mhurhangee/ep-ind-claims huggingface dataset:
An agent for lightening keratin fibers, containing, based on its weight, a) 20 to 75 wt.% oil(s); b) 0.05 to 5 wt.% polymer(s) from the group consisting of iv. copolymers of ethylene/propylene/styrene, v. copolymers of butylene/ethylene/styrene, vi. copolymers of butylene/propylene/styrene, c) 1 to 70 wt.% peroxydisulfate(s), characterized in that the weight ratio of sodium peroxydisulfate contained in the agent to the total amount of peroxydisulfates contained in the agent is at least 0.2. a) 20 to 75 wt.% oil(s); b) 0.05 to 5 wt.% polymer(s) from the group consisting of iv. copolymers of ethylene/propylene/styrene, v. copolymers of butylene/ethylene/styrene, vi. copolymers of butylene/propylene/styrene, iv. copolymers of ethylene/propylene/styrene, v. copolymers of butylene/ethylene/styrene, vi. copolymers of butylene/propylene/styrene, c) 1 to 70 wt.% peroxydisulfate(s),
A zeolite-based honeycomb filter body comprising a matrix of walls defining channels through the body, at least a portion of said channels being plugged at one end only, said body comprising: a primary phase material comprising one or more zeolite material having a SiO 2 to Al 2 O 3 molar ratio in the range from 5 to 300 and said zeolite further comprising one or more cations selected from the group consisting of Fe +2, Cu +2, W +2, Co +2, Mn +2, Zr +1, Mo +2, Ni +2, La +2, and Ce +2; one or more secondary phase material having a coefficient of thermal expansion of at least 10x10 -7 /°C; and a permanent binder; wherein the honeycomb body walls exhibit a median pore diameter measured by mercury intrusion of at least 1 micron, a porosity of 30-70% and a mean coefficient of thermal expansion in the range of 0 to +/- 15x10 -7 /°C. a primary phase material comprising one or more zeolite material having a SiO 2 to Al 2 O 3 molar ratio in the range from 5 to 300 and said zeolite further comprising one or more cations selected from the group consisting of Fe +2, Cu +2, W +2, Co +2, Mn +2, Zr +1, Mo +2, Ni +2, La +2, and Ce +2; one or more secondary phase material having a coefficient of thermal expansion of at least 10x10 -7 /°C; and a permanent binder; wherein the honeycomb body walls exhibit a median pore diameter measured by mercury intrusion of at least 1 micron, a porosity of 30-70% and a mean coefficient of thermal expansion in the range of 0 to +/- 15x10 -7 /°C.
An x-ray window (10; 20; 30; 40; 50; 60; 80) comprising a stack of thin film layers including an aluminum layer, a polymer layer, and an amorphous carbon layer; characterized in that hybridization of carbon in the amorphous carbon layer is less than 25% sp3 hybridization and greater than 75% sp2 hybridization.
In vitro method for diagnosing metastatic bladder cancer in a human patient suspected to have bladder cancer by measuring in a sample of serum, plasma or blood of the patient circulating matrix metalloproteinase 7 (MMP-7) and/or its pro-enzyme form (pro-MMP-7) directly as measurable MMP-7 immunoreactivity using a specific ligand binding assay technique, and associating an increase of the measured MMP-7 immunoreactivity levels in the patient versus a normal human control or a non metastatic bladder cancer patient with a bladder cancer which has metastasized.
A method of tensioning a bolt (19,119) including the steps of: applying a nut (20,120) to the bolt (19,119), where the nut (20, 120) extends beyond the shank of the bolt (19, 119); and connecting a tensioning apparatus (25. 125) to the nut (20, 120); so arranged that the nut (20, 120) transfers the tensile load generated by the tensioning apparatus (25,125) to the bolt (19,119), wherein the tensioning apparatus (25,125) having a puller bar (35,135,635) and the nut (20, 120) having an extension portion extending above the bolt (19, 119); the extension portion of the nut (20.120) having an internal parallel thread complementary to an external thread on the puller bar of the tensioning apparatus (25, 125); wherein an expanding spacer (51, 53) is interposed, about the bolt (19, 119) between the nut (20, 120) and a component to be clamped the expanding spacer (51, 53) being axially extendible to take up the strain gap between the nut (20, 120) and the component as the bolt (19,119) is tensioned by the tensile load, and wherein the expanding spacer (61, 53) has two spacer naives (51a, 51b; 53a, 53b), each with a planar face (51e, 51 f; 53e. 53f) and an inclined ramp face (52.54) and a bore (51c, 51d. 53c. 53d) to receive the bolt (19,119), the spacer halves (51 a, 51b; 53a, 53b) being relatively rotated, or moved laterally, so that the opposed ramp faces (52, 54) of the spacer halves (51 a, 51 b; 53a, 53b) cause the axial distance between the respective planar faces (51e, 51f; 53e, 53f) of the spacer halves (51a, 51b; 53a, 53b) to be selectively increased or decreased. applying a nut (20,120) to the bolt (19,119), where the nut (20, 120) extends beyond the shank of the bolt (19, 119); and connecting a tensioning apparatus (25. 125) to the nut (20, 120); so arranged that the nut (20, 120) transfers the tensile load generated by the tensioning apparatus (25,125) to the bolt (19,119), wherein the tensioning apparatus (25,125) having a puller bar (35,135,635) and the nut (20, 120) having an extension portion extending above the bolt (19, 119); the extension portion of the nut (20.120) having an internal parallel thread complementary to an external thread on the puller bar of the tensioning apparatus (25, 125); wherein an expanding spacer (51, 53) is interposed, about the bolt (19, 119) between the nut (20, 120) and a component to be clamped the expanding spacer (51, 53) being axially extendible to take up the strain gap between the nut (20, 120) and the component as the bolt (19,119) is tensioned by the tensile load, and wherein the expanding spacer (61, 53) has two spacer naives (51a, 51b; 53a, 53b), each with a planar face (51e, 51 f; 53e. 53f) and an inclined ramp face (52.54) and a bore (51c, 51d. 53c. 53d) to receive the bolt (19,119), the spacer halves (51 a, 51b; 53a, 53b) being relatively rotated, or moved laterally, so that the opposed ramp faces (52, 54) of the spacer halves (51 a, 51 b; 53a, 53b) cause the axial distance between the respective planar faces (51e, 51f; 53e, 53f) of the spacer halves (51a, 51b; 53a, 53b) to be selectively increased or decreased.
A fuel system for a turbomachine, comprising: a main pump; a minimum pressure and shutoff valve (MPSOV) disposed between a fuel source and a fuel nozzle of the fuel system and configured to move between an opened position wherein fuel can flow to the fuel nozzle, and a closed position wherein fuel is prevented from flowing to the fuel nozzle; a shutdown signal valve (SDSV) operatively connected to the MPSOV and configured to selectively supply a shutdown pressure to the MPSOV in a shutdown state such that the shutdown pressure forces the MPSOV to the closed position, and wherein the shutdown pressure is supplied from a main pump flow; and a bypass valve connected to the MPSOV and SDSV such that when the MPSOV closes, the excess flow will be re-circulated to the pump inlet through a metering valve upstream of the WBV and then through the WBV such that the WBV allows the excess flow to recirculate to the main pump after the MPSOV is shutoff by the SDSV. a main pump; a minimum pressure and shutoff valve (MPSOV) disposed between a fuel source and a fuel nozzle of the fuel system and configured to move between an opened position wherein fuel can flow to the fuel nozzle, and a closed position wherein fuel is prevented from flowing to the fuel nozzle; a shutdown signal valve (SDSV) operatively connected to the MPSOV and configured to selectively supply a shutdown pressure to the MPSOV in a shutdown state such that the shutdown pressure forces the MPSOV to the closed position, and wherein the shutdown pressure is supplied from a main pump flow; and a bypass valve connected to the MPSOV and SDSV such that when the MPSOV closes, the excess flow will be re-circulated to the pump inlet through a metering valve upstream of the WBV and then through the WBV such that the WBV allows the excess flow to recirculate to the main pump after the MPSOV is shutoff by the SDSV.
An aircraft comprising a cabin air system, a gas turbine engine including an engine core coupled to the cabin air system to provide compressed bleed air to the cabin air system and a cleaning agent supply connector coupled to the engine core to conduct a cleaning agent to the engine core, and a pneumatic coupling system including a first valve coupled between the cabin air system and the engine core, a second valve coupled between the engine core and the cleaning agent supply connector, and a controller coupled to the first valve, the controller configured to automatically close the first valve and block compressed bleed air that may contain cleaning agent moving through the engine core from moving into the cabin air system in response to receipt of an input associated with a cleaning cycle.
A compensation circuit for a level regulation, wherein the compensation circuit comprises an amplifier unit, wherein the amplifier unit comprises at least one amplifier level (31 1) and at least one detector element for the detection of an output power of the amplifier unit, wherein the power consumption of the amplifier unit is measurable via at least one current measurement element of the compensation circuit, wherein the compensation circuit is embodied in such a manner that a current signal measured by the current measurement element is multiplied in the compensation circuit by a correction factor, wherein an amplification of the amplifier unit is adjustable via a control variable, which is dependent upon a detector signal, which is generated by the detector element, and upon the current signal multiplied by the correction factor, characterised in that the detector element is connected galvanically to an output conductor of the amplifier unit, and the amplifier unit further comprises a reference element, which compensates the temperature-dependent behaviour of the detector element.
A spacer for laying tiles, bricks and the like with the interposition of gaps, comprising a plate-like body which is open internally with at least one spacing protrusion that protrudes outward and from at least one of two opposite faces of said body along an arrangement that is perpendicular to the arrangement of said body, said spacing protrusion defining a width of a respective gap, characterized in that said body has at least one flat portion for placing on tiles which protrudes from opposite faces of said body, wherein said flat portion is perimetric.
A method to automatically identify metering constraints of one or more Intelligent Electronic Devices (IEDs) in an electrical system, comprising: capturing at least one energy-related waveform using at least one of the lEDs in the electrical system; processing electrical measurement data from, or derived from, the at least one energy-related waveform to identify anomalous characteristics in the electrical system; in response to identifying anomalous characteristics in the electrical measurement data, building an event constraint model based on or by using the identified anomalous characteristics; analyzing the event constraint model to determine if the at least one energy-related waveform is being adequately captured by the at least one of the IEDs; and in response to determining the at least one energy-related waveform is not adequately captured, taking one or more actions to address the capturing inadequacy. capturing at least one energy-related waveform using at least one of the lEDs in the electrical system; processing electrical measurement data from, or derived from, the at least one energy-related waveform to identify anomalous characteristics in the electrical system; in response to identifying anomalous characteristics in the electrical measurement data, building an event constraint model based on or by using the identified anomalous characteristics; analyzing the event constraint model to determine if the at least one energy-related waveform is being adequately captured by the at least one of the IEDs; and in response to determining the at least one energy-related waveform is not adequately captured, taking one or more actions to address the capturing inadequacy.
A cigarette heating device comprising a cigarette holder, a heating cavity and a base which are connected in sequence, a top end of the heating cavity being communicated with the cigarette holder, the heating cavity being connected with a power supply device, and the power supply device being disposed at the base, the heating cavity comprises a shell and a heating assembly for heating and baking a cigarette, the heating assembly is electrically connected with the power supply device, the shell surrounds an outer side of the heating assembly, and two ends of the shell are connected with the cigarette holder and the base, respectively; and an air passage is disposed at a bottom end of the shell, and the air passage communicates the heating cavity with an external environment for air to enter and exit the heating cavity, characterized in that an air gap is left between the heating assembly and the shell, and a width of the air gap ranges from 0.5 mm to 1.5 mm, the air enters from the air passage at the bottom end of the heating cavity, passes through the air gap, and enters the heating assembly.
A pharmaceutical composition comprising diethyl azelate for use in a method of treating insulin resistance at a dose in a range from 0.5 mg/kg/day to 2.5 mg/kg/day.
A locking arrangement for locking at least one extendable furniture part or several extendable furniture parts which are arranged above one another, comprising - a locking bar, - at least one locking element (8, 8') which is coupled to the locking bar, - wherein an extendable furniture part can be locked with one each of the locking elements (8, 8'), characterized in that - the locking arrangement comprises at least one toothed profiling, which extends along a longitudinal axis of the locking bar, for positioning the locking elements (8, 8') relative to the locking bar, - wherein the at least one locking element (8, 8') is provided with at least one detent lug (15, 15') which can be latched onto the toothed profiling of the locking bar. - a locking bar, - at least one locking element (8, 8') which is coupled to the locking bar, - wherein an extendable furniture part can be locked with one each of the locking elements (8, 8'), - the locking arrangement comprises at least one toothed profiling, which extends along a longitudinal axis of the locking bar, for positioning the locking elements (8, 8') relative to the locking bar, - wherein the at least one locking element (8, 8') is provided with at least one detent lug (15, 15') which can be latched onto the toothed profiling of the locking bar.
A device for dispensing a product from a container, having an assembly comprising a receiving unit, having a cavity, for the container, and an advancement element for outputting the product inside the receiving unit, and having a handle, with a metering unit, which is connected to the receiving unit, wherein the connection between the handle and the receiving unit is detachable to ensure replaceability of the assembly, characterized in that for mounting or dismounting the handle on/from the receiving unit, in a first embodiment a means for linear bearing is provided which allows a translational relative movement between the receiving unit and the handle, or in a second embodiment an articulated joint is provided, and a coupling part of the handle and a coupling part of the receiving unit provide a coupling in the mounted state of the receiving unit on the handle to allow an operative connection between the metering unit of the handle and the advancement element in the receiving unit, wherein the coupling part of the handle is stationarily fixed to the handle in such a way that a displacement of the receiving unit relative to the handle via the means for linear bearing, in the first embodiment, or a swiveling of the receiving unit relative to the handle via the articulated joint, in the second embodiment, results in establishment of the operative connection.
A system for providing treatment to a tissue site, the system comprising: a tissue interface configured to transport fluid to and from the tissue site; a cover configured to provide a sealed space that includes the tissue interface; a negative-pressure source fluidly coupled to the tissue interface and configured to provide negative pressure; a hyperoxic fluid source fluidly coupled to the tissue interface and configured to provide a hyperoxic fluid; and a controller configured to control the negative pressure and the hyperoxic fluid so as to maintain the sealed space at a negative pressure while the hyperoxic fluid is provided to the sealed space, wherein the controller is configured to provide: a first therapy interval where the sealed space is maintained within a first range of negative pressure, wherein the first range is from -75 mmHg to -200 mmHg; and a second therapy interval where the sealed space is maintained within a second range of negative pressure, wherein the second range is from -5 mmHg to -60 mmHg. a tissue interface configured to transport fluid to and from the tissue site; a cover configured to provide a sealed space that includes the tissue interface; a negative-pressure source fluidly coupled to the tissue interface and configured to provide negative pressure; a hyperoxic fluid source fluidly coupled to the tissue interface and configured to provide a hyperoxic fluid; and a controller configured to control the negative pressure and the hyperoxic fluid so as to maintain the sealed space at a negative pressure while the hyperoxic fluid is provided to the sealed space, wherein the controller is configured to provide: a first therapy interval where the sealed space is maintained within a first range of negative pressure, wherein the first range is from -75 mmHg to -200 mmHg; and a second therapy interval where the sealed space is maintained within a second range of negative pressure, wherein the second range is from -5 mmHg to -60 mmHg. a first therapy interval where the sealed space is maintained within a first range of negative pressure, wherein the first range is from -75 mmHg to -200 mmHg; and a second therapy interval where the sealed space is maintained within a second range of negative pressure, wherein the second range is from -5 mmHg to -60 mmHg.
A method for distance measurement by determining the pulse transit time, in which pulsed electromagnetic radiation is transmitted using at least one transmitter and signal pulses reflected at objects are detected using at least one receiver, wherein at least one received logic signal containing logic signals is generated from the received analog signal containing the signal pulses, in particular by means of a threshold circuit, and is evaluated with respect to the transit times of the logic signals, wherein the received logic signal is read into a programmable logic circuit by means of a clocked data reading device and is mapped onto a time pattern in the logic circuit in that instantaneous values of the received logic signal are stored in logic units of the logic circuit associated with the time windows for time windows of the time pattern corresponding to at least one clock of the data reading device, characterized in that a plurality of clocks are generated by phase shifting of a base clock; in that the received logic signal is phase shifted; and in that at least one FPGA (field programmable gate array) is used as the logic circuit, wherein the phase shift of the base clock and the phase shift of the received logic signal take place externally with respect to the FPGA.
A method of producing a frozen, microwaveable, coated food product, said method comprising the steps of: providing a portion of a solid or solidified substrate; coating the portion with an aqueous precoating liquid to form a precoated portion; applying a coating of bonding crumb to the precoated portion to form a crumb coated portion; applying a batter to the crumb coated portion to form a batter coated portion; applying a coating of coating crumb to the batter coated portion to form a breaded portion; frying the breaded portion by contacting said breaded portion for at least 100 seconds with hot oil having a temperature of at least 150°C, thereby producing a fried coated portion having a core temperature in excess of 70°C; and freezing the fried coated portion by introducing said fried portion into a freezer; wherein the core temperature of the fried coated portion is not less than 50°C, preferably not less than 60°C when said fried portion is introduced into the freezer and wherein said core temperature is reduced to less than -15°C, using cryogenic freezing. providing a portion of a solid or solidified substrate; coating the portion with an aqueous precoating liquid to form a precoated portion; applying a coating of bonding crumb to the precoated portion to form a crumb coated portion; applying a batter to the crumb coated portion to form a batter coated portion; applying a coating of coating crumb to the batter coated portion to form a breaded portion; frying the breaded portion by contacting said breaded portion for at least 100 seconds with hot oil having a temperature of at least 150°C, thereby producing a fried coated portion having a core temperature in excess of 70°C; and freezing the fried coated portion by introducing said fried portion into a freezer;
Utility vehicle with a suction device for a heating and/or air-conditioning system, which suction device sucks up outside air as suction air via at least one air-conducting line and supplies said air via a filter device of the heating and/or air-conditioning system as filtered air to the vehicle interior, wherein a cyclone filter as a preliminary filter for pre-separation of impurities and/or particles contained in the suction air is connected upstream of the filter device of the heating and/or air-conditioning system, wherein the cyclone filter is arranged in an air-conducting housing with at least one inflow opening and with at least one outflow opening connected in terms of flow to the heating and/or air-conditioning system, and wherein the cyclone filter is part of a constructional unit held in a releasable and exchangeable manner, characterized in that the cyclone filter and the air-conducting housing accommodating the cyclone filter is arranged behind or in front of a front skirt forming a front cladding part of the utility vehicle, in such a manner that an inflow of the outside air assisted by the headwind of the utility vehicle is ensured, and in that the cyclone filter is formed by a cartridge inserted into the air-conducting housing.
A chip-removing tool set of a surgical torque-transferring instrument comprising at least one first and one second chip-removing tool, each chip-removing tool having a distal engagement segment adjoined by a tool shaft whose proximal end portion is prepared for a torque-transferring insertion into a tool mounting of the instrument, for which purpose the proximal end portion is subdivided at least in a functional section "torque transmission" and a functional section "axial locking" axially spaced therefrom that fulfill their corresponding function of a torque transmission and an axial locking independent of each other, wherein the functional section "axial locking", with respect to its geometry, comprises parameters which are intended to be changed and cooperate according to the key/keyhole principle only with one tool mounting comprising corresponding geometrical mating parameters for a proper mounting of the tool, at least one geometrical parameter and thus the geometry of the first chip-removing tool being distinguished from the geometrical parameter of the second chip-removing tool.