mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for configuring one or more communication-related parameters in a cable modem system, the apparatus comprising: - a cable television signal input interface for receiving one or more cable television downstream signals from a cable television system ; - a spectrum analyser for analysing a spectrum of the downstream signals to determine one or more free frequency bands that are unallocated in the spectrum of the downstream signals; - an output interface for transmitting the downstream signals towards a cable modem network segment connected to one or more cable modems ; - a cable modem termination system unit for providing access to a communication network ; - a processor ; - a memory coupled to the processor , said memory storing a first computer-readable program code that, when executed on the processor, is configured to configure the communication related parameters; and a second computer-readable program code, when executed on the processor, is configured to allocate at least one of the one or more free frequency bands for transmission of a cable modem termination system signal between the output interface of the apparatus and the at least one cable modem . - a cable television signal input interface for receiving one or more cable television downstream signals from a cable television system ; - a spectrum analyser for analysing a spectrum of the downstream signals to determine one or more free frequency bands that are unallocated in the spectrum of the downstream signals; - an output interface for transmitting the downstream signals towards a cable modem network segment connected to one or more cable modems ; - a cable modem termination system unit for providing access to a communication network ; - a processor ; - a memory coupled to the processor , said memory storing a first computer-readable program code that, when executed on the processor, is configured to configure the communication related parameters; and a second computer-readable program code, when executed on the processor, is configured to allocate at least one of the one or more free frequency bands for transmission of a cable modem termination system signal between the output interface of the apparatus and the at least one cable modem . a first computer-readable program code that, when executed on the processor, is configured to configure the communication related parameters; and a second computer-readable program code, when executed on the processor, is configured to allocate at least one of the one or more free frequency bands for transmission of a cable modem termination system signal between the output interface of the apparatus and the at least one cable modem .
Method for operating an Ethernet communication device having multiple external physical interfaces for a motor vehicle , in which the following steps are performed: - detecting a special state on at least one of the interfaces ; - generating a control signal to adapt the interface in the special state if the special state is detected; and - blocking a forwarding of a message packet arriving on the interface in the special state to a media access control unit of the Ethernet communication device on the basis of the control signal , characterized in that the special state is detected if the Ethernet communication device is still in a starting mode characterized by a loading process of the Ethernet communication device , or in that the special state is detected if the Ethernet communication device is in an update mode. - detecting a special state on at least one of the interfaces ; - generating a control signal to adapt the interface in the special state if the special state is detected; and - blocking a forwarding of a message packet arriving on the interface in the special state to a media access control unit of the Ethernet communication device on the basis of the control signal , the special state is detected if the Ethernet communication device is still in a starting mode characterized by a loading process of the Ethernet communication device , or in that the special state is detected if the Ethernet communication device is in an update mode.
A dishwasher comprising an arrangement comprising: - a detergent dispenser having a lid , the detergent dispenser comprising a set of tablet restraints for retaining a detergent tablet in a cavity of the detergent dispenser; wherein the dishwasher comprises a washing compartment , a door configured to close and seal the washing compartment , a spraying system having a lower spray arm and an upper spray arm , a lower rack , an upper rack and a controller for controlling washing programs and communicatively connected to an interface via which a user can select washing programs; wherein said door is on its inside arranged with said detergent dispenser , wherein in the dispenser a detergent tablet or similar can be placed; wherein the detergent dispenser is supplied with water via a water conduit , characterized in that a water outlet is configured to release water to a top section of the detergent dispenser , so that water flows down and enters the detergent cavity washing over the detergent tablet, wherein the water conduit is connected to a water conduit system of the dishwasher via a coupling at the upper spray arm , wherein the water outlet is located at a top section of the detergent dispenser and the water outlet is fed with water via the water conduit . - a detergent dispenser having a lid , the detergent dispenser comprising a set of tablet restraints for retaining a detergent tablet in a cavity of the detergent dispenser; wherein the dishwasher comprises a washing compartment , a door configured to close and seal the washing compartment , a spraying system having a lower spray arm and an upper spray arm , a lower rack , an upper rack and a controller for controlling washing programs and communicatively connected to an interface via which a user can select washing programs; wherein said door is on its inside arranged with said detergent dispenser , wherein in the dispenser a detergent tablet or similar can be placed; wherein the detergent dispenser is supplied with water via a water conduit , characterized in that a water outlet is configured to release water to a top section of the detergent dispenser , so that water flows down and enters the detergent cavity washing over the detergent tablet, wherein the water conduit is connected to a water conduit system of the dishwasher via a coupling at the upper spray arm , wherein the water outlet is located at a top section of the detergent dispenser and the water outlet is fed with water via the water conduit .
An input connector assembly for detecting residual current and adapted for connecting power sources to electric equipment of electric vehicles, comprising a wire terminal block with wire terminals for receiving electrical wires, lock and release mechanisms connected to the wire terminal block for fixing electrical wires to conductors in the wire terminals , a residual current sensor adapted to be mounted to a flat surface , a support holder having a hollow design enabling it to be positioned above the residual current sensor and to be connected to the flat surface , c h a r a c t e r i z e d i n that the top of the support holder is adapted for supporting the wire terminal block in a position entirely above the residual current sensor , wherein the residual current sensor , the support holder and the wire terminal block are placed above each other and where conducting connection pins run from each conductor in the wire terminals of the wire terminal block through openings in the residual current sensor to the flat surface .
A method comprising: obtaining , by a computing device, one or more blueprint files, wherein the blueprint files programmatically define a system of processing nodes performing network functions, a call flow involving a sequence of messages exchanged by the processing nodes, and message formats of the messages exchanged by the processing nodes, wherein the blueprint files can be compiled into machine executable code; and compiling , by the computing device, the blueprint files into machine executable code, wherein the machine executable code is configured to perform operations of: for each processing node, executing a plurality of threads, the threads including a controller thread and a worker thread, the controller thread controlling the worker thread; and transmitting the sequence of messages between the worker threads of different nodes in accordance with the message formats. for each processing node, executing a plurality of threads, the threads including a controller thread and a worker thread, the controller thread controlling the worker thread; and transmitting the sequence of messages between the worker threads of different nodes in accordance with the message formats.
A post support having a base securable to a surface and a cap for concealing fasteners used for securing the base to the surface, characterized in that : the base has two upstanding portions with a central base portion therebetween, the cap has a central support portion between two downwardly extending portions , the cap being receivable within the base and rotatable between a first condition of use in which the said fasteners are accessible and a second condition of use in which the fasteners are concealed, and at least one protuberance is provided, the protuberance being associated with the upstanding portions and the downwardly extending portions for retaining the cap within the base. the base has two upstanding portions with a central base portion therebetween, the cap has a central support portion between two downwardly extending portions , the cap being receivable within the base and rotatable between a first condition of use in which the said fasteners are accessible and a second condition of use in which the fasteners are concealed, and at least one protuberance is provided, the protuberance being associated with the upstanding portions and the downwardly extending portions for retaining the cap within the base.
A method of converting a CMYW toner printer to print with black toner, comprising the steps: providing a CMYW toner printer; wherein said CMYW toner printer has four starting toner printing cartridges; wherein said four starting toner printing cartridges comprise a white toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing at least one of said four starting toner printing cartridges from said CMYW toner printer, such that there is at least one empty toner cartridge slot; providing a black toner printing cartridge that is filled with black toner; installing said black toner printing cartridge into said at least one empty toner cartridge slot; providing raster image processor (RIP) software, such that said CMYW toner printer is able to incorporate said black toner into one or more images printed by said CMYW toner printer; and wherein said RIP software allows for remapping of said CMYW toner printer, such that the converted toner printer prints with said black toner cartridge concurrently with the other colors in a single layer. providing a CMYW toner printer; wherein said CMYW toner printer has four starting toner printing cartridges; wherein said four starting toner printing cartridges comprise a white toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing at least one of said four starting toner printing cartridges from said CMYW toner printer, such that there is at least one empty toner cartridge slot; providing a black toner printing cartridge that is filled with black toner; installing said black toner printing cartridge into said at least one empty toner cartridge slot; providing raster image processor (RIP) software, such that said CMYW toner printer is able to incorporate said black toner into one or more images printed by said CMYW toner printer; and wherein said RIP software allows for remapping of said CMYW toner printer, such that the converted toner printer prints with said black toner cartridge concurrently with the other colors in a single layer.
A pipette tip to be attached to a pipette nozzle and used in a liquid delivery system , the pipette tip comprising: a first part that includes a distal end of the pipette tip and has an outer diameter gradually increasing from a distal end side of the first part toward a proximal end side of the first part ; a second part that is arranged adjacent to the first part on the proximal end side of the first part , has an outer diameter being unchanged or gradually increasing from a distal end side of the second part toward a proximal end side of the second part , and has a smaller taper angle of an outer surface than a taper angle of an outer surface of the first part ; a third part that is arranged adjacent to the second part on the proximal end side of the second part , has an outer diameter gradually increasing from a distal end side of the third part toward a proximal end side of the third part , and has a larger taper angle of an outer surface than a taper angle of an outer surface of the first part ; and a fourth part that is arranged adjacent to the third part on the proximal end side of the third part , has an outer diameter being unchanged or gradually increasing from a distal end side of the fourth part toward a proximal end side of the fourth part , and has a smaller taper angle of an outer surface than a taper angle of an outer surface of the third part , wherein a number of inflection parts in which a taper angle of an inner surface decreases is 0 or 1 on an inner surface of a portion from the distal end of the pipette tip toward a proximal end of the fourth part . a first part that includes a distal end of the pipette tip and has an outer diameter gradually increasing from a distal end side of the first part toward a proximal end side of the first part ; a second part that is arranged adjacent to the first part on the proximal end side of the first part , has an outer diameter being unchanged or gradually increasing from a distal end side of the second part toward a proximal end side of the second part , and has a smaller taper angle of an outer surface than a taper angle of an outer surface of the first part ; a third part that is arranged adjacent to the second part on the proximal end side of the second part , has an outer diameter gradually increasing from a distal end side of the third part toward a proximal end side of the third part , and has a larger taper angle of an outer surface than a taper angle of an outer surface of the first part ; and a fourth part that is arranged adjacent to the third part on the proximal end side of the third part , has an outer diameter being unchanged or gradually increasing from a distal end side of the fourth part toward a proximal end side of the fourth part , and has a smaller taper angle of an outer surface than a taper angle of an outer surface of the third part , wherein a number of inflection parts in which a taper angle of an inner surface decreases is 0 or 1 on an inner surface of a portion from the distal end of the pipette tip toward a proximal end of the fourth part .
A mechanism for an electrical device, comprising a plurality of metal parts which are not arranged for conducting an electrical current of which a first part comprises a first contact surface and a second part comprises a second contact surface arranged to move in relation to, and in contact with, the first contact surface ; characterised in that at least one of the first and second parts comprises a Graphene and Related Materials, GRM, at its contact surface , in a metal-GRM composite.
A modifier selected from the group consisting of compounds represented by Formulae 1-1, 1-2 and 1-5 to 1-8 below. wherein, in Formulae 1-1, 1-2 and 1-5 to 1-8, R 13 is a C 1 -C 20 alkyl group.
A forming system of hybrid additive manufacturing (AM) and surface coating, comprising an additive forming device , a laser-assisted cold spraying (LACS) device and a workbench , wherein the additive forming device and the LACS device are located above the workbench ; the additive forming device is configured to form a part to be formed on the workbench layer by layer during composite manufacturing, and the LACS device is configured to perform coating treatment on inner and outer surfaces of the part to be formed during the composite manufacturing, the additive forming device and the LACS device jointly complete the composite manufacturing of the part to be formed, and the forming system further comprising a micro-rolling device and a milling and grinding compound device , wherein the micro-rolling device and the milling and grinding compound device are located above the workbench ; the micro-rolling device and the milling and grinding compound device perform finish machining on the part to be formed during the process of forming the part to be formed layer by layer by the additive forming device .
A high frequency packaging structure (100;200;300; 400;500;600;700;800) comprising a first transmission line (2A;...;2H) and a second transmission line (11A;...;11F;2G';11H) and at least one transition between the first transmission line (2A;...;2H) and the second transmission line (11A;...;11F;2G';11H), said first transmission line being a planar transmission line, the packaging structure comprising a split-block assembly with a first conducting block section (10A;10B;10C;10D,10D;10E;10F;10G;10H) and a second conducting block section (20A;20B;20C;20D;20E;20F;20G;20H) and at least one input/output port, characterized in that the first transmission line (2A;...;2H) is arranged on a substrate or forms part of a circuit arrangement arranged on a substrate, disposed on the first conducting block section (10A;...;10H) and comprises or is connected to a coupling section (3A;...;3H), that the first conducting block section (10A;...;10H) further, for the, or each, transition, comprises a cavity (4A;...;4H) with a cavity opening in an upper surface of the first conducting block section (10A;...; 10H), that the first transmission line (2A;...;2H) is so arranged that the coupling section (3A;...;3H) will be located in the cavity (4A;...;4H) opening in an assembled state of the split-block assembly, the second transmission line (11A;...;11F;2G';11H) being arranged in line with the first transmission line (2A;...;2H) on an opposite side of the cavity (4A;...;4H) opening for providing a transition between the first and second transmission lines, that the second conducting block section (20A;...;20H) is arranged to act as a lid or a cover in an assembled state of the packaging structure, that one of the conducting block sections is provided with an high impedance or Artificial Magnetic Conductive, AMC, surface region (15A;...;15H), arranged along or facing the first (2A;...;2H) and second (11A;...;11F;2G';11H) transmission lines at the transition and there being a narrow gap between the high impedance or AMC surface region (15A;...;15H) and an opposing surface of the other conducting block section (10A;...;10H) in the assembled state of the split-block assembly at least in the transition region such that the, or each, transition between a said first transmission line (2A;...;2H) and a said second transmission line (11A;...;11F;2G';11H)being contactless without any galvanic contact between the first transmission line (2A;...;2H) and the second transmission line (11A;...;11F;2G';11H).
A gas turbine engine , comprising: a variable area turbine , configured such that a flowpath area of the variable area turbine is selectably changeable; a combustor disposed upstream of the variable area turbine , the combustor having a combustor inlet; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, and downstream of a compressor section of the gas turbine engine , the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, characterised in that the combustor bypass valve is configured to operate in response to a change in flowpath (D) area of the variable area turbine of the gas turbine engine, wherein the combustor bypass valve is moved to an increasing open position in response to an increase in the flowpath area (D). a variable area turbine , configured such that a flowpath area of the variable area turbine is selectably changeable; a combustor disposed upstream of the variable area turbine , the combustor having a combustor inlet; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, and downstream of a compressor section of the gas turbine engine , the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, characterised in that the combustor bypass valve is configured to operate in response to a change in flowpath (D) area of the variable area turbine of the gas turbine engine, wherein the combustor bypass valve is moved to an increasing open position in response to an increase in the flowpath area (D).