mhurhangee/ep-ind-claims huggingface dataset:
Cleaning system for cleaning a sensor window of an optical sensing device of a motor vehicle, the system comprising a housing module for cooperating with the sensing device, comprising a window opening, that defines a sensor window plane, for receiving therein the sensor window of the optical sensing device; a wiper module including a wiper for wiping the sensor window; a drive module, having a rotary output organ; and a kinematic transformer module interconnected between the drive module and the wiper module and configured for transforming a rotation of the rotary output organ of the drive module so as to drive the wiper in a cyclic wiper trajectory, characterized in that the cyclic wiper trajectory comprises a wiping section in which the wiper is driven substantially in the sensor window plane so as to wipe the sensor window, and a non-wiping section in which the wiper is driven at a distance away from the sensor window plane without wiping the sensor window. a housing module for cooperating with the sensing device, comprising a window opening, that defines a sensor window plane, for receiving therein the sensor window of the optical sensing device; a wiper module including a wiper for wiping the sensor window; a drive module, having a rotary output organ; and a kinematic transformer module interconnected between the drive module and the wiper module and configured for transforming a rotation of the rotary output organ of the drive module so as to drive the wiper in a cyclic wiper trajectory, characterized in that the cyclic wiper trajectory comprises a wiping section in which the wiper is driven substantially in the sensor window plane so as to wipe the sensor window, and a non-wiping section in which the wiper is driven at a distance away from the sensor window plane without wiping the sensor window.
A method of providing frame synchronization for GPS signals, the method comprising: performing coherent bit extraction on GPS bits; performing coherent frame boundary detection based on bits of the coherent bit extraction, wherein the coherent frame boundary detection comprises comparing first values of a plurality of GPS subframes; performing differential bit extraction on the GPS bits, wherein performing the differential bit extraction on the GPS bits includes finding a preamble of a telemetry, TLM, word of a GPS subframe, and a short time of week, STOW, defined by a limited number of most significant bits, MSB, of a time of week, TOW of a hand-over word, HOW; performing differential frame boundary detection based on bits of the differential bit extraction, wherein the differential frame boundary detection comprises comparing second values of the plurality of GPS subframes, wherein the second values include fewer bits than the first values, and wherein said performing the differential frame boundary detection and said performing the coherent frame boundary detection are done concurrently; and providing the frame synchronization, wherein whichever of the coherent frame boundary detection and the differential frame boundary detection first finds a frame boundary, that frame boundary is used for the frame synchronization. performing coherent bit extraction on GPS bits; performing coherent frame boundary detection based on bits of the coherent bit extraction, wherein the coherent frame boundary detection comprises comparing first values of a plurality of GPS subframes; performing differential bit extraction on the GPS bits, wherein performing the differential bit extraction on the GPS bits includes finding a preamble of a telemetry, TLM, word of a GPS subframe, and a short time of week, STOW, defined by a limited number of most significant bits, MSB, of a time of week, TOW of a hand-over word, HOW; performing differential frame boundary detection based on bits of the differential bit extraction, wherein the differential frame boundary detection comprises comparing second values of the plurality of GPS subframes, wherein the second values include fewer bits than the first values, and wherein said performing the differential frame boundary detection and said performing the coherent frame boundary detection are done concurrently; and providing the frame synchronization, wherein whichever of the coherent frame boundary detection and the differential frame boundary detection first finds a frame boundary, that frame boundary is used for the frame synchronization.
A hearing instrument comprising an interface for reception of a message from a device, a text-to-speech processor configured for conversion of the message into audio samples of a corresponding speech message, a memory for storage of the message and/or the speech message, and a message processor configured for, at a selected time, transmitting the audio samples of the speech message to the user of the hearing instrument, characterized in that the interface of the hearing instrument is for reception of information regarding the selected time from the device. an interface for reception of a message from a device, a text-to-speech processor configured for conversion of the message into audio samples of a corresponding speech message, a memory for storage of the message and/or the speech message, and a message processor configured for, at a selected time, transmitting the audio samples of the speech message to the user of the hearing instrument,
A method for impregnating chemicals into wood, characterized in that the chemicals include a cross-linking agent having carboxyl groups and a low molecular weight oligomer having reactive - OH groups, the cross-linking agent being reactive with -OH groups of the wood and the low molecular weight oligomer and molecular weight of the low molecular weight oligomer being less than 1000 g/mol; and the chemicals are impregnated into the bulk of the wood and the chemicals are allowed to diffuse into the cell wall of the wood during 1 - 7 days at temperatures 25 - 60 °C, which do not activate the cross-linking, after the impregnation and a cross-linking is carried out after the diffusion so that the carboxyl groups of the cross-linking agent form ester cross-linking bonds with -OH groups of the wood and/or low molecular weight oligomer in the wood cell wall.
A method of reporting channel state information, CSI, from a wireless device to a radio node, the wireless device being wirelessly connected to the radio node, the method comprising the steps of: storing, at the wireless device, different CSI configurations associated with different CSI states (502; 504), wherein the CSI states (502; 504) include at least one active CSI state, wherein, according to the CSI configuration associated with the active CSI state, the CSI is periodically reported by the wireless device in the active CSI state, and wherein the CSI configurations comprise at least one transition criterion for a state transition between the CSI states (502; 504), wherein the transition criterion for the transition to the active CSI state includes a change of the CSI; determining, by the wireless device, the state transition to a CSI state among the CSI states (502; 504) if the corresponding transition criterion is fulfilled; and reporting the CSI according to the CSI configuration that is associated with the CSI state resulting from the determination. storing, at the wireless device, different CSI configurations associated with different CSI states (502; 504), wherein the CSI states (502; 504) include at least one active CSI state, wherein, according to the CSI configuration associated with the active CSI state, the CSI is periodically reported by the wireless device in the active CSI state, and wherein the CSI configurations comprise at least one transition criterion for a state transition between the CSI states (502; 504), wherein the transition criterion for the transition to the active CSI state includes a change of the CSI; determining, by the wireless device, the state transition to a CSI state among the CSI states (502; 504) if the corresponding transition criterion is fulfilled; and reporting the CSI according to the CSI configuration that is associated with the CSI state resulting from the determination.
Method for manufacturing a foamed injection moulded article comprising a) chain branching of a high density polyethylene by electron beam irradiation, the high density polyethylene (HDPE) having a - MI in the range between ≥ 1 and ≤ 100 and - density in the range between ≥ 930 and ≤ 985 kg/m3 resulting in HDPE having - MI (melt index) in the range between ≥ 0.01 and ≤ 50 - density in the range between ≥ 930 and ≤ 985 kg/m3 and - a gel fraction less than 5% - a quotient of melt strength and apparent viscosity > 2 cN/k.Pa.s wherein the MI (melt index) is measured according to ISO 1133-1:2011 at a temperature of 190 °C at a load of 2.16 kg, the density is measured at a temperature of 23°C according to ISO 1183-1:2012, the gel fraction is determined according to ASTM D2765-11, the melt strength of the high density polyethylene is determined as described in ISO 16790:2005 under the conditions described in the description, the apparent viscosity is determined as described in ISO 11443:2014 under the conditions described in the description, b) injection moulding foaming the obtained HDPE using a physical or chemical blowing agent. a) chain branching of a high density polyethylene by electron beam irradiation, the high density polyethylene (HDPE) having a - MI in the range between ≥ 1 and ≤ 100 and - density in the range between ≥ 930 and ≤ 985 kg/m3 resulting in HDPE having - MI (melt index) in the range between ≥ 0.01 and ≤ 50 - density in the range between ≥ 930 and ≤ 985 kg/m3 and - a gel fraction less than 5% - a quotient of melt strength and apparent viscosity > 2 cN/k.Pa.s wherein the MI (melt index) is measured according to ISO 1133-1:2011 at a temperature of 190 °C at a load of 2.16 kg, the density is measured at a temperature of 23°C according to ISO 1183-1:2012, the gel fraction is determined according to ASTM D2765-11, the melt strength of the high density polyethylene is determined as described in ISO 16790:2005 under the conditions described in the description, the apparent viscosity is determined as described in ISO 11443:2014 under the conditions described in the description, - MI in the range between ≥ 1 and ≤ 100 and - density in the range between ≥ 930 and ≤ 985 kg/m3 - MI (melt index) in the range between ≥ 0.01 and ≤ 50 - density in the range between ≥ 930 and ≤ 985 kg/m3 and - a gel fraction less than 5% - a quotient of melt strength and apparent viscosity > 2 cN/k.Pa.s the MI (melt index) is measured according to ISO 1133-1:2011 at a temperature of 190 °C at a load of 2.16 kg, the density is measured at a temperature of 23°C according to ISO 1183-1:2012, the gel fraction is determined according to ASTM D2765-11, the melt strength of the high density polyethylene is determined as described in ISO 16790:2005 under the conditions described in the description, the apparent viscosity is determined as described in ISO 11443:2014 under the conditions described in the description, b) injection moulding foaming the obtained HDPE using a physical or chemical blowing agent.
Siphon, provided for arrangement in a laundry care appliance, comprising - a first tube element comprising a first end and a second end in a longitudinal direction, - a second tube element, which is and/or can be arranged in the first tube element, at least in sections, with a siphon end that faces towards the first end and is spaced apart therefrom and an outer end that lies opposite the siphon end, - a lid plate, which is arranged in the second tube element between the siphon end and the outer end and seals off the second tube element, - a third tube element, which is arranged in the first tube element, at least in sections, and in the second tube element, at least in sections, with an input end that faces towards the second end and the lid plate and is spaced apart from the lid plate and an output end that lies opposite the input end, and - a fluid inlet opening which leads into a region between the first tube element and the second tube element as well as an overflow opening which leads out of said region, - wherein the first tube element comprises a base plate with a base opening at its first end, - wherein the third tube element extends through the base opening in a fluid-tight manner, characterised in that - the overflow opening is arranged between the input end of the third tube element and the fluid inlet opening, when viewed in the longitudinal direction. - a first tube element comprising a first end and a second end in a longitudinal direction, - a second tube element, which is and/or can be arranged in the first tube element, at least in sections, with a siphon end that faces towards the first end and is spaced apart therefrom and an outer end that lies opposite the siphon end, - a lid plate, which is arranged in the second tube element between the siphon end and the outer end and seals off the second tube element, - a third tube element, which is arranged in the first tube element, at least in sections, and in the second tube element, at least in sections, with an input end that faces towards the second end and the lid plate and is spaced apart from the lid plate and an output end that lies opposite the input end, and - a fluid inlet opening which leads into a region between the first tube element and the second tube element as well as an overflow opening which leads out of said region, - wherein the first tube element comprises a base plate with a base opening at its first end, - wherein the third tube element extends through the base opening in a fluid-tight manner, characterised in that - the overflow opening is arranged between the input end of the third tube element and the fluid inlet opening, when viewed in the longitudinal direction.
An apparatus (100 1) configured to be employed in a User Equipment, UE, comprising: a memory interface; and processing circuitry (no) configured to: process a power saving signal associated with a Discontinuous Reception On Duration, drx-onDuration, occasion, wherein the power saving signal is received via a set of Resource Blocks, RBs, comprising a first plurality of RBs associated with a first precoder and a second plurality of RBs associated with a second precoder, wherein the set of RBs is within a configured set of time and frequency resources of the power saving signal; characterized in that the processing circuitry (no) is further configured to: determine, based on at least one of the first plurality of RBs or the second plurality of RBs, a signal waveform of the power saving signal, or signaling content of the power saving signal, whether the power saving signal is one of two signals: either a Wake Up Signal, WUS, or a Go To Sleep signal, GTS. a memory interface; and processing circuitry (no) configured to: process a power saving signal associated with a Discontinuous Reception On Duration, drx-onDuration, occasion, wherein the power saving signal is received via a set of Resource Blocks, RBs, comprising a first plurality of RBs associated with a first precoder and a second plurality of RBs associated with a second precoder, wherein the set of RBs is within a configured set of time and frequency resources of the power saving signal; characterized in that the processing circuitry (no) is further configured to: determine, based on at least one of the first plurality of RBs or the second plurality of RBs, a signal waveform of the power saving signal, or signaling content of the power saving signal, whether the power saving signal is one of two signals: either a Wake Up Signal, WUS, or a Go To Sleep signal, GTS. process a power saving signal associated with a Discontinuous Reception On Duration, drx-onDuration, occasion, wherein the power saving signal is received via a set of Resource Blocks, RBs, comprising a first plurality of RBs associated with a first precoder and a second plurality of RBs associated with a second precoder, wherein the set of RBs is within a configured set of time and frequency resources of the power saving signal; characterized in that the processing circuitry (no) is further configured to: determine, based on at least one of the first plurality of RBs or the second plurality of RBs, a signal waveform of the power saving signal, or signaling content of the power saving signal, whether the power saving signal is one of two signals: either a Wake Up Signal, WUS, or a Go To Sleep signal, GTS.
Rotor of an exhaust-gas turbocharger, which rotor has a rotor hub and rotor blades arranged on the rotor hub, which rotor blades each have a fluid inlet edge, a fluid outlet edge, a blade root, a radial blade edge and a blade height and a blade thickness distribution, characterized in that the blade thickness distribution is selected such that the rotor blades have, along their extent from the fluid inlet edge to the fluid outlet edge, at least one transition between a rigidity-oriented radial blade thickness distribution and an inertia- and stress-oriented radial blade thickness distribution over the blade height, wherein, the rigidity-oriented blade thickness distribution is a bottle-shaped blade thickness distribution over the blade height, and the inertia- and stress-oriented blade thickness distribution is an Eiffel Tower-shaped blade thickness distribution over the blade height, wherein, in the region of the bottle-shaped blade thickness distribution, a side surface contour of the respective rotor blade has in each case one curvature change region between its blade root and its radial blade edge, in which, in the direction from radial inside to radial outside, a convex profile of the side surface contour in relation to an imaginary central line of the rotor blade cross section under consideration changes into a concave profile, wherein, in the region of the Eiffel Tower-shaped blade thickness distribution, a side surface contour of the respective rotor blade has, between its blade root and its radial blade edge, a concavely curved profile such that the blade thickness decreases degressively in the radially outward direction over the blade height.
An autonomous vacuum cleaner comprising a main body defining a first, vertical axis and housing a dirty air inlet, a clean air outlet, an airflow path between the dirty air inlet and the clean air outlet and a separating apparatus arranged in the air flow path between the dirty air inlet and the clean air outlet, the separating apparatus defining a second, longitudinal axis, characterised in that the separating apparatus is oriented so that the second, longitudinal axis is substantially parallel with the first, vertical axis of the main body, and a portion of the separating apparatus protrudes from a forward portion of the main body of the vacuum cleaner.
Overhead cable transport facility, comprising a departure station and an arrival station connected by cables (2a, 2b) defining two traffic lane each consisting of two stationary carrying cables parallel to each other and of a scrolling traction cable extending between the two carrying cables, the transport facility further comprising a carriage comprising two rolling elements each designed to cooperate with one of said carrying cables and hooking means designed to be coupled to said traction cable of a traffic lane, said carriage further comprising two lateral uprights designed to cooperate with said rolling elements, the spacing between the lateral uprights being greater than the spacing between the carrying cables so that the lateral uprights cooperate with the rolling elements from outside the traffic lane, said transport facility comprising a vehicle hanging from the carriage to be moved along the traffic lanes, each station comprising at least one return pulley of said traction cable designed to return the traction cable from one traffic lane to another, characterized in that said carriage comprises a central upright designed to cooperate with said hooking means and a cross member connecting said lateral uprights and said central upright between them, said cross member extending under the carrying and traction cables, and in that each station comprises at least one anchor wheel disposed in the center of the station between the traction cable and designed to secure the carrying cables, and in that each station further comprises first and second guideways (21a, 21b) designed to move the vehicle from one traffic lane to another and instead of the carrying and traction cables, said first guideway replaces the carrying cable and extends to the periphery of the station, and said second guideway replaces the carrying cable and extends inside the station, said at least one anchor wheel substantially overhanging said second guideway to allow upward deflection of the carrying cable it replaces.
A device comprising: a first body portion; a second body portion, wherein the first body portion and the second body portion, at least in part, define a base orientation of the device and wherein an open space is defined between the first body portion and the second body portion; a first spring member pivotally engaged with respect to at least one of the first body portion or the second body portion; a first shaft connecting the first body portion, the second body portion, and the first spring member in a pivotal manner at a first location; and a second shaft connecting the first body portion, the second body portion, and the first spring member in a pivotal manner at a second location, wherein the first spring member includes a polymeric element that stretches under a tensile force, wherein when a force is applied to at least one of the first body portion or the second body portion so as to change the device out of the base orientation, the first spring member exerts a force that urges the device toward the base orientation. a first body portion; a second body portion, wherein the first body portion and the second body portion, at least in part, define a base orientation of the device and wherein an open space is defined between the first body portion and the second body portion; a first spring member pivotally engaged with respect to at least one of the first body portion or the second body portion; a first shaft connecting the first body portion, the second body portion, and the first spring member in a pivotal manner at a first location; and a second shaft connecting the first body portion, the second body portion, and the first spring member in a pivotal manner at a second location, wherein the first spring member includes a polymeric element that stretches under a tensile force, wherein when a force is applied to at least one of the first body portion or the second body portion so as to change the device out of the base orientation, the first spring member exerts a force that urges the device toward the base orientation.
A method of detecting the load shedding of an inverter connected to an electricity mains, characterized in that the method comprises at least steps of: determining the time derivative of the voltage unbalance factor between phases (RoCoVUF) output by the inverter; determining the time derivative of the frequency (RoCoF) of the voltage output by the inverter; multiplying (43; 43') the two values; and comparing the result with a threshold (TH; TH'). determining the time derivative of the voltage unbalance factor between phases (RoCoVUF) output by the inverter; determining the time derivative of the frequency (RoCoF) of the voltage output by the inverter; multiplying (43; 43') the two values; and comparing the result with a threshold (TH; TH').