mhurhangee/ep-ind-claims huggingface dataset:
Measuring system for continuously monitoring a high-voltage bushing, in particular a housing bushing of a power transformer, including - a measuring circuit for monitoring the high-voltage bushing, - a connecting plug for connecting the measuring circuit to a measuring connection of the high-voltage bushing, - a connecting cable for connecting the measuring circuit to the connecting plug, and - a protection circuit for protecting the measuring connection from overvoltages, which is designed to establish a short circuit between a high-voltage terminal and a ground terminal of the measuring connection if an overvoltage occurs, wherein the protection circuit includes a first protection stage having a first response voltage and a second protection stage having a second response voltage, which is electrically connected in parallel with the first protection stage, wherein the second protection stage is connected between the measuring connection and the first protection stage and the first protection stage includes a low-pass filter, characterized in that the second response voltage is greater than the first response voltage, and a third protection stage is connected between the measuring connection and the first protection stage in parallel with the measuring connection and includes a mechanical switch via which the short circuit may be established if a third response voltage is present. - a measuring circuit for monitoring the high-voltage bushing, - a connecting plug for connecting the measuring circuit to a measuring connection of the high-voltage bushing, - a connecting cable for connecting the measuring circuit to the connecting plug, and - a protection circuit for protecting the measuring connection from overvoltages, which is designed to establish a short circuit between a high-voltage terminal and a ground terminal of the measuring connection if an overvoltage occurs, wherein the protection circuit includes a first protection stage having a first response voltage and a second protection stage having a second response voltage, which is electrically connected in parallel with the first protection stage, wherein the second protection stage is connected between the measuring connection and the first protection stage and the first protection stage includes a low-pass filter,
A method of utilizing lignin-containing material separated from spent kraft pulping liquor by (a) acidifying the liquor, or fraction thereof, to a pH not less than 7 thereby precipitating solid particles, (b) separating precipitated solid particles from the accompanying liquid and (c) subjecting material thus separated to a washing process in which: i. separated material is washed with an aqueous medium or aqueous media in several washing steps, ii. in each washing step, the aqueous washing medium contains, in a dissolved form, significant amounts of one or more added sodium salts, as well as possible other compounds, and iii. the combined concentration of the added sodium salts in the washing medium in each washing step exceeds 3 % by weight; wherein, after possible partial or complete drying, at least part of the washed lignin-containing material is utilized as fuel in a lime kiln of a pulp mill. i. separated material is washed with an aqueous medium or aqueous media in several washing steps, ii. in each washing step, the aqueous washing medium contains, in a dissolved form, significant amounts of one or more added sodium salts, as well as possible other compounds, and iii. the combined concentration of the added sodium salts in the washing medium in each washing step exceeds 3 % by weight;
An impeller for a pump, said impeller comprising at least one blade and being designed as a cast part of metal, characterised in that on casting, the impeller was moulded by way of at least two core parts (14, 16) whilst using moulding sand, wherein the partition lines (26, 28) between the two core parts (14, 16) are distanced to a face edge of the at least one blade, said face edge being at the front in the flow direction.
A hand-held test meter for use with an analytical test strip in the determination of an analyte in a bodily fluid sample, the hand-held test meter comprising: a housing with an outer surface; an analytical test strip ejection mechanism including: an actuation button disposed in the outer surface of the housing; a motion amplification and rotation assembly operatively connected to the actuation button and a test strip slider operatively connected to the motion amplification and rotation assembly, wherein the actuation button is configured for movement by a user's digit in a first direction, and wherein the motion rotation and amplification assembly and test strip slider are configured to convert movement of the actuation button in the first direction into an amplified movement of the test strip slider in a second direction, the second direction being rotated with respect to the first direction, and wherein the test strip slider is further configured for operative engagement with an analytical test strip inserted into the hand-held test meter in an engaged state such that movement of the test strip slider in the second direction from the engaged state to an ejected state ejects the analytical test strip from the hand-held test meter. a housing with an outer surface; an analytical test strip ejection mechanism including: an actuation button disposed in the outer surface of the housing; a motion amplification and rotation assembly operatively connected to the actuation button and a test strip slider operatively connected to the motion amplification and rotation assembly, an actuation button disposed in the outer surface of the housing; a motion amplification and rotation assembly operatively connected to the actuation button and a test strip slider operatively connected to the motion amplification and rotation assembly,
An air-jet loom with a weft-insertion control apparatus (110, 180), wherein the air-jet loom is configured to insert a weft yarn through a weft yarn passage by injecting air from a main nozzle and a sub-nozzle (160, 160A to 160F), wherein the weft-insertion control apparatus (110, 180) is configured to control weft insertion of the air-jet loom, characterized in that the weft-insertion control apparatus (110, 180) includes: an inlet sensor configured to detect inlet arrival timing (Tin) of a leading end of the weft yarn to arrive at an inlet of the weft yarn passage, wherein a detection range of the inlet sensor includes the inlet of the weft yarn passage; and a control device configured to control a weft-insertion condition for inserting the weft yarn based on the inlet arrival timing (Tin). an inlet sensor configured to detect inlet arrival timing (Tin) of a leading end of the weft yarn to arrive at an inlet of the weft yarn passage, wherein a detection range of the inlet sensor includes the inlet of the weft yarn passage; and a control device configured to control a weft-insertion condition for inserting the weft yarn based on the inlet arrival timing (Tin).
Mouth-nose protection with a mask for simultaneously covering the mouth and nose of a person, wherein the mask consists of a blank of a flat filter medium, characterized in that the blank is horizontally zigzag-pleated between the upper edge of the mask and the lower edge of the mask and forms at least 5 pleats, which each have a pleat edge lying on the outside of the mask and in each case two pleat flanks (4, 4') extending from the pleat edge, characterized in that the height of the pleat flanks (4, 4') decreases both from the upper edge of the mask and from the lower edge of the mask towards the center of the mask.
A system for extracting information about a sample organism, comprising, an atlas representative of the organism; a storage device for at least temporarily storing an image of the sample organism; an imaging device, wherein the imaging device is adapted to take images of the sample organism, at a plurality of levels of resolution using a transmitted light imaging modality; an operating device configured to automatically create a map of the sample organism using the images of the sample organism and automatically compare the map of the sample organism to the atlas of the organism; wherein the atlas comprises delineation of organs within the organism; and wherein said transmitted light imaging modality is a high-throughput system.
A snap button comprising a pair of a male snap (10, 50) and a female snap (20, 60), in which a projection (12, 52) projecting from a base (11, 51) of the male snap (10, 50) is to be coupled to and removed from a projection-receiving space (21, 61) of the female snap (20, 60), the periphery of the projection (12, 52) being circular, and the periphery of the projection-receiving space (21, 61) being circular, wherein the base (11, 51) of the male snap (10, 50) includes an annular male-side engagement part (14b, 54b) in a radially outward area from the projection (12, 52) and on the projection-projecting side of the base (11, 51), the male-side engagement part (14b, 54b) having thereon a plurality of bumps (15a, 55) and /or a plurality of dips arranged in the circumferential direction, characterized in that the female snap (20, 60) includes an annular female-side engagement part (26c, 66c) in a radially outward area from the projection-receiving space (21, 61) and on the side facing the male snap (10, 50) at the time of the projection (12, 52) being coupled to the projection-receiving space (21, 61), the female-side engagement part (26c, 66c) having thereon a plurality of dips (27b, 67) and/or a plurality of bumps arranged in the circumferential direction, the male snap (10, 50) and the female snap (20, 60) at the time of the projection (12, 52) having been coupled to the projection-receiving space (21, 61) can move between a non-engagement state where each axis of the male snap (10, 50) and the female snap (20, 60) substantially matches with each other and the bumps (15a, 55) and /or dips of the male-side engagement part (14b, 54b) do not engage with the dips (27b, 67) and/or bumps of the female-side engagement part (26c, 66c) in the entire circumferential direction, and an engagement state where each axis of the male snap (10, 50) and the female snap (20, 60) inclines to each other, and the bumps (15a, 55) and /or dips of the male-side engagement part (14b, 54b) engage with the dips (27b, 67) and/or bumps of the female-side engagement part (26c, 66c) in a part in the circumferential direction.
A method for making composite excipient particles for use in a pharmaceutical composition, the method comprising a milling step in which particles of an excipient material are milled in the presence of particulate additive material, wherein the additive material comprises magnesium stearate and wherein the additive material is in the form of a continuous coating on the surfaces of the particles of excipient material.
Tyre for a bicycle or motorcycle, said tyre comprising a body and a casing, the cross section of which is substantially circular in shape, characterised in that it comprises four treads (A, B, C, D) disposed on the external wall of the casing and alternating with one another around the cross section, the casing being intended to be turned on itself so that each tread (A, B, C, D) is situated successively at the periphery of the tyre so as to be in contact with the surface of the roads or paths and inside the tyre, each tread (A, B, C, D) having a flange or beaded edge intended to bear on the metal rim, on each side, when this tread (A, B, C, D) is situated inside the tyre, said treads also having a plurality of drainage grooves or channels so that the treads (A, B, C, D), conjointly with the casing, form a unit body, said body also having a valve for inflating the tyre, the valve passing through one of the angles formed between the treads in order not to prevent the free rotation of the tyre or complicate the mounting of the tyre on the rim.
A portable data carrier with a lens structure, wherein below the lens structure at least two information items are arranged, wherein each individual information item is visible from a viewing angle of its own, wherein an order of the information items is visible only in a certain tilting direction of the data carrier, characterized in that a start mark is arranged on the data carrier, which has the same viewing angle as a first information item in the order, so as to indicate the first information item of the order, wherein a direction mark is arranged on the data carrier, which has the same viewing angle as the first information item in the order and indicates the tilting direction of the data carrier, so as to indicate the order of the information items. wherein below the lens structure at least two information items are arranged, wherein each individual information item is visible from a viewing angle of its own,
A shielded combined optical communication and conductor cable (10, 60, 80) comprising: a cable body including a first end, a second end, and an inner surface defining a channel within the cable body; an optical transmission element located within the channel; an electrical conducting element located within the channel; and an electromagnetic shield (30, 40, 50, 84) located within the channel and surrounding both the optical transmission element and the electrical conducting element, characterised in that the electromagnetic shield comprises a first elongate yarn strand extending at least a portion of the distance between the first end and the second end of the cable body, wherein the first yarn strand supports a metal material that acts to limit electromagnetic fields from traversing the across the electromagnetic shield; wherein the first elongate yarn strand is helically wrapped around the optical transmission element and the electrical conducting element such that a helix angle of the helically wrapped first elongate yarn strand varies along a longitudinal axis of the cable; wherein the electromagnetic shield (30, 40, 50, 84) includes a second elongate yarn strand and a third elongate yarn strand, wherein the second and third elongate yarn strands support a metal material that acts to limit electromagnetic fields from traversing the across the electromagnetic shield, wherein the second and third elongate yarn strands are unwrapped strands that extend longitudinally between the first and second ends of the cable body. a cable body including a first end, a second end, and an inner surface defining a channel within the cable body; an optical transmission element located within the channel; an electrical conducting element located within the channel; and an electromagnetic shield (30, 40, 50, 84) located within the channel and surrounding both the optical transmission element and the electrical conducting element, characterised in that the electromagnetic shield comprises a first elongate yarn strand extending at least a portion of the distance between the first end and the second end of the cable body, wherein the first yarn strand supports a metal material that acts to limit electromagnetic fields from traversing the across the electromagnetic shield; wherein the first elongate yarn strand is helically wrapped around the optical transmission element and the electrical conducting element such that a helix angle of the helically wrapped first elongate yarn strand varies along a longitudinal axis of the cable; wherein the electromagnetic shield (30, 40, 50, 84) includes a second elongate yarn strand and a third elongate yarn strand, wherein the second and third elongate yarn strands support a metal material that acts to limit electromagnetic fields from traversing the across the electromagnetic shield, wherein the second and third elongate yarn strands are unwrapped strands that extend longitudinally between the first and second ends of the cable body.
A method of preparing a soft tissue filler composition, the method comprising the steps of: providing a hyaluronic acid component crosslinked with at least one crosslinking agent selected from the group consisting of 1,4-butanediol diglycidyl ether (BDDE), 1,2- bis(2,3-epoxypropoxy)ethylene and 1-(2,3-epoxypropyl)-2,3-epoxycyclohexane, or combinations thereof; wherein the hyaluronic acid component comprises greater than 10% uncrosslinked hyaluronic acid by volume; adjusting the pH of said hyaluronic acid component to an adjusted pH above 7.2; and adding a solution containing at least one anesthetic agent to said hyaluronic acid component having said adjusted pH to obtain a hyaluronic acid-based soft tissue filler composition, wherein the at least one anesthetic agent is lidocaine HCl. providing a hyaluronic acid component crosslinked with at least one crosslinking agent selected from the group consisting of 1,4-butanediol diglycidyl ether (BDDE), 1,2- bis(2,3-epoxypropoxy)ethylene and 1-(2,3-epoxypropyl)-2,3-epoxycyclohexane, or combinations thereof; wherein the hyaluronic acid component comprises greater than 10% uncrosslinked hyaluronic acid by volume; adjusting the pH of said hyaluronic acid component to an adjusted pH above 7.2; and adding a solution containing at least one anesthetic agent to said hyaluronic acid component having said adjusted pH to obtain a hyaluronic acid-based soft tissue filler composition, wherein the at least one anesthetic agent is lidocaine HCl.
A metallic liner, comprising: a cylindrical body defining a wear resilient surface; characterised by a bearing carrier extending radially inward from the wear resilient surface, wherein the wear resilient surface and the cylindrical body are formed as a monolithic piece. a cylindrical body defining a wear resilient surface; characterised by a bearing carrier extending radially inward from the wear resilient surface, wherein the wear resilient surface and the cylindrical body are formed as a monolithic piece.
A driving tool equipped with a removable and rechargeable battery pack as a power source, comprising: a battery holder supported in a floating state via an elastic material with respect to a tool main body that incorporates a driving mechanism; wherein the driving tool is configured such that: said battery pack is electrically connected to said tool main body via said battery holder; and said battery pack is engaged with said battery holder in such a way that said battery pack is not possible to fall out of said battery holder, characterized in that said battery holder has a tubular shape that is capable of housing said battery pack and is supported in a floating state with respect to said tool main body via rubber rings (53, 54) that are fitted to the outer circumferential side of said battery holder. a battery holder supported in a floating state via an elastic material with respect to a tool main body that incorporates a driving mechanism; wherein the driving tool is configured such that: said battery pack is electrically connected to said tool main body via said battery holder; and said battery pack is engaged with said battery holder in such a way that said battery pack is not possible to fall out of said battery holder, characterized in that said battery holder has a tubular shape that is capable of housing said battery pack and is supported in a floating state with respect to said tool main body via rubber rings (53, 54) that are fitted to the outer circumferential side of said battery holder. said battery pack is electrically connected to said tool main body via said battery holder; and said battery pack is engaged with said battery holder in such a way that said battery pack is not possible to fall out of said battery holder, characterized in that said battery holder has a tubular shape that is capable of housing said battery pack and is supported in a floating state with respect to said tool main body via rubber rings (53, 54) that are fitted to the outer circumferential side of said battery holder.
A solar cell module, comprising: a laminate substrate having a first surface and a second surface opposite the first surface; a solar cell positioned on the first surface of the laminate substrate; a first contact pad positioned on the first surface of the laminate substrate adjacent to the solar cell; a second contact pad positioned on the second surface of the laminate substrate; one or more vias positioned through the laminate substrate to electronically connect the first contact pad to the second contact pad; one or more interconnects extending from the solar cell and electronically coupling the solar cell to the first contact pad; and a coverglass positioned on a top surface of the solar cell, characterized in that the top surface of the solar cell and a top surface of the first contact pad define a top surface of the solar cell module, wherein the top surface of the solar cell module is substantially flat, wherein the coverglass is bond over the entire solar module, thereby covering both the solar cell and the first contact pad. a laminate substrate having a first surface and a second surface opposite the first surface; a solar cell positioned on the first surface of the laminate substrate; a first contact pad positioned on the first surface of the laminate substrate adjacent to the solar cell; a second contact pad positioned on the second surface of the laminate substrate; one or more vias positioned through the laminate substrate to electronically connect the first contact pad to the second contact pad; one or more interconnects extending from the solar cell and electronically coupling the solar cell to the first contact pad; and a coverglass positioned on a top surface of the solar cell, characterized in that the top surface of the solar cell and a top surface of the first contact pad define a top surface of the solar cell module, wherein the top surface of the solar cell module is substantially flat, wherein the coverglass is bond over the entire solar module, thereby covering both the solar cell and the first contact pad.
A griddle plate suspension assembly, comprising a housing, a griddle plate and a heating element arranged in the housing, and further comprising a fastener connecting the housing with the griddle plate, and an elastic part pushing the heating element to the griddle plate, characterized in that: the fastener comprises a recess arranged on the griddle plate, a bulge arranged on the housing and movably embedded in the recess, a lever with one end connected with the bulge, and a button pulling the other end of the lever to make the bulge leave the recess, the bulge rotationally enters the recess, and the housing is provided with a tension spring pulling the bulge to enter the recess, and the griddle plate suspension assembly comprises a stopper controlling the travelling of the heating element, the stopper comprises a guidepost passing through the heating element along the pushing direction of the elastic part, the guidepost is provided at one end thereof with a block piece, wherein the one end of the guidepost passes through the heating element, and the other end of the guidepost is connected with the housing.
A method of actuating an agricultural working machine which serves in particular to pick up and process a flow of crop material, comprising a control device, at least one working member and a main drive for driving the working member, wherein the working member is driven by the main drive by way of a drive train, wherein depending on the respective drive train state the drive train produces a real transmission ratio (u) between the main drive and the working member, wherein the drive train state is represented by a notional no-load transmission ratio (i) and the loading on the working member is monitored by means of the control device having regard to the respective no-load transmission ratio (i), characterised in that upon identification of critical operating states rotary speed adaptations concerning the working member are effected in such a way that the real transmission ratio of the drive train is adjusted by means of the control device and the new no-load transmission ratio (i) is ascertained after rotary speed adaptation has been effected.