mhurhangee/patent-ind-claim-en huggingface dataset:
A loudspeaker assembly comprising: a diaphragm having a front side, a rear side and a circumferential edge between the front side and the rear side, a frame disposed at the rear side and at the edge of the diaphragm (104; 304; 504), and configured to support the diaphragm , a light source configured to generate light, and a light guide attached to the frame and optically coupled to the light source , the light guide configured to guide the light from the light source to the frame and to illuminate a vicinity of the light guide , wherein the light guide is coupled to the light source via an optical connector , wherein the light guide is configured to guide the light in a main direction along the guide light and to reflect, diffuse, distract or divert parts of the light in at least one other direction, wherein the assembly comprises a mounting ring and a grill with an edge profile at a front end of the assembly , wherein the light guide is arranged between the mounting ring and the edge profile , wherein the diaphragm is reflective so that the light emitted by the light guide is shadowed by the edge profile , but is visible from the front end via the reflective diaphragm . a diaphragm having a front side, a rear side and a circumferential edge between the front side and the rear side, a frame disposed at the rear side and at the edge of the diaphragm (104; 304; 504), and configured to support the diaphragm , a light source configured to generate light, and a light guide attached to the frame and optically coupled to the light source , the light guide configured to guide the light from the light source to the frame and to illuminate a vicinity of the light guide , wherein the light guide is coupled to the light source via an optical connector , wherein the light guide is configured to guide the light in a main direction along the guide light and to reflect, diffuse, distract or divert parts of the light in at least one other direction, wherein the assembly comprises a mounting ring and a grill with an edge profile at a front end of the assembly , wherein the light guide is arranged between the mounting ring and the edge profile , wherein the diaphragm is reflective so that the light emitted by the light guide is shadowed by the edge profile , but is visible from the front end via the reflective diaphragm .
A method comprising: (a) generating , via a sensor of a computing device , a signal representing vibrations originating from a blood vessel of a subject; (b) decomposing the signal into one or more first intrinsic oscillatory modes and one or more second intrinsic oscillatory modes wherein the one or more first intrinsic oscillatory modes have respective oscillation frequencies that are less than respective oscillation frequencies of the one or more second intrinsic oscillatory modes; (c) obtaining an intensity spectrum of the one or more first intrinsic oscillatory modes over a range of frequencies, wherein obtaining the intensity spectrum comprises performing a fast Fourier transform (FFT) upon the one or more first intrinsic oscillatory modes to yield one or more intensities corresponding respectively to one or more frequencies of the vibrations; and (d) using the obtained intensity spectrum to determine a blood volume status of the subj ect. (a) generating , via a sensor of a computing device , a signal representing vibrations originating from a blood vessel of a subject; (b) decomposing the signal into one or more first intrinsic oscillatory modes and one or more second intrinsic oscillatory modes wherein the one or more first intrinsic oscillatory modes have respective oscillation frequencies that are less than respective oscillation frequencies of the one or more second intrinsic oscillatory modes; (c) obtaining an intensity spectrum of the one or more first intrinsic oscillatory modes over a range of frequencies, wherein obtaining the intensity spectrum comprises performing a fast Fourier transform (FFT) upon the one or more first intrinsic oscillatory modes to yield one or more intensities corresponding respectively to one or more frequencies of the vibrations; and (d) using the obtained intensity spectrum to determine a blood volume status of the subj ect.
Clamping assembly having an arrangement of mechanically clamped components (3 - 9) that lie one on top of the other so as to form a stack, said clamping assembly comprising a spring system and a clamping device for generating a mechanical compressive force onto the arrangement of the components (3 - 9), wherein the spring system is a spring plate that is formed by a multiplicity of mutually connected plate spring elements that are arranged adjacent one to the other characterized in that the plate spring elements comprise different spring characteristics, the plate spring elements comprise an upper inner edge and a lower outer edge , and the plate spring elements are connected one to the other at their lower outer edges so that they form the spring plate .
A lower structure of an electric vehicle on which a high-voltage driving battery is mounted and which can travel by using electric power thereof, the lower structure of the electric vehicle comprising: a floor panel that expands in a lower portion of a cabin; a dashboard that continues from a front edge portion of the floor panel and divides a front portion of the cabin; a front subframe that has a right and left pair of side frame sections , each of which extends in a front-rear direction at a position in front of the dashboard , and a rear end portion of each of which is located below the dashboard ; a specified high-voltage component that is connected to the high-voltage battery and is arranged along a lower surface of the floor panel and at a position behind a rear end portion of one of the side frame sections ; and a specified vehicle component that is arranged adjacent to rear of the high-voltage component , wherein the high-voltage component is arranged in a vertically inclined state, a front end portion of the high-voltage component is located higher than the rear end portion of the side frame section , and a rear end portion of the high-voltage component is located lower than the vehicle component . a floor panel that expands in a lower portion of a cabin; a dashboard that continues from a front edge portion of the floor panel and divides a front portion of the cabin; a front subframe that has a right and left pair of side frame sections , each of which extends in a front-rear direction at a position in front of the dashboard , and a rear end portion of each of which is located below the dashboard ; a specified high-voltage component that is connected to the high-voltage battery and is arranged along a lower surface of the floor panel and at a position behind a rear end portion of one of the side frame sections ; and a specified vehicle component that is arranged adjacent to rear of the high-voltage component , wherein the high-voltage component is arranged in a vertically inclined state, a front end portion of the high-voltage component is located higher than the rear end portion of the side frame section , and a rear end portion of the high-voltage component is located lower than the vehicle component .
A method for wireless communication, comprising: transmitting , by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, wherein, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth, and the second bandwidth is equal to a bandwidth of 20 Physical Resource Blocks, PRBs. transmitting , by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, wherein, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth, and the second bandwidth is equal to a bandwidth of 20 Physical Resource Blocks, PRBs.
A compressor comprising: a compression mechanism ; a motor coupled with the compression mechanism via a driving shaft ; and a casing for accommodating the compression mechanism and the motor , wherein the motor includes a motor stator , and a motor rotor disposed inside the motor stator and coupled to the driving shaft , the motor stator is spot-joined to the casing via a plurality of spot-joined portions formed by spot welding to the casing , each of the plurality of spot-joined portions being arranged at different positions in a circumferential direction around an axis (X) of the driving shaft on an outer circumference surface of the driving shaft , and characterised by some of the plurality of spot-joined portions being arranged at different positions in the axial direction of the driving shaft as well. a compression mechanism ; a motor coupled with the compression mechanism via a driving shaft ; and a casing for accommodating the compression mechanism and the motor , wherein the motor includes a motor stator , and a motor rotor disposed inside the motor stator and coupled to the driving shaft , the motor stator is spot-joined to the casing via a plurality of spot-joined portions formed by spot welding to the casing , each of the plurality of spot-joined portions being arranged at different positions in a circumferential direction around an axis (X) of the driving shaft on an outer circumference surface of the driving shaft , and characterised by some of the plurality of spot-joined portions being arranged at different positions in the axial direction of the driving shaft as well.
Façade panel arrangement comprising a first façade panel and a second façade panel , which are arranged on top of each other, and a pinning system for pinning the façade panels to each other, wherein the pinning system comprises a pin and a guide , wherein the pin has a longitudinal central axis , wherein the pin is guided in the guide for displacement in the direction of its longitudinal central axis , wherein the guide is located at the second façade panel , wherein the pin extends into the guide , wherein the pin and the guide are located completely outside the façade panels and the guide is fixed to the second façade panel by way of a second anchoring device characterised in that the pin is fixed to the first façade panel by way of a first anchoring device , and in that - the guide is formed in a guide sleeve , the guide sleeve being adjustable relative to the second anchoring device at least during the assembly process, or - the pin is held at the first anchoring device by means of grouting compound , the pin being capable of positioning relative to the first anchoring device during the assembly process. - the guide is formed in a guide sleeve , the guide sleeve being adjustable relative to the second anchoring device at least during the assembly process, or - the pin is held at the first anchoring device by means of grouting compound , the pin being capable of positioning relative to the first anchoring device during the assembly process.
An apparatus for continuous needleless electrospinning of a liquid polymer source into a nanoscale or submicron scale polymer fiber web , the apparatus comprising: a. an electrospinning enclosure comprising: one or more liquid polymer coating devices ; an electrospinning zone (Z) comprising an electrically conductive ground plate ; and a wire cleaning assembly ; b. a wire drive system located external to the electrospinning enclosure ; c. a plurality of continuous electrode wires , the plurality of continuous electrode wires being parallel to each other, engaged with the wire drive system , and extending through the electrospinning enclosure and one or more liquid polymer coating devices located therein, wherein the one or more liquid polymer coating devices comprise at least one liquid polymer coating manifold , wherein the at least one liquid polymer coating manifold feeds the liquid polymer to the one or more liquid polymer coating devices ; d. a substrate conveyor system located external to the electrospinning enclosure ; e. one or more high voltage power supply units , wherein the one or more liquid polymer coating devices coat a layer of liquid polymer onto a surface of the plurality of continuous electrode wires , the one or more high voltage power supply units apply high voltage to the plurality of continuous electrode wires and generate an electrical field between the plurality of continuous electrode wires and the electrically conductive ground plate in the electrospinning zone (Z), forming nanoscale or submicron scale polymer fibers from the liquid polymer coated onto the surface of the plurality of continuous electrode wires , the wire cleaning assembly comprises a solvent for cleaning residual liquid polymer from the plurality of continuous electrode wires , and the substrate conveyor system drives a substrate through the electrospinning enclosure and collects the nanoscale or submicron scale polymer fibers on the substrate as a polymer fiber web . a. an electrospinning enclosure comprising: one or more liquid polymer coating devices ; an electrospinning zone (Z) comprising an electrically conductive ground plate ; and a wire cleaning assembly ; one or more liquid polymer coating devices ; an electrospinning zone (Z) comprising an electrically conductive ground plate ; and a wire cleaning assembly ; b. a wire drive system located external to the electrospinning enclosure ; c. a plurality of continuous electrode wires , the plurality of continuous electrode wires being parallel to each other, engaged with the wire drive system , and extending through the electrospinning enclosure and one or more liquid polymer coating devices located therein, wherein the one or more liquid polymer coating devices comprise at least one liquid polymer coating manifold , wherein the at least one liquid polymer coating manifold feeds the liquid polymer to the one or more liquid polymer coating devices ; d. a substrate conveyor system located external to the electrospinning enclosure ; e. one or more high voltage power supply units ,
A method for a wireless communication system comprising a radio access network, RAN, node , the method comprising: determining, by the RAN node , based on detection of an event, to suspend an established radio resource control, RRC, connection with a user equipment, UE, , wherein suspension causes the established RRC connection to be a suspended RRC connection that disables user plane data communications between the UE and the RAN node ; in response to the determination to suspend the established RRC connection, storing, by the RAN node , RRC connection data related to the established RRC connection; and transmitting, by the RAN node to the UE , an RRC connection suspend command instructing the UE to suspend the established RRC connection; receiving, by the RAN node from the UE , an RRC connection reactivation request to reactivate the suspended RRC connection; and sending, by the RAN node to the UE , an RRC connection reactivation message including updates to the RRC connection data. determining, by the RAN node , based on detection of an event, to suspend an established radio resource control, RRC, connection with a user equipment, UE, , wherein suspension causes the established RRC connection to be a suspended RRC connection that disables user plane data communications between the UE and the RAN node ; in response to the determination to suspend the established RRC connection, storing, by the RAN node , RRC connection data related to the established RRC connection; and transmitting, by the RAN node to the UE , an RRC connection suspend command instructing the UE to suspend the established RRC connection; receiving, by the RAN node from the UE , an RRC connection reactivation request to reactivate the suspended RRC connection; and sending, by the RAN node to the UE , an RRC connection reactivation message including updates to the RRC connection data.
A cleaning agent comprising at least one surfactant, one or more complexing agents, PDADMAC (polydiallyldimethylammonium chloride) and zinc acetate as corrosion inhibitor, characterized in that the cleaning agent is an automatic dishwashing agent and in that this cleaning agent comprises PDADMAC in a proportion of 0.01 to 1 wt.%.
A video encoder , comprising: an input unit configured to receive frames of video, each of the frames comprising blocks of pixels; an intra-prediction unit configured, for a current block to be encoded, to determine a vanishing point (440;480) in which perspective lines seem to converge and to generate a residual by performing intra-prediction based on a prediction line (430;451) which originates in the vanishing point and runs through a current pixel in the current block; and an output unit configured to provide an encoded bit stream based on the residual. an input unit configured to receive frames of video, each of the frames comprising blocks of pixels; an intra-prediction unit configured, for a current block to be encoded, to determine a vanishing point (440;480) in which perspective lines seem to converge and to generate a residual by performing intra-prediction based on a prediction line (430;451) which originates in the vanishing point and runs through a current pixel in the current block; and an output unit configured to provide an encoded bit stream based on the residual.
Timepiece, in particular a pocket watch , comprising a case delimited by a middle , the timepiece further comprising at least one cover covering a device for displaying information, as well as a device for controlling the opening of the at least one cover , this control device comprising a ring pendant provided with a cylindrical portion which carries a safety catch and a command transmission member, the control device also comprising a middle pendant which has a middle pendant housing as well as at least a first circular arc groove delimited by a stop into which opens the middle pendant housing , the middle pendant comprising a cylindrical notch allowing the passage of the safety catch into the middle pendant housing wherein the ring pendant is inserted such that it is free to slide against the return force of a return spring being arranged to guide said ring pendant when it is pushed in a rectilinear manner a first time towards the middle into a first abutment position at the place where the middle pendant housing opens into the at least one first groove , then to enable the pivoting of said ring pendant in a first direction in the at least one first groove up to the stop , the execution of this manoeuvre leading the safety catch to slide in said first groove , then to enable the ring pendant to be pushed in a rectilinear manner a second time towards the middle so as to cause the cover to open by an action on the command transmission member arranged formed by an actuating pin to move under the effect of the action of the ring pendant and to actuate a spring which controls the opening of the cover , on the side of the middle of the case of the timepiece, the ring pendant comprising a first and a second cylindrical portion , which are arranged one after the other, the outer diameter of the first cylindrical portion being greater than the outer diameter of the second cylindrical portion , at its base, the second cylindrical portion of the ring pendant is provided with a safety catch and with a peg , the safety catch projecting from the outer surface of the second cylindrical portion , whereas the peg is provided at the base of the second cylindrical portion , in the continuation of this second cylindrical portion , the peg being arranged so as to allow the activation of the actuating pin in a particular condition of alignment of the ring pendant .
A method of making an electret, the method comprising: (a) providing a sheet comprising a nonwoven web of thermoplastic fibers; (b) passing the sheet under a solid roller wherein the top surface of the sheet is in contact with the solid roller while simultaneously impinging the bottom surface of the sheet with one or more jets of water, thereby saturating the sheet with water to provide a saturated sheet; and (c) removing the water from the saturated sheet via suction to provide a charge, thereby providing an electret, wherein the one or more jets of water are directed to the bottom surface of the sheet at a pressure between 75 pounds per square inch, 52.73 grams per square meter, and 1,000 pounds per square inch, 703.07 grams per square meter. (a) providing a sheet comprising a nonwoven web of thermoplastic fibers; (b) passing the sheet under a solid roller wherein the top surface of the sheet is in contact with the solid roller while simultaneously impinging the bottom surface of the sheet with one or more jets of water, thereby saturating the sheet with water to provide a saturated sheet; and (c) removing the water from the saturated sheet via suction to provide a charge, thereby providing an electret,
An imaging device module comprising: a frame ; a slot interface fixedly coupled to the frame , the slot interface comprising: a first guide member to form part of a channel, the first guide member comprising: a first guide wall ; a first panel portion substantially parallel to and in contact with the frame ; and a second panel portion defining a first aperture , the second panel portion not in contact with the frame . a frame ; a slot interface fixedly coupled to the frame , the slot interface comprising: a first guide member to form part of a channel, the first guide member comprising: a first guide wall ; a first panel portion substantially parallel to and in contact with the frame ; and a second panel portion defining a first aperture , the second panel portion not in contact with the frame . a first guide member to form part of a channel, the first guide member comprising: a first guide wall ; a first panel portion substantially parallel to and in contact with the frame ; and a second panel portion defining a first aperture , the second panel portion not in contact with the frame . a first guide wall ; a first panel portion substantially parallel to and in contact with the frame ; and a second panel portion defining a first aperture , the second panel portion not in contact with the frame .