mhurhangee/ep-ind-claims huggingface dataset:
A peroxide-curable polyethylene blend composition comprising a blend of constituents and that contains constituents and: a crosslinkable low density polyethylene characterized by a melt index (190° C., 2.16 kilograms (kg), ASTM D1238-04, "melt index (I 2)") of 1.50 to 2.49 grams per 10 minutes (g/10 min.) ("crosslinkable LDPE " or "constituent " or " "); a crosslinkable low density polyethylene characterized by an enhanced melt index (I 2) of 5.0 to 25 g/10 min. ("crosslinkable LDPE " or "constituent " or " "); an organic peroxide; wherein the organic peroxide is a compound of formula R O -O-O-R O, wherein each R O independently is a (C 1 -C 20)alkyl group or (C 6 -C 20)aryl group; and a propenyl-functional coagent; wherein is 2,4-diphenyl-4-methyl-1-pentene or 1,3-diisopropenylbenzene; wherein concentrations thereof are: is at least 55.0 weight percent (wt%), is 5.0 to 40.0 wt%, is 0.1 to 3.0 wt%, and is 0.10 to 1.0 wt%, all based on total weight of the peroxide-curable polyethylene blend composition.
A metallic substrate having a deformable vitreous coating, obtainable by applying an alkali silicate containing coating sol to the substrate, drying the coating composition applied at a temperature of up to 100°C, and thermally densifying the layer thus obtained in a two-stage heat treatment process, the heat treatment being carried out, in the first stage, in a vacuum at a residual pressure of ≤ 15 mbar and, in the second stage, further densification being carried out in a low-oxygen atmosphere up to full densification with formation of a vitreous layer. applying an alkali silicate containing coating sol to the substrate, drying the coating composition applied at a temperature of up to 100°C, and thermally densifying the layer thus obtained in a two-stage heat treatment process, the heat treatment being carried out, in the first stage, in a vacuum at a residual pressure of ≤ 15 mbar and, in the second stage, further densification being carried out in a low-oxygen atmosphere up to full densification with formation of a vitreous layer.
A control device for a four-wheel drive electric vehicle, in which a drive source has a motor/generator, and an electronically controlled coupling is provided on a drive power transmission path leading from the drive source to front and rear wheels, which controls the power distribution of the front and rear wheels by a command from the outside, comprising: a four-wheel drive power distribution control means that outputs to the electronically controlled coupling a transmission torque command value to bring about a four-wheel drive state, in accordance with the vehicle state, characterised in that the four-wheel drive power distribution control means has a regenerative control intervention-coordinating controller configured to bring a transmission torque of the electronically controlled coupling to zero before initiating regenerative control, when regenerative control by the motor/generator has intervened during the four-wheel drive state. a four-wheel drive power distribution control means that outputs to the electronically controlled coupling a transmission torque command value to bring about a four-wheel drive state, in accordance with the vehicle state, characterised in that the four-wheel drive power distribution control means has a regenerative control intervention-coordinating controller configured to bring a transmission torque of the electronically controlled coupling to zero before initiating regenerative control, when regenerative control by the motor/generator has intervened during the four-wheel drive state.
An oral treatment device, comprising: a thin, flexible, moisture-resistant barrier layer in the shape of a dental tray for protecting an oral treatment composition from saliva and moisture within a person's mouth during use; and an oral treatment composition comprising an active agent and a tissue adhesion agent having a consistency in a range from a sticky, viscous gel to a solid composition, said oral treatment composition acting as an endoskeleton to maintain said barrier layer in the shape of a dental tray prior to use, said oral treatment composition being sticky and adhesive during use so as to cause said barrier layer to at least partially conform to a person's tooth surfaces during use. a thin, flexible, moisture-resistant barrier layer in the shape of a dental tray for protecting an oral treatment composition from saliva and moisture within a person's mouth during use; and an oral treatment composition comprising an active agent and a tissue adhesion agent having a consistency in a range from a sticky, viscous gel to a solid composition, said oral treatment composition acting as an endoskeleton to maintain said barrier layer in the shape of a dental tray prior to use, said oral treatment composition being sticky and adhesive during use so as to cause said barrier layer to at least partially conform to a person's tooth surfaces during use. said oral treatment composition acting as an endoskeleton to maintain said barrier layer in the shape of a dental tray prior to use, said oral treatment composition being sticky and adhesive during use so as to cause said barrier layer to at least partially conform to a person's tooth surfaces during use.
A production method for an Fe-based nanocrystalline alloy core composed of a wound Fe-based nanocrystalline alloy ribbon, the method comprising, after winding an Fe-based amorphous alloy ribbon that is capable of nanocrystallization, a heat treatment step of heating the Fe-based amorphous alloy ribbon up to a crystallization temperature region and cooling the Fe-based amorphous alloy ribbon, wherein the heat treatment step comprises a magnetic field application step of applying a magnetic field in a height direction of the core for not less than 10 minutes and not more than 60 minutes, within only a temperature range in a period of temperature elevation spanning from a temperature which is 25°C higher than a crystallization onset temperature by differential scanning calorimeter to a temperature which is 60°C higher than the crystallization onset temperature.
A lighting device comprising: a grid sheet carrier bordered by a border and comprising an open surface area of a plurality of openings and comprising carrier material surrounding said openings, said carrier material being arranged in a two-dimensional, first pattern, and is mounted via its border on a base part, a plurality of LEDs having an emission profile with a relatively large apex angle of at least 45 degrees, preferably at least 60 degrees and being mounted only on one main face of the carrier material and arranged in a two-dimensional, second pattern, wherein the second pattern is coinciding with the first pattern when superimposed, wherein the second pattern is at least a sub-pattern of the first pattern, and wherein R is a ratio between the plurality of LEDs and the plurality of openings, with R being at least three, wherein each opening has a perimeter of bridges and nodes formed by the carrier material, wherein the bridges are mutually connected at nodes, and wherein the LEDs are mounted at at least the bridges, and wherein the LEDs are individually addressable or addressable in groups via a data cable provided at bridges and nodes and which data cable is connected to a controller. a grid sheet carrier bordered by a border and comprising an open surface area of a plurality of openings and comprising carrier material surrounding said openings, said carrier material being arranged in a two-dimensional, first pattern, and is mounted via its border on a base part, a plurality of LEDs having an emission profile with a relatively large apex angle of at least 45 degrees, preferably at least 60 degrees and being mounted only on one main face of the carrier material and arranged in a two-dimensional, second pattern, wherein the second pattern is coinciding with the first pattern when superimposed, wherein the second pattern is at least a sub-pattern of the first pattern, and wherein R is a ratio between the plurality of LEDs and the plurality of openings, with R being at least three, wherein each opening has a perimeter of bridges and nodes formed by the carrier material, wherein the bridges are mutually connected at nodes, and wherein the LEDs are mounted at at least the bridges, and wherein the LEDs are individually addressable or addressable in groups via a data cable provided at bridges and nodes and which data cable is connected to a controller.
A ceria containing mixed oxide suitable as an oxygen storage material for a catalytic converter for an automobile exhaust system having a ceria content in the range 10 to 80% by weight, characterised in that the mixed oxide contains at least one metal oxide in a total amount of from 0.025% to 0.25% by weight based on the weight of the mixed oxide and metal oxide, wherein the metal oxide is tin oxide
A scheduling request sending method, comprising: if data on a first logical channel of a terminal device triggers a buffer status report BSR, and the first logical channel is not configured with logical channel scheduling request prohibition: triggering a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR. if data on a first logical channel of a terminal device triggers a buffer status report BSR, and the first logical channel is not configured with logical channel scheduling request prohibition: triggering a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR. triggering a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR.
Acceleration sensor for an occupant protection system in a vehicle, having at least one micromechanical sensor element (2, 3) for sensing the acceleration and having an electronic evaluation unit which has a redundant signal path for each sensor element (2, 3), each signal path having a A/D converter (4, 5), wherein in order to check the plausibility of the output signals (14, 15) of the acceleration sensor means (8, 9, 10) for monitoring parameters of at least one A/D converter (4, 5) which are relevant to the functionality are provided, characterized in that the monitoring means (8, 9, 10) comprise an equivalent circuit, integrated in the evaluation unit, for a sensor element (2, 3) and a redundant further A/D converter which is configured in such a way that it reacts to changes in the parameters which are relevant to the functionality, in the same way as the at least one A/D converter (4, 5), in that the further A/D converter is configured in such a way that it converts the fixed acceleration-independent output signal of the equivalent circuit, and in that the monitoring means (8, 9, 10) comprise a comparator which is configured in such a way that it compares the value of the digital output signal of the further A/D converter with a predefined fixed limit in order to detect changes in the parameters of all the A/D converters which are relevant to the functionality.
A metallic interconnect member (100; 200) having a first side (110; 210) including first and second connection pads (110A, 110B; 210A, 210B) for connecting to a first solar cell (101; 201), and a second side (120; 220) comprises first and second connection portions (120A, 120B; 220A, 220B) for connecting to a second solar cell (102; 202), the first and second solar cells (101, 102; 201, 202) being spaced apart along a first axis (104; 204), a first serpentine path extending between the first connection pad (110A, 210A) and the first connection portion (120A, 220A) and a separate second serpentine path extending between the second connection pad (110B, 210B) and the second connection portion (120B, 220B), and characterized in that each of the first and second serpentine paths has at least one longitudinal loop (130, 160; 230, 250, 270), and at least one transverse loop (140, 150; 240, 245, 270, 275), the longitudinal loop (130, 160; 230, 250, 270) comprising two parallel longitudinal portions (130A, 130B, 160A, 160B; 230A, 230B, 250A, 250B, 270A, 270B, 275B) extending along the first axis (104; 204), and a curved portion between the two parallel longitudinal portions (130C, 160C; 230C, 250C, 270C), the transverse loop (140, 150; 240, 245, 270, 275) comprising two parallel transverse portions (140A, 140B, 150A, 150B; 240A, 240B, 245A, 245B, 270A, 270B, 275B) extending along a second axis (106; 206), the second axis (106; 206) being substantially perpendicular to the first axis (104; 204), and a curved portion (140C, 150C; 240C, 245C, 270C, 275) between the two parallel transverse portions. a first serpentine path extending between the first connection pad (110A, 210A) and the first connection portion (120A, 220A) and a separate second serpentine path extending between the second connection pad (110B, 210B) and the second connection portion (120B, 220B), and characterized in that each of the first and second serpentine paths has at least one longitudinal loop (130, 160; 230, 250, 270), and at least one transverse loop (140, 150; 240, 245, 270, 275), the longitudinal loop (130, 160; 230, 250, 270) comprising two parallel longitudinal portions (130A, 130B, 160A, 160B; 230A, 230B, 250A, 250B, 270A, 270B, 275B) extending along the first axis (104; 204), and a curved portion between the two parallel longitudinal portions (130C, 160C; 230C, 250C, 270C), the transverse loop (140, 150; 240, 245, 270, 275) comprising two parallel transverse portions (140A, 140B, 150A, 150B; 240A, 240B, 245A, 245B, 270A, 270B, 275B) extending along a second axis (106; 206), the second axis (106; 206) being substantially perpendicular to the first axis (104; 204), and a curved portion (140C, 150C; 240C, 245C, 270C, 275) between the two parallel transverse portions.
A powder composition comprising calcium acetate, preferably calcium acetate monohydrate, aluminum sulfate, preferably aluminum sulfate tetradecahydrate, and a third component selected from potassium permanganate (KMnO 4) and chloramine-T (sodium N-chloro-4-toluenesulfonamidate) and optionally at least one pharmaceutically or cosmetically acceptable excipient.
Winding apparatus comprising: - at least one rotatable winding core; - at least one first electrode guide arranged to guide the feeding of a first electrode strip to said core; - moving means for moving said at least one first electrode guide, during a winding of the first electrode strip around said core, with at least one movement relative to said core so as to vary the position of the first electrode strip while varying at least one dimension of the product wrapped on said core; characterized in that said movement varies the direction of introduction of the first electrode strip during the winding. - at least one rotatable winding core; - at least one first electrode guide arranged to guide the feeding of a first electrode strip to said core; - moving means for moving said at least one first electrode guide, during a winding of the first electrode strip around said core, with at least one movement relative to said core so as to vary the position of the first electrode strip while varying at least one dimension of the product wrapped on said core;
A hydraulic actuator comprising a hydraulic drive cylinder, in particular having a drive piston guided therein, a first hydraulic output cylinder, which is hydraulically coupled to the drive cylinder, as well as a pressure limiting valve, which limits the pressure in the first output cylinder depending on an action time of a force on the drive cylinder and/or the drive piston, wherein the pressure limiting valve is arranged for pressure limitation with respect to and/or for pressure relief in a second output cylinder, and wherein the second output cylinder is hydraulically coupled to the drive cylinder, characterized in that the first output cylinder and the second output cylinder are mutually hydraulically coupled by means of a multi-port valve.
A method of providing network access, said method comprising: a. establishing a connection only to a single mobility management entity in a core network from a wireless access device via a gateway device in an associated radio access network; characterized by b. restricting connectivity of said wireless access device to a pre-defined group of core network addresses of a pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network, wherein the connection from the wireless access device to the single mobility management entity in the core network comprises multi-node connectivity from the radio access network to the single mobility management entity in said core network via the pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network; and c. selecting a single address from the pre-defined group of core network addresses, to establish said connection to one of said gateway devices (41; 42; 43; 44; 46; 48) in the radio access network. a. establishing a connection only to a single mobility management entity in a core network from a wireless access device via a gateway device in an associated radio access network; characterized by b. restricting connectivity of said wireless access device to a pre-defined group of core network addresses of a pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network, wherein the connection from the wireless access device to the single mobility management entity in the core network comprises multi-node connectivity from the radio access network to the single mobility management entity in said core network via the pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network; and c. selecting a single address from the pre-defined group of core network addresses, to establish said connection to one of said gateway devices (41; 42; 43; 44; 46; 48) in the radio access network.
A formulation unit for an inkjet printing machine, wherein - the inkjet printing machine comprises a printing unit with a printing device and with an ink supply device for supplying ink to the printing device; and - the formulation unit comprises at least one preparation device for the preparation of the ink and at least one storage tank for storing prepared ink, - the preparation device comprising a preparation tank for receiving the ingredients of the ink and a preparation pump or preparation turbine for circulating the ingredients in a mixing procedure, the ingredients including at least water and a dye, - the storage tank being connected to said preparation device, wherein the at least one storage tank is connectable to the supply device of the printing unit for supplying ink from the storage tank to the printing device and wherein, in operation of the printing device, the storage tank of the formulation unit is constantly connected to the printing device. - the inkjet printing machine comprises a printing unit with a printing device and with an ink supply device for supplying ink to the printing device; and - the formulation unit comprises at least one preparation device for the preparation of the ink and at least one storage tank for storing prepared ink, - the preparation device comprising a preparation tank for receiving the ingredients of the ink and a preparation pump or preparation turbine for circulating the ingredients in a mixing procedure, the ingredients including at least water and a dye, - the storage tank being connected to said preparation device,
Aiming-assistance method for a target, characterised in that the said method comprises the following steps, - a first step of complete scanning of an environment by means of a camera, - a second step of displaying a complete image of the said environment, - a third step of identifying and selecting a target on the said complete image of the said environment, - a fourth step of aiming at the said target by an operator by means of a guide beam, - a fifth step of displaying a complete image of the said environment and the point of contact of the said guide beam in the said environment, - a sixth step of aiming at the said target by the said operator by means of the said guide beam, - a seventh step of selective scanning of the said target and point of contact of the said guide beam in the said environment by means of the said camera, - an eighth step of displaying a selective image of the said target, the said current point of contact of the said guide beam in the said environment and at least one of the said previously displayed points of contact, - a ninth step of calculating a first number of the said points of contact of the said guide beam touching the said target and a second number of the said points of contact of the said guide beam not touching the said target, and - a tenth step of displaying information of the accuracy of the said points of contact of the said guide beam touching the said target. - a first step of complete scanning of an environment by means of a camera, - a second step of displaying a complete image of the said environment, - a third step of identifying and selecting a target on the said complete image of the said environment, - a fourth step of aiming at the said target by an operator by means of a guide beam, - a fifth step of displaying a complete image of the said environment and the point of contact of the said guide beam in the said environment, - a sixth step of aiming at the said target by the said operator by means of the said guide beam, - a seventh step of selective scanning of the said target and point of contact of the said guide beam in the said environment by means of the said camera, - an eighth step of displaying a selective image of the said target, the said current point of contact of the said guide beam in the said environment and at least one of the said previously displayed points of contact, - a ninth step of calculating a first number of the said points of contact of the said guide beam touching the said target and a second number of the said points of contact of the said guide beam not touching the said target, and - a tenth step of displaying information of the accuracy of the said points of contact of the said guide beam touching the said target.