mhurhangee/patent-ind-claim-en huggingface dataset:
A network icon display method, implemented by a terminal , comprising: registering with a first cell, wherein the first cell is a long term evolution, LTE, cell; displaying a 4G network icon if a new radio secondary cell group, NR SCG, is not established after registering with the first cell; displaying a 5G network icon instead of the 4G network icon if a NR SCG is established after registering with the first cell, wherein the 5G network icon continues to be displayed after the NR SCG is deleted when the terminal camps on the first cell. registering with a first cell, wherein the first cell is a long term evolution, LTE, cell; displaying a 4G network icon if a new radio secondary cell group, NR SCG, is not established after registering with the first cell; displaying a 5G network icon instead of the 4G network icon if a NR SCG is established after registering with the first cell, wherein the 5G network icon continues to be displayed after the NR SCG is deleted when the terminal camps on the first cell.
A gauge assembly adapted for coupling with a vessel designed to contain hazard suppression material under pressure, said gauge assembly including structure operable to repeatedly sense temperature and pressure of the material within said vessel , a digital processor configured to access a library of empirical data including normalized linear pressure curves for the hazard suppression material at different temperatures and nonlinear pressure curves representative of pressures experienced during rapid temperature changes of the hazard suppression material, the digital processor being configured to compare sensed temperature and pressure values with said library of empirical data to determine if the sensed temperature and pressure values are consistent with said library of empirical data, and provide an output in conformity with the comparison.
A method for production of recombinant butyrylcholinesterase from a plant or plant cell, said method comprising the following steps: a) providing said plant or plant cell with at least one vector capable of expressing said butyrylcholinesterase; b) incubating said plant or plant cell at conditions that cause the synthesis of said butyrylcholinesterase and including the generation of sialylated glycans and tetramer formation on said butyrylcholinesterase to form a butyrylcholinesterase product exhibiting sialylation and tetramer formation; wherein the at least one vector capable of expressing said butyrylcholinesterase comprises first and second nucleotide sequences, the first nucleotide sequence encodes a butyrylcholinesterase molecule covalently linked to a signal peptide, and the second nucleotide sequence encodes a signal peptide covalently linked to a polyproline adhesion domain providing tetramer formation; and c) isolating said butyrylcholinesterase product of step "b" from said plant or plant cell.
Dye of the formula (I) in which R 1 is hydrogen, fluorine, chlorine, COOH or COOR 8 , R 2 is hydrogen, fluorine, chlorine, C 1 -C 4 -alkyl or CF 3 , R 3 is hydrogen, fluorine, chlorine, COOR 9 or CN, R 4 is C 1 -C 4 -alkyl or phenyl, R 5 and R 6 are each independently C 1 -C 4 -alkyl, R 7 is hydrogen, fluorine, chlorine, C 1 -C 4 -alkyl or CF 3 , R 8 is C 1 -C 4 -alkyl and R 9 is C 1 -C 4 -alkyl, with the condition that R 1 and R 3 are not both hydrogen. R 1 is hydrogen, fluorine, chlorine, COOH or COOR 8 , R 2 is hydrogen, fluorine, chlorine, C 1 -C 4 -alkyl or CF 3 , R 3 is hydrogen, fluorine, chlorine, COOR 9 or CN, R 4 is C 1 -C 4 -alkyl or phenyl, R 5 and R 6 are each independently C 1 -C 4 -alkyl, R 7 is hydrogen, fluorine, chlorine, C 1 -C 4 -alkyl or CF 3 , R 8 is C 1 -C 4 -alkyl and R 9 is C 1 -C 4 -alkyl,
Passenger rail vehicle using differential construction with active thermal insulation, comprising at least one each of a heat exchanger , an extraction system and an exhaust air device , wherein the extraction system removes interior air from the passenger compartment and feeds it to the heat exchanger , and the heat exchanger feeds said interior air to the exhaust air device and the exhaust air device discharges the interior air as exhaust air into the atmosphere, wherein the heat exchanger is arranged in an outer wall of the passenger rail vehicle such that thermal conductivity between the interior of the outer wall and the air flowing in the heat exchanger is ensured, characterised in that the heat exchanger is constructed of pipes conductively connected to the interior of the outer wall, and wherein said pipes are arranged in the spaces between ribs and hoops of the outer wall.
An arthroplasty device comprising on one side a bearing region adapted to articulate with another bearing surface, wherein the bearing region is made from an interpenetrating polymer network hydrogel, wherein on an adjacent side, the arthroplasty device comprises a bone-interfacing region adapted to interact with underlying bone, and wherein the bone-interfacing region is made from another polymer integrated with the interpenetrating polymer network to form a transition zone between the bearing region and the bone-interfacing region.
A monitoring system for a vacuum packaging equipment , the vacuum packaging equipment comprising a plurality of platens (102a, 102b, 102c, ...) and chamber covers (104a, 104b, 104c, ...) and a vacuum pump for pumping air from vacuum chambers formed from platens and chamber covers, the monitoring system comprising: a vacuum sensor being communicably connected with said vacuum chamber, said vacuum sensor measuring a pressure level in a vacuum chamber formed from one of the plurality of platens and chamber covers; characterized by: a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible. a vacuum sensor being communicably connected with said vacuum chamber, said vacuum sensor measuring a pressure level in a vacuum chamber formed from one of the plurality of platens and chamber covers; characterized by: a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible. a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible.
Thermokinetic mixer for melt mixing plastics waste, comprising a housing enclosing a mixing chamber , a shaft protruding through the mixing chamber and connectable to a drive unit and Y-shaped mixing blades protruding radially from the shaft in the mixing chamber , wherein the free end of the mixing blades protruding into the mixing chamber is cuboid, and the end opposite the free end of the mixing blades has two legs in each case having at least one through bore , wherein polygonal recesses are provided in the shaft , in which recesses the legs can be fastened by means of fastening means protruding through the through bores .
A method for producing conductively coated particles comprising an at least partially metallated electroactive core material, wherein said method comprises the steps of premixing an oxidant electroactive material "oxidant" with a metallated reductant "M x reductant" followed by chemically reacting the oxidant electroactive material with the metallated reductant, said reductant being a coating precursor, said metal being at least one alkaline and/or at least one alkaline earth metal, and said chemically reacting being performed under conditions allowing reduction and metallation of the electroactive material via insertion or intercalation of the alkaline metal cation or cations and/or the alkaline earth metal cation or cations and coating of the metallated electroactive material with a coating formed from the metallated reductant via a redox reaction of the form: M x reductant + oxidant → M x oxidant reduced + reductant surface (reductant oxidized ), said conditions comprising applying energy in the form of - heat - tribological energy - ultrasound - microwave. - heat - tribological energy - ultrasound - microwave.
Fitting having two hinged or hingeable fitting halves for hingedly connecting a first panel to a second panel or to a wall , wherein a first fitting half can be hinged to the other second fitting half and can be secured against being unhinged by means of an anti-lift device, wherein the first fitting half has two leg portions and overlaps therewith a bearing portion of the other second fitting half axially above and below, wherein the first fitting half is rotatable and liftable and lowerable relative to the bearing portion of the other second fitting half , wherein the anti-lift device engages axially or at the outside on the bearing portion or axially engages therein, a leg portion is connected detachably and/or by means of at least one screw to the first fitting half and the detachable leg portion forms the anti-lift device, wherein the fitting has a lifting device for superimposing an axial lifting movement when the fitting pivots from a starting position in a pivoting direction or in opposite pivoting directions .
A semiconductor device structure, comprising: an electrically conductive semiconductor substrate ; a semi-insulating or insulating GaN epitaxial layer on the semiconductor substrate; a GaN based semiconductor device on the semi-insulating or insulating GaN epitaxial layer; a via hole and corresponding via metal in the via hole that extends through layers of the GaN based semiconductor device and the semi-insulating or insulating GaN epitaxial layer ; a conductive buffer layer disposed between the electrically conductive semiconductor substrate and the semi-insulating or insulating GaN epitaxial layer , wherein the via hole and the corresponding via metal extend to or into the conductive buffer layer or through the conductive buffer layer to the conductive semiconductor substrate ; and wherein the semi-insulating or insulating GaN based epitaxial layer has a thickness of at least 4 μm and a resistivity of at least 10 5 Ω-cm. an electrically conductive semiconductor substrate ; a semi-insulating or insulating GaN epitaxial layer on the semiconductor substrate; a GaN based semiconductor device on the semi-insulating or insulating GaN epitaxial layer; a via hole and corresponding via metal in the via hole that extends through layers of the GaN based semiconductor device and the semi-insulating or insulating GaN epitaxial layer ; a conductive buffer layer disposed between the electrically conductive semiconductor substrate and the semi-insulating or insulating GaN epitaxial layer , wherein the via hole and the corresponding via metal extend to or into the conductive buffer layer or through the conductive buffer layer to the conductive semiconductor substrate ; and wherein the semi-insulating or insulating GaN based epitaxial layer has a thickness of at least 4 μm and a resistivity of at least 10 5 Ω-cm.
Compressor , in particular screw compressor, for generating compressed air, comprising: - a compressor block having liquid injection for compressing intake air, - a liquid separator , which is connected to the compressor block via a pressure line and has a separator tank and a fine separator , - a return line for returning separated liquid from the separator tank to the compressor block , - a suction line for extracting liquid from at least one suction point of the fine separator to a feed point in order to feed the extracted liquid to the compressor block , characterized by - a controllable valve for regulating the flow rate through the suction line , - a control unit for controlling the valve , and - a media change sensor for detecting a media change of a medium flowing in the suction line , namely from extracted liquid to compressed air, which is connected to the control unit . - a compressor block having liquid injection for compressing intake air, - a liquid separator , which is connected to the compressor block via a pressure line and has a separator tank and a fine separator , - a return line for returning separated liquid from the separator tank to the compressor block , - a suction line for extracting liquid from at least one suction point of the fine separator to a feed point in order to feed the extracted liquid to the compressor block , - a controllable valve for regulating the flow rate through the suction line , - a control unit for controlling the valve , and - a media change sensor for detecting a media change of a medium flowing in the suction line , namely from extracted liquid to compressed air, which is connected to the control unit .
Spacer device for the two-stage treatment of infections of the prosthesis of the human limbs, i.e. for a treatment including a first stage of removing an infected arthroprosthesis and a second stage of a new re-implant of arthroprosthesis upon clearing the tissues of the patient in terms of infection, said spacer being made of biologically compatible material comprising polymethylmethacrylate adapted to be added and/or which can be added with pharmaceutical products, active and/or therapeutic ingredients, comprising a first portion adapted to be fixed to a corresponding bone bed, a second portion adapted to be inserted in a corresponding articular area of the patient, said first portion and said second portion being connected through adjustable joining means , wherein said joining means comprise mutual coupling surfaces respectively provided in said first portion and said second portion , wherein said mutual coupling surfaces comprise a screw and a nut screw , wherein said screw is provided in said first portion and said nut screw is provided in said second portion or wherein said screw is provided in said second portion and said nut screw is provided in said first portion , characterised in that said mutual coupling surfaces are coated with said biologically compatible material which comprises polymethylmethacrylate and in that said screw and nut screw are of the type having a threading with rounded profile.
An energy storage device management method for deciding an SOC estimated value, which is a value indicating a state of charge of an energy storage device, the method implemented by an information processor, comprising: executing first and second SOC estimation methods for estimating an SOC of the energy storage device in ways different from each other; and employing a reset value as the SOC estimated value when a first SOC region and a second SOC region are different from each other, wherein a V-SOC correlation between a voltage and the state of charge of the energy storage device is sectioned into a plurality of SOC regions, the first SOC region is the SOC region that the SOC estimated by the first SOC estimation method belongs to, and the second SOC region is the SOC region that the SOC estimated by the second SOC estimation method belongs to, and characterized in that the reset value is set to: a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region. executing first and second SOC estimation methods for estimating an SOC of the energy storage device in ways different from each other; and employing a reset value as the SOC estimated value when a first SOC region and a second SOC region are different from each other, wherein a V-SOC correlation between a voltage and the state of charge of the energy storage device is sectioned into a plurality of SOC regions, the first SOC region is the SOC region that the SOC estimated by the first SOC estimation method belongs to, and the second SOC region is the SOC region that the SOC estimated by the second SOC estimation method belongs to, and characterized in that the reset value is set to: a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region. a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region.
A filtration membrane comprising a porous base layer attached to an electrically conductive filtration layer having pores extending through the filtration layer wherein at least one compound is attached on the filtration layer and hereby providing a protective surface layer wherein the protective surface layer is configured to be at least partially cleaved off the filtration layer by a predefined cleave off process so as to remove foulants which are present in a fluid entering the pores of the filtration layer from the filtration layer , and so as to enable a new protective surface layer being grafted on the filtration layer before the filtration layer is being reused to filter the fluid , characterized in that the at least one compound is a diazonium salt of the following form
An imaging system unit cell comprising: a photodetector configured to generate a photo-current in response to receiving optical radiation; a transimpedance amplifier circuit including an amplifier , a feedback capacitor , and an output node , the transimpedance amplifier circuit configured to integrate an electrical charge accumulated from the photo-current during an integration period and provide an integration voltage at the output node ; and quantization circuitry configured to generate a digital signal during the integration period based at least in part on the integration voltage, the quantization circuitry including: a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time , and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time , the digital signal including the digital counter value. a photodetector configured to generate a photo-current in response to receiving optical radiation; a transimpedance amplifier circuit including an amplifier , a feedback capacitor , and an output node , the transimpedance amplifier circuit configured to integrate an electrical charge accumulated from the photo-current during an integration period and provide an integration voltage at the output node ; and quantization circuitry configured to generate a digital signal during the integration period based at least in part on the integration voltage, the quantization circuitry including: a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time , and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time , the digital signal including the digital counter value. a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time , and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time , the digital signal including the digital counter value.