mhurhangee/ep-ind-claims huggingface dataset:
A mower includes a housing and a cover plate pivotally connected to the housing, wherein the housing includes a grass outlet and the cover plate is configured to selectively open or close the grass outlet, wherein in a first state, a free end of the cover plate is away from the grass outlet thus providing an installation space for a collection bag and in a third state, the cover plate is received within an outer contour of the housing, wherein the cover pivots along a pivotal rotation path between the first state and the third state, characterized in that at least one side of the grass outlet is provided with a limit portion which defines a second width (W2, W2') on the pivotal rotation path, wherein the second width (W2, W2') is smaller than the width of the cover plate, wherein in a second state, the cover plate abuts against a top of the limit portion, wherein the cover plate in a deformed state has a temporary width smaller than the second width (W2, W2').
A method for a user equipment UE, operating in a wireless communication system, the method comprising: receiving an indication indicating a Transmission Time Interval TTI, duration in which a Medium Access Control MAC, Control Element CE, is allowed to be included in a MAC Protocol Data Unit PDU, when one or more different TTI durations are configured to the UE; receiving uplink UL, grant with a first TTI duration, when a MAC CE is generated; generating (S907, S911) a MAC PDU by performing a Logical Channel Prioritization LCP, procedure for the UL grant based on the indicator; transmitting (S909, S913) the generated MAC PDU in the first TTI duration, wherein if the indicator indicates that a MAC CE is allowed to be included in the MAC PDU in the first TTI duration, the MAC PDU includes data from logical channels associated with the first TTI duration and MAC CEs, and wherein if the indicator indicates that a MAC CE is not allowed to be included in the MAC PDU in the first TTI duration, the MAC PDU includes only data from logical channels associated with the first TTI duration. receiving an indication indicating a Transmission Time Interval TTI, duration in which a Medium Access Control MAC, Control Element CE, is allowed to be included in a MAC Protocol Data Unit PDU, when one or more different TTI durations are configured to the UE; receiving uplink UL, grant with a first TTI duration, when a MAC CE is generated; generating (S907, S911) a MAC PDU by performing a Logical Channel Prioritization LCP, procedure for the UL grant based on the indicator; transmitting (S909, S913) the generated MAC PDU in the first TTI duration, wherein if the indicator indicates that a MAC CE is allowed to be included in the MAC PDU in the first TTI duration, the MAC PDU includes data from logical channels associated with the first TTI duration and MAC CEs, and wherein if the indicator indicates that a MAC CE is not allowed to be included in the MAC PDU in the first TTI duration, the MAC PDU includes only data from logical channels associated with the first TTI duration.
A weighted exercise apparatus comprising an annular body having axially spaced annular faces (6,8,42) and inner (12,46) and outer (10,44) side walls, and the annular body further comprises handles (14,16) positioned on its outer surface; wherein the annular body is configured to be lifted, gripped and flipped in use as weighted exercise; wherein the annular body section surrounds an inner aperture and further includes a core comprising at least one weight member and a resilient material provided either side of the weight member at least in the axial direction, and a flexible cover layer, characterized in that the inner aperture is configured such that a user may stand within the aperture and such that the apparatus is able to be lifted in an axial direction by the handles and about the user when the user is standing within the aperture, and in that the opposing axially spaced annular faces (6,8,42) of the annular body have an axially outwardly facing convex profile extending radially between the inner (12,46) and outer (10,44) side walls.
A system for processing packets between a router (14,30) and a transmission control protocol/Internet protocol (TCP/IP) network, comprising: a plurality of large scale network address translation appliances (20a-20d); wherein a first LSN appliance arbitrarily selected from the plurality of LSN appliances is configured to: receive a request from the router (14,30), wherein the request includes a private IP address; apply a hash function to the private IP address to determine an owner appliance from the plurality of LSN appliances (20a-20d), and route the request to the owner appliance; wherein the owner appliance is configured to forward the request to the TCP/IP network using a public IP address associated with the owner appliance, wherein the owner appliance creates a session that translates between the public IP address and the private IP address; wherein a second LSN appliance arbitrarily selected from the plurality of LSN appliances (20a-20d) is configured to: receive a response from the TCP/IP network, wherein the response includes the public IP address; examine a look-up table to determine the owner appliance based on the public IP address; route the response to the owner appliance; wherein the owner appliance is configured to forward the response along with the private IP address to the router (14,30). a plurality of large scale network address translation appliances (20a-20d); wherein a first LSN appliance arbitrarily selected from the plurality of LSN appliances is configured to: receive a request from the router (14,30), wherein the request includes a private IP address; apply a hash function to the private IP address to determine an owner appliance from the plurality of LSN appliances (20a-20d), and route the request to the owner appliance; receive a request from the router (14,30), wherein the request includes a private IP address; apply a hash function to the private IP address to determine an owner appliance from the plurality of LSN appliances (20a-20d), and route the request to the owner appliance; wherein the owner appliance is configured to forward the request to the TCP/IP network using a public IP address associated with the owner appliance, wherein the owner appliance creates a session that translates between the public IP address and the private IP address; wherein a second LSN appliance arbitrarily selected from the plurality of LSN appliances (20a-20d) is configured to: receive a response from the TCP/IP network, wherein the response includes the public IP address; examine a look-up table to determine the owner appliance based on the public IP address; route the response to the owner appliance; receive a response from the TCP/IP network, wherein the response includes the public IP address; examine a look-up table to determine the owner appliance based on the public IP address; route the response to the owner appliance; wherein the owner appliance is configured to forward the response along with the private IP address to the router (14,30).
A computer-implemented method of providing information by a vehicle, the method comprising: obtaining fuel status information of the vehicle; determining whether an amount of remaining fuel is less than or equal to a predetermined level based on the obtained fuel status information; searching for information of a gas station within a distance that the vehicle is able to reach using the remaining fuel; providing information about the gas station on a transparent display in an augmented reality mode based on the searched information of the gas station, wherein the information about the gas station comprises at least one of a price of fuel provided at the gas station or a telephone number of the gas station; wherein the providing of the information about the gas station comprises displaying an identification mark of the gas station through the transparent display at predetermined intervals for distinguishing the gas station from other objects, wherein the gas station is the last gas station that the vehicle is able to reach using the remaining fuel; and adjusting the interval of displaying the identification mark based on a speed of the vehicle or a distance to the gas station. obtaining fuel status information of the vehicle; determining whether an amount of remaining fuel is less than or equal to a predetermined level based on the obtained fuel status information; searching for information of a gas station within a distance that the vehicle is able to reach using the remaining fuel; providing information about the gas station on a transparent display in an augmented reality mode based on the searched information of the gas station, wherein the information about the gas station comprises at least one of a price of fuel provided at the gas station or a telephone number of the gas station; wherein the providing of the information about the gas station comprises displaying an identification mark of the gas station through the transparent display at predetermined intervals for distinguishing the gas station from other objects, wherein the gas station is the last gas station that the vehicle is able to reach using the remaining fuel; and adjusting the interval of displaying the identification mark based on a speed of the vehicle or a distance to the gas station.
A deep packet inspection DPI method, comprising: Receiving, by a transceiver module of a coprocessor, an original data packet sent by a general processor, and sending the original data packet to a processor core of the coprocessor; Invoking, by the processor core, at least one sub-coprocessor of the coprocessor to perform application layer parsing on the original data packet, so as to obtain an application layer parsing result of the original data packet, wherein the application layer parsing result is used to indicate application layer information of the original data packet; and Sending, by the processor core, the application layer parsing result to the general processor, so that the general processor processes the original data packet according to the application layer parsing result. Receiving, by a transceiver module of a coprocessor, an original data packet sent by a general processor, and sending the original data packet to a processor core of the coprocessor; Invoking, by the processor core, at least one sub-coprocessor of the coprocessor to perform application layer parsing on the original data packet, so as to obtain an application layer parsing result of the original data packet, wherein the application layer parsing result is used to indicate application layer information of the original data packet; and Sending, by the processor core, the application layer parsing result to the general processor, so that the general processor processes the original data packet according to the application layer parsing result.
A processing unit for food or pharmaceutical products, in particular for centrifugation, grinding and homogenization of food or pharmaceutical products, comprising: - a casing defining a chamber for containing said food or pharmaceutical products inside which stationary blades are housed; - a shaft rotatable around an axis and provided, at its own end projecting inside said chamber, with rotating blades interacting, in use, with said stationary blades, so as to centrifuge, grind and homogenize said food or pharmaceutical products contained in said chamber; - a sealing member positioned to prevent outflow of said products from said chamber towards said shaft; and - a cooling circuit configured to convey a cooling fluid towards said sealing member; characterized in that said cooling circuit comprises an impeller operatively connected to said shaft and configured to move said cooling fluid towards a heat exchange area between said sealing member and said cooling fluid. - a casing defining a chamber for containing said food or pharmaceutical products inside which stationary blades are housed; - a shaft rotatable around an axis and provided, at its own end projecting inside said chamber, with rotating blades interacting, in use, with said stationary blades, so as to centrifuge, grind and homogenize said food or pharmaceutical products contained in said chamber; - a sealing member positioned to prevent outflow of said products from said chamber towards said shaft; and - a cooling circuit configured to convey a cooling fluid towards said sealing member;
Switching device for switching a capacitor with a contactor and an auxiliary switch connected to the contactor, wherein the auxiliary switch has auxiliary switch fixed contacts, an auxiliary switch contact bridge and an auxiliary switch contact bridge support, which movably supports the auxiliary switch contact bridge, and the contactor has contactor fixed contacts, a contactor contact bridge, a contactor contact bridge support, which movably supports the contactor contact bride, and a coil, wherein the auxiliary switch contact bridge support is actively connected to the contactor contact bridge support and is embodied such that when the contactor is switched on, the auxiliary switch contact bridge and the contactor contact bridge are firstly deflected into a first position, in which only the auxiliary switch contact bridge is electrically conductingly connected to the auxiliary switch fixed contacts, and are then deflected into a second position, in which the contactor contact bridge is electrically conductingly connected to the contactor fixed contacts, wherein in order to switch on the contactor the coil is to be excited with a coil current, characterised in that the contactor comprises a control device, which, in order to switch on the contactor for a first duration, excites the coil such that only the first position is adopted, and then excites the coil so that the second position is adopted.
A method for dynamically adjusting thresholds of a compressor responsive to an input audio signal, the method comprising: receiving (204, 304) an input audio signal having a plurality of frequency band components; determining (208, 308) a plurality of time-varying thresholds according to the plurality of frequency band components, each time-varying threshold corresponding to a respective frequency band component; performing (212, 312), by a compressor, on each frequency band component, a compression operation having the corresponding time-varying threshold to produce a plurality of gains, each gain corresponding to a respective frequency band component; applying (216, 316) each gain to a delayed corresponding frequency band component to produce a plurality of processed frequency band components; and summing (220, 320) the processed frequency band components to produce an output signal, the method being characterised by further comprising: determining a time-varying estimate of a perceived spectrum of the output signal; determining a time-varying estimate of a distortion spectrum induced by the perceived spectrum estimate; predicting an audibility measure of the distortion spectrum estimate in the presence of the perceived spectrum estimate; and adjusting one or more of the time-varying thresholds according to the predicted audibility measure. receiving (204, 304) an input audio signal having a plurality of frequency band components; determining (208, 308) a plurality of time-varying thresholds according to the plurality of frequency band components, each time-varying threshold corresponding to a respective frequency band component; performing (212, 312), by a compressor, on each frequency band component, a compression operation having the corresponding time-varying threshold to produce a plurality of gains, each gain corresponding to a respective frequency band component; applying (216, 316) each gain to a delayed corresponding frequency band component to produce a plurality of processed frequency band components; and summing (220, 320) the processed frequency band components to produce an output signal, determining a time-varying estimate of a perceived spectrum of the output signal; determining a time-varying estimate of a distortion spectrum induced by the perceived spectrum estimate; predicting an audibility measure of the distortion spectrum estimate in the presence of the perceived spectrum estimate; and adjusting one or more of the time-varying thresholds according to the predicted audibility measure.
Aircraft landing gear comprising: - a trailing arm connectable to at least one aircraft wheel, - a shock absorber connectable to the aircraft, the trailing arm being rotatable with respect to the shock absorber and whereby load is transferred from the trailing arm to the shock absorber, and - a pin bearing arrangement having an axis, for measuring loads in the aircraft landing gear, being fixed to the trailing arm and located between the trailing arm and the shock absorber, wherein the pin bearing arrangement comprises at least two strain measuring elements attached in the pin bearing arrangement in predetermined positions circumferentially spaced from each other about said axis by at least 90°, these positions being selected such that the strain measuring elements give at least a minimum detectable signal when the load transferred is over a first threshold value, for any value of the angle adopted by the trailing arm with respect to the shock absorber. - a trailing arm connectable to at least one aircraft wheel, - a shock absorber connectable to the aircraft, the trailing arm being rotatable with respect to the shock absorber and whereby load is transferred from the trailing arm to the shock absorber, and - a pin bearing arrangement having an axis, for measuring loads in the aircraft landing gear, being fixed to the trailing arm and located between the trailing arm and the shock absorber,
A method for the treatment of wastewater containing at least one organic ammonium ion and optionally impurities such as soluble silica, which method comprises an electrodialysis of the optionally pretreated wastewater to obtain desalted water having a reduced content of organic ammonium ion and a concentrate containing an organic ammonium ion, wherein the electrodialysis is carried out in at least one electrodialyser, the membrane stack of the electrodialyser has at least one membrane unit, and the membranes in at least a part of the membrane unit(s) comprise a styrene-type homogeneous cation exchange membrane, wherein the organic ammonium ion is represented by formula I, in formula I, R 1, R 2, R 3 and R 4 are independently selected from C 1 -C 5 alkyl, and C 6- C 12 aryl. which method comprises an electrodialysis of the optionally pretreated wastewater to obtain desalted water having a reduced content of organic ammonium ion and a concentrate containing an organic ammonium ion, wherein the electrodialysis is carried out in at least one electrodialyser, the membrane stack of the electrodialyser has at least one membrane unit, and the membranes in at least a part of the membrane unit(s) comprise a styrene-type homogeneous cation exchange membrane, wherein the organic ammonium ion is represented by formula I, in formula I, R 1, R 2, R 3 and R 4 are independently selected from C 1 -C 5 alkyl, and C 6- C 12 aryl.
A method for wirelessly calibrating/testing a digital receiver module of a multi-antenna receiver of a device under test, the method comprising: wirelessly transmitting a first signaling information between the device under test and a device tester, the first signaling information indicating a calibration request, wherein the first signaling information is transmitted by the device under test or the device tester; estimating, in response to the first signaling information, channel transfer function matrices between active antenna ports or RF ports of the multi-antenna receiver of the device under test and antenna ports of the device tester using reference signals wirelessly transmitted from the device tester to the device under test; wirelessly transmitting a second signaling information between the device under test and the device tester, the second signaling information indicating a precoded transmission request, wherein the second signaling information is transmitted by the device under test or the device tester; and wirelessly transmitting, in response to the second signaling information, reference signals from the device tester to the device under test using precoder matrices selected or determined based on the estimated channel transfer function matrices or an information derived therefrom, to obtain interference free channels between the device tester and the device under test allowing the reference signals to be received independently at each active antenna port or RF port of the multi-antenna receiver of the device under test. wirelessly transmitting a first signaling information between the device under test and a device tester, the first signaling information indicating a calibration request, wherein the first signaling information is transmitted by the device under test or the device tester; estimating, in response to the first signaling information, channel transfer function matrices between active antenna ports or RF ports of the multi-antenna receiver of the device under test and antenna ports of the device tester using reference signals wirelessly transmitted from the device tester to the device under test; wirelessly transmitting a second signaling information between the device under test and the device tester, the second signaling information indicating a precoded transmission request, wherein the second signaling information is transmitted by the device under test or the device tester; and wirelessly transmitting, in response to the second signaling information, reference signals from the device tester to the device under test using precoder matrices selected or determined based on the estimated channel transfer function matrices or an information derived therefrom, to obtain interference free channels between the device tester and the device under test allowing the reference signals to be received independently at each active antenna port or RF port of the multi-antenna receiver of the device under test.
A system of a host vehicle comprising: a logging system operatively connected to one or more applications of the host vehicle and configured to log application metadata or sensor data associated with the one or more applications; a data query daemon operatively connected to the logging system and configured to: receive a data query from a remote data query system, the data query comprising a request for data satisfying one or more conditions and being directed to a vehicle fleet that includes the host vehicle; detect the requested data of the data query in the application metadata or the sensor data being logged by the logging system; extract and store the requested data in memory; and transmit the requested data to the remote data query system to respond to the data query. a logging system operatively connected to one or more applications of the host vehicle and configured to log application metadata or sensor data associated with the one or more applications; a data query daemon operatively connected to the logging system and configured to: receive a data query from a remote data query system, the data query comprising a request for data satisfying one or more conditions and being directed to a vehicle fleet that includes the host vehicle; detect the requested data of the data query in the application metadata or the sensor data being logged by the logging system; extract and store the requested data in memory; and transmit the requested data to the remote data query system to respond to the data query. receive a data query from a remote data query system, the data query comprising a request for data satisfying one or more conditions and being directed to a vehicle fleet that includes the host vehicle; detect the requested data of the data query in the application metadata or the sensor data being logged by the logging system; extract and store the requested data in memory; and transmit the requested data to the remote data query system to respond to the data query.