mhurhangee/ep-ind-claims huggingface dataset:
A ventilation element for introducing a gas into a liquid, having at least one gas connection, at least one support plate and at least one elastically deformable membrane, which is connected to the at least one gas connection and/or the at least one support plate, a space that can be formed between the at least one membrane and the at least one support plate being in flow connection with the gas connection, the at least one support plate having a multiplicity of gas outlet openings and the at least one membrane consisting at least in certain sections of a material with a lower density than water and/or being provided with at least one float, which has a lower density than water, characterized in that the at least one membrane has a multi-layered structure at least in certain sections, wherein floats, which have a lower density than water, are enclosed between two layers of the at least one membrane.
A transgenic mouse carrying a gene encoding a soluble form of the baculovirus membrane protein gp64, wherein the soluble form of gp64 lacks a transmembrane region.
A cylinder head for a liquid-cooled internal combustion engine, with two gas-exchange outlet ducts (2, 2') arranged in an outlet side of the cylinder head and two gas-exchange inlet ducts (4, 4') arranged in an inlet side of the cylinder head, which are each arranged along a longitudinal cylinder head axis, and with an ignition and/or fuel-injection device which can be arranged between the gas-exchange ducts (2, 2', 4, 4'), wherein a coolant duct in the cylinder head has two outlet-side coolant inflow openings (6, 6') which are open towards a crankcase arranged geodetically below the cylinder head, which openings are each arranged largely geodetically below a gas-exchange outlet duct (2, 2'), wherein the coolant duct between the gas-exchange outlet ducts (2, 2') extends in the direction of the ignition and/or fuel-injection device and geodetically upwards, characterised in that the coolant duct extends starting from the inflow openings (6, 6') on both sides up to a duct height and then in an arc-shape, first away from the inlet side and then towards the inlet side and then into the coolant duct between the gas-exchange outlet ducts (2, 2').
Device for the analysis of elements, said device comprising: - a transporting means for transporting the substance to be measured, said transporting means having a measuring region, - an outer housing, - at least one excitation source with an exit window being located in a first housing, wherein the excitation source is oriented such that the fluorescence-exciting radiation impinges on the measuring region, said first housing being located in said outer housing; - at least one X-ray fluorescence detector that is oriented toward the measuring region and comprises an entrance window being located in a second housing, said second housing being located in said outer housing, characterized in that a tube extends from the entrance window in the direction of the measuring region, wherein this tube is essentially tightly connected to the second housing and to the outer housing and is open at the end facing the measuring region, and is provided with a connection for feeding a flushing gas into the tube, wherein the inner diameter of the tube is at least as large as the diameter of the sensitive area of the X-ray fluorescence detector. - a transporting means for transporting the substance to be measured, said transporting means having a measuring region, - an outer housing, - at least one excitation source with an exit window being located in a first housing, wherein the excitation source is oriented such that the fluorescence-exciting radiation impinges on the measuring region, said first housing being located in said outer housing; - at least one X-ray fluorescence detector that is oriented toward the measuring region and comprises an entrance window being located in a second housing, said second housing being located in said outer housing, characterized in that a tube extends from the entrance window in the direction of the measuring region, wherein this tube is essentially tightly connected to the second housing and to the outer housing and is open at the end facing the measuring region, and is provided with a connection for feeding a flushing gas into the tube, wherein the inner diameter of the tube is at least as large as the diameter of the sensitive area of the X-ray fluorescence detector.
A heatable urea solution container made of plastic material, especially for purposes of after-treatment of diesel engine exhaust gases, said container having a wall that defines an interior of the container, whereby an electrically actuatable magnetization unit (10, 11, 12) that serves to generate a magnetic alternating field is associated with the container, whereby a connection piece that can be closed with a cap is shaped onto or attached to an upper end of the container, characterized in that the container wall consists at least partially of a plastic material containing inductively heatable additives that can be inductively excited by the magnetization unit (10, 11, 12) so that a fluid held in the interior of the container can be heated via the container wall.
Cosmetic, non-therapeutic use of a topical composition for imparting desired characteristics to the skin of a recipient, a. wherein the composition comprises a non-autologous product that is a heterogeneous mixture of two or more fibroblasts cultures, isolated from two or more individuals, b. wherein the heterogeneous mixture is obtained from same-sex, but a combination of two or more different ethnic groups, c. wherein the one or more desired characteristics are selected from the group consisting of: skin tone, skin elasticity, skin smoothness, reduced scarring, reduced wrinkles, response to inflammatory stimulus, ability to retain moisture, propensity to produce new vasculature, deliver nutrients, skin thickness or density, and any combinations thereof. a. wherein the composition comprises a non-autologous product that is a heterogeneous mixture of two or more fibroblasts cultures, isolated from two or more individuals, b. wherein the heterogeneous mixture is obtained from same-sex, but a combination of two or more different ethnic groups, c. wherein the one or more desired characteristics are selected from the group consisting of: skin tone, skin elasticity, skin smoothness, reduced scarring, reduced wrinkles, response to inflammatory stimulus, ability to retain moisture, propensity to produce new vasculature, deliver nutrients, skin thickness or density, and any combinations thereof.
A monitoring system for an access chamber to a pipe network, the system comprising: at least one sensor for determining a fluid condition associated with fluid in a conduit of the pipe network; at least one threshold level indicator for determining a threshold fluid level in the access chamber, the at least one threshold level indicator being associated with the at least one sensor; a controller for receiving output signals from the at least one sensor and the at least one threshold level indicator and for controlling supply of power to the at least one sensor; a wireless transceiver in communication with the controller to allow the controller to communicate with a remote server over a communications network; wherein the controller is arranged to supply power to the at least one sensor in response to receiving an output signal from the at least one threshold level indicator indicative of the fluid level having exceeded the threshold fluid level, characterized in that the controller is configured to determine a rate of level change of fluid based on data from the at least one sensor, determine if the access chamber will overflow if no action is taken, and provide advance warning if the access chamber will overflow. at least one sensor for determining a fluid condition associated with fluid in a conduit of the pipe network; at least one threshold level indicator for determining a threshold fluid level in the access chamber, the at least one threshold level indicator being associated with the at least one sensor; a controller for receiving output signals from the at least one sensor and the at least one threshold level indicator and for controlling supply of power to the at least one sensor; a wireless transceiver in communication with the controller to allow the controller to communicate with a remote server over a communications network; wherein the controller is arranged to supply power to the at least one sensor in response to receiving an output signal from the at least one threshold level indicator indicative of the fluid level having exceeded the threshold fluid level, characterized in that the controller is configured to determine a rate of level change of fluid based on data from the at least one sensor, determine if the access chamber will overflow if no action is taken, and provide advance warning if the access chamber will overflow.
A positive active material for a lithium secondary battery containing a lithium-transition metal composite oxide represented by a composition formula of Li 1 + α Me 1-α O 2, wherein Me is a transition metal element including Co, Ni, and Mn, and 1.2 < (1 + α) / (1 - α) < 1.6, and wherein a molar ratio (Co/Me) of Co contained in the Me ranges from 0.24 to 0.36, wherein a molar ratio (Mn/Me) of Mn contained in the Me ranges from 0.44 to 0.65, and when a space group R3-m is used for a crystal structure model based on an X-ray diffraction pattern, a half width of a diffraction peak that attributes to a line ranges from 0.204° to 0.303°, or a half width of a diffraction peak that attributes to a line ranges from 0.278° to 0.424°.
Device for coating or encapsulating particles, having a drum which is mounted in a drum chamber of the device in a rotationally drivable manner and which can be filled with the product to be coated or encapsulated, having at least one spray nozzle which is provided to apply a liquid to the product located in the drum, having at least one drying gas inlet which penetrates the chamber wall of the drum chamber and through which a drying gas can be fed into the drum chamber, and having at least one drying gas outlet brought near to the drum on the outside in order to discharge the drying gas out of the device, characterised in that a deflector surface is interposed in the flow path between the at least one drying gas inlet and the drum and defines at least one through-flow opening, the total clear open surface area of which is smaller than the total clear open surface area of the at least one drying gas inlet.
Machine for dewatering and drying a paper, board or other fibrous web formed at least partly from waste paper, having at least two press nips (2, 3), which are each formed by two press rolls (4, 5, 6, 7), wherein the fibrous web runs through the first press nip with a water-absorbing dewatering belt (8, 9) on both sides and through the second press nip with at least one other dewatering belt and, on the side of the fibrous web that is opposite to the other dewatering belt, a smooth impermeable transfer belt is led through the second press nip, and, after the second press nip, transfers the fibrous web to a belt of a following machine unit, wherein the transfer belt runs underneath the fibrous web, wherein the accepting belt is a dryer fabric and the following machine unit is a drying group, in which the fibrous web is led in a meandering fashion alternately over heated drying cylinders and evacuated guide rolls, and a drying cylinder of the following drying group is assigned at least one removal doctor, and wherein there is a pulper under the removal doctor, and wherein the axis of the drying cylinder having the removal doctor and the axis of the following evacuated guide roll are offset vertically relative to each other, characterized in that the axis of the drying cylinder having the removal doctor and the axis of the following evacuated guide roll are at a horizontal distance from each other which is greater than 80% of the sum of the radii of this drying cylinder and this guide roll.
A method for producing a support for food products, comprising the step of preparing a sheet of paper material configured to be covered, on a first side of said sheet, with a film which is suitable to remain in contact with a food product, and subsequently a step of realizing at least a weakening line which divides said sheet into at least a first portion and a second portion, said first portion being adapted to be detached from said second portion for the purpose of subsequent separation of said film at least from said second portion, wherein said method comprises a step of coating said first side with said film by means of an adhesive material interposed between said first side and said film, said realization step being performed prior to said coating step, said realization step in turn comprises at least a first perforation step, which is performed starting from said first side towards a second side opposite to said first side, wherein said realization step comprises a second perforation step performed starting from said first side towards said second side, and subsequent to said first perforation step, characterized in that said first perforation step is suitable to reduce the connection between said portions, thereby defining a plurality of perforations (P") being separate from one another via connecting bridges between the portions themselves.
A hydrogen generator for use with an inner combustion engine or other apparatus, even of a movable type, such as a home gas kitchen, said hydrogen generator comprising a system for separating hydrogen from ammonia, said system comprising an ammonia tank (a'), an ammonia sucking pump (a"), and a cracking oven (a) containing a catalyst (b), characterized in that said cracking oven (a) further comprises an electric resistance (c), an ammonia separating centrifuge (d), a suction device (d') with a filter (c) followed by an auxiliary hydrogen bottle (f), that said ammonia tank (a') containing ammonia which is a commercial liquid ammonia, or a water solution thereof at an environment temperature and pressure, said cracking oven (a), comprising said electric resistance (c), being set at a temperature of about 600°C, in presence of said catalyst (b) which is a Fe catalyst, said cracking oven (a) and said separating centrifuge (d) being adapted to separate said ammonia into nitrogen and hydrogen according to the reaction 2NH 3 ↔ N 2 + 3H 2, said hydrogen generator further comprising two ducts extending from said separating centrifuge (d), including one duct for exhausting into the environment said nitrogen separated from said ammonia, not to be used, and the other duct for bringing said hydrogen separated from said ammonia to a user system (g).
A high-frequency-isolation gate driver circuit (1, 1A, 1B) for driving plural gate circuits (101, 101A to 101D) according to RF signals mutually isolated, comprising, an input signal formation circuit (10, 10A and 10B) configured to output two input signals being complementary voltage signals with the same duty ratio but with a relative phase shift, provided with a complementary potential period when voltages of both phases have a complementary relation with each other, one having high potential and the other having low potential, and an equipotential period when the voltages of both phases have equal potential in each of high potential and low potential, switching the potential of the two input signals between high potential and low potential alternately in a time sequence, a gate-driver transformer (20, 20A and 20B) configured to connect output terminals of the input signal formation circuit (10, 10A and 10B) respectively for the phases, with input terminals on both ends of a primary coil, and a current-voltage conversion circuit (30, 30A and 30B) having input terminals connected to the output terminals of the gate-driver transformer (20, 20A and 20B), so as to provide current/voltage conversion to secondary current passing through the gate-driver transformer (20, 20A and 20B), and to output an isolated drive signal obtained by the conversion to the gate circuits, wherein, the input signal formation circuit (10, 10A and 10B) makes to pass load current and exciting current during the complementary potential period and exciting current during the equipotential period to the primary coil of the gate driver transformer(20, 20A and 20B), and the current-voltage conversion circuit (30, 30A and 30B) converts the secondary current to positive voltage and negative voltage during the complementary potential period, and inputs the isolated drive signal of positive voltage and negative voltage alternatively to the gate circuit.
A phosphodiesterase 4 inhibitor for use in the treatment of cognitive impairment, wherein the phosphodiesterase 4 inhibitor is selected from the group consisting of roflumilast, a pharmaceutically acceptable salt of roflumilast, roflumilast-N-oxide and a pharmaceutically acceptable salt of roflumilast-N-oxide, and wherein the phosphodiesterase 4 inhibitor is administered at a daily dose of between 50 and 200 mcg.
A pump module (4, 5, 6; 4'; 4") with a housing delimiting at least one flow channel, the at least one flow channel connecting at least one inlet (7, 8, 9) with at least one outlet (10, 11, 12) and respectively accommodating a pump device lying oriented in the flow direction, which is configured to be displaceable in parts by means of individually-controllable actuators, and wherein a medium to be conveyed is arranged to be enclosed within at least one conveying space (20, 21), which by sequential control of the actuators is arranged to be encapsulated between parts of the pump device and respectively associated surrounding parts of the at least one flow channel and, in the course of a conveying movement, is movable between the at least one inlet (7, 8, 9) and the at least one outlet (10, 11, 12), wherein the actuators are accommodated by the housing and in that in each case on both sides of the flow channel mutually opposite actuators form actuator stages (A1 to A6), which are arranged successively in the flow direction, wherein the pump device is implemented as an elastic membrane (18; 21; 22), which by control of a respective actuator of the individual actuator stages (A1 to A6) is configured to be applied with a respectively associated part to a respectively appertaining surrounding part of the at least one flow channel, and wherein the housing consists of at least two housing parts (15, 16), characterised in that the housing parts (15, 16) and the membrane (18; 21; 22) lying therebetween are formed as discs with a circular cross-section.
A composition comprising: A) polypropylene; B) polyethylene; and C) at least one polymer compatibilizer being a crystalline block composite comprising: i) a crystalline ethylene based polymer; ii) a crystalline alpha-olefin based polymer wherein the polymer is polypropylene; and iii) a block copolymer comprising a crystalline ethylene block wherein the crystalline ethylene block of the block copolymer is essentially the same composition as the crystalline ethylene based polymer and a crystalline alpha-olefin block, and wherein the crystalline alpha-olefin block of the block copolymer is essentially the same composition as the crystalline alpha-olefin based polymer that is polypropylene, wherein component C) possesses a first order transition or crystalline melting point as determined by Differential Scanning Calorimetry using a sample pressed into a thin film and melted in the press at about 230°C and then air-cooled to 25°C; 3-10 mg of said sample material being cut, accurately weighed and placed in a light aluminum pan which is later crimped shut; after which the sample is rapidly heated to 230°C, held isothermal for 3 minutes, cooled to -90°C at 10°C/min cooling rate, held at -90°C for 3 minutes, subsequently heated to 230°C at 10°C/min heating time, whereby the cooling and second heating curves are recorded, wherein component C) is present in an amount of from 0.5 wt% to 15 wt% based on total weight of the composition, and wherein component C) has a Crystalline Block Composite Index of greater than 0.0 to 1.0; said Crystalline Block Composite Index being determined using High Temperature Liquid Chromatograhy (HTLC) on a first dimension graphitic HPLC column and a second dimension SEC column using either 1-decanol or decane with 200 ppm 2.6-di- tert -butyl-4-methylphenol and equations 1-7 as described in the description. A) polypropylene; B) polyethylene; and C) at least one polymer compatibilizer being a crystalline block composite comprising: i) a crystalline ethylene based polymer; ii) a crystalline alpha-olefin based polymer wherein the polymer is polypropylene; and iii) a block copolymer comprising a crystalline ethylene block wherein the crystalline ethylene block of the block copolymer is essentially the same composition as the crystalline ethylene based polymer and a crystalline alpha-olefin block, and wherein the crystalline alpha-olefin block of the block copolymer is essentially the same composition as the crystalline alpha-olefin based polymer that is polypropylene, i) a crystalline ethylene based polymer; ii) a crystalline alpha-olefin based polymer wherein the polymer is polypropylene; and iii) a block copolymer comprising a crystalline ethylene block wherein the crystalline ethylene block of the block copolymer is essentially the same composition as the crystalline ethylene based polymer and a crystalline alpha-olefin block, and wherein the crystalline alpha-olefin block of the block copolymer is essentially the same composition as the crystalline alpha-olefin based polymer that is polypropylene,
An active noise control system for reducing noise, comprising: a first speaker configured to output a first cancellation sound; a second speaker configured to output a second cancellation sound; and a cancellation sound generation unit that is configured to generate the first cancellation sound output from the first speaker and the second cancellation sound output from the second speaker such that noise is canceled at a first cancellation point set in advance and noise is canceled at a second cancellation point set in advance, wherein the first cancellation point and the second cancellation point are a point where a left ear of a person sitting in a predetermined seat is normally located and a point where a right ear of a user is normally located, respectively, characterized in that the first speaker and the second speaker are arranged side by side in a direction perpendicular to a line segment connecting the first cancellation point and the second cancellation point to each other such that positions of the first speaker and the second speaker in a direction of the line segment are located between the first cancellation point and the second cancellation point. a first speaker configured to output a first cancellation sound; a second speaker configured to output a second cancellation sound; and a cancellation sound generation unit that is configured to generate the first cancellation sound output from the first speaker and the second cancellation sound output from the second speaker such that noise is canceled at a first cancellation point set in advance and noise is canceled at a second cancellation point set in advance, wherein the first cancellation point and the second cancellation point are a point where a left ear of a person sitting in a predetermined seat is normally located and a point where a right ear of a user is normally located, respectively, characterized in that the first speaker and the second speaker are arranged side by side in a direction perpendicular to a line segment connecting the first cancellation point and the second cancellation point to each other such that positions of the first speaker and the second speaker in a direction of the line segment are located between the first cancellation point and the second cancellation point.