mhurhangee/ep-ind-claims huggingface dataset:
A method for mirroring executable by a mirror device, wherein the method comprises: obtaining by the mirror device, file data, an application program, and operating system information that are of a first computing device; storing the file data, the application program, and the operating system information obtained by the first computing device in a memory of the mirror device; calling, by using a processor, an instruction and code that are in the memory, to run at the mirror device the operating system and the application program that are obtained from the first computing device; if an operation change occurs on the first computing device, receiving, by the mirror device, an operation change instruction or operation change data of the first computing device corresponding to the operation change; and updating, by the mirror device, the stored file data, application program, and operating system information stored according to the operation change instruction or the operation change data of the first computing device. obtaining by the mirror device, file data, an application program, and operating system information that are of a first computing device; storing the file data, the application program, and the operating system information obtained by the first computing device in a memory of the mirror device; calling, by using a processor, an instruction and code that are in the memory, to run at the mirror device the operating system and the application program that are obtained from the first computing device; if an operation change occurs on the first computing device, receiving, by the mirror device, an operation change instruction or operation change data of the first computing device corresponding to the operation change; and updating, by the mirror device, the stored file data, application program, and operating system information stored according to the operation change instruction or the operation change data of the first computing device.
A heat exchanger comprising a heat transfer unit configured to perform heat exchange by contact with gas, wherein a contact surface of the heat transfer unit to be in contact with the gas is provided with a fine structure body which has a height of 10 μm or less and a surface area of 10 times or more of a smooth surface, characterized in that the fine structure body has a shape of a dendritic structure, the fine structure body is formed of the same material as that of a base material forming the contact surface, and the base material forming the contact surface is copper or copper alloy.
An electrical power distribution apparatus connectable to one or more loads, the apparatus comprising: A mains transformer having a mains input for receiving electrical power distributable to one or more loads via a cable; one or more taps arranged to supply the loads with the electrical power so received; one or more circuit breakers operative only to switch off the power supply at the one or more loads, the switch off occurring if the voltage or amperage associated with the power supplied at the one or more loads exceeds predetermined critical threshold values, thereby protecting the loads against damage; a monitoring module arranged to monitor the voltage or amperage at the one or more loads; storing monitored voltage and amperage values as a series, to obtain reference data indicative of the normal operation of the one or more loads; a programmable control module (105,109) arranged to issue control commands in response to and in dependence on a deviation beyond pre-defined threshold values of the monitored voltage or amperage from reference voltage or amperage data; one or more programmable fuses arranged to switch on or off in response to the issued control commands the supplied power at the one or more taps, the switching on or off the fuses occurring at voltages or amperages lower than the critical threshold value, thereby controlling the distribution of the electrical power throughout the one or more loads, wherein the switching off occurs if there is the said deviation and wherein the switching on occurs if there is no longer deviation. A mains transformer having a mains input for receiving electrical power distributable to one or more loads via a cable; one or more taps arranged to supply the loads with the electrical power so received; one or more circuit breakers operative only to switch off the power supply at the one or more loads, the switch off occurring if the voltage or amperage associated with the power supplied at the one or more loads exceeds predetermined critical threshold values, thereby protecting the loads against damage; a monitoring module arranged to monitor the voltage or amperage at the one or more loads; storing monitored voltage and amperage values as a series, to obtain reference data indicative of the normal operation of the one or more loads; a programmable control module (105,109) arranged to issue control commands in response to and in dependence on a deviation beyond pre-defined threshold values of the monitored voltage or amperage from reference voltage or amperage data; one or more programmable fuses arranged to switch on or off in response to the issued control commands the supplied power at the one or more taps, the switching on or off the fuses occurring at voltages or amperages lower than the critical threshold value, thereby controlling the distribution of the electrical power throughout the one or more loads, wherein the switching off occurs if there is the said deviation and wherein the switching on occurs if there is no longer deviation.
A module for configuring a weighbridge, comprising: a rectangular frame, with four corners, a pair of parallel side edges and a pair of parallel end edges, the side edges longer than the end edges; a pair of first structural rails, parallel to the side edges; such that a rectangular compartment is provided, inside a perimeter of the rectangular frame at each of the corners, for attaching the module to an adjacent module, each of the rectangular compartments having a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment. a rectangular frame, with four corners, a pair of parallel side edges and a pair of parallel end edges, the side edges longer than the end edges; a pair of first structural rails, parallel to the side edges; such that a rectangular compartment is provided, inside a perimeter of the rectangular frame at each of the corners, for attaching the module to an adjacent module, each of the rectangular compartments having a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment. a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment.
Seal bellows, comprising a shell composed of a rubber-elastic material, both sides of said shell having a respective edge region (2, 3) at the end side, wherein a clamping ring (4, 5) for fastening of the seal bellows is arranged in at least one of the edge regions (2, 3), wherein the clamping ring (4, 5) is arranged in the edge region (2, 3) in an exclusively form-fitting manner, without a chemical bond, wherein the clamping ring (4, 5), as viewed in the longitudinal section of the seal bellows, is of substantially L-shaped form, with an axial limb and a radial limb, wherein the clamping ring (4, 5) has apertures which are penetrated by the rubber-elastic material of the respective edge region (2, 3) and wherein the apertures are arranged in the axial limb and in the radial limb so as to be distributed uniformly in a circumferential direction, characterized in that the apertures in the axial limb and in the radial limb are, as viewed in the circumferential direction, staggered in relation to one another.
Portable electric lamp with a compact casing housing a lighting module and an electric circuit coupled to the lighting module and provided with a controlled switch, comprising an actuator rotating around an axis of rotation to control the switch, the actuator being mounted fixed in translation in the direction of said axis of rotation and the lamp comprising a control knob rotating around the axis of rotation of the actuator, characterized in that the control knob further is mounted movable in translation along the axis of rotation of the actuator between a driving position in which the control knob drives the actuator in rotation and at least one blocking position in which the control knob prevents rotation of the actuator in at least one direction of rotation.
A system for monitoring a wound, comprising: means for capturing an image of a wound dressing; means for determining the color of a pH indicator on the wound dressing, wherein the means for determining the color comprises means for extracting RGB values from the captured image; means for calculating a pH value for the wound dressing from the dressing RGB values; and means for displaying an indication of the calculated pH value; wherein means for extracting dressing RGB values from the captured image comprises means for determining individual pixel RGB values for each one of a plurality of pixels in the image and means for averaging the individual pixel RGB values for the plurality of pixels to determine the dressing RGB values; and further comprising means for capturing an image of a color calibration strip wherein the color calibration strip is captured in the same image as the wound dressing and further comprising means for extracting calibration RGB values from the image of the color calibration strip for each of a plurality of color blocks in the color calibration strip wherein each color block is associated with a standardized pH value; and wherein the pH value for the wound dressing is calculated using the dressing RGB values and the calibration RGB values. means for capturing an image of a wound dressing; means for determining the color of a pH indicator on the wound dressing, wherein the means for determining the color comprises means for extracting RGB values from the captured image; means for calculating a pH value for the wound dressing from the dressing RGB values; and means for displaying an indication of the calculated pH value; wherein means for extracting dressing RGB values from the captured image comprises means for determining individual pixel RGB values for each one of a plurality of pixels in the image and means for averaging the individual pixel RGB values for the plurality of pixels to determine the dressing RGB values; and further comprising means for capturing an image of a color calibration strip wherein the color calibration strip is captured in the same image as the wound dressing and further comprising means for extracting calibration RGB values from the image of the color calibration strip for each of a plurality of color blocks in the color calibration strip wherein each color block is associated with a standardized pH value; and wherein the pH value for the wound dressing is calculated using the dressing RGB values and the calibration RGB values.
A transfer coupling comprising a static component and a rotatable component arranged in co-axial alignment, the static component including a first number of ports and the rotatable component including a second number of ports, the ports being arranged in a common circumferential plane wherein the ports are configured and arranged, in use, to homogenise a flow area for a fluid being transferred through the ports and thereby create a homogenous volume flow wherein a first (51, 61, 71, 81, 91, 101, 111) of the static component and the rotatable component comprises a circumferential array comprising a first number of ports (51a, 61a, 71a, 81a, 91a, 101a, 111a) of a first size and the second (52, 62, 72, 82, 92, 102, 112) of the components comprises a circumferential array comprising a second number of ports (52a, 62a, 72a, 82a, 92a, 102a, 112a) of a second size, the first number being substantially smaller than the second number and the first size being substantially larger than the second size, characterized by the static component and the rotatable component being arranged axially adjacent to each other and the ports extending axially.
A method for wireless communication, comprising: generating a first frame, at a first wireless communication device, that includes at least a first aggregated media access control protocol data unit, A-MPDU, wherein the first A-MPDU includes one or more media access control protocol data units, MPDUs; setting a first recipient address, RA, field to a first value in a first MPDU of the one or more MPDUs in the first A-MPDU, the first value being a first MAC address associated with a second wireless communication device; setting a first RA subfield in a first field in the first MPDU to a second value, the second value being the same as the first value, the second value being the first MAC address associated with the second wireless communication device; and outputting the first frame for transmission to at least the second wireless communication device. generating a first frame, at a first wireless communication device, that includes at least a first aggregated media access control protocol data unit, A-MPDU, wherein the first A-MPDU includes one or more media access control protocol data units, MPDUs; setting a first recipient address, RA, field to a first value in a first MPDU of the one or more MPDUs in the first A-MPDU, the first value being a first MAC address associated with a second wireless communication device; setting a first RA subfield in a first field in the first MPDU to a second value, the second value being the same as the first value, the second value being the first MAC address associated with the second wireless communication device; and outputting the first frame for transmission to at least the second wireless communication device.
An agent for use in a method of treating, or reducing the risk of progression of, a cancer in a subject characterized by aberrant MUC1 expression, wherein said agent inhibits interaction of NM23 with the peptide sequence defined in SEQ ID NO: 7 of MUC1 receptor, wherein such interactions result in the dimerization of the MUC1 receptor and promotion of cell proliferation, and wherein the subject is known to be at risk for cancer or is diagnosed with cancer.
Apparatus for renovating and profiling damaged water bound road coverings, which is mountable on a support vehicle, with a roller, which is rotatable oppositely to the direction of travel of the support vehicle and attached to whose outer periphery are engagement projections, wherein the roller is connectable via a gearbox to the output shaft of the support vehicle and is mounted in a frame, which is pivotally connected to a base plate, which may be fastened to the support vehicle, wherein the frame is pivotable with the roller in both directions about a central vertical axis and about a central horizontal axis, wherein a levelling device is connected to the frame behind the roller in the direction of movement so that it is pivotable together with it about the vertical and horizontal axes, wherein the roller consists of a steel pipe, characterised in that the engagement projections are bars, which extend in the longitudinal direction of the roller and extend over at least a proportion of the length of the roller, wherein the bars are suitable for scraping away road material on contact with a road covering, that the levelling device is liftable and lowerable with respect to the roller and that the levelling device may be pressed against the road covering with continuously adjustable pressure in order to vary the weight with which the roller engages the road covering, whereby the removal rate of the roller is adjustable, whereby the material distributed by the roller is smoothed by the levelling device and recompressed.
Actuation device comprising, - a threaded shaft connected at one end to driving means adapted to allow the threaded shaft to rotate about its longitudinal axis (α), - a movable element provided with a cylindrical cavity adapted to receive the threaded shaft, said cylindrical cavity being configured in such a way that a rotation of the threaded shaft corresponds to a translation the movable element along said longitudinal axis (α), - two guiding rods (4,4') coupled to the movable element and adapted to constrain the translation of the latter along a direction parallel to said longitudinal axis (α), wherein the movable element comprises a first and a second element constrained to each other, wherein said first element is coupled to the threaded shaft and said second element is coupled to said two guiding rods (4,4'), characterized in that a portion protrudes from said second element adapted to fit into a seat formed in said first element, and wherein said portion and said seat are shaped in such a way that the contact between the seat and the portion takes place in a contact zone that extends along a section of the portion whose midpoint lies in a plane which comprises said longitudinal axis (α) and is parallel to the plane which comprises the development axes (β,β') of said two guiding rods (4,4'). - a threaded shaft connected at one end to driving means adapted to allow the threaded shaft to rotate about its longitudinal axis (α), - a movable element provided with a cylindrical cavity adapted to receive the threaded shaft, said cylindrical cavity being configured in such a way that a rotation of the threaded shaft corresponds to a translation the movable element along said longitudinal axis (α), - two guiding rods (4,4') coupled to the movable element and adapted to constrain the translation of the latter along a direction parallel to said longitudinal axis (α), the movable element comprises a first and a second element constrained to each other, wherein said first element is coupled to the threaded shaft and said second element is coupled to said two guiding rods (4,4'), characterized in that a portion protrudes from said second element adapted to fit into a seat formed in said first element, and wherein said portion and said seat are shaped in such a way that the contact between the seat and the portion takes place in a contact zone that extends along a section of the portion whose midpoint lies in a plane which comprises said longitudinal axis (α) and is parallel to the plane which comprises the development axes (β,β') of said two guiding rods (4,4').
A sintered R-T-B based magnet comprising a main phase which is formed of R 2 T 14 B compound particles and a grain boundary phase which is at the grain boundaries of the main phase, having remanence (B r) of 1.47 T or greater and coercivity (H cJ) of 1900 kA/m or greater and containing Tb at a content of 0.05 mass% and higher and 0.35 mass% or lower, wherein the sintered R-T-B based magnet contains RL which is at least one type of light rare-earth element, and contains Nd and Pr with no exception, and satisfies 26.5 mass% ≤ - 6 × [oxygen] ≤ 28.8 mass%, where is the content (mass%) of RL and [oxygen] is the content (mass%) of oxygen, and the sintered R-T-B based magnet includes a portion in which a concentration of Tb gradually decreases from a surface toward an interior of the magnet, a portion in which a concentration of Pr gradually decreases from a surface toward an interior of the magnet, and a portion in which a concentration of Ga gradually decreases from a surface toward an interior of the magnet. 0.35 mass% or lower, wherein the sintered R-T-B based magnet contains RL which is at least one type of light rare-earth element, and contains Nd and Pr with no exception, and satisfies 26.5 mass% ≤ - 6 × [oxygen] ≤ 28.8 mass%, where is the content (mass%) of RL and [oxygen] is the content (mass%) of oxygen, and the sintered R-T-B based magnet includes a portion in which a concentration of Tb gradually decreases from a surface toward an interior of the magnet, a portion in which a concentration of Pr gradually decreases from a surface toward an interior of the magnet, and a portion in which a concentration of Ga gradually decreases from a surface toward an interior of the magnet.
A cap for covering a lift hole of a lifting lug of a concrete slab, which cap comprises a flat circular skirt and a central portion having a spherical form, wherein from the lower surface of the flat skirt extends one continuous circular protrusion or a plurality of smaller protrusions in circular formation, wherein the central portion extends upwards from the skirt and is formed to be pressed down so that the upper part of the lifting lug breaks through the central portion, characterized in that the central portion comprises a section for facilitating the breaking in the area of the lifting lug, which section comprises thinner material thickness and/or a cut.
A process for the preparation of a dental restoration, which comprises (a) producing a melt of a starting glass containing the initial components SiO 2, Li 2 O, K 2 O, Al 2 O 3 and P 2 O 5 as the main components, (b) pouring the melt of the starting glass into a mould to form a starting glass blank and cooling the glass blank to room temperature, (c) subjecting the starting glass blank to a first heat treatment at a first temperature to give a glass product which contains nuclei suitable for forming lithium metasilicate crystals, or (b') pouring the melt of the starting glass into a mould to form a starting glass blank and cooling the glass blank to a first temperature of 450 to 550 °C, (c') holding the starting glass blank at the first temperature for a period of 5 minutes to 50 minutes to give a glass product which contains nuclei suitable for forming lithium metasilicate crystals, (d) subjecting the glass product of step (c) or (c') to a second heat treatment at a second temperature which is higher than the first temperature to obtain the lithium silicate blank with lithium metasilicate crystals as the main crystalline phase, and (e) shaping the lithium silicate blank with lithium meta-silicate as the main crystalline phase to a desired geometry by machining or by hot pressing to form a shaped lithium silicate product. (a) producing a melt of a starting glass containing the initial components SiO 2, Li 2 O, K 2 O, Al 2 O 3 and P 2 O 5 as the main components, (b) pouring the melt of the starting glass into a mould to form a starting glass blank and cooling the glass blank to room temperature, (c) subjecting the starting glass blank to a first heat treatment at a first temperature to give a glass product which contains nuclei suitable for forming lithium metasilicate crystals, or (b') pouring the melt of the starting glass into a mould to form a starting glass blank and cooling the glass blank to a first temperature of 450 to 550 °C, (c') holding the starting glass blank at the first temperature for a period of 5 minutes to 50 minutes to give a glass product which contains nuclei suitable for forming lithium metasilicate crystals, (d) subjecting the glass product of step (c) or (c') to a second heat treatment at a second temperature which is higher than the first temperature to obtain the lithium silicate blank with lithium metasilicate crystals as the main crystalline phase, and (e) shaping the lithium silicate blank with lithium meta-silicate as the main crystalline phase to a desired geometry by machining or by hot pressing to form a shaped lithium silicate product.