mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing a polycarbonate composition comprising: melt polymerizing a dihydroxy compound and a carbonate compound in the presence of a catalyst to form a polycarbonate; and adding 1 to 400 ppm of glycerol tristearate to form the polycarbonate composition, wherein the polycarbonate composition is unquenched, wherein the polycarbonate has a weight average molecular weight of 8,000 to 19,000 Daltons as determined by gel permeation chromatography and based on polycarbonate standards. melt polymerizing a dihydroxy compound and a carbonate compound in the presence of a catalyst to form a polycarbonate; and adding 1 to 400 ppm of glycerol tristearate to form the polycarbonate composition, wherein the polycarbonate composition is unquenched, wherein the polycarbonate has a weight average molecular weight of 8,000 to 19,000 Daltons as determined by gel permeation chromatography and based on polycarbonate standards.
A control and/or regulating apparatus, which is respectively connected via signal link to a first input apparatus, which is in particular operable by a doctor, and to a second input apparatus, which is in particular operable by a patient, wherein the control or regulating apparatus is programmed to control and/or to regulate in signal link with a blood treatment apparatus, which in turn is connected to a blood filter, a blood treatment of the patient, by performing the following steps: - controlling and/or regulating the blood treatment apparatus for the blood treatment of the patient, with a first setting, referred to as original setting, by using the first input apparatus for at least one treatment parameter; - checking, whether an input has occurred using the second input apparatus; - evaluating the input entered using the second input apparatus and/or specifying a second setting, referred to as target setting, for the at least one treatment parameter based on the input entered using the second input apparatus; and - controlling or regulating the blood treatment apparatus for the blood treatment of the patient with the second setting and/or controlling or regulating the blood treatment apparatus by adjusting or modifying the original setting according to the input or the target setting; wherein the second input apparatus enables qualitative inputs, and wherein the control or regulating apparatus is programmed to transform the qualitative input entered using the second input apparatus into target settings according to predetermined routines or rules. - controlling and/or regulating the blood treatment apparatus for the blood treatment of the patient, with a first setting, referred to as original setting, by using the first input apparatus for at least one treatment parameter; - checking, whether an input has occurred using the second input apparatus; - evaluating the input entered using the second input apparatus and/or specifying a second setting, referred to as target setting, for the at least one treatment parameter based on the input entered using the second input apparatus; and - controlling or regulating the blood treatment apparatus for the blood treatment of the patient with the second setting and/or controlling or regulating the blood treatment apparatus by adjusting or modifying the original setting according to the input or the target setting;
Method for the reconditioning and use of aircraft brake discs of the rear stator type with studs, the method comprising the steps of: - using a first disc during a first life as the rear stator disc with studs from a first stack of brake discs, the first disc having an initial thickness at the start of the first life, - using a second disc during a first life as the rear stator disc with studs from a second stack of brake discs, the second disc at the start of the first life being substantially identical to the first disc at the start of the first life, - after the first life of the first disc and the first life of the second disc, machining a friction surface on one of the discs and a rear surface on the other of the discs so that one of said surfaces comprises at least one shoulder and the other of said surfaces comprises at least one notch capable of cooperating with said shoulder, - nesting the first disc in the second disc such that the notch and the shoulder cooperate so as to centre the discs, - fixing the two discs to one another to form an assembled disc, the assembled disc having a thickness which is substantially identical to the initial thickness, - fixing studs to the assembled disc, - using the assembled disc during an additional life as the rear stator disc with studs from a third stack of brake discs. - using a first disc during a first life as the rear stator disc with studs from a first stack of brake discs, the first disc having an initial thickness at the start of the first life, - using a second disc during a first life as the rear stator disc with studs from a second stack of brake discs, the second disc at the start of the first life being substantially identical to the first disc at the start of the first life, - after the first life of the first disc and the first life of the second disc, machining a friction surface on one of the discs and a rear surface on the other of the discs so that one of said surfaces comprises at least one shoulder and the other of said surfaces comprises at least one notch capable of cooperating with said shoulder, - nesting the first disc in the second disc such that the notch and the shoulder cooperate so as to centre the discs, - fixing the two discs to one another to form an assembled disc, the assembled disc having a thickness which is substantially identical to the initial thickness, - fixing studs to the assembled disc, - using the assembled disc during an additional life as the rear stator disc with studs from a third stack of brake discs.
A polyribonucleotide with a sequence which encodes a protein or protein fragment, wherein the polyribonucleotide contains a combination of unmodified and modified nucleotides, wherein 5 to 50% of the uridine nucleotides and 5 to 50% of the cytidine nucleotides are modified uridine nucleotides and modified cytidine nucleotides, respectively, and wherein the modified uridine nucleotides are 5-iodouridine and the modified cytidine nucleotides are 5-iodocytidine.
A battery pack for a vehicle, including: a battery module composed of a plurality of battery cells; and a battery case having a tray for placing the battery module on an upper surface thereof, and a cover for covering the battery module, wherein the battery pack comprises a bracket having a first surface extending down along a wall surface of the battery module and being fixed to the battery module, and a second surface extending along a surface of the tray and being fixed to the tray, and a stiffening plate material which is disposed between the wall surface of the battery module and the first surface of the bracket and including a boundary site between the first surface and the second surface, and the stiffening surface has a surface portion extending along the wall surface of the battery module below the boundary site.
A method for polishing cavities or recesses of mechanical workpieces without using a tight or closed environment, comprising the steps of: - arranging said workpieces to be polished on a working plane supported by a supporting framework; - clamping said workpieces to said working plane by clamping and holding systems, to provide a perfect transmission of vibrations; - generating vibrations by vibrating means cooperating with resilient means; - pouring into the cavities of said workpieces to be polished a mixture containing steel balls and an abrading material, and pumping a fluid in a continuous manner in a loop circuit by means of a dedicated electric pump through said workpieces containing said mixture, thereby the generated vibrations cause said mixture, containing said steel balls, and said abrading material which comprises ceramics abrading materials, plastics, glass, siliconcarbide or corundum abrasive material, to be emulsified and stirred in said cavities of said workpieces to be polished. - arranging said workpieces to be polished on a working plane supported by a supporting framework; - clamping said workpieces to said working plane by clamping and holding systems, to provide a perfect transmission of vibrations; - generating vibrations by vibrating means cooperating with resilient means; - pouring into the cavities of said workpieces to be polished a mixture containing steel balls and an abrading material, and pumping a fluid in a continuous manner in a loop circuit by means of a dedicated electric pump through said workpieces containing said mixture, thereby the generated vibrations cause said mixture, containing said steel balls, and said abrading material which comprises ceramics abrading materials, plastics, glass, siliconcarbide or corundum abrasive material, to be emulsified and stirred in said cavities of said workpieces to be polished.
An anvil buttress loading system comprising: an anvil assembly including an anvil plate and an anvil tip, the anvil plate having a tissue facing surface, a proximal end portion of the tissue facing surface including a pin assembly; an anvil buttress loading tool including a base having a support surface, a loading ramp extending proximally of the base, and a flange extending distally from the base; and an anvil buttress including a body, a proximal tab extending proximally from the body, and a distal tab extending distally from the body, the anvil buttress releasably retained on the anvil buttress loading tool with the body positioned on the support surface, the proximal tab positioned over the loading ramp, and the distal tab positioned within the flange, the anvil buttress transferrable from the anvil buttress loading tool to the anvil assembly such that the anvil buttress is releasably secured to the anvil assembly with the body positioned on the tissue facing surface, the proximal tab engaged with the pin assembly, and the distal tab engaged with the anvil tip. an anvil assembly including an anvil plate and an anvil tip, the anvil plate having a tissue facing surface, a proximal end portion of the tissue facing surface including a pin assembly; an anvil buttress loading tool including a base having a support surface, a loading ramp extending proximally of the base, and a flange extending distally from the base; and an anvil buttress including a body, a proximal tab extending proximally from the body, and a distal tab extending distally from the body, the anvil buttress releasably retained on the anvil buttress loading tool with the body positioned on the support surface, the proximal tab positioned over the loading ramp, and the distal tab positioned within the flange, the anvil buttress transferrable from the anvil buttress loading tool to the anvil assembly such that the anvil buttress is releasably secured to the anvil assembly with the body positioned on the tissue facing surface, the proximal tab engaged with the pin assembly, and the distal tab engaged with the anvil tip.
A pharmaceutical composition comprising: i) a compound of the following formula: or a pharmaceutically acceptable salt, solvate, or hydrate thereof; and ii) a pharmaceutically acceptable carrier, excipient or diluent. i) a compound of the following formula: or a pharmaceutically acceptable salt, solvate, or hydrate thereof; and ii) a pharmaceutically acceptable carrier, excipient or diluent.
A concrete or mortar formed body, characterized in that the formed body comprises a fiber material for cement reinforcement, wherein the incorporation rate of fiber forming the fiber material into cement concrete or mortar is 0.01 to 10.0 vol%, wherein a resin A containing an isocyanate compound as a constituent component is present inside a fiber bundled body, and a resin B containing an epoxy resin as a constituent component is present on a surface of the fiber bundled body, wherein the resin A contains an epoxy compound as a constituent component in addition to the isocyanate compound, and the resin B contains an acrylic-modified epoxy resin or a bisphenol-A epoxy resin as a main component; and wherein the resin A is applied in an amount of 5.0 to 15.0 wt% relative to the total fiber weight, and the resin B is applied in an amount of 0.5 to 5.0 wt% relative to the total fiber weight, and wherein the diameter of the fiber bundled body is 0.05 to 1.0 mm.
An exhaust collection apparatus, comprising: a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners and an extension member; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located along a centerline of the first layer and near a bottom edge of the first layer; a drain closure positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the drain closure is located away from the centerline and in proximity to the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure. a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners and an extension member; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located along a centerline of the first layer and near a bottom edge of the first layer; a drain closure positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the drain closure is located away from the centerline and in proximity to the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure.
An automatic machine for machining a gear wheel, the gear wheel comprising at least one outer crown wheel, a first hub, and a second hub (5,6) opposed to each other and projecting in cantilever manner from opposite axial sides of said crown wheel, the machine comprising a motor-driven rotating head having an own fixed vertical axis of rotation and comprising motor-driven retention means and controllable-retention means, the machine further comprising motor-driven movement means (39A-41A) for displacing said second hub in a direction transverse to said fixed vertical axis to bring it into a position substantially coaxial with said fixed vertical axis, a first motor-driven tool head and a second motor-driven tool head (43,44) that are mutually independent for obtaining on the first and on second hubs, respectively, a respective inner centring surface (50,51) coaxial with said fixed vertical axis, a plurality of position sensors (31,32,33,34), which co-operate with respective surfaces of the gear wheel for detecting the deviation of the surfaces themselves from said fixed vertical axis and are designed to issue respective electrical position signals, and a control unit for processing the electrical signals issued by said position sensors and issuing signals for controlling said motor-driven heads, said sensors, and said motor-driven retention and movement means, as a function of the signals issued by said position sensors.
A method comprising: a. providing a substrate comprising one or more apertures; b. applying an aqueous alkaline soluble UV photosensitive material adjacent a surface of the substrate comprising the one or more apertures; c. providing a vision system to capture fiducials on a surface of the substrate and scale digital aqueous alkaline soluble UV photosensitive material data; d. applying an aqueous soluble UV transparent film adjacent the aqueous alkaline soluble UV photosensitive material; e. selectively applying an aqueous alkaline soluble UV blocking composition adjacent the aqueous soluble UV transparent film; f. exposing the aqueous alkaline soluble UV photosensitive material to UV radiation except in regions covered with the aqueous alkaline soluble UV blocking composition; and g. simultaneously removing the aqueous alkaline soluble UV blocking composition, the aqueous soluble UV transparent film and selective portions of the aqueous alkaline soluble UV photosensitive material with an aqueous alkaline solution. a. providing a substrate comprising one or more apertures; b. applying an aqueous alkaline soluble UV photosensitive material adjacent a surface of the substrate comprising the one or more apertures; c. providing a vision system to capture fiducials on a surface of the substrate and scale digital aqueous alkaline soluble UV photosensitive material data; d. applying an aqueous soluble UV transparent film adjacent the aqueous alkaline soluble UV photosensitive material; e. selectively applying an aqueous alkaline soluble UV blocking composition adjacent the aqueous soluble UV transparent film; f. exposing the aqueous alkaline soluble UV photosensitive material to UV radiation except in regions covered with the aqueous alkaline soluble UV blocking composition; and g. simultaneously removing the aqueous alkaline soluble UV blocking composition, the aqueous soluble UV transparent film and selective portions of the aqueous alkaline soluble UV photosensitive material with an aqueous alkaline solution.
Occupation detection device for detecting the occupation state of a motor vehicle seat with an upholstery core and with a film pressure sensor which is arranged in a recess on the underside of the upholstery core facing away from a seat end, the recess having a bottom surface with a size which corresponds at least to the size of the film pressure sensor, and wherein the film pressure sensor is held covered by a bearing plate, wherein at least one intermediate layer is inserted between the bottom surface of the recess and the film pressure sensor, wherein the intermediate layer consists of a reversibly deformable and substantially homogeneously structured material, and characterized in that the intermediate layer is decoupled at its edges from the actual upholstery core.
A discrete electronic component comprising: a semiconductor chip comprising a transistor, the chip comprising a first metallization of connection to a first conduction region of the transistor, a second metallization of connection to a second conduction region of the transistor, and a third metallization of connection to a control region of the transistor; and a printed circuit board comprising first, second, third, and fourth separate connection pads, wherein: the chip is assembled on the printed circuit board so that the first metallization of the chip is in contact with the first and second connection pads of the printed circuit board, and so that the second and third metallizations of the chip are respectively in contact with the third and fourth connection pads of the printed circuit board; and the assembly comprising the semiconductor chip and the printed circuit board is encapsulated in a package made of an insulating material leaving access to first, second, third, and fourth connection terminals of the component, connected, inside of the package, respectively to the first, second, third, and fourth connection pads of the printed circuit board. a semiconductor chip comprising a transistor, the chip comprising a first metallization of connection to a first conduction region of the transistor, a second metallization of connection to a second conduction region of the transistor, and a third metallization of connection to a control region of the transistor; and a printed circuit board comprising first, second, third, and fourth separate connection pads, wherein: the chip is assembled on the printed circuit board so that the first metallization of the chip is in contact with the first and second connection pads of the printed circuit board, and so that the second and third metallizations of the chip are respectively in contact with the third and fourth connection pads of the printed circuit board; and the assembly comprising the semiconductor chip and the printed circuit board is encapsulated in a package made of an insulating material leaving access to first, second, third, and fourth connection terminals of the component, connected, inside of the package, respectively to the first, second, third, and fourth connection pads of the printed circuit board. the chip is assembled on the printed circuit board so that the first metallization of the chip is in contact with the first and second connection pads of the printed circuit board, and so that the second and third metallizations of the chip are respectively in contact with the third and fourth connection pads of the printed circuit board; and the assembly comprising the semiconductor chip and the printed circuit board is encapsulated in a package made of an insulating material leaving access to first, second, third, and fourth connection terminals of the component, connected, inside of the package, respectively to the first, second, third, and fourth connection pads of the printed circuit board.
Temperature-dependent switching mechanism for a temperature-dependent switch, wherein the switching mechanism comprises a snap-action disc (26, 31), on which is provided a bearing region on which a movable contact part is captively held, wherein with the switching mechanism mounted in said switch the contact part interacts with a first contact area and the snap-action disc interacts with a second contact area of said switch such that the snap-action disc lifts the movable contact part off from the first contact area depending on its temperature, characterized in that the bearing region is separated from the snap-action disc (26, 31) by a gap extending over a part of the circumferential region of the snap-action disc, which part is equal or greater than 180°.
A composition selected from Amnion-derived Cellular Cytokine Solution (ACCS) and pooled ACCS, for use in a method for accelerating the healing of tendon and ligament injuries in a patient in need thereof.
A detector system (200, 300), comprising: an optical chamber defining a region of space for receiving a fluid containing particles; an emitter (202, 302, 308) configured to emit excitation energy into the region of space such that a particle (218, 318) located within said region of space may be exposed to the excitation energy; a detector (228, 328) having a detector input; a first filter (A, B, C, D, E, F) disposed in front of a first portion of the detector input; a second filter (A, B, C, D, E, F) disposed in front of a second portion of the detector input; and one or more collimating and focusing optical elements (222, 230, 322, 330) being configured such that (a) when a particle (218, 318) is located at a first position within said region and exposed to the excitation energy and produces a first emission, at least a portion of the first emission is directed by the one or more optical elements so that said portion of the first emission passes through the first filter prior to reaching the detector input but substantially no portion of the first emission passes through the second filter, and (b) when the particle is located at a second position within said region and exposed to the excitation energy and produces a second emission, at least a portion of the second emission is directed by the one or more optical elements such that said portion of the second emission passes through the second filter prior to reaching the detector input but substantially no portion of the second emission passes through the first filter, characterized in that the optical chamber is configured to have the fluid flowing into the chamber in a first direction and the emitter is configured for emitting excitation energy parallel to the first direction.