mhurhangee/patent-ind-claim-en huggingface dataset:
A water containment system comprising at least one water barrier layer , at least one layer of a composite structure directly or indirectly on top of at least a portion of the water barrier layer , wherein the composite structure comprises: (a) a three-dimensional random loop structure comprising a plurality of random loops of thermoplastic polymer fibers arranged and bonded together in a three-dimensional orientation and defining spaces within the 3DL structure; and (b) a hydrophilic polyurethane foam that occupies substantially all of the spaces in the 3DL structure; and at least one top surface layer positioned directly or indirectly on top of at least a portion of the hydrophilic polyurethane foam; the water containment system comprising drainage means for draining water falling upon the top surface layer to the hydrophilic polyurethane foam; and wherein the hydrophilic polyurethane foam is a reaction product of a reaction mixture comprising i) at least one polyisocyanate, ii) water, iii) a foam-stabilizing surfactant and iv) optionally one or more at least difunctional isocyanate-reactive materials different from water, wherein at least one of components i) and iv) contains oxyethylene units and the reaction mixture contains 30 to 75% by weight oxyethylene units based on the combined weight of components i) and iv). at least one water barrier layer , at least one layer of a composite structure directly or indirectly on top of at least a portion of the water barrier layer , wherein the composite structure comprises: (a) a three-dimensional random loop structure comprising a plurality of random loops of thermoplastic polymer fibers arranged and bonded together in a three-dimensional orientation and defining spaces within the 3DL structure; and (b) a hydrophilic polyurethane foam that occupies substantially all of the spaces in the 3DL structure; and at least one top surface layer positioned directly or indirectly on top of at least a portion of the hydrophilic polyurethane foam; the water containment system comprising drainage means for draining water falling upon the top surface layer to the hydrophilic polyurethane foam; and wherein the hydrophilic polyurethane foam is a reaction product of a reaction mixture comprising i) at least one polyisocyanate, ii) water, iii) a foam-stabilizing surfactant and iv) optionally one or more at least difunctional isocyanate-reactive materials different from water, wherein at least one of components i) and iv) contains oxyethylene units and the reaction mixture contains 30 to 75% by weight oxyethylene units based on the combined weight of components i) and iv).
A report data obtaining method, the method comprising: performing abstraction processing on a data table in a database, and creating an Abstract Data Record (ADR) model ; creating a complicated report template according to the ADR model, and storing the report template ; and calling the created report template, executing a report query operation, and obtaining and displaying report data by querying ; wherein the created ADR model includes one or more ADRs, each ADR contains two types of basic elements: a basic dimension and a basic index; the basic dimension contains a time dimension and an object dimension; and each ADR contains a data source name; data of one or more data tables associated with the ADR are stored in the database corresponding to the data source name; each basic dimension and basic index contained in the ADR separately corresponds to a specific field of one or more data tables associated with the ADR; and one or more data tables associated with the ADR contain a fact table and an aggregation table; and the aggregation table is obtained by aggregating the fact table. performing abstraction processing on a data table in a database, and creating an Abstract Data Record (ADR) model ; creating a complicated report template according to the ADR model, and storing the report template ; and calling the created report template, executing a report query operation, and obtaining and displaying report data by querying ; wherein the created ADR model includes one or more ADRs, each ADR contains two types of basic elements: a basic dimension and a basic index; the basic dimension contains a time dimension and an object dimension; and each ADR contains a data source name; data of one or more data tables associated with the ADR are stored in the database corresponding to the data source name; each basic dimension and basic index contained in the ADR separately corresponds to a specific field of one or more data tables associated with the ADR; and one or more data tables associated with the ADR contain a fact table and an aggregation table; and the aggregation table is obtained by aggregating the fact table.
A footrest assembly for mounting to a rail of a vehicle , a position of the footrest assembly along the rail being adjustable, the footrest assembly comprising: a rail mount ; a footrest pivotally connected to the rail mount about a footrest pivot axis , the footrest being pivotable about the footrest pivot axis between an adjustment position and a locked position; and a clamping member movable by the footrest relative to the rail mount between a releasing position and a clamping position, the clamping member being in the releasing position when the footrest is in the adjustment position, the adjustment position of the footrest allowing adjustment of the footrest assembly along the rail, the clamping member being in the clamping position when the footrest is in the locked position, the clamping member in the clamping position having a portion facing a portion of the rail mount, the portion of the clamping member and the portion of the rail mount being disposed on opposite sides of the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the clamping member applying a clamping pressure to the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the locked position setting the position of the footrest assembly along the rail. a rail mount ; a footrest pivotally connected to the rail mount about a footrest pivot axis , the footrest being pivotable about the footrest pivot axis between an adjustment position and a locked position; and a clamping member movable by the footrest relative to the rail mount between a releasing position and a clamping position, the clamping member being in the releasing position when the footrest is in the adjustment position, the adjustment position of the footrest allowing adjustment of the footrest assembly along the rail, the clamping member being in the clamping position when the footrest is in the locked position, the clamping member in the clamping position having a portion facing a portion of the rail mount, the portion of the clamping member and the portion of the rail mount being disposed on opposite sides of the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the clamping member applying a clamping pressure to the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the locked position setting the position of the footrest assembly along the rail.
A robotic window cleaning system comprising a window cleaning robot for cleaning the surface of a window and a docking station , each of which comprises a respective at least one reservoir for storing a cleaning fluid, the robot being operable to move over a surface while using said cleaning fluid to clean said surface , the docking station being configured to allow the robot to be docked thereat; wherein the robot and docking station are configured such that the docking of the robot at the docking station causes the transfer of cleaning fluid from the at least one docking station reservoir to the at least one robot reservoir ; wherein the docking station comprises or forms a receptacle that at least partially accommodates the robot in the docked position thereof; characterized in that the receptacle comprises a top opening and wherein the robot is to be lowered to be inserted into the receptacle and lifted to be removed from the receptacle . wherein the robot and docking station are configured such that the docking of the robot at the docking station causes the transfer of cleaning fluid from the at least one docking station reservoir to the at least one robot reservoir ; wherein the docking station comprises or forms a receptacle that at least partially accommodates the robot in the docked position thereof; characterized in that the receptacle comprises a top opening and wherein the robot is to be lowered to be inserted into the receptacle and lifted to be removed from the receptacle .
A rotary steerable tool comprising: a first tubular member ; a plurality of steering pads mounted to the first tubular member ; a second tubular member coaxially disposed within the first tubular member ; a plurality of gate valves disposed within the second tubular member , each gate valve being disposed adjacent to a corresponding steering pad ; and a rotary motor disposed within the second tubular member coupled to the plurality of gate valves . a first tubular member ; a plurality of steering pads mounted to the first tubular member ; a second tubular member coaxially disposed within the first tubular member ; a plurality of gate valves disposed within the second tubular member , each gate valve being disposed adjacent to a corresponding steering pad ; and a rotary motor disposed within the second tubular member coupled to the plurality of gate valves .
An imaging system , comprising: a Positron Emission Tomography (PET) scanner configured to generate event data including true coincident events and scatter events, wherein the event data includes each end point of a line of response (LOR) and an energy of each end point; and one or more processors programmed to: generate a plurality of activity map and attenuation map pairs based on the true coincident events; and select an activity map and an attenuation map from the plurality of activity and attenuation map pairs based on the scattered events. a Positron Emission Tomography (PET) scanner configured to generate event data including true coincident events and scatter events, wherein the event data includes each end point of a line of response (LOR) and an energy of each end point; and one or more processors programmed to: generate a plurality of activity map and attenuation map pairs based on the true coincident events; and select an activity map and an attenuation map from the plurality of activity and attenuation map pairs based on the scattered events. generate a plurality of activity map and attenuation map pairs based on the true coincident events; and select an activity map and an attenuation map from the plurality of activity and attenuation map pairs based on the scattered events.
Layer system for turbine applications, comprising a substrate having a boundary surface and at least two layers , an inner layer on the boundary surface of the substrate , in particular directly on the boundary surface , and an outer layer on the inner layer , wherein the inner layer has a certain roughness Rs in the region of the surface to the outer layer on account of the known coating processes, in particular as a result of thermal coating processes, very particularly as a result of plasma spraying and/or as a result of HVOF, wherein the roughness Rs is defined as the difference between the highest elevation and the deepest depression of the surface , characterized in that the boundary surface has two superposed roughnesses R's and R 4 i , wherein the roughness R's is defined as the difference between the highest elevation and the deepest depression of the boundary surface and the roughness R 4 i is defined as the difference between the highest peak and the deepest trough of the boundary surface , wherein the peaks and the troughs are defined by a wavy nature of a substrate surface centerline , wherein the substrate surface centerline is defined as a line which represents the mean value of the elevations and depressions , wherein the roughness R 4 i is at least 20%, in particular at least 30%, greater than the roughness R' s , in that the maximum distance between two adjacent elevations is d' i and the smallest distance between two peaks of the boundary surface of the substrate is D' i , wherein D' i is at least 20%, in particular 30%, greater than d' i , and in that the roughness R 4 i of the boundary surface of the substrate is set in a targeted manner, or is machined, in particular is enlarged, after it has been produced, in particular after the casting, in which the inner layer is a metallic bonding layer, to which an outer ceramic layer is applied, in which the substrate has a periodicity at least in places on its boundary surface , in which the periodicity of the waviness of the boundary surface with peak and trough is at least 30% greater than the periodicity of the surface of the layer if peaks and troughs were not to be present, wherein the substrate already has a structured boundary surface as a result of the casting, this giving rise to the waviness in the boundary surface of the layer .
Display device for an electrical appliance having: - a UV light source for emitting UV light, - a light housing with an interior cavity therein, wherein the UV light source radiates into the light housing and into the interior cavity, - an opening in the light housing towards a top side, - a cover for the light housing to close the opening with a translucent aperture on the cover, - luminescent material in the light housing or in the interior cavity, which material is distributed over the area and configured such that, upon irradiation with UV light, said material is fluorescent and outputs light for shining through the aperture as an illuminated display corresponding in shape to the aperture, wherein the luminescent material is disposed essentially at a distance to the aperture and/or to the cover in a lower portion or in a rear portion of the light housing and the interior cavity facing away from the UV light source , characterized in that - the luminescent material is at least partially in a groove shape having a longitudinal extension along the illuminating direction of the UV light source, wherein a central portion of the luminescent material along said longitudinal extension is lower and to the left and to the right adjacent thereto raised side wall portions are provided, - the luminescent material is increasing with a longitudinal extension away from the UV light source , or the distance of the luminescent material to the cover is decreasing with a longitudinal extension away from the UV light source. - a UV light source for emitting UV light, - a light housing with an interior cavity therein, wherein the UV light source radiates into the light housing and into the interior cavity, - an opening in the light housing towards a top side, - a cover for the light housing to close the opening with a translucent aperture on the cover, - luminescent material in the light housing or in the interior cavity, which material is distributed over the area and configured such that, upon irradiation with UV light, said material is fluorescent and outputs light for shining through the aperture as an illuminated display corresponding in shape to the aperture, wherein the luminescent material is disposed essentially at a distance to the aperture and/or to the cover in a lower portion or in a rear portion of the light housing and the interior cavity facing away from the UV light source , - the luminescent material is at least partially in a groove shape having a longitudinal extension along the illuminating direction of the UV light source, wherein a central portion of the luminescent material along said longitudinal extension is lower and to the left and to the right adjacent thereto raised side wall portions are provided, - the luminescent material is increasing with a longitudinal extension away from the UV light source , or the distance of the luminescent material to the cover is decreasing with a longitudinal extension away from the UV light source.
A food cooking system comprising: a single-serving food package including food (F) as an object to be cooked and an accommodating body accommodating the food; a heating chamber adapted to accommodate the single-serving food package ; a steam supplier adapted to supply steam at a temperature of 85 to 130°C into the heating chamber ; and a microwave supplier adapted to supply microwaves with an actual output of 500 to 3000 W into the heating chamber for 15 to 180 seconds while the steam is supplied into the single-serving food package , characterized in that the accommodating body is a resin packaging bag for individual packaging of the food (F), and has vent holes for steam to pass through in the bottom surface portion on which the food (F) is placed, wherein the opening area of a single vent hole is 2 to 80 mm 2 , and the opening ratio of the bottom surface portion of the packaging bag is 1 to 30%. a single-serving food package including food (F) as an object to be cooked and an accommodating body accommodating the food; a heating chamber adapted to accommodate the single-serving food package ; a steam supplier adapted to supply steam at a temperature of 85 to 130°C into the heating chamber ; and a microwave supplier adapted to supply microwaves with an actual output of 500 to 3000 W into the heating chamber for 15 to 180 seconds while the steam is supplied into the single-serving food package , characterized in that the accommodating body is a resin packaging bag for individual packaging of the food (F), and has vent holes for steam to pass through in the bottom surface portion on which the food (F) is placed, wherein the opening area of a single vent hole is 2 to 80 mm 2 , and the opening ratio of the bottom surface portion of the packaging bag is 1 to 30%.
A method for producing a decorative article comprising a step of performing inkjet printing onto a surface of a humidity-conditioning construction material exhibiting an amount of moisture adsorption of greater than 15g/m 2 measured after 3 hours in accordance with JIS A 1470-1 , using an aqueous inkjet ink containing at least water with a water content of at least 60% by weight, a water-dispersible resin and a colorant, the weight ratio between the colorant and the water-dispersible resin being within a range from 1:0.5 to 1:7.
A security device comprising: a colour shifting element that exhibits different colours dependent on the angle of incidence of light impinging upon the colour shifting element, and; an at least partially transparent light control layer covering at least a part of the colour shifting element and comprising a surface relief adapted to modify the angle of light incident upon the light control layer, characterised in that the light control layer comprises at least first and second functional regions (A, B) having different refractive indices such that light incident upon the first functional region impinges upon the colour shifting element at a first angle of incidence, and light incident upon the second functional region impinges upon the colour shifting element at a second, different, angle of incidence. a colour shifting element that exhibits different colours dependent on the angle of incidence of light impinging upon the colour shifting element, and; an at least partially transparent light control layer covering at least a part of the colour shifting element and comprising a surface relief adapted to modify the angle of light incident upon the light control layer, characterised in that the light control layer comprises at least first and second functional regions (A, B) having different refractive indices such that light incident upon the first functional region impinges upon the colour shifting element at a first angle of incidence, and light incident upon the second functional region impinges upon the colour shifting element at a second, different, angle of incidence.
An electronic rotational throttle control with a plurality of inductive position sensors that are formed around a rotational grip that can be mounted on a handlebar of a vehicle such as a motorbike , scooter, all-terrain vehicle, personal water craft or other devices that utilize a handlebar with a rotational control, comprising: the plurality of inductive position sensors each having a circuit board including a transmission coil , sensor coils , and control circuity that is adapted to drive the transmission coil and that is adapted to receive signals from the sensor coils , wherein the sensor coils include a sine-wave coil and a cosine-wave coil; a shaft of rotational throttle control that is adapted to rotate relative to the plurality of circuit boards ; and one or more targets mounted on the shaft and configured to rotate over the sensor coils of the plurality of circuit boards as the shaft is rotated, the transmission coil of each inductive position sensor is adapted to induce eddy currents in the target that is positioned over that circuit board , the associated sensor coils of the inductive position sensor on the circuit board are adapted to detect the eddy currents and to provide signals related to the position of the target over that circuit board , wherein the plurality of circuit boards are mounted concentrically around the shaft in one or more of a side-by-side configuration within a circle around an annulus of the shaft and a stacked configuration where the plurality of circuit boards occupy a same sector of the annulus around the shaft , and wherein the control circuitry is adapted to determine the position of the target as the shaft is rotated. the plurality of inductive position sensors each having a circuit board including a transmission coil , sensor coils , and control circuity that is adapted to drive the transmission coil and that is adapted to receive signals from the sensor coils , wherein the sensor coils include a sine-wave coil and a cosine-wave coil; a shaft of rotational throttle control that is adapted to rotate relative to the plurality of circuit boards ; and one or more targets mounted on the shaft and configured to rotate over the sensor coils of the plurality of circuit boards as the shaft is rotated, the transmission coil of each inductive position sensor is adapted to induce eddy currents in the target that is positioned over that circuit board , the associated sensor coils of the inductive position sensor on the circuit board are adapted to detect the eddy currents and to provide signals related to the position of the target over that circuit board , wherein the plurality of circuit boards are mounted concentrically around the shaft in one or more of a side-by-side configuration within a circle around an annulus of the shaft and a stacked configuration where the plurality of circuit boards occupy a same sector of the annulus around the shaft , and wherein the control circuitry is adapted to determine the position of the target as the shaft is rotated.