mhurhangee/patent-ind-claim-en huggingface dataset:
A wick structure having wind blowing effect for electronic candles, comprising: a wick casing , a wick cap , and a swing component provided in the wick casing , a magnet being provided at a bottom of the wick cap , and the swing component including an integrated circuit (3-1) and coils (3-2) provided on the integrated circuit (3-1) and opposite to the magnet , wherein a support pole and a LED lamp electrically connected to the integrated circuit (3-1) are provided at a top position in the wick casing ; a support hole is opened on the wick cap , and the wick cap is provided, through the support hole and the support pole , at the top of the wick casing 1 in a swing manner; a bottom of the wick casing is connected with a tube in which a power source is provided; one end of the integrated circuit (3-1) runs into the tube and is electrically connected to the power source , and a power source is provided at a bottom of the tube , characterized in that said tube is made of metal and a metal sheet is provided between two terminals of the power switch and the metal tube , and in that a connecting spring butting against the tube is provided on the end of the integrated circuit (3-1).
A patient support apparatus with closed chain exercise functionalities, the patient support apparatus comprising: a base frame ; a support deck supported on the base frame , the support deck comprising a seat portion ; a segmented patient support surface comprising an upper leg support segment slidably coupled to the support deck such that the upper leg support segment is freely slidable with respect to the support deck ; a lift system coupled to the support deck and the segmented patient support surface , the lift system raising, lowering and tilting the support deck with respect to the base frame ; and a foot plate assembly removably positioned proximate a free end of the leg portion of the support deck , the foot plate assembly receiving the feet of a patient when the patient is positioned on the segmented patient support surface thereby enabling the patient to slide the segmented patient support surface relative to the support deck to perform a closed chain exercise, characterized in that the support deck further comprises a leg portion pivotally coupled to an end of the seat portion , the lift system pivoting the leg portion with respect to the seat portion . a base frame ; a support deck supported on the base frame , the support deck comprising a seat portion ; a segmented patient support surface comprising an upper leg support segment slidably coupled to the support deck such that the upper leg support segment is freely slidable with respect to the support deck ; a lift system coupled to the support deck and the segmented patient support surface , the lift system raising, lowering and tilting the support deck with respect to the base frame ; and a foot plate assembly removably positioned proximate a free end of the leg portion of the support deck , the foot plate assembly receiving the feet of a patient when the patient is positioned on the segmented patient support surface thereby enabling the patient to slide the segmented patient support surface relative to the support deck to perform a closed chain exercise, characterized in that the support deck further comprises a leg portion pivotally coupled to an end of the seat portion , the lift system pivoting the leg portion with respect to the seat portion .
A wearable display apparatus comprising: a display panel ; an eyepiece ; and an optical element that functions as an optical lowpass filter inserted in an optical path running from said display to said eyepiece, wherein the optical element that functions as said optical lowpass filter is a microlens array sheet and configured such that a diffusion effect is provided in the center section of said display panel and such that a condensing effect is provided in the peripheral section of said display panel. a display panel ; an eyepiece ; and an optical element that functions as an optical lowpass filter inserted in an optical path running from said display to said eyepiece, wherein the optical element that functions as said optical lowpass filter is a microlens array sheet and configured such that a diffusion effect is provided in the center section of said display panel and such that a condensing effect is provided in the peripheral section of said display panel.
A method for inhibiting oxidation of an unsaturated fat which is selected from the group consisting of linoleic acid, linolenic acid and combinations thereof; comprising blending the unsaturated fat with an effective amount of an antioxidant compound selected from the group consisting of (Z)-N-(4-hydroxy-3-methoxybenzylidene)propan-2-amine oxide or (Z)-N-(4-hydroxybenzylidene)propan-2-amine oxide.
A robot cleaner, comprising: a cleaner main body configured to travel autonomously; a suction nozzle mounted to be able to move up and down or swing with respect to the cleaner main body ; and a supporter supporting the suction nozzle to be able to move up and down or swing; characterized in that : the supporter comprises a plurality of ball joints and is coupled to the cleaner main body and the suction nozzle , respectively, by the plurality of ball joints to support the suction nozzle to be able to move up and down or swing in a front-rear direction. a cleaner main body configured to travel autonomously; a suction nozzle mounted to be able to move up and down or swing with respect to the cleaner main body ; and a supporter supporting the suction nozzle to be able to move up and down or swing; characterized in that : the supporter comprises a plurality of ball joints and is coupled to the cleaner main body and the suction nozzle , respectively, by the plurality of ball joints to support the suction nozzle to be able to move up and down or swing in a front-rear direction.
An antenna apparatus comprising: a radiating layer comprising a plurality of antenna elements forming an antenna array; a semiconductor wafer comprising a plurality of tiles each having beamforming circuits ; and a multi-layer interposer comprising: a lower dielectric layer adjacent to the wafer; an upper dielectric layer adjacent to the radiating layer; a metal layer between the lower and upper dielectric layers and comprising a plurality of conductive traces ; a plurality of first vias extending through both the upper and lower dielectric layers and electrically coupling the beamforming circuits to the plurality of antenna elements; and a plurality of second vias extending between the beamforming circuits and the conductive traces to interconnect the plurality of tiles, wherein each of the plurality of tiles has an identical circuit configuration formed through an identical reticle-generated image . a radiating layer comprising a plurality of antenna elements forming an antenna array; a semiconductor wafer comprising a plurality of tiles each having beamforming circuits ; and a multi-layer interposer comprising: a lower dielectric layer adjacent to the wafer; an upper dielectric layer adjacent to the radiating layer; a metal layer between the lower and upper dielectric layers and comprising a plurality of conductive traces ; a plurality of first vias extending through both the upper and lower dielectric layers and electrically coupling the beamforming circuits to the plurality of antenna elements; and a plurality of second vias extending between the beamforming circuits and the conductive traces to interconnect the plurality of tiles, a lower dielectric layer adjacent to the wafer; an upper dielectric layer adjacent to the radiating layer; a metal layer between the lower and upper dielectric layers and comprising a plurality of conductive traces ; a plurality of first vias extending through both the upper and lower dielectric layers and electrically coupling the beamforming circuits to the plurality of antenna elements; and a plurality of second vias extending between the beamforming circuits and the conductive traces to interconnect the plurality of tiles, wherein each of the plurality of tiles has an identical circuit configuration formed through an identical reticle-generated image .
A heating element comprising: a matrix material ; and a nanomaterial filler , characterised in that the nanomaterial filler has a shape of at least one of a nanosheet and a nanorod, and the nanomaterial filler is at least one of an oxide, a boride, a carbide, and a chalcogenide. a matrix material ; and a nanomaterial filler , characterised in that the nanomaterial filler has a shape of at least one of a nanosheet and a nanorod, and the nanomaterial filler is at least one of an oxide, a boride, a carbide, and a chalcogenide.
A method implemented by a computing device, the method comprising: detecting a preset operation for a user interface on the computing device; displaying a new window on the user interface, the new window comprising one or more payment application identifiers; receiving a selection of a payment application identifier from the one or more payment application identifiers in the new window; and displaying payment information corresponding to the selected payment application identifier on the user interface, wherein a program code corresponding to the new window is inserted into an operating system of the computing device to prevent the new window from being blocked by the user interface, and the method further comprises: detecting whether the user interface is unlocked, and displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked. detecting a preset operation for a user interface on the computing device; displaying a new window on the user interface, the new window comprising one or more payment application identifiers; receiving a selection of a payment application identifier from the one or more payment application identifiers in the new window; and displaying payment information corresponding to the selected payment application identifier on the user interface, wherein a program code corresponding to the new window is inserted into an operating system of the computing device to prevent the new window from being blocked by the user interface, and the method further comprises: detecting whether the user interface is unlocked, and displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked. displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked.
A method for transmitting the cylinder pressure data of a plurality of cylinder pressure sensors to a central processing unit , characterized by the use of a communication system for isochronous data transmission comprising a data bus , whereby the plurality of cylinder pressure sensors and the central processing unit are connected via the data bus , whereby each of the plurality of cylinder pressure sensors are combined with a data acquisition unit and a data communication unit to form a measurement node , whereby the cylinder pressure data is transmitted from the measurement node to the central processing unit via a time-slot method.
A sensing method for identifying an analyte in an analytical sample, said sensing method comprising: - supplying said analytical sample to a sample chamber , said sample chamber being at least partially delimited by a first electrode and a second electrode ; - providing a holding voltage establishing an electric field across said first and said second electrodes, such that a potential gradient is formed across said sample chamber, whereby said analyte polarizes and diffuses towards one of said electrodes forming an electrode-electrolyte interface; - providing a pulsating sweep voltage across said first and said second electrodes and determining a current-voltage profile of said analytical sample; - identifying said analyte based on said current-voltage profile; - determining a sample electrical mobility and a sample Debye volume respectively corresponding to electrical mobility and Debye volume characterizing said analytical sample; and - determining a material index as modulus of a ratio of deviation of said sample Debye volume from a reference Debye volume and deviation of said sample electrical mobility from a reference electrical mobility, wherein said material index uniquely corresponds to said analyte, whereby said analyte is identified. - supplying said analytical sample to a sample chamber , said sample chamber being at least partially delimited by a first electrode and a second electrode ; - providing a holding voltage establishing an electric field across said first and said second electrodes, such that a potential gradient is formed across said sample chamber, whereby said analyte polarizes and diffuses towards one of said electrodes forming an electrode-electrolyte interface; - providing a pulsating sweep voltage across said first and said second electrodes and determining a current-voltage profile of said analytical sample; - identifying said analyte based on said current-voltage profile; - determining a sample electrical mobility and a sample Debye volume respectively corresponding to electrical mobility and Debye volume characterizing said analytical sample; and - determining a material index as modulus of a ratio of deviation of said sample Debye volume from a reference Debye volume and deviation of said sample electrical mobility from a reference electrical mobility, wherein said material index uniquely corresponds to said analyte, whereby said analyte is identified.
A vent comprising (a) a body , preferably made of metal, having an aperture for the passage of a fluid, (b) a sealing surface surrounding the aperture , (c) a porous membrane covering the aperture and lying against the sealing surface , wherein the membrane has a certain thickness in the clamping area (A) at standard conditions, and (d) a clamp arrangement, preferably at least partly made of metal, pressing the membrane against the sealing surface in a clamping area (A) of the membrane with a compressive force per unit area so as to prevent liquid from passing from the aperture through between the sealing surface and the membrane , wherein the clamp arrangement comprises at least one spring element , preferably made of metal, the spring element being tensioned so as to provide said compressive force, characterized in that the compressive force per unit area does not change by more than 50%, preferably 20%, more preferably 10%, most preferably 5%, upon a change of said thickness of the membrane in the clamping area (A) by 50%. (a) a body , preferably made of metal, having an aperture for the passage of a fluid, (b) a sealing surface surrounding the aperture , (c) a porous membrane covering the aperture and lying against the sealing surface , wherein the membrane has a certain thickness in the clamping area (A) at standard conditions, and (d) a clamp arrangement, preferably at least partly made of metal, pressing the membrane against the sealing surface in a clamping area (A) of the membrane with a compressive force per unit area so as to prevent liquid from passing from the aperture through between the sealing surface and the membrane , wherein the clamp arrangement comprises at least one spring element , preferably made of metal, the spring element being tensioned so as to provide said compressive force, characterized in that the compressive force per unit area does not change by more than 50%, preferably 20%, more preferably 10%, most preferably 5%, upon a change of said thickness of the membrane in the clamping area (A) by 50%.
An electronic device, comprising: a memory ; a coil ; a waveform-generating circuit; and a processor , characterized in that the processor is configured to: obtain card information stored in the memory; when a first part of the card information is a first value, apply, using the waveform-generating circuit, a first voltage or a first current having a pulse waveform to the coil, after a first time duration is elapsed since a previous signal is applied to the coil; and when a second part of the card information is a second value, apply, using the waveform-generating circuit, a second voltage or a second current having the pulse waveform to the coil, after a second time duration is elapsed since the previous signal is applied to the coil, wherein the first time duration is twice the second time duration. a memory ; a coil ; a waveform-generating circuit; and a processor , characterized in that the processor is configured to: obtain card information stored in the memory; when a first part of the card information is a first value, apply, using the waveform-generating circuit, a first voltage or a first current having a pulse waveform to the coil, after a first time duration is elapsed since a previous signal is applied to the coil; and when a second part of the card information is a second value, apply, using the waveform-generating circuit, a second voltage or a second current having the pulse waveform to the coil, after a second time duration is elapsed since the previous signal is applied to the coil, wherein the first time duration is twice the second time duration. obtain card information stored in the memory; when a first part of the card information is a first value, apply, using the waveform-generating circuit, a first voltage or a first current having a pulse waveform to the coil, after a first time duration is elapsed since a previous signal is applied to the coil; and when a second part of the card information is a second value, apply, using the waveform-generating circuit, a second voltage or a second current having the pulse waveform to the coil, after a second time duration is elapsed since the previous signal is applied to the coil, wherein the first time duration is twice the second time duration.
A method of congestion control in a transport network, the method being performed by a first network node and comprising: monitoring a buffer state of a buffer by dynamically sampling the buffer such that the sampling rate is adjusted in dependence of the buffer state; determining a condition indicative of congestion in response to a change of the buffer state exceeding a predetermined limit; in response to determining the condition indicative of congestion, creating a congestion notification message including a combination of: i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier ; and transmitting the congestion notification message to a second network node; wherein the flow identifier includes at least one of a Packet Data Convergence Protocol, PDCP, Flow Identification, FID, a PDCP Group FID or a PDCP Multicast Group FID. monitoring a buffer state of a buffer by dynamically sampling the buffer such that the sampling rate is adjusted in dependence of the buffer state; determining a condition indicative of congestion in response to a change of the buffer state exceeding a predetermined limit; in response to determining the condition indicative of congestion, creating a congestion notification message including a combination of: i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier ; and i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier ; and transmitting the congestion notification message to a second network node; wherein the flow identifier includes at least one of a Packet Data Convergence Protocol, PDCP, Flow Identification, FID, a PDCP Group FID or a PDCP Multicast Group FID.
A method for scanning documents , in particular printed sheets of paper, and automatically controlling the further processing of the scanned documents , by - applying at least one marking to a margin area of the document , - scanning the document , - automatically detecting the at least one marking applied to the margin area of the document , and - automatically controlling the further processing of the document according to the marking applied in the margin area , characterized by manually applying the marking to a margin area of the document that is not printed on, wherein the non-printed margin area of the document is divided into a plurality of areas , wherein a template is provided that is adapted to the size of document and is laid onto the document , wherein the template comprises cut-out regions corresponding to the size of the areas , wherein the template is laid onto the document in such a way that the cut-out regions are arranged precisely at the location of the areas such that the arrangement of the areas are represented with the aid of the cut-out regions, wherein the manual markings are applied to the areas of the margin area through the cut-out regions, wherein in the automatic detection of the at least one marking , there is detected the color of the marking and the arrangement in a specific area of the margin area and, according to the color of the marking and the arrangement in a specific area of the margin area, one or a plurality of commands are output for automatic control of the further processing of the document . - applying at least one marking to a margin area of the document , - scanning the document , - automatically detecting the at least one marking applied to the margin area of the document , and - automatically controlling the further processing of the document according to the marking applied in the margin area ,
A furniture fitting for connecting two furniture parts, comprising at least one dowel for fixing the furniture fitting to one of the two furniture parts, at least one spreader element mounted movably relative to the dowel , wherein the at least one dowel can be transferred from a first release position into a clamping position by a relative movement of the at least one spreader element , and a fitting body which has at least one connecting device for connecting the furniture fitting to the other of the two furniture parts, and wherein the furniture fitting is so connected to the at least one spreader element that the at least one dowel is movable from the first release position into the clamping position by a rotary or pivotal movement of the fitting body in a first actuation direction , wherein the at last one dowel is movable from the clamping position into a second release position different from the first release position by continuation of the rotary or pivotal movement of the fitting body in the first actuation direction , characterised in that the at least one spreader element is in the form of an L-shaped member of which one limb is guided axially in the at least one dowel and the other limb is mounted rotatably in the fitting body .