mhurhangee/ep-ind-claims huggingface dataset:
Hybrid drive system for vehicles equipped with PTO, the system comprising - an internal combustion engine, - a first electric motor generator and a second electric motor generator, wherein at least said first motor generator has a drive shaft having opposite ends, both accessible, wherein one of said ends defines a PTO which can be activated by means of a relative controllable joint, - a transfer box comprising • three selectively connectable inputs (IN1, IN2, IN3) and one single output intended to be associated with a vehicle driveline, wherein a first input is intended to be associated with said internal combustion engine by means of a relative controllable joint, a second input is intended to be associated with said first electric motor generator by means of a respective free end of a respective drive shaft and said third input is intended to be associated with said second electric motor generator by means of a respective free end of a respective drive shaft, • a fixed transmission ratio between each of said inputs (IN1, IN2, IN3) and said single output. - an internal combustion engine, - a first electric motor generator and a second electric motor generator, wherein at least said first motor generator has a drive shaft having opposite ends, both accessible, wherein one of said ends defines a PTO which can be activated by means of a relative controllable joint, - a transfer box comprising • three selectively connectable inputs (IN1, IN2, IN3) and one single output intended to be associated with a vehicle driveline, wherein a first input is intended to be associated with said internal combustion engine by means of a relative controllable joint, a second input is intended to be associated with said first electric motor generator by means of a respective free end of a respective drive shaft and said third input is intended to be associated with said second electric motor generator by means of a respective free end of a respective drive shaft, • a fixed transmission ratio between each of said inputs (IN1, IN2, IN3) and said single output. • three selectively connectable inputs (IN1, IN2, IN3) and one single output intended to be associated with a vehicle driveline, wherein a first input is intended to be associated with said internal combustion engine by means of a relative controllable joint, a second input is intended to be associated with said first electric motor generator by means of a respective free end of a respective drive shaft and said third input is intended to be associated with said second electric motor generator by means of a respective free end of a respective drive shaft, • a fixed transmission ratio between each of said inputs (IN1, IN2, IN3) and said single output.
A CEST-MR procedure that comprises: i) applying a pulse saturation scheme by irradiating a single mobile-proton frequency of an exogenous CEST agent in a sample with a train of Radio Frequency irradiation pulses, at different flip angles and at a constant B 1 average power, defined as the square root of the mean square B 1 irradiation field over the entire period of each pulse train, for inducing a chemical exchange rotation transfer (CERT)-based Saturation Transfer effect (ST effect); and ii) detecting CERT-based CEST-signals from said sample. i) applying a pulse saturation scheme by irradiating a single mobile-proton frequency of an exogenous CEST agent in a sample with a train of Radio Frequency irradiation pulses, at different flip angles and at a constant B 1 average power, defined as the square root of the mean square B 1 irradiation field over the entire period of each pulse train, for inducing a chemical exchange rotation transfer (CERT)-based Saturation Transfer effect (ST effect); and ii) detecting CERT-based CEST-signals from said sample.
A sound absorbing structure for being disposed in an interior of a pneumatic tire, the sound absorbing structure comprising: a sheet-like base material; a sheet member made from a nonwoven fabric and having a folded, pleated form providing peak and valley portions alternatively repeating along a longitudinal direction of the base material, said peak portions defining a plurality of protrusions forming a bellows shape and projecting from a front surface of the base material; and a hollow portion provided inside of the protrusions, wherein each of the protrusions has a ridge line of the respective peak portion and said ridge line has a sharp crease form. a sheet-like base material; a sheet member made from a nonwoven fabric and having a folded, pleated form providing peak and valley portions alternatively repeating along a longitudinal direction of the base material, said peak portions defining a plurality of protrusions forming a bellows shape and projecting from a front surface of the base material; and a hollow portion provided inside of the protrusions, wherein each of the protrusions has a ridge line of the respective peak portion and said ridge line has a sharp crease form.
A modified acrylic resin cured product obtained by treating the surface of a cured product composed of an acrylic resin with a compound comprising, in the molecule, one or more of anionic hydrophilic groups forming an ion pair with an onium ion of an amino silicone, and one or more of groups selected from the group consisting of groups containing a polymerizable carbon-carbon double bond, amino groups, mercapto groups, and hydroxyl groups.
A method of uplink power control, which is applied to a network device, comprising: determining a number N of closed-loop power control processes associated with an uplink signal based on configuration of a high-layer signaling; determining a number of bits of a Transmission Power Control TPC command field of a terminal device in Downlink Control Information DCI based on the number N of the closed-loop power control processes associated with the uplink signal; wherein the number of bits of the TPC command field in the DCI is 2*N bits or 2+log2 bits, wherein N is a positive integer; and transmitting the TPC command field to the terminal device through the DCI. determining a number N of closed-loop power control processes associated with an uplink signal based on configuration of a high-layer signaling; determining a number of bits of a Transmission Power Control TPC command field of a terminal device in Downlink Control Information DCI based on the number N of the closed-loop power control processes associated with the uplink signal; wherein the number of bits of the TPC command field in the DCI is 2*N bits or 2+log2 bits, wherein N is a positive integer; and transmitting the TPC command field to the terminal device through the DCI.
A method of displaying platform graphics during initialization of a computer system, wherein the platform graphics include graphics other than operating system initialization graphics, the method comprising: initializing a platform video driver (306, 406, 1004)during a computer system platform boot, wherein the platform video driver has direct access to a video frame buffer of the computer system; initializing a virtual machine, VM, (904, 1010) during the computer system platform boot; virtualizing the video frame buffer and initializing a virtual interface between the VM and the virtualized video frame buffer during the computer system platform boot; initializing an operating system (104, 908, 1014) within the VM after the computer_system platform boot; intercepting video service requests and corresponding operating system graphics from the VM with the virtual interface during the OS initialization (104, 908, 1014); suspending the VM (904, 1028) during the OS initialization 104, 908) in response to the intercepting processing the intercepted video service request with the virtual interface to update the virtualized video frame buffer with the intercepted operating system graphics, and thereafter resuming the virtual machine to continue initializing the operating system; repeatedly suspending the virtual machine to update a video frame buffer (822, 1034) with the platform graphic; and resuming the VM (904, 1036) to continue the OS initialization(104, 908, 1014) after each updating of the video frame buffer with the platform graphics; and displaying contents of the updated video frame buffer during the OS initialization (104, 908),under control of the platform video driver. initializing a platform video driver (306, 406, 1004)during a computer system platform boot, wherein the platform video driver has direct access to a video frame buffer of the computer system; initializing a virtual machine, VM, (904, 1010) during the computer system platform boot; virtualizing the video frame buffer and initializing a virtual interface between the VM and the virtualized video frame buffer during the computer system platform boot; initializing an operating system (104, 908, 1014) within the VM after the computer_system platform boot; intercepting video service requests and corresponding operating system graphics from the VM with the virtual interface during the OS initialization (104, 908, 1014); suspending the VM (904, 1028) during the OS initialization 104, 908) in response to the intercepting processing the intercepted video service request with the virtual interface to update the virtualized video frame buffer with the intercepted operating system graphics, and thereafter resuming the virtual machine to continue initializing the operating system; repeatedly suspending the virtual machine to update a video frame buffer (822, 1034) with the platform graphic; and resuming the VM (904, 1036) to continue the OS initialization(104, 908, 1014) after each updating of the video frame buffer with the platform graphics; and displaying contents of the updated video frame buffer during the OS initialization (104, 908),under control of the platform video driver.
A chemical-mechanical polishing composition comprising: (a) an abrasive consisting of alumina particles treated with an anionic polymer, wherein said anionic polymer is poly(2-acrylamido-2-methylpropane sulfonic acid) or polystyrenesulfonic acid, (b) an α-hydroxycarboxylic acid, (c) an oxidizing agent that oxidizes at least one metal, (d) 0.01 wt.% to 0.2 wt.% polyacrylic acid, (e) optionally, a calcium-containing compound, (f) optionally, a biocide, (g) optionally, a pH adjusting agent, and (h) water, wherein the polishing composition has a pH of 2 to 6. (a) an abrasive consisting of alumina particles treated with an anionic polymer, wherein said anionic polymer is poly(2-acrylamido-2-methylpropane sulfonic acid) or polystyrenesulfonic acid, (b) an α-hydroxycarboxylic acid, (c) an oxidizing agent that oxidizes at least one metal, (d) 0.01 wt.% to 0.2 wt.% polyacrylic acid, (e) optionally, a calcium-containing compound, (f) optionally, a biocide, (g) optionally, a pH adjusting agent, and (h) water,
A method of noise power estimation comprising: receiving a data packet that includes a plurality of samples from a periodic sequence; determining a first expectation value; determining a second expectation value; and estimating an average noise power based on the first and second expectation values; characterized in that the first expectation value is based on an average of squaring an absolute value of each of the plurality of samples; and the second expectation value is based on an average of squaring a power difference between two or more of the plurality of samples. receiving a data packet that includes a plurality of samples from a periodic sequence; determining a first expectation value; determining a second expectation value; and estimating an average noise power based on the first and second expectation values; characterized in that the first expectation value is based on an average of squaring an absolute value of each of the plurality of samples; and the second expectation value is based on an average of squaring a power difference between two or more of the plurality of samples.
Cleaning assembly for cleaning the inner walls of a container, comprising: - a guiding frame, with a first end, which guiding frame is moveable in a direction of transport into a container; - a cleaning frame, moveable in the direction of transport and moveable along the guiding frame; - at least one cleaning head, attached to the cleaning frame and hingeable along an axis parallel to the direction of travel, the cleaning head comprising at least one cleaning nozzle (34, 35, 36), connected to cleaning means; and - one or more further cleaning heads (20, 31). - a guiding frame, with a first end, which guiding frame is moveable in a direction of transport into a container; - a cleaning frame, moveable in the direction of transport and moveable along the guiding frame; - at least one cleaning head, attached to the cleaning frame and hingeable along an axis parallel to the direction of travel, the cleaning head comprising at least one cleaning nozzle (34, 35, 36), connected to cleaning means; and - one or more further cleaning heads (20, 31).
A sensor test system for a pressure sensor (251, 252) in an electronic parking brake, EPB, of a vehicle, the pressure sensor (251, 252) being configured to measure a pressure in a pressure chamber or in a line of the EPB, wherein the EPB comprises a plurality of valves (241, 242) for setting the pressure, characterized by a pressure setting module, configured to set the pressure for a deliberate change of the pressure in the pressure chamber; and a detection module, configured to detect, based on pressure set by the pressure setting module and based on a measured pressure from the pressure sensor (251, 252), a potential malfunction of the pressure sensor (251, 252), and to issue a warning signal if the potential malfunction is detected, the pressure setting module is configured to set the pressure by means of one or more particular valves (241, 242) of the plurality of valves (241, 242), and to set the pressure to a value which is proportional, in particular not sufficient, to a value for releasing a brake. a pressure setting module, configured to set the pressure for a deliberate change of the pressure in the pressure chamber; and a detection module, configured to detect, based on pressure set by the pressure setting module and based on a measured pressure from the pressure sensor (251, 252), a potential malfunction of the pressure sensor (251, 252), and to issue a warning signal if the potential malfunction is detected, to detect, based on pressure set by the pressure setting module and based on a measured pressure from the pressure sensor (251, 252), a potential malfunction of the pressure sensor (251, 252), and to issue a warning signal if the potential malfunction is detected, the pressure setting module is configured to set the pressure by means of one or more particular valves (241, 242) of the plurality of valves (241, 242), and to set the pressure to a value which is proportional, in particular not sufficient, to a value for releasing a brake.
A method for quiescing and updating a transport stack comprising, at a content centric network node including a transport stack having a plurality of components (134.1, 134.2, 134.3,... 134.n) and a head of the stack: sending a pause message down the transport stack from the head of the stack while the plurality of components are processing interests and/or content objects, wherein the pause message sets the plurality of components (134.1, 134.2, 134.3,... 134.n) to a quiesced state to preclude the plurality of components from processing the interests and/or the content objects; initiating a timer and determining whether a pause acknowledgement message is received; receiving at the head of the stack the pause acknowledgement message and determining that the stack has been quiesced; after sending the pause message and receiving the pause acknowledgement message, sending an update message down the transport stack from the head of the stack, wherein the update message provides an update for a component of the transport stack while the plurality of components are precluded from processing the interests and/or the content objects; and receiving at the head of the stack an update acknowledgement message for the update message and determining that the update has been successful; after sending the update message and after receiving the update acknowledgement message, sending a resume message down the transport stack from the head of the stack, wherein the resume message causes the one or more components to resume processing the interests and/or the content objects in accordance with the update. sending a pause message down the transport stack from the head of the stack while the plurality of components are processing interests and/or content objects, wherein the pause message sets the plurality of components (134.1, 134.2, 134.3,... 134.n) to a quiesced state to preclude the plurality of components from processing the interests and/or the content objects; initiating a timer and determining whether a pause acknowledgement message is received; receiving at the head of the stack the pause acknowledgement message and determining that the stack has been quiesced; after sending the pause message and receiving the pause acknowledgement message, sending an update message down the transport stack from the head of the stack, wherein the update message provides an update for a component of the transport stack while the plurality of components are precluded from processing the interests and/or the content objects; and receiving at the head of the stack an update acknowledgement message for the update message and determining that the update has been successful; after sending the update message and after receiving the update acknowledgement message, sending a resume message down the transport stack from the head of the stack, wherein the resume message causes the one or more components to resume processing the interests and/or the content objects in accordance with the update.
A road for charging an electric vehicle, comprising a road surface and light posts provided on the road surface,, wherein the road further comprises an electrified rail (10,60,82) which is placed along a driving direction and provided for charging the electric vehicle while driving, characterised in that the electrified rail (10,60,82) comprises an electrode plate (11,12,23) for connecting an electric plate (21,72,93) of the electric vehicle, an insulated cover covering on the plate electrode so as to prevent electric leakage and a neutral layer covering on the insulated cover for connecting a neutral electrode plate of the electric vehicle, the neutral layer being electrically connected to a neutral loop of alternating current, a cathode wire of direct current or a signal wire of low voltage; the electrode plate (11,12,23) comprises a first electrode plate connecting to live wire of electric supply and a second electrode plate connecting to neutral wire of electric supply, the first electrode plate being placed above the second electrode plate and between the first electrode plate and the second electrode plate there being a gap so that the electric plate (21,72,93) of the electric vehicle is able to be sandwiched between the first electrode plate and the second electrode plate while charging; and the wire to which the second electrode plate electrically connects and the wire to which the neutral layer electrically connects are able to be interchanged.
An apparatus, comprising: at least one power converter (206,207); at least one power source terminal configured to connect the power converter to a power source; at least one load terminal configured to connect the power converter to at least one load (106,107,108,210,220); a plurality of energy storage terminals configured to connect to a plurality of electrical energy storage devices; and a plurality of legs, wherein each leg of the plurality of legs incorporates a respective terminal of the plurality of energy storage terminals, wherein each leg comprises: an electrical plug, an electrical socket, a conductor electrically connecting the respective terminal, the electrical plug, and the electrical socket, and an isolating material encasing at least part of the leg; wherein the leg extends the height of the enclosure, wherein at least part of the isolating material and at least part of the electrical socket protrude from a bottom side of the enclosure, wherein the electrical plug and the electrical socket are on opposite ends of the leg. at least one power converter (206,207); at least one power source terminal configured to connect the power converter to a power source; at least one load terminal configured to connect the power converter to at least one load (106,107,108,210,220); a plurality of energy storage terminals configured to connect to a plurality of electrical energy storage devices; and a plurality of legs, wherein each leg of the plurality of legs incorporates a respective terminal of the plurality of energy storage terminals, wherein each leg comprises: an electrical plug, an electrical socket, a conductor electrically connecting the respective terminal, the electrical plug, and the electrical socket, and an isolating material encasing at least part of the leg; wherein the leg extends the height of the enclosure, wherein at least part of the isolating material and at least part of the electrical socket protrude from a bottom side of the enclosure, wherein the electrical plug and the electrical socket are on opposite ends of the leg. an electrical plug, an electrical socket, a conductor electrically connecting the respective terminal, the electrical plug, and the electrical socket, and an isolating material encasing at least part of the leg; wherein the leg extends the height of the enclosure, wherein at least part of the isolating material and at least part of the electrical socket protrude from a bottom side of the enclosure, wherein the electrical plug and the electrical socket are on opposite ends of the leg.
A communication apparatus comprising: a processor, where the processor is configured to generate a plurality of frames that should be transmitted on a same time; to apply a padding on at least a part of the generated plurality of frames to adjust frame lengths; and to multiplex the plurality of frames after the frame lengths are adjusted, on the same time to be transmitted, wherein the plurality of frames multiplexed on the same time are transmitted while eventually having a same frame length, and wherein the padding is applied in combination of one or more sysmbols in a case of a single carrier modulation or an orthogonal frequency division multiplexing, and relative location within frames where the padding is applied can be changed in relation to one or more positions of data within the frames and information indicating the padded location is provided in a preamble or a header part of the frames. a processor, where the processor is configured to generate a plurality of frames that should be transmitted on a same time; to apply a padding on at least a part of the generated plurality of frames to adjust frame lengths; and to multiplex the plurality of frames after the frame lengths are adjusted, on the same time to be transmitted, wherein the plurality of frames multiplexed on the same time are transmitted while eventually having a same frame length, and wherein the padding is applied in combination of one or more sysmbols in a case of a single carrier modulation or an orthogonal frequency division multiplexing, and relative location within frames where the padding is applied can be changed in relation to one or more positions of data within the frames and information indicating the padded location is provided in a preamble or a header part of the frames.