mhurhangee/ep-ind-claims huggingface dataset:
A surface acoustic wave, SAW, sensor system, comprising: a SAW bio sensor comprising an input part, an output part, and a sensing part between the input part (200 and the output part; a signal generating part providing a first electrical signal to the input part of the SAW bio sensor, wherein the SAW bio sensor is connected to the signal generating part and the input part is adapted to convert the first electrical signal into a SAW; and wherein, when a measurement target contacts the sensing part of the SAW bio sensor, the sensing part of the SAW bio sensor is further adapted to output a SAW corresponding to the measurement target with the SAW provided from the input part, wherein the measurement target includes at least one of protein, DNA, a virus, bacteria, a cell, and a tissue, and wherein the output part of the SAW bio sensor is adapted to convert the SAW corresponding to the measurement target into a second electrical signal and to output the second electrical signal to the signal measuring part; and the SAW bio sensor system further comprises a signal measuring part being connected to one side of the SAW bio sensor and being configured for detecting a change in the second electrical signal by time-gating and measuring a multiple-transit-echo wave, wherein the multiple-transit-echo wave is reflected by a portion of the output part at least one time, and wherein the multiple-transit-echo wave is further reflected by a portion of the input part at least one time. a SAW bio sensor comprising an input part, an output part, and a sensing part between the input part (200 and the output part; a signal generating part providing a first electrical signal to the input part of the SAW bio sensor, wherein the SAW bio sensor is connected to the signal generating part and the input part is adapted to convert the first electrical signal into a SAW; and wherein, when a measurement target contacts the sensing part of the SAW bio sensor, the sensing part of the SAW bio sensor is further adapted to output a SAW corresponding to the measurement target with the SAW provided from the input part, wherein the measurement target includes at least one of protein, DNA, a virus, bacteria, a cell, and a tissue, and wherein the output part of the SAW bio sensor is adapted to convert the SAW corresponding to the measurement target into a second electrical signal and to output the second electrical signal to the signal measuring part; and the SAW bio sensor system further comprises a signal measuring part being connected to one side of the SAW bio sensor and being configured for detecting a change in the second electrical signal by time-gating and measuring a multiple-transit-echo wave, wherein the multiple-transit-echo wave is reflected by a portion of the output part at least one time, and wherein the multiple-transit-echo wave is further reflected by a portion of the input part at least one time.
A method of manufacturing a part for an aircraft seat, characterized in that it comprises: - a step of positioning a heating frame around a stacked structure comprising a foam core, a first cover (13.1) and a second cover (13.2) out of a thermoplastic material arranged on either side of the foam core, a first film of thermofusible glue (14.1) inserted between the first cover (13.1) and the foam core and a second film of thermofusible glue (14.2) inserted between the second cover (13.2) and the foam core, - a step of locally heating at least one edge (29.1, 29.2, 30.1, 30.2) of the stacked structure by means of a heating frame, - an step of externally heating the entire stacked structure, - a step of placing the stacked structure into a thermoforming mold equipped with cutting punches (41, 42), - a step of thermoforming by closing the thermoforming mold and applying a vacuum inside the thermoforming mold, so as to simultaneously perform during the same step a process of shaping the first cover (13.1) and the second cover (13.2), a process of heat sealing at least one edge of the first cover (13.1) and at least one edge of the second cover (13.2) to one another, a process of bonding the first cover (13.1) and the second cover (13.2) to the foam core, and a process of cutting the stacked structure along its circumference by means of the cutting punches (41, 42). - a step of positioning a heating frame around a stacked structure comprising a foam core, a first cover (13.1) and a second cover (13.2) out of a thermoplastic material arranged on either side of the foam core, a first film of thermofusible glue (14.1) inserted between the first cover (13.1) and the foam core and a second film of thermofusible glue (14.2) inserted between the second cover (13.2) and the foam core, - a step of locally heating at least one edge (29.1, 29.2, 30.1, 30.2) of the stacked structure by means of a heating frame, - an step of externally heating the entire stacked structure, - a step of placing the stacked structure into a thermoforming mold equipped with cutting punches (41, 42), - a step of thermoforming by closing the thermoforming mold and applying a vacuum inside the thermoforming mold, so as to simultaneously perform during the same step a process of shaping the first cover (13.1) and the second cover (13.2), a process of heat sealing at least one edge of the first cover (13.1) and at least one edge of the second cover (13.2) to one another, a process of bonding the first cover (13.1) and the second cover (13.2) to the foam core, and a process of cutting the stacked structure along its circumference by means of the cutting punches (41, 42).
Firearm (10; 70; 90) having: - one or more retractable loading system elements, namely at least one of a loading device (19; 76; 94), a shutter carrier, or a slot, that follow a trajectory when retracted; characterised in that a) one or more reference elements (12a-f; 72a, b; 92a, b; 102a-d) in the form of added markers are arranged on the firearm, that indicate such a predetermined position of the loading system element(s) along their respective trajectory, at which the cartridge chamber is opened, that a cartridge (22; 79) that is optionally present in the cartridge chamber can be seen and/or detected, but is not ejected, and which are distanced from possible positions for disassembling the firearm (10; 70; 90); and b) the one or more reference elements (12a-f; 72a, b; 92a, b; 102a-d) are formed such that these, when a firearm (10; 70; 90) safety is either on or off, can ensure a free travel of the loading system element (s) along their respective trajectory. - one or more retractable loading system elements, namely at least one of a loading device (19; 76; 94), a shutter carrier, or a slot, that follow a trajectory when retracted; a) one or more reference elements (12a-f; 72a, b; 92a, b; 102a-d) in the form of added markers are arranged on the firearm, that indicate such a predetermined position of the loading system element(s) along their respective trajectory, at which the cartridge chamber is opened, that a cartridge (22; 79) that is optionally present in the cartridge chamber can be seen and/or detected, but is not ejected, and which are distanced from possible positions for disassembling the firearm (10; 70; 90); and b) the one or more reference elements (12a-f; 72a, b; 92a, b; 102a-d) are formed such that these, when a firearm (10; 70; 90) safety is either on or off, can ensure a free travel of the loading system element (s) along their respective trajectory.
Solid shaped articles based on a polyvinyl chloride matrix containing - 0.1 to 5% by weight of flumethrin, and - 5 to 25% by weight of a glycerol ester or propylene glycol ester with unbranched aliphatic C8-C 12 -fatty acids, - 1 to 30% by weight of an additional plasticizer, - and optionally further adjuvants and additives, wherein the shaped articles have a thickness from 1 to 5 mm and include openings with a diameter of 6 - 9 mm and wherein the additional plasticizer is di-n-butyl adipate. - 0.1 to 5% by weight of flumethrin, and - 5 to 25% by weight of a glycerol ester or propylene glycol ester with unbranched aliphatic C8-C 12 -fatty acids, - 1 to 30% by weight of an additional plasticizer, - and optionally further adjuvants and additives,
Composite component, produced according to a method according to one of Claims 12 or 13, comprising at least one first and one second component (10, 20) which are connected to one another in a joining region, wherein the joining region has a plastic forming region by means of which the first and the second component (10, 20) by way of cold forming are held by a mutual holding force in the joining region; wherein in the plastic forming region the first component has a recess and the latter is at least partially filled by deformed material of the second component; wherein configured by the deformed material is a protuberance which projects from the second component and protrudes into the recess and configures a contact region between the first and the second component (10, 20) that has an undercut, the latter counteracting the release of the components (10, 20) when the joining region is impinged with a force; wherein the base material of the first component, which has the recess, has a lower yield point than the base material of the second component, which at least partially fills the recess by deformed material, and that the first and the second component (10, 20) at least in the joining region are configured as sheet-metal parts or sheet-metal-type parts, and a base sheet thickness of the second component is greater than a base sheet thickness of the first component, characterized in that the second component in the plastic deformation region as an imprint of a forming die used for deforming the material into the recess has a depression having circular internal cross sections; and wherein the depression reaches into the recess and configures a base area of the protuberance; and wherein, proceeding from the base area, a second flared conical portion of the depression, from a first flared frustoconical portion of the depression across a shoulder to above the clearance, is configured.
A robot cleaner, comprising: a robot body; an operation unit which is configured to receive a user's command with respect to the robot cleaner; means for detecting a portion under furniture which is configured to detect whether a running position of the robot body is the portion under furniture; and a robot control unit wherein when a command of cleaning the portion under furniture is received from the operation unit, the robot control unit controls driving wheels in order for the robot body to run only the portion under furniture base on a result of the detection of the means for detecting the portion under furniture, characterized by an image sensor which is provided on a side surface of the robot body so that the robot control unit controls for the robot body to run in search of the portion under furniture where illumination is relatively low. a robot body; an operation unit which is configured to receive a user's command with respect to the robot cleaner; means for detecting a portion under furniture which is configured to detect whether a running position of the robot body is the portion under furniture; and a robot control unit wherein when a command of cleaning the portion under furniture is received from the operation unit, the robot control unit controls driving wheels in order for the robot body to run only the portion under furniture base on a result of the detection of the means for detecting the portion under furniture,
An electromagnetic device for laterally containing liquid aluminum or a liquid aluminum alloy, having a first electrical conductivity in a range from about 7 to 15 MS/m at a first temperature in a range from about 510°C to 720°C, at one open side end of a passage defined between two counter-rotating casting rolls (22, 22'), said device comprising - a magnetic yoke made of a first material having a second electrical conductivity either less than or equal to 500 S/m, at a second temperature comprised in a range from about 170°C to 200°C, lower than said first electrical conductivity, said first material being ferromagnetic material and said magnetic yoke ending with two mutually proximal wedge-shaped ends (4, 4'), said wedge-shaped ends having respective inner surfaces (5, 5'), facing each other and defining a gap, and respective outer surfaces (7, 7'), arranged one on one side and the other on the other side with respect to a plane lying in said gap; - at least one coil wound on at least one stretch of the magnetic yoke and adapted to be supplied by electric current; - at least one plate inserted in said gap; characterized in that said at least one plate is made of a second material having a third electrical conductivity of at least 20 MS/m, at said second temperature, greater than said first electrical conductivity at said first temperature, whereby said at least one plate can electromagnetically shield said inner surfaces (5, 5') with respect to each other. - a magnetic yoke made of a first material having a second electrical conductivity either less than or equal to 500 S/m, at a second temperature comprised in a range from about 170°C to 200°C, lower than said first electrical conductivity, said first material being ferromagnetic material and said magnetic yoke ending with two mutually proximal wedge-shaped ends (4, 4'), said wedge-shaped ends having respective inner surfaces (5, 5'), facing each other and defining a gap, and respective outer surfaces (7, 7'), arranged one on one side and the other on the other side with respect to a plane lying in said gap; - at least one coil wound on at least one stretch of the magnetic yoke and adapted to be supplied by electric current; - at least one plate inserted in said gap;
An immediate release solid oral dosage form comprising a plurality of particles, each particle comprising: (i) a core comprising an inert excipient and an active agent, wherein the inert excipient is layered with the active agent; and (ii) a material that is sensitive to acidic pH layered on the core; wherein the plurality of particles are dispersed in a matrix comprising a gelling agent; and wherein the dosage form releases at least about 70% of the active agent within 45 minutes as measured by in-vitro dissolution in a USP Apparatus 2 (paddle) at 50 rpm in 500 ml 0.1N HCl at 37° C. (i) a core comprising an inert excipient and an active agent, wherein the inert excipient is layered with the active agent; and (ii) a material that is sensitive to acidic pH layered on the core;
A resin composition comprising one or two or more cyanate ester compounds represented by the following formula and an epoxy resin: wherein R 1, R 2, R 3, and R 4 represent a hydrogen atom or an alkyl group having 1 to 10 carbon atoms, and may be the same or different from each other; and n represents an integer of 1 to 50.
Coating source for physical vapour deposition, comprising: - a coating material which consists of a material having an elongation at break of less than or equal to 1% and has cracks, - a support element which is joined to the coating material at a surface of the coating material, characterized in that the coating material has structuring on at least parts of a surface of the coating material, wherein the structuring consists of depressions, grooves, notches or slits, with the proviso, that the depth of the structuring is that great that at least 1 mm of coating material remains in depth direction. - a coating material which consists of a material having an elongation at break of less than or equal to 1% and has cracks, - a support element which is joined to the coating material at a surface of the coating material,
A sheet processing apparatus comprising: a heater configured to output heat rays; an irradiation means configured to irradiate a sheet with the heat rays from the heater to heat the sheet by radiant heat; and a contact means (9, 10, 11) including a roller or fixed member configured to heat a region of the sheet by coming into contact with the radiant heated sheet on a downstream side of the irradiation means, wherein a part of the heat rays output from the heater is radiated onto a part of a structure constituting the contact means to raise a temperature of the roller or fixed member, and the contact means (9, 10, 11) is adapted to wrap the sheet around a part of the roller or fixed member while the sheet is conveyed, characterized by being configured to share the heat rays output from the heater by directing a part of said heat rays to a first region to irradiate and heat the sheet and directing another part of said heat rays to a second region on the downstream side of the first region to irradiate said part of the structure constituting the contact means and raise the temperature thereof. a heater configured to output heat rays; an irradiation means configured to irradiate a sheet with the heat rays from the heater to heat the sheet by radiant heat; and a contact means (9, 10, 11) including a roller or fixed member configured to heat a region of the sheet by coming into contact with the radiant heated sheet on a downstream side of the irradiation means, wherein a part of the heat rays output from the heater is radiated onto a part of a structure constituting the contact means to raise a temperature of the roller or fixed member, and the contact means (9, 10, 11) is adapted to wrap the sheet around a part of the roller or fixed member while the sheet is conveyed, characterized by being configured to share the heat rays output from the heater by directing a part of said heat rays to a first region to irradiate and heat the sheet and directing another part of said heat rays to a second region on the downstream side of the first region to irradiate said part of the structure constituting the contact means and raise the temperature thereof.
A profile adjustment method of causing a computer to adjust a profile to be used to convert first coordinate values of a first color space into second coordinate values of a second color space, the profile adjustment method comprising: accepting, as an adjustment target profile, at least one of an input profile defining a correspondence relationship between the first coordinate values and third coordinate values of a profile connection space, an output profile defining a correspondence relationship between the third coordinate values and the second coordinate values, and a link profile defining a correspondence relationship between the first coordinate values and the second coordinate values; accepting an adjustment target at coordinates at which an adjustment target color is expressed; and adjusting the adjustment target profile based on the accepted adjustment target, characterised in that in the adjusting of the adjustment target profile, when the adjustment target is not expressed with the second coordinate values, the second coordinate values corresponding to the adjustment target are obtained as target output values, and the adjustment target profile is adjusted so that the second coordinate values obtained according to the input profile and the output profile or the link profile from the first coordinate values corresponding to coordinates at which the adjustment target color is expressed are close to the target output values. accepting, as an adjustment target profile, at least one of an input profile defining a correspondence relationship between the first coordinate values and third coordinate values of a profile connection space, an output profile defining a correspondence relationship between the third coordinate values and the second coordinate values, and a link profile defining a correspondence relationship between the first coordinate values and the second coordinate values; accepting an adjustment target at coordinates at which an adjustment target color is expressed; and adjusting the adjustment target profile based on the accepted adjustment target, characterised in that in the adjusting of the adjustment target profile, when the adjustment target is not expressed with the second coordinate values, the second coordinate values corresponding to the adjustment target are obtained as target output values, and the adjustment target profile is adjusted so that the second coordinate values obtained according to the input profile and the output profile or the link profile from the first coordinate values corresponding to coordinates at which the adjustment target color is expressed are close to the target output values.
Detergent, cleaning, fabric softener or cosmetic composition comprising a compound based on 1-Aza-3,7-dioxabicyclo[3.3.0]octane substituted with 2-phenylpropyl represented by formula wherein R a is hydrogen or a C 1-20 alkyl which can be optionally substituted with hydroxyl groups and/or amine groups and/or in which up to 8 -CH 2 - groups which are not adjacent to each other can be substituted by -O-, preferably R a is hydrogen or C 1-6 alkyl, more preferably R a is hydrogen or methyl, most preferably R a is hydrogen; and R b and R c are independently selected from hydrogen or C 1-6 alkyl, preferably R b and R c are independently selected from hydrogen and methyl, more preferably R b and R c are both hydrogen. R a is hydrogen or a C 1-20 alkyl which can be optionally substituted with hydroxyl groups and/or amine groups and/or in which up to 8 -CH 2 - groups which are not adjacent to each other can be substituted by -O-, preferably R a is hydrogen or C 1-6 alkyl, more preferably R a is hydrogen or methyl, most preferably R a is hydrogen; and R b and R c are independently selected from hydrogen or C 1-6 alkyl, preferably R b and R c are independently selected from hydrogen and methyl, more preferably R b and R c are both hydrogen.
A piezo motor driven device comprising a movable gear rack with a toothed structure on two opposite longitudinal sides and at least three actuators each having a tooth, wherein the at least three actuators are arranged in a manner that at least one actuator is present on each longitudinal sides of the gear rack and each actuator is connected with an end of a piezo bender.
A backlight unit comprising: a bracket on which a light emitting device array is disposed; and a bottom cover on which the bracket is disposed, the bottom cover supporting an optical member (20, 30, 40), wherein a fixing member (10b, 10f) fixing the optical member (20, 30, 40) removably is provided on the bottom cover, and the cross-sectional area of a lower part of the fixing member (10b, 10f) contacting the bottom cover is less than the cross-sectional area of an upper part of the fixing member (10b, 10f), characterized in that the vertical cross-section of the fixing member (10b, 10f) is in the shape of a reversed trapezoid. a bracket on which a light emitting device array is disposed; and a bottom cover on which the bracket is disposed, the bottom cover supporting an optical member (20, 30, 40), wherein a fixing member (10b, 10f) fixing the optical member (20, 30, 40) removably is provided on the bottom cover, and the cross-sectional area of a lower part of the fixing member (10b, 10f) contacting the bottom cover is less than the cross-sectional area of an upper part of the fixing member (10b, 10f), characterized in that the vertical cross-section of the fixing member (10b, 10f) is in the shape of a reversed trapezoid.