mhurhangee/patent-ind-claim-en huggingface dataset:
System for controlling the communication of medical imaging data, comprising: a computer; a plurality of sources of medical imaging data in communication with said computer, the plurality of sources comprising an endoscopic camera or a video endoscope; a plurality of destinations for the medical imaging data in communication with said computer, the plurality of destinations comprising a display; and a touchscreen controlled by said computer for simultaneously displaying a plurality of source icons and a plurality of destination icons; wherein the plurality of source icons correspond to said plurality of sources in order to allow a user of said system to select a particular source of medical imaging data by selecting one of the plurality of source icons on the touchscreen, and the plurality of destination icons correspond to said plurality of destinations in order to allow the user to select at least one particular destination to receive the medical imaging data supplied by the selected source by selecting one of the plurality of destination icons on the touchscreen; wherein said touchscreen further comprises a display window for displaying medical images generated from the medical imaging data supplied by the selected source; wherein said touchscreen further includes a telestration button which, when pressed, allows a user to enter a telestration mode, whereby the user uses a finger to draw on the medical images displayed in the display window, and wherein the output produced during telestration mode is selected as a source of the plurality of sources. a computer; a plurality of sources of medical imaging data in communication with said computer, the plurality of sources comprising an endoscopic camera or a video endoscope; a plurality of destinations for the medical imaging data in communication with said computer, the plurality of destinations comprising a display; and a touchscreen controlled by said computer for simultaneously displaying a plurality of source icons and a plurality of destination icons; wherein the plurality of source icons correspond to said plurality of sources in order to allow a user of said system to select a particular source of medical imaging data by selecting one of the plurality of source icons on the touchscreen, and the plurality of destination icons correspond to said plurality of destinations in order to allow the user to select at least one particular destination to receive the medical imaging data supplied by the selected source by selecting one of the plurality of destination icons on the touchscreen; wherein said touchscreen further comprises a display window for displaying medical images generated from the medical imaging data supplied by the selected source; wherein said touchscreen further includes a telestration button which, when pressed, allows a user to enter a telestration mode, whereby the user uses a finger to draw on the medical images displayed in the display window, and wherein the output produced during telestration mode is selected as a source of the plurality of sources.
An alloy powder formed of a corrosion resistant, thermal neutron absorbing austenitic alloy comprising in weight percent: Carbon 0.08 max. Manganese up to 3 Silicon up to 2 Chromium 17-27 Nickel 11-20 Mo+(W/1.92) up to 5.2 B Eq 0.78-13.0 Nitrogen up to 0.2 Oxygen 0.01-0.1 wherein B Eq = %boron + (4.35×%gadolinium), the alloy powder contains at least 0.25% boron and at least 0.05% gadolinium, and the balance is iron and usual impurities, wherein the impurities include 0.05% max. phosphorus, 0.03% max. sulfur, less than 0.005% yttrium, and less than 0.01% aluminum.
An integrated process that operates within the battery limits of a refinery for conversion of a heavy hydrocarbon feedstock containing asphaltenes, sulfur-containing and nitrogen-containing polynuclear aromatic molecules comprising: a. mixing the heavy hydrocarbon feedstock, paraffinic solvent and an effective quantity of solid adsorbent material at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; b. passing the heavy hydrocarbon feedstock, paraffinic solvent and solid adsorbent material to a first separation vessel; c. separating a solid phase comprising asphaltenes and solid adsorbent material from a liquid phase comprising deasphalted oil and paraffinic solvent; d. passing the solid phase to a filtration vessel with an aromatic and/or polar solvent to desorb the adsorbed contaminants and to recover regenerated solid adsorbent material; e. passing the liquid phase to a second separation vessel to separate deasphalted oil and paraffinic solvent, and optionally recycling at least a portion of the separated paraffinic solvent to step (a); f. passing deasphalted oil from the second separation vessel to a coking unit; g. thermally cracking the deasphalted oil in a coking unit to produce liquid and gas coking products; and h. recovering petroleum green coke from the coking unit. a. mixing the heavy hydrocarbon feedstock, paraffinic solvent and an effective quantity of solid adsorbent material at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; b. passing the heavy hydrocarbon feedstock, paraffinic solvent and solid adsorbent material to a first separation vessel; c. separating a solid phase comprising asphaltenes and solid adsorbent material from a liquid phase comprising deasphalted oil and paraffinic solvent; d. passing the solid phase to a filtration vessel with an aromatic and/or polar solvent to desorb the adsorbed contaminants and to recover regenerated solid adsorbent material; e. passing the liquid phase to a second separation vessel to separate deasphalted oil and paraffinic solvent, and optionally recycling at least a portion of the separated paraffinic solvent to step (a); f. passing deasphalted oil from the second separation vessel to a coking unit; g. thermally cracking the deasphalted oil in a coking unit to produce liquid and gas coking products; and h. recovering petroleum green coke from the coking unit.
Particles of an acrylic polymer comprising a constituent unit (A) derived from methyl methacrylate and a constituent unit (B) derived from a (meth)acrylic acid alkyl ester in which the alkyl group has 2 to 8 carbon atoms, wherein the moisture content in the particles is 5% or less by mass, and the particles have a sodium element amount of 3.5 to 50 ppm, measured by using a high frequency inductively coupled plasma (ICP) light emission spectrophotometer.
Method for determining a time in a vehicle , said method having the following steps: - advancing a continuous measure of time implemented in a control module of the vehicle by means of an oscillator; - receiving a plurality of items of time information from in each case a time source outside the vehicle , wherein a respective time source degree of confidence is assigned to each time source, wherein a respective time source degree of confidence is indicative of a reliability of the respective time source; - determining the time on the basis of the time information, and - determining an overall degree of confidence assigned to the time on the basis of the time source degrees of confidence, - wherein the measure of time is updated by means of the determined time only when the overall degree of confidence of the time exceeds a predetermined threshold value; - wherein the time information is received from a combination of different devices selected from the following group: - infrastructure devices, in particular roadside units, - other vehicles , - special response vehicles, - back-end systems, - intelligent transport systems (ITS), - radio clocks, - public key infrastructure systems, satellites, - a mobile radio network. - advancing a continuous measure of time implemented in a control module of the vehicle by means of an oscillator; - receiving a plurality of items of time information from in each case a time source outside the vehicle , wherein a respective time source degree of confidence is assigned to each time source, wherein a respective time source degree of confidence is indicative of a reliability of the respective time source; - determining the time on the basis of the time information, and - determining an overall degree of confidence assigned to the time on the basis of the time source degrees of confidence, - wherein the measure of time is updated by means of the determined time only when the overall degree of confidence of the time exceeds a predetermined threshold value; - wherein the time information is received from a combination of different devices selected from the following group: - infrastructure devices, in particular roadside units, - other vehicles , - special response vehicles, - back-end systems, - intelligent transport systems (ITS), - radio clocks, - public key infrastructure systems, satellites, - a mobile radio network. - infrastructure devices, in particular roadside units, - other vehicles , - special response vehicles, - back-end systems, - intelligent transport systems (ITS), - radio clocks, - public key infrastructure systems, satellites, - a mobile radio network.
A blood collection tube holder comprising: a body further comprising a rearwardly facing fluid discharge needle and a needle retraction chamber laterally spaced apart from the fluid discharge needle ; and the blood collection tube holder is characterized by a frontal attachment disposed in transverse sliding relation to the body , the frontal attachment comprising a needle retraction mechanism further comprising a forwardly projecting venipuncture needle that is coaxially alignable with the fluid discharge needle when the frontal attachment is disposed in a first position relative to the body , and that is retractable into the needle retraction chamber when the body is repositioned laterally relative to the frontal attachment so that the needle retraction chamber becomes coaxially alignable with the venipuncture needle . a body further comprising a rearwardly facing fluid discharge needle and a needle retraction chamber laterally spaced apart from the fluid discharge needle ; and the blood collection tube holder is characterized by a frontal attachment disposed in transverse sliding relation to the body , the frontal attachment comprising a needle retraction mechanism further comprising a forwardly projecting venipuncture needle that is coaxially alignable with the fluid discharge needle when the frontal attachment is disposed in a first position relative to the body , and that is retractable into the needle retraction chamber when the body is repositioned laterally relative to the frontal attachment so that the needle retraction chamber becomes coaxially alignable with the venipuncture needle .
A medicament for use in a method of treating psoriasis, comprising a beta 2 adrenergic receptor (ADRB2) inhibitor, wherein the ADRB2 inhibitor is ICI 118551.
An apparatus comprising a first user equipment, the apparatus further comprising: a transceiver configured to: receive a sidelink sounding reference signal configuration corresponding to a sidelink sounding reference signal, SRS, from a network equipment or a sidelink, SL, apparatus comprising a second user equipment; in response to receiving the sidelink sounding reference signal configuration from the network equipment: transmit the sidelink sounding reference signal configuration to the sidelink apparatus comprising the second user equipment; and transmit the sidelink sounding reference signal to the sidelink apparatus comprising the second user equipment; and in response to receiving the sidelink sounding reference signal configuration from the sidelink apparatus, transmit the sidelink sounding reference signal to the sidelink apparatus comprising the second user equipment. a transceiver configured to: receive a sidelink sounding reference signal configuration corresponding to a sidelink sounding reference signal, SRS, from a network equipment or a sidelink, SL, apparatus comprising a second user equipment; in response to receiving the sidelink sounding reference signal configuration from the network equipment: transmit the sidelink sounding reference signal configuration to the sidelink apparatus comprising the second user equipment; and transmit the sidelink sounding reference signal to the sidelink apparatus comprising the second user equipment; and transmit the sidelink sounding reference signal configuration to the sidelink apparatus comprising the second user equipment; and transmit the sidelink sounding reference signal to the sidelink apparatus comprising the second user equipment; and in response to receiving the sidelink sounding reference signal configuration from the sidelink apparatus, transmit the sidelink sounding reference signal to the sidelink apparatus comprising the second user equipment.
Connection arrangement for the constructive timber work, comprising a first wood construction element (a-i) which is interpenetrated by at least one force transmission element , and a second wood construction element (a-i) to which at least a first connection part is attached, wherein the force transmission element is fixed in a shear-resistant manner in the first wood construction element (a-i) and comprises a first and a second end region , wherein the first connection part , for the attachment of the second wood construction element (a-i) to the first wood construction element (a-i), is such connectable to the first end region of the force transmission element , that tensile and/or compressive forces acting on the second wood construction element (a-i) are guided via the force transmission element through the first wood construction element (a-i), and wherein the force transmission element is sleeve-shaped at least in the first end region , characterized in that the first connection part comprises a laterally open undercut which is adapted to be engaged behind by an engaging behind element that is attached to the force transmission element . a first wood construction element (a-i) which is interpenetrated by at least one force transmission element , and a second wood construction element (a-i) to which at least a first connection part is attached, wherein the force transmission element is fixed in a shear-resistant manner in the first wood construction element (a-i) and comprises a first and a second end region , wherein the first connection part , for the attachment of the second wood construction element (a-i) to the first wood construction element (a-i), is such connectable to the first end region of the force transmission element , that tensile and/or compressive forces acting on the second wood construction element (a-i) are guided via the force transmission element through the first wood construction element (a-i), and wherein the force transmission element is sleeve-shaped at least in the first end region , characterized in that the first connection part comprises a laterally open undercut which is adapted to be engaged behind by an engaging behind element that is attached to the force transmission element .
Suspendable scale for weighing a bundle, which includes - a first part for suspending the scale from a structure supporting the scale , - a second part for suspending an implement from the scale , - a third part joining the first part and second part , arranged to change shape from an effect of the implement acting on the first part and second part and caused by a bundle to be hoisted by it, the first part , second part , and third part being at least partly radially nesting relative to one another, - at least two, preferably 4 - 8 strain gauges connected to the third part to form measurement data on forces acting on it, on basis of deformation of the third part , - a wireless transmitter for sending the measurement data to an operator, - a power supply for feeding an electric current to the strain gauges and the wireless transmitter , characterized in that a first space is formed in the scale to integrate the wireless transmitter inside the scale and a second space to integrate the power supply inside the scale , in which the power supply is self-powered, wherein the first space and second space form a first opening for the first space and a second opening for the second space in the second part or third part or both. - a first part for suspending the scale from a structure supporting the scale , - a second part for suspending an implement from the scale , - a third part joining the first part and second part , arranged to change shape from an effect of the implement acting on the first part and second part and caused by a bundle to be hoisted by it, the first part , second part , and third part being at least partly radially nesting relative to one another, - at least two, preferably 4 - 8 strain gauges connected to the third part to form measurement data on forces acting on it, on basis of deformation of the third part , - a wireless transmitter for sending the measurement data to an operator, - a power supply for feeding an electric current to the strain gauges and the wireless transmitter ,
Protective sheet for cars shaped so as to cover at least from above and laterally a car , comprising at least two mutually coupled layers , a first layer , internal, adapted to face said car , being at least partly made of wool, a second layer , external, being made of a polymeric material, characterized in that said first layer is at least partly made of merino wool; the protective sheet further comprising a polyurethane adhesive suitable for mutually coupling said first layer and said second layer ; the polyurethane adhesive being distributed on the surface of one of the two layers intended to be coupled with a corresponding surface of the other layer , according to a grid of distribution spots.
A method of producing a patch for application to a desired region of human skin wherein the method comprises the steps of: (a) providing to a computer image data relating to the desired region of human skin to be covered by the patch during use, wherein the computer converts the image data to geometric data representing a geometric model of the desired region of human skin; and (b) using the geometric data to control a 3D printer to print successive layers of flexible materials to form the patch, wherein the patch comprises a flexible film having a first, adhesive, outwardly-facing major surface and a second outwardly-facing surface which is textured to correspond to the desired region of human skin; wherein the flexible film further comprises at least one pigmented region and at least one region adapted to modify one or more optical properties selected from the group consisting of light transmission, light reflection, and light absorption. (a) providing to a computer image data relating to the desired region of human skin to be covered by the patch during use, wherein the computer converts the image data to geometric data representing a geometric model of the desired region of human skin; and (b) using the geometric data to control a 3D printer to print successive layers of flexible materials to form the patch, wherein the patch comprises a flexible film having a first, adhesive, outwardly-facing major surface and a second outwardly-facing surface which is textured to correspond to the desired region of human skin; wherein the flexible film further comprises at least one pigmented region and at least one region adapted to modify one or more optical properties selected from the group consisting of light transmission, light reflection, and light absorption.
A method for modulating a power generated (P) by a thermal solar power plant comprising at least one solar panel , the method comprising the following steps: - at least one solar panel is available, comprising a tracking device configured to rotate the solar panel in at least one direction of rotation (R); - an installation is available, to provide a variable thermal power over time from the irradiation received by the solar panel ; - an angle of inclination (B) of the solar panel is determined, to produce the thermal power to be provided to the installation from the irradiation measured in real time; and - the solar panel is rotated with the tracking device to reach the determined angle of inclination (B). - at least one solar panel is available, comprising a tracking device configured to rotate the solar panel in at least one direction of rotation (R); - an installation is available, to provide a variable thermal power over time from the irradiation received by the solar panel ; - an angle of inclination (B) of the solar panel is determined, to produce the thermal power to be provided to the installation from the irradiation measured in real time; and - the solar panel is rotated with the tracking device to reach the determined angle of inclination (B).
Device for temporarily connecting a movable object, in particular a vehicle seat, to a holding rail having longitudinal grooves, wherein the device has at least one axially displaceable locking device and at least one axially displaceable clamping device , which is arranged at a distance from the locking device , for engagement in the holding rail , and the locking device and the clamping device are jointly axially adjustable by a lever device , in particular a lever arm, wherein the lever device acts as a single-sided lever about a first pivot point (1090.1) and about a second pivot point (1090.2) as a two-sided lever, wherein the lever device hinges a locking device about the first pivot point (1090.1) and a clamping device about the second pivot point (1090.2), characterized in that the device comprises a locking profile having an elongated hole and is moved downwards by the pivoting of the lever device about the first pivot point (1090.1) of the locking bolts in the elongated hole , wherein, due to a spring element , the clamping device is held down despite the movement of the locking device in the elongated hole and, after the locking operation is completed, the pivot point changes from the first pivot point (1090.1) to the second pivot point (1090.2) and, by the movement of the lever device around the second pivot point (1090.2), the clamping device is brought upwards in a second elongated hole of the locking profile against the force of a spring element and is clamped to the upper edge of the holding rail .
A polyester/polycarbonate blend comprising: (a) P(ET-CT) (poly(ethylene terephthalate-co-1,4-cyclohexylene dimethylene terephthalate) which is copolymerized with 1,4-cyclohexanedimethanol (CHDM) of 40 to 90 mol % with respect to total diol components; (b) polyethylene terephthalate (PET); (c) polycarbonate (PC); and (d) germanium of 1 to 100 ppm (weight ratio) with respect to total polyester/polycarbonate blend, wherein with respect to total polyester/polycarbonate blend, the amount sum of the P(ET-CT) and PET is 50 to 90 weight%, the amount of the PET is 1 to 6 times in weight ratio with respect to the P(ET-CT), and the amount of the PC is 10 to 50 weight% and wherein the germanium is contained as a catalyst in the P(ET-CT) polymerization, and an amount of the catalyst is 20 to 200 ppm (weight ratio) with respect to the polymerized P(ET-CT). (a) P(ET-CT) (poly(ethylene terephthalate-co-1,4-cyclohexylene dimethylene terephthalate) which is copolymerized with 1,4-cyclohexanedimethanol (CHDM) of 40 to 90 mol % with respect to total diol components; (b) polyethylene terephthalate (PET); (c) polycarbonate (PC); and (d) germanium of 1 to 100 ppm (weight ratio) with respect to total polyester/polycarbonate blend,