mhurhangee/ep-ind-claims huggingface dataset:
A wireless power transmission device that radiates electromagnetic waves, the wireless power transmission device comprising: a first circuit board (410, 610, 710, 810); a first conductive member mounted on a first face of the first circuit board (410, 610, 710, 810); and a first ground member (719, 819) mounted on a second face that faces away from the first face; the wireless power transmission device being characterized in that the wireless power transmission device further comprises: a second circuit board (420, 620, 720, 820), wherein a second conductive member is mounted on a first face of the second circuit board (420, 620, 720, 820) and a second ground member (729, 829) is mounted on a second face that faces away from the first face, and the first face of the second circuit board (420, 620, 720, 820) is disposed to face the second face of the first circuit board (410, 610, 710, 810). a first circuit board (410, 610, 710, 810); a first conductive member mounted on a first face of the first circuit board (410, 610, 710, 810); and a first ground member (719, 819) mounted on a second face that faces away from the first face; the wireless power transmission device being characterized in that the wireless power transmission device further comprises: a second circuit board (420, 620, 720, 820), wherein a second conductive member is mounted on a first face of the second circuit board (420, 620, 720, 820) and a second ground member (729, 829) is mounted on a second face that faces away from the first face, and the first face of the second circuit board (420, 620, 720, 820) is disposed to face the second face of the first circuit board (410, 610, 710, 810). a second circuit board (420, 620, 720, 820), wherein a second conductive member is mounted on a first face of the second circuit board (420, 620, 720, 820) and a second ground member (729, 829) is mounted on a second face that faces away from the first face, and the first face of the second circuit board (420, 620, 720, 820) is disposed to face the second face of the first circuit board (410, 610, 710, 810).
A method of rebuilding a sootblowing system of a boiler/furnace, said sootblowing system including a plurality of sootblowers, and each sootblower including a frame, a moveable carriage supported by the frame, a motor for moving the carriage, a lance tube mounted on the carriage to be insertable into and retractable from the recovery furnace, said lance tube having at least one nozzle, and a steam feed tube (45, 35, 15) connected to the lance tube for feeding sootblowing steam to be ejected through said at least one nozzle into the recovery furnace, said steam feed tube (45, 35, 15) having a first valve arranged to admit steam through said at least one nozzle only when the carriage with the lance tube is in an activated position, i.e. during retraction and introduction of the lance tube, characterized by in the individual part of a plurality of said steam feed tubes (45, 35, 15), either providing a directionally controlled valve upstream of the first valve or substituting said directionally controlled valve for said first valve, or providing closure means that facilitates closure of said first valve also when the lance tube is in its activated position, arranging said directionally controlled valve or closure means to only enable sootblowing by said lance tube either during introduction or retraction thereof, and to, at least substantially, close supply of steam to said lance tube, during at least a substantial part of either the retraction or introduction thereof and providing a control system, to control that during overlapping movements, a first lance tube is introduced while a second lance tube is being retracted and to control that, for at least the main part, preferably substantially all of the movement, only one of said first and second lance tubes may perform sootblowing at a time.
An integrated circuit, comprising: a gate structure (113, 121) having a top surface; a first source or drain region (117, 119); a second source or drain region (117, 119); a first trench contact on the first source or drain region (117, 119), the first trench contact having a top surface and a sidewall; a second trench contact that includes non-contiguous first and second portions, each portion having a top surface that is co-planar with the top surface of the first trench contact as well as the top surface of the gate structure (113, 121), wherein a sidewall of the first portion of the second trench contact is in contact (127-131, 139a) with the sidewall of the first trench contact so as to provide an interface therebetween, and wherein the second portion of the second trench contact extends over the second source or drain region (117, 119), with no contact (127-131, 139a) to the second source or drain region (117, 119); and a via that extends from the first portion of the second trench contact to an underlying conductor. a gate structure (113, 121) having a top surface; a first source or drain region (117, 119); a second source or drain region (117, 119); a first trench contact on the first source or drain region (117, 119), the first trench contact having a top surface and a sidewall; a second trench contact that includes non-contiguous first and second portions, each portion having a top surface that is co-planar with the top surface of the first trench contact as well as the top surface of the gate structure (113, 121), wherein a sidewall of the first portion of the second trench contact is in contact (127-131, 139a) with the sidewall of the first trench contact so as to provide an interface therebetween, and wherein the second portion of the second trench contact extends over the second source or drain region (117, 119), with no contact (127-131, 139a) to the second source or drain region (117, 119); and a via that extends from the first portion of the second trench contact to an underlying conductor.
A weapon for tactic simulations provided with at least one projection device ( 3; 103) of electromagnetic beams to simulate the projectile fired by said weapon, said projection device ( 3; 103) comprises two or more emitters of electromagnetic beams housed in one or more projectors and each one susceptible to emit electromagnetic beams having at least the geometrical parameters at least partially different from those of the electromagnetic beams emitted by the other of said emitters so as each emitted beam realistically simulates at least one section of the path that the projectile to be simulated would cover, said weapon further comprising adjusting means of the electromagnetic beam emitted by at least one of said emitters to vary at least the geometric features so as the overall electromagnetic beam has, for the entire path that the projectile to be simulated would cover, geometric features with values comprised between predetermined intervals to realistically simulate the projectile, said weapon being characterized in that said adjusting means comprise at least one first adjusting portion of the geometric shape of the electromagnetic beam emitted by at least one of said emitters, said first adjusting portion comprising at least an adjusting ring nut of the focal distance.
Method for communication on an on-board network (11, 12) of a motor vehicle, between a master station and a plurality of slave stations (S1, S2, S3, S4), of the type compatible with the standardised Local Interconnection Network protocol, wherein data frames are emitted by the said slave stations (S1, S2, S3, S4) on a serial bus (11, 12) in response to the emission by the said master station of identifiers (1,4,6) which are representative of the required content of the said frames, characterised in that all or part of each of the specific data frames attached to a single predetermined identifier (1,4,6) is formed sequentially by each of the said slave stations (S1, S2, S3, S4).
Complex comprising (i) a protein binding domain capable of specifically binding to an intracellular conformational epitope of a GPCR and capable, upon binding, of stabilizing an active conformational state of said GPCR, wherein said protein binding domain comprises a nanobody sequence, or any suitable fragment thereof; and (ii) a GPCR in an active conformational state.
Body massager comprising: a housing; a carriage oriented in the housing and cooperating with the housing for longitudinal translation in the housing; at least one massage member provided on the carriage; a kneading massage assembly for providing a kneading massage effect from the at least one massage member; a motor in operable connection with the housing and the carriage for driving the carriage along the housing; and a vibratory massage assembly, wherein the body massager additionally provides a vibratory massage effect by the vibratory massage assembly which is mounted to the carriage for imparting said vibratory massage effect to the at least one massage member; the body massager further comprising a suspension connecting the vibratory massage assembly to the carriage, so that the mounting of the vibratory massage assembly to the carriage is damped; the vibratory massage assembly including a second motor with an eccentric weight; power to the second motor rotating the eccentric weight thereby imparting the vibratory massage effect; the second motor and weight being disposed within a cushioned sleeve for damping the vibratory massage effect; the cushioned sleeve being disposed within an other sleeve, wherein the vibratory massage assembly is retained within the sleeves (94, 96), the other sleeve being mounted to the carriage for imparting the vibratory massage effect to the at least one massage member.
A sanitary washing device comprising: a base plate fixed to a rear part of a toilet bowl; a case plate mounting a washing function part washing a private part of a human body, the case plate being fixed onto the base plate; a case cover covering the washing function part from upward and being fixed onto the case plate; a pivotally supporting unit including a first pivotally supporting part pivotally supporting a toilet seat and a second pivotally supporting part pivotally supporting a toilet lid and a back cover provided backward the pivotally supporting unit; characterized by the pivotally supporting unit being fixed to the base plate in a backward of the case plate and by a front part and a rear part of the base plate being fixed respectively to the toilet bowl via a first position adjusting unit and a second position adjusting unit, the first position adjusting unit and the second position adjusting unit being capable of adjusting a position of the base plate to the toilet bowl, the case plate being fixed to the base plate via a third position adjusting unit capable of adjusting a position of the case plate, a fourth position adjusting unit capable of adjusting a position of the back cover to the base plate being provided between the pivotally supporting unit and the back cover, and the back cover being attached to the fourth position adjusting unit. a base plate fixed to a rear part of a toilet bowl; a case plate mounting a washing function part washing a private part of a human body, the case plate being fixed onto the base plate; a case cover covering the washing function part from upward and being fixed onto the case plate; a pivotally supporting unit including a first pivotally supporting part pivotally supporting a toilet seat and a second pivotally supporting part pivotally supporting a toilet lid and a back cover provided backward the pivotally supporting unit; characterized by the pivotally supporting unit being fixed to the base plate in a backward of the case plate and by a front part and a rear part of the base plate being fixed respectively to the toilet bowl via a first position adjusting unit and a second position adjusting unit, the first position adjusting unit and the second position adjusting unit being capable of adjusting a position of the base plate to the toilet bowl, the case plate being fixed to the base plate via a third position adjusting unit capable of adjusting a position of the case plate, a fourth position adjusting unit capable of adjusting a position of the back cover to the base plate being provided between the pivotally supporting unit and the back cover, and the back cover being attached to the fourth position adjusting unit.
A spiral LED packaging filament, comprising: a substrate with a top surface and two ends; a plurality of LED chips each connected in series or in parallel disposed on the top surface of the substrate; a medium layer sealing the plurality of LED chips and the top surfaces of the substrate into a sealed LED package; two electrode wires, each electrode wire being extending out from one end of the substrate, two electrode wires being electric connected to the plurality of LED chips; wherein the plurality of LED chips are flatly packaged, and the sealed LED package is three-dimensionally shaped secondarily by a method selected from a group consisting of stretching, extruding, and die shaping to form the spiral LED packaging filament, and wherein the sealed LED package has a spiral shape. a substrate with a top surface and two ends; a plurality of LED chips each connected in series or in parallel disposed on the top surface of the substrate; a medium layer sealing the plurality of LED chips and the top surfaces of the substrate into a sealed LED package; two electrode wires, each electrode wire being extending out from one end of the substrate, two electrode wires being electric connected to the plurality of LED chips; wherein the plurality of LED chips are flatly packaged, and the sealed LED package is three-dimensionally shaped secondarily by a method selected from a group consisting of stretching, extruding, and die shaping to form the spiral LED packaging filament, and wherein the sealed LED package has a spiral shape.
A microcapsule comprising benefit agent and water-insolvable solid particle, wherein the microcapsule has an aspect ratio of from 3:1 to 12:1 and the weight ratio of the particle to the benefit agent is 1:5 to 50:1, where aspect ratio means the ratio of the length to width of the microcapsule as measured by optical microscopy, where length refers to the longest measurable distance of the microcapsule in the optical image and width refers to the longest measurable distance of the microcapsule along the direction perpendicular to the length of the microcapsule in the optical image, and where water-insolvable refers to a material that dissolves in water to give a solution with a concentration of less than 1 gram per litre, wherein, the water-insolvable solid particle comprises a plurality of pores throughout the particles and the benefit agent is encapsulated inside the pores; wherein the particle comprises cellulose; wherein the benefit agent is fragrance, pro-fragrance, or a mixture thereof.
A method for extracting lipids from microbial biomass comprising a. drying the microbial biomass to produce dried microbial biomass having a moisture content of from 3% to 15%, less than 6%, less than 5%, less than 4%, from 0.1% to 5%, from 0.1% to 3%, or from 0.5% to 3.5% by weight and constituting at least 20% oil by weight; b. conditioning the dried microbial biomass to produce conditioned feedstock by heating the dry microbial biomass to a temperature in the range of 70°C to 150 °C, the conditioned feedstock having a moisture content of from 0.5% to 2.5% by weight of the microbial biomass; and c. subjecting the conditioned feedstock to pressure sufficient to separate at least 5% of the oil in the biomass from other components, leaving spent biomass of reduced oil content relative to the conditioned feedstock. a. drying the microbial biomass to produce dried microbial biomass having a moisture content of from 3% to 15%, less than 6%, less than 5%, less than 4%, from 0.1% to 5%, from 0.1% to 3%, or from 0.5% to 3.5% by weight and constituting at least 20% oil by weight; b. conditioning the dried microbial biomass to produce conditioned feedstock by heating the dry microbial biomass to a temperature in the range of 70°C to 150 °C, the conditioned feedstock having a moisture content of from 0.5% to 2.5% by weight of the microbial biomass; and c. subjecting the conditioned feedstock to pressure sufficient to separate at least 5% of the oil in the biomass from other components,
An information processing apparatus configured to generate an indirect illumination buffer for a specular reflection used for rendering a 3D scene, the information processing apparatus comprising: determination means for determining a viewpoint parameter for which the indirect illumination buffer is to be rendered; acquisition means for acquiring a low resolution indirect illumination buffer having a resolution less than the indirect illumination buffer, and information used for identification of reflection characteristics of objects in the 3D scene corresponding to the pixels of the indirect illumination buffer to be generated and specular reflection directions in positions of the objects; and generation means for generating the indirect illumination buffer by increasing the resolution of the low resolution indirect illumination buffer acquired by said acquisition means; characterised in that said generation means is configured to generate a pixel of the indirect illumination buffer generated by the increase in resolution based on at least a level of similarity of specular reflection lobes, between an object corresponding to the pixel and an object corresponding to a pixel of the low resolution indirect illumination buffer used for generation of the pixel, for an eye direction defined by the viewpoint parameter determined by said determination means and information used for identification of the specular reflection direction of each object. determination means for determining a viewpoint parameter for which the indirect illumination buffer is to be rendered; acquisition means for acquiring a low resolution indirect illumination buffer having a resolution less than the indirect illumination buffer, and information used for identification of reflection characteristics of objects in the 3D scene corresponding to the pixels of the indirect illumination buffer to be generated and specular reflection directions in positions of the objects; and generation means for generating the indirect illumination buffer by increasing the resolution of the low resolution indirect illumination buffer acquired by said acquisition means; characterised in that said generation means is configured to generate a pixel of the indirect illumination buffer generated by the increase in resolution based on at least a level of similarity of specular reflection lobes, between an object corresponding to the pixel and an object corresponding to a pixel of the low resolution indirect illumination buffer used for generation of the pixel, for an eye direction defined by the viewpoint parameter determined by said determination means and information used for identification of the specular reflection direction of each object.
A fire resistant glazing for preventing fire and smoke from penetrating from one room into another in case of fire, comprising at least two glass surfaces composed of fire protection panes, wherein the fire protection panes comprise two glass panes which are spaced in parallel from each other by means of an edging compound and the space enclosed by the edging compound between the glass panes is filled with a fire protection gel, wherein two glass panes (2a,b) are placed on top of each other in form of a double lamination directly on an outside of the fire protection pane such that they cover the fire protection pane, characterized in that one of the glass panes of the double lamination stands back with respect to the other glass pane of the double lamination while forming a rebated step.
Laundry care appliance having a filter element for filtering washing liquid, wherein the filter element has a filter housing, which bounds a filter interior space of the filter element at least in sections, wherein the filter element has a filter membrane for filtering washing liquid, which is arranged on the filter housing, wherein the filter element has a filter inlet opening for supplying washing liquid into the filter interior space, wherein the filter element is embodied to conduct washing liquid flowing into the filter interior space through the filter inlet opening through the filter membrane in order to remove dirt in the washing liquid, wherein the filter element has a displaceable cleaning element, which is arranged in the filter interior space and rests against the filter membrane, characterised in that the displaceable cleaning element is displaced along a displacement direction within the filter interior space in order to displace dirt attached to the filter membrane along the displacement direction on the filter membrane, in order to remove the dirt from the filter membrane at least in sections and in order to compress the dirt, and that the filter element has a receiving area which is embodied to receive the compressed dirt.
A smart microgrid system, comprising: at least one electrical power bus connectable to at least one input power source by one or more switchable connections; a communication network coupled to the smart microgrid system; and a controller coupled to the communication network, wherein the controller comprises logic to: monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; wherein the electrical power bus is coupled to an external utility grid via a switched connection such that the system may operate in a grid-tied mode or an isolated grid mode. at least one electrical power bus connectable to at least one input power source by one or more switchable connections; a communication network coupled to the smart microgrid system; and a controller coupled to the communication network, wherein the controller comprises logic to: monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; wherein the electrical power bus is coupled to an external utility grid via a switched connection such that the system may operate in a grid-tied mode or an isolated grid mode.