mhurhangee/ep-ind-claims huggingface dataset:
An aqueous coating composition comprising a mixture of (i) at least one polysaccharide or a derivative thereof in aqueous solution, and (ii) a plurality of polysaccharide gel particles having a mean average diameter in the range of 1 μm - 5 mm, said composition being capable of forming a film when applied onto a substrate, wherein the concentration of polysaccharides in aqueous solution is in the range of 0.1-10% (w/v) and the volume of the polysaccharide gel particles in the composition constitutes in the range of 10%-90% of the total volume of the composition when the polysaccharide gel particles are fully swelled. (i) at least one polysaccharide or a derivative thereof in aqueous solution, and (ii) a plurality of polysaccharide gel particles having a mean average diameter in the range of 1 μm - 5 mm, said composition being capable of forming a film when applied onto a substrate, wherein the concentration of polysaccharides in aqueous solution is in the range of 0.1-10% (w/v) and the volume of the polysaccharide gel particles in the composition constitutes in the range of 10%-90% of the total volume of the composition when the polysaccharide gel particles are fully swelled.
A medical system, comprising a data processing unit and optical waveguide components, namely a light source, an optic fiber cable, a camera head and an endoscope, through each of which a bundle of optical fibers is guided, wherein the data processing unit is configured to determine a maintenance requirement of the optical waveguide components by capturing the following data during a medical procedure and storing said data as historical data: - a light intensity parameter value of the light source, which correlates with a light intensity emitted by the light source during the medical procedure, - an optical waveguide component parameter set which describes a configuration of the optical waveguide components utilized during the medical procedure, - an external procedure parameter which describes the type of medical procedure, wherein the data processing unit is further configured to determine a trend of the light intensity parameter from the historical data of at least two medical procedures having the same optical waveguide component parameter set and the same external procedure parameters and to generate a maintenance requirement message and, if a deviation which exceeds a predefinable limit value can be ascertained in the trend, to output the maintenance requirement message. - a light intensity parameter value of the light source, which correlates with a light intensity emitted by the light source during the medical procedure, - an optical waveguide component parameter set which describes a configuration of the optical waveguide components utilized during the medical procedure, - an external procedure parameter which describes the type of medical procedure,
A moulded paper pulp jug comprising a flat or substantially flat base Wall and a sid ewal extending upwardly from the base wall to define a liquid receiving volume, the sidewall being shaped to form a grip portion having first and second opposed finger-receiving recessed portions and a pouring spout on the opposite side of the jug from the grip portion, the sidewall further comprising a plurality of integrally-formed projections and/or indentations arranged to indicate, in use, the depth of liquid within the liquid receiving volume wherein each of the said opposed recesses in the sidewall comprises a gripping surface comprising a concavity in the exterior of the sidewall which forms a projection projecting into the liquid receiving volume and comprising a shoulder portion at its upper end and wherein the grip portion comprises a base wall located above the level of the jug base wall, and comprises a tapered side wall.
A method for casting concrete products, in which method concrete products are cast with a circulating line casting process (1, 1') where mold tables (31, 31', 31") are transferred from one workstation to another, and in which circulating line casting process a plurality of casting molds are formed and equipped on a mold table, characterized in that the molds of the products to be cast are divided on different mold tables (31, 31', 31") so that the differences in total complexity of a mold table are minimized between mold tables, wherein the total complexity of a mold table is defined by the total complexity of the molds on that table, wherein the complexity of a mold is defined at least by the amount of sidewall elements used for forming the mold on a mold table (31, 31', 31") and by the amount of openings in the mold, as well as the required reinforcements and other work steps for forming and equipping the mold prior to casting.
A milling cutter for removing material from a surface in webs, - comprising an electrical drive and a milling drum, which can be driven by means of said electrical drive, for removing the material from the surface along a milling web (50.2), - comprising a drum housing, in which the milling drum is arranged and which has an extraction opening, in order to be able to extract the air-material particle flow generated by the milling drum during the removal, - comprising a cover in order to direct the air-material particle flow generated by the milling drum to the extraction opening, - comprising a lowering mechanism in order to be able to move the cover in the direction of the milling depth all the way to the bottom (50.1) of the milled-out milling web (50.2), characterized in that the milling cutter has a further cover, wherein the cover is arranged between the milling drum and the further cover. - comprising an electrical drive and a milling drum, which can be driven by means of said electrical drive, for removing the material from the surface along a milling web (50.2), - comprising a drum housing, in which the milling drum is arranged and which has an extraction opening, in order to be able to extract the air-material particle flow generated by the milling drum during the removal, - comprising a cover in order to direct the air-material particle flow generated by the milling drum to the extraction opening, - comprising a lowering mechanism in order to be able to move the cover in the direction of the milling depth all the way to the bottom (50.1) of the milled-out milling web (50.2), characterized in that the milling cutter has a further cover, wherein the cover is arranged between the milling drum and the further cover.
An active discharge circuit for electric vehicle inverter, the active discharge circuit intended to be connected in parallel with a DC link capacitor connected between positive and negative lines (3, 4) of a DC power link, and configured to discharge said DC link capacitor in less than seven seconds, wherein the active discharge circuit comprises: a dissipative current source (11; 24), a switch (12; 21) connected in series with the current source between the DC lines, and a controller connected to the switch and arranged to apply an activation signal in dependence of a control signal from a vehicle control system, said activation signal placing said switch in a conducting state, wherein the current source is configured to draw a discharge current and dissipate any energy stored in the DC link capacitor when said switch is in the conducting state, so that, when said switch is in the conducting state, the voltage across the DC link capacitor will decrease linearly, characterized in that said dissipative current source comprises a transistor connected with its source to a drain of the switch (12; 21) and with its drain to the positive DC line, and a voltage regulator connected between a gate of the transistor and the negative DC line, and wherein, when said switch (12: 21) is in a non-conducting state, an idle current is allowed to flow through said transistor, said idle current being significantly smaller than said discharge current, which idle current is used to power said controller. a dissipative current source (11; 24), a switch (12; 21) connected in series with the current source between the DC lines, and a controller connected to the switch and arranged to apply an activation signal in dependence of a control signal from a vehicle control system, said activation signal placing said switch in a conducting state, wherein the current source is configured to draw a discharge current and dissipate any energy stored in the DC link capacitor when said switch is in the conducting state, so that, when said switch is in the conducting state, the voltage across the DC link capacitor will decrease linearly, characterized in that said dissipative current source comprises a transistor connected with its source to a drain of the switch (12; 21) and with its drain to the positive DC line, and a voltage regulator connected between a gate of the transistor and the negative DC line, and wherein, when said switch (12: 21) is in a non-conducting state, an idle current is allowed to flow through said transistor, said idle current being significantly smaller than said discharge current, which idle current is used to power said controller.
Door or window opener having a housing, an opener latch arranged in the housing, and at least one unit for detecting at least a presence of a bar in a locked position of a door or window lock interacting with the door or window opener, wherein the at least one unit has at least one contactless sensor and is arranged in or on the housing, characterized in that the at least one unit is arranged in the housing, and a field of view of the at least one contactless sensor from the housing to the outside is directed in the direction of the bar in its locked position.
A transformer arrangement for mitigating transient voltage oscillations, comprising: a transformer, the transformer comprising: a transformer core comprising at least one core leg (3a, 3b, 3c); and a winding (4a, 4b, 4c, 5a, 5c, 5d) wound around each one of the at least one core leg, the winding extending from a first winding terminal to a second winding terminal and comprising a first winding section along a first conductor extending from said first winding terminal to a first intermediate end point, and a second winding section along a second conductor extending from a second intermediate end point to said second winding terminal; and an external passive electric component (C ext,1, C ext,2,11) connected between the first intermediate end point and either the second intermediate end point or said second winding terminal arranged to decrease an effective difference between capacitive and inductive voltage distributions between the intermediate end points such that transient voltage oscillations in the winding are mitigated. a transformer, the transformer comprising: a transformer core comprising at least one core leg (3a, 3b, 3c); and a winding (4a, 4b, 4c, 5a, 5c, 5d) wound around each one of the at least one core leg, the winding extending from a first winding terminal to a second winding terminal and comprising a first winding section along a first conductor extending from said first winding terminal to a first intermediate end point, and a second winding section along a second conductor extending from a second intermediate end point to said second winding terminal; and a transformer core comprising at least one core leg (3a, 3b, 3c); and a winding (4a, 4b, 4c, 5a, 5c, 5d) wound around each one of the at least one core leg, the winding extending from a first winding terminal to a second winding terminal and comprising a first winding section along a first conductor extending from said first winding terminal to a first intermediate end point, and a second winding section along a second conductor extending from a second intermediate end point to said second winding terminal; and an external passive electric component (C ext,1, C ext,2,11) connected between the first intermediate end point and either the second intermediate end point or said second winding terminal arranged to decrease an effective difference between capacitive and inductive voltage distributions between the intermediate end points such that transient voltage oscillations in the winding are mitigated.
A cosmetic product comprising an impregnation member embossed and engraved by melting a surface of the impregnation member, wherein the surface of the impregnation member has an open cell structure and is embossed and engraved by inserting and compressing the impregnation member in a heated metal mold formed with an emboss-engrave pattern and melting the surface to convert the surface into an open cell structure having a size of 1⁄2 or less, and the impregnation member embossed and engraved by melting the surface thereof is impregnated with a cosmetic material.
Electronic device comprising: - a first circuit comprising first (202, 9) and second (204, 13) transistors series-coupled between a node for applying a power supply voltage (Vbat) and a node for applying a reference voltage, the first and second transistors being coupled to each other by a first node (206, 11); and - a second circuit, configured to compare a first voltage on the first node with first (Vbat) and second voltage thresholds, wherein the second circuit comprises third and fourth transistors series-coupled between second and third nodes, the third and fourth transistors being coupled to each other by a fourth node coupled to the first node, and wherein the second node is coupled to the node for applying the power supply voltage (Vbat) by a first resistive element, and the third node is coupled to the node for applying the reference voltage by a second resistive element, the control terminal of the third transistor being coupled to a node for applying the second voltage threshold, and the control terminal of the fourth transistor being coupled to a node for applying the first voltage threshold, the second circuit comprising: - a first output node, configured to supply a signal taking a first value when the first voltage is higher than the first voltage threshold (Vbat) and a second value when the first voltage is lower than the first voltage threshold (Vbat), the first output node being coupled to the third node; and - a second output node, configured to supply a signal taking a first value when the first voltage is lower than the second voltage threshold and a second value when the first voltage is higher than the second voltage threshold, the second output node being coupled to the second node. - a first circuit comprising first (202, 9) and second (204, 13) transistors series-coupled between a node for applying a power supply voltage (Vbat) and a node for applying a reference voltage, the first and second transistors being coupled to each other by a first node (206, 11); and - a second circuit, configured to compare a first voltage on the first node with first (Vbat) and second voltage thresholds, - a first output node, configured to supply a signal taking a first value when the first voltage is higher than the first voltage threshold (Vbat) and a second value when the first voltage is lower than the first voltage threshold (Vbat), the first output node being coupled to the third node; and - a second output node, configured to supply a signal taking a first value when the first voltage is lower than the second voltage threshold and a second value when the first voltage is higher than the second voltage threshold, the second output node being coupled to the second node.
A battery pack structure for electric vehicles comprising a plurality of battery modules (21, 22, 23), each constructed by a battery cell assembly, and a battery controller for battery management mounted in an internal space of a battery pack case, in which a plurality of battery-module regions (71, 72, 73) for mounting the plurality of battery modules (21, 22, 23) and temperature-adjustment air passages (36, 37), through which temperature-adjusting air flows, configured among the plurality of battery-module regions (71, 72, 73) are provided in the internal space of the battery pack case, characterized in that the plurality of battery modules (21, 22, 23) and the battery controller are arranged at positions along one common passage part of the temperature-adjustment air passages (36, 37), the common passage part facing the plurality of battery modules (21, 22, 23), and in that a harness, via which the plurality of battery modules (21, 22, 23) and the battery controller are connected to each other, is wired along the common passage part in the temperature-adjustment air passages (36, 37).
A method for conducting a secure transaction, comprising: generating, by an authoritative server (110, 300), a single-use token encoded using error control code; conveying the encoded single-use token from the authoritative server (110, 300) to a client device (15, 200), said client device (15, 200) including a browser running an application using near field communications and a clickable link to connect the browser application to the authoritative server (110, 300); conveying, by speakers of the client device (15, 200), via an audio signal, the encoded single-use token to a receiving device (50, 400) including a mobile device; receiving the encoded single-use token via a microphone of the receiving device (50, 400); comparing, by the authoritative server (110, 300), the single-use token generated by the authoritative server (110, 300) with the encoded single-use token received by the receiving device (50, 400) by performing a mathematical operation; and allowing, by the authoritative server (110, 300), the secure transaction to proceed or terminating the secure transaction based on said comparison. generating, by an authoritative server (110, 300), a single-use token encoded using error control code; conveying the encoded single-use token from the authoritative server (110, 300) to a client device (15, 200), said client device (15, 200) including a browser running an application using near field communications and a clickable link to connect the browser application to the authoritative server (110, 300); conveying, by speakers of the client device (15, 200), via an audio signal, the encoded single-use token to a receiving device (50, 400) including a mobile device; receiving the encoded single-use token via a microphone of the receiving device (50, 400); comparing, by the authoritative server (110, 300), the single-use token generated by the authoritative server (110, 300) with the encoded single-use token received by the receiving device (50, 400) by performing a mathematical operation; and allowing, by the authoritative server (110, 300), the secure transaction to proceed or terminating the secure transaction based on said comparison.
An imaging system comprising: a beam splitting assembly for splitting an incident ray into emergent rays; and a detecting assembly, wherein the beam splitting assembly comprises a first prism, a second prism and a third prism; wherein one side surface of the first prism and one side surface of the second prism are joined to form a first interface; wherein one side surface of the third prism and another side surface of the second prism are joined to form a second interface; wherein the detecting assembly comprises at least two detectors; and wherein the at least two detectors are arranged to each capture a respective one of the emergent rays, the first, second and third prisms (1101, 1102, 1103) are 90 degree prisms; and characterized in that the hypotenuse side surfaces of the first and third prisms (1101, 1103) are joined to the respective cathetus side surfaces of the second prism at the first and second interfaces (1151, 1152). a beam splitting assembly for splitting an incident ray into emergent rays; and a detecting assembly, wherein the beam splitting assembly comprises a first prism, a second prism and a third prism; wherein one side surface of the first prism and one side surface of the second prism are joined to form a first interface; wherein one side surface of the third prism and another side surface of the second prism are joined to form a second interface; wherein the detecting assembly comprises at least two detectors; and wherein the at least two detectors are arranged to each capture a respective one of the emergent rays, the first, second and third prisms (1101, 1102, 1103) are 90 degree prisms; and characterized in that the hypotenuse side surfaces of the first and third prisms (1101, 1103) are joined to the respective cathetus side surfaces of the second prism at the first and second interfaces (1151, 1152).
A method for transmitting operation parameters to a station by an access point, AP, of a basic service set, BSS, operating in television whitespace, TVWS, the method comprising: transmitting a frame including a TVWS operation information field, the TVWS operation information field including a channel width subfield indicating a size of a BSS operating channel, the BSS operating channel including one or more basic channel units, BCUs, of TVWS; and transmitting a, signal, SIG, field in a preamble of a Physical layer Protocol Data Unit, PPDU; wherein the SIG field includes a bandwidth, BW, field indicating a size of a PPDU transmission band, the PPDU transmission band being less than or equal to the BSS operating channel, and wherein a PPDU type is determined to be one of contiguous multi-BCUs, non-contiguous multi-BCUs or a single BCU based on a combination of the channel width subfield and the BW field. transmitting a frame including a TVWS operation information field, the TVWS operation information field including a channel width subfield indicating a size of a BSS operating channel, the BSS operating channel including one or more basic channel units, BCUs, of TVWS; and transmitting a, signal, SIG, field in a preamble of a Physical layer Protocol Data Unit, PPDU; wherein the SIG field includes a bandwidth, BW, field indicating a size of a PPDU transmission band, the PPDU transmission band being less than or equal to the BSS operating channel, and wherein a PPDU type is determined to be one of contiguous multi-BCUs, non-contiguous multi-BCUs or a single BCU based on a combination of the channel width subfield and the BW field.
Apparatus for thermally welding workpieces (2a, 2b), comprising a heating plate of a thermally insulating material, in which a groove is formed in which an electrically heatable heating element, in particular a meandering strip-like metal foil or a resistance heating element is arranged, opposite of which a surface to be heated of a workpiece (2a, 2b) that is to be welded and that is made of thermoplastic material can be positioned with a close spacing in relation to the heating element, wherein a feed channel for shielding gas is formed in the heating plate, which feed channel communicates with the groove via at least one through-channel, and wherein for feeding shielding gas the feed channel can be connected to a shielding gas source via a feed line and a valve.
A method, performed by a radio network node comprised in a wireless communication system that is a Global System for Mobile communications, GSM, wherein the method comprises: - obtaining (701; 801; 901; 1401) downlink data, which downlink data is data for downlink transmission, and - converting (702; 802-805; 902-905; 1402) the obtained downlink data to a baseband signal, which conversion comprises Gaussian Minimum Shift Keying, GMSK, modulation of the downlink data, characterized by that the modulation applies a negative modulation index selected based on a type of wireless device that is a target for the downlink data and which is a machine type communication, MTC, device. - obtaining (701; 801; 901; 1401) downlink data, which downlink data is data for downlink transmission, and - converting (702; 802-805; 902-905; 1402) the obtained downlink data to a baseband signal, which conversion comprises Gaussian Minimum Shift Keying, GMSK, modulation of the downlink data,