mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator system comprising - an elevator shaft , - an elevator car and a counterweight , the elevator car and the counterweight being coupled and being arranged in the elevator shaft so as to be movable in opposite directions, and - a buffer device arranged in a shaft pit (6.1) of the elevator shaft , which buffer device limits the travel path of the counterweight and which buffer device comprises a buffer and a lifting device , overtravel of the elevator car in a shaft head of the elevator shaft being made possible in a rest position of the lifting device and it being possible to activate the lifting device such that, in an active position of the lifting device , the travel path of the counterweight in the shaft pit (6.1) is restricted and a minimum distance for maintenance by personnel can be ensured between a shaft ceiling of the elevator shaft and the elevator car , characterized in that the lifting device is arranged between the buffer and counterweight . - an elevator shaft , - an elevator car and a counterweight , the elevator car and the counterweight being coupled and being arranged in the elevator shaft so as to be movable in opposite directions, and - a buffer device arranged in a shaft pit (6.1) of the elevator shaft , which buffer device limits the travel path of the counterweight and which buffer device comprises a buffer and a lifting device ,
A battery system including: a battery module: a plurality of battery cells, a module case to accommodate the plurality of battery cells, and a plurality of gas sensor units separately positioned on an inner surface of the module case, the plurality of gas sensor units is configured to sense gas generated from the plurality of battery cells during charge and discharge, and to measure a gas detection time, characterised by a battery management system (BMS) configured to control an operation and a state of the battery module, the battery management system being electrically connected to the plurality of gas sensor units and configured to receive information measured from each of the plurality of gas sensor units, and to compare the received information to thereby calculate a position of a cell where the gas has been generated. a battery module: a plurality of battery cells, a module case to accommodate the plurality of battery cells, and a plurality of gas sensor units separately positioned on an inner surface of the module case, the plurality of gas sensor units is configured to sense gas generated from the plurality of battery cells during charge and discharge, and to measure a gas detection time, a plurality of battery cells, a module case to accommodate the plurality of battery cells, and a plurality of gas sensor units separately positioned on an inner surface of the module case, the plurality of gas sensor units is configured to sense gas generated from the plurality of battery cells during charge and discharge, and to measure a gas detection time, characterised by a battery management system (BMS) configured to control an operation and a state of the battery module, the battery management system being electrically connected to the plurality of gas sensor units and configured to receive information measured from each of the plurality of gas sensor units, and to compare the received information to thereby calculate a position of a cell where the gas has been generated.
Support foot for stabilizers comprising a frusto-conical support member with a base of large diameter comprising means for the effective and secure but quickly and convenient disengageable connection of said foot to the end of the rod of a hydraulic or mechanical jack, characterized in that the support member is made of plastic or polymer material and in that said means comprise a spherical socket formed in said foot and a spherical metal head having a diameter complementary to the diameter of said spherical socket fixed to the end of the rod of said hydraulic or mechanical jack, the mouth of said socket having a diameter smaller than the diameter of the spherical metal head carried by the rod of the hydraulic or mechanical jack, the said spherical metal head being connected or disconnected with snap fit without the use of tool to the spherical socket.
A wireless power transmission device for a vehicle comprising a wireless power transmission module including at least one flat coil for transmitting wireless power and a magnetic field shielding sheet disposed at one side of the flat coil; a heat-radiating case for emitting heat generated from a heat source, wherein the wireless power transmission module, including at least one circuit board for driving the wireless power transmission module, is coupled to one side of the heat radiating case a heat-radiating coating layer applied to an outer surface of the heat-radiating case; and a cover detachably coupled to the heat-radiating case, wherein the heat-radiating coating layer includes a coating layer-forming component comprising a main resin, a carbon-based filler in an amount of 8 to 72 parts by weight based on 100 parts by weight of the main resin, and a physical property enhancing component for improving heat-radiating and adhesion, wherein the main resin is a glycidyl ether type epoxy resin including a bisphenol A type epoxy resin, wherein the heat-radiating case includes a metal plate (D) and a heat radiating member forming composition (C) covering the outer surface of the metal plate (D), and the heat-radiating member-forming composition (C) includes a graphite composite (A, A') in which crystallized nanomaterial particles are bonded to the surface of the graphite, and a polymer resin (B) in which the graphite composite forms a dispersed phase.
A composition for the electrolytic deposition of cobalt comprising: a source of cobalt ions providing in the composition between 1 and 50 g/L cobalt ions; between 1 and 250 mg/L of a suppressor compound, wherein the suppressor compound comprises an acetylenic alcohol compound, propargyl alcohol, ethoxylated propargyl alcohol, propoxylated propargyl alcohols, ethoxylated, propoxylated propargyl alcohol, or a reaction product of ethoxylated propargyl alcohol and 1 ,4-butanediol diglycidyl ether, diethylene glycol bis(2-propynyl) ether, 1,4-bis(2- hydroxyethoxy)-2-butyne, 2-butyne-1,4-diol, 4-pentyne-l-ol, 2-methyl-3 -butyne-2-ol, 3-methyl- l-pentyne-3-ol, 3-butyne-2-ol, or a combination of two or more of the foregoing; between 5 and 50 g/L of a buffering agent; between 10 and 4000 mg/L of a uniformity enhancer, wherein the uniformity enhancer comprises an aminic polyol compound; optionally, a stress reducer, wherein the stress reducer comprises saccharin, wherein the concentration of saccharin is between 10 and 300 ppm; optionally, a depolarizing compound selected from the group consisting of sodium propargyl sulfonate, acetylenedicarboxylic acid, acrylic acid, propiolic acid, and mixtures thereof, preferably wherein the polarizing compound comprises sodium propargyl sulfonate; and the balance substantially water; wherein the composition has a concentration of divalent sulfur compounds of not greater than 1 mg/L; optionally, wherein the composition comprises less than 20 ppb copper ions. a source of cobalt ions providing in the composition between 1 and 50 g/L cobalt ions; between 1 and 250 mg/L of a suppressor compound, wherein the suppressor compound comprises an acetylenic alcohol compound, propargyl alcohol, ethoxylated propargyl alcohol, propoxylated propargyl alcohols, ethoxylated, propoxylated propargyl alcohol, or a reaction product of ethoxylated propargyl alcohol and 1 ,4-butanediol diglycidyl ether, diethylene glycol bis(2-propynyl) ether, 1,4-bis(2- hydroxyethoxy)-2-butyne, 2-butyne-1,4-diol, 4-pentyne-l-ol, 2-methyl-3 -butyne-2-ol, 3-methyl- l-pentyne-3-ol, 3-butyne-2-ol, or a combination of two or more of the foregoing; between 5 and 50 g/L of a buffering agent; between 10 and 4000 mg/L of a uniformity enhancer, wherein the uniformity enhancer comprises an aminic polyol compound; optionally, a stress reducer, wherein the stress reducer comprises saccharin, wherein the concentration of saccharin is between 10 and 300 ppm; optionally, a depolarizing compound selected from the group consisting of sodium propargyl sulfonate, acetylenedicarboxylic acid, acrylic acid, propiolic acid, and mixtures thereof, preferably wherein the polarizing compound comprises sodium propargyl sulfonate; and the balance substantially water; wherein the composition has a concentration of divalent sulfur compounds of not greater than 1 mg/L; optionally, wherein the composition comprises less than 20 ppb copper ions.
A compact waste combustion system , comprising: a burn chamber ; a trapdoor mechanism configured to seal an entrance to the burn chamber when operated in a first mode; a source of waste configured to feed waste material to the burn chamber through the trapdoor mechanism; a burner disposed at least partially within the burn chamber ; a sensor for detecting the presence of a quantity of waste in the source of waste ; and a processor configured to: detect presence of a quantity of waste in the source of waste by monitoring the sensor ; cause the trapdoor mechanism to be operated in a second mode, wherein the trapdoor mechanism permits the quantity of waste to pass into the burn chamber when operated in the second mode; and cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber. a burn chamber ; a trapdoor mechanism configured to seal an entrance to the burn chamber when operated in a first mode; a source of waste configured to feed waste material to the burn chamber through the trapdoor mechanism; a burner disposed at least partially within the burn chamber ; a sensor for detecting the presence of a quantity of waste in the source of waste ; and a processor configured to: detect presence of a quantity of waste in the source of waste by monitoring the sensor ; cause the trapdoor mechanism to be operated in a second mode, detect presence of a quantity of waste in the source of waste by monitoring the sensor ; cause the trapdoor mechanism to be operated in a second mode, wherein the trapdoor mechanism permits the quantity of waste to pass into the burn chamber when operated in the second mode; and cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber. cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber.
A method comprising: receiving an SMS message from a user device , the SMS message comprising metadata standard to a communications protocol of the SMS message that includes data related to one or more specifications of the user device ; wherein the data related to the one or more specifications of the user device includes at least one of an International Mobile Station Equipment Identity, IMEI, and a Mobile Equipment Identifier, MEID, and the method further comprises: extracting a serial number from either the MEID or the IMEI; looking up the serial number in a database and returning the specifications of the user device associated with the serial number; determining a sales price for the user device based on the one or more specifications of the user device ; determining a user profile for a user of the user device based on the metadata; and creating a listing for the user device that includes at least the sales price, at least one of the one or more specifications of the user device , and preferences associated with the user profile . receiving an SMS message from a user device , the SMS message comprising metadata standard to a communications protocol of the SMS message that includes data related to one or more specifications of the user device ; wherein the data related to the one or more specifications of the user device includes at least one of an International Mobile Station Equipment Identity, IMEI, and a Mobile Equipment Identifier, MEID, and the method further comprises: extracting a serial number from either the MEID or the IMEI; looking up the serial number in a database and returning the specifications of the user device associated with the serial number; determining a sales price for the user device based on the one or more specifications of the user device ; determining a user profile for a user of the user device based on the metadata; and creating a listing for the user device that includes at least the sales price, at least one of the one or more specifications of the user device , and preferences associated with the user profile . extracting a serial number from either the MEID or the IMEI; looking up the serial number in a database and returning the specifications of the user device associated with the serial number; determining a sales price for the user device based on the one or more specifications of the user device ; determining a user profile for a user of the user device based on the metadata; and creating a listing for the user device that includes at least the sales price, at least one of the one or more specifications of the user device , and preferences associated with the user profile .
A data transmission method based on probability non-uniform modulation, comprising: generating , by a transmit end, a physical layer data frame, wherein the physical layer data frame comprises data on which probability non-uniform modulation is performed and indication information, the indication information is used to indicate demodulation parameters for performing probability non-uniform demodulation on the data, the demodulation parameters comprise a modulation scheme for probability non-uniform modulation and a modulation order for probability non-uniform modulation, and the demodulation parameters further comprise at least one of the following: a probability of each constellation symbol on which probability non-uniform modulation is performed, and a mapping relationship between each constellation symbol on which probability non-uniform modulation is performed and a bit stream; and sending , by the transmit end, the physical layer data frame to a receive end. generating , by a transmit end, a physical layer data frame, wherein the physical layer data frame comprises data on which probability non-uniform modulation is performed and indication information, the indication information is used to indicate demodulation parameters for performing probability non-uniform demodulation on the data, the demodulation parameters comprise a modulation scheme for probability non-uniform modulation and a modulation order for probability non-uniform modulation, and the demodulation parameters further comprise at least one of the following: a probability of each constellation symbol on which probability non-uniform modulation is performed, and a mapping relationship between each constellation symbol on which probability non-uniform modulation is performed and a bit stream; and sending , by the transmit end, the physical layer data frame to a receive end.
Method for operating a drive train having a drive shaft , a drive machine and a differential gear having three drives and outputs, wherein one output is connected to the drive shaft , a first drive is connected to the drive machine and a second drive is connected to an electrical differential drive which can be connected to a network via a frequency converter , wherein the drive shaft can be operated at burst-proof operating points, characterized in that the differential drive is operated via the frequency converter or, alternatively, is switched directly via a line disposed parallel to the frequency converter or connected to the network only via a transformer and is operated at a synchronous speed, in that a driven machine is operated at the drive shaft at one of the following operating points: • a burst-proof operating point with a basic speed (T) when the second drive, e.g. a sun gear , of the differential gear is stationary, • at one or more burst-proof operating points by a pole-switchable differential drive , • at one or more burst-proof operating points by reversing the direction of the rotating field of the differential drive , and in that , in the event of a failure of the frequency converter , the driven machine is operated at a next-higher burst-proof operating point. • a burst-proof operating point with a basic speed (T) when the second drive, e.g. a sun gear , of the differential gear is stationary, • at one or more burst-proof operating points by a pole-switchable differential drive , • at one or more burst-proof operating points by reversing the direction of the rotating field of the differential drive ,
A method for manufacturing a bonded substrate, at least comprising: forming at least one layer of amorphous film on all of the faces of a sintered-body substrate by deposition, such as chemical vapour deposition and physical vapour deposition, by immersion into a solution of organic metal precursor including metal, or by coating with a an organic metallic precursor followed by heating to remove organic substances, wherein the amorphous film has a thickness exceeding 0.1 μm and less than 10 μm; and bonding the sintered-body substrate and a single-crystal semiconductor substrate via the at least one layer of amorphous film , wherein on a surface of the at least one layer of amorphous film to be bonded with the single-crystal semiconductor substrate , the concentration of each of Al, Fe and Ca by ICP-MS method is less than 5.0×10 11 atoms/cm 2 , and surface roughness Rms of the surface of the amorphous film is 0.2 nm or less. bonding the sintered-body substrate and a single-crystal semiconductor substrate via the at least one layer of amorphous film , wherein on a surface of the at least one layer of amorphous film to be bonded with the single-crystal semiconductor substrate , the concentration of each of Al, Fe and Ca by ICP-MS method is less than 5.0×10 11 atoms/cm 2 , and surface roughness Rms of the surface of the amorphous film is 0.2 nm or less.
A cannula system for accessing a surgical field, said cannula system comprising: a cannula comprising a cannula tube with a proximal end and a distal end and a lumen extending from the proximal end to the distal end; and a lighting assembly secured to the proximal end of the cannula tube; wherein said lighting assembly comprises a light source and a focusing lens , said light source having a first beam axis and a first beam angle (α), said first beam axis aligned with an optical axis of said focusing lens , said lighting assembly having an output beam angle (β) and an output beam axis , wherein said output beam axis is directed toward the distal end of the cannula tube , wherein said output beam angle (β) is smaller than said first beam angle (α); wherein the lumen and lighting assembly are configured to allow passage of surgical tools through the cannula while the lighting assembly is disposed on the proximal end of the cannula tube ; whereby the lighting assembly provides illumination for the surgical field with reduced glare within the cannula tube . a cannula comprising a cannula tube with a proximal end and a distal end and a lumen extending from the proximal end to the distal end; and a lighting assembly secured to the proximal end of the cannula tube; wherein said lighting assembly comprises a light source and a focusing lens , said light source having a first beam axis and a first beam angle (α), said first beam axis aligned with an optical axis of said focusing lens , said lighting assembly having an output beam angle (β) and an output beam axis , wherein said output beam axis is directed toward the distal end of the cannula tube , wherein said output beam angle (β) is smaller than said first beam angle (α); wherein the lumen and lighting assembly are configured to allow passage of surgical tools through the cannula while the lighting assembly is disposed on the proximal end of the cannula tube ; whereby the lighting assembly provides illumination for the surgical field with reduced glare within the cannula tube .
A low alloy oil-well steel pipe comprising a chemical composition consisting of: in mass%, C: more than 0.35 to 0.65%; Si: 0.05 to 0.50%; Mn: 0.10 to 1.00%; Cr: 0.40 to 1.50%; Mo: 0.50 to 2.00%; V: 0.05 to 0.25%; Nb: 0.01 to 0.04%; sol.Al: 0.005 to 0.10%; N: 0.007% or less; Ti: 0 to 0.012%; Ca: 0 to 0.005%; and a balance being Fe and impurities, the impurities including: P: 0.020% or less; S: 0.002% or less; O: 0.006% or less; Ni: 0.10% or less; Cu: 0.03% or less; and B: 0.0005% or less, wherein in a microstructure, a number of coarse cementite particles CN each of which has an equivalent circle diameter of 200 nm or more is 200 particles/100 μm 2 or more, as measured with the method described in the description and a yield strength is 827 MPa or more, as measured with the method described in the description, and wherein the microstructure is formed of tempered martensite and retained austenite of 0 to less than 2% in terms of a volume fraction, the volume fraction of retained austenite is measured with the method described in the description, and the grain size No. based on ASTM E112 of prior-austenite grains in the microstructure using a steel material after being quenched and before being tempered, or by using a tempered steel material, is 9.0 or more. in mass%, C: more than 0.35 to 0.65%; Si: 0.05 to 0.50%; Mn: 0.10 to 1.00%; Cr: 0.40 to 1.50%; Mo: 0.50 to 2.00%; V: 0.05 to 0.25%; Nb: 0.01 to 0.04%; sol.Al: 0.005 to 0.10%; N: 0.007% or less; Ti: 0 to 0.012%; Ca: 0 to 0.005%; and a balance being Fe and impurities, P: 0.020% or less; S: 0.002% or less; O: 0.006% or less; Ni: 0.10% or less; Cu: 0.03% or less; and B: 0.0005% or less,
A tissue extraction device for being introduced into an incision to an intracorporeal region and for capturing and morcellating a target tissue of the intracorporeal region, the device comprising: a non-permeable outer bag , the outer bag having a mouth ; an inner bag lining the outer bag ; a set of wire segments placed between the inner bag and the outer bag , the wire segments having ends that are disposed near the mouth ; wherein the outer bag is tightenable around the target tissue by pulling the mouth out of the incision to a tightened configuration, and in the tightened configuration, the ends are motionable to cause the wire segments to pass through the inner bag to begin morcellating the target tissue, characterized in that each wire segment of the set of wire segments is arranged to be separately removable from their placement between the bags . a non-permeable outer bag , the outer bag having a mouth ; an inner bag lining the outer bag ; a set of wire segments placed between the inner bag and the outer bag , the wire segments having ends that are disposed near the mouth ; wherein the outer bag is tightenable around the target tissue by pulling the mouth out of the incision to a tightened configuration, and in the tightened configuration, the ends are motionable to cause the wire segments to pass through the inner bag to begin morcellating the target tissue, characterized in that each wire segment of the set of wire segments is arranged to be separately removable from their placement between the bags .