mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a plurality of devices configured to provide data; a plurality of network concentrators, wherein each network concentrator of the plurality of network concentrators is configured to communicate with a subset of the plurality of devices; a plurality of session management servers configured to retrieve data, obtained by any one or more of the plurality of devices, from the network concentrators; and an information retrieval server configured to: obtain information describing the subset of devices allocated to each of the network concentrators and a maximum number of devices that each of the network concentrators can simultaneous communicate with; and instruct the plurality of session management servers to request data from the plurality of devices by limiting requests for data from the devices such that the number of devices in communication with each network concentrator is at or below the maximum number. a plurality of devices configured to provide data; a plurality of network concentrators, wherein each network concentrator of the plurality of network concentrators is configured to communicate with a subset of the plurality of devices; a plurality of session management servers configured to retrieve data, obtained by any one or more of the plurality of devices, from the network concentrators; and an information retrieval server configured to: obtain information describing the subset of devices allocated to each of the network concentrators and a maximum number of devices that each of the network concentrators can simultaneous communicate with; and instruct the plurality of session management servers to request data from the plurality of devices by limiting requests for data from the devices such that the number of devices in communication with each network concentrator is at or below the maximum number. obtain information describing the subset of devices allocated to each of the network concentrators and a maximum number of devices that each of the network concentrators can simultaneous communicate with; and instruct the plurality of session management servers to request data from the plurality of devices by limiting requests for data from the devices such that the number of devices in communication with each network concentrator is at or below the maximum number.
A process for the production of a polymeric article, the process comprising the steps of: (a) forming a ply having successive layers, namely (i) a first layer made up of strands of an oriented polymeric material; (ii) a second layer of a polymeric material; (iii) a third layer made up of strands of an oriented polymeric material, wherein the second layer has a lower peak melting temperature than that of the first and third layers; (b) subjecting the ply to conditions of time, temperature and pressure sufficient to melt a proportion of the first layer, to melt the second layer, and to melt a proportion of the third layer; and to compact the ply; and (c) cooling the compacted ply; characterised in that 10 to 30% by volume of the first and third layers melt and the second layer is melted entirely, wherein the first, second and third layers are of the same type of polymeric material and the second layer has a lower orientation than that of the first and third layers. (a) forming a ply having successive layers, namely (i) a first layer made up of strands of an oriented polymeric material; (ii) a second layer of a polymeric material; (iii) a third layer made up of strands of an oriented polymeric material, wherein the second layer has a lower peak melting temperature than that of the first and third layers; (i) a first layer made up of strands of an oriented polymeric material; (ii) a second layer of a polymeric material; (iii) a third layer made up of strands of an oriented polymeric material, (b) subjecting the ply to conditions of time, temperature and pressure sufficient to melt a proportion of the first layer, to melt the second layer, and to melt a proportion of the third layer; and to compact the ply; and (c) cooling the compacted ply;
Filtering device, in particular gas filter, for example air filter, with - an annular filter element with a filter medium body capable of being flowed through in the radial direction by the fluid to be cleaned, and with a central tube on the interior side of the filter medium body, wherein a support collar connected to the central tube is the carrier of a sealing element, and the front face of the support collar forms an axial bearing surface for a housing component, wherein a radial side surface of the support collar is the carrier of the sealing element and forms a sealing surface for a housing component spaced apart from the axial bearing surface, and wherein the support collar is designed in one piece with the central tube and - with a filter housing for receiving the filter element, - wherein the filter element can be inserted into the filter housing in such a way that the filter element rests with the front face of the support collar on the housing component and - wherein the housing component sealingly abuts against the radially inner side surface of the support collar, characterized in that the support collar features a radial section and an axial section, wherein the radial section is connected to the central tube, and wherein the axial bearing surface and the radial side surface of the support collar are realized on the axial section. - an annular filter element with a filter medium body capable of being flowed through in the radial direction by the fluid to be cleaned, and with a central tube on the interior side of the filter medium body, wherein a support collar connected to the central tube is the carrier of a sealing element, and the front face of the support collar forms an axial bearing surface for a housing component, wherein a radial side surface of the support collar is the carrier of the sealing element and forms a sealing surface for a housing component spaced apart from the axial bearing surface, and wherein the support collar is designed in one piece with the central tube and - with a filter housing for receiving the filter element, - wherein the filter element can be inserted into the filter housing in such a way that the filter element rests with the front face of the support collar on the housing component and - wherein the housing component sealingly abuts against the radially inner side surface of the support collar,
An appliance for dispensing and/or preparing beverages, in particular a coffee machine, having at least one first source for a liquid, in particular coffee, having at least one second source for a gas, in particular air, having at least one mixer and having at least one outlet valve, wherein the mixer is connected to the at least one source for the liquid and the at least one second source for the gas, wherein the mixer has at least one housing and at least one element having a plurality of openings, wherein an end of the mixer on the output side interacts with an opening of a front wall of a housing of the appliance and/or is arranged opposite, characterized in that the at least one element having a plurality of openings is arranged in a module, that the module has in each case a rack and/or frame and that the at least one element having the plurality of openings is arranged in this rack and/or frame.
A method for the manufacture of a catalytic material which catalytic material is a zeolite embedded within a mesoporous molecular sieve, wherein the zeolite is selected from MFI, MTT, TON, AEF, MWW, FER, BEA, FAU, MOR zeolites, characterized in that the method comprises the steps: a) preparing of zeolite nuclei from a silicon source and an aluminium source and structure directing agent, and optionally removing the structure directing agent with a step calcination procedure; b) preparing of mesoporous molecular sieve gel mixture from a silicon source, an optional aluminium source, and surfactant; c) introducing the zeolite nuclei prepared in step a) to the mesoporous molecular sieve gel mixture obtained in step b), and homogenising and dispersing in the molecular sieve gel the zeolite nuclei, and introducing an additional aluminium source to the obtained mixture;. d) performing gel ripening of the mixture of step c) under stirring; e) carrying out hydrothermal synthesis of the mixture of step d) by maintaining the mixture under sufficient conditions including a temperature of from 100 °C to 200 °C under static or dynamic mode of stirring until crystals are formed; f) recovering the crystals; g) washing of the solid product; h) drying of the solid product, and i) removing the surfactant partly or totally with a step calcination procedure and optionally the structure directing agent if it was not removed in step a), whereby catalytic material is obtained. a) preparing of zeolite nuclei from a silicon source and an aluminium source and structure directing agent, and optionally removing the structure directing agent with a step calcination procedure; b) preparing of mesoporous molecular sieve gel mixture from a silicon source, an optional aluminium source, and surfactant; c) introducing the zeolite nuclei prepared in step a) to the mesoporous molecular sieve gel mixture obtained in step b), and homogenising and dispersing in the molecular sieve gel the zeolite nuclei, and introducing an additional aluminium source to the obtained mixture;. d) performing gel ripening of the mixture of step c) under stirring; e) carrying out hydrothermal synthesis of the mixture of step d) by maintaining the mixture under sufficient conditions including a temperature of from 100 °C to 200 °C under static or dynamic mode of stirring until crystals are formed; f) recovering the crystals; g) washing of the solid product; h) drying of the solid product, and i) removing the surfactant partly or totally with a step calcination procedure and optionally the structure directing agent if it was not removed in step a), whereby catalytic material is obtained.
Method for making a manoeuvre request, by way of a control unit of a first vehicle, wherein - a communication requirement is identified by evaluating measurement data, - a header containing static information and dynamic information is generated and sent together with the manoeuvre request, - characterized in that the manoeuvre request is transmitted from the first vehicle to the second vehicle in detailed form as an offer of a transaction, - receipt of confirmation of the offer results in a requested manoeuvre being performed, and in that the static information and the dynamic information are used to generate a private key for receiving and/or reading the manoeuvre request, a position of the second vehicle called for by the control unit of the first vehicle being taken as a basis for a correct private key being generated by way of the control unit of the second vehicle. - a communication requirement is identified by evaluating measurement data, - a header containing static information and dynamic information is generated and sent together with the manoeuvre request, - characterized in that the manoeuvre request is transmitted from the first vehicle to the second vehicle in detailed form as an offer of a transaction, - receipt of confirmation of the offer results in a requested manoeuvre being performed,
A deodorant aerosol composition comprising (i) a deodorant material consisting of a mixture of zinc neodecanoate, a perfumery-compatible solvent oil and at least one fragrance material, (ii) a hydrocarbon carrier fluid which is liquid at 20°C, and (iii) a propellant, wherein the hydrocarbon carrier fluid is saturated and has at least ten carbon atoms; wherein the propellant comprises a liquified hydrocarbon which is gaseous at 20°C and atmospheric pressure; and wherein the composition does not comprise cyclic liquid polyorganosiloxanes.
An optical film comprising a first structured surface and a second structured surface opposite the first structured surface, the optical film having an optical haze of less than about 10%; an optical clarity of less than about 50%; and wherein at least 85% of the second structured surface has a slope magnitude that is less than about 7.5 degrees and wherein the first structured surface includes a plurality of microstructures that extend in a first direction. an optical haze of less than about 10%; an optical clarity of less than about 50%; and wherein at least 85% of the second structured surface has a slope magnitude that is less than about 7.5 degrees and wherein the first structured surface includes a plurality of microstructures that extend in a first direction.
Method for determining the torque of an electric motor of a motor vehicle, wherein a torque is generated by a rotor of the electric motor and the torque is transmitted to at least one drive wheel by a drive train, comprising the steps of: - measuring the rotation angle of a rotor of the electric motor, - determining the torque which is generated by the rotor, characterized in that - the at least one drive wheel which is driven by the rotor is stopped, the stationary rotor does not generate any torque and a first rotation angle of the stationary rotor is measured, then - a torque is applied to the drive train by the rotor, so that the rotor executes a rotational movement on account of the limited stiffness of the drive train, and then - a second rotation angle of the rotor is measured in an equilibrium state between the torque which is generated by the rotor and a countertorque of the drive train, - the torque which is generated by the rotor and/or the total stiffness of the drive train are/is ascertained from the measured values of the first and second rotation angle of the rotor. - measuring the rotation angle of a rotor of the electric motor, - determining the torque which is generated by the rotor, - the at least one drive wheel which is driven by the rotor is stopped, the stationary rotor does not generate any torque and a first rotation angle of the stationary rotor is measured, then - a torque is applied to the drive train by the rotor, so that the rotor executes a rotational movement on account of the limited stiffness of the drive train, and then - a second rotation angle of the rotor is measured in an equilibrium state between the torque which is generated by the rotor and a countertorque of the drive train, - the torque which is generated by the rotor and/or the total stiffness of the drive train are/is ascertained from the measured values of the first and second rotation angle of the rotor.
An intraocular lens for insertion into a patient's eye, the intraocular lens comprising: a lens portion shaped for focusing light passing therethrough; two haptics extending from the lens portion for supplying a spring force to the lens portion; characterized in that the intraocular lens further comprises: a single post separated from and connected to the lens portion by a strut member, the post being adapted to sit in a registration incision in the lens capsule so as to orient the intraocular lens. a lens portion shaped for focusing light passing therethrough; two haptics extending from the lens portion for supplying a spring force to the lens portion; characterized in that the intraocular lens further comprises: a single post separated from and connected to the lens portion by a strut member, the post being adapted to sit in a registration incision in the lens capsule so as to orient the intraocular lens. a single post separated from and connected to the lens portion by a strut member, the post being adapted to sit in a registration incision in the lens capsule so as to orient the intraocular lens.
A method for preparing aluminosilicate particles, comprising the steps of: forming a raw material mixture comprising a basic or alkaline aqueous solution, a silicon source, and an aluminum source; curing the raw material mixture to obtain aluminosilicate particles; washing the aluminosilicate particles; purifying the washed aluminosilicate particles to remove unreacted sources in the aluminosilicate particles; and drying the purified aluminosilicate particles; wherein the step of purifying is carried out by dispersing the washed aluminosilicate particles in distilled water to remove unreacted sources precipitated by a weight difference, and obtaining a supernatant liquid in which the aluminosilicate particles are dispersed. forming a raw material mixture comprising a basic or alkaline aqueous solution, a silicon source, and an aluminum source; curing the raw material mixture to obtain aluminosilicate particles; washing the aluminosilicate particles; purifying the washed aluminosilicate particles to remove unreacted sources in the aluminosilicate particles; and drying the purified aluminosilicate particles; wherein the step of purifying is carried out by dispersing the washed aluminosilicate particles in distilled water to remove unreacted sources precipitated by a weight difference, and obtaining a supernatant liquid in which the aluminosilicate particles are dispersed.
An isolated, soluble polypeptide comprising an amino acid sequence having at least 90% sequence identity with a polypeptide region selected from the group consisting of: amino acid residues 36-301 of SEQ ID NO:40; amino acid residues 43-310 of SEQ ID NO:42; amino acid residues 21-286 of SEQ ID NO:44; or amino acid residues 21-286 of SEQ ID NO:46; wherein said polypeptide is capable of specifically binding the Fc region of IgG. amino acid residues 36-301 of SEQ ID NO:40; amino acid residues 43-310 of SEQ ID NO:42; amino acid residues 21-286 of SEQ ID NO:44; or amino acid residues 21-286 of SEQ ID NO:46;
An end-block for rotatably carrying a sputtering target tube and for restraining a magnet bar inside said sputtering target tube, said end-block comprising a receptacle for receiving a magnet bar fitting, wherein said receptacle comprises a first part of a signal connector arranged to receive a second part of a signal connector from said magnet bar fitting and allowing a signal connection between the end-block and the magnet bar to be formed, the end-block comprising a cooling liquid channel for conducting cooling fluid, the first part of the signal connector being provided in the cooling liquid channel, the end-block being adapted for providing protection means to the signal connector for protecting it from degradation, destruction or interference of a power and/or data signal transmitted between the end-block and the magnet bar due to surrounding cooling fluid and/or due to surrounding high energy fields.
Sighting device with a moving red dot to aim at a target in front of the sighting device which comprises - a fixed light source; - a rotating mirror; - a reflecting surface, whereby the light source produces a collimated light beam which is projected onto the reflecting surface so as to obtain a red dot or a reticle which is visible to the shooter thanks to the reflection on the reflecting surface, whereby the beam is projected onto the reflecting surface via the rotating mirror whose inclination angle in relation to the produced light beam can be adjusted in order to adjust the firing angle at which the red dot is observed by the shooter in relation to a direction of reference (X-X') of the sighting device within a range of firing angles between a minimal firing angle and a maximal firing angle, characterised in that the sighting device comprises at least one optical device situated in the path of the light beam between the rotating mirror and the eye of the shooter, such that the light beam deviates in its trajectory between the mobile mirror and the eye of the shooter, whereby the shape of the device is such that any deviations provoked by the latter on the light beam result in a reduced trajectory, compared to a situation without this optical device, to be travelled by the point of incidence of the light beam on the reflecting surface by rotating the mirror between two firing angles, at least for a part of the above-mentioned range of firing angles. - a fixed light source; - a rotating mirror; - a reflecting surface,
A device for the transport of a liquid, comprising a container for holding the liquid and a handle secured to the container, characterized in that the handle is formed at least in portions by a roll of a rolled flat material. a container for holding the liquid and a handle secured to the container, characterized in that the handle is formed at least in portions by a roll of a rolled flat material.
Process for preparing 3-[ -8-bromo-1-methyl-6-(2-pyridinyl)-4H-imidazo[1,2-a][1,4]benzodiazepine-4-yl]propionic acid methyl ester of formula which comprises reacting 3-[ -7-bromo-2-((R and/or S)-2-hydroxy-propylamino)-5-pyridin-2-yl-3H-benzo[e][1,4]diazepin-3-yl]-propionic acid methyl ester of formula with an oxidizing agent which is a hypervalent iodine compound of formula wherein R1 is acyl, such as 1,1,1-triacetoxy-1,1-dihydro-1,2-benzoiodoxol-3 -one (Dess-Martin periodinane).
An electric power device including a plurality of electric power storage units (16, 16a to 16d) that are chargeable and dischargeable, the electric power device comprising: a state of charge calculation unit configured to calculate an overall state of charge (RSOC) of the plurality of electric power storage units, based on a sum of full charge capacities of the respective electric power storage units and a sum of current charge capacities of the respective electric power storage units, characterized in that if any of the plurality of electric power storage units has a specification difference, the full charge capacity thereof is acquired based on a specification difference value set according to the specification difference. a state of charge calculation unit configured to calculate an overall state of charge (RSOC) of the plurality of electric power storage units, based on a sum of full charge capacities of the respective electric power storage units and a sum of current charge capacities of the respective electric power storage units, characterized in that if any of the plurality of electric power storage units has a specification difference, the full charge capacity thereof is acquired based on a specification difference value set according to the specification difference.