mhurhangee/ep-ind-claims huggingface dataset:
A device for stabilizing a voice coil, comprising: a voice coil for providing a motive force; means for measuring a signal from said voice coil related to a motional electromotive force; said signal is an error signal based on a difference between a measured signal and a signal in steady state; and a unit for controlling an amplification of said signal to create a force in said voice coil in a direction of said motional electromotive force. a voice coil for providing a motive force; means for measuring a signal from said voice coil related to a motional electromotive force; said signal is an error signal based on a difference between a measured signal and a signal in steady state; and a unit for controlling an amplification of said signal to create a force in said voice coil in a direction of said motional electromotive force.
A polishing solution, comprising: a fluid component; and a plurality of ceramic abrasive composites, the ceramic abrasive composites comprising individual abrasive particles uniformly dispersed throughout a porous ceramic matrix; wherein at least a portion of the porous ceramic matrix comprises glassy ceramic material; and wherein the ceramic abrasive composites are dispersed in the fluid component; and wherein the fluid component comprises a non-aqueous fluid in an amount of at least 50% by weight. a fluid component; and a plurality of ceramic abrasive composites, the ceramic abrasive composites comprising individual abrasive particles uniformly dispersed throughout a porous ceramic matrix; wherein at least a portion of the porous ceramic matrix comprises glassy ceramic material; and wherein the ceramic abrasive composites are dispersed in the fluid component; and wherein the fluid component comprises a non-aqueous fluid in an amount of at least 50% by weight.
A method for wireless communication, comprising: sensing an indication of first radio access technology, RAT, communications occupying a shared radio frequency spectrum band; and configuring, in response to the sensing, at least one parameter of a second RAT used by a device to contend for access to the shared radio frequency spectrum band; wherein configuring the at least one parameter of the second RAT comprises: configuring a range of numbers from which a random number is selected, wherein the random number determines a number of clear channel assessment, CCA, slots over which the device performs an extended CCA procedure, characterised by: the step of configuring the range of numbers comprises: increasing a lower bound of the range of numbers. sensing an indication of first radio access technology, RAT, communications occupying a shared radio frequency spectrum band; and configuring, in response to the sensing, at least one parameter of a second RAT used by a device to contend for access to the shared radio frequency spectrum band; wherein configuring the at least one parameter of the second RAT comprises: configuring a range of numbers from which a random number is selected, wherein the random number determines a number of clear channel assessment, CCA, slots over which the device performs an extended CCA procedure, characterised by: the step of configuring the range of numbers comprises: increasing a lower bound of the range of numbers.
A method for generating melanocytes from stem cells comprising the steps of: (i) removing the bulb of an epilated human hair; (ii) incubating the remaining part of the epilated hair with a collagen degrading agent to separate stem cells from the outer root sheath; optionally washing the remaining part of the epilated hair with a washing solution after incubation with the collagen degrading agent; and (iii) cultivating the separated stem cells from step (ii) in a medium that induces differentiation and stimulates growth of stem cells, melanocyte precursors and melanocytes, wherein the medium comprises one or more growth factors for differentiation into melanotic melanocytes. (i) removing the bulb of an epilated human hair; (ii) incubating the remaining part of the epilated hair with a collagen degrading agent to separate stem cells from the outer root sheath; optionally washing the remaining part of the epilated hair with a washing solution after incubation with the collagen degrading agent; and (iii) cultivating the separated stem cells from step (ii) in a medium that induces differentiation and stimulates growth of stem cells, melanocyte precursors and melanocytes, wherein the medium comprises one or more growth factors for differentiation into melanotic melanocytes.
An analyte sensor comprising: a sensor tail comprising at least a first working electrode, the sensor tail configured for insertion into a tissue; a creatinine-responsive active area disposed upon a surface of the first working electrode, the creatinine-responsive active area comprising a first electron transfer agent, a first polymer, and an enzyme system comprising multiple enzymes that are capable of acting in concert to facilitate detection of creatinine, the enzyme system comprising: creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area; and an oxygen scavenger located upon the sensor tail in proximity to the creatinine-responsive active area. a sensor tail comprising at least a first working electrode, the sensor tail configured for insertion into a tissue; a creatinine-responsive active area disposed upon a surface of the first working electrode, the creatinine-responsive active area comprising a first electron transfer agent, a first polymer, and an enzyme system comprising multiple enzymes that are capable of acting in concert to facilitate detection of creatinine, the enzyme system comprising: creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area; and creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area; and an oxygen scavenger located upon the sensor tail in proximity to the creatinine-responsive active area.
Dual clutch transmission for a motor vehicle with gearwheels switchable via switching elements, which form exactly eight gear stages (RE-1 to RE-8) arranged behind one another in axial direction from the input side to the output side of the dual clutch transmission in the sequence from first to eighth, which are respectively assigned to a first sub-transmission and to a second sub-transmission, of which the first sub-transmission is provided with a first input shaft and the second sub-transmission is provided with a second input shaft, and both sub-transmissions (A, B) are provided with a joint output shaft, wherein the input shafts (22, 23) arranged coaxially to each other can be alternately activated by a power-switchable coupling (K1, K2), and the even forward gears (2, 4, 6, 8, 10, 12) are assigned to the first sub-transmission and the odd forward gears (1, 3, 5, 7, 9, 11) are assigned to the second sub-transmission, which can be shifted during a gear shift by means of the switching elements (SE-A to SE-G), wherein the dual clutch transmission is provided with an intermediate gear stage (RE-5) shiftable either to the first sub-transmission or to the second sub-transmission, characterised in that a reverse gear is formed by a reverse gear shaft which is axially parallel to the input shafts (22, 23) on which two reverse gearwheels (51, 53) are provided, of which the first reverse gearwheel can be coupled to a gear stage (RE-2) of the first sub-transmission, and the second reverse gear can be coupled to the intermediate gear stage (RE-5), and in that with an engaged reverse gear a torque flow can thus be transmitted from the gear stage (RE-2) of the first sub-transmission coupled to the first reverse gearwheel via the first reverse gearwheel, the reverse gear shaft and the second reverse gearwheel to the intermediate gear stage (RE-5) and further to the output shaft, in that the first reverse gearwheel meshes with a drive-side gearwheel of the gear stage (RE-2) of the first sub-transmission mounted on the first input shaft, and the second reverse gearwheel meshes with an output side gearwheel of the intermediate gear stage (RE-5) mounted on the output shaft, and in that the drive-side gearwheel of the gear stage (RE-2) coupled to the first reverse gear wheel is arranged non-rotatably on a drive-side hollow shaft of the first sub-transmission, which is coaxially rotatably mounted on the first input shaft, and in that the drive-side hollow shaft of the first sub-transmission can be connected via a first switching element (SE-C) to the first input shaft, and in that the driven side gearwheel of the intermediate gear stage (RE-5) is mounted as a loose gearwheel on the output shaft and can be drivingly connected by a seventh switching element (SE-G) to the output shaft so that by shifting the first and seventh switching elements (SE-C, SE-G) and the reverse gear switching element (SE-H) the reverse gear is engaged.
A solar battery mounting structure comprising a solar battery module disposed in an upper surface of a vehicle body, fixed to a vehicle body frame member, and includes a light transmissive plate member arranged along the upper surface of the vehicle body and an adhesive portion adhering a lower surface of a side end portion (2c, 2d) of the light transmissive plate member to an adhesive surface of the vehicle body frame member, characterized in that the solar battery module includes a fixation portion which is fixed to a lower surface of the light transmissive plate member through a sealing material layer, and is fixed to a fixation surface of the vehicle body frame member facing the lower surface, the sealing material layer includes and protects a solar battery cell, a protrusion portion which is in contact with the lower surface of the light transmissive plate member through the sealing material layer is formed in the fixation portion, and in the vehicle body frame member, a step portion is formed between the adhesive surface and the fixation surface, and the fixation surface is separated from the lower surface of the light transmissive plate member compared to the adhesive surface.
A multilayer structure (200, 300, 400a, 400b, 400c) for an electronic device, comprising a flexible substrate film for accommodating electronics, at least one electronic component provided on said substrate film, a number of conductive traces provided on said substrate film for electrically powering and/or connecting electronics including said at least one electronic component, characterised in that at least one, thermoformed, cover is attached to said substrate film on top of said at least one electronic component, being overmolded with thermoplastic material.
Nozzle arrangement (1, 2, 3, 4, 5, 6, 7) configured to face a surface to be cleaned, comprising - a first suction body and a second suction body located at a distance relative to each other, wherein both the first suction body and the second suction body are configured to be operated to suck dust and dirt from the surface to be cleaned, and wherein both the first suction body and the second suction body are connectable to a vacuum mechanism configured to create underpressure at the position of the first suction body and the second suction body; and characterized in that, - a level setting mechanism configured to put the first suction body and the second suction body at different overall levels relative to the surface to be cleaned in a normal, operational orientation of the nozzle arrangement (1, 2, 3, 4, 5, 6, 7) on the surface. - a first suction body and a second suction body located at a distance relative to each other, wherein both the first suction body and the second suction body are configured to be operated to suck dust and dirt from the surface to be cleaned, and wherein both the first suction body and the second suction body are connectable to a vacuum mechanism configured to create underpressure at the position of the first suction body and the second suction body; and characterized in that, - a level setting mechanism configured to put the first suction body and the second suction body at different overall levels relative to the surface to be cleaned in a normal, operational orientation of the nozzle arrangement (1, 2, 3, 4, 5, 6, 7) on the surface.
A single radio controller device, characterized by comprising: a receiving unit, configured to receive a first request message from a user equipment, UE, wherein the first request message is used to request the single radio controller device to perform a location update on the UE; a processing unit, configured to generate a paging area list of the UE according to the first request message received by the receiving unit, wherein the paging area list comprises a location area identity of a location area of at least one network standard; a sending unit, configured to add the paging area list of the UE generated by the processing unit to a first response message, start a location update timer, and send the first response message to the UE; wherein the location area identity of a location area of at least one network standard comprises one or more of a tracking area identity, TAI, a routing area identity, RAI, and a cell identity; and wherein the single radio controller device is configured to manage access network devices of different network standards together, and to be integrated to an access network device, wherein the processing unit is further configured to: if a message sent by the UE is still not received by the receiving unit when the location update timer expires, delete a location area hierarchical management context of the UE. a receiving unit, configured to receive a first request message from a user equipment, UE, wherein the first request message is used to request the single radio controller device to perform a location update on the UE; a processing unit, configured to generate a paging area list of the UE according to the first request message received by the receiving unit, wherein the paging area list comprises a location area identity of a location area of at least one network standard; a sending unit, configured to add the paging area list of the UE generated by the processing unit to a first response message, start a location update timer, and send the first response message to the UE; wherein the location area identity of a location area of at least one network standard comprises one or more of a tracking area identity, TAI, a routing area identity, RAI, and a cell identity; and wherein the single radio controller device is configured to manage access network devices of different network standards together, and to be integrated to an access network device, wherein the processing unit is further configured to: if a message sent by the UE is still not received by the receiving unit when the location update timer expires, delete a location area hierarchical management context of the UE.
Dosing Pump of Selective Catalytic Reduction system for delivering a reagent in the exhaust pipes to chemically react with the exhaust gases, the dosing pump comprising a pumping part having a body (14, 20) provided with a pumping element having a bore extending along a pumping axis within which is arranged a piston member, the volume of the bore beyond the piston defining a dosing chamber where open an inlet and an outlet controlled by a valve, the piston reciprocally moving along said pumping axis between a downward position wherein the inlet is open letting the reagent fill the chamber and, a upward position wherein the inlet is closed and the valve open to let the reagent flow off the chamber, the pump further comprising a piloted actuator having a plunger arranged to cooperate with the piston, the actuator comprising a coil and on the back end of the plunger is fixed a magnetic armature, characterized in that the plunger reciprocally moves along a plunger axis angled relative to the piston axis
A process for producing syngas rich in hydrogen, during the process of upgrading residual hydrocarbon oil feedstock, wherein the process comprises: a) cracking a residual hydrocarbon oil feedstock in a riser-reactor by contacting the feedstock with a rejuvenated upgrading agent at a temperature in the range of 550°C to 650°C to obtain cracked products and spent upgrading agent; b) separating the spent upgrading agent from the cracked products in a stripper and transferring the spent upgrading agent to a reformer; c) regenerating the spent upgrading agent by adding steam free of any air/oxygen along with oil-soluble organo-metallic additive, wherein the additive metal is selected from alkali, alkaline earth metal or transition metal in the reformer at a temperature in the range of 650 to 850°C to obtain syngas rich in hydrogen and partially rejuvenated upgrading agent and transferring the partially rejuvenated upgrading agent to a combustor; d) burning off the partially rejuvenated upgrading agent in the combustor at a temperature in the range of 750°C to 950°C to remove residual coke in presence of stream of oxygen containing gases and optionally a hydrocarbon stream lean in sulfur and nitrogen impurities, to obtain rejuvenated upgrading agent and flue gas; e) transferring the rejuvenated upgrading agent back to the reformer to maintain the temperature of the reformer; and f) circulating the rejuvenated upgrading agent from the reformer to the riser. a) cracking a residual hydrocarbon oil feedstock in a riser-reactor by contacting the feedstock with a rejuvenated upgrading agent at a temperature in the range of 550°C to 650°C to obtain cracked products and spent upgrading agent; b) separating the spent upgrading agent from the cracked products in a stripper and transferring the spent upgrading agent to a reformer; c) regenerating the spent upgrading agent by adding steam free of any air/oxygen along with oil-soluble organo-metallic additive, wherein the additive metal is selected from alkali, alkaline earth metal or transition metal in the reformer at a temperature in the range of 650 to 850°C to obtain syngas rich in hydrogen and partially rejuvenated upgrading agent and transferring the partially rejuvenated upgrading agent to a combustor; d) burning off the partially rejuvenated upgrading agent in the combustor at a temperature in the range of 750°C to 950°C to remove residual coke in presence of stream of oxygen containing gases and optionally a hydrocarbon stream lean in sulfur and nitrogen impurities, to obtain rejuvenated upgrading agent and flue gas; e) transferring the rejuvenated upgrading agent back to the reformer to maintain the temperature of the reformer; and f) circulating the rejuvenated upgrading agent from the reformer to the riser.
A method for marking an article, comprising: providing a metal structure for the article; masking a portion of the metal structure that is not to be anodized; anodizing at least a portion of an outer surface of the metal structure that is not being masked by the masking; and subsequently altering surface characteristics of selective portions of an inner unanodized portion of the metal structure below the portion of the anodized outer surface, wherein the altering of the surface characteristics of the selective portions comprises (i) directing a laser output through the anodized outer surface of the metal structure towards the inner unanodized portion of the metal structure, and (ii) controlling size, placement and darkness of the selective portions, and wherein the selective portions of the inner unanodized portion of the metal structure serve to mark the article. providing a metal structure for the article; masking a portion of the metal structure that is not to be anodized; anodizing at least a portion of an outer surface of the metal structure that is not being masked by the masking; and subsequently altering surface characteristics of selective portions of an inner unanodized portion of the metal structure below the portion of the anodized outer surface, wherein the altering of the surface characteristics of the selective portions comprises (i) directing a laser output through the anodized outer surface of the metal structure towards the inner unanodized portion of the metal structure, and (ii) controlling size, placement and darkness of the selective portions, and wherein the selective portions of the inner unanodized portion of the metal structure serve to mark the article.
A computer-implemented method for training a neural network to process images, comprising: obtaining a plurality of training images that include an anchor image being an image of a first object of a first object type, a positive image that differs from the anchor image and shows the first object, and a negative image being an image of a second object of the first object type, wherein the first object differs from the second object; and training the neural network on the plurality of training images (206, 300) to determine numeric embeddings of images; processing each of a plurality of images using the neural network in accordance with the trained neural network to determine a respective numeric embedding of each of the plurality of images; clustering the numeric embeddings of the plurality of images into a plurality of clusters; and for each cluster, classifying the images having numeric embeddings that are in the cluster as being images of the same object. obtaining a plurality of training images that include an anchor image being an image of a first object of a first object type, a positive image that differs from the anchor image and shows the first object, and a negative image being an image of a second object of the first object type, wherein the first object differs from the second object; and training the neural network on the plurality of training images (206, 300) to determine numeric embeddings of images; processing each of a plurality of images using the neural network in accordance with the trained neural network to determine a respective numeric embedding of each of the plurality of images; clustering the numeric embeddings of the plurality of images into a plurality of clusters; and for each cluster, classifying the images having numeric embeddings that are in the cluster as being images of the same object.
Radio control for electrical devices comprising a container body provided with push buttons provided inside which is an electronic card including an electronic receiver, and electronic transmitter for transmitting an univocal code towards such electrical devices, a microprocessor to which the signals generated by pressing such push buttons are delivered and which controls such transmitter and receiver and which determines such transmittable univocal code, a digital combiner made up of a plurality of switches with two or more positions which delivers the signal generated to such microprocessor, characterized in that settable on such combiner is an univocal key which generates a group of radio controls of the same type that is stored in the microprocessor and subsequently deleted by the digital combiner, by setting a preset base combination.