mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic composition comprising: - one or more vinylformamide/vinylformamine copolymers comprising: from 10 to 95 mol% of units of the following formula A1: and from 90 to 5 mol% of units of the following formula A2: - one or more cellulose-based thickening polymers chosen from non-ionic cellulose ethers; and - one or more amphoteric or zwitterionic surfactants. - one or more vinylformamide/vinylformamine copolymers comprising: from 10 to 95 mol% of units of the following formula A1: and from 90 to 5 mol% of units of the following formula A2: - one or more cellulose-based thickening polymers chosen from non-ionic cellulose ethers; and - one or more amphoteric or zwitterionic surfactants.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: each Y 1, each Y 2, each Y 3, each Y 4 and Y 5 is deuterium; and each Y 6, each Y 7, each Y 8, each Y 9, each Y 10 each Y 11, each Y 12 each Y 13 and Y 14 are independently selected from hydrogen and deuterium. each Y 1, each Y 2, each Y 3, each Y 4 and Y 5 is deuterium; and each Y 6, each Y 7, each Y 8, each Y 9, each Y 10 each Y 11, each Y 12 each Y 13 and Y 14 are independently selected from hydrogen and deuterium.
Winding mobile member for an automatic watch winding mechanism including a guide member on the pivot axis thereof and inscribed in a cylinder of maximum radius (RMAX), and including means for driving an energy charging mechanism, said mobile member including at least one ferromagnetic or magnetized part for driving said mobile member by means of a variable magnetic field, said winding mobile member being arranged to be driven by magnetic attraction and/or magnetic repulsion, characterized in that said mobile member is formed by one or more oscillating magnetic weights or oscillating weights with a magnet, arranged to be set in mechanical motion, at least one said oscillating magnetic weight comprising a first inner ferromagnetic part extending over radii smaller than the minimum radius (RMIN) of a second peripheral part made of heavy metal having an atomic number comprised between 73 and 79, or made of an alloy including at least 80% of a heavy metal whose atomic number is between 73 and 79.
Prechamber spark plug for igniting a fuel/air admixture in an internal combustion engine, in particular a gas engine, comprising a spark plug member which has a prechamber housing and a cap which at least partially closes the prechamber, an earth electrode which is arranged in the spark plug member and a centre electrode which protrudes into the prechamber, wherein the prechamber is constructed in an annular manner and has on the inner covering face thereof at least one ignition face which is constructed as a cam, characterised in that the earth electrode has on the inner covering face a projection which extends radially inwards as a flow protection.
Gas bag module including a gas generator, a gas bag and a cover, the cover comprising: - a decorative element, in particular an emblem, having a front face and a rear face, said front face being visible when the cover is connected to the gas bag module; and - a mounting element arranged on the rear face of the decorative element, said mounting element being adapted for mounting the cover to a housing of the gas bag module; wherein said mounting element is formed by over-molding the decorative element such that the mounting element is bonded directly to the decorative element, in particular by material engagement, characterised in that the cover is loosely connected to a housing of the gas bag module such that the cover can be disconnected from the housing when the gas bag is inflated. - a decorative element, in particular an emblem, having a front face and a rear face, said front face being visible when the cover is connected to the gas bag module; and - a mounting element arranged on the rear face of the decorative element, said mounting element being adapted for mounting the cover to a housing of the gas bag module; wherein
A method performed by an apparatus, the method comprising obtaining a radio-map based on a plurality of location information representatives, the radio-map comprising physical layout data, wherein each location information representative of the plurality of location information representatives is indicative of an estimated geo-position of a mobile terminal, and wherein each location information representative of at least one of the plurality of location information representatives is associated with a radio-measurement and a probability value indicating the reliability of the respective location information representative; wherein obtaining the radio-map comprises generating a new radio-map, or updating and/or extending an existing radio-map.
Stent for insertion in a non-vascular or vascular area, comprising a biodegradable SMP material, wherein the SMP material is selected among covalent polymer networks, and the SMP material contains a multiblock copolymer comprising poly(pentadecalactone) blocks.
A method for removing halogens generated during preparation of polybutene, the method comprising: preparing a reaction product by supplying a catalyst and a reaction raw material to a reactor and polymerizing; removing a catalyst component from the reaction product and neutralizing; separating the reaction product into an organic compound and impurities comprising the catalyst component; heating the organic compound to distill an unreacted material; and removing a halogen component from a remaining polymerization mixture after the distillation using a halogen removing catalyst, or removing a halogen component in polybutene and light polymers obtained from the polymerization mixture using the halogen removing catalyst; wherein the reaction with the halogen removing catalyst is at 100 to 250°C and wherein a halogen content of the polymerization mixture or the light polymers after reaction with the halogen removing catalyst at 100 to 250°C is less than 50 ppm; wherein the halogen removing catalyst is iron halide selected from a group of ferrous chloride (FeCl 2), ferric chloride (FeCl 3), ferrous fluoride (FeF 2) and ferric fluoride (FeF 3); wherein the light polymers having a number average molecular weight (Mn) of from 100 to less than 300; and wherein the halogen content is measured by an ion selective electrode method. preparing a reaction product by supplying a catalyst and a reaction raw material to a reactor and polymerizing; removing a catalyst component from the reaction product and neutralizing; separating the reaction product into an organic compound and impurities comprising the catalyst component; heating the organic compound to distill an unreacted material; and removing a halogen component from a remaining polymerization mixture after the distillation using a halogen removing catalyst, or removing a halogen component in polybutene and light polymers obtained from the polymerization mixture using the halogen removing catalyst; wherein the reaction with the halogen removing catalyst is at 100 to 250°C and wherein a halogen content of the polymerization mixture or the light polymers after reaction with the halogen removing catalyst at 100 to 250°C is less than 50 ppm;
A process for providing Fresnel lenses on a transparent flexible substrate, the process comprising the steps of- reverse printing on the transparent substrate leaving reverse printed area and unprinted transparent windows; transferring the Fresnel lenses over and duly registered with the transparent windows, on the reverse printed surface of transparent substrate characterized in that said unprinted transparent windows are smaller than the size of said registered Fresne lenses the reverse printed area thereby covering a predetermined portion of the transferred Fresnel lenses essentially including the edges, such that a desired portion of the Fresnel lenses is visible.
Device for drying material to be dried, comprising a ventilation box for receiving the material to be dried, wherein the ventilation box is covered with a roof, the device further comprising at least one fan, by means of which fan air can be sucked in, wherein the aspirated air can be supplied at least partially to an air dehumidifier in order to dehumidify the air, and wherein by means of the at least one fan the air can finally be blown through the ventilation box from an initial region to an end region of the ventilation box, wherein the material to be dried can be arranged between the initial region and the end region on a box surface which can be approached by the air flow, wherein a switching flap is provided, which is movable from a first position to a second position, wherein in the first position the air can be sucked in by the at least one fan only from the ventilation box to form a closed air circuit in the device, and wherein in the second position the air can be at least partially sucked in from outside the ventilation box, wherein an air duct is provided under the roof in order to guide the air that can be sucked in in the second position from outside the ventilation box along under the roof and to enable heat transfer between the roof and the air, wherein the air dehumidifier has an evaporator and a condenser, wherein the air supplied to the air dehumidifier can be guided at least partially, preferably completely, through the evaporator, characterized in that a heat source is arranged between evaporator and condenser in order to additionally heat the air which has passed through the evaporator, and in that a sensor for measuring the speed of the aspirated air is provided which is arranged in the air dehumidifier behind the evaporator, and in that means are provided for measuring an outside temperature of the air which can be sucked in from outside the ventilation box and/or an inside temperature of the air located in the ventilation box.
A compiler device characterised by a shared variable referenceable from both a first user program and a second user program is defined in a source code of the first program, the compiler device comprising: an identifier acquisition part acquiring an identifier of the first user program; a shared variable name generation part generating a shared variable name comprising the identifier and the variable name of the shared variable in the source code of the first user program; a conversion part converting the first user program into machine language; and an address determination part determining an address of the shared variable, wherein the address determination part associates the shared variable name and the address of the shared variable with each other and embeds them in a symbol table in the first user program which has been converted into machine language, wherein the symbol table comprises a correspondence between the shared variable name and the address of the shared variable. an identifier acquisition part acquiring an identifier of the first user program; a shared variable name generation part generating a shared variable name comprising the identifier and the variable name of the shared variable in the source code of the first user program; a conversion part converting the first user program into machine language; and an address determination part determining an address of the shared variable, wherein the address determination part associates the shared variable name and the address of the shared variable with each other and embeds them in a symbol table in the first user program which has been converted into machine language, wherein the symbol table comprises a correspondence between the shared variable name and the address of the shared variable.
Method for controlling tool change operations on a machine tool, wherein the machine tool comprises: - a machine frame; - at least one tool spindle which is arranged on the machine frame and is displaceable relative thereto; - a first storage device for tools; and - a second storage device for tools which is in communication with the first storage device and the at least one tool spindle, wherein a tool change at the at least one tool spindle takes place by way of the second storage device, wherein a machining procedure on a workpiece comprises a sequence of machining operations having in each case a particular tool and in each case a particular duration, and for a tool change tools of the at least one tool spindle are provided by the second storage device in communication with the first storage device, and wherein there is associated with the machining procedure a sequence of tool provision operations in which a tool provision operation has in each case a particular duration, wherein the method comprises a determination stage and a control stage, and in the determination stage for the machining procedure the durations of the machining operations and the tool provision operations are determined, and in the control stage the tool provision operations are temporally grouped in relation to the machining operations such that the tool provision operations bring about a minimized idle time in the machining procedure, characterized in that in the control stage tool provision operations are regrouped in temporal association with machining operations in order to minimize the idle times. - a machine frame; - at least one tool spindle which is arranged on the machine frame and is displaceable relative thereto; - a first storage device for tools; and - a second storage device for tools which is in communication with the first storage device and the at least one tool spindle, wherein a tool change at the at least one tool spindle takes place by way of the second storage device,
A method for wireless communications, comprising: establishing, at an internet-of-everything, IoE, device, initial access with a base station during a first time period based on selection of a first resource spread multiple access, RSMA, spreading code from a first access pool, wherein the first access pool includes a first set of RSMA spreading codes; transmitting a notification to the base station during the initial access that includes information associated with uplink traffic periodicity and access duration of the IoE device; receiving, from the base station, an assignment of a second RSMA spreading code from a second access pool in response to the notification, wherein the second access pool includes a second set of RSMA spreading codes; and selecting the second RSMA spreading code for periodic uplink communication with the base station during a second time period, wherein the second time period is associated with the uplink traffic periodicity of the IoE device. establishing, at an internet-of-everything, IoE, device, initial access with a base station during a first time period based on selection of a first resource spread multiple access, RSMA, spreading code from a first access pool, wherein the first access pool includes a first set of RSMA spreading codes; transmitting a notification to the base station during the initial access that includes information associated with uplink traffic periodicity and access duration of the IoE device; receiving, from the base station, an assignment of a second RSMA spreading code from a second access pool in response to the notification, wherein the second access pool includes a second set of RSMA spreading codes; and selecting the second RSMA spreading code for periodic uplink communication with the base station during a second time period, wherein the second time period is associated with the uplink traffic periodicity of the IoE device.
Pelt board for stretching and drying of tubular pelts of male mink, the pelt board having a tip end from which the pelt is drawn onto the pelt board and a foot end, wherein the pelt board has a lower part nearest the foot end where the outer cross-sectional circumference of the pelt board is substantially constant and an upper part between the lower part and the tip end, where the outer cross-sectional circumference of the upper part gradually decreases towards the tip end, and wherein the outer cross-sectional circumference of the lower part of the pelt board is in the range of 235 mm to 265 mm, characterised in that the longitudinal extent of the lower part is in the range of 36 to 50 cm, more preferably in the range of 40 to 45 cm.
A coolant system for machine tools, comprising a pump for the coolant, at least one consumer, a pressure sensor for detecting an actual pressure (P i) in the coolant system, and a feedback control device acting upon the pump for regulating the pressure in the coolant system to a target pressure (P s), characterized in that a limiting valve is provided for limiting the pressure of the coolant supplied to the consumer, the limiting valve having a variable opening pressure (P lim), and the feedback control device is adapted to adjust the opening pressure (P lim) in accordance with the target pressure (P s) such that it is always a certain amount larger than the target pressure.
Amphibious vehicle comprising a longitudinal axis hull as well as motorised aquatic propulsion units and motorised land propulsion units, these land propulsion units comprising two pairs of lateral actuating arms (3, 3') respectively articulated, on the one hand, on both sides of the hull at a first of their ends or their upper end, and on the other hand, on a spar connecting the two arms (3, 3') of each pair to their second end or lower end, so as to define a rigid articulated chassis carrying a crawler track, equipped with a series of transverse rollers, located one behind the other, parallel to the longitudinal axis of the hull, and each provided with two wheels (10 1, 10 2) mounted on a bearing around an axis of rotation perpendicular to the longitudinal axis of the hull, each rigid frame being movable between a folded or navigation position, in which it is housed in a lateral cavity of the hull, and a deployed or land transport position, in which the amphibious vehicle rests on the crawler tracks, characterised in that - each crawler track is equipped with an even number of rollers so as to define a set of neighbouring rollers (7 1, 7 2) pairs, - the rollers (7 1, 7 2) of each pair are connected to the chassis by suspension means comprising a set of at least two curved elastic leaves made of a thermosetting resin reinforced by superimposed fibres, namely an upper leaf (13 1) and a lower leaf (13 2), fastened on the one hand to the axles of the rollers (7 1, 7 2) at its respective ends and on the other hand, to the chassis to its central part, and - the upper leaf (13 1) and the lower leaf (13 2) of each of the sets of leaves are linked together and covered by an elastomer layer. - each crawler track is equipped with an even number of rollers so as to define a set of neighbouring rollers (7 1, 7 2) pairs, - the rollers (7 1, 7 2) of each pair are connected to the chassis by suspension means comprising a set of at least two curved elastic leaves made of a thermosetting resin reinforced by superimposed fibres, namely an upper leaf (13 1) and a lower leaf (13 2), fastened on the one hand to the axles of the rollers (7 1, 7 2) at its respective ends and on the other hand, to the chassis to its central part, and - the upper leaf (13 1) and the lower leaf (13 2) of each of the sets of leaves are linked together and covered by an elastomer layer.
A train management system including: an on-board server unit of a given train; and a railway operating centre which includes: (i) a track monitoring unit configured to: monitor locations of trains and statuses of trackside signalling equipment, and create signalling settings to be enacted by the trackside signalling equipment based on the current locations of the trains and the current statuses of the trackside signalling equipment, (ii) a timetable updating unit configured to: update timetables for the trains based on the current locations of the trains, the timetables updated by the timetable updating unit including departure and arrival times of the trains from timing points including train stations; wherein the train management system further includes a calculation module configured to, while the given train is running, repeatedly calculate a recommended speed profile for the given train compatible with the latest updated timetable for the given train and latest updated signals from the signalling settings; and wherein the on-board server unit is configured to display the latest recommended speed profile as advice for a driver of the given train. an on-board server unit of a given train; and a railway operating centre which includes: (i) a track monitoring unit configured to: monitor locations of trains and statuses of trackside signalling equipment, and create signalling settings to be enacted by the trackside signalling equipment based on the current locations of the trains and the current statuses of the trackside signalling equipment, (ii) a timetable updating unit configured to: update timetables for the trains based on the current locations of the trains, the timetables updated by the timetable updating unit including departure and arrival times of the trains from timing points including train stations; (i) a track monitoring unit configured to: monitor locations of trains and statuses of trackside signalling equipment, and create signalling settings to be enacted by the trackside signalling equipment based on the current locations of the trains and the current statuses of the trackside signalling equipment, (ii) a timetable updating unit configured to: update timetables for the trains based on the current locations of the trains, the timetables updated by the timetable updating unit including departure and arrival times of the trains from timing points including train stations; wherein the train management system further includes a calculation module configured to, while the given train is running, repeatedly calculate a recommended speed profile for the given train compatible with the latest updated timetable for the given train and latest updated signals from the signalling settings; and wherein the on-board server unit is configured to display the latest recommended speed profile as advice for a driver of the given train.
A method for manufacturing an SOI wafer, comprising: implanting one or more gas ion selected from a hydrogen ion and a rare gas ion into a bond wafer from a surface of the bond wafer to form an ion-implanted layer, the bond wafer being a silicon single crystal wafer on which an oxide film has been formed; bonding the surface from which the ion is implanted into the bond wafer and a surface of a base wafer through the oxide film, the base wafer being a silicon single crystal wafer or a silicon single crystal wafer on which an insulator film has been formed; and then delaminating the bond wafer at the ion-implanted layer by performing a delamination heat treatment with a heat treatment furnace to form the SOI wafer, wherein after the delamination heat treatment, the temperature of the heat treatment furnace is decreased to 250°C or less at temperature-decreasing rate of less than 3.0°C/min, and then the SOI wafer and the bond wafer after delamination are taken out from the heat treatment furnace. implanting one or more gas ion selected from a hydrogen ion and a rare gas ion into a bond wafer from a surface of the bond wafer to form an ion-implanted layer, the bond wafer being a silicon single crystal wafer on which an oxide film has been formed; bonding the surface from which the ion is implanted into the bond wafer and a surface of a base wafer through the oxide film, the base wafer being a silicon single crystal wafer or a silicon single crystal wafer on which an insulator film has been formed; and then delaminating the bond wafer at the ion-implanted layer by performing a delamination heat treatment with a heat treatment furnace to form the SOI wafer, wherein after the delamination heat treatment, the temperature of the heat treatment furnace is decreased to 250°C or less at temperature-decreasing rate of less than 3.0°C/min, and then the SOI wafer and the bond wafer after delamination are taken out from the heat treatment furnace.