mhurhangee/patent-ind-claim-en huggingface dataset:
An A/V receiving apparatus comprising: a first interface connected to a display apparatus ; a second interface connected to an audio signal output apparatus ; and a controller configured to: transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus . a first interface connected to a display apparatus ; a second interface connected to an audio signal output apparatus ; and a controller configured to: transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus . transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus .
A field device with a two-wire supply interface which is suitable for receiving energy via a two-wire system and for signal transmission via the two-wire system , with an integrated sensor , with at least one additional interface which is suitable for signal reception, and with a functional unit or functional group for data and/or signal processing, which is coupled to the two-wire supply interface , the additional interface and the integrated sensor , the functional unit or functional group is configured for carrying out the following steps: receiving at least one first input signal from the integrated sensor , receiving at least one second input signal from the additional interface , and generating an output signal on the basis of the at least one first input signal and the at least one second input signal, characterized in that more than one computing method is stored in the field device , which can be executed to generate the output signal, different computing methods are provided for external signal generators of different types connected to the additional interface . receiving at least one first input signal from the integrated sensor , receiving at least one second input signal from the additional interface , and generating an output signal on the basis of the at least one first input signal and the at least one second input signal, characterized in that more than one computing method is stored in the field device , which can be executed to generate the output signal, different computing methods are provided for external signal generators of different types connected to the additional interface .
A photomask blank, for processing into a photomask suitable for pattern transfer using exposure light of wavelength up to 250 nm, the blank comprising a transparent substrate and a chromium-containing film disposed on the substrate directly or through an optical film , and which is dry etchable with oxygen-containing chlorine-based gas, wherein said chromium-containing film is made of a single layer or of multiple layers, and said single layer or at least one of said multiple layers is a layer which is composed of a carbon-containing chromium compound and further contains oxygen or oxygen and nitrogen, characterised in that said layer composed of a carbon-containing chromium compound has a composition having an atomic ratio of carbon to chromium of at least 0.3, an atomic ratio of nitrogen to chromium of up to 0.1, and a chromium content of up to 50 at% and an atomic ratio of carbon to oxygen of at least 0.8, or a chromium content of up to 60 at% and an atomic ratio of carbon to oxygen of at least 1. said chromium-containing film is made of a single layer or of multiple layers, and said single layer or at least one of said multiple layers is a layer which is composed of a carbon-containing chromium compound and further contains oxygen or oxygen and nitrogen, characterised in that said layer composed of a carbon-containing chromium compound has a composition having an atomic ratio of carbon to chromium of at least 0.3, an atomic ratio of nitrogen to chromium of up to 0.1, and a chromium content of up to 50 at% and an atomic ratio of carbon to oxygen of at least 0.8, or a chromium content of up to 60 at% and an atomic ratio of carbon to oxygen of at least 1.
A graphical user interface for selecting from a plurality of available fluidic scheme configurations, the graphical user interface comprising: a plurality of sequential linear arranged and adjacent displayed category regions representing respective sections of a fluidic scheme for a chromatography system, each of the plurality of adjacent category regions including a control for entering an edit mode; for each of the category regions a plurality of selectable items representing components appropriate for placement in the respective category region when the respective category region has been selected for editing, wherein selection of the selectable item by a user causes placement of the selected item into the respective category region, wherein the selectable items graphically represent components of a chromatography system appropriate for placement in the respective sections; and a control that causes selection of one of the selectable items and placement of the selected item into the respective category regions; wherein the set of items currently selected in the plurality of category regions defines a selected fluidic scheme configuration. a plurality of sequential linear arranged and adjacent displayed category regions representing respective sections of a fluidic scheme for a chromatography system, each of the plurality of adjacent category regions including a control for entering an edit mode; for each of the category regions a plurality of selectable items representing components appropriate for placement in the respective category region when the respective category region has been selected for editing, wherein selection of the selectable item by a user causes placement of the selected item into the respective category region, wherein the selectable items graphically represent components of a chromatography system appropriate for placement in the respective sections; and a control that causes selection of one of the selectable items and placement of the selected item into the respective category regions; wherein the set of items currently selected in the plurality of category regions defines a selected fluidic scheme configuration.
A process for forming a yarn comprising bicomponent filaments, each of the filaments comprising a distinct core of a first aramid polymer comprising carbon particles homogeneously dispersed therein, and a distinct sheath of a second aramid polymer being free of discrete carbon particles and having at least one masking pigment homogeneously dispersed therein, with the sheath surrounding the core; the process comprising the steps of: a) forming a first polymer solution containing the first aramid polymer in a solvent, the aramid polymer further comprising discrete carbon particles, and forming a second aramid polymer solution of the second aramid polymer being free of carbon particles and having at least one masking pigment in the same or different solvent; b) providing a spinneret assembly having separate inlets for the first aramid polymer solution and the second aramid polymer solution and a plurality of exit capillaries for spinning dope filaments; c) forming a plurality of dope filaments having a sheath of the second aramid polymer solution and a core of the first aramid polymer solution by extruding through the exit capillaries a plurality of conjoined streams of the first and the second aramid solutions into a spin cell, and d) extracting solvent from the plurality of dope filaments to make a yarn of polymer filaments, wherein the yarn has a total content of 0.5 to 5 weight percent discrete carbon particles based on the amount of carbon particles in all the bicomponent filaments in the yarn. a) forming a first polymer solution containing the first aramid polymer in a solvent, the aramid polymer further comprising discrete carbon particles, and forming a second aramid polymer solution of the second aramid polymer being free of carbon particles and having at least one masking pigment in the same or different solvent; b) providing a spinneret assembly having separate inlets for the first aramid polymer solution and the second aramid polymer solution and a plurality of exit capillaries for spinning dope filaments; c) forming a plurality of dope filaments having a sheath of the second aramid polymer solution and a core of the first aramid polymer solution by extruding through the exit capillaries a plurality of conjoined streams of the first and the second aramid solutions into a spin cell, and d) extracting solvent from the plurality of dope filaments to make a yarn of polymer filaments, wherein
A surgical implant for delivering neuromodulation/neurostimulation comprising: a. a substantially planar central body portion having a top side and a bottom side ; b. at least two adjustable wing portions , each of said wing portions including a plurality of electrodes (e) configured to generate an electric field within the body of a patient; c. at least two connecting members , each one of the at least two connecting members extending from opposite sides of the central body portion , the each one of the at least two connecting members being configured for flexibly connecting each one of the at least two wing portions at opposite sides to said central body portion , wherein at least the central body portion is further provided with an internally disposed load bearing reinforcing structure , configured to provide structural rigidity to the central body portion . a. a substantially planar central body portion having a top side and a bottom side ; b. at least two adjustable wing portions , each of said wing portions including a plurality of electrodes (e) configured to generate an electric field within the body of a patient; c. at least two connecting members , each one of the at least two connecting members extending from opposite sides of the central body portion , the each one of the at least two connecting members being configured for flexibly connecting each one of the at least two wing portions at opposite sides to said central body portion , wherein at least the central body portion is further provided with an internally disposed load bearing reinforcing structure , configured to provide structural rigidity to the central body portion .
A drive circuit for an electric motor having an aerodynamic support of the motor shaft, wherein the drive circuit comprises at least one storage means for storing electrical energy by which the electric motor can be supplied with electrical energy on a failure of the supply voltage or intermediate circuit voltage to obtain a minimum speed of the motor shaft required for the air support at least at times; wherein a control is provided which recognizes a voltage failure and switches to the emergency supply of the electric motor by the at least one storage means on a failure. of the supply voltage. characterized in that the control actuates a coupling of the electric motor at the output side on a voltage failure of the supply voltage to switch the motor load-free. wherein the drive circuit comprises at least one storage means for storing electrical energy by which the electric motor can be supplied with electrical energy on a failure of the supply voltage or intermediate circuit voltage to obtain a minimum speed of the motor shaft required for the air support at least at times; wherein a control is provided which recognizes a voltage failure and switches to the emergency supply of the electric motor by the at least one storage means on a failure. of the supply voltage. characterized in that the control actuates a coupling of the electric motor at the output side on a voltage failure of the supply voltage to switch the motor load-free.
A method for controlling pump speed in a hydraulic system on a material handling vehicle , the method comprising: measuring a temperature , via a temperature sensor , of hydraulic fluid during operation of the material handling vehicle ; selecting a speed profile (908; 910) from a plurality of speed profiles based on the measured temperature; measuring a height , via a height sensor , of a fork assembly on the material handling vehicle ; determining a target pump speed based on the selected speed profile and the measured height of the fork assembly ; and controlling a pump speed of a hydraulic pump on the material handling vehicle to operate within a predefined tolerance of the target pump speed. measuring a temperature , via a temperature sensor , of hydraulic fluid during operation of the material handling vehicle ; selecting a speed profile (908; 910) from a plurality of speed profiles based on the measured temperature; measuring a height , via a height sensor , of a fork assembly on the material handling vehicle ; determining a target pump speed based on the selected speed profile and the measured height of the fork assembly ; and controlling a pump speed of a hydraulic pump on the material handling vehicle to operate within a predefined tolerance of the target pump speed.
A fracture fixation system comprising: a longitudinally extending rod having first and second ends , the first and second ends having a plurality of radially outwardly extending protrusions; first and second nuts each nut having a hollow interior portion having an open end for receiving the first and second ends of the rod ; and a flexible washer mounted on an end of each of the first and second nuts opposite the open end, characterized in that the first and second nuts each have first and second flexible legs , an interior portion of the first and second flexible legs of the first and second nuts having a plurality of recesses for receiving the outwardly extending protrusions on the first and second ends of the rod . a longitudinally extending rod having first and second ends , the first and second ends having a plurality of radially outwardly extending protrusions; first and second nuts each nut having a hollow interior portion having an open end for receiving the first and second ends of the rod ; and a flexible washer mounted on an end of each of the first and second nuts opposite the open end, characterized in that the first and second nuts each have first and second flexible legs , an interior portion of the first and second flexible legs of the first and second nuts having a plurality of recesses for receiving the outwardly extending protrusions on the first and second ends of the rod .
A mobile terminal apparatus comprising: an input unit configured to receive an input of a search word related to a content to be searched for; a search unit including a processor configured to: search log information having the input search word using the input search word and pre-stored log information, search for a time range including time information extracted from the log information having the input search word, and search for log information corresponding to the content within the searched time range; a display unit configured to display information regarding a list of contents corresponding to the searched log information; and a lock that can be released using the log information, wherein the processor of the mobile terminal apparatus is further configured to change the log information used for every lock release due to updates on the log information. an input unit configured to receive an input of a search word related to a content to be searched for; a search unit including a processor configured to: search log information having the input search word using the input search word and pre-stored log information, search for a time range including time information extracted from the log information having the input search word, and search for log information corresponding to the content within the searched time range; search log information having the input search word using the input search word and pre-stored log information, search for a time range including time information extracted from the log information having the input search word, and search for log information corresponding to the content within the searched time range; a display unit configured to display information regarding a list of contents corresponding to the searched log information; and a lock that can be released using the log information,
A reusable multi-use surgical medical device, comprising: a laundered hydrophilic polyurethane foam material comprises reticulated foam that is a cellulose free, latex free, a bisphenol A (BPA free) and a di(2-ethylhexyl)phthalate (DEHP) free having an ultra-low number of particles before use, wherein the laundered hydrophilic polyurethane foam material comprises a reticulated foam material that was laundered in aqueous solution of low particulate water (LPW) to reduce manufacturing particulates, wherein the laundered hydrophilic polyurethane foam material is configured to absorb bodily fluids and configured to be reused repetitively during the procedure; a plurality of scratch resistant radiopaque (RO) ink markers printed onto a surface of the laundered hydrophilic foam material, wherein the scratch resistant radio opaque (RO) printed ink markers are configured to be visible under an imaging device at various orientations, wherein the laundered hydrophilic polyurethane foam material has bacterial endotoxin level below at least 20.0 EU/medical device, and wherein the laundered hydrophilic polyurethane foam material does not contain a surfactant or any other coatings. a laundered hydrophilic polyurethane foam material comprises reticulated foam that is a cellulose free, latex free, a bisphenol A (BPA free) and a di(2-ethylhexyl)phthalate (DEHP) free having an ultra-low number of particles before use, wherein the laundered hydrophilic polyurethane foam material comprises a reticulated foam material that was laundered in aqueous solution of low particulate water (LPW) to reduce manufacturing particulates, wherein the laundered hydrophilic polyurethane foam material is configured to absorb bodily fluids and configured to be reused repetitively during the procedure; a plurality of scratch resistant radiopaque (RO) ink markers printed onto a surface of the laundered hydrophilic foam material, wherein the scratch resistant radio opaque (RO) printed ink markers are configured to be visible under an imaging device at various orientations, wherein the laundered hydrophilic polyurethane foam material has bacterial endotoxin level below at least 20.0 EU/medical device, and wherein the laundered hydrophilic polyurethane foam material does not contain a surfactant or any other coatings.
A laser printer for pathological embedding cassettes, comprising an ink jet cartridge filled with pigment ink, wherein a conveyor belt is disposed below the ink jet cartridge , a semiconductor laser is disposed on a side of the ink jet cartridge , characterised in that the laser printer further comprises a photoelectric sensor for detecting the position of an embedding cassette is disposed in a moving direction of the conveyor belt ; wherein a magazine holder is disposed on the conveyor belt , the magazine holder is located on a side of the ink jet cartridge , and the conveyor belt passes through the magazine holder ; wherein a first magazine and a second magazine are inserted at an upper portion of the magazine holder , and embedding cassettes are respectively held in the first magazine and the second magazine ; wherein notches are provided below the first magazine and the second magazine , an elevation pushing plate is disposed at lowermost ends of the first magazine and the second magazine , a cam used to make the elevation pushing plate move up and down is disposed at a lower end portion of the elevation pushing plate, and a second micro motor for driving the cam to rotate is disposed at the cam ; wherein the elevation pushing plate comprises a left elevation pushing plate and a right elevation pushing plate , top portions of the left elevation pushing plate and the right elevation pushing plate respectively support the first magazine and the second magazine , two arc-shaped surfaces are disposed on the cam , and the arc-shaped surfaces are connected to each other; wherein a slide is disposed on a side of the conveyor belt , a third micro motor and a reflective photoelectric sensor are disposed at a lower portion of the slide , a semilunar pushing wheel is disposed on the third micro motor , a guide groove is disposed on a side of the semilunar pushing wheel , and a slot photoelectric sensor used to detect the angle of the semilunar pushing wheel is disposed on a side of the semilunar pushing wheel ; wherein a base plate is disposed on a bottom surface of the guide groove , a printing control circuit , a power supply module , a second support , and a first support are further disposed on the base plate , a heat sink fan is respectively fixed on the second support , the heat sink fan is tightly attached to an outer surface of the semiconductor laser , a stepper motor is disposed on the second support , a synchronization belt is connected to the stepper motor , the synchronization belt is connected to the ink jet cartridge , a belt pulley for driving the conveyor belt to move is disposed at the conveyor belt , a first micro motor is connected to the belt pulley , a pushing block is disposed on the surface of the conveyor belt , and the first micro motor is fixed on the first support .