mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured to remove one or more substances from blood, wherein the apparatus comprises: a primary filter comprising a first semipermeable membrane separating a blood compartment from a dialysate loading compartment; a blood circuit configured to move blood through the blood compartment of the primary filter using a blood pump, wherein the blood circuit comprises a blood line (10, 112) configured to move blood from the blood pump to the blood compartment of the primary filter; a non-invasive pressure sensor disposed about an exterior surface of the blood line (10, 112), the non-invasive pressure sensor pressure being configured to sense pressure in the blood line (10, 112); and a control unit operably connected to the non-invasive pressure sensor and control elements of the blood circuit, wherein the control unit is configured to monitor a blood circuit pressure value using the non-invasive pressure sensor, characterized in that the control unit is configured to operate the control elements of the blood circuit based on the monitored blood circuit pressure value, wherein the control unit is configured to take action once a blood circuit pressure absolute value or blood circuit pressure gradient is not within a predetermined value range, wherein the control unit action includes providing an alarm indication and altering a flow rate of the blood pump, the altering step including deactivating the blood pump when the monitored blood circuit pressure indicates that the blood circuit is not engaged within the non-invasive pressure sensor. a primary filter comprising a first semipermeable membrane separating a blood compartment from a dialysate loading compartment; a blood circuit configured to move blood through the blood compartment of the primary filter using a blood pump, wherein the blood circuit comprises a blood line (10, 112) configured to move blood from the blood pump to the blood compartment of the primary filter; a non-invasive pressure sensor disposed about an exterior surface of the blood line (10, 112), the non-invasive pressure sensor pressure being configured to sense pressure in the blood line (10, 112); and a control unit operably connected to the non-invasive pressure sensor and control elements of the blood circuit, wherein the control unit is configured to monitor a blood circuit pressure value using the non-invasive pressure sensor,
A method for adjusting an audible notification mode of a mobile computing device, comprising: receiving an audible notification message at a mobile communication device from an audible notification signal, ANS, transmitter located at a predetermined location, wherein the audible notification message includes an identification value of the ANS transmitter and an audible notification mode value; authenticating the identification value of the ANS transmitter; setting the audible notification mode of the mobile computing device while the mobile communication device is at a selected location, based on the audible notification mode value; and reverting an audible notification setting of the mobile computing device to a previous value when a predetermined number of audible notification messages is not received at the mobile computing device, characterized in that the predetermined number of audible notification messages is dependent on the type of location at which the ANS transmitter is located. receiving an audible notification message at a mobile communication device from an audible notification signal, ANS, transmitter located at a predetermined location, wherein the audible notification message includes an identification value of the ANS transmitter and an audible notification mode value; authenticating the identification value of the ANS transmitter; setting the audible notification mode of the mobile computing device while the mobile communication device is at a selected location, based on the audible notification mode value; and reverting an audible notification setting of the mobile computing device to a previous value when a predetermined number of audible notification messages is not received at the mobile computing device, characterized in that the predetermined number of audible notification messages is dependent on the type of location at which the ANS transmitter is located.
A method for controlling a magnetic valve, comprising a solenoid coil and a mobile anchor forming a plunger, wherein the plunger is moveable between a closed position (P c) and an open position (P o), the method comprising the steps of: - applying an opening current as a driving current to the solenoid coil to drive the plunger from the closed position (P c) to the open position (P o); - measuring a capacitance at the magnetic valve; - determining a position of the plunger based on the measured capacitance, characterised in that the step of measuring the capacitance comprises the step of: - applying a measuring voltage to the solenoid coil. - applying an opening current as a driving current to the solenoid coil to drive the plunger from the closed position (P c) to the open position (P o); - measuring a capacitance at the magnetic valve; - determining a position of the plunger based on the measured capacitance, - applying a measuring voltage to the solenoid coil.
Connection piece for a vacuum cleaner, wherein the connection piece can be connected to a suction hose and a suction port of a vacuum cleaner part, and the connection piece has at least one catch element, wherein the catch element can be brought, against a restoring force, from a locking position in which the connection piece can be fixed by the catch element to the suction port, into an unlocking position in which the connection piece can be detached from the suction port, wherein an elastically deformable bearing is integrally formed on the connection piece and is elastically deformed at least in the unlocking position of the catch element, in order to exert at least some of the restoring force on the catch element, characterised in that at the location at which it exerts the restoring force on the catch element it is not integrally moulded onto the catch element.
A method for data analysis, comprising: acquiring, from a client device, a ciphertext for a precomputation result generated by applying some of a plurality of operations for performing an analysis algorithm based on target data to the target data, wherein: the analysis algorithm includes a plurality of sub-algorithms (321, 322, 323) each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts (311, 312, 313) and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and generating an encrypted computation result for remaining operations of the plurality of operations by using the ciphertext, wherein the encrypted computation result is a ciphertext for a result of performing remaining sub-algorithms of the plurality of sub-algorithms using the ciphertext. acquiring, from a client device, a ciphertext for a precomputation result generated by applying some of a plurality of operations for performing an analysis algorithm based on target data to the target data, wherein: the analysis algorithm includes a plurality of sub-algorithms (321, 322, 323) each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts (311, 312, 313) and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and the analysis algorithm includes a plurality of sub-algorithms (321, 322, 323) each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts (311, 312, 313) and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and generating an encrypted computation result for remaining operations of the plurality of operations by using the ciphertext, wherein the encrypted computation result is a ciphertext for a result of performing remaining sub-algorithms of the plurality of sub-algorithms using the ciphertext.
The use of a rope assembly consisting of at least one rope that is made of textile fibre material and is folded back to form two substantially parallel rope portions (2', 2"), wherein load distribution between the two rope portions is enabled and the rope portions are surrounded by a common sleeve, as a winch rope or as a rope for drive pulley drives.
A method of determining an axial location of a probe located on a rotor casing of a rotor assembly, the method comprising: attaching a wedge to a first blade of the rotor assembly, the wedge comprising a distal surface, wherein a first edge of the distal surface and a second edge of the distal surface form an angle; determining a first distance extending between the first edge of the wedge and the first blade; and determining the axial location of the probe using the angle and the first distance. attaching a wedge to a first blade of the rotor assembly, the wedge comprising a distal surface, wherein a first edge of the distal surface and a second edge of the distal surface form an angle; determining a first distance extending between the first edge of the wedge and the first blade; and determining the axial location of the probe using the angle and the first distance.
An orthopedic implant comprising: a consolidated and crosslinked UHMWPE blend, the UHMWPE blend comprising: a homogeneous blend of UHMWPE resin, a first antioxidant consisting of a primary antioxidant which reacts directly with free peroxy radicals, wherein the primary antioxidant is chosen from lauryl gallate, 6-hydroxy-2,5,7,8-tetramethylchroman-2-carboxylic acid, and vitamin E; a second antioxidant consisting of a secondary antioxidant which reacts with hydroperoxides to yield non-reactive species, wherein the secondary antioxidant is bis(2,4-dicumylphenyl)pentaerythritol diphosphite; and wherein a combined concentration of the first and second antioxidants prior to crosslinking is from 0.05% to 5% by weight of the UHMWPE blend. a consolidated and crosslinked UHMWPE blend, the UHMWPE blend comprising: a homogeneous blend of UHMWPE resin, a first antioxidant consisting of a primary antioxidant which reacts directly with free peroxy radicals, wherein the primary antioxidant is chosen from lauryl gallate, 6-hydroxy-2,5,7,8-tetramethylchroman-2-carboxylic acid, and vitamin E; a second antioxidant consisting of a secondary antioxidant which reacts with hydroperoxides to yield non-reactive species, wherein the secondary antioxidant is bis(2,4-dicumylphenyl)pentaerythritol diphosphite; and a homogeneous blend of UHMWPE resin, a first antioxidant consisting of a primary antioxidant which reacts directly with free peroxy radicals, wherein the primary antioxidant is chosen from lauryl gallate, 6-hydroxy-2,5,7,8-tetramethylchroman-2-carboxylic acid, and vitamin E; a second antioxidant consisting of a secondary antioxidant which reacts with hydroperoxides to yield non-reactive species, wherein the secondary antioxidant is bis(2,4-dicumylphenyl)pentaerythritol diphosphite; and wherein a combined concentration of the first and second antioxidants prior to crosslinking is from 0.05% to 5% by weight of the UHMWPE blend.
An epitaxial growth method for silicon carbide making a hydrocarbon gas and silicon feedstock gas react by a thermal CVD process to thereby form a silicon carbide thin film on a silicon carbide single crystal substrate, the epitaxial growth method for silicon carbide comprising: adjusting a ratio of the hydrocarbon gas and silicon feedstock gas so as to become, by C/Si ratio, 0.5 to 1.5 in range, making the hydrocarbon gas contact a hydrocarbon decomposition catalyst heated to 1000°C to 1200°C so as to make at least part of the hydrocarbon gas break down into carbon and hydrogen, and making carbon contained in the hydrocarbon gas and silicon contained in the silicon feedstock gas react at 1500°C to less than 1800°C in temperature on the silicon carbide single crystal substrate and form a silicon carbide thin film, wherein the hydrocarbon gas is made to contact the hydrocarbon decomposition catalyst in a state of mixed feedstock gases comprising the hydrocarbon gas and the silicon feedstock gas mixed together. adjusting a ratio of the hydrocarbon gas and silicon feedstock gas so as to become, by C/Si ratio, 0.5 to 1.5 in range, making the hydrocarbon gas contact a hydrocarbon decomposition catalyst heated to 1000°C to 1200°C so as to make at least part of the hydrocarbon gas break down into carbon and hydrogen, and making carbon contained in the hydrocarbon gas and silicon contained in the silicon feedstock gas react at 1500°C to less than 1800°C in temperature on the silicon carbide single crystal substrate and form a silicon carbide thin film,
A system for storing hydrogen extracted from coal, comprising: - a coal gasification reactor for gasifying the coal; - a steam power plant for the generation of electricity, which is thermally coupled to the coal gasification reactor; - a water-gas shift reaction unit, which is connected to the coal gasification reactor to obtain the reaction gases of the coal gasification reactor; - a discharge line coupled to an outlet of the water-gas shift reaction unit and thermally coupled to a feed water pipe of the steam power plant; and - a gas storage, the gas storage being connected to the water-gas shift reaction unit to store at least one of the product gases of the water-gas shift reaction unit, wherein the steam power plant for the generation of electricity is thermally coupled to the coal gasification reactor such that the reaction gases of the coal gasification reactor are sufficiently cooled due to the heat dissipated to the feed water of a feed water pipe of the steam power plant so that the reaction gases can be processed directly in the water-gas shift reaction unit without an active cooling interposed. - a coal gasification reactor for gasifying the coal; - a steam power plant for the generation of electricity, which is thermally coupled to the coal gasification reactor; - a water-gas shift reaction unit, which is connected to the coal gasification reactor to obtain the reaction gases of the coal gasification reactor; - a discharge line coupled to an outlet of the water-gas shift reaction unit and thermally coupled to a feed water pipe of the steam power plant; and - a gas storage, the gas storage being connected to the water-gas shift reaction unit to store at least one of the product gases of the water-gas shift reaction unit,
A device for draining and optionally rinsing a solid granular material rich in filiform particles and filled with fine particles, comprising: - a first vibrating screen comprising a plate perforated with orifices comprising a transverse median, said perforated plate having an incline (α) of from 1 to 10° relative to the horizontal plane passing through said transverse median, a head portion and a tail portion, said head portion being situated below said horizontal plane of said first vibrating screen and said tail portion being situated above said horizontal plane of said first vibrating screen, - a supply of said solid granular material rich in filiform particles and filled with fine particles arranged to supply said solid granular material rich in filiform particles on the head portion of said first vibrating screen, - at least one supply of an aqueous phase to eliminate said fine particles by driving, - an outlet for said drained solid granular material rich in filiform particles, arranged to recover said solid granular material rich in filiform particles at said tail portion, and - an outlet for said aqueous phase filled with fine particles by gravity, under said first vibrating screen, characterized in that said plate perforated with orifices has protrusions oriented upward from the face of said perforated plate receiving said solid granular material rich in filiform particles, said protrusions each being provided with at least one orifice. - a first vibrating screen comprising a plate perforated with orifices comprising a transverse median, said perforated plate having an incline (α) of from 1 to 10° relative to the horizontal plane passing through said transverse median, a head portion and a tail portion, said head portion being situated below said horizontal plane of said first vibrating screen and said tail portion being situated above said horizontal plane of said first vibrating screen, - a supply of said solid granular material rich in filiform particles and filled with fine particles arranged to supply said solid granular material rich in filiform particles on the head portion of said first vibrating screen, - at least one supply of an aqueous phase to eliminate said fine particles by driving, - an outlet for said drained solid granular material rich in filiform particles, arranged to recover said solid granular material rich in filiform particles at said tail portion, and - an outlet for said aqueous phase filled with fine particles by gravity, under said first vibrating screen,
An commercial air cooled apparatus and a large diameter axial flow fan combination comprising: a commercial air cooled apparatus (4, 5, 6, 7) generating an air flow for cooling; and a large diameter axial flow fan mounted on said air cooled apparatus for generating said air flow in said air cooled apparatus for said cooling, characterized in that: said fan has a diameter of at least 1.2 meters (four feet), said fan comprising a plurality of blades, wherein each of said blades comprises a leading edge opposite a trailing edge, wherein the entire of said leading edge of each of said blades is linear and forward swept, and wherein each blade comprises a metallic outer surface over a forward spar, a rear spar and a connecting spar interconnecting the forward and rear spar (16, 18). a commercial air cooled apparatus (4, 5, 6, 7) generating an air flow for cooling; and a large diameter axial flow fan mounted on said air cooled apparatus for generating said air flow in said air cooled apparatus for said cooling, characterized in that: said fan has a diameter of at least 1.2 meters (four feet), said fan comprising a plurality of blades, wherein each of said blades comprises a leading edge opposite a trailing edge, wherein the entire of said leading edge of each of said blades is linear and forward swept, and wherein each blade comprises a metallic outer surface over a forward spar, a rear spar and a connecting spar interconnecting the forward and rear spar (16, 18). said fan has a diameter of at least 1.2 meters (four feet), said fan comprising a plurality of blades, wherein each of said blades comprises a leading edge opposite a trailing edge, wherein the entire of said leading edge of each of said blades is linear and forward swept, and wherein each blade comprises a metallic outer surface over a forward spar, a rear spar and a connecting spar interconnecting the forward and rear spar (16, 18).
A filter for filtering an air stream in a vacuum cleaner, the vacuum cleaner having a suction source for drawing an airstream from a surface to be cleaned to a debris collector for collecting dirt and debris carried by the airstream, the filter comprising: a frame with an edge defining an open area through which air may pass; a filter media mounted to the frame and covering the open area; and a fragrance-containing polymeric matrix adhesively bonded directly to the frame and directly to the filter media; characterized in that the filter media is secured to the frame by the adhesive bond formed by the fragrance-containing polymeric matrix. a frame with an edge defining an open area through which air may pass; a filter media mounted to the frame and covering the open area; and a fragrance-containing polymeric matrix adhesively bonded directly to the frame and directly to the filter media; characterized in that the filter media is secured to the frame by the adhesive bond formed by the fragrance-containing polymeric matrix.
Method of making an electroluminescent device, comprising: a) a first step for the formation of a temporary structure that comprises a plurality of individual electroluminescent structures separated from each other by trenches and each comprising a face, called the light emitting face, through which said structures can emit light radiation, the electroluminescent structures being bonded on their light emitting face by means of a bond layer on one face, called the temporary face, of a temporary substrate; b) an assembly step that includes bringing the electroluminescent structures into contact on a face called the back face opposite the light emitting face, with a face called the host face of a host substrate; c) a step for at least partial removal of the temporary substrate; the method being characterised in that the bond layer, that comprises an electrically conducting polymer material at least partially transparent to light radiation, is at least partly kept after step c) and forms an electrode common to the light emitting faces, with a thickness of more than 20 nm, advantageously more than 500 nm, and even more advantageously more than 1 μm. a) a first step for the formation of a temporary structure that comprises a plurality of individual electroluminescent structures separated from each other by trenches and each comprising a face, called the light emitting face, through which said structures can emit light radiation, the electroluminescent structures being bonded on their light emitting face by means of a bond layer on one face, called the temporary face, of a temporary substrate; b) an assembly step that includes bringing the electroluminescent structures into contact on a face called the back face opposite the light emitting face, with a face called the host face of a host substrate; c) a step for at least partial removal of the temporary substrate;
Actuating device for selecting shift stages of a vehicle gearbox by means of shift-by-wire actuation, wherein the actuation device has a touch screen with at least one touch-sensitive display and touch field for displaying and selecting a selectable shift stage, characterized in that the touch screen has a touch-sensitive confirmation field which is adjacent to the at least one touch-sensitive display and touch field and has the purpose of confirming and of displaying the selected shift stage, wherein the touch-sensitive confirmation field is coupled to the display and touch field in such a way that brushing contact with the touch screen from the display and touch field as far as the confirmation field causes a displayed selectable shift stage to be selected and confirmed for the effective shifting adjustment of the change speed gearbox.