mhurhangee/ep-ind-claims huggingface dataset:
A personal hygiene device, in particular a toothbrush, comprising: a handle; a treatment head (2, 120) mounted for relative movement with respect to the handle against a spring force when a treatment force is applied in at least one direction onto the treatment head (2, 120); a treatment force measurement unit for determining the applied treatment force comprising an electrically powered coil, a coil core element, and a control circuit for determining a parameter indicative of the inductance of the coil; wherein the coil core element is arranged to be moved with respect to the coil when the treatment head (2, 120) is moved. a handle; a treatment head (2, 120) mounted for relative movement with respect to the handle against a spring force when a treatment force is applied in at least one direction onto the treatment head (2, 120); a treatment force measurement unit for determining the applied treatment force comprising an electrically powered coil, a coil core element, and a control circuit for determining a parameter indicative of the inductance of the coil; wherein the coil core element is arranged to be moved with respect to the coil when the treatment head (2, 120) is moved.
A method for operating a fluid-insulated electrical apparatus, in particular a gas-insulated medium-voltage or high-voltage switchgear, wherein an insulation fluid in at least one compartment of the electrical apparatus comprises at least a first fluid component and at least a second fluid component, the method comprising method elements of: - carrying out at least one optical measurement on the insulation fluid and deriving a first concentration (c A) of the first fluid component using the optical measurement and/or - carrying out at least one gas chromatographic measurement and deriving a or the first concentration (c A) of the first fluid component using the gas chromatographic measurement, - deriving a second concentration (c B) of the second fluid component, - wherein the first fluid component and the second fluid component are not contaminants, and - wherein the method elements of carrying out the optical measurement and/or the gas chromatographic measurement, of deriving the first concentration (c A), and of deriving the second concentration (c B) are carried out for a plurality of compartments of the electrical apparatus, and the first concentration (c A) and the second concentration (c B) are derived for each of the compartments, - wherein the method further comprises a method element of deriving by a control unit an operating state of the electrical apparatus 1 using the first concentrations (c A) and using the second concentrations (c B) of the insulation fluid components A and B in each compartment. - carrying out at least one optical measurement on the insulation fluid and deriving a first concentration (c A) of the first fluid component using the optical measurement and/or - carrying out at least one gas chromatographic measurement and deriving a or the first concentration (c A) of the first fluid component using the gas chromatographic measurement, - deriving a second concentration (c B) of the second fluid component, - wherein the first fluid component and the second fluid component are not contaminants, and - wherein the method elements of carrying out the optical measurement and/or the gas chromatographic measurement, of deriving the first concentration (c A), and of deriving the second concentration (c B) are carried out for a plurality of compartments of the electrical apparatus, and the first concentration (c A) and the second concentration (c B) are derived for each of the compartments, - wherein the method further comprises a method element of deriving by a control unit an operating state of the electrical apparatus 1 using the first concentrations (c A) and using the second concentrations (c B) of the insulation fluid components A and B in each compartment.
A temperature sensing apparatus comprising: a first voltage generator including a first resistor and a first temperature sensor; a second voltage generator configured to generate a control voltage; a voltage adjuster connected in parallel with the first resistor and configured to adjust a voltage applied to the first temperature sensor based on the control voltage; and a controller configured to sense a temperature based on the voltage applied to the first temperature sensor, and wherein the first temperature sensor is a device configured to convert a temperature into a voltage and wherein the first temperature sensor is negative temperature coefficient resistor, characterized in that the second voltage generator includes a third resistor and a second temperature sensor, and wherein the second temperature sensor is a device configured to convert a temperature into a voltage. a first voltage generator including a first resistor and a first temperature sensor; a second voltage generator configured to generate a control voltage; a voltage adjuster connected in parallel with the first resistor and configured to adjust a voltage applied to the first temperature sensor based on the control voltage; and a controller configured to sense a temperature based on the voltage applied to the first temperature sensor, and wherein the first temperature sensor is a device configured to convert a temperature into a voltage and wherein the first temperature sensor is negative temperature coefficient resistor, characterized in that the second voltage generator includes a third resistor and a second temperature sensor, and wherein the second temperature sensor is a device configured to convert a temperature into a voltage.
Method for refining pit-moist raw lignite, comprising pre-comminution of the pit-moist raw lignite as well as grinding and drying into dry lignite immediately downstream of the pre-comminution, steam being removed from a coupled power plant process by means of at least one steam generator and at least partially used to dry the pit-moist raw lignite, the grinding and drying being executed in one method step, the still pit-moist pre-crushed raw lignite being fed as ground material into a fluidized bed of ground material and being finely comminuted and dried within the bed of ground material by means of at least one steam jet, the raw lignite being comminuted within the bed of ground material by means of a plurality of contradirectionally oriented steam jets, characterized in that at least parts of the raw lignite are fed into the ground material by means of the steam jets.
A computer-implemented route planning method, comprising: determining source and destination nodes in a graph data structure based on a route planning query, wherein the graph structure represents a road network; executing an initial graph search on the graph data structure using graph costs based on real-time traffic data, wherein the initial graph search starts at the source node and settles nodes until it stops upon locating one or more nodes that are more than a predetermined travel time from the source node; computing one or more routes to the destination node from one or more of said settled nodes using precomputed data based on traffic prediction data, thereby to determine a route from the source node to the destination node via one of said settled nodes; and providing the route from the source node to the destination node to a device for display; wherein the graph data structure is multi-sharded over multiple machines, and wherein additional nodes that are less than the predetermined travel time from the source node are included in a shard of the source node. determining source and destination nodes in a graph data structure based on a route planning query, wherein the graph structure represents a road network; executing an initial graph search on the graph data structure using graph costs based on real-time traffic data, wherein the initial graph search starts at the source node and settles nodes until it stops upon locating one or more nodes that are more than a predetermined travel time from the source node; computing one or more routes to the destination node from one or more of said settled nodes using precomputed data based on traffic prediction data, thereby to determine a route from the source node to the destination node via one of said settled nodes; and providing the route from the source node to the destination node to a device for display; wherein the graph data structure is multi-sharded over multiple machines, and wherein additional nodes that are less than the predetermined travel time from the source node are included in a shard of the source node.
A drivable construction with a first partial construction (2.1; 2.1'; 2.1'') and a second partial construction (2.2; 2.2'; 2.2'') that is movable relative to the first partial construction, wherein - the first partial construction (2.1; 2.1'; 2.1'') comprises a first substructure (3.1; 3.1'; 3.1'') and a first roadway structure (4.1), which forms a first drivable surface, and the second partial construction (2.2; 2.2'; 2.2'') comprises a second substructure (3.2; 3.2'; 3.2'') and a second roadway structure (4.2), which forms a second drivable surface, - an expansion joint exists between the first substructure (3.1; 3.1'; 3.1'') and the second substructure (3.2; 3.2', 3.2''), and - a bridging structure (9; 9'; 9'') spanning the expansion joint extends between the first roadway structure (4.1) and the second roadway structure (4.2) and has a support plate (17; 17'; 17'') and an expansion body that is supported by the support plate, cast on site from a polymer-based casting compound and forms a drivable surface, having the following characteristics: - the expansion body has a multi-layer structure that is produced in a plurality of successive casting operations; - at least two of the layers (31, 32, 33) of the expansion body have different compositions. - the first partial construction (2.1; 2.1'; 2.1'') comprises a first substructure (3.1; 3.1'; 3.1'') and a first roadway structure (4.1), which forms a first drivable surface, and the second partial construction (2.2; 2.2'; 2.2'') comprises a second substructure (3.2; 3.2'; 3.2'') and a second roadway structure (4.2), which forms a second drivable surface, - an expansion joint exists between the first substructure (3.1; 3.1'; 3.1'') and the second substructure (3.2; 3.2', 3.2''), and - a bridging structure (9; 9'; 9'') spanning the expansion joint extends between the first roadway structure (4.1) and the second roadway structure (4.2) and has a support plate (17; 17'; 17'') and an expansion body that is supported by the support plate, cast on site from a polymer-based casting compound and forms a drivable surface, - the expansion body has a multi-layer structure that is produced in a plurality of successive casting operations; - at least two of the layers (31, 32, 33) of the expansion body have different compositions.
An athletic surface system comprising a supporting base structure and a surface positioned above the supporting base structure, the surface comprising: a substantially continuous resilient layer including a plurality of operatively attached sections, each section including: a top surface and an opposing bottom surface substantially parallel thereto, the bottom surface being positioned proximate the base structure, a pair of opposing edges (42, 44) extending from the top and bottom surfaces and being substantially transverse there between, wherein each of the opposing edges including a multi-plane surface (50, 52, 54) capable of cooperating with the multi-plane surface of an adjacent section's opposing edge, and, a means for facilitating drainage of the top surface, the means for facilitating drainage includes a plurality of substantially parallel spaced-apart grooves characterized in that the supporting base structure is sloped, and in that all grooves the top surface extend in a direction parallel with the slope of the supporting base structure. a substantially continuous resilient layer including a plurality of operatively attached sections, each section including: a top surface and an opposing bottom surface substantially parallel thereto, the bottom surface being positioned proximate the base structure, a pair of opposing edges (42, 44) extending from the top and bottom surfaces and being substantially transverse there between, wherein each of the opposing edges including a multi-plane surface (50, 52, 54) capable of cooperating with the multi-plane surface of an adjacent section's opposing edge, and, a means for facilitating drainage of the top surface, the means for facilitating drainage includes a plurality of substantially parallel spaced-apart grooves a top surface and an opposing bottom surface substantially parallel thereto, the bottom surface being positioned proximate the base structure, a pair of opposing edges (42, 44) extending from the top and bottom surfaces and being substantially transverse there between, wherein each of the opposing edges including a multi-plane surface (50, 52, 54) capable of cooperating with the multi-plane surface of an adjacent section's opposing edge, and, a means for facilitating drainage of the top surface, the means for facilitating drainage includes a plurality of substantially parallel spaced-apart grooves
A synthetic ground cover system (110, 310) for erosion control to be placed atop sloping ground, comprising: a synthetic grass (140, 340) having a backing (142, 342) and synthetic grass blade-like elements (141, 341) secured thereto and extending therefrom; an infill ballast (160, 360) applied to the synthetic grass atop the backing; a binding agent applied to the infill ballast (160, 360) to stabilize the infill ballast against high velocity water shear forces; characterised in that: the synthetic ground cover system further comprises an impermeable membrane having a top surface facing the backing of the synthetic grass and a bottom surface facing the sloping ground, the top surface and the bottom surface of the impermeable membrane comprising a plurality of spaced apart projections (351-354 and/or 357-359) for engaging and holding the sloping ground and the backing (142, 342) of the synthetic grass (140, 340); and in that the synthetic ground cover system (110, 310) can remain in place atop sloping ground despite shear forces from wind and water flow. a synthetic grass (140, 340) having a backing (142, 342) and synthetic grass blade-like elements (141, 341) secured thereto and extending therefrom; an infill ballast (160, 360) applied to the synthetic grass atop the backing; a binding agent applied to the infill ballast (160, 360) to stabilize the infill ballast against high velocity water shear forces; characterised in that: the synthetic ground cover system further comprises an impermeable membrane having a top surface facing the backing of the synthetic grass and a bottom surface facing the sloping ground, the top surface and the bottom surface of the impermeable membrane comprising a plurality of spaced apart projections (351-354 and/or 357-359) for engaging and holding the sloping ground and the backing (142, 342) of the synthetic grass (140, 340); and in that the synthetic ground cover system (110, 310) can remain in place atop sloping ground despite shear forces from wind and water flow. the synthetic ground cover system further comprises an impermeable membrane having a top surface facing the backing of the synthetic grass and a bottom surface facing the sloping ground, the top surface and the bottom surface of the impermeable membrane comprising a plurality of spaced apart projections (351-354 and/or 357-359) for engaging and holding the sloping ground and the backing (142, 342) of the synthetic grass (140, 340); and in that the synthetic ground cover system (110, 310) can remain in place atop sloping ground despite shear forces from wind and water flow.
A multi-layer particle board comprising at least one core layer and a surface layer, the surface layer particles being bonded by a binder comprising carbohydrate based reaction products and the core layer particles being bonded by a binder other than the carbohydrate based binder resin used in the surface layer, wherein the binder comprising carbohydrate based reaction product comprises: reaction products of a reducing sugar and a nitrogen source.
Use of a non-fatty palatability enhancer comprising: - at least one amino reactant consisting of amino acids, said amino reactant being characterized by a ratio AAS / AAT of sulfur-containing free amino acids to total free amino acids from 2.5 to 12.8% by weight; and - at least one carbonyl composition comprising more than 20% and up to 100% by weight of monosaccharides and/or disaccharides and/or oligosaccharides, in cat food. - at least one amino reactant consisting of amino acids, said amino reactant being characterized by a ratio AAS / AAT of sulfur-containing free amino acids to total free amino acids from 2.5 to 12.8% by weight; and - at least one carbonyl composition comprising more than 20% and up to 100% by weight of monosaccharides and/or disaccharides and/or oligosaccharides,
A method of sequencing a polynucleotide strand, comprising: providing the polynucleotide strand with a primer annealed thereto and a polymerase operably bound to the polynucleotide strand; and successively exposing the polynucleotide strand to the flow of four different dNTPs according to a predetermined ordering, wherein the predetermined ordering comprises an alternate ordering which is not a continuous repeat of an ordering of the four different dNTPs, wherein the alternate ordering includes a flow of a nucleotide N, which is followed directly by a flow of a different nucleotide W, which is followed directly by a flow of the same nucleotide N, wherein the N-W-N flow is further followed directly by a flow of a nucleotide Z that is different from N and W, and wherein the alternate ordering is repeated more than one time. providing the polynucleotide strand with a primer annealed thereto and a polymerase operably bound to the polynucleotide strand; and successively exposing the polynucleotide strand to the flow of four different dNTPs according to a predetermined ordering, wherein the predetermined ordering comprises an alternate ordering which is not a continuous repeat of an ordering of the four different dNTPs, wherein the alternate ordering includes a flow of a nucleotide N, which is followed directly by a flow of a different nucleotide W, which is followed directly by a flow of the same nucleotide N, wherein the N-W-N flow is further followed directly by a flow of a nucleotide Z that is different from N and W, and wherein the alternate ordering is repeated more than one time.
A skin cleansing composition comprising, in addition to water, the following ingredients to: a polyoxyethylene alkylether sulfate, an ether carboxylic acid-type surfactant, an alkyl polyglycoside, and one or more of a higher fatty acid having from 10 to 18 carbon atoms and a higher alcohol having from 10 to 18 carbon atoms, wherein a total amount of the ingredients, and ranges from 5 to 30 wt% based on the whole composition, with the ingredient amounting to from 20 to 80 wt%, the ingredient amounting to from 7 to 70 wt%, and the ingredient amounting to from 7 to 70 wt%, all based on the total amount of the ingredients, and, the amount of the ingredient ranges from 0.3 to 3 wt% based on the whole composition, and the pH of the composition ranges from 4.5 to 7 when diluted to 5 wt% with deionized water. a polyoxyethylene alkylether sulfate, an ether carboxylic acid-type surfactant, an alkyl polyglycoside, and one or more of a higher fatty acid having from 10 to 18 carbon atoms and a higher alcohol having from 10 to 18 carbon atoms,
A device for electric locking-unlocking and/or electric opening-closing of a window, door or French window type closure (1, 1'), said closure comprising a frame and an opening element which is rotatable in relation to the frame about a vertical axis of rotation (Rv) and/or about a horizontal axis of rotation (Rh), said device comprising a casing to be fixed to the frame and housing an electric motor, as well as an arm movable in relation to said casing thanks to said electric motor, the opening element comprising a locking/unlocking mechanism comprising a linkage assembly, said arm comprising a means for attaching/detaching a pin attached to said linkage assembly which can be opened and closed by said motor, characterized in that said arm comprises a lock having: - a ring closed onto itself and having a hole opening on a lower face and on an upper face, - a horizontal axis of rotation (Av) located between these two faces and next to said hole - at least one wing, located on the other side of the ring in relation to said axis of rotation (Rv), and - at least one magnet, and preferably two magnets (52, 52') located on the lower face and providing a force for retaining said ring against said arm, and in that said wing has a lower face which is beveled towards an upper face of the wing so that a horizontal translation towards the rear of said lock by translation of said arm driven by said motor rotates said lock about its axis (Av) against said retaining force, by sliding the wing on a stop independent of said arm and so that said pin can penetrate into said hole or be extracted therefrom. - a ring closed onto itself and having a hole opening on a lower face and on an upper face, - a horizontal axis of rotation (Av) located between these two faces and next to said hole - at least one wing, located on the other side of the ring in relation to said axis of rotation (Rv), and - at least one magnet, and preferably two magnets (52, 52') located on the lower face and providing a force for retaining said ring against said arm,
Equipment for actuating and resetting a safety brake device of a lift installation, which safety brake device (11, 11 a, 11 b, 11 g) comprises at least one safety brake element for clamping a brake surface or a guide rail, wherein the equipment includes an energy store, preferably a compression spring, an actuator and a holding device, and wherein a remotely actuable resetting device is designed to stress the energy store in the position of readiness, characterised in that the actuator is connectible with the safety brake element and is connected with the energy store and the actuator is designed on the one hand to hold the safety brake element in a position of readiness and on the other hand when required to move the safety brake element to a safety braking position on release of the energy store or compression spring, and that the holding device comprises a retaining latch, which is held by means of an electromagnet and released by means of spring force and which is designed in order to hold the actuator in the position of readiness.
A nonwoven composition having at least one elastic layer, wherein the elastic layer comprises: (i) from 70 to 99 wt% of a propylene-based polymer, the propylene-based polymer having: a. from 75 to 95 wt% propylene and from 5 to 25 wt% ethylene and/or a C 4 -C 12 α-olefin; b. a triad tacticity greater than 90%; and c. a heat of fusion less than 75 J/g, and (ii) from 1 to 30 wt% of one or more ethylene-based polymers, wherein the ethylene-based polymer comprises from 65 to 100 wt% ethylene and from 0 to 35 wt% of one or more C 3 -C 12 α-olefins. a. from 75 to 95 wt% propylene and from 5 to 25 wt% ethylene and/or a C 4 -C 12 α-olefin; b. a triad tacticity greater than 90%; and c. a heat of fusion less than 75 J/g,