mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: at least a portion of a DC supply network; an energy storage (128, 168, 1228, 1268) in a load network (120, 160, 1220, 1260); a load controller (130, 170, 1230, 1270) configured to control, according to a preprogrammed load curve, current flow with a current level of I 1 from the supply network into the load network by storing or drawing energy from the energy storage to keep the controlled current flow in accord with the preprogrammed load curve, the load network providing power to one or more loads (140, 180, 1240, 1280) from the at least a portion of the supply network; and characterised by a protection system (110, 1110) configured to isolate the at least a portion of the supply network from the load controller in response to a current value being either greater than a band centered on the preprogrammed load curve or less than the band centered on the preprogramed load curve, wherein the current value is between a maximum value and a minimum value of the preprogrammed load curve. at least a portion of a DC supply network; an energy storage (128, 168, 1228, 1268) in a load network (120, 160, 1220, 1260); a load controller (130, 170, 1230, 1270) configured to control, according to a preprogrammed load curve, current flow with a current level of I 1 from the supply network into the load network by storing or drawing energy from the energy storage to keep the controlled current flow in accord with the preprogrammed load curve, the load network providing power to one or more loads (140, 180, 1240, 1280) from the at least a portion of the supply network; and characterised by a protection system (110, 1110) configured to isolate the at least a portion of the supply network from the load controller in response to a current value being either greater than a band centered on the preprogrammed load curve or less than the band centered on the preprogramed load curve, wherein the current value is between a maximum value and a minimum value of the preprogrammed load curve.
Process for synthesizing an alloy based on a block copolymer comprising at least one rigid polyamide block PA, comprising the following steps: - I- production of at least one polyamide block PA; - II- polycondensation of at least one soft block SB having a glass transition temperature Tg below 15°C, with said at least one polyamide block PA so as to obtain a block copolymer; and - III- recovery of said block copolymer alloy, step III comprising the following substeps: - III-1- adjustment of the viscosity of the copolymer alloy, - III-2- extrusion of the copolymer alloy, and - III-3- stoving of the alloy, and comprising the addition to the block copolymer, during step III, of 0.1% to 30% by weight of at least one organic salt in the molten state, relative to the total weight of alloy; such that the alloy obtained has improved antistatic properties and identical mechanical properties compared with the same copolymer produced without adding an organic salt, the organic salt being added to the block copolymer, during step III-3, by means of an impregnation liquid containing the organic salt pure or diluted in a solvent. - I- production of at least one polyamide block PA; - II- polycondensation of at least one soft block SB having a glass transition temperature Tg below 15°C, with said at least one polyamide block PA so as to obtain a block copolymer; and - III- recovery of said block copolymer alloy, - III-1- adjustment of the viscosity of the copolymer alloy, - III-2- extrusion of the copolymer alloy, and - III-3- stoving of the alloy,
A method of treating blood, blood product, plasma or physiologic fluid ex vivo to provide at least one of (i) increasing shelf life of the blood, blood product or physiologic fluid, (ii) maintaining freshness of new blood, blood product or physiologic fluid, and (iii) removing undesirable molecules from the blood, blood product or physiologic fluid; said method comprising contacting said blood, blood product or physiologic fluid with a sorbent, said sorbent being primarily in a plurality of solid forms and comprising a cross-linked polymeric material having a plurality of zwitterionic moieties attached to the surface of said cross-linked polymeric material; wherein the zwitterionic moieties comprise at least one group of the formula: and wherein said undesirable molecules are selected from biologically active molecules (BAMs), products of hemolysis, products of membrane or cellular degradation, toxins, drugs, antibodies, and prions, wherein the biologically active molecules comprise inflammatory mediators and stimulators selected from cytokines, nitric oxide, thromboxanes, leukotrienes, platelet,-activating factor, prostaglandins, glycoproteins, kinins, kininogens, complement factors, cell-adhesion molecules, superantigens, monokines, chemokines, interferons, free radicals, proteases, arachidonic acid metabolites, prostacyclins, beta endorphins, myocardial depressant factors, anandimide, 2-arachadonylglycerol, tetrahydrobiopterin, serotonin, histamine, bradykinin, soluble CD40 ligand, bioactive lipids, oxidized lipids, hemoglobin, red cell particulates, membrane or cellular components, growth factors, glycoproteins, endotoxins, vasoactive substances, foreign antigens and microvesicles.
An oil deterioration prevention device comprising: a filtering unit including a filter element that filters oil; and a deterioration prevention unit including a powder deterioration prevention agent that prevents deterioration of oil, wherein out of oil fed from an oil containing unit, oil filtered by the filtering unit is fed to a part to be lubricated, and oil whose deterioration is suppressed by the deterioration prevention unit is returned to the oil containing unit, the deterioration prevention unit includes a porous layer that retains the deterioration prevention agent and that allows oil to pass, and the porous layer includes a first porous layer and a second porous layer that are stacked in a passing direction of oil, wherein the porosity of the first porous layer on an upstream side is larger than the porosity of the second porous layer on a downstream side, the oil deterioration prevention device further comprises a housing that houses the filtering unit and the deterioration prevention unit, and the housing is provided with an oil inflow passage for allowing oil fed from the oil containing unit to flow into the housing, an oil outflow passage for allowing oil filtered by the filtering unit to flow toward the part to be lubricated without passing through the deterioration prevention unit and an oil returning passage for returning oil whose deterioration is suppressed by the deterioration prevention unit to the oil containing unit without passing through the filtering unit. a filtering unit including a filter element that filters oil; and a deterioration prevention unit including a powder deterioration prevention agent that prevents deterioration of oil, wherein out of oil fed from an oil containing unit, oil filtered by the filtering unit is fed to a part to be lubricated, and oil whose deterioration is suppressed by the deterioration prevention unit is returned to the oil containing unit, the deterioration prevention unit includes a porous layer that retains the deterioration prevention agent and that allows oil to pass, and the porous layer includes a first porous layer and a second porous layer that are stacked in a passing direction of oil, wherein the porosity of the first porous layer on an upstream side is larger than the porosity of the second porous layer on a downstream side, the oil deterioration prevention device further comprises a housing that houses the filtering unit and the deterioration prevention unit, and the housing is provided with an oil inflow passage for allowing oil fed from the oil containing unit to flow into the housing, an oil outflow passage for allowing oil filtered by the filtering unit to flow toward the part to be lubricated without passing through the deterioration prevention unit and an oil returning passage for returning oil whose deterioration is suppressed by the deterioration prevention unit to the oil containing unit without passing through the filtering unit.
A timpani percussion mallet comprising a shaft comprising a single tube with a first end and a second end and also with outer walls and, contained within the outer walls, a plurality of segments including a first segment having a first density and made of a first solid segment material, and also a second segment different from the first having a second density different from the first density and made of a second solid segment material, wherein the first and second segments are each non-movable within the tube, the tube is a carbon fiber tube, the first solid segment material comprises a polymer foam component, and the second solid segment material comprises a caulking material component, and the first end and the second end of the tube are open ends, wherein the first segment extends to the opening of the first end, and wherein the second segment extends to the opening of the second end. the first and second segments are each non-movable within the tube, the tube is a carbon fiber tube, the first solid segment material comprises a polymer foam component, and the second solid segment material comprises a caulking material component, and the first end and the second end of the tube are open ends, wherein the first segment extends to the opening of the first end, and wherein the second segment extends to the opening of the second end.
A light emitting die connected to a carrier substrate, the light emitting die having a light emitting element and the light emitting die being located in a hole or opening made in the carrier substrate, the carrier substrate having a first major surface or side and a second major surface or side, the light emitting die having a third major surface or side and a fourth major surface or side, the fourth major surface of the light emitting die and the second major surface of the carrier substrate being substantially flush or co-planar, the light emitting element being positioned on the third major surface, first contact elements (21a,21b) being positioned in or on the fourth major surface of the light emitting die, the first contact elements being electrically connected to an anode and a cathode of the light emitting element, respectively the first contacts on the fourth major surface of the light emitting die being electrically connected to second contacts on the second major surface of the carrier substrate by means of a conductive connection.
Portable electric inflator including an electric air compressor and a box for accommodating the electric air compressor, the electric air compressor including a main frame, a cylinder fitted with a piston body and provided at the main frame, a motor fitted with a cooling fan at its output axle and mounted to the main frame, the motor rotating the cooling fan and driving a transmission mechanism to have the piston body conduct reciprocating motion in the cylinder, so that compressed air is produced in the cylinder and transferred to an air storage container; the box being composed of a cover and a base defining therein a generally L-shaped space for accommodating the cooling fan, the motor, the main frame together with the transmission mechanism, the cylinder with the piston body, and the air storage container of the electric air compressor; an air entrance port is defined at the box, near a front portion of the generally L-shaped space, and an air exit port is defined at the box, near a rear portion of the generally L-shaped space so that outside air can be drawn by the cooling fan to flow through the air entrance port to enter the box and to flow along the generally L-shaped space and to finally discharge into the environment via the air exit port, thus dissipating heat generated by the electric air compressor,, characterized in that, a flat bottom of the base is provided with a lower positioning socket and a lower airflow-guiding member within the generally L-shaped space, whereas a flat top of the cover is provided with an upper positioning socket and an upper airflow-guiding member within the generally L-shaped space; the motor defines two openings at its surrounding wall and a plurality of downstream through holes at its bottom wall opposite to the cooling fan; the main frame is provided with two protrusions corresponding to the upper and lower sockets; wherein the upper and lower positioning sockets are respectively engaged with the two protrusions to prevent the motor from tilting or turning over; the upper and lower airflow-guiding members respectively have slant surfaces each directed towards one of the openings of the motor, whereby the airflow drawn by the cooling fan can flow through the openings of the motor to enter the interior of the motor and flow out of the motor via the downstream through holes to quickly dissipate the heat generated in the motor.
A wireless communication network group communication method performed by a network node, said method comprising: associating a set of identifiers, each identifier corresponding to a group service, with a user group such that identifiers which are members of said set form a subtree of a binary tree comprising all available identifiers; communicating an indication, comprising a root node of said subtree, of said set of identifiers to a scheduler in said communication network; determining a group service is to be transmitted to said user group; and allocating one of said set of identifiers to said group service, such that multiple group services belonging to the same user group can be multiplexed on to the same logical channel. associating a set of identifiers, each identifier corresponding to a group service, with a user group such that identifiers which are members of said set form a subtree of a binary tree comprising all available identifiers; communicating an indication, comprising a root node of said subtree, of said set of identifiers to a scheduler in said communication network; determining a group service is to be transmitted to said user group; and allocating one of said set of identifiers to said group service, such that multiple group services belonging to the same user group can be multiplexed on to the same logical channel.
An evacuation control system comprising: a cloud configured to upload and download configured evacuation path information; a mobile communication terminal configured to upload or download the evacuation path information to or from the cloud; and an evacuation controller comprising: a local control unit, wherein the local control unit is configured to store or acquire evacuation path information to or from the cloud via the mobile communication terminal; and a readable storage medium operated under the control of the local control unit to configure evacuation path information; wherein the evacuation path information is configured at least based on a layout of a building and a location of a danger that has occurred in the building; wherein the local control unit is configured to learn about the local evacuation path information and is configured to evacuate people based on the evacuation path information. a cloud configured to upload and download configured evacuation path information; a mobile communication terminal configured to upload or download the evacuation path information to or from the cloud; and an evacuation controller comprising: a local control unit, wherein the local control unit is configured to store or acquire evacuation path information to or from the cloud via the mobile communication terminal; and a readable storage medium operated under the control of the local control unit to configure evacuation path information; wherein the evacuation path information is configured at least based on a layout of a building and a location of a danger that has occurred in the building; a local control unit, wherein the local control unit is configured to store or acquire evacuation path information to or from the cloud via the mobile communication terminal; and a readable storage medium operated under the control of the local control unit to configure evacuation path information; wherein the evacuation path information is configured at least based on a layout of a building and a location of a danger that has occurred in the building; wherein the local control unit is configured to learn about the local evacuation path information and is configured to evacuate people based on the evacuation path information.
A seismic sensor system comprising: a seismic node having at least one seismic sensor; and a coupling between the seismic node and a rope; wherein the seismic sensor is configured for sampling seismic energy when the seismic node is towed through a water column by the rope, the seismic sensor system being characterized in that the seismic node comprises a hydrodynamic body with different horizontal and vertical profiles configured to preferentially capture acoustic energy propagating in a vertical direction through the water column with respect to acoustic energy propagating in a corresponding horizontal direction; and in that the coupling comprises an elastic coupling member adapted to modulate transmission of one or more frequency components of acceleration of the rope to the seismic node. a seismic node having at least one seismic sensor; and a coupling between the seismic node and a rope; wherein the seismic sensor is configured for sampling seismic energy when the seismic node is towed through a water column by the rope, the seismic sensor system being characterized in that the seismic node comprises a hydrodynamic body with different horizontal and vertical profiles configured to preferentially capture acoustic energy propagating in a vertical direction through the water column with respect to acoustic energy propagating in a corresponding horizontal direction; and in that the coupling comprises an elastic coupling member adapted to modulate transmission of one or more frequency components of acceleration of the rope to the seismic node.
An endoscopic device that comprises a handle section, an insertion tube connected to said handle section, a distal tip at the distal end of said insertion tube, a plurality of tubes (28,42,44), wires, and cables that pass through the interior of said insertion tube, and empty spaces between said plurality of tubes (28, 42,44), wires, and cables, wherein said empty spaces are configured to be utilized as a channel that enables liquid or gas to flow from said handle section to said distal tip; characterized in that said distal tip comprises a pattern of alternating grooves and lands on its outer circumferential surface and said 10 endoscopic device comprises a cap comprising a circular hole at the center of a distal surface of said cylindrical cap surrounded by an annular curved portion, wherein said cap is fitted tightly over said lands thereby forming hermetic seals that convert said grooves into closed channels between said lands through which liquid or gas flowing through said empty spaces can continue on its way to a circular nozzle that is formed by a gap around the circumference of the circular hole in said cap, wherein the shape of said annular curved portion of said cap causes the gap to function as said circular nozzle.
Information display panel, more particularly for an emergency lighting system, comprising a holder for fastening the information display panel, a backlit display, at least one lighting means having at least one light-emitting diode, and a light-conductive plate optically connected to the lighting means for backlighting the display, wherein at least the light-conductive plate, the display and the lighting means form an assembly which is detachable from the holder, and comprising releasable mechanical and electrical connections provided between the holder and assembly, wherein at least one interlocking snap connection (8, 11) engaging on the light-conductive plate forms a mechanical connection, wherein for an electrical connection a snap element (10, 12) of the snap connection (8, 11) is formed as an electrical conductor for the power supply and/or triggering of the lighting means of the assembly, wherein the snap connection (8, 11) is designed as a plug connector, characterized in that two snap connections (8, 11) are provided, the snap elements (10, 12) of which are attached to a common narrow side of the light-conductive plate.
Aqueous cosmetic composition which is in a flexible solid form, comprising: (i) one or more anionic surfactants, in a total amount ranging from 15% to 60% by weight relative to the total weight of the composition, said composition comprising at least one anionic surfactant chosen from acyl isethionates, preferably having an acyl group comprising from 6 to 30 carbon atoms, better still from 12 to 24, even better still from 16 to 22 carbon atoms; the total amount of acyl isethionates in the composition ranging from 12% to 35% by weight relative to the total weight of the composition; (ii) one or more polymeric conditioning agents chosen from non-silicone cationic polymers, non-silicone amphoteric polymers, silicones, in particular amino silicones, and mixtures thereof; said composition comprising at least 20% by weight of water relative to the total weight of the composition; and said composition having a threshold stress at 25°C greater than or equal to 100 Pa, and/or having a penetration force at 25°C greater than or equal to 210 g, and/or having a viscoelastic spectrum at 25°C, measured between 10 -2 Hz and 100 Hz, such that there is no crossover point between the curves G' and G"; G' always being strictly greater than G". (i) one or more anionic surfactants, in a total amount ranging from 15% to 60% by weight relative to the total weight of the composition, said composition comprising at least one anionic surfactant chosen from acyl isethionates, preferably having an acyl group comprising from 6 to 30 carbon atoms, better still from 12 to 24, even better still from 16 to 22 carbon atoms; the total amount of acyl isethionates in the composition ranging from 12% to 35% by weight relative to the total weight of the composition; (ii) one or more polymeric conditioning agents chosen from non-silicone cationic polymers, non-silicone amphoteric polymers, silicones, in particular amino silicones, and mixtures thereof; said composition comprising at least 20% by weight of water relative to the total weight of the composition; and said composition having a threshold stress at 25°C greater than or equal to 100 Pa, and/or having a penetration force at 25°C greater than or equal to 210 g, and/or having a viscoelastic spectrum at 25°C, measured between 10 -2 Hz and 100 Hz, such that there is no crossover point between the curves G' and G"; G' always being strictly greater than G".