mhurhangee/ep-ind-claims huggingface dataset:
A remote control apparatus comprising: an input unit configured to receive a user input; a communicator configured to communicate with an external apparatus that is an object to be controlled; a vibrator configured to generate vibrations; and a controller configured to control the vibrator to generate vibrations in response to a received signal for notifying that a preset operation is performed from the external apparatus through the communicator, characterised in that the controller is configured to control the communicator to transmit a user input, which is to change a selected item of a list having a plurality of categories displayed on the external apparatus, to the external apparatus and, in response to a signal for notifying that a category of an item selected from items of the list before being changed is different from a category of an item selected from the items of the list after being changed, being received through the communicator, is configured to control the vibrator to generate vibrations. an input unit configured to receive a user input; a communicator configured to communicate with an external apparatus that is an object to be controlled; a vibrator configured to generate vibrations; and a controller configured to control the vibrator to generate vibrations in response to a received signal for notifying that a preset operation is performed from the external apparatus through the communicator, characterised in that the controller is configured to control the communicator to transmit a user input, which is to change a selected item of a list having a plurality of categories displayed on the external apparatus, to the external apparatus and, in response to a signal for notifying that a category of an item selected from items of the list before being changed is different from a category of an item selected from the items of the list after being changed, being received through the communicator, is configured to control the vibrator to generate vibrations.
Food supplement for use in the fight against stress and anxiety in pets, said food supplement containing a mixture of α-lactalbumin and magnesium, characterized in that said food supplement contains more than 50% by weight of the mixture of α-lactalbumin and magnesium, wherein the α-lactalbumin / magnesium ratio is between 50/50 and 80/20, and in that its contains, as a source of magnesium, magnesium glycerophosphate representing at least 80% by weight of the magnesium source.
Casting apparatus for the production of a cast sheet of homogenized tobacco material, said casting apparatus comprising ∘ a casting box adapted to contain a slurry of the homogenized tobacco material; ∘ a movable support; ∘ a casting system adapted to deposit the slurry contained in the casting box onto the movable support so as to form the cast sheet; ∘ a sensor to detect a thickness of the cast sheet; ∘ characterized in that the sensor includes a slider comprising a planar surface adapted to be in contact to a top surface of the cast sheet and a height detector adapted to measure the height of the planar surface so as to derive the thickness of the cast sheet. ∘ a casting box adapted to contain a slurry of the homogenized tobacco material; ∘ a movable support; ∘ a casting system adapted to deposit the slurry contained in the casting box onto the movable support so as to form the cast sheet; ∘ a sensor to detect a thickness of the cast sheet; ∘ characterized in that the sensor includes a slider comprising a planar surface adapted to be in contact to a top surface of the cast sheet and a height detector adapted to measure the height of the planar surface so as to derive the thickness of the cast sheet.
A battery monitoring system to monitor a battery stack having multiple cells connected in series, comprising: monitor modules (30, 32, 34) to monitor respective subsets of the cells of the battery stack, each monitor module, in response to one or more control signals, sampling cell voltages of the respective subset of cells and providing at least one readout signal for each sampled cell that represents the sampled cell voltage, the monitor modules being electrically connected such that each monitor module is referenced to the voltage of the respective subset of cells, and the control signals and the readout signals are connected through the monitor modules; and a system control unit to provide the control signals to the monitor modules and to receive the readout signals from the monitor modules. monitor modules (30, 32, 34) to monitor respective subsets of the cells of the battery stack, each monitor module, in response to one or more control signals, sampling cell voltages of the respective subset of cells and providing at least one readout signal for each sampled cell that represents the sampled cell voltage, the monitor modules being electrically connected such that each monitor module is referenced to the voltage of the respective subset of cells, and the control signals and the readout signals are connected through the monitor modules; and a system control unit to provide the control signals to the monitor modules and to receive the readout signals from the monitor modules.
A method of controlling pressure in a wellbore, the method comprising: placing a barrier substance in the wellbore while a first fluid is present in the wellbore; and flowing a second fluid into the wellbore while the first fluid and the barrier substance are in the wellbore, characterized in that the second fluid fills the wellbore from the barrier substance to the surface, wherein the barrier substance isolates the first fluid from the second fluid after the barrier substance sets in the wellbore, and wherein the barrier substance transmits pressure between the first and second fluids after the barrier substance sets in the wellbore, and wherein the first and second fluids have different densities. placing a barrier substance in the wellbore while a first fluid is present in the wellbore; and flowing a second fluid into the wellbore while the first fluid and the barrier substance are in the wellbore, characterized in that the second fluid fills the wellbore from the barrier substance to the surface, wherein the barrier substance isolates the first fluid from the second fluid after the barrier substance sets in the wellbore, and wherein the barrier substance transmits pressure between the first and second fluids after the barrier substance sets in the wellbore, and wherein the first and second fluids have different densities.
An additive manufacturing apparatus for building a part by selectively consolidating flowable material in a layer-by-layer building process comprising an inert gas vessel comprising a build chamber, a layering device for depositing layers of material in the build chamber; a scanner for delivering an energy beam to selected areas of each layer to consolidate flowable material of the layer, a gas flow circuit for generating an inert gas flow through the build chamber, the gas circuit comprising a pump for driving circulation of inert gas through the gas circuit and a cooling device arranged to cool an internal surface of the gas flow circuit to generate cooled inert gas, characterised in that the cooling device is downstream of the pump such that the cooled inert gas is delivered into the build chamber.
A process for preparing a high activity, large crystal ZSM-5 type zeolite in the absence of a template, the process comprising: (a) preparing a reaction mixture comprising water, a silica source having a surface area less than 150 m 2 /g, an alumina source, seeds, a source of an oxide of an alkali metal, M, and a source of gluconic acid or salt thereof, Q, wherein said mixture has a SiO 2 /Al 2 O 3 molar ratio less than or equal to 40; (b) heating the reaction mixture at a crystallization temperature from 100°C to 200 °C for a time sufficient for crystals of ZSM-5 to form; and (c) recovering from the reaction mixture crystals of ZSM-5 having a SiO 2 /Al 2 O 3 molar ratio less than or equal to 40, wherein a majority of the crystals have at least one crystalline dimension of at least 2 μm. (a) preparing a reaction mixture comprising water, a silica source having a surface area less than 150 m 2 /g, an alumina source, seeds, a source of an oxide of an alkali metal, M, and a source of gluconic acid or salt thereof, Q, wherein said mixture has a SiO 2 /Al 2 O 3 molar ratio less than or equal to 40; (b) heating the reaction mixture at a crystallization temperature from 100°C to 200 °C for a time sufficient for crystals of ZSM-5 to form; and (c) recovering from the reaction mixture crystals of ZSM-5 having a SiO 2 /Al 2 O 3 molar ratio less than or equal to 40, wherein a majority of the crystals have at least one crystalline dimension of at least 2 μm.
Oil retaining ring, comprising - at least one circumferential surface and/or plane surface (3, 12) and - a groove intended as an oil runout which has an oil retaining edge embodied in the groove, characterised in that the circumferential surface and/or plane surface (3, 12) has a surface quality R a ≤ 3.2, and that the oil retaining ring comprises at least two grooves (41, 42, 43, 44), wherein the at least two grooves (41, 42, 43, 44) include one or more of the following grooves: groove for an oil inflow with pressurised lubrication, groove for an oil inflow with unpressurised lubrication, groove for an emergency overflow. - at least one circumferential surface and/or plane surface (3, 12) and - a groove intended as an oil runout which has an oil retaining edge embodied in the groove, characterised in that the circumferential surface and/or plane surface (3, 12) has a surface quality R a ≤ 3.2, and that the oil retaining ring comprises at least two grooves (41, 42, 43, 44), wherein the at least two grooves (41, 42, 43, 44) include one or more of the following grooves: groove for an oil inflow with pressurised lubrication, groove for an oil inflow with unpressurised lubrication, groove for an emergency overflow.
A device for preparing a liquid polymer blend, comprising a storage container for the liquid polymer blend, characterised in that - a degassing device for the liquid polymer blend is arranged downstream of the storage container; - a gassing device for adding an additive gas to the liquid polymer blend is arranged downstream of the degassing device; - a homogenisation unit for the polymer blend to which the additive gas was added is arranged downstream of the gassing device; and - an output pipe for the homogenised polymer blend is connected to the homogenisation unit. - a degassing device for the liquid polymer blend is arranged downstream of the storage container; - a gassing device for adding an additive gas to the liquid polymer blend is arranged downstream of the degassing device; - a homogenisation unit for the polymer blend to which the additive gas was added is arranged downstream of the gassing device; and - an output pipe for the homogenised polymer blend is connected to the homogenisation unit.
A device for separating a gummed paper and a lining paper of a double-sided tape, comprising: a housing comprising a chamber for accommodating a double-sided tape coil; a first rotating structure and a second rotating structure, both the first rotating structure and the second rotating structure are disposed at least partially within the housing; characterized in that, the device further comprises: a control part disposed in the chamber, wherein the double-sided tape coil is rotatable around the control part; and a sliding groove provided on the housing for accommodating the first rotating structure, wherein, when the first rotating structure abuts against the second rotating structure, the first rotating structure is positioned in a first limiting part of the sliding groove. a housing comprising a chamber for accommodating a double-sided tape coil; a first rotating structure and a second rotating structure, both the first rotating structure and the second rotating structure are disposed at least partially within the housing; characterized in that, the device further comprises: a control part disposed in the chamber, wherein the double-sided tape coil is rotatable around the control part; and a sliding groove provided on the housing for accommodating the first rotating structure, a control part disposed in the chamber, wherein the double-sided tape coil is rotatable around the control part; and a sliding groove provided on the housing for accommodating the first rotating structure, wherein, when the first rotating structure abuts against the second rotating structure, the first rotating structure is positioned in a first limiting part of the sliding groove.
A method of manufacturing a skeleton for a magnetic core comprising ferromagnetic rods separated with air layers, the method employing an additive technology on a 3D printer using SLM, SLS or DML methods or 3D welding and consisting of the following steps: - specification of directions of magnetic lines in the stationary state on a model - a massive core provided with an induction coil - by means of a numerical method, for instance the FEM method, - creation of a bundle of rods separated from each other with air layers, the individual rods taking the direction of the magnetic lines, - determination of a shape of the rod bundle, the rod arrangement in the bundle, as well as a shape and an area of the cross-sectiona of the individual rods by means of a numerical method, for instance the FEM method, based on the magnetic flux intensity in the given cross-section of the core of the model. - specification of directions of magnetic lines in the stationary state on a model - a massive core provided with an induction coil - by means of a numerical method, for instance the FEM method, - creation of a bundle of rods separated from each other with air layers, the individual rods taking the direction of the magnetic lines, - determination of a shape of the rod bundle, the rod arrangement in the bundle, as well as a shape and an area of the cross-sectiona of the individual rods by means of a numerical method, for instance the FEM method, based on the magnetic flux intensity in the given cross-section of the core of the model.
Method for inspecting the surface of an object such as a wafer comprising tridimensional structures, using a confocal chromatic device with a plurality of optical measurement channels and a chromatic lens allowing optical wavelengths of a broadband light source to be focused at different axial distances defining a chromatic measurement range, characterized in that it comprises: (i) a step of obtaining an intensity information corresponding to the intensity of the light actually focused on an interface of the object within the chromatic measurement range at a plurality of measurement points on the object by measuring a total intensity over the full spectrum of the light collected by at least some of the optical measurement channels through collection apertures in a confocal configuration, said measurement points being the conjugate points of the collection apertures, so as to provide an intensity 2D image information of the surface of said object with a high lateral resolution over a depth of focus extending over the chromatic measurement range; (ii) a step of locating a structure on the surface of said object using said intensity information to identify a measurement point of interest relative to said located structure; and (iii) a step of obtaining an axial distance information within said chromatic measurement range at said point of interest by measuring a spectral information of the light collected by at least one of said optical measurement channels. (i) a step of obtaining an intensity information corresponding to the intensity of the light actually focused on an interface of the object within the chromatic measurement range at a plurality of measurement points on the object by measuring a total intensity over the full spectrum of the light collected by at least some of the optical measurement channels through collection apertures in a confocal configuration, said measurement points being the conjugate points of the collection apertures, so as to provide an intensity 2D image information of the surface of said object with a high lateral resolution over a depth of focus extending over the chromatic measurement range; (ii) a step of locating a structure on the surface of said object using said intensity information to identify a measurement point of interest relative to said located structure; and (iii) a step of obtaining an axial distance information within said chromatic measurement range at said point of interest by measuring a spectral information of the light collected by at least one of said optical measurement channels.
A topical formulation containing 13- cis -retinoic acid in concentrations from 0.001% to 0.25%, another retinoid with keratolytic therapeutic action in acne and an antibiotic capable of controlling P. acnes in a cosmetically acceptable aqueous vehicle containing antioxidants and preservatives suitable to protect retinoids against oxidation for use in the topical treatment of acne, wherein the other retinoid with keratolytic therapeutic action in acne is all-trans -retinoic acid in concentrations from 0.001% to 0.25% and wherein the antibiotic is clindamycin in concentrations from 0.5% to 3%.
Drive device for an agricultural or industrial utility vehicle, having an internal combustion engine, having a cooler of a cooling circuit, having a generator and having a fan, wherein air can be moved through the cooler by means of the fan, wherein the fan is arranged adjacent to the cooler, wherein the fan, the internal combustion engine and the cooler are arranged in an engine bay, wherein the generator can be mechanically driven by the internal combustion engine, wherein the generator can be mechanically driven by a side of the internal combustion engine other than the side that faces towards the cooler, wherein electrical energy can be generated by means of the generator, wherein an electric machine is provided which can be driven by means of the electrical energy generated by the generator and by means of which the fan can be mechanically driven, characterized in that the rotational speed and/or the torque of the electric machine can be controlled in a manner dependent on the power demand of further electrical consumers of the vehicle, wherein the electrical power provided to the fan by the generator is reduced in a situation in which a supply is to be provided to a further electrical consumer, if the coolant temperature of the cooling circuit permits this.
Device for providing a hot infusion beverage or brewed beverage ready for consumption, which contains all the components required for providing the hot beverage ready for consumption, characterized in that the thermal energy required for heating the beverage is provided by a single-stage or multi-stage process, the first stage of which comprises an exothermic redox reaction between the oxygen-containing gas mixture contained in the device and at least one solid.
Cable comprising an end portion for connecting, under compression, to a connector of a high-voltage device using a detachable clamping collar, wherein the cable comprises a collar-engaging element for detachably engaging with the detachable clamping collar and for displacing along a longitudinal axis of the cable so as to urge the end portion with a compression force against the connector when the cable is clamped to the high-voltage device, characterised in that the cable comprises yield sensing means (20, 21, 22) for detecting and/or measuring a change in force exerted by the collar-engaging element on the end-portion of the cable.
A piece goods conveyor roller of a piece goods conveyor with a modular system for manufacturing rotary drives of the piece goods conveyor roller of the piece goods conveyor with different drive properties, with at least one first group of gear units (18a, 18b) which comprises at least two gear units (18a, 18b), with at least one second group of motor units (20a, 20b) which comprises at least two motor units (20a, 20b), and with a third group of electronics units (22a, 22b) which comprises at least two electronics units (22a, 22b) for controlling the motor units (20a, 20b), which can be combined with one another to produce the drive, wherein the drive has a housing into which the electronics units and the gear units can each be partially inserted, wherein the electronics units (22a, 22b) and the gear units (18a, 18b) can be arranged on opposite sides (26, 28) of the motor units (20a, 20b), and wherein the motor units are completely enclosed by the housing in their directions of rotation, further comprising a fastening unit which is designed to connect the gear units (18a, 18b) and/or the electronics units (22a, 22b) mechanically and in an at least partially vibration-decoupled manner to at least one frame of the piece goods conveyor. at least one first group of gear units (18a, 18b) which comprises at least two gear units (18a, 18b), with at least one second group of motor units (20a, 20b) which comprises at least two motor units (20a, 20b), and with a third group of electronics units (22a, 22b) which comprises at least two electronics units (22a, 22b) for controlling the motor units (20a, 20b), which can be combined with one another to produce the drive, wherein the drive has a housing into which the electronics units and the gear units can each be partially inserted, wherein the electronics units (22a, 22b) and the gear units (18a, 18b) can be arranged on opposite sides (26, 28) of the motor units (20a, 20b), and wherein the motor units are completely enclosed by the housing in their directions of rotation, further comprising a fastening unit which is designed to connect the gear units (18a, 18b) and/or the electronics units (22a, 22b) mechanically and in an at least partially vibration-decoupled manner to at least one frame of the piece goods conveyor.