mhurhangee/ep-ind-claims huggingface dataset:
Multi-disk brake for a motor vehicle with a rotatable drive shaft and with a guide device fixed in relation to the drive shaft, with a multi-disk arrangement/multi-disk pack (7, 8) comprising alternately arranged lining disks and with intermediate disks, wherein the lining disks are non-rotatably connected to the drive shaft or to the guide device and the intermediate disks are non-rotatably connected to the respective other component of the guide device or the drive shaft, further comprising an actuation device, specifically a ramp unit, for the purpose of actuating/pretensioning the multi-disk arrangement/multi-disk pack (7, 8) and with an actuating mechanism/actuator for actuating and/or releasing the actuating device, wherein the actuating mechanism/actuator has an electric drive, characterized in that the guide device is non-rotatably connected to a housing in such a manner, and in that the housing is designed to be open toward a transmission of the motor vehicle in such a way, that oil lubrication of the transmission is provided for cooling the multi-disk brake.
Method for producing steatite ceramics of C 221 type with improved electrical properties characterized in that it includes: - wet grinding of mixtures of starting ingredients in % by weight: - 80 to 88 % of talc - 5 to 15 % of clay components - 5 to 10 % of barium carbonate - 0.1 to 10 % of calcium oxide or magnesium oxide or a mixture of both in the form of hydroxides, carbonates, nitrates or other salts - additives, such as surfactants and binders, - the content of iron oxide in the starting material is up to 3 % by weight; wherein the grinding is performed for 5 to 25 hours to reach an average particle size below 10 micrometres and the grinding of said mixture is performed in a grinder that is coated with a ceramic coating contains corundum ceramic balls containing from 90 % by weight to 94 % by weight of Al 2 O 3; - after the grinding, the suspension is poured onto a dry plaster surface where it is left to dry up to a water content of 15 to 35 % by weight, from which blanks are made; - drying of blanks in a drier at 105 °C for 10 to 24 hours, such that they contain less than 1 % by weight of humidity; - firing of blanks at a temperature of 1280 to 1350 °C for 1 hours to 10 hours. - wet grinding of mixtures of starting ingredients in % by weight: - 80 to 88 % of talc - 5 to 15 % of clay components - 5 to 10 % of barium carbonate - 0.1 to 10 % of calcium oxide or magnesium oxide or a mixture of both in the form of hydroxides, carbonates, nitrates or other salts - additives, such as surfactants and binders, - the content of iron oxide in the starting material is up to 3 % by weight; wherein the grinding is performed for 5 to 25 hours to reach an average particle size below 10 micrometres and the grinding of said mixture is performed in a grinder that is coated with a ceramic coating contains corundum ceramic balls containing from 90 % by weight to 94 % by weight of Al 2 O 3; - 80 to 88 % of talc - 5 to 15 % of clay components - 5 to 10 % of barium carbonate - 0.1 to 10 % of calcium oxide or magnesium oxide or a mixture of both in the form of hydroxides, carbonates, nitrates or other salts - additives, such as surfactants and binders, - additives, such as surfactants and binders, - the content of iron oxide in the starting material is up to 3 % by weight; - after the grinding, the suspension is poured onto a dry plaster surface where it is left to dry up to a water content of 15 to 35 % by weight, from which blanks are made; - drying of blanks in a drier at 105 °C for 10 to 24 hours, such that they contain less than 1 % by weight of humidity; - firing of blanks at a temperature of 1280 to 1350 °C for 1 hours to 10 hours.
A gyral-linear actuator for an encoder, wherein the gyral-linear actuator is suitable for attachment to the encoder, comprising: an actuator housing having a first end, a second end opposite the first end, a body between the first end and the second end and a hollow that extends into the body from the second end thereof; a control member extending from the first end of the actuator housing; a first spring within the hollow of the actuator housing, wherein the first spring provides a return force that biases the control member away from the actuator housing and wherein the control member is rotatable within the actuator housing and is capable of axial movement within the body; and a coupler (32; 32') having: an encoder connector and an extension that couples the control member to the encoder connector; characterized in that, the encoder connector is configured to be coupled to a rotary shaft of the encoder and configured to rotate and depress the rotary shaft of the encoder; and in that rotation of the control member causes corresponding rotation of the encoder connector so as to turn the rotary shaft of the encoder when coupled to the encoder connector; and in that depression of the control member causes corresponding depression of the encoder connector so as to depress the rotary shaft of the encoder when coupled to the encoder connector. an actuator housing having a first end, a second end opposite the first end, a body between the first end and the second end and a hollow that extends into the body from the second end thereof; a control member extending from the first end of the actuator housing; a first spring within the hollow of the actuator housing, wherein the first spring provides a return force that biases the control member away from the actuator housing and wherein the control member is rotatable within the actuator housing and is capable of axial movement within the body; and a coupler (32; 32') having: an encoder connector and an extension that couples the control member to the encoder connector; characterized in that, the encoder connector is configured to be coupled to a rotary shaft of the encoder and configured to rotate and depress the rotary shaft of the encoder; and in that rotation of the control member causes corresponding rotation of the encoder connector so as to turn the rotary shaft of the encoder when coupled to the encoder connector; and in that depression of the control member causes corresponding depression of the encoder connector so as to depress the rotary shaft of the encoder when coupled to the encoder connector. and in that rotation of the control member causes corresponding rotation of the encoder connector so as to turn the rotary shaft of the encoder when coupled to the encoder connector; and in that depression of the control member causes corresponding depression of the encoder connector so as to depress the rotary shaft of the encoder when coupled to the encoder connector.
A process for preparing a flexible polyurethane foam, which process comprises preparing a reaction mixture from an isocyanate component containing at least one polyisocyanate compound having at least two isocyanate groups and from an isocyanate reactive component containing one or more isocyanate reactive compounds having at least two isocyanate reactive groups, said isocyanate reactive compounds comprising one or more polyester polyols which are formed from at least one dimer fatty acid and/or from at least one dimer fatty alcohol, characterised in that - said isocyanate reactive compounds contain, per 100 parts by weight thereof, 25 to 95 parts by weight of said polyester polyols and 5 to 75 parts by weight of one or more polyether polyols which are free of dimer fatty chains, - in that the reaction mixture is composed to comprise no lipophilic filler or, per 100 parts by weight of said isocyanate reactive compounds, at the most 35 parts by weight thereof and - in that a blowing agent is added to the reaction mixture in such an amount that the flexible foam has a density comprised between 20 and 150 kg/m 3. - said isocyanate reactive compounds contain, per 100 parts by weight thereof, 25 to 95 parts by weight of said polyester polyols and 5 to 75 parts by weight of one or more polyether polyols which are free of dimer fatty chains, - in that the reaction mixture is composed to comprise no lipophilic filler or, per 100 parts by weight of said isocyanate reactive compounds, at the most 35 parts by weight thereof and - in that a blowing agent is added to the reaction mixture in such an amount that the flexible foam has a density comprised between 20 and 150 kg/m 3.
A sensor for monitoring a product comprising: a first sensor element formed from a first biodegradable material and comprising a first ridge having a first sensor element height, wherein the first sensor element height of the first ridge decreases in response to a first parameter of interest of the product; a second sensor element formed from a second biodegradable material and comprising a second ridge having a second sensor element height, wherein the second sensor element height of the second ridge decreases in response to a second parameter of interest; wherein the first sensor element degrades to decrease the first sensor element height of the first ridge in response to the first parameter of interest; wherein the second sensor element degrades to decrease the second sensor element height of the second ridge in response to the second parameter of interest; and wherein the sensor elements (100a, 100b) facilitate human or machine reading of the sensor and further comprising a substrate to hold the sensor elements together. a first sensor element formed from a first biodegradable material and comprising a first ridge having a first sensor element height, wherein the first sensor element height of the first ridge decreases in response to a first parameter of interest of the product; a second sensor element formed from a second biodegradable material and comprising a second ridge having a second sensor element height, wherein the second sensor element height of the second ridge decreases in response to a second parameter of interest; wherein the first sensor element degrades to decrease the first sensor element height of the first ridge in response to the first parameter of interest; wherein the second sensor element degrades to decrease the second sensor element height of the second ridge in response to the second parameter of interest; and wherein the sensor elements (100a, 100b) facilitate human or machine reading of the sensor and further comprising a substrate to hold the sensor elements together.
A method for nickel plating a large-area component by means of a device for nickel plating a large-area component, comprising an electrolysis tank and anodes (1, 2) and/or anode groups spaced from each other, wherein flat screening elements (5, 6, 7) are arranged between individual anodes (1, 2) and/or anode groups, wherein at least two of the said screening elements (5, 6, 7) form a screened volume space (9, 10, 11) for the segment-wise coating of the large-area component, wherein the at least two screening elements (5, 6, 7) are arranged opposite each other and the anode (1, 2) or the anode group is positioned inside the volume space (9, 10, 11), wherein the volume space (9, 10, 11) is formed on the side of the component without any screening elements, wherein the surface of the component is coated with nickel by means of the anodes and a nickel containing electrolyte, wherein the surface is coated segmentally, wherein each surface segment (16, 17, 18) is spatially assigned to an anode (1, 2) or an anode group, and wherein the anode (1, 2) or the anode group of the respective surface segment (16, 17, 18) is electrically shielded from anodes (1, 2) or anode groups of the other surface segments (16, 17, 18).
A light pattern exposure method comprising irradiating a pattern of light to a resist film through a photomask using ArF excimer laser light as the light source, wherein the photomask used is such a halftone phase shift mask that it has been irradiated with ArF excimer laser light in a cumulative dose of at least 10 kJ/cm 2, said halftone phase shift mask comprising a transparent substrate and a pattern of halftone phase shift film of a material comprising a transition metal, silicon, nitrogen and oxygen, and said material having an atomic ratio of transition metal to silicon (Met/Si) from 0.18 to 0.25, a nitrogen content of 25 atom% to 50 atom%, and an oxygen content of 5 atom% to 20 atom%, except for an outermost surface region extending from the film surface remote from the substrate to a depth of 10 nm, characterized in that the halftone phase shift mask has been treated for defect correction by directing a high-energy radiation beam in a fluorine base gas atmosphere.
A method for assembling rollers in a cage for retaining said rollers in a rolling bearing, the method providing for producing a cage comprising two rings (3, 4) which are axially spaced apart and a plurality of bridges extending between said rings so as to form, between two adjacent bridges and a segment (3a, 4a) of each of said rings, a cell wherein a roller is intended to be retained while being able to rotate about its own axis, said method providing for rotating said cage and for disposing said rollers in their respective cell during said rotation, said method being characterised in that it provides for forming slots in at least one ring, the cage rotation driving being carried out by means of rotatably motorised claws which are engaged in said slots.
A method for producing a silicon carbon composite electroactive anode material capable to alloy comprising mixing micro sized silicon powder with micro sized organic polymer powder to produce a silicon-polymer-mixture, heating the silicon-polymer mixture in inert gas to pyrolysis temperature and keeping it there for a time sufficiently long to pyrolyze the organic polymer and to form a pyrolyzed polymer coated silicon, milling said pyrolyzed polymer coated silicon in inert gas to form the silicon carbon composite electroactive anode material.
Apparatus for feeding and distributing superabsorbent particles on a substrate wherein the apparatus comprises: - a hopper for introducing superabsorbent particles, - at least two or more discharge pipes for distributing the superabsorbent particles onto a surface, - a selection device fluidically connecting the hopper to said at least two or more discharge pipe, wherein the selection device selectively distributes superabsorbent particles from the hopper to one or more discharge pipe. - a hopper for introducing superabsorbent particles, - at least two or more discharge pipes for distributing the superabsorbent particles onto a surface, - a selection device fluidically connecting the hopper to said at least two or more discharge pipe,
Automatic dishwasher, in particular a domestic dishwasher, comprising a washing chamber which can be closed by a pivotable door and is optionally surrounded by a carcass, the door being kept closed by a force-fitting locking device and it being possible to unlock said door by means of a pulling force, and it being possible for the door to open automatically by means of an opening device in the form of a push unit, at least by a gap width, characterised in that the push unit and the locking device are not interconnected and therefore form two independent modules, in that the locking device is held on the washing chamber or on the carcass and in that the push unit comprises a push rod that is driven by a motor.
A method, comprising: receiving an orthogonal frequency division multiplexed preamble comprising symbol A of length N samples, a prefix C comprising a frequency shifted cyclic extension of the first portion of symbol A of length N/2 samples plus an offset K samples, and a suffix B comprising a frequency shifted cyclic extension of the remaining portion of symbol A of length N/2 samples minus offset K samples; characterized in that the method comprises concatenating prefix C and suffix B in the time domain to form a concatenated symbol CB that is a frequency shifted version of symbol A having length N; calculating a phase correction for the symbol A or the symbol CB, wherein the phase correction depends on the offset K; and coherently adding symbol A and the concatenated symbol CB to detect the preamble. receiving an orthogonal frequency division multiplexed preamble comprising symbol A of length N samples, a prefix C comprising a frequency shifted cyclic extension of the first portion of symbol A of length N/2 samples plus an offset K samples, and a suffix B comprising a frequency shifted cyclic extension of the remaining portion of symbol A of length N/2 samples minus offset K samples; characterized in that the method comprises concatenating prefix C and suffix B in the time domain to form a concatenated symbol CB that is a frequency shifted version of symbol A having length N; calculating a phase correction for the symbol A or the symbol CB, wherein the phase correction depends on the offset K; and coherently adding symbol A and the concatenated symbol CB to detect the preamble.
A method comprising receiving content data and determining context description data associated with the content data, wherein the context description data comprises location information of the content data in relation to a video frame of a video transmission comprising a plurality of video frames, wherein the context description data is further processed to obtain a level of processing comprising an extent of decoding receiving the video transmission comprising a plurality of video frames in a first format and to receive context description data associated with the content data, wherein the said means (126, 304, 406) is further configured to convert a portion of the video frame to an intermediate format based on the context description data by decoding the portion of the video frame according to the extent of decoding; and modifying the portion of the video frame in the intermediate format to incorporate at least a portion of the content data into the video frame, and to convert at least the portion of the video frame from the intermediate format with the incorporated portion of the content data to a second format.
A method for producing a cell culture article having a synthetic polymer layer, comprising: diluting one or more (meth)acrylate monomers in a solvent; dispersing the diluted monomers on a surface of a cell culture substrate; removing 80% or more of the solvent; and polymerizing the monomers on the surface of the cell culture substrate after removing the 80% or more of the solvent to form the synthetic polymer layer attached to the surface of the cell culture substrate. diluting one or more (meth)acrylate monomers in a solvent; dispersing the diluted monomers on a surface of a cell culture substrate; removing 80% or more of the solvent; and polymerizing the monomers on the surface of the cell culture substrate after removing the 80% or more of the solvent to form the synthetic polymer layer attached to the surface of the cell culture substrate.
A method of implementing a secure digital wallet processing system, the method comprising: receiving, by a computer system, a distributed ledger transaction request with an authentication token and a customer identifier in the form of a public address; validating the customer using an authenticator which accesses a customer identifier public address database prior to retrieving a private key from a key management system; retrieving, from the key management system, a private key corresponding to the public address, wherein the key management system comprises a hardware security module that generated the public address from the private key and encrypted the private key and the public address prior to storing the public address with the private key in a key management system database; signing the distributed ledger transaction by the private key; and providing the signed distributed ledger transaction to a distributed ledger. receiving, by a computer system, a distributed ledger transaction request with an authentication token and a customer identifier in the form of a public address; validating the customer using an authenticator which accesses a customer identifier public address database prior to retrieving a private key from a key management system; retrieving, from the key management system, a private key corresponding to the public address, wherein the key management system comprises a hardware security module that generated the public address from the private key and encrypted the private key and the public address prior to storing the public address with the private key in a key management system database; signing the distributed ledger transaction by the private key; and providing the signed distributed ledger transaction to a distributed ledger.
Printed circuit board for electric components, comprising - a carrier body, - at least one current conductor which is embodied as a molded part, and - at least one unhoused electric component which is attached directly to the current conductor, characterized in that the printed circuit board furthermore comprises: - at least one layer made of electrically insulating material, which layer at least partially covers the carrier body, the at least one current conductor and the at least one unhoused electric component, - wherein the layer made of electrically insulating material has at least one breakthrough through which electrical contact can be made with the at least one unhoused electric component. - a carrier body, - at least one current conductor which is embodied as a molded part, and - at least one unhoused electric component which is attached directly to the current conductor, - at least one layer made of electrically insulating material, which layer at least partially covers the carrier body, the at least one current conductor and the at least one unhoused electric component, - wherein the layer made of electrically insulating material has at least one breakthrough through which electrical contact can be made with the at least one unhoused electric component.
A robotic lawnmower system, comprising a charging station comprising a controller said controller being configured to associate a first time slot for use to transmit a guide signal associated with a guide cable and to associate a second time slot for use to transmit a signal associated with another use, and a robotic lawnmower, wherein the robotic lawnmower system is characterized in that said controller is configured to detect if the guide cable is connected to the charging station or not, and if not, allot said first associated time slot to said another use in addition to the already allotted second time slot.
A standard solution for electrochemical measurement of glucose in blood which is used for controlling a measurement precision of a measurement apparatus which determines a glucose contained in a blood with applying a voltage by a driving power supply to an electrode portion of a biosensor, the biosensor including the electrode portion having a measuring electrode and a counter electrode, as well as a reagent layer reacting with the blood supplied to the electrode portion, and thereby electrochemically measuring a reaction between the blood and the reagent layer, wherein said standard solution includes Bis(2-hydroxyethyl)imino-tris(hydroxymethyl)methane as a reducing substance and further includes hydrochloric solution to adjust the pH to 7, when a first potential is applied to the electrode portion of the biosensor to which the standard solution is supplied, by the driving power supply of the measurement apparatus, the standard solution shows a larger oxidation current waveform which is different from a waveform which is obtained when the first potential is applied to the electrode portion of the biosensor to which the blood is supplied, and when a second potential smaller than the first potential is applied to the electrode portion of the biosensor to which the standard solution is supplied, the standard solution shows an oxidation current waveform which is similar to a waveform which is obtained when the second potential is applied to the electrode portion of the biosensor to which the blood is supplied.