mhurhangee/ep-ind-claims huggingface dataset:
A method of making a packaged antimicrobial medical device comprising the steps of: providing a containment compartment molded from a polymeric resin comprising a polymeric material and an antimicrobial agent; positioning a medical device within the containment compartment, the medical device comprising one or more surfaces; covering the containment compartment having the medical device with an outer package cover having an inner surface; and subjecting the outer package cover, the containment compartment and the medical device to time, temperature and pressure conditions sufficient to vapor transfer an effective amount of the antimicrobial agent from the containment compartment to the medical device, while retaining an effective amount of the antimicrobial agent on the containment compartment, thereby substantially inhibiting bacterial colonization on the medical device and the containment compartment. providing a containment compartment molded from a polymeric resin comprising a polymeric material and an antimicrobial agent; positioning a medical device within the containment compartment, the medical device comprising one or more surfaces; covering the containment compartment having the medical device with an outer package cover having an inner surface; and subjecting the outer package cover, the containment compartment and the medical device to time, temperature and pressure conditions sufficient to vapor transfer an effective amount of the antimicrobial agent from the containment compartment to the medical device, while retaining an effective amount of the antimicrobial agent on the containment compartment, thereby substantially inhibiting bacterial colonization on the medical device and the containment compartment.
A method (1600,1700,1800) for wireless communication, comprising: identifying (1605,1705,1805) at least a first user equipment, UE, that is to receive a downlink transmission during a first transmission time interval, TTI; identifying (1610, 1710, 1810) a channel quality of the first UE; configuring (1615, 1715, 1815) a cell-specific reference signal, CRS, based at least in part on the channel quality of the first UE; configuring a starting point for a downlink control channel transmission to the first UE within the first TTI based at least in part on the CRS; and transmitting (1625, 1720, 1820) the CRS to the first UE during the first TTI. identifying (1605,1705,1805) at least a first user equipment, UE, that is to receive a downlink transmission during a first transmission time interval, TTI; identifying (1610, 1710, 1810) a channel quality of the first UE; configuring (1615, 1715, 1815) a cell-specific reference signal, CRS, based at least in part on the channel quality of the first UE; configuring a starting point for a downlink control channel transmission to the first UE within the first TTI based at least in part on the CRS; and transmitting (1625, 1720, 1820) the CRS to the first UE during the first TTI.
A method of producing hydroxycinnamic acids, the method comprising the steps of: obtaining an alkaline filtrate by allowing an alkaline aqueous medium to pass through a cellulose-containing biomass; and obtaining a hydroxycinnamic acid extraction liquid by allowing the alkaline filtrate to repeatedly pass through the cellulose-containing biomass wherein the hydroxycinnamic acids are derivatives or analogs of 3-phenyl-2-propenoic acid, which contain at least one hydroxy group, and the hydroxycinnamic acids are at least one of coumaric acid, ferulic acid and vanillin. obtaining an alkaline filtrate by allowing an alkaline aqueous medium to pass through a cellulose-containing biomass; and obtaining a hydroxycinnamic acid extraction liquid by allowing the alkaline filtrate to repeatedly pass through the cellulose-containing biomass wherein the hydroxycinnamic acids are derivatives or analogs of 3-phenyl-2-propenoic acid, which contain at least one hydroxy group, and the hydroxycinnamic acids are at least one of coumaric acid, ferulic acid and vanillin.
A method of determining the movement direction and position of a vehicle, especially a track vehicle, based on satellite navigation, where first the position of a vehicle is determined by measuring the code phase of signal from a satellite navigation system with a width of a confidence interval of the position of vehicle determined from the statistical distribution in compliance with the required reliability on a basically straight section of track, where the position determined in this way is assigned to a corresponding position in the map database of track and the direction of the track listed in the map database of track, the carrier phases of the signal from at least one satellite of the satellite navigation system are being measured where the position of this satellite is known at the time of measurement and is received at least by a pair of antennas (2,3) located on the vehicle, then the difference between the measured values of the carrier phase of the signal received by individual antennas (2,3) is determined, and subsequently, from the known position of the satellite and the position of at least one pair of antennas (2,3), based on the known trajectory of the track listed in the map database and assigned to the vehicle's position on the track, the actual distances between the antennas (2,3) and the satellite are determined, characterized in that subsequently also the difference between these distances for at least one pair of the antennas (2,3) is determined, and where by comparing the differences of the actual distances and differences of measured carrier phases of the signal of the satellite navigation signal the closest differences are chosen and the actual position and movement direction of vehicle on the track is determined, where the accuracy of the determined position of the vehicle on the track is proportional to the radius of the curve of the track.
An ablation device, comprising: a conductive elongate body having proximal and distal ends, an inner lumen extending through the elongate body, and at least one outlet port formed in the elongate body configured to deliver fluid to tissue surrounding the elongate body; a wire extending through the inner lumen; a first power source configured to heat fluid flowing through the inner lumen by passing current between the wire and the elongate body; a second power source configured to heat tissue surrounding the elongate body by passing current between the elongate body and a collector electrode positioned outside the inner lumen; and at least one spacer (812, 812') disposed within the inner lumen, the wire extending through the at least one spacer (812, 812') such that the at least one spacer (812, 812') is effective to maintain an adjacent portion of the wire in a substantially fixed geometric relationship with the inner lumen. a conductive elongate body having proximal and distal ends, an inner lumen extending through the elongate body, and at least one outlet port formed in the elongate body configured to deliver fluid to tissue surrounding the elongate body; a wire extending through the inner lumen; a first power source configured to heat fluid flowing through the inner lumen by passing current between the wire and the elongate body; a second power source configured to heat tissue surrounding the elongate body by passing current between the elongate body and a collector electrode positioned outside the inner lumen; and at least one spacer (812, 812') disposed within the inner lumen, the wire extending through the at least one spacer (812, 812') such that the at least one spacer (812, 812') is effective to maintain an adjacent portion of the wire in a substantially fixed geometric relationship with the inner lumen.
A pegboard, comprising: a main device including multiple unit modules; a board plate including multiple receiving portions and magnets; and multiple pegs to be inserted into the multiple receiving portions, wherein the multiple unit modules include multiple sensor modules configured to sense whether the multiple pegs are inserted into the multiple receiving portions and multiple light source modules configured to output light to the multiple receiving portions, each of multiple types of the board plate is replaceably coupled to the main device and at least one of number and pattern of the magnets is different depending on a type of the board plate, the main device is configured to identify the type of the board plate based on the pattern of the magnets, and the main device further includes a sensing unit that senses the board plate and identifies the type of the board plate. a main device including multiple unit modules; a board plate including multiple receiving portions and magnets; and multiple pegs to be inserted into the multiple receiving portions, wherein the multiple unit modules include multiple sensor modules configured to sense whether the multiple pegs are inserted into the multiple receiving portions and multiple light source modules configured to output light to the multiple receiving portions, each of multiple types of the board plate is replaceably coupled to the main device and at least one of number and pattern of the magnets is different depending on a type of the board plate, the main device is configured to identify the type of the board plate based on the pattern of the magnets, and the main device further includes a sensing unit that senses the board plate and identifies the type of the board plate.
A USB connector, configured to connect to a first circuit board of a body portion of an electronic device to transmit signals to the first circuit board, wherein the USB connector comprises a substrate, a USB signal pin, a subscriber card mounting portion, and a subscriber card data signal pin; the USB signal pin is disposed on a top of the substrate, and the USB signal pin is electronically connectable to the first circuit board, to transmit USB signals; the subscriber card mounting portion is disposed on a bottom of the substrate, to mount a subscriber card; the subscriber card data signal pin is disposed in the subscriber card mounting portion, and the subscriber card data signal pin is electronically connectable to the first circuit board, so that when the subscriber card is mounted in the mounting portion, subscriber card data signal transmission between the subscriber card and the first circuit board is implemented by using the subscriber card data signal pin, characterized in that the subscriber card mounting portion is a groove, wherein the groove is formed concave inwardly from the bottom of the substrate and is configured so that when the subscriber card is mounted in the groove, a data signal pin of the subscriber card is electronically connected to the subscriber card data signal pin in the groove.
A PCB strip comprising: a first connecting portion which comprises a plurality of electrical contacts which can be electrically connected to windings on a stator, a second connecting portion which can be electrically connected to a driver, and a third connecting portion which can be electrically connected to a driver; wherein, said plurality of electrical contacts (5a-d) are electrically connected so as to provide two selectable electrical configurations; wherein the PCB strip further comprises a first cutting zone at which the PCB strip can be cut to select one of the two selectable electrical configurations for the electrical contacts (5a-d) of the first connecting portion, and a second cutting zone at which the PCB strip can be cut to select the other of the at least two selectable electrical configurations for the electrical contacts (5a-h) of the first connecting portion, characterized in that the at least two selectable electrical configurations comprise: a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series. a second connecting portion which can be electrically connected to a driver, and a third connecting portion which can be electrically connected to a driver; wherein, said plurality of electrical contacts (5a-d) are electrically connected so as to provide two selectable electrical configurations; wherein the PCB strip further comprises a first cutting zone at which the PCB strip can be cut to select one of the two selectable electrical configurations for the electrical contacts (5a-d) of the first connecting portion, and a second cutting zone at which the PCB strip can be cut to select the other of the at least two selectable electrical configurations for the electrical contacts (5a-h) of the first connecting portion, characterized in that the at least two selectable electrical configurations comprise: a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series. a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series.
A process for preparing a terephthalic diester by reacting terephthalic acid with at least one alcohol, wherein a) terephthalic acid is suspended in the alcohol in a dispersing tank to obtain a preliminary suspension, b) the preliminary suspension is passed from the dispersing tank into a reactor and converted in the presence of an esterification catalyst to obtain a reaction suspension, c) a stream of the reaction suspension is drawn off from the reactor, passed through a heat exchanger outside the reactor and heated and the heated reaction suspension is recycled into the reactor, and d) water of reaction is distilled off together with the vapor as alcohol-water azeotrope, the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase and the organic phase is at least partly recycled into the reactor. a) terephthalic acid is suspended in the alcohol in a dispersing tank to obtain a preliminary suspension, b) the preliminary suspension is passed from the dispersing tank into a reactor and converted in the presence of an esterification catalyst to obtain a reaction suspension, c) a stream of the reaction suspension is drawn off from the reactor, passed through a heat exchanger outside the reactor and heated and the heated reaction suspension is recycled into the reactor, and d) water of reaction is distilled off together with the vapor as alcohol-water azeotrope, the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase and the organic phase is at least partly recycled into the reactor.
A computer-implemented method, comprising: receiving input data from a plurality of sensors (106, 112); processing the input data to generate one or more output maps including terrain data; generating a planting pattern for a planting operation using the one or more output maps, the planting pattern defining a plurality of locations wherein each location of the plurality of locations is associated with at least one species of plant to be planted at the location by a planting platform and one or more planting conditions; determining a quantity of planting platforms available; dividing the planting pattern into a plurality of portions based on the quantity of planting platforms available, wherein the planting platforms include one or more unmanned aerial vehicles (UAVs); uploading to each available planting platform a corresponding portion of the plurality of portions; and executing the planting operation using the available planting platforms. receiving input data from a plurality of sensors (106, 112); processing the input data to generate one or more output maps including terrain data; generating a planting pattern for a planting operation using the one or more output maps, the planting pattern defining a plurality of locations wherein each location of the plurality of locations is associated with at least one species of plant to be planted at the location by a planting platform and one or more planting conditions; determining a quantity of planting platforms available; dividing the planting pattern into a plurality of portions based on the quantity of planting platforms available, wherein the planting platforms include one or more unmanned aerial vehicles (UAVs); uploading to each available planting platform a corresponding portion of the plurality of portions; and executing the planting operation using the available planting platforms.
Stator of a turbine of a gas turbine, having a flow channel in which there are arranged guide vanes, which each have an outer and an inner vane platform, and having in each case a cooling-air chamber which is formed by adjacent vane platforms and serves for the passage of cooling air, characterized in that the resulting cooling-air chamber and/or a platform intermediate gap are/is formed in such a way that, proceeding from a side of the vane platform, which side faces the adjacent vane platform, there is formed at least one outflow pocket which is open towards a platform top side and which is connected to the cooling-air chamber, and in that, in the wall of the cooling-air chamber, there is formed at least one cooling-air pocket which is open radially inwardly towards the cooling-air chamber and which is delimited by an intermediate element or a sealing strip and which opens towards the platform intermediate gap.
Cosmetic composition for caring for and/or making up keratin materials, in particular the skin, comprising, in a physiologically acceptable medium: (i) at least one encapsulated pigment; and (ii) at least one reflective particle predispersed in at least one oil chosen from, plant oils and ester oils, the plant oils being chosen from sweet almond oil, wheat germ oil, jojoba oil, apricot oil, soya bean oil, or canola oil, and the ester oils being chosen from octyldodecyl neopentanoate, caprylic/capric triglycerides, pentaerythrityl tetraisostearate, diisopropyl sebacate, C 12 -C 15 alkyl benzoate, ethylhexyl ethylhexanoate or ethylhexyl hydroxystearate, and mixtures thereof. (i) at least one encapsulated pigment; and (ii) at least one reflective particle predispersed in at least one oil chosen from, plant oils and ester oils,
A method for the layered construction of a shaped body of photopolymerizable material, in particular a resin with a ceramic filler, where layers of said shaped body are formed one after the other and one on top of the other by each forming a material layer of a predetermined thickness of the photopolymerizable material in a tank and lowering the construction platform, or the shaped body at least partially formed on the construction platform, into the material layer so as to cause a layer of the photopolymerizable material to form between the construction platform or shaped body and the tank bottom, which layer is cured in a position-selective manner, in particular by irradiation through the tank bottom, to provide the desired shape of the shaped body layer, wherein the predetermined thickness (a) of the material layer is varied at least once during the construction of the shaped body, so that the thickness (a) of the material layer for forming at least a first shaped body layer is chosen differently than the material layer thickness for forming at least a further shaped body layer, wherein the predetermined material layer thickness (a) is varied as a function of a calculated value of the displacement path length of bubbles forming on the interface between the construction platform or shaped body and the photopolymerizable material.
A household electrical appliance for preparing food, said household electrical appliance comprising: · a support structure; · a work receptacle adapted to fit onto the support structure; · a rotary work tool disposed in the work receptacle; · an electric motor secured to the support structure and driving the work tool in rotation; · control means for controlling the electric motor; · detector means for detecting occurrence of unbalance at the work tool in the work receptacle while the electric motor is operating, the detector means being adapted to transmit a signal in the event unbalance occurs; said household electrical appliance being characterized in that the detector means for detecting occurrence of unbalance comprise means for measuring at least one operating parameter of the electric motor and are adapted to transmit an unbalance occurrence signal as a function of the variation in the operating parameter of the electric motor. · a support structure; · a work receptacle adapted to fit onto the support structure; · a rotary work tool disposed in the work receptacle; · an electric motor secured to the support structure and driving the work tool in rotation; · control means for controlling the electric motor; · detector means for detecting occurrence of unbalance at the work tool in the work receptacle while the electric motor is operating, the detector means being adapted to transmit a signal in the event unbalance occurs;
Bulletproof glazing for use in vehicles, defining an external surface for facing the outside of a vehicle and an internal surface for facing the inside of the vehicle, the glazing comprising a combination of sheets (4A, 5, 4B, 9) of different materials and intermediate layers (6A, 6B, 8) interposed between the sheets (4A, 5, 4B, 9), comprising an outermost sheet of glass and an innermost sheet formed of an anti-shatter material, wherein the combination of sheets (4A, 5, 4B, 9) comprises at least a first intermediate sheet constituting an insert or support of metallic material and a second intermediate sheet of glass, and it possesses a chamfer at least in the outermost sheet, the chamfer defining an angle (α) which faces the outer surface of the glazing, wherein the first intermediate sheet rests on a filling layer that is disposed between the outermost sheet and the second intermediate sheet. the combination of sheets (4A, 5, 4B, 9) comprises at least a first intermediate sheet constituting an insert or support of metallic material and a second intermediate sheet of glass, and it possesses a chamfer at least in the outermost sheet, the chamfer defining an angle (α) which faces the outer surface of the glazing, wherein the first intermediate sheet rests on a filling layer that is disposed between the outermost sheet and the second intermediate sheet.