mhurhangee/ep-ind-claims huggingface dataset:
A wireless computing and communications device comprising: an application processor configured to execute user applications; and a first CPU core (200, 206) comprising a baseband processor configured to implement operations providing access to a wireless communications network; and a communications management processor, in communication with the baseband processor via a first communications channel, and with the application processor via a second communications channel, wherein the CPU core is configured to execute a virtual machine manager (202, 210), characterized in that each one of the baseband processor and the communications management processor executes within a distinct virtual machine managed by the virtual machine manager, and wherein the communications management processor is configured to operate in a separate security domain from the application processor, and to mediate all access to the wireless communications network by user applications executing on the application processor. an application processor configured to execute user applications; and a first CPU core (200, 206) comprising a baseband processor configured to implement operations providing access to a wireless communications network; and a communications management processor, in communication with the baseband processor via a first communications channel, and with the application processor via a second communications channel, wherein the CPU core is configured to execute a virtual machine manager (202, 210), characterized in that each one of the baseband processor and the communications management processor executes within a distinct virtual machine managed by the virtual machine manager, and wherein the communications management processor is configured to operate in a separate security domain from the application processor, and to mediate all access to the wireless communications network by user applications executing on the application processor.
A powder supplying device which supplies powder to a powder receiving device, comprising: a powder container containing powder therein and provided at a bottom of the powder container with a first gas blowout part (33A, 33B, 33C1, 33C2, 33C3, 33C4) for ejecting gas to the inside of the powder container, wherein the bottom of the powder container is formed into a sloping surface which is inclined so that a lowest location of the sloping surface is around a center of the sloping surface, a powder transport unit attracting powder contained in the powder container from a suction opening and transporting the powder to the powder receiving device; and a first detection unit provided in the powder container to detect a remaining powder in the powder container, a suction tube having the suction opening; and a pump connected between the suction tube and the powder receiving device through a tube, and wherein the pump is disposed above the powder container and the powder receiving device, characterized in that the powder supplying device further comprises a holding member and a column which are configured to position the location of the suction tube in the powder container, wherein the first detection unit is disposed above the suction opening of the suction tube and above the lowest location of the sloping surface, the first detection unit includes a plurality of sensors (71, 72, 73) which are disposed side by side at separate locations in the perpendicular direction within the powder container, wherein the plurality of sensors (71, 72, 73) are held in a case which is supported by the column. a powder container containing powder therein and provided at a bottom of the powder container with a first gas blowout part (33A, 33B, 33C1, 33C2, 33C3, 33C4) for ejecting gas to the inside of the powder container, wherein the bottom of the powder container is formed into a sloping surface which is inclined so that a lowest location of the sloping surface is around a center of the sloping surface, a powder transport unit attracting powder contained in the powder container from a suction opening and transporting the powder to the powder receiving device; and a first detection unit provided in the powder container to detect a remaining powder in the powder container, a suction tube having the suction opening; and a pump connected between the suction tube and the powder receiving device through a tube, and wherein the pump is disposed above the powder container and the powder receiving device, characterized in that the powder supplying device further comprises a holding member and a column which are configured to position the location of the suction tube in the powder container, wherein the first detection unit is disposed above the suction opening of the suction tube and above the lowest location of the sloping surface, the first detection unit includes a plurality of sensors (71, 72, 73) which are disposed side by side at separate locations in the perpendicular direction within the powder container, wherein the plurality of sensors (71, 72, 73) are held in a case which is supported by the column.
A temperature measurement system comprising: a plurality of grounded thermocouples (10X, 10Y, 10Z); a multiplexer in communication with the plurality of grounded thermocouples (10X, 10Y, 10Z); an analog-to-digital converter in communication with the multiplexer; a processor in communication with the analog-to-digital converter; and a power supply configured to receive a voltage input and generate an isolated voltage and an isolated ground, wherein the multiplexer is configured to multiplex temperature measurement data received from the plurality of grounded thermocouples (10X, 10Y, 10Z) and transmit said temperature measurement data to the analog-to-digital converter; wherein the analog-to-digital converter is configured to convert temperature measurement data received from the multiplexer to digital values and provide the digital values to the processor; wherein the plurality of grounded thermocouples (10X, 10Y, 10Z), the multiplexer, the analog-to-digital converter and the processor are grounded to the isolated ground; wherein the multiplexer, the analog-to-digital converter and the processor are biased with the isolated voltage; and wherein one of the plurality of grounded thermocouples (10X, 10Y, 10Z) is selectively biased with the isolated voltage when a temperature measurement is performed by said one of the plurality of grounded thermocouples (10X, 10Y, 10Z). a plurality of grounded thermocouples (10X, 10Y, 10Z); a multiplexer in communication with the plurality of grounded thermocouples (10X, 10Y, 10Z); an analog-to-digital converter in communication with the multiplexer; a processor in communication with the analog-to-digital converter; and a power supply configured to receive a voltage input and generate an isolated voltage and an isolated ground, wherein the multiplexer is configured to multiplex temperature measurement data received from the plurality of grounded thermocouples (10X, 10Y, 10Z) and transmit said temperature measurement data to the analog-to-digital converter; wherein the analog-to-digital converter is configured to convert temperature measurement data received from the multiplexer to digital values and provide the digital values to the processor; wherein the plurality of grounded thermocouples (10X, 10Y, 10Z), the multiplexer, the analog-to-digital converter and the processor are grounded to the isolated ground; wherein the multiplexer, the analog-to-digital converter and the processor are biased with the isolated voltage; and wherein one of the plurality of grounded thermocouples (10X, 10Y, 10Z) is selectively biased with the isolated voltage when a temperature measurement is performed by said one of the plurality of grounded thermocouples (10X, 10Y, 10Z).
Device for lifting and stabilizing loads, in particular hangers for vehicles or vehicle parts, consisting of a frame and, disposed therebelow, a crossbeam which receives the load, is height-adjustable by lifting means fastened to the crossbeam and is able to be stabilized by means of at least one telescopic strut (3, 4) which runs diagonally substantially in an imaginary vertical plane parallel to the direction of displacement of the frame and is pivotably articulated on the frame on one side and on the crossbeam on the other side, the length of said telescopic strut being adaptable for avoiding a lateral offset between the frame and the crossbeam during a lifting or lowering procedure, wherein the telescopic strut (3, 4) has an actuator for actively changing the length, and wherein provided is a control installation for adapting the length of the telescopic strut (3, 4) at least during a lifting or lowering movement, characterized in that the device comprises a measuring installation for measuring a lateral offset of the crossbeam relative to the frame, wherein it is provided that the length of the at least one telescopic strut (3, 4), when exceeding a predefined maximum lateral offset, is changed so as to counteract the offset. wherein the telescopic strut (3, 4) has an actuator for actively changing the length, and wherein provided is a control installation for adapting the length of the telescopic strut (3, 4) at least during a lifting or lowering movement, characterized in that the device comprises a measuring installation for measuring a lateral offset of the crossbeam relative to the frame, wherein it is provided that the length of the at least one telescopic strut (3, 4), when exceeding a predefined maximum lateral offset, is changed so as to counteract the offset.
An air conditioner for conditioning air in a room, comprising a frame; a cover panel for reducing the amount of dust and other impurities entering the inside of the frame and from there from circulating back into the clean room when the device is in operation, comprising a perforated area arranged into it, the perforated area comprising perforations for air flow entering the apparatus, each perforation having a diameter; and a heat exchanger arranged within the frame and comprising at least one heat exchanger coil, lamellas, and openings arranged between each adjacent lamella, each opening having a length, wherein a ratio of the length of the openings and the diameter of the perforations is at least 2:1, and the frame is installable into the ceiling of the room, either directly into the ceiling structure so that the frame is wholly or partially embedded into the ceiling structure so that only the cover panel is visible, or a part of the frame and the cover panel is visible, or the air conditioner is installable to hang or to otherwise extend from the ceiling. a frame; a cover panel for reducing the amount of dust and other impurities entering the inside of the frame and from there from circulating back into the clean room when the device is in operation, comprising a perforated area arranged into it, the perforated area comprising perforations for air flow entering the apparatus, each perforation having a diameter; and a heat exchanger arranged within the frame and comprising at least one heat exchanger coil, lamellas, and openings arranged between each adjacent lamella, each opening having a length, wherein a ratio of the length of the openings and the diameter of the perforations is at least 2:1, and the frame is installable into the ceiling of the room, either directly into the ceiling structure so that the frame is wholly or partially embedded into the ceiling structure so that only the cover panel is visible, or a part of the frame and the cover panel is visible, or the air conditioner is installable to hang or to otherwise extend from the ceiling.
An anti-fog article for a lighting appliance, the article formed from: a polycarbonate base resin; and an amphiphilic oligomer block additive comprising mid-domain and terminal organo-fluoro groups, wherein the mid-domain has soft and hard segments. a polycarbonate base resin; and an amphiphilic oligomer block additive comprising mid-domain and terminal organo-fluoro groups, wherein the mid-domain has soft and hard segments.
An apparatus for comminuting of material, the apparatus comprising a first conveyor structure with a first conveyor surface, a second conveyor structure with a second conveyor surface, and in which apparatus the first conveyor surface and the second conveyor surface are set facing each other and the conveyor surfaces (B1, B2) thus being arranged to define a comminuting space in the apparatus, and which apparatus has means (M1A, M2A) to bring the conveyor surfaces into a movement in a movement direction where the conveyor surfaces (B1, B2) facing each other are arranged to move from a first end of the conveyor structures towards a second end of the conveyor structures, and in which apparatus the conveyor surfaces set facing each other are set in a converging manner so that the gap between the conveyor surfaces (B1, B2) narrows when examined in the movement direction of the conveyor surfaces so that the advancing movement of the conveyor surfaces is arranged to bring about compression on the material comminuted, characterised in that in the apparatus the conveyor surfaces are in a double-converging manner so that in addition to said convergence in the movement direction, the conveyor surfaces are additionally placed in a convergent manner so that the gap between the conveyor surfaces (B1, B2) also narrows in the transverse direction in relation to the movement direction, said comminuting space thus becoming double-converging.
A method of operating a residue forming stage of a pipelined analog to digital converter, the residue forming stage comprising an analog to digital converter, the residue forming stage being configured to receive, during operation, a first dither from a dither generator (40, 42), and a first digital to analog converter for sampling a dithered input signal, and the analog to digital converter of the residue forming stage has a least significant bit value representing the limit of the resolution of the stage, the method comprising: receiving an input signal; adding the first dither value to the input signal provided to the first digital to analog converter to form the dithered input signal sampled by the first digital to analog converter wherein the first dither value is not added to the input signal provided to the analog to digital converter of the residue forming stage, using the analog to digital converter of the residue forming stage to form a digital code, modifying the digital code by a digital value related to at least part of the first dither value to form a modified digital code, wherein the modified digital code is obtained by subtracting the first dither value from the digital code, and providing the modified digital code to the first digital to analog converter. receiving an input signal; adding the first dither value to the input signal provided to the first digital to analog converter to form the dithered input signal sampled by the first digital to analog converter wherein the first dither value is not added to the input signal provided to the analog to digital converter of the residue forming stage, using the analog to digital converter of the residue forming stage to form a digital code, modifying the digital code by a digital value related to at least part of the first dither value to form a modified digital code, wherein the modified digital code is obtained by subtracting the first dither value from the digital code, and providing the modified digital code to the first digital to analog converter.
A method for the synthesis of a type of FER/MOR composite molecular sieve, the method comprising: (a) mixing FER seed crystals, MOR seed crystals, a silicon source, an aluminium source, water and an acid or alkali to obtain a reaction mixture, wherein the pH of the reaction mixture is 9 or above; and (b) subjecting the reaction mixture to a crystallization reaction under conditions where there is no organic template present to obtain FER/MOR composite molecular sieve. (a) mixing FER seed crystals, MOR seed crystals, a silicon source, an aluminium source, water and an acid or alkali to obtain a reaction mixture, wherein the pH of the reaction mixture is 9 or above; and (b) subjecting the reaction mixture to a crystallization reaction under conditions where there is no organic template present to obtain FER/MOR composite molecular sieve.
A drive system for driving and for guiding a wall element, in particular for a room partitioning wall system, with a carriage unit, which includes a roller carriage and a drive unit, wherein the roller carriage is guided in a guiding rail of the drive system to be longitudinally movable, and the drive unit is disposed below the guiding rail, wherein a guiding device, which guides the carriage unit within the guiding rail, is disposed between the roller carriage and the drive unit, wherein the guiding device includes at least one and preferably two guiding rollers, which, for guiding the carriage unit, roll on guiding surfaces of the guiding rail of the drive system laterally adjacent the guiding device, characterized in that the mechanical connection between the roller carriage and the drive unit is formed by means of the guiding device, and in that the wall element is pivotally attached to the roller carriage, wherein, for the pivotable attachment of the wall element at or in the roller carriage, at least one articulation is disposed for compensating lateral forces.
A method for manufacturing a respiratory mask, comprising: providing an elastomeric material for forming into a first component; providing a second component that is less flexible than the elastomeric material in a mould; and integrally forming the elastomeric material onto the second component within the mould in order to form the first component, characterized in that the first component is joined to the second component in both a manually separable manner and a manually non-separable adhering manner, in different places, further comprising pre-treating the second component in selected places to strengthen the manually non-separable adhesion between the first and second components relative to the non-selected places of the second component. providing an elastomeric material for forming into a first component; providing a second component that is less flexible than the elastomeric material in a mould; and integrally forming the elastomeric material onto the second component within the mould in order to form the first component, characterized in that the first component is joined to the second component in both a manually separable manner and a manually non-separable adhering manner, in different places, further comprising pre-treating the second component in selected places to strengthen the manually non-separable adhesion between the first and second components relative to the non-selected places of the second component.
A microbial oil produced by a mutant labyrinthulomycete microrganism, wherein the labyrinthulomycete microorganism is a strain of Thraustochytrium, Schizochytrium, or Aurantiochytrium, wherein the microbial oil comprises at least 35% of the total fatty acids as docosahexaenoic acid and at least 25% of the total fatty acids as myristic acid, and wherein the microorganism has been subjected to UV treatment.
An airbag unit comprising: an airbag that covers, upon being unfolded, at least a part of a hood or a windshield outside a vehicle; a gas generator that ejects gas into the airbag; a cover bottom member that accommodates therein the airbag yet to be expanded and the gas generator; a cover lid member that covers the cover bottom member in which the airbag is accommodated; and a bracket removably supported by a body of the vehicle, and removably supporting the cover bottom member and the cover lid member, characterized in that the cover lid member has fastening pieces (22d, 22e) projecting from the cover lid member for engagement with a lower surface of a cowl cover such that, when the airbag unit is installed in the vehicle, the airbag unit is located between the hood and the windshield of the vehicle. an airbag that covers, upon being unfolded, at least a part of a hood or a windshield outside a vehicle; a gas generator that ejects gas into the airbag; a cover bottom member that accommodates therein the airbag yet to be expanded and the gas generator; a cover lid member that covers the cover bottom member in which the airbag is accommodated; and a bracket removably supported by a body of the vehicle, and removably supporting the cover bottom member and the cover lid member, characterized in that the cover lid member has fastening pieces (22d, 22e) projecting from the cover lid member for engagement with a lower surface of a cowl cover such that, when the airbag unit is installed in the vehicle, the airbag unit is located between the hood and the windshield of the vehicle.
A liquid ejecting apparatus comprising: a piezoelectric element equipped with a piezoelectric layer containing a barium titanate-based complex oxide and electrodes (60, 80) that are provided for the piezoelectric layer; a temperature detection unit (9, 541, 542) adapted to detect a temperature; and a polarization unit adapted to supply a repolarization waveform to the piezoelectric element to repolarize the piezoelectric layer in the case where the temperature detection unit (9, 541, 542) detects a predetermined temperature condition. a piezoelectric element equipped with a piezoelectric layer containing a barium titanate-based complex oxide and electrodes (60, 80) that are provided for the piezoelectric layer; a temperature detection unit (9, 541, 542) adapted to detect a temperature; and a polarization unit adapted to supply a repolarization waveform to the piezoelectric element to repolarize the piezoelectric layer in the case where the temperature detection unit (9, 541, 542) detects a predetermined temperature condition.
Composition comprising - a first component comprising at least one polyol, and - a second component comprising at least one polyisocyanate, wherein the composition further comprises at least one aldimine of the formula where m is 0 or 1 and n is an integer from 1 to 4, where (m+n) is 2 or 3 or 4, Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, and A is an (m+n)-valent aliphatic, cycloaliphatic or arylaliphatic hydrocarbyl radical optionally containing ether oxygen or amine nitrogen and having a molecular weight in the range from 28 to 6'000 g/mol, and X is O or S or NR 0 where R 0 is a hydrogen radical or is a hydrocarbyl radical which has 1 to 30 carbon atoms and optionally has at least one carboxylic ester, nitrile, nitro, phosphonic ester, sulfone or sulfonic ester group or aldimino group of the formula - a first component comprising at least one polyol, and - a second component comprising at least one polyisocyanate, wherein the composition further comprises at least one aldimine of the formula where m is 0 or 1 and n is an integer from 1 to 4, where (m+n) is 2 or 3 or 4, Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, and A is an (m+n)-valent aliphatic, cycloaliphatic or arylaliphatic hydrocarbyl radical optionally containing ether oxygen or amine nitrogen and having a molecular weight in the range from 28 to 6'000 g/mol, and X is O or S or NR 0 where R 0 is a hydrogen radical or is a hydrocarbyl radical which has 1 to 30 carbon atoms and optionally has at least one carboxylic ester, nitrile, nitro, phosphonic ester, sulfone or sulfonic ester group or aldimino group of the formula m is 0 or 1 and n is an integer from 1 to 4, where (m+n) is 2 or 3 or 4, Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, and A is an (m+n)-valent aliphatic, cycloaliphatic or arylaliphatic hydrocarbyl radical optionally containing ether oxygen or amine nitrogen and having a molecular weight in the range from 28 to 6'000 g/mol, and X is O or S or NR 0 where R 0 is a hydrogen radical or is a hydrocarbyl radical which has 1 to 30 carbon atoms and optionally has at least one carboxylic ester, nitrile, nitro, phosphonic ester, sulfone or sulfonic ester group or aldimino group of the formula