mhurhangee/ep-ind-claims huggingface dataset:
Topical formulation for application to skin, wherein the formulation comprises - an anhydrous lipid-containing preparation with a weight fraction of ethanol, methanol, isopropanol, petroleum spirit and surfactants of in each case of from 0 % to less than 0.1% by weight and a weight fraction of silicone compounds from 0% to less than 40% by weight, based on the total mass of the preparation, and - propellant gas consisting essentially of one or more substances selected from hydrofluorocarbons, n-butane, isobutane and propane, wherein the lipid-containing preparation being in direct contact with the propellant gas, -the weight ratio of lipid-containing preparation to propellant gas is from 65% by weight: 35% by weight to 10% by weight: 90% by weight, the weight fraction of the lipid-containing preparation being less than 70% by weight, based on the total mass of the formulation, and the lipid-containing preparation comprises one or more lipids selected from cera microcristallina, paraffinum liquidum, mineral oil, ceresin, lanolin alcohol. - an anhydrous lipid-containing preparation with a weight fraction of ethanol, methanol, isopropanol, petroleum spirit and surfactants of in each case of from 0 % to less than 0.1% by weight and a weight fraction of silicone compounds from 0% to less than 40% by weight, based on the total mass of the preparation, and - propellant gas consisting essentially of one or more substances selected from hydrofluorocarbons, n-butane, isobutane and propane,
A method for detecting malicious code, comprising: monitoring execution of an instruction in a virtual machine monitor of a host computer, wherein the instruction is generated in escape mode when a read-write request generated during execution of program code in a virtual machine of the host computer is delivered to the virtual machine monitor, wherein in the escape mode, the access of the virtual machine to virtual hardware devices is converted into access of the virtual machine monitor to physical hardware devices; obtaining execution characteristics of the program code according to execution of the instruction; and comparing the obtained execution characteristics with pre-stored execution characteristics of known malicious code, and determining that the program code is malicious code when the obtained execution characteristics and the pre-stored execution characteristics are the same. monitoring execution of an instruction in a virtual machine monitor of a host computer, wherein the instruction is generated in escape mode when a read-write request generated during execution of program code in a virtual machine of the host computer is delivered to the virtual machine monitor, wherein in the escape mode, the access of the virtual machine to virtual hardware devices is converted into access of the virtual machine monitor to physical hardware devices; obtaining execution characteristics of the program code according to execution of the instruction; and comparing the obtained execution characteristics with pre-stored execution characteristics of known malicious code, and determining that the program code is malicious code when the obtained execution characteristics and the pre-stored execution characteristics are the same.
A process for producing semitransparent pearlescent pigments, comprising the steps of providing monolithically constructed metallic substrate platelets having an average thickness of 1 to 40 nm and a form factor, expressed by the ratio of the mean size to the average thickness, of at least 80, coating the metallic substrate platelets with an enveloping, substantially transparent coating A composed of at least one low-index metal oxide and/or metal oxide hydrate, having a refractive index of less than 1.8, coating the thus-coated metallic substrate platelets with at least one interference layer in the form of a coating B composed of at least one high-index metal oxide, having a refractive index of at least 1.8, the coating steps taking place by hydrolytic decomposition of one or more organometallic compounds and/or by precipitation of one or more dissolved metal salts, and subsequently calcining the thus-coated substrate platelets at 550 to 1200°C, preferably at 600 to 1200°C, for a period of 4 h to 12 h, to convert the metallic substrate platelets into the corresponding metal oxide where the metallic substrate platelets consist of aluminum, which is then converted completely, in the course of calcining, into aluminum oxide.
Use of a novolac resin for increasing the melt flow of a polyamide composition, characterized in that the composition comprises a polyamide chosen from polyhexamethylene adipamide, polycaprolactam, and copolymers and blends of polyhexamethylene adipamide and polycaprolactam, said polyamide having a viscosity number VN of between 100 and 160 ml/g, according to the standard ISO 307 and characterized in that the novolac resin is a product of condensation of phenol and of formaldehyde, and in that the composition comprises from 2% to 10% by weight of novolac resin, relative to the total weight of the composition.
A user equipment comprising: means for receiving a radio resource control connection reconfiguration message including a first measurement configuration related to a first network node and a second measurement configuration related to a second network node; wherein the radio resource control connection reconfiguration message indicates the user equipment to deliver a first measurement report to the first network node and a second measurement report to the second network node; means for transmitting the first measurement report for the first network node based on the first measurement configuration to the first network node; and means for transmitting the second measurement report for the second network node based on the second measurement configuration to the second network node, wherein the first measurement report is different from the second measurement report; and wherein at least one of the first measurement report or the second measurement report is used to assist in performing a mobility or handover procedure for the user equipment. means for receiving a radio resource control connection reconfiguration message including a first measurement configuration related to a first network node and a second measurement configuration related to a second network node; wherein the radio resource control connection reconfiguration message indicates the user equipment to deliver a first measurement report to the first network node and a second measurement report to the second network node; means for transmitting the first measurement report for the first network node based on the first measurement configuration to the first network node; and means for transmitting the second measurement report for the second network node based on the second measurement configuration to the second network node, wherein the first measurement report is different from the second measurement report; and wherein at least one of the first measurement report or the second measurement report is used to assist in performing a mobility or handover procedure for the user equipment.
An apparatus for scanning a sensor panel for events, comprising: driver logic coupled to the sensor panel and configured for generating one or more input signals to the sensor panel; and channel scan logic coupled to the sensor panel, the driver logic and a panel processor and configured for disabling both the panel processor and one or more clocks after a first predetermined amount of time elapses without any events being detected on the sensor panel, enabling the one or more clocks, controlling the driver logic to drive at least one row in the sensor panel with the one or more input signals, and acquiring an image of the sensor panel by measuring a capacitance of one or more sensors in the sensor panel upon expiration of a second predetermined amount of time following the disabling of both the panel processor and the one or more clocks, and from the measured capacitance, determining if any events are detected on the sensor panel. driver logic coupled to the sensor panel and configured for generating one or more input signals to the sensor panel; and channel scan logic coupled to the sensor panel, the driver logic and a panel processor and configured for disabling both the panel processor and one or more clocks after a first predetermined amount of time elapses without any events being detected on the sensor panel, enabling the one or more clocks, controlling the driver logic to drive at least one row in the sensor panel with the one or more input signals, and acquiring an image of the sensor panel by measuring a capacitance of one or more sensors in the sensor panel upon expiration of a second predetermined amount of time following the disabling of both the panel processor and the one or more clocks, and from the measured capacitance, determining if any events are detected on the sensor panel. disabling both the panel processor and one or more clocks after a first predetermined amount of time elapses without any events being detected on the sensor panel, enabling the one or more clocks, controlling the driver logic to drive at least one row in the sensor panel with the one or more input signals, and acquiring an image of the sensor panel by measuring a capacitance of one or more sensors in the sensor panel upon expiration of a second predetermined amount of time following the disabling of both the panel processor and the one or more clocks, and from the measured capacitance, determining if any events are detected on the sensor panel.
An upper body article of clothing having a hood and means for filling an airtight inflatable inner space in the hood with air or other gas, wherein the inflatable inner space extends along parts of the hood and around the neck of a person wearing the article, characterized in that the inflatable inner space extends over the head of a person wearing the article and the article of clothing further comprises an adjustable strap extending over the head.
An azimuth thruster-type ship (10;10A-H) comprising: an azimuth thruster provided on the stern side of a hull; a center skeg disposed on a center line in a width direction of a bilge (20,24) of the hull; and a course-keeping performance improvement device (18;18ah) disposed on a side surface of the center skeg, wherein the course-keeping performance improvement device (18;18a-h) has a plate section (40;40a-h) which is disposed to be spaced apart from the center skeg and the bilge (20,24) and is shorter in length in a direction parallel to the center line than the center skeg, characterized in that it further comprises a plurality of coupling sections (42;60;62;42a-h) which connect the plate section (40;40a-h) and the center skeg with a gap provided between the plate section (40;40a-h) and the center skeg, and in that one coupling section (42;60;62;42a-h) is disposed to be spaced apart from another coupling section (42;60;62;42a-h) adjacent thereto, whereby a gap is provided therebetween. an azimuth thruster provided on the stern side of a hull; a center skeg disposed on a center line in a width direction of a bilge (20,24) of the hull; and a course-keeping performance improvement device (18;18ah) disposed on a side surface of the center skeg, wherein the course-keeping performance improvement device (18;18a-h) has a plate section (40;40a-h) which is disposed to be spaced apart from the center skeg and the bilge (20,24) and is shorter in length in a direction parallel to the center line than the center skeg,
A Ganoderma lucidum extract for use in a method for treating Parkinson's disease, said method comprising administering, to a subject, preferably a human, in need of such treatment, an effective amount of a Ganoderma lucidum extract, wherein said Ganoderma lucidum extract is obtained from the fruiting body of Ganoderma lucidum with methanol by low temperature extraction.
A circuit comprising: 2 n loads (20, 24; 324, 328; 340-346) that are connected in series between first and second reference potentials; 2 n -1 nodes (52; 347-349) that are arranged between adjacent ones of said 2 n loads; and 2 n -1 2:1 DC/DC converters (100; 320; 330-336; 406'), wherein an output of each of said 2 n -1 2:1 DC/DC converters (100; 320; 330-336; 406') is connected to a respective one of said 2 n -1 nodes (52; 347-349), where n is greater than or equal to 2, characterized in that said 2 n -1 2:1 DC/DC converters are arranged in n branches (350, 352), wherein each of said n branches (350, 352) is connected between the first and second reference potentials, in each of said n branches (350, 352), inputs of said 2 n -1 2:1 DC/DC converters are connected to (i) said first reference potential, or (ii) a corresponding output of one of the 2 n -1 2:1 DC/DC converters, and said 2 n -1 2:1 DC/DC converters (100; 320; 330-336; 406') comprise first and second conduction switches (110a, 110b), first and second inductance elements (104a, 104b) connected to said first and second conduction switches, and freewheeling switches (114a, 114b) connected to said first and second conduction switches to provide a path for current during non-conducting periods. 2 n loads (20, 24; 324, 328; 340-346) that are connected in series between first and second reference potentials; 2 n -1 nodes (52; 347-349) that are arranged between adjacent ones of said 2 n loads; and 2 n -1 2:1 DC/DC converters (100; 320; 330-336; 406'), wherein an output of each of said 2 n -1 2:1 DC/DC converters (100; 320; 330-336; 406') is connected to a respective one of said 2 n -1 nodes (52; 347-349), where n is greater than or equal to 2,
A system, comprising: a stimulator (1438, 1538) configured to deliver nerve stimulation for capturing a first set of axons in a nerve and to deliver depletion block stimulation for capturing a second set of axons in the nerve, the second set of axons being a subset of the first set of axons, the depletion block stimulation including a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz, the nerve stimulation including a series of pulses at a stimulation pulse frequency within a range of 0.25 Hz to 50 Hz; and at least one controller (1439, 1539) configured to communicate with the stimulator (1438, 1538) and control the depletion block stimulation and the nerve stimulation, at least a portion of the nerve stimulation and at least a portion of the depletion block stimulation being delivered such that a depletion block is provided by the depletion block stimulation in the second set of axons while the nerve stimulation is being delivered, wherein the controller is configured to control amplitude and/or pulse width of the depletion block stimulation pulses to capture the second set of axons, and wherein the controller is configured to control amplitude and/or pulse width of the nerve stimulation pulses to capture the first set of axons. a stimulator (1438, 1538) configured to deliver nerve stimulation for capturing a first set of axons in a nerve and to deliver depletion block stimulation for capturing a second set of axons in the nerve, the second set of axons being a subset of the first set of axons, the depletion block stimulation including a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz, the nerve stimulation including a series of pulses at a stimulation pulse frequency within a range of 0.25 Hz to 50 Hz; and at least one controller (1439, 1539) configured to communicate with the stimulator (1438, 1538) and control the depletion block stimulation and the nerve stimulation, at least a portion of the nerve stimulation and at least a portion of the depletion block stimulation being delivered such that a depletion block is provided by the depletion block stimulation in the second set of axons while the nerve stimulation is being delivered, wherein the controller is configured to control amplitude and/or pulse width of the depletion block stimulation pulses to capture the second set of axons, and wherein the controller is configured to control amplitude and/or pulse width of the nerve stimulation pulses to capture the first set of axons.
A method for controlling discharges of nitrogen compounds in the production of cellulose carbamate, in which method microcrystalline cellulose is produced from chemical pulp produced at a pulp mill, such that the chemical pulp is subjected to acid hydrolysis at an elevated temperature to form microcrystalline cellulose and hydrolysate, and the MCC is reacted with urea to produce cellulose carbamate whereby ammonia is released, and wherein the microcrystalline cellulose production and the cellulose carbamate production are integrated to the pulp mill having a flue gas system such that carbon dioxide from the flue gases is reacted with released ammonia to produce urea, which is used in the carbamate production. the MCC is reacted with urea to produce cellulose carbamate whereby ammonia is released, and wherein the microcrystalline cellulose production and the cellulose carbamate production are integrated to the pulp mill having a flue gas system such that carbon dioxide from the flue gases is reacted with released ammonia to produce urea, which is used in the carbamate production.
A method for control of a throttle damper for regulating an air flow in a pipe connected to an engine, which throttle damper is adapted to assuming a plurality of different positions in the pipe, thereby regulating an air flow through the pipe, wherein the engine is also connected to a clutch, characterised in that the throttle damper is controlled on the basis of a third parameter P3 which indicates whether the clutch is activated or not, whereby only if the third parameter P3 indicates that the clutch is activated and not in its closed position, the throttle damper is controlled on the basis of a first parameter P1 which represents a change per unit time in a speed ω of the engine, wherein the throttle damper is adapted to assuming a plurality of positions between a first extreme state and a second extreme state, such that - the first extreme state is a fully open position resulting in a maximum air flow in the pipe, and - the second extreme state is a fully closed position resulting in a minimum air flow in the pipe, wherein the throttle damper is caused to turn to the first extreme state at a maximum rate of movement ν Max if the first parameter P1 assumes a value greater than the limit value T, which maximum rate ν Max is a highest rate at which throttle damper can reach said plurality of positions. - the first extreme state is a fully open position resulting in a maximum air flow in the pipe, and - the second extreme state is a fully closed position resulting in a minimum air flow in the pipe, wherein the throttle damper is caused to turn to the first extreme state at a maximum rate of movement ν Max if the first parameter P1 assumes a value greater than the limit value T, which maximum rate ν Max is a highest rate at which throttle damper can reach said plurality of positions.
Vehicle tyre, having at least one surface element which is formed on an outer surface (2, 3), in particular an outer surface of a sidewall and/or of a tread, of the vehicle tyre and has a surface contrast structure comprising lamellae arranged adjacent to one another, wherein • the lamellae each have a waveform longitudinal extent along a direction of wave propagation, wherein the waveform longitudinal extent runs, in plan view, along a waveform line with vertices (9, 10) alternating in their direction of curvature in the direction of wave propagation, • the waveform lines of at least one first pair of lamellae of two mutually adjacently arranged lamellae of the lamellae have pairs of vertices each comprising one vertex (6, 10) of the two waveform lines, wherein the two vertices (9, 10) of each pair of vertices have the same direction of curvature and are arranged adjacent to one another, and • at least one of the pairs of vertices of the waveform lines of the at least one first pair of lamellae, as a first pair of vertices, has a prong-shaped elevation arranged spatially between its vertices (9, 10) and the waveform lines, characterized in that the waveform lines of the at least one first pair of lamellae are arranged meshing with one another, wherein a meshed arrangement of two mutually adjacently arranged waveform lines or of the associated lamellae means that every second vertex of the one waveform line is surrounded over at least 180° by the other waveform line, and vice versa. • the lamellae each have a waveform longitudinal extent along a direction of wave propagation, wherein the waveform longitudinal extent runs, in plan view, along a waveform line with vertices (9, 10) alternating in their direction of curvature in the direction of wave propagation, • the waveform lines of at least one first pair of lamellae of two mutually adjacently arranged lamellae of the lamellae have pairs of vertices each comprising one vertex (6, 10) of the two waveform lines, wherein the two vertices (9, 10) of each pair of vertices have the same direction of curvature and are arranged adjacent to one another, and • at least one of the pairs of vertices of the waveform lines of the at least one first pair of lamellae, as a first pair of vertices, has a prong-shaped elevation arranged spatially between its vertices (9, 10) and the waveform lines, • at least one of the pairs of vertices of the waveform lines of the at least one first pair of lamellae, as a first pair of vertices, has a prong-shaped elevation arranged spatially between its vertices (9, 10) and the waveform lines, the waveform lines of the at least one first pair of lamellae are arranged meshing with one another, wherein a meshed arrangement of two mutually adjacently arranged waveform lines or of the associated lamellae means that every second vertex of the one waveform line is surrounded over at least 180° by the other waveform line, and vice versa.
A syringe apparatus, comprising: a barrel including an inner surface, an open end, and an inlet end; a plunger including a plunger head received in slidable sealing contact with the inner surface of the barrel and forming a reservoir therein; characterised in that it comprises an extensible additive-disassociating member contained in the reservoir, wherein the extensible additive-disassociating member comprises an additive configured to retain or change a state or property of a bio-liquid specimen drawn into the reservoir. a barrel including an inner surface, an open end, and an inlet end; a plunger including a plunger head received in slidable sealing contact with the inner surface of the barrel and forming a reservoir therein; characterised in that it comprises an extensible additive-disassociating member contained in the reservoir, wherein the extensible additive-disassociating member comprises an additive configured to retain or change a state or property of a bio-liquid specimen drawn into the reservoir.