mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising a central processor, a fixed network access control module, a dual-tone multi-frequency processing module, a call processing module, a mobile communication module and an electronic switch module, wherein the fixed network access control module connected to the central processor comprises an analog user line interface, configured to connect a terminal with an analog user line and notify the central processor that the mobile terminal is connected with a fixed telephone network in a situation where the analog user line is connected to the analog user line interface; the dual-tone multi-frequency processing module connected to the central processor is configured to identify a selecting signal from the analog user line, send the selecting signal to the central processor and send a selecting signal from the central processor to the analog user line; the call processing module is configured to extract a voice signal on the analog user line, send the voice signal to an audio output device of the mobile terminal for playing and send a voice signal from a user to the analog user line; the mobile communication module is configured to achieve communication between the mobile terminal and an exterior based on a wireless network; the central processor is configured to process a signaling from the dual-tone multi-frequency processing module, and send a signaling which needs to pass through a user line to the dual-tone multi-frequency processing module, characterised in that the central processor is further configured to control the electronic switch module to close a radio frequency function of the mobile communication module in a situation where the fixed network access control module notifies that the mobile terminal is connected with the fixed telephone network, wherein the analog user line interface is a socket, three contacts corresponding to line b inside the mobile terminal, a connection detection switch and line a inside the mobile terminal respectively are arranged inside the socket, and after a plug connecting the analog user line is plugged in the socket, lines a and b inside the mobile terminal are connected to the analog user line, and the central processor is notified that the mobile terminal is connected with the fixed telephone network in a situation where the analog user line is connected to the analog user line interface.
A backlight unit comprising: a light-shield sheet; a reflector (200, 220) spaced apart from the light-shield sheet and partially having an inclined surface; a fixture connected to one side of the reflector (200, 220) so as to fix the reflector (200, 220); and a light source disposed to one side of the reflector (200, 220), wherein the reflector (200, 220) has a reflective layer, the reflective layer protrudes from partial regions of the reflective surface of the reflector (200, 220) in such a way that the luminance of the entire backlight unit is uniformly corrected, the light-shield sheet (250, 40, 41, 42, 43) is spaced apart from the reflector (200, 220) by a predetermined distance to define a space therebetween, and an air guide is defined in the space between the reflector (200, 220) and the light-shield sheet, characterized in that the inclined surface (210, 221) of the reflector (200, 220) has a predetermined inclination angle with respect to a horizontal plane which is parallel to a surface of the light-shield sheet, and in that a plurality of reflective layers (223a, 223b, 223c, 223d) located on the inclined surface (210, 221) have different reflectivities. a light-shield sheet; a reflector (200, 220) spaced apart from the light-shield sheet and partially having an inclined surface; a fixture connected to one side of the reflector (200, 220) so as to fix the reflector (200, 220); and a light source disposed to one side of the reflector (200, 220), wherein the reflector (200, 220) has a reflective layer, the reflective layer protrudes from partial regions of the reflective surface of the reflector (200, 220) in such a way that the luminance of the entire backlight unit is uniformly corrected, the light-shield sheet (250, 40, 41, 42, 43) is spaced apart from the reflector (200, 220) by a predetermined distance to define a space therebetween, and an air guide is defined in the space between the reflector (200, 220) and the light-shield sheet, characterized in that the inclined surface (210, 221) of the reflector (200, 220) has a predetermined inclination angle with respect to a horizontal plane which is parallel to a surface of the light-shield sheet, and in that a plurality of reflective layers (223a, 223b, 223c, 223d) located on the inclined surface (210, 221) have different reflectivities.
A method of manufacturing an aluminum alloy, the method comprising: providing iron-manganese alloy powder which is an iron-manganese completed solid solution; introducing the iron-manganese alloy powder into an aluminum melt; and die casting the aluminum melt to manufacture an aluminum alloy including an iron-manganese complete solid solution, wherein the iron-manganese alloy powder is prepared using an atomization method; wherein said aluminium alloy includes an iron-manganese complete solid solution which is distributed in an aluminum matrix while forming a separate phase, said iron and manganese forming the complete solid solution do not have solubility in aluminum and form a complete solid solution to each other; and wherein the aluminum melt is a melt formed of pure aluminum or a melt of an aluminum alloy in which one or more alloying elements are added to pure aluminum. providing iron-manganese alloy powder which is an iron-manganese completed solid solution; introducing the iron-manganese alloy powder into an aluminum melt; and die casting the aluminum melt to manufacture an aluminum alloy including an iron-manganese complete solid solution, wherein the iron-manganese alloy powder is prepared using an atomization method; wherein said aluminium alloy includes an iron-manganese complete solid solution which is distributed in an aluminum matrix while forming a separate phase, said iron and manganese forming the complete solid solution do not have solubility in aluminum and form a complete solid solution to each other; and wherein the aluminum melt is a melt formed of pure aluminum or a melt of an aluminum alloy in which one or more alloying elements are added to pure aluminum.
A method for judging whether a semiconductor wafer is a non-defective wafer by using a laser scattering method, the method for judging whether a semiconductor wafer of a plurality of semiconductor wafers is a non-defective wafer based on the number of Light Point Defects, LPDs, measured by setting a minimum size of an LPD to be detected at a predetermined value of 65 nm or less when the number of LPDs on the surfaces of the plurality of semiconductor wafers on which no device pattern is formed is measured for each wafer with a detecting apparatus using a laser scattering method, the method comprising a step of: (i) measuring by using a unit the number of LPDs whose sizes are equal to or greater than the predetermined value in a wafer plane from the wafer surface and an average value and a standard deviation of haze signals in the wafer plane on a wafer-by-wafer basis; (ii) sorting out by using the unit a semiconductor wafer whose number of measured LPDs per wafer is equal to or smaller than a predetermined number from the semiconductor wafers subjected to the measurement; and (iii) judging by using a unit a semiconductor wafer of the semiconductor wafers subjected to the sorting to be a non-defective wafer on condition that a value of Y calculated from the following equation is equal to or smaller than a predetermined value, Y = σ / μ where σ is the in-plane standard deviation of the haze signals, and μ is the in-plane average value of the haze signals, and wherein the unit automatically calculates the value of Y based on the in-plane average value of the haze signals and the in-plane standard deviation of the haze signals. (i) measuring by using a unit the number of LPDs whose sizes are equal to or greater than the predetermined value in a wafer plane from the wafer surface and an average value and a standard deviation of haze signals in the wafer plane on a wafer-by-wafer basis; (ii) sorting out by using the unit a semiconductor wafer whose number of measured LPDs per wafer is equal to or smaller than a predetermined number from the semiconductor wafers subjected to the measurement; and (iii) judging by using a unit a semiconductor wafer of the semiconductor wafers subjected to the sorting to be a non-defective wafer on condition that a value of Y calculated from the following equation is equal to or smaller than a predetermined value, Y = σ / μ where σ is the in-plane standard deviation of the haze signals, and μ is the in-plane average value of the haze signals, and wherein the unit automatically calculates the value of Y based on the in-plane average value of the haze signals and the in-plane standard deviation of the haze signals. where σ is the in-plane standard deviation of the haze signals, and μ is the in-plane average value of the haze signals, and wherein the unit automatically calculates the value of Y based on the in-plane average value of the haze signals and the in-plane standard deviation of the haze signals.
An oral care composition comprising (i) a peroxide whitening agent, and (ii) an abrasive in the form of particles, wherein the particles are pre-coated with a coating layer composed of a coating material selected from at least one substantially saturated C 2 - C 30 fatty acid, at least one monounsaturated C 12 - C 30 fatty acid, and at least one silicone polymer, or any mixture of two or more thereof, wherein the substantially saturated C 2 - C 30 fatty acid and the monounsaturated C 12 - C 30 fatty acid each have a carbon-carbon bond saturation of at least 90%.
Cable conduit for routing a cable strand between a first element and a second element, having an insertion part, which comprises a tubular routing element and which can be arranged on the first element, and a tubular receiving part, which can be arranged on the second element, wherein the routing element of the insertion part is axially moveably arranged in the receiving part, wherein the insertion part and the receiving part comprise at least one flange element (30, 50) characterized in that a flange element (30, 50) comprises an inner abutment element (32, 52) and an out abutment element (34, 54), wherein the insertion part and the receiving part are implemented in one piece and are made of elastomer. wherein the routing element of the insertion part is axially moveably arranged in the receiving part, wherein the insertion part and the receiving part comprise at least one flange element (30, 50) characterized in that a flange element (30, 50) comprises an inner abutment element (32, 52) and an out abutment element (34, 54), wherein the insertion part and the receiving part are implemented in one piece and are made of elastomer.
A deposition method that is implemented in a focused ion beam system (100;200) that supplies a compound gas to a specimen, and applies an ion beam to the specimen to deposit a deposition film, the deposition method comprising: a first deposition film-depositing step that deposits a first deposition film on the specimen using the ion beam that is defocused with respect to the specimen; and a second deposition film-depositing step that deposits a second deposition film on the first deposition film using the ion beam that is smaller in defocus amount than that used in the first deposition film-depositing step. a first deposition film-depositing step that deposits a first deposition film on the specimen using the ion beam that is defocused with respect to the specimen; and a second deposition film-depositing step that deposits a second deposition film on the first deposition film using the ion beam that is smaller in defocus amount than that used in the first deposition film-depositing step.
A method for performing a synchronization by a small cell based on network listening, the method comprising: waking up, of the small cell, by detecting a macro frequency; determining, by the small cell, whether the synchronization with an external source can be performed; if it is determined that the synchronization with the external source cannot be performed, searching for, by the small cell, a macro cell; determining, by the small cell, whether the searched macro cell is an overlaid macro cell to perform the synchronization by receiving a reference signal and system information including information on a stratum level of the searched macro cell; if the searched macro cell is determined as the overlaid macro cell, performing, by the small cell, the synchronization to the detected macro cell based on the system information and the reference signal for the synchronization; if the overlaid macro cell is not detected, searching, by the small cell, a next frequency to locate any synchronization source, and performing the synchronization, wherein the synchronization is performed on a different frequency if a center frequency is different, and the synchronization is performed on same frequency if the center frequency is same; and receiving and/or transmitting, by the small cell, data at a timing based on the synchronization, wherein the reference signal is received via an air interface. waking up, of the small cell, by detecting a macro frequency; determining, by the small cell, whether the synchronization with an external source can be performed; if it is determined that the synchronization with the external source cannot be performed, searching for, by the small cell, a macro cell; determining, by the small cell, whether the searched macro cell is an overlaid macro cell to perform the synchronization by receiving a reference signal and system information including information on a stratum level of the searched macro cell; if the searched macro cell is determined as the overlaid macro cell, performing, by the small cell, the synchronization to the detected macro cell based on the system information and the reference signal for the synchronization; if the overlaid macro cell is not detected, searching, by the small cell, a next frequency to locate any synchronization source, and performing the synchronization, wherein the synchronization is performed on a different frequency if a center frequency is different, and the synchronization is performed on same frequency if the center frequency is same; and receiving and/or transmitting, by the small cell, data at a timing based on the synchronization, wherein the reference signal is received via an air interface.
A system, comprising: a stimulus-emitting device configured to administer a stimulus to induce in vivo synchronized gamma oscillations in a brain region of a subject; at least one memory for storing stimulus parameters and processor executable instructions; and at least one processor communicatively connected to the stimulus-emitting device and the at least one memory, wherein upon execution of the processor executable instructions, the at least one processor controls the stimulus-emitting device to emit the stimulus according to the stimulus parameters, the parameters including a frequency that is configured to synchronously activate the brain region at the frequency, whereby the system is configured to at least one of prevent, reduce and treat dementia in the subject; the system being characterized in that the stimulus-emitting device is configured to administer the stimulus non-invasively. a stimulus-emitting device configured to administer a stimulus to induce in vivo synchronized gamma oscillations in a brain region of a subject; at least one memory for storing stimulus parameters and processor executable instructions; and at least one processor communicatively connected to the stimulus-emitting device and the at least one memory, wherein upon execution of the processor executable instructions, the at least one processor controls the stimulus-emitting device to emit the stimulus according to the stimulus parameters, the parameters including a frequency that is configured to synchronously activate the brain region at the frequency, whereby the system is configured to at least one of prevent, reduce and treat dementia in the subject; the system being characterized in that the stimulus-emitting device is configured to administer the stimulus non-invasively.
Electric current switchgear comprising: - at least one electrical contact having a closed position to establish the circulation of a current in an electric current conductor and an open position for cutting said current in said current conductor, - an actuating handle arranged to actuate the electrical contact in closed position or in open position, - a display module comprising a bistable liquid crystal display, and - a display control circuit linked to the display, to control a display of at least one value of an electrical quantity or of a state of the switchgear or of a symbol on the display, characterized in that the display can be controlled by pressure and that the display module comprises a presser mechanism, linked to the actuating handle, said presser mechanism being arranged to exert a pressure on a display face of said display upon an activation of the actuating handle. - at least one electrical contact having a closed position to establish the circulation of a current in an electric current conductor and an open position for cutting said current in said current conductor, - an actuating handle arranged to actuate the electrical contact in closed position or in open position, - a display module comprising a bistable liquid crystal display, and - a display control circuit linked to the display, to control a display of at least one value of an electrical quantity or of a state of the switchgear or of a symbol on the display,
A nucleic acid preservation composition, comprising: 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate; 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine; acid qs to pH 8.0, ±10%; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value. 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate; 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine; acid qs to pH 8.0, ±10%; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value.
Apparatus for the continuous ring shaping of a straight thermoplastic tubular casing, an initially non-ring-shaped tubular casing made from thermoplastic material being fed in a locally inflated state to the apparatus for the purpose of ring shaping, and being guided through the apparatus by means of driven guide rollers (4, 5) with heating and with the formation of a spiral casing, a preheating means being provided for heating the tubular casing before entry into the ring shaping mould, characterized in that the ring shaping mould comprises inner slot nozzles which are positioned between the inner guide rollers, and outer slot nozzles which are positioned between the outer guide rollers, the inner slot nozzles feeding heat from the inner pipe and the outer slot nozzles feeding heat from the outer pipe to the tubular casing, the outlet openings of the inner slot nozzles being directed outwards in the radial direction of the ring shaping mould, and the outlet openings of the outer slot nozzles being directed inwards in the radial direction of the ring shaping mould, the inner and outer guide rollers (4, 5) having a friction-generating surface or being constructed overall from a friction-generating material, with the result that additionally a tensile force is exerted on the tubular casing by means of the transmission of force by way of the guide rollers (4, 5), which tensile force is such that this tubular casing overall is stretched.
An accessory storage compartment lid for covering an access opening of an accessory storage compartment in a vehicle, said accessory storage compartment lid having an inside, intended to face towards the interior of the accessory storage compartment when the lid is positioned to cover the opening of the accessory storage compartment, and an outside intended to face away from the interior of a accessory storage compartment when the lid is positioned to cover the opening of the accessory storage compartment, said accessory storage compartment lid further provided with a hook arrangement comprising a shaft and a hook, said hook arrangement may be switched between a first, storage position in which the hook is located at the inside of the accessory storage compartment lid and a second, operative position in which the hook is located on the outside of the accessory storage compartment lid characterized in that said shaft of the hook arrangement is a rigid self supporting structure which is attached to the accessory storage compartment lid by a hinge located on the inside of the accessory storage compartment lid.
A spool valve having at least two channels (103, 104) and at least one spool bore, which connects at least two channels (103, 104), in which a valve spool with at least one sealing portion (111, 112) having a larger diameter and at least one connecting portion having a smaller diameter is mounted so as to be axially movable, characterized in that at least one connecting portion is arranged eccentrically with respect to the spool bore surrounding it.