container having a receptacle for receiving a refillable cartridge, the container having a lid cooperating with the container to enclose the refillable cartridge, the container further comprising an exit port and a channel for communicating fluid material from the refillable cartridge to the exit port, and a button for controlling the flow of material out of the refillable cartridge; a refillable cartridge sized to be received in the receptacle, the refillable cartridge including compressed gas and fluid material separated by a bi-conical force transfer device, the refillable cartridge further comprising a first end having a material inlet and an outlet manifold, and a second end having a compressed gas inlet; characterized in that an inner wall and arrestor of the refillable cartridge and the bi-conical force transfer device are treated with a treatment to increase their surface roughness with respect to the moving fluid material.
A topical cosmetic composition comprising: an effective amount of a photosynthetic cell extract, wherein the extract comprises functional thylakoids, in admixture with another sunscreen and an acceptable carrier, wherein the effective amount of the extract is from about 0.01% to about 0.1% based upon the total weight of the composition for use to provide prolonged protection to skin against oxidative damage induced by ultra-violet radiation.
Gripping device for gripping a single-layer or multi-layer structure, characterised in that it includes: - a main body comprising a top face and a bottom face, opposite the top face, the main body including a system for applying suction to the structure located on the bottom face of the main body intended to be facing the structure, - at least three systems for gripping the structure, which are connected to the main body, each gripping system including a gripping head, capable of rotating about the three axes (X, Y, Z) of a Cartesian coordinate system, provided with a notch for holding the structure in position, - at least three systems for blowing a gas onto the structure, which are respectively associated with said at least three gripping systems, to hold the structure at a distance from the main body, - a device for actuating the gripping of the structure, which is configured to ensure suction via the suction system, blowing via said at least three blowing systems and rotation of the gripping heads to allow the structure to be gripped. - a main body comprising a top face and a bottom face, opposite the top face, the main body including a system for applying suction to the structure located on the bottom face of the main body intended to be facing the structure, - at least three systems for gripping the structure, which are connected to the main body, each gripping system including a gripping head, capable of rotating about the three axes (X, Y, Z) of a Cartesian coordinate system, provided with a notch for holding the structure in position, - at least three systems for blowing a gas onto the structure, which are respectively associated with said at least three gripping systems, to hold the structure at a distance from the main body, - a device for actuating the gripping of the structure, which is configured to ensure suction via the suction system, blowing via said at least three blowing systems and rotation of the gripping heads to allow the structure to be gripped.
A system comprising: a processor core (112, 112); a cache (124, 126) coupled to the processor core (112, 112); characterized in that the system further comprises: a controller circuit to load a hardware initialization code into a portion of the cache (124, 126) before beginning execution of the hardware initialization code after a power on of the system; wherein the processor core (112, 112) is one of a plurality of processor cores, and the hardware initialization code executes on the plurality of processor cores in parallel using the portion of the cache (124, 126) as the memory, wherein the cache (124, 126) is shared by the plurality of processor cores and a graphics core. a processor core (112, 112); a cache (124, 126) coupled to the processor core (112, 112); characterized in that the system further comprises: a controller circuit to load a hardware initialization code into a portion of the cache (124, 126) before beginning execution of the hardware initialization code after a power on of the system; wherein the processor core (112, 112) is one of a plurality of processor cores, and the hardware initialization code executes on the plurality of processor cores in parallel using the portion of the cache (124, 126) as the memory, wherein the cache (124, 126) is shared by the plurality of processor cores and a graphics core. a controller circuit to load a hardware initialization code into a portion of the cache (124, 126) before beginning execution of the hardware initialization code after a power on of the system; wherein the processor core (112, 112) is one of a plurality of processor cores, and the hardware initialization code executes on the plurality of processor cores in parallel using the portion of the cache (124, 126) as the memory, wherein the cache (124, 126) is shared by the plurality of processor cores and a graphics core.
Primary optical element for a motor vehicle lighting module, comprising a single monoblock input member and a corrective part, the input member having at least one input face intended to receive light, the input member being connected at output to the corrective part, the corrective part comprising a light output face, at least partly in the shape of a substantially spherical dome, the input member and the corrective part forming a monoblock structure, characterized in that a vertical profile of the input face of the input member has a convex first part and a second part that is planar or concave.
A lead-free aviation gasoline (AVGAZ) composition without any oxygenated compound comprising: from 14 to 22% by volume of isopentane (2-methyl-butane), from 30 to 40% by volume of isooctane (2,2,4-trimethyl-pentane), from 8 to 20% by volume of aromatics including 4 to 9% by volume of toluene, and containing not more than 1% of triptane (2,2,3-trimethyl-butane) and not more than 4% of 2,2,3-trimethyl-pentane. from 14 to 22% by volume of isopentane (2-methyl-butane), from 30 to 40% by volume of isooctane (2,2,4-trimethyl-pentane), from 8 to 20% by volume of aromatics including 4 to 9% by volume of toluene, and containing not more than 1% of triptane (2,2,3-trimethyl-butane) and not more than 4% of 2,2,3-trimethyl-pentane.
A method of operating an optical absorption gas sensor for detecting an analyte gas, the sensor comprising a gas sample receiving chamber, at least one light emitting diode and a photosensor having an output signal sensitive to the amount of light received by the photosensor, the method comprising the steps of generating a plurality of pulses of light by passing a plurality of pulses of current through the at least one LED, characterised in that the method further comprises measuring the current through the at least one LED a plurality of times during each said pulse, thereby measuring the shape of each said light pulse, and generating a compensated signal indicative of the concentration of an analyte gas in the gas sample receiving chamber taking into account both the photosensor output signal and the plurality of measurements of the current through the at least one LED.
An olefin polymerization process to produce an ethylene copolymer, the process comprising contacting ethylene and at least one alpha olefin having from 3-8 carbon atoms with a polymerization catalyst in a gas phase reactor; wherein the ethylene copolymer has a density of from 0.916 g/cm 3 to 0.936 g/cm 3, a melt index (I 2) of from 0.1 g/10min to 2.0 g/10min, a melt flow ratio (I 21 /I 2) of greater than 22 but less than 42, a molecular weight distribution (M w /M n) of from 2.3 to 5.0, a reverse comonomer distribution profile as determined by GPC-FTIR, and a composition distribution breadth index CDBI 50 of from 45 wt% to 80 wt% as determined by TREF; the polymerization catalyst comprises a phosphinimine catalyst, a passivated support and a co-catalyst; and the passivated support comprises silica which has been treated with i) an organoaluminum compound and ii) magnesium chloride; wherein the magnesium chloride is generated by addition of a diorganomagnesium compound and a source of chloride to the organoaluminum treated silica, provided that the source of chloride is not a transition metal chloride; and wherein the phosphinimine catalyst has the formula: (1-R ¥ -Indenyl)((t-Bu) 3 P=N)TiX 2, where R ¥ is an alkyl group, an aryl group or a benzyl group and wherein each of the alkyl group, the aryl group, and the benzyl group is unsubstituted or is substituted by at least one fluoride atom; and X is an activatable ligand.
A waste container, said waste container comprising a container body for picking up waste, said container body comprising a container base and at least one container wall (12, 13, 14, 15), wherein one single shelf device for temporary storage of a waste portion is provided, said single shelf device being detachably mounted inside the container body on one container wall (12, 13, 14, 15), characterized in that the single shelf device is detachably mounted on the container wall (12, 13, 14, 15) in the upper third thereof as seen from the container base in direction of an upper edge of the container wall (12, 13, 14, 15), that the single shelf device is formed as an arrangement of rods (31 - 37), said arrangement of rods (31 - 37) providing a curved or looped or strapped or meander shaped configuration and being formed in a way that the rods (31 - 37) themselves cover a minimum of surface area and providing a maximum of support points for supporting the waste portion.
Device for placing a plug into a syringe or carpule while simultaneously checking a correct position alignment of the plug, with - a holding element for fixing a hollow body of a syringe or carpule, which has at least one first and one second opening (21, 25); - a plug placement means being designed such that the plug can be inserted into the second opening of the hollow body by means of the plug placement means; with - a measuring head that is traversed by at least one channel, the channel being designed such that it can be brought into fluid connection with the first opening of the hollow body, and with - a pressure sensor, which is in fluid connection with the channel of the measuring head. - a holding element for fixing a hollow body of a syringe or carpule, which has at least one first and one second opening (21, 25); - a plug placement means being designed such that the plug can be inserted into the second opening of the hollow body by means of the plug placement means; with - a measuring head that is traversed by at least one channel, the channel being designed such that it can be brought into fluid connection with the first opening of the hollow body, and with - a pressure sensor, which is in fluid connection with the channel of the measuring head.
A method for wireless communication, comprising: identifying a wireless device as being a relay device; and selecting a channel state information reference signal "CSI-RS" configuration such that at least one CSI-RS is transmitted to the wireless device in a subset of subframes assigned to relay backhaul transmissions, characterised by the subset of subframes having resource blocks "RBs" that include resource elements "REs" assigned to an antenna port, and the CSI-RS configuration changing antenna port assignments for the at least one CSI-RS in at least a portion of the REs across the RBs in the subset of subframes to allow power boosting of the at least one CSI-RS. identifying a wireless device as being a relay device; and selecting a channel state information reference signal "CSI-RS" configuration such that at least one CSI-RS is transmitted to the wireless device in a subset of subframes assigned to relay backhaul transmissions, characterised by the subset of subframes having resource blocks "RBs" that include resource elements "REs" assigned to an antenna port, and the CSI-RS configuration changing antenna port assignments for the at least one CSI-RS in at least a portion of the REs across the RBs in the subset of subframes to allow power boosting of the at least one CSI-RS.
Condensate collection container for a tumble dryer, comprising a device for removing the condensate at a coupling point, a tube and a filter head, the tube extending from the coupling point into the interior of the collection container, characterised in that the hat-shaped filter head comprising a tube-side cylindrical region and a pointed end region is arranged at the end of the tube opposite the coupling point, the end region having two flat filter elements of which the main expansion surfaces are oriented obliquely to the tube axis, the filter screens of the filter elements being aligned with one another in a V shape.
An electron irradiation apparatus of DC-type dielectric barrier discharge, comprising: a DC power supply; a DC high voltage generator connected to the DC power supply; a cathode electrode connected to a negative output terminal of the DC high voltage generator; an anode electrode connected to a positive output terminal of the DC high voltage generator; and a dielectric material closely attached to a surface of the cathode electrode facing to the anode electrode, the dielectric material together with the cathode electrode constituting a dielectric discharge electrode, wherein the DC high voltage generator is configured to apply a constant DC high voltage between the dielectric discharge electrode and the anode electrode, wherein electrons are continuously discharged unidirectionally and by planar discharge from a surface of the dielectric material to a region arranged between the dielectric discharge electrode and the anode electrode; wherein the DC high voltage generator comprises a current controlling circuit configured to adjust a maximum current flowing between the electrodes (7, 9) at a pre-set current value; characterized in that: the current controlling circuit comprises: a variable voltage power supply circuit; a high voltage rectifier circuit; a feedback controlling circuit; a resistor serially connected between the feedback controlling circuit and the anode electrode; and wherein the feedback controlling circuit is configured to detect the voltage at the terminals of the resistor and to control the variable voltage supply circuit such that the current flowing between the anode and cathode electrodes does not to exceed the pre-set current value, thereby preventing an excess current due to changes in humidity and temperature. a DC power supply; a DC high voltage generator connected to the DC power supply; a cathode electrode connected to a negative output terminal of the DC high voltage generator; an anode electrode connected to a positive output terminal of the DC high voltage generator; and a dielectric material closely attached to a surface of the cathode electrode facing to the anode electrode, the dielectric material together with the cathode electrode constituting a dielectric discharge electrode, wherein the DC high voltage generator is configured to apply a constant DC high voltage between the dielectric discharge electrode and the anode electrode, wherein electrons are continuously discharged unidirectionally and by planar discharge from a surface of the dielectric material to a region arranged between the dielectric discharge electrode and the anode electrode; wherein the DC high voltage generator comprises a current controlling circuit configured to adjust a maximum current flowing between the electrodes (7, 9) at a pre-set current value; the current controlling circuit comprises: a variable voltage power supply circuit; a high voltage rectifier circuit; a feedback controlling circuit; a resistor serially connected between the feedback controlling circuit and the anode electrode; and
Process for reducing the polycyclic aromatic hydrocarbon content of a liquid medium, said PAHs optionally containing, in their cyclic structure, one or more heteroatoms chosen from N, O and S, comprising: (a) bringing said liquid medium into contact with at least one appropriate oxidizing agent in the presence of at least one haemoprotein, chosen from haemoglobins and myoglobins, immobilized on or in finely divided inorganic solid particles having an average size, determined by laser particle size analysis, of between 5 nm and 1 mm, preferably between 10 nm and 100 μm, under reaction conditions which allow the oxidation of the optionally sulphur-containing and/or nitrogen-containing and/or oxidized polycyclic aromatic hydrocarbons by the oxidizing agent, the haemoprotein being attached by adsorption at the surface of the particles and/or in the pores thereof, or the haemoprotein being attached in the inorganic matrix of the particles by trapping during the process for the sol-gel synthesis thereof, the amount of haemoprotein immobilized on or in the inorganic particles being between 10 and 200 mg/g of inorganic particles and (b) separating the immobilized haemoprotein from the liquid medium. (a) bringing said liquid medium into contact with at least one appropriate oxidizing agent in the presence of at least one haemoprotein, chosen from haemoglobins and myoglobins, immobilized on or in finely divided inorganic solid particles having an average size, determined by laser particle size analysis, of between 5 nm and 1 mm, preferably between 10 nm and 100 μm, under reaction conditions which allow the oxidation of the optionally sulphur-containing and/or nitrogen-containing and/or oxidized polycyclic aromatic hydrocarbons by the oxidizing agent, the haemoprotein being attached by adsorption at the surface of the particles and/or in the pores thereof, or the haemoprotein being attached in the inorganic matrix of the particles by trapping during the process for the sol-gel synthesis thereof, the amount of haemoprotein immobilized on or in the inorganic particles being between 10 and 200 mg/g of inorganic particles and (b) separating the immobilized haemoprotein from the liquid medium.