mhurhangee/ep-ind-claims huggingface dataset:
A liquid injector for producing atomized liquid, the injector comprising: an injector body comprising: a liquid inlet, a liquid metering means either within the body or outside the body, and a liquid outlet comprising a nozzle, the nozzle comprises a central axis, an interior end, and an exterior end, two or more passages (4,5) originating from the interior end and terminating at the exterior end with a respective liquid orifice; and a gas regulating means configured to regulate the flow or pressure of a gas through gas orifices external to the injector body; wherein a pressurized liquid is forced through the two or more passages (4,5) to the orifice terminating each passage (4,5), and at least one gas jet being forced through the gas orifices, where each liquid orifice and each gas orifice directs a jet of the pressurized liquid and gas, at least two liquid jets colliding at a first focal point; and at least two gas jets colliding at a second focal point, the first and second focal points coaxially juxtapositioned to one another on the central axis of the nozzle, the liquid injector being characterised in that a distance between the juxtapositioned two focal points ranges from less than the mean diameter of the liquid orifice up to about 10 times the mean diameter of the liquid orifice. an injector body comprising: a liquid inlet, a liquid metering means either within the body or outside the body, and a liquid outlet comprising a nozzle, the nozzle comprises a central axis, an interior end, and an exterior end, two or more passages (4,5) originating from the interior end and terminating at the exterior end with a respective liquid orifice; and a gas regulating means configured to regulate the flow or pressure of a gas through gas orifices external to the injector body; a liquid inlet, a liquid metering means either within the body or outside the body, and a liquid outlet comprising a nozzle, the nozzle comprises a central axis, an interior end, and an exterior end, two or more passages (4,5) originating from the interior end and terminating at the exterior end with a respective liquid orifice; and a gas regulating means configured to regulate the flow or pressure of a gas through gas orifices external to the injector body; wherein a pressurized liquid is forced through the two or more passages (4,5) to the orifice terminating each passage (4,5), and at least one gas jet being forced through the gas orifices, where each liquid orifice and each gas orifice directs a jet of the pressurized liquid and gas, at least two liquid jets colliding at a first focal point; and at least two gas jets colliding at a second focal point, the first and second focal points coaxially juxtapositioned to one another on the central axis of the nozzle, the liquid injector being characterised in that a distance between the juxtapositioned two focal points ranges from less than the mean diameter of the liquid orifice up to about 10 times the mean diameter of the liquid orifice.
A method in a wireless communication device in a synchronous network, the method comprising: receiving, at the wireless communication device, signaling including network configuration data from a first base station, said network configuration data including information of data transmissions from other base stations; computing, at the wireless communication device, Channel Quality Indicator, CQI, using a common reference symbol or a dedicated reference symbol provided by the first base station; modifying, based on the knowledge of said data transmissions from other base stations, the CQI measurements; and reporting the CQI measurements to the first base station. receiving, at the wireless communication device, signaling including network configuration data from a first base station, said network configuration data including information of data transmissions from other base stations; computing, at the wireless communication device, Channel Quality Indicator, CQI, using a common reference symbol or a dedicated reference symbol provided by the first base station; modifying, based on the knowledge of said data transmissions from other base stations, the CQI measurements; and reporting the CQI measurements to the first base station.
Power supply device for supplying electrical power for a welding torch, comprising a code generation unit set up to automatically generate the code dynamically as a function of internal and external context data of the power supply device which are currently being configured and/or controlled by a user, comprising an output unit set up to output the dynamically generated code for capture by a mobile terminal of the user, and comprising a context data store set up to store the internal and external context data, wherein the code generation unit has access to the context data store for generating the code as a function of the internal and external context data read out from the context data store, wherein the internal context data comprise configurable device parameters of the power supply device and the external context data comprise user-specific context data. a code generation unit set up to automatically generate the code dynamically as a function of internal and external context data of the power supply device which are currently being configured and/or controlled by a user, comprising an output unit set up to output the dynamically generated code for capture by a mobile terminal of the user, and comprising a context data store set up to store the internal and external context data, wherein the code generation unit has access to the context data store for generating the code as a function of the internal and external context data read out from the context data store, wherein the internal context data comprise configurable device parameters of the power supply device and the external context data comprise user-specific context data.
A two-layer papermaking fabric constituted by at least one upper surface side warp (u, u') woven with at least one upper surface side weft ('u), at least one lower surface side warp (d) woven with at least one lower surface side weft ('d), and at least one warp binding yarn (b, B) woven with the at least one upper surface side weft ('u) and the at least one lower surface side weft ('d), comprising at least one pair of upper and lower warps in which said upper and lower surface side warps are located to be upper and lower, respectively, and at least one pair of warp yarns (b, B) in which at least one yarn is a warp binding yarn (b, B), wherein all or a portion of said upper surface side warps constituting said pair of upper and lower warps are woven to constitute an incomplete upper surface side warp (u') weave pattern in which a portion of knuckles are absent on the upper surface side, said pair of warp yarns (b, B) in which at least one yarn is a binding yarn is arranged so as to be adjacent to said incomplete upper surface side warps (u'), all knuckles emerging on the upper surface side formed by said warp binding yarn (b, B) and /or upper surface side warp (u, u') of said pair of warp yarns (b, B) in which at least one yarn is a binding yarn complementing a portion where said knuckles of said incomplete upper surface side warps (u') are absent to form a longitudinal groove between said upper surface side warps (u, u'), characterized in that the incomplete upper surface side warps (u') are each woven with a plain weave design in which two knuckles are absent in a minimum repeating unit of a fabric design.
A solid polymeric substrate having adhered to at least a portion of a surface thereof a resin obtained from the curing of a curable resin-forming composition which comprises: a) hydroxyl-terminated polyurethane prepolymer derived from the reaction of a stoichiometric excess of polypropylene ether polyol with isophorone diisocyanate; b) gamma-isocyanatopropyltrimethoxysilane; and, optionally, c) at least one additional component selected from the group consisting of filler, UV stabilizer, antioxidant, catalyst, adhesion promoter, cure accelerator, thixotropic agent, plasticizer, moisture scavenger, pigment, dye, surfactant, defoamer, solvent and biocide, wherein a silyl-terminated polyurethane polymer is obtained from said hydroxyl-terminated polyurethane prepolymer endcapped with gamma-isocyanatopropyltrimethoxysilane, and wherein the solid polymeric substrate is at least one selected from the group consisting of polystyrene, nylon, and acrylonitrile-butadiene-styrene. a) hydroxyl-terminated polyurethane prepolymer derived from the reaction of a stoichiometric excess of polypropylene ether polyol with isophorone diisocyanate; b) gamma-isocyanatopropyltrimethoxysilane; and, optionally, c) at least one additional component selected from the group consisting of filler, UV stabilizer, antioxidant, catalyst, adhesion promoter, cure accelerator, thixotropic agent, plasticizer, moisture scavenger, pigment, dye, surfactant, defoamer, solvent and biocide, wherein a silyl-terminated polyurethane polymer is obtained from said hydroxyl-terminated polyurethane prepolymer endcapped with gamma-isocyanatopropyltrimethoxysilane, and wherein the solid polymeric substrate is at least one selected from the group consisting of polystyrene, nylon, and acrylonitrile-butadiene-styrene.
A semi-hollow punch rivet by means of which a joint between at least two components is establishable which are arranged pile-like above each other, which comprises the following features: a. a rivet head having a rivet shaft extending therefrom, which comprises a cylindrical lateral surface, b. a blunt rivet foot having a rivet foot front surface which is arranged perpendicular to a longitudinal axis L A of the rivet shaft, wherein said blunt rivet foot is provided at an end of the rivet shaft facing away from the rivet head, and c. a shaft cavity which is shaped bell-like in the axial cross-section of the rivet shaft extends into the rivet shaft starting at the end facing away from the head, wherein the bell-like shaped shaft cavity is formed by i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head, ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface, and iii. a final dome portion. a. a rivet head having a rivet shaft extending therefrom, which comprises a cylindrical lateral surface, b. a blunt rivet foot having a rivet foot front surface which is arranged perpendicular to a longitudinal axis L A of the rivet shaft, wherein said blunt rivet foot is provided at an end of the rivet shaft facing away from the rivet head, and c. a shaft cavity which is shaped bell-like in the axial cross-section of the rivet shaft extends into the rivet shaft starting at the end facing away from the head, wherein the bell-like shaped shaft cavity is formed by i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head, ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface, and iii. a final dome portion. i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head, ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface, and iii. a final dome portion.
An electrical converter for power supplies, comprising at least two cascaded modules (710, 730, 750) of the same kind forming part of a bridge branch of the converter system, wherein each module comprises at least one module energy storage (1010; 1110; 1210; 1310) for energy storage and switching elements (1020, 1030, 1040; 1120, 1130, 1140, 1150), wherein the switching elements are able to switch the module energy storages of the cascaded modules both in series and in parallel, and wherein the modules are, except for the last module in the cascaded connection of modules, connected to a subsequent module in the chain of cascaded modules via at least two connections, characterized in that an intermediate module (720, 740) is connected between at least one module and a subsequent module in the chain of sequentially connected modules, which intermediate module has at least one inductor (1240; 1340) for energy storage, wherein the modules, the intermediate module and the switching elements are configured such that said one module and the second succeeding consecutively connected module can be connected to each other via the switching elements in such manner that one of the at least two connections of the one module is connected via the at least one inductor to the second following module in the module chain; and that an energy and charge transfer can take place between the module energy storages via the inductor of the intermediate module according to the principle of a switching converter. said one module and the second succeeding consecutively connected module can be connected to each other via the switching elements in such manner that one of the at least two connections of the one module is connected via the at least one inductor to the second following module in the module chain; and that an energy and charge transfer can take place between the module energy storages via the inductor of the intermediate module according to the principle of a switching converter.
A method for shielding a metal substrate surface during the application of heat to the surroundings of said substrate which comprises: I) providing a liquid maskant composition which comprises: a) at least one of a polycarbonate caprolactone urethane diacrylate oligomer or a polycarbonate caprolactone urethane dimethacrylate oligomer; b) a free radical polymerizable reactive diluent; c) a photoinitiator for generating free radicals when exposed to actinic radiation; II) applying the liquid maskant composition onto a surface of said substrate; III) exposing said liquid maskant composition to actinic radiation to polymerize or crosslink said composition into a dried maskant. I) providing a liquid maskant composition which comprises: a) at least one of a polycarbonate caprolactone urethane diacrylate oligomer or a polycarbonate caprolactone urethane dimethacrylate oligomer; b) a free radical polymerizable reactive diluent; c) a photoinitiator for generating free radicals when exposed to actinic radiation; a) at least one of a polycarbonate caprolactone urethane diacrylate oligomer or a polycarbonate caprolactone urethane dimethacrylate oligomer; b) a free radical polymerizable reactive diluent; c) a photoinitiator for generating free radicals when exposed to actinic radiation; II) applying the liquid maskant composition onto a surface of said substrate; III) exposing said liquid maskant composition to actinic radiation to polymerize or crosslink said composition into a dried maskant.
A method performed by a system comprising a host system having a processor and comprising at least one computer readable medium storing a set of instructions that when executed by the processor causes the host system to perform the following method steps: • automatically registering individualized diet data received from a user device, wherein the individualized diet data have parameters indicative of a type and a quantity of at least one of foods and supplements consumed by a user of the user device during a defined time period; • automatically determining an amount of a Docosahexaenoic acid, DHA, dietary intake of the user based on a predetermined rule set and based on the parameters, wherein the predetermined rule set includes concentrations of DHA in the foods and the supplements; and • automatically generating an alert and transmitting the alert to the user device if the amount of DHA dietary intake is above a predefined baseline, wherein the predefined baseline is a value within a range bounded by and including 100 milligram, mg, per day and 200 mg per day. • automatically registering individualized diet data received from a user device, wherein the individualized diet data have parameters indicative of a type and a quantity of at least one of foods and supplements consumed by a user of the user device during a defined time period; • automatically determining an amount of a Docosahexaenoic acid, DHA, dietary intake of the user based on a predetermined rule set and based on the parameters, wherein the predetermined rule set includes concentrations of DHA in the foods and the supplements; and • automatically generating an alert and transmitting the alert to the user device if the amount of DHA dietary intake is above a predefined baseline, wherein the predefined baseline is a value within a range bounded by and including 100 milligram, mg, per day and 200 mg per day.
A process to produce N-vinyl compounds by homogeneous catalysis, wherein acetylene is reacted with a compound having at least one nitrogen bearing a substitutable hydrogen residue in a liquid phase in the presence of - one phosphine as catalyst, - either a solvent selected from linear ethers, cyclic ethers, linear amides, cyclic amides, sulfoxides, nitriles and halogenated hydrocarbons or without a solvent, and - no metal atom or ion binding the phosphine as a ligand. - one phosphine as catalyst, - either a solvent selected from linear ethers, cyclic ethers, linear amides, cyclic amides, sulfoxides, nitriles and halogenated hydrocarbons or without a solvent, and - no metal atom or ion binding the phosphine as a ligand.
A side vehicle body structure for a vehicle which includes a roof side rail ! disposed on a side of a vehicle body so as to extend in a longitudinal direction of the vehicle body, and a pillar disposed so as to extend downward in a vertical direction of the vehicle body from the roof side rail and forming a closed section that is continuous in the vertical direction of the vehicle body, wherein the pillar includes a pillar member that has a body panel forming at least a part of the closed section and joined at its upper end to the roof side rail and a reinforcing panel placed on and joined to a part of the body panel, the body panel includes a side face portion extending in the vertical direction of the vehicle body so as to form an outer side face of the closed section in a lateral direction of the vehicle body and coupled at its upper end to the roof side rail, a first ridge portion extending in the vertical direction of the vehicle body along a front edge of the side face portion, and a second ridge portion extending in the vertical direction of the vehicle body along a rear edge of the side face Portion, the first ridge portion includes a first straight portion extending straight in a longitudinal direction of the side face portion and a first curved portion extending upward toward front of the vehicle body from an upper end of the first straight portion to an upper end of the first ridge portion, the second ridge portion includes a second straight portion extending straight in the longitudinal direction of the side face portion and a second curved portion extending upward toward rear of the vehicle body from an upper end of the second straight portion to an upper end of the second ridge portion, said side vehicle body structure for a vehicle being characterized in that said reinforcing panel includes a side-face reinforcing portion disposed so as to extend in the longitudinal direction of the side face portion along the first straight portion, the second straight portion, and a portion of the body panel which connects the first straight portion and the second straight portion, a first upper-end reinforcing portion disposed so as to extend upward toward the front of the vehicle body from an upper edge of the side-face reinforcing portion along the first curved portion, and a second upper-end reinforcing portion disposed so as to extend upward toward the rear of the vehicle body from the upper edge of the side-face reinforcing portion along the second curved portion.
A motorized vehicle having a wheel retraction apparatus, comprising: a plurality of rear wheels and at least one front wheel; a lower chassis having a longitudinal axis and a foot surface mounted thereon; and a wheel retraction apparatus which is mechanically connected to said lower chassis and set to extract and retract said plurality of rear wheels from and towards said lower chassis by moving said plurality of rear wheels along diagonals which converge towards a point on said longitudinal axis, said wheel retraction apparatus is configured to fixate said plurality of rear wheels in a plurality of different widths from one another; wherein a distance between each said rear wheel and said longitudinal axis is reduced by said retraction; wherein a distance between an axis passing through the centers of said plurality of rear wheels and said at least one front wheel does not increase when said plurality of rear wheels are retracted towards said lower chassis; characterized by: an upper chassis for supporting a seat; at least one of lever; and a bearing which mechanically connects between said upper chassis and said lower chassis and at least one lever; wherein each said at least one lever mechanically connect between said upper chassis and said wheel retraction apparatus and the bringing of said upper chassis towards said lower chassis pulls the lever and induces a retraction of said plurality of rear wheels by said wheel retraction apparatus. a plurality of rear wheels and at least one front wheel; a lower chassis having a longitudinal axis and a foot surface mounted thereon; and a wheel retraction apparatus which is mechanically connected to said lower chassis and set to extract and retract said plurality of rear wheels from and towards said lower chassis by moving said plurality of rear wheels along diagonals which converge towards a point on said longitudinal axis, said wheel retraction apparatus is configured to fixate said plurality of rear wheels in a plurality of different widths from one another; wherein a distance between each said rear wheel and said longitudinal axis is reduced by said retraction; wherein a distance between an axis passing through the centers of said plurality of rear wheels and said at least one front wheel does not increase when said plurality of rear wheels are retracted towards said lower chassis; an upper chassis for supporting a seat; at least one of lever; and a bearing which mechanically connects between said upper chassis and said lower chassis and at least one lever; wherein each said at least one lever mechanically connect between said upper chassis and said wheel retraction apparatus and the bringing of said upper chassis towards said lower chassis pulls the lever and induces a retraction of said plurality of rear wheels by said wheel retraction apparatus.