mhurhangee/ep-ind-claims huggingface dataset:
An axial fan having a motor, to which an impeller (23, 24) is fastened on the rotor side, from the hub of which fan blades protrude, which have a front and a rear edge (26, 27), and having a mounting bracket, with which the motor is fastened on a housing and which has strut parts (4 to 6) consisting of flat material and formed by a sheet-metal part, which strut parts connect the motor to the housing and are arranged approximately upright in the flow direction of the air, characterized in that the strut parts (4 to 6) are provided over part of their length with at least one recess formed by a punched hole in the flat material, in that the motor and the strut parts (4 to 6) are arranged inside the housing, in that the mounting bracket consists of three strut parts (4 to 6) and a fastening part, of which two strut parts (4, 5) are constructed mirror-symmetrically to one another and respectively provided with the recess and also merge in one piece via the motor-side fastening part, by means of which the two strut parts (4, 5) are fastened on a fastening block, which is provided on the outside of the motor and has a flat bearing surface for the fastening part, and in that the third strut part is constructed in an approximately U-shaped manner as a support part and has two legs (14, 15) running in a convergent manner in the direction of the housing, which legs merge via a short transverse piece into each other which bears against the inner wall of the housing and is fastened to the same, and in that the free ends (18, 19) of the legs (14, 15) are angled outwards oppositely to one another and rest on the fastening part.
A method for operating a user interface of a data processing system comprising an input unit for inputting user inputs and a screen as the output unit, wherein a sequence of user inputs is used to select a processing object, which is at least symbolically illustrated on the screen, and a processing function, wherein a processing step is allocated to the selected processing object based on the selected processing function, wherein the processing object and processing function are selected based on a sequence of selection functions, wherein the sequence is allocated to an operating logic, and the selection functions are activated by the user inputs, wherein a first operating logic and a second operating logic are stored in the terminal, wherein the first operating logic comprises a first sequence (5 23) of selection functions and the second operating logic comprises a second sequence (5 32) of selection functions, wherein the first sequence (5 23) and the second sequence (5 32) can each allocate the same processing step to the same processing object, but the first sequence (5 23) and the second sequence (5 32) can be activated by a respective sequence of user inputs that deviates from the other sequence, characterized in that the method comprises a detection mode, in which input commands effected by the user are evaluated to an evaluation result, wherein an operating logic is selected based upon the evaluation result, and that the method comprises an operating mode in which exclusively the operating logic is activated.
A method of finishing a target material, the method comprising: positioning a target material in a pressure vessel; introducing carbon dioxide ("CO 2 ") within the pressure vessel; increasing an internal temperature of the pressure vessel to an operating temperature; increasing a pressure within the pressure vessel to an operating pressure, wherein the CO 2 is at supercritical fluid ("SCF") state when at the operating temperature and the operating pressure; perfusing, using SCF CO 2, the target material with a finishing material; and reducing the pressure from the operating pressure to a transition pressure prior to reducing the temperature to a threshold temperature; further comprising increasing a flow rate to a non-zero rate during the perfusing of the target material with the finishing material, wherein the flow rate is in a range of 175 - 240 m 3 /hr, and reducing the flow rate to a flow rate in a range of 90 - 130 m 3 /hr after reducing the pressure from the operating pressure, wherein the target material is a spooled material, wherein the finishing material is dyestuff, wherein a sacrificial material has integral dyestuff and is in physical contact with the spooled material.
A method of asynchronous data replication over a network, comprising at a primary host: receiving one or more write commands comprising data blocks, the write commands sent by an application, each write command being associated with a data set; writing the data blocks of the received write commands to storage coupled to the primary host; acknowledging to the application each write command before transmitting the write command to a secondary host; assigning a data set ID and a sequence number to each write command, wherein the data set ID identifies the data set with which the write command is associated; transmitting write commands without waiting for the data set to be complete; assigning the data set ID and a final sequence number in the data set to a sync command, the sync command completing the data set; transmitting the sync command, wherein the write commands and the sync command define the data set; at the secondary host receiving the write commands and sync command out of order; and writing the data blocks of the received write commands to a storage coupled to the secondary host in order using the data set ID and the sequence numbers. receiving one or more write commands comprising data blocks, the write commands sent by an application, each write command being associated with a data set; writing the data blocks of the received write commands to storage coupled to the primary host; acknowledging to the application each write command before transmitting the write command to a secondary host; assigning a data set ID and a sequence number to each write command, wherein the data set ID identifies the data set with which the write command is associated; transmitting write commands without waiting for the data set to be complete; assigning the data set ID and a final sequence number in the data set to a sync command, the sync command completing the data set; transmitting the sync command, wherein the write commands and the sync command define the data set;
A system suitable for selectively connecting antenna signals of a wireless communication device (100, 600), the system comprising: switch bank circuitry configured to selectively communicate the antenna signals between at least one antenna port and at least one communication port, the antenna signals being allocated to one or more frequency bands, the one or more frequency bands being divided into one or more frequency sub-bands; and a frequency matched port assembly (214, 216, 314, 320) for each frequency sub-band communicatively connected to the switch bank circuitry and the communication port of the wireless communication device (100, 600), the frequency matched port assembly (214, 216, 314, 320) including matching circuitry; characterised in that the switch bank circuitry is further configured to selectively communicate a first sub-band and a second-sub band of the one or more frequency sub-bands, the first sub-band and the second-sub band being corresponding based on carrier aggregation, the first sub-band having a frequency match port assembly, the second sub-band having a second frequency match port assembly. switch bank circuitry configured to selectively communicate the antenna signals between at least one antenna port and at least one communication port, the antenna signals being allocated to one or more frequency bands, the one or more frequency bands being divided into one or more frequency sub-bands; and a frequency matched port assembly (214, 216, 314, 320) for each frequency sub-band communicatively connected to the switch bank circuitry and the communication port of the wireless communication device (100, 600), the frequency matched port assembly (214, 216, 314, 320) including matching circuitry; characterised in that the switch bank circuitry is further configured to selectively communicate a first sub-band and a second-sub band of the one or more frequency sub-bands, the first sub-band and the second-sub band being corresponding based on carrier aggregation, the first sub-band having a frequency match port assembly, the second sub-band having a second frequency match port assembly.
A fluid processing device for use in a centrifuge comprising: a) a first container having a first container volume for holding a fluid; b) a first holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a first tube for holding said first tube; c) said first tube rotationally symmetrical with respect to the longitudinal axis thereof, having a cylindrical shape with an inlet opening at one end, and having a first circular cross section orthogonal to the longitudinal axis thereof; d) a second holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a second tube for holding said second tube; e) said second tube rotationally symmetrical with respect to the longitudinal axis thereof, having a cylindrical shape with an inlet opening at one end, and having a second circular cross section orthogonal to the longitudinal axis thereof; whereby said second cross section is different from said first cross section such that the first tube can be slid into the second tube via the inlet opening of the second tube, wherein said first tube includes said inlet opening and an outlet opening, and said first holder is arranged with respect to said first container so that a fluid flowing through said first tube flows into said first container, and wherein said fluid processing device is made compression molded of one piece of polymeric material; and wherein said fluid processing device further comprises at least one first cap fixture means (44, 44a) for holding a first cap of said at least one first tube during centrifugation so that the first tube can be centrifuged with an open inlet, and at least one second cap fixture means for holding a second cap of said second tube during centrifugation so that the second tube can be centrifuged with an open inlet - a) a first container having a first container volume for holding a fluid; b) a first holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a first tube for holding said first tube; c) said first tube rotationally symmetrical with respect to the longitudinal axis thereof, having a cylindrical shape with an inlet opening at one end, and having a first circular cross section orthogonal to the longitudinal axis thereof; d) a second holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a second tube for holding said second tube; e) said second tube rotationally symmetrical with respect to the longitudinal axis thereof, having a cylindrical shape with an inlet opening at one end, and having a second circular cross section orthogonal to the longitudinal axis thereof;
An electrical device (1, 101) for heating, in particular for heating a motor vehicle, comprising an electrical heating device made of plastic, having an electrical contact devise (7, 8) and having a contact layer, which is disposed in a contact region between the electrical heating devise and the electrical contact device (7, 8), wherein means for compensating for mechanical loads are disposed in the contact region of the electrical heating device and the electrical contact device (7, 8), characterized in that the compensation means provide at least one further material layer in the contact region of the electrical heating device and the electrical contact device (7, 8), Wherein the compensation means are substantially formed of an adhesion promoter made of chromium, which is disposed between the contact layer and the electrical heating device and, furthermore, means for reducing tensile force loads are disposed in the contact region of the electrical heating device and the electrical contact device (7, 8), wherein the reducing agents are formed by an intermediate layer, which is disposed between the contact layer and the adhesion promoter.
A terahertz metamaterial, comprising: a substrate; and a plurality of electromagnetic loss resonant ring structures disposed on the substrate, wherein an electromagnetic modulation function is realized on a terahertz band by adjusting different structural sizes and square resistance of the electromagnetic loss resonant ring structures, wherein the substrate comprises a flexible substrate, and the terahertz metamaterial comprises an electromagnetic loss film covering the substrate, the plurality of electromagnetic loss resonant ring structures have different sizes and have been formed by selectively removing parts of the electromagnetic loss film, and a material comprised in the electromagnetic loss resonant ring structures is selected from nano-carbon powder or a combination of nano-carbon powder and resin. a substrate; and a plurality of electromagnetic loss resonant ring structures disposed on the substrate, wherein an electromagnetic modulation function is realized on a terahertz band by adjusting different structural sizes and square resistance of the electromagnetic loss resonant ring structures, wherein the substrate comprises a flexible substrate, and the terahertz metamaterial comprises an electromagnetic loss film covering the substrate, the plurality of electromagnetic loss resonant ring structures have different sizes and have been formed by selectively removing parts of the electromagnetic loss film, and a material comprised in the electromagnetic loss resonant ring structures is selected from nano-carbon powder or a combination of nano-carbon powder and resin.
An electrochemical generator comprising at least one stack of N cells (UC i) that are electrically connected in series and provided with means for controlling the voltage at the terminals of said cells, characterised in that said control means comprise: - for each cell (UC i) to be controlled: - a first reactive passive component (D i), the impedance of which varies as a function of the direct voltage at its terminals, said component being biased by the voltage delivered by said cell (UC i) to be controlled or by a group of cells connected in series comprising said cell to be controlled; and - at least one second reactive passive component (L i) forming, with said first reactive passive component, a series or parallel resonant circuit with a predetermined nominal resonant frequency (fn i) for a nominal bias voltage delivered by said cell or said group of cells; - a generator of a signal with variable frequency (fg) feeding the set of N resonant circuits; - a means for detecting the position of one or more resonance peaks of the set thus fed, said means providing an indication of a deviation between a resonant frequency (fd i) corresponding to a detected peak and a nominal resonant frequency (fn i). - for each cell (UC i) to be controlled: - a first reactive passive component (D i), the impedance of which varies as a function of the direct voltage at its terminals, said component being biased by the voltage delivered by said cell (UC i) to be controlled or by a group of cells connected in series comprising said cell to be controlled; and - at least one second reactive passive component (L i) forming, with said first reactive passive component, a series or parallel resonant circuit with a predetermined nominal resonant frequency (fn i) for a nominal bias voltage delivered by said cell or said group of cells; - a first reactive passive component (D i), the impedance of which varies as a function of the direct voltage at its terminals, said component being biased by the voltage delivered by said cell (UC i) to be controlled or by a group of cells connected in series comprising said cell to be controlled; and - at least one second reactive passive component (L i) forming, with said first reactive passive component, a series or parallel resonant circuit with a predetermined nominal resonant frequency (fn i) for a nominal bias voltage delivered by said cell or said group of cells; - a generator of a signal with variable frequency (fg) feeding the set of N resonant circuits; - a means for detecting the position of one or more resonance peaks of the set thus fed, said means providing an indication of a deviation between a resonant frequency (fd i) corresponding to a detected peak and a nominal resonant frequency (fn i).
A method at a mobile device for creating a managed domain (120, 140, 330, 320, 430, 420) on the mobile device, the method comprising: initializing a container on the mobile device to house the managed domain, the domain comprising a virtualized operating system, and the container comprising a memory area (624, 626) on the device to house the managed domain; the method further comprising, after said initializing the container, retrieving a management agent (322, 432) for the managed domain; installing and executing the management agent on the mobile device; establishing, by the management agent, policies to govern the creation of the managed domain; and configuring the initialized container for the domain based on the established policies. initializing a container on the mobile device to house the managed domain, the domain comprising a virtualized operating system, and the container comprising a memory area (624, 626) on the device to house the managed domain; the method further comprising, after said initializing the container, retrieving a management agent (322, 432) for the managed domain; installing and executing the management agent on the mobile device; establishing, by the management agent, policies to govern the creation of the managed domain; and configuring the initialized container for the domain based on the established policies. retrieving a management agent (322, 432) for the managed domain; installing and executing the management agent on the mobile device; establishing, by the management agent, policies to govern the creation of the managed domain; and configuring the initialized container for the domain based on the established policies.
A photocurable composition comprising components to, component: a compound comprising a polymer obtained from a (meth) acrylic monomer as a main skeleton, and having at least two (meth)acrylic groups in a molecule; component: a (meth)acrylic monomer comprising a component (b-1) and a component (b-2); component (b-1): a (meth) acrylic monomer having a hydroxyl group in a molecule, in an amount of 0.1 to 50 parts by mass with respect to 100 parts by mass of the component; component (b-2): a (meth)acrylic monomer having a saturated alicyclic skeleton in a molecule, in an amount of 0.1 to 10 parts by mass with respect to 100 parts by mass of the component; and component: a photoinitiator. component: a compound comprising a polymer obtained from a (meth) acrylic monomer as a main skeleton, and having at least two (meth)acrylic groups in a molecule; component: a (meth)acrylic monomer comprising a component (b-1) and a component (b-2); component (b-1): a (meth) acrylic monomer having a hydroxyl group in a molecule, in an amount of 0.1 to 50 parts by mass with respect to 100 parts by mass of the component; component (b-2): a (meth)acrylic monomer having a saturated alicyclic skeleton in a molecule, in an amount of 0.1 to 10 parts by mass with respect to 100 parts by mass of the component; and component (b-1): a (meth) acrylic monomer having a hydroxyl group in a molecule, in an amount of 0.1 to 50 parts by mass with respect to 100 parts by mass of the component; component (b-2): a (meth)acrylic monomer having a saturated alicyclic skeleton in a molecule, in an amount of 0.1 to 10 parts by mass with respect to 100 parts by mass of the component; and component: a photoinitiator.
A method for manufacturing an impregnated filter material, wherein the method comprises the following steps: - providing at least one impregnating solution, wherein the impregnating solution or the impregnating solutions in case of two or more impregnating steps comprises phosphate, sulphate, molybdenum, zinc and copper; - providing a filter material, wherein the filter material is activated carbon; and - impregnating the filter material with at least one impregnating solution, at least once. - providing at least one impregnating solution, wherein the impregnating solution or the impregnating solutions in case of two or more impregnating steps comprises phosphate, sulphate, molybdenum, zinc and copper; - providing a filter material, wherein the filter material is activated carbon; and - impregnating the filter material with at least one impregnating solution, at least once.
A battery module, comprising: a battery assembly, comprising a plurality of battery cells arranged in an array, wherein each of the battery cells comprises a vent; a circuit board, comprising a plurality of sampling terminals connected to the battery cells and being capable of collecting electrical parameters and/or temperature parameters of the battery cells; and a thermal cable, located between the battery assembly and the circuit board and fixedly coupled to the circuit board, wherein a thermal circuit is formed inside the thermal cable, and the thermal circuit is configured to provide a prompt signal indicating a bursting of the vent of any of the battery cells, characterized in that, the battery module further comprises a cover block, extending in a first direction and provided with at least an accommodating portion penetrating the cover block in the first direction, wherein the thermal cable is at least partially accommodated in the accommodating portion, and the cover block is coupled to the circuit board. a battery assembly, comprising a plurality of battery cells arranged in an array, wherein each of the battery cells comprises a vent; a circuit board, comprising a plurality of sampling terminals connected to the battery cells and being capable of collecting electrical parameters and/or temperature parameters of the battery cells; and a thermal cable, located between the battery assembly and the circuit board and fixedly coupled to the circuit board, wherein a thermal circuit is formed inside the thermal cable, and the thermal circuit is configured to provide a prompt signal indicating a bursting of the vent of any of the battery cells, characterized in that, the battery module further comprises a cover block, extending in a first direction and provided with at least an accommodating portion penetrating the cover block in the first direction, wherein the thermal cable is at least partially accommodated in the accommodating portion, and the cover block is coupled to the circuit board.
An upright wheelchair with a chassis, a seat arranged pivotably on the chassis, which can be pivoted about a pitch axis from a substantially horizontal seating position to a substantially vertical standing position, characterised in that the upright wheelchair comprises pivoting means that are arranged such that, in at least the vertical standing position, the seat is pivotable with respect to the chassis about a yaw axis that is substantially parallel to the vertical, in that the pivotable movement of the seat with respect to the chassis about the yaw axis is limited, and in that the upright wheelchair comprises damping and/or spring means for damping the pivotable movement of the seat with respect to the chassis about the yaw axis.
A device to change the position of a valve, comprising. a converter component; a by-pass component; and a processing component; wherein the by-pass component comprises a signal switching component comprising a first input, a second input, and an output; the by-pass component has a first operating mode that couples the first input to the output and decouples the second input from the output, and a second operating mode that couples the second input to the output and decouples the first input from the output; the converter component is coupled to the output; and the processing component is coupled to the second input.