mhurhangee/ep-ind-claims huggingface dataset:
A crane comprising: - a crane structure defining a substantially vertical rotation axis; - a boom connected with a first end to the crane structure to be rotatable about the vertical rotation axis; - a trolley moveable along the boom in longitudinal direction of the boom; - a hoisting cable and a load connector, wherein the load connector is arranged at a free end of the hoisting cable to be connected to a load for hoisting purposes; wherein the trolley comprises a cable guide to guide the hoisting cable, wherein the trolley comprises attachment means to temporarily attach the load connector to the trolley to fix the position of the load connector relative to the trolley, characterized in that the load connector comprises a sheave block, and wherein the attachment means form a cavity in which the sheave block of the load connector can be received by hauling in the hoisting cable. - a crane structure defining a substantially vertical rotation axis; - a boom connected with a first end to the crane structure to be rotatable about the vertical rotation axis; - a trolley moveable along the boom in longitudinal direction of the boom; - a hoisting cable and a load connector, wherein the load connector is arranged at a free end of the hoisting cable to be connected to a load for hoisting purposes; wherein the trolley comprises a cable guide to guide the hoisting cable, wherein the trolley comprises attachment means to temporarily attach the load connector to the trolley to fix the position of the load connector relative to the trolley, characterized in that the load connector comprises a sheave block, and wherein the attachment means form a cavity in which the sheave block of the load connector can be received by hauling in the hoisting cable.
A packaged inflatable life raft, comprising a non-inflated life raft; and an enclosure around the non-inflated life raft that includes a film comprising a first layer, innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer, outermost from the non-inflated life raft; wherein the first layer comprises a heat-sealable polymer selected from polyethylene, polypropylene, or a halogenated polymer, at least one of the second and third layers (2, 3) comprises a polymer vapor barrier comprising aligned nanoparticle platelets, at least one of the second, third, and fourth layers (2, 3, 4) comprises a polyester or polyamide, and at least one of the first, second, third, and fourth layers (1, 2, 3, 4) comprises a halogenated polymer, or a polymer composition comprising a halogenated or non-halogenated polymer and a fire retardant. a non-inflated life raft; and an enclosure around the non-inflated life raft that includes a film comprising a first layer, innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer, outermost from the non-inflated life raft; wherein a first layer, innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer, outermost from the non-inflated life raft; wherein the first layer comprises a heat-sealable polymer selected from polyethylene, polypropylene, or a halogenated polymer, at least one of the second and third layers (2, 3) comprises a polymer vapor barrier comprising aligned nanoparticle platelets, at least one of the second, third, and fourth layers (2, 3, 4) comprises a polyester or polyamide, and at least one of the first, second, third, and fourth layers (1, 2, 3, 4) comprises a halogenated polymer, or a polymer composition comprising a halogenated or non-halogenated polymer and a fire retardant.
A method comprising: forming an antenna patch by: selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; forming a ground plane containing one or more coupling circuit patterns directly on a bottom surface of the first plastic base; and forming a PCB circuit assembly directly connected to the ground plane, wherein the one or more coupling circuit patterns are configured for coupling with the PCB circuit assembly. forming an antenna patch by: selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; forming a ground plane containing one or more coupling circuit patterns directly on a bottom surface of the first plastic base; and forming a PCB circuit assembly directly connected to the ground plane, wherein the one or more coupling circuit patterns are configured for coupling with the PCB circuit assembly.
A passive separation mechanism for passive separation of a first spacecraft component from a second spacecraft component, the passive separation mechanism comprising: - a first structural element having a receiving hole with an inner first connecting surface, the first structural element adapted to be mounted to the first spacecraft component, and - a second structural element adapted to be at least in part received within the receiving hole of the first structural element and having an outer second connecting surface facing the inner first connecting surface when the second structural element is at least in part received within the receiving hole of the first structural element, the second structural element adapted to be mounted to the second spacecraft component, wherein the passive separation mechanism further comprises: - joining means for mechanically joining the first and second structural elements (10, 20) together via their first and second connecting surfaces (11, 21), the joining means, in a joint state of the passive separation mechanism, sandwiched between and connecting the inner first connecting surface and the outer second connecting surface together when the second structural element is at least in part received within the receiving hole of the first structural element, wherein the joining means is solder meltable at a temperature in the range of 100°C to 300°C so as to separate the first and second structural elements (10, 20) when a melting temperature, i.e., a temperature in the range of 100°C to 300°C, is experienced by the separation mechanism, - wherein the first and second connecting surfaces (11, 21) are of corresponding conical shape. - a first structural element having a receiving hole with an inner first connecting surface, the first structural element adapted to be mounted to the first spacecraft component, and - a second structural element adapted to be at least in part received within the receiving hole of the first structural element and having an outer second connecting surface facing the inner first connecting surface when the second structural element is at least in part received within the receiving hole of the first structural element, the second structural element adapted to be mounted to the second spacecraft component, - joining means for mechanically joining the first and second structural elements (10, 20) together via their first and second connecting surfaces (11, 21), the joining means, in a joint state of the passive separation mechanism, sandwiched between and connecting the inner first connecting surface and the outer second connecting surface together when the second structural element is at least in part received within the receiving hole of the first structural element, wherein the joining means is solder meltable at a temperature in the range of 100°C to 300°C so as to separate the first and second structural elements (10, 20) when a melting temperature, i.e., a temperature in the range of 100°C to 300°C, is experienced by the separation mechanism, - wherein the first and second connecting surfaces (11, 21) are of corresponding conical shape.
A method, comprising: at a computing device coupled with a display, the computing device having one or more processors and memory storing one or more programs configured for execution by the one or more processors: displaying a graphical user interface on the display; analyzing a natural language input, received from a user, to identify a portion of the natural language input corresponding to a first phrase that includes a first term, and to identify a second portion of the natural language input corresponding to a second phrase; receiving, from the user, a second input that modifies the first term in the first phrase; in response to receiving the second input, performing a lookup in a database to determine that the second phrase is dependent on the first term of the first phrase; in response to a determination that the second phrase is dependent on the first term of the first phrase, updating the second phrase based on the modification to the first term received in the second input so that an updated natural language expression that comprises the modified first phrase and the updated second phrase is able to be used to generate a data visualization without raising an error condition; and in response to updating the second phrase based on the second input displaying, on the graphical user interface, the updated natural language expression that comprises the modified first phrase and the updated second phrase; and displaying an updated data visualization representing the updated natural language expression. displaying a graphical user interface on the display; analyzing a natural language input, received from a user, to identify a portion of the natural language input corresponding to a first phrase that includes a first term, and to identify a second portion of the natural language input corresponding to a second phrase; receiving, from the user, a second input that modifies the first term in the first phrase; in response to receiving the second input, performing a lookup in a database to determine that the second phrase is dependent on the first term of the first phrase; in response to a determination that the second phrase is dependent on the first term of the first phrase, updating the second phrase based on the modification to the first term received in the second input so that an updated natural language expression that comprises the modified first phrase and the updated second phrase is able to be used to generate a data visualization without raising an error condition; and in response to updating the second phrase based on the second input displaying, on the graphical user interface, the updated natural language expression that comprises the modified first phrase and the updated second phrase; and displaying an updated data visualization representing the updated natural language expression.
An apparatus for whitening teeth comprising: an ultrasonic dental tray, said ultrasonic dental tray having at least one ultrasonic transducer which produces ultrasonic waves when powered, a quantity of tooth whitening composition placable in said ultrasonic dental tray, said ultrasonic dental tray being placable into a human mouth that has teeth located therein, said ultrasonic transducer being powerable by a frequency generator to create ultrasonic waves to release oxygen ions from said tooth whitening composition to accelerate and intensify tooth bleaching, said oxygen ions being operable to remove stains from said teeth; and a circuit operable to monitor a current drawn by said ultrasonic transducer as said frequency generator adjusts its frequency and to determine a resonant frequency to be used by said frequency generator as being that frequency which maximises said current drawn. an ultrasonic dental tray, said ultrasonic dental tray having at least one ultrasonic transducer which produces ultrasonic waves when powered, a quantity of tooth whitening composition placable in said ultrasonic dental tray, said ultrasonic dental tray being placable into a human mouth that has teeth located therein, said ultrasonic transducer being powerable by a frequency generator to create ultrasonic waves to release oxygen ions from said tooth whitening composition to accelerate and intensify tooth bleaching, said oxygen ions being operable to remove stains from said teeth; and a circuit operable to monitor a current drawn by said ultrasonic transducer as said frequency generator adjusts its frequency and to determine a resonant frequency to be used by said frequency generator as being that frequency which maximises said current drawn.
An improvement in a method of forming a polyolefin-based article that includes (a) incorporating into a polyolefin formulation a filler that is capable of being excited by a high frequency electromagnetic field; (b) forming a substrate from the polyolefin formulation, the substrate having at least one surface; and (c) subjecting the surface of the polyolefin substrate to the high frequency electromagnetic field under conditions such that the substrate is welded to a second surface of the polyolefin substrate or to a surface of a second polyolefin substrate to form a polyolefin-based article; wherein the improvement comprises including in the polyolefin formulation a zeolite that is ion exchanged with sodium, calcium, or potassium, in an amount of at least 5 weight percent based on weight of the polyolefin formulation; and employing as a base polymer in the polyolefin formulation a polyolefin selected from the group consisting of (a) a homogeneously branched, linear or substantially linear ethylene/α-olefin copolymer having a density from 0.865 to 0.905 grams per cubic centimeter and a melt index (measured at 190 °C at 2.13 kilograms) from 0.5 to 30 grams per 10 minutes; (b) a homogeneously branched propylene/α-olefin copolymer having a density from 0.863 to 0.885 grams per cubic centimeter and a melt flow rate (measured at 230 °C at 2.13 kilograms) from 2 to 30 grams per 10 minutes; (c) a combination thereof; provided that the base polymer has a melting temperature below 1 00°C, measured as disclosed in the description and further provided that the polyolefin substrate exhibits as properties a cohesive welding failure and a weld strength for a 0.254 millimeter (10 mil) thickness that is greater than 1.23 Newtons per millimeter (7 pounds per inch) at a welding time of less than or equal to 6 seconds, measuring methods as disclosed in the description to form a polyolefin-based article. including in the polyolefin formulation a zeolite that is ion exchanged with sodium, calcium, or potassium, in an amount of at least 5 weight percent based on weight of the polyolefin formulation; and employing as a base polymer in the polyolefin formulation a polyolefin selected from the group consisting of (a) a homogeneously branched, linear or substantially linear ethylene/α-olefin copolymer having a density from 0.865 to 0.905 grams per cubic centimeter and a melt index (measured at 190 °C at 2.13 kilograms) from 0.5 to 30 grams per 10 minutes; (b) a homogeneously branched propylene/α-olefin copolymer having a density from 0.863 to 0.885 grams per cubic centimeter and a melt flow rate (measured at 230 °C at 2.13 kilograms) from 2 to 30 grams per 10 minutes; (c) a combination thereof;
A method of charging a battery, the method comprising: charging a battery cell with a first current in a first constant current mode; charging the battery cell with a first voltage in a first constant voltage mode; stopping the charging of the battery cell for a first idle period (t); charging the battery cell with a second current different from the first current in a second constant current mode; and charging the battery cell with a second voltage different from the first voltage in a second constant voltage mode. charging a battery cell with a first current in a first constant current mode; charging the battery cell with a first voltage in a first constant voltage mode; stopping the charging of the battery cell for a first idle period (t); charging the battery cell with a second current different from the first current in a second constant current mode; and charging the battery cell with a second voltage different from the first voltage in a second constant voltage mode.
A device that can be used to sequester activated leukocytes and/or platelets from a biological sample, wherein the device comprises a housing containing hollow fibres having an intracapillary space and also comprises a passageway in the form of an extracapillary space defined by the interior of the housing and the exterior surface of the hollow fibres, an inlet into the ECS and an outlet from the ECS, the device being configured to provide a sufficiently low shear force in said passageway so that, when the device is in use with the biological sample being pumped through the passageway, activated leukocytes and/or platelets from the biological sample will adhere to the exterior surface of the hollow fibres; wherein the ICS of the hollow fibres is capped at one end.
A smart lighting system comprising: a plurality of non-imaging color sensors; a plurality of color controllable lights, configured to generate a base light in a space; a control strategy module that perturbs the color controllable lights within the space by adding a sequence of perturbations to the base light, characterized by the smart lighting system further comprising: an occupancy sensing module that collects a set of sensor readings, corresponding to the sequence of perturbations, from the non-imaging color sensors and builds a light transport model based on the sequence of perturbations and the corresponding set of sensor readings; an occupancy estimation system that estimates an occupancy within the space based on the light transport model; and a base light manager that adjusts the base light based on the estimated occupancy within the space. a plurality of non-imaging color sensors; a plurality of color controllable lights, configured to generate a base light in a space; a control strategy module that perturbs the color controllable lights within the space by adding a sequence of perturbations to the base light, an occupancy sensing module that collects a set of sensor readings, corresponding to the sequence of perturbations, from the non-imaging color sensors and builds a light transport model based on the sequence of perturbations and the corresponding set of sensor readings; an occupancy estimation system that estimates an occupancy within the space based on the light transport model; and a base light manager that adjusts the base light based on the estimated occupancy within the space.
A process for manufacturing of a glass film, comprising: forming molten glass or a glass base material for secondary processing into a glass film ribbon; winding, into a roll shape, the glass film ribbon, which is drawn downward while being cooled; and cutting the glass film ribbon along its width direction at a position before being wound, an annealing region is positioned below a glass film ribbon forming start position, a cooling region is positioned below the annealing region, and the glass film ribbon cutting position is positioned below the cooling region, characterized in that: a vertical distance (h) from the glass film ribbon forming start position to the glass film ribbon cutting position is set as five times or more of a dimension in the width direction of the glass film ribbon, and the vertical distance of the annealing region is set to 50% or more and 80% or less than the vertical distance from the glass film ribbon forming start position to the glass film ribbon cutting position. forming molten glass or a glass base material for secondary processing into a glass film ribbon; winding, into a roll shape, the glass film ribbon, which is drawn downward while being cooled; and cutting the glass film ribbon along its width direction at a position before being wound, an annealing region is positioned below a glass film ribbon forming start position, a cooling region is positioned below the annealing region, and the glass film ribbon cutting position is positioned below the cooling region, characterized in that: a vertical distance (h) from the glass film ribbon forming start position to the glass film ribbon cutting position is set as five times or more of a dimension in the width direction of the glass film ribbon, and the vertical distance of the annealing region is set to 50% or more and 80% or less than the vertical distance from the glass film ribbon forming start position to the glass film ribbon cutting position.
Cleaning device (1', 1", 1"'), comprising a component (2', 2", 2"') which is assigned product information, the component (2', 2", 2"') having a surface (2'a, 2"a, 2"'a) in which the product information is formed intrinsically and/or homogeneously, and the product information having been formed by a means spaced apart from the surface (2'a, 2"a, 2"'a), characterized by a configuration as a flat mop cover.
An apparatus comprising: an optical transmitter; an optical detector configured to receive optical signals from an optical fiber, wherein an input surface of the optical detector has a diameter that is substantially equal to a diameter of a core in the optical fiber, wherein the diameter of the input surface of the optical detector reduces capacitance and reduces signal distortion; an optical splitter having a first port, a second port coupled to the optical detector by the optical fiber, and a third port coupled to the optical transmitter, wherein the optical splitter is configured to receive a first optical signal at the first port, wherein the optical splitter is configured to send the first optical signal to the second port and send a second optical signal received at the third port to the first port; a two stage amplifier system connected to an output of the optical detector, wherein the two stage amplifier system comprises a transimpedance amplifier connected with a limiting amplifier; and a printed wiring board having a first surface and a second surface, wherein the optical detector is located on the first surface and the optical transmitter is located on the second surface such that the optical detector is located substantially opposite to the optical transmitter on the printed wiring board. an optical transmitter; an optical detector configured to receive optical signals from an optical fiber, wherein an input surface of the optical detector has a diameter that is substantially equal to a diameter of a core in the optical fiber, wherein the diameter of the input surface of the optical detector reduces capacitance and reduces signal distortion; an optical splitter having a first port, a second port coupled to the optical detector by the optical fiber, and a third port coupled to the optical transmitter, wherein the optical splitter is configured to receive a first optical signal at the first port, wherein the optical splitter is configured to send the first optical signal to the second port and send a second optical signal received at the third port to the first port; a two stage amplifier system connected to an output of the optical detector, wherein the two stage amplifier system comprises a transimpedance amplifier connected with a limiting amplifier; and a printed wiring board having a first surface and a second surface, wherein the optical detector is located on the first surface and the optical transmitter is located on the second surface such that the optical detector is located substantially opposite to the optical transmitter on the printed wiring board.