mhurhangee/ep-ind-claims huggingface dataset:
System for remote control and management of at least one piece of equipment, wherein the use of said at least one piece of equipment involves the consumption of at least one liquid, and wherein at least one container or tank for said at least one liquid is associated with said piece of equipment, said system comprising at least one peripheral unit for collecting and transferring data, which comprises at least one sensor suitable to detect at least a given level of liquid in said at least one container, and an electronic operating unit connected to said at least one sensor and suitable to receive at least one signal, transmitted by said at least one sensor, concerning said at least one given level of liquid, wherein said system comprises a central unit remotely connected to said at least one peripheral unit, and wherein said at least one operating unit is so configured as to alert said central unit when it receives said at least one signal transmitted by said at least one sensor, wherein said peripheral unit comprises further sensor units, each of which is suitable to detect one or more given parameters of said piece of equipment, and at least one storage unit suitable to store said parameters, said operating unit being connected to said further sensor units and/or said storage unit and being so configured as to alert said central unit according to at least one of said parameters in addition to or depending on the alert generated when receives said signal transmitted by said liquid level sensor and characterised in that said operating unit is so configured as to count the operating cycles of said piece of equipment and wherein said operating unit is so configured as to alert said central unit according to a given number of operating cycles independently of whether said signal emitted by said sensor has been received when said minimum liquid level has been achieved.
Heat exchanger unit, especially for a fuel-operated vehicle heater, comprising a heat exchanger housing with an outer wall and with an inner wall, wherein the outer wall and the inner wall define a heat carrier medium flow space, through which heat carrier medium can flow, wherein at least one sensor mounting opening is formed in the outer wall and a sensor is received in the at least one sensor mounting opening in a fluid-tight and displaceable manner and protruding into the heat carrier medium flow space with a flow space engagement area and supported at the inner wall, wherein a prestressing element associated with the sensor and acting on the sensor for support at the inner wall is provided, wherein the prestressing element in an action area acts on the sensor for support at the inner wall, wherein the prestressing element in its action area is supported in relation to the sensor and wherein an outer housing is provided surrounding the heat exchanger housing at least in areas, wherein a prestressing element abutment area is provided at the outer housing located opposite the sensor mounting opening, wherein the prestressing element is fixed in a fixing area in relation to the outer housing, characterized in that, - the prestressing element has a leaf spring-like configuration, wherein the fixing area is provided in an end area of the prestressing element and the action area is provided in another end area of the prestressing element, - the prestressing element has a U-shaped configuration in its action area and is supported with a first U-leg in relation to the prestressing element abutment area and is supported with a second U-leg in relation to the sensor. - the prestressing element has a leaf spring-like configuration, wherein the fixing area is provided in an end area of the prestressing element and the action area is provided in another end area of the prestressing element, - the prestressing element has a U-shaped configuration in its action area and is supported with a first U-leg in relation to the prestressing element abutment area and is supported with a second U-leg in relation to the sensor.
A method of positioning a device within an egg, comprising: forming an opening within a portion of the shell of the egg; extending a device through the opening and into the egg, wherein the device comprises a needle having a lumen containing a fluid under pressure, and wherein the lumen comprises an outlet, characterized in that it further comprises detecting flow of the fluid through the lumen outlet; and stopping movement of the device in response to detecting fluid flow. forming an opening within a portion of the shell of the egg; extending a device through the opening and into the egg, wherein the device comprises a needle having a lumen containing a fluid under pressure, and wherein the lumen comprises an outlet, characterized in that it further comprises detecting flow of the fluid through the lumen outlet; and stopping movement of the device in response to detecting fluid flow.
A computer-implemented method of supporting a roaming note-taking application feature, the method comprising: operating, by a user, a note-taking application by way of interactions with a first user computing device or a second user computing device, wherein the interactions involve storage and retrieval of content relative to a centralized database (104; 310), wherein the content comprises notes, wherein the centralized database (104; 310) includes a collection of application data (108, 312, 314, 316, 318) that is a record of application configuration variables and settings, wherein the collection of application data (108, 312, 314, 316, 318) includes a collection of custom tag data, the collection of custom tag data comprising at least one record selected from the group consisting of a record of a tag modification, a record of a tag application, and a record of a tag removal, wherein the user is enabled to selectively associate a tag with a note and then perform a search on a tag specific basis, wherein when a particular tag of the tag data is applied to a particular note utilizing the note-taking application at the first user computing device, said particular note surfaces when a search is subsequently conducted based on said particular tag utilizing the second user computing device.
A method for enhancing fluid flow, the method comprising: moving biopolymer molecules into a detection region of a device and into contact with at least one fluidic channel in or on the device, whereby clogging occurs in the device due to coiling or aggregation of the biopolymer molecules or adsorption to or tangling around the channels or any other nano- or micro- features inside the channel or fluidic device; detecting a clogged or reduced flow condition; directing a light source at a region of the device in which said clogging has occurred in a manner effective to photocleave biopolymer molecules that contribute to said clogging, thereby facilitating removal or reduction of said clogging; after directing the light source to the region, applying a motive force to fluid in the region of the device in a manner effective to flush the photocleaved biopolymer molecules from the region of the device comprising said clogging, and applying a motive force to flow additional biopolymer molecules into the detection region of the device for characterization. moving biopolymer molecules into a detection region of a device and into contact with at least one fluidic channel in or on the device, whereby clogging occurs in the device due to coiling or aggregation of the biopolymer molecules or adsorption to or tangling around the channels or any other nano- or micro- features inside the channel or fluidic device; detecting a clogged or reduced flow condition; directing a light source at a region of the device in which said clogging has occurred in a manner effective to photocleave biopolymer molecules that contribute to said clogging, thereby facilitating removal or reduction of said clogging; after directing the light source to the region, applying a motive force to fluid in the region of the device in a manner effective to flush the photocleaved biopolymer molecules from the region of the device comprising said clogging, and applying a motive force to flow additional biopolymer molecules into the detection region of the device for characterization.
Simulation unit to simulate a vehicle's movement, comprising a support surface and a carriage (2; 102) being two-dimensionally movable on the support surface, wherein the carriage (2; 102) is directly arranged on the support surface in a sliding manner, characterized in that the support surface is formed by ice or fluoroplastics.
A composition comprising (i) a compound selected from the group consisting of 2-acetyl-7-chloro-naphtho[2,3-b]furan-4,9-dione, 2-acetyl-7-fluoro-naphtho[2,3-b]furan-4,9-dione, 2-acetylnaphtho[2,3-b]furan-4,9-dione, 2-ethyl-naphtho[2,3-b]furan-4,9-dione, phosphoric acid mono-[1-(4,9-dioxo-3a,4,9,9a-tetrahydro-naphtho[2,3-b]furan-2-yl)-vinyl] ester, and phosphoric acid 1-(4,9-dioxo-3a,4,9,9a-tetrahydro-naphtho[2,3-b]furan-2-yl)-vinyl ester dimethyl ester and a pharmaceutically acceptable salt or solvate thereof and (ii) an excipient, carrier or diluent for use in inhibiting a cancer stem cell to treat a cancer that is known to have cancer stem cells and to have aberrant Stat3 pathway activity in a subject in need thereof, where the excipient, carrier or diluent comprises: a lipid selected from the group consisting of phospholipid, synthetic phosphatidylcholine, natural phosphatidylcholine, sphingomyelin, ceramide, phosphatidylethanolamine, phosphatidylglycerol, phosphatidic acid, cholesterol, cholesterol sulfate, and hapten and polyethylene glycol conjugated lipids for intravenous delivery; or a waxy material selected from the group consisting of mono-, di-, or triglycerides, mono-, di-fatty acid esters of PEG, PEG conjugated vitamin E, and Gelucire for oral delivery; or the excipient, carrier or diluent is in a form selected from the group consisting of micellar emulsion, suspension, and nanoparticle suspension and further comprises human albumin for intravenous delivery. a lipid selected from the group consisting of phospholipid, synthetic phosphatidylcholine, natural phosphatidylcholine, sphingomyelin, ceramide, phosphatidylethanolamine, phosphatidylglycerol, phosphatidic acid, cholesterol, cholesterol sulfate, and hapten and polyethylene glycol conjugated lipids for intravenous delivery; or a waxy material selected from the group consisting of mono-, di-, or triglycerides, mono-, di-fatty acid esters of PEG, PEG conjugated vitamin E, and Gelucire for oral delivery; or the excipient, carrier or diluent is in a form selected from the group consisting of micellar emulsion, suspension, and nanoparticle suspension and further comprises human albumin for intravenous delivery.
A carrier shipping bag, in particular a textile product carrier shipping bag, such as a textile product carrier shipping bag for e-commerce, including a closable bottom opening with a front plastics film wall and a back plastics film wall, each with opposing side edges (10, 10'; 12, 12'), an upper edge and a lower edge (26, 28), wherein the front plastics film wall and the back plastics film wall are connected together along their corresponding side edges (10, 10'; 12, 12') at least partially, in particular by means of welding, or merge with one another in one piece forming opposing first and second bag edges (6, 8) and/or wherein the front plastics film wall and the back plastics film wall are connected together, preferably along their corresponding side edges (10, 10'; 12, 12'), via a first side wall or first side wall portions and/or via an opposing second side wall or second side wall portions and wherein the front plastics film wall and the back plastics film wall are connected together along their corresponding upper edges directly or indirectly by means of welding, in particular via an upper wall strip, or merge with one another in one piece and form an upper carrier shipping bag edge, wherein the lower edge of the back plastics film wall extends beyond the lower edge of the front plastics film wall and wherein this portion of the back plastics film wall extending beyond the lower edge of the front plastics film wall has at least one first adhesive area (32, 34) on its inner side, the area extending from the side edge or at a distance from the one side edge thereof towards or as far as the opposing side edge, wherein this portion of the back plastics film wall is designed and set up to be folded round onto the outer side of the front or back plastics film wall (2, 4), in particular the outer side of the back plastics film wall, closing the bottom opening and/or to be fastened via the at least one adhesive area (32, 34) and wherein the upper shipping bag edge has, in particular substantially centrally, a passage opening, preferably for a coat hanger fastening device, in particular a coat hanger hook, of a coat hanger, and further characterized in that the carrier shipping bag comprises at least one carrying device, fastened to or as a component part, in particular of the outer side, of the front and/or back plastics film wall (2, 4), in particular of the back plastics film wall, and/or fastened to the opposing side edges of the front and/or back plastics film wall (2, 4), in particular of the back plastics film wall, and/or fastened to the first and second bag edges (6, 8).
A lightning protection device for placing on a structure for protecting, said device comprising at least: • a first coating comprising at least one layer of conductive paint; and • a second coating deposited on the first surface coating and comprising a material that is thermally insulating and electrically conductive. • a first coating comprising at least one layer of conductive paint; and • a second coating deposited on the first surface coating and comprising a material that is thermally insulating and electrically conductive.
A multi-conductor guidewire, comprising: a) an elongate core wire having a core wire length extending from a proximal core wire end to a distal core wire end, wherein the core wire defines an exterior core wire surface having a circumference; b) at least two first electrical conductors (22, 32) supported on the core wire, wherein the first electrical conductors have a first conductor length extending from a first proximal conductor end at or adjacent to the proximal core wire end to a first distal conductor end at or adjacent to distal core wire end; c) at least two first couplers electrically connected to respective ones of the first proximal conductor ends, wherein the first couplers are configured to be electrically connected to an external electrical device; and d) at least two first electrical contacts electrically connected to respective ones of the first distal conductor ends, wherein the first electrical contacts are configured for contact with body tissue, anc characterised in that e) the at least two first electrical conductors are circumferentially separated from each other extending from their respective first coupler to their respective first electrical contact. a) an elongate core wire having a core wire length extending from a proximal core wire end to a distal core wire end, wherein the core wire defines an exterior core wire surface having a circumference; b) at least two first electrical conductors (22, 32) supported on the core wire, wherein the first electrical conductors have a first conductor length extending from a first proximal conductor end at or adjacent to the proximal core wire end to a first distal conductor end at or adjacent to distal core wire end; c) at least two first couplers electrically connected to respective ones of the first proximal conductor ends, wherein the first couplers are configured to be electrically connected to an external electrical device; and d) at least two first electrical contacts electrically connected to respective ones of the first distal conductor ends, wherein the first electrical contacts are configured for contact with body tissue, anc characterised in that e) the at least two first electrical conductors are circumferentially separated from each other extending from their respective first coupler to their respective first electrical contact.
A cooling assembly for a data center rack, comprising: a chassis having an upper end and a lower end spaced apart from one another in a vertical direction; at least one heat exchanger connected to the chassis, the at least one heat exchanger being disposed vertically at least in part between the upper and lower ends of the chassis, each of the at least one heat exchanger comprising: a cooling coil for circulating a cooling fluid therethrough; and a plurality of fins connected to the cooling coil, the fins being spaced from one another to allow air flow therebetween; the cooling assembly being characterized in that it further comprises: at least one lower bracket connected to a lower end portion of the chassis, each of the at least one lower bracket being a single piece of sheet metal bent into shape and comprising a supporting wall extending frontward from the lower end portion of the chassis, the supporting wall being configured to receive at least in part a lower end of the data center rack thereon such that, in use, the supporting wall is disposed between the lower end of the data center rack and a support surface. a chassis having an upper end and a lower end spaced apart from one another in a vertical direction; at least one heat exchanger connected to the chassis, the at least one heat exchanger being disposed vertically at least in part between the upper and lower ends of the chassis, each of the at least one heat exchanger comprising: a cooling coil for circulating a cooling fluid therethrough; and a plurality of fins connected to the cooling coil, the fins being spaced from one another to allow air flow therebetween; a cooling coil for circulating a cooling fluid therethrough; and a plurality of fins connected to the cooling coil, the fins being spaced from one another to allow air flow therebetween; the cooling assembly being characterized in that it further comprises: at least one lower bracket connected to a lower end portion of the chassis, each of the at least one lower bracket being a single piece of sheet metal bent into shape and comprising a supporting wall extending frontward from the lower end portion of the chassis, the supporting wall being configured to receive at least in part a lower end of the data center rack thereon such that, in use, the supporting wall is disposed between the lower end of the data center rack and a support surface.
A flow device for removing pollutants from an uncleaned gas stream, in particular for separating soot particles from combustion exhaust gas, wherein the flow device comprises the following: - a plurality of flow segments, which each have one or more flow bodies and which in a cleaning mode can be passed through by the uncleaned gas stream in order to remove pollutants, wherein the uncleaned gas stream can be supplied to the flow segments by means of an uncleaned gas supply, and wherein a clean gas stream that has been cleaned by means of the flow segments can be discharged from the flow segments by means of a clean gas discharge; - a regeneration device for regenerating the flow segments, wherein the regeneration device comprises a heating device to which clean gas from the clean gas discharge can be supplied to generate a hot gas stream, characterised in that the regeneration device can be set to a heating mode, in which the hot gas stream of the heating device can be supplied to one or more flow segments to be regenerated in such a way that a flow direction in the one or more flow segments to be regenerated corresponds to a flow direction in the cleaning mode, in which an uncleaned gas stream that is to be cleaned passes through the one or more flow segments in order to be cleaned, in that the regeneration device can be set to a flushing mode, in which the hot gas stream of the heating device can be supplied to one or more flow segments to be regenerated in such a way that a flow direction in the one or more flow segments to be regenerated is opposite the flow direction in the cleaning mode, in which an uncleaned gas stream that is to be cleaned passes through the one or more flow segments in order to be cleaned, and in that the regeneration device comprises a regeneration gas guide, by means of which the hot gas stream can be supplied selectively from different directions to one or more flow segments to be regenerated. - a plurality of flow segments, which each have one or more flow bodies and which in a cleaning mode can be passed through by the uncleaned gas stream in order to remove pollutants, wherein the uncleaned gas stream can be supplied to the flow segments by means of an uncleaned gas supply, and wherein a clean gas stream that has been cleaned by means of the flow segments can be discharged from the flow segments by means of a clean gas discharge; - a regeneration device for regenerating the flow segments, wherein the regeneration device comprises a heating device to which clean gas from the clean gas discharge can be supplied to generate a hot gas stream, characterised in that
Arc welding method for welding a weld seam with a reversing welding wire, characterised in that the feed speed, V D, is automatically reduced to a predetermined minimum speed value, V Dmin, if no short circuit, KS, is detected within a particular timespan, Δt, or within a particular displacement, Δs, of the welding wire during an arc firing phase.
A process for the manufacturing of a wood-based panel comprising the following steps: a) resinating wooden particles with a mineral binder composition by means of spraying, b) providing at least one layer of the resinated wooden particles, c) compacting the scattered particles/mineral binder mat in a hot press at an press temperature in the range of 81 to 220 °C, d) optionally hardening/curing of the flat pressed wooden particles/mineral binder composite panels by means of heat, e) further optionally post curing and stabilization of the wooden particle/mineral binder composite boards, wherein the mineral binder composition utilized in step a) comprises at least one water glass material selected from Sodium silicate (Na 2 SiO 3) potassium silicate (K 2 SiO 3), lithium silicate (Li 2 SiO 3) and/or a mixture thereof, at least one chemical base, preferably selected from sodium hydroxide (NaOH) and potassium hydroxide and/or a mixture thereof, water or distillated water, at last one aluminosilicate powder having aluminum and silicium as the major components, preferably selected from slag micro-powder, fly ash, paper sludge ash, silica fume, kaolin based minerals (e.g. metakaolin), calcium silicate minerals, calcium aluminate based minerals, plasticized and crushed clay, oil shale ash and/or a mixture of these materials; wherein the wooden particles are resinated with the mineral binder composition by means of spraying, and wherein • the final solid content of the mineral binder composition is varied in the range of 40-85 % (w/w); and • the weight ratio of the mineral binder composition is in the range of 10 to 30 % based on the dry mass of the wooden materials. a) resinating wooden particles with a mineral binder composition by means of spraying, b) providing at least one layer of the resinated wooden particles, c) compacting the scattered particles/mineral binder mat in a hot press at an press temperature in the range of 81 to 220 °C, d) optionally hardening/curing of the flat pressed wooden particles/mineral binder composite panels by means of heat, e) further optionally post curing and stabilization of the wooden particle/mineral binder composite boards, • the final solid content of the mineral binder composition is varied in the range of 40-85 % (w/w); and • the weight ratio of the mineral binder composition is in the range of 10 to 30 % based on the dry mass of the wooden materials.