mhurhangee/ep-ind-claims huggingface dataset:
An aqueous suspension comprising: a) at least one hydraulic binder in a concentration of between 15% to 70% w/w of the total weight of the aqueous suspension; b) at least one freeze control agent in a concentration of between 1.5% to 5% w/w of the total weight of the aqueous suspension; c) an aqueous solution; and d) a stabilising agent in a concentration of between 0.3% to 2% w/w of the total weight of the aqueous suspension wherein the at least one stabilising agent is capable of reducing or preventing hydration of the hydraulic binder and wherein the at least one stabilising agent is selected from boric acid and a phosphorus-containing compound selected from metaphosphoric acid, phosphorous acid, phosphoric acid and phosphonic acid. a) at least one hydraulic binder in a concentration of between 15% to 70% w/w of the total weight of the aqueous suspension; b) at least one freeze control agent in a concentration of between 1.5% to 5% w/w of the total weight of the aqueous suspension; c) an aqueous solution; and d) a stabilising agent in a concentration of between 0.3% to 2% w/w of the total weight of the aqueous suspension wherein the at least one stabilising agent is capable of reducing or preventing hydration of the hydraulic binder and wherein the at least one stabilising agent is selected from boric acid and a phosphorus-containing compound selected from metaphosphoric acid, phosphorous acid, phosphoric acid and phosphonic acid.
An electronic device comprising: a transceiver adapted to be switchable between: a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a detection module adapted to determine if the long-range wireless communication technology is in a power saving mode and determine which power saving mode is active; and a switching unit adapted to switch the transceiver between the short-range mode and the long-range mode based on the determined power saving mode of the long-range wireless communication technology. a transceiver adapted to be switchable between: a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a detection module adapted to determine if the long-range wireless communication technology is in a power saving mode and determine which power saving mode is active; and a switching unit adapted to switch the transceiver between the short-range mode and the long-range mode based on the determined power saving mode of the long-range wireless communication technology.
A process for treating gaps within a component, the process comprising the steps of: capturing a digital image of a gap in a portion of a component; measuring, at one or more points along a length of the gap, one or more features of the gap selected from a length of the gap, an inner width of the gap, an outer width of the gap, and a depth of the gap to determine gap dimensions; determining a water jet cleaning path; selecting a water jet cleaning edge; selecting a water jet cleaning path angle; directing a water jet toward the gap, oriented with respect to the selected cleaning edge and cleaning path angle; activating the water jet and passing the water jet along the cleaning path; and, processing the gap to join the gap edges and seal at least a portion of the gap in the component, wherein the capturing of a digital image of all or a portion of the gap comprises utilizing an imaging modality selected from X-ray, CT and UT, and combinations thereof and wherein the determining of the cleaning path is achieved using a software program that controls the water jet. capturing a digital image of a gap in a portion of a component; measuring, at one or more points along a length of the gap, one or more features of the gap selected from a length of the gap, an inner width of the gap, an outer width of the gap, and a depth of the gap to determine gap dimensions; determining a water jet cleaning path; selecting a water jet cleaning edge; selecting a water jet cleaning path angle; directing a water jet toward the gap, oriented with respect to the selected cleaning edge and cleaning path angle; activating the water jet and passing the water jet along the cleaning path; and, processing the gap to join the gap edges and seal at least a portion of the gap in the component, wherein the capturing of a digital image of all or a portion of the gap comprises utilizing an imaging modality selected from X-ray, CT and UT, and combinations thereof and wherein the determining of the cleaning path is achieved using a software program that controls the water jet.
Windscreen wiper for a windscreen-wiping system of a vehicle, in particular a motor vehicle, comprising a longitudinal body and a wiper blade formed in a single piece, said piece comprising a cavity for receiving an elastic elongate support element in strip form, characterized in that said support element is housed in a recess of a longitudinal member holding the wiper blade, said holding member being housed in said cavity, and in that the holding member, the support element and the longitudinal body have substantially the same length.
A locking assembly for use with a tension member in a drainage catheter, comprising: (a) a connector disposed at a proximal end of the catheter, the connector having an exterior surface profile and a passageway extending longitudinally therethrough; (b) a locking arm having an interior surface profile that corresponds with the exterior surface profile of the connector, the locking arm being pivotably attached to the connector to enable pivoting movement of the locking arm about an axis of rotation, to and between an unlocked position and a locked position whereby when the locking arm is in the locked position, the tension member is secured between the interior surface of the locking arm and the exterior surface of the connector; and (c) a locking mechanism for preventing the locking arm from inadvertently disengaging from the locked position; wherein the shape of the locking arm is at least partially cylindrical and wherein a longitudinal axis of the locking arm is generally aligned with a longitudinal axis of the connector when the locking assembly is in the locked position. (a) a connector disposed at a proximal end of the catheter, the connector having an exterior surface profile and a passageway extending longitudinally therethrough; (b) a locking arm having an interior surface profile that corresponds with the exterior surface profile of the connector, the locking arm being pivotably attached to the connector to enable pivoting movement of the locking arm about an axis of rotation, to and between an unlocked position and a locked position whereby when the locking arm is in the locked position, the tension member is secured between the interior surface of the locking arm and the exterior surface of the connector; and (c) a locking mechanism for preventing the locking arm from inadvertently disengaging from the locked position;
A Fischer-Tropsch method for the synthesis of olefins, paraffins, alcohols and/or water, characterised in that it consists in activating synthesis gases, such as dihydrogen, carbon monoxide, and/or their mixture, in a plasma, then subjecting to the activated gases, at regular intervals, a particulate phase, possibly catalytic, comprising particles of size between 5nm and 5cm, the alternate application of the activated gas(es) to the particles and thus the successive action of the gases on the particles making it possible to control the growth of the syntheses, being obtained by circulating the particles in a tubular reactor, such that inlets for activated gas are regularly arranged along the reactor.
A method of preparing a beverage from a solvent and ingredients, said method comprising: - a first step of setting the temperature of said solvent to a first given temperature, - a first step of brewing said ingredients in said solvent being at said first given temperature during a first period of time, characterized in that the method also comprises: - a second step of setting the temperature of the solvent resulting from the first step of brewing to a second given temperature, - a second step of brewing said ingredients in said solvent resulting from the first step of brewing being at said second given temperature during a second period of time. - a first step of setting the temperature of said solvent to a first given temperature, - a first step of brewing said ingredients in said solvent being at said first given temperature during a first period of time, - a second step of setting the temperature of the solvent resulting from the first step of brewing to a second given temperature, - a second step of brewing said ingredients in said solvent resulting from the first step of brewing being at said second given temperature during a second period of time.
An assembly of a device for preparing a customized composition for treating hair and an optical measurement instrument for considering initial properties of said hair, the composition comprising a plurality of solid formulations which are in a tablet form, the device comprising - a plurality of containers, each container having • an outlet suitable for dispensing a solid formulation which is in a tablet form; and • a dispensing unit for dispensing a pre-determined amount of tablets, said containers and said dispensing unit being attachable to one another, - at least one computer-implemented unit, the computer-implemented unit being interfaced with said dispensing unit of each of said containers, the computer-implemented unit selecting the pre-determined amount of tablets dispensed by said dispensing unit of each of said containers upon considering initial properties of said hair effected by the optical measurement instrument. - a plurality of containers, each container having • an outlet suitable for dispensing a solid formulation which is in a tablet form; and • a dispensing unit for dispensing a pre-determined amount of tablets, said containers and said dispensing unit being attachable to one another, • an outlet suitable for dispensing a solid formulation which is in a tablet form; and • a dispensing unit for dispensing a pre-determined amount of tablets, said containers and said dispensing unit being attachable to one another, - at least one computer-implemented unit, the computer-implemented unit being interfaced with said dispensing unit of each of said containers,
A heating and cooling device integral with a sheeted thermally conductive material for thermally contacting a person to modulate their effective comfort, comprising: at least one low voltage heating and cooling source, including a thermoelectric device (314, 322) for generating heat or coolness; and a flexible sheeted thermally conductive material (312, 320) in thermal communication with said heating and cooling source, including a sheeted thermally conductive material for distribution of heat and coolness generated by the thermoelectric device thermally contacting the person, said distribution being across an area extending beyond and outside of the surface of the thermoelectric device itself, said flexible sheeted thermally conductive material being secured to and in thermal contact with the thermoelectric device and conductively heating and/or cooling the person being comforted, and wherein said flexible sheeted thermally conductive material has a thermal conductivity of from 375 to 4000 W/mK for distributing heat and coolness across the surface, whereby the person feels the heat or coolness to effect their comfort level; said flexible sheeted thermally conductive material including at least a strip of flexible sheeted graphene material that is highly thermally conductive for distributing the heat or coolness from the thermoelectric device without the need for multiple thermoelectric devices to be connected to each other, and wherein conditioned air is not needed. at least one low voltage heating and cooling source, including a thermoelectric device (314, 322) for generating heat or coolness; and a flexible sheeted thermally conductive material (312, 320) in thermal communication with said heating and cooling source, including a sheeted thermally conductive material for distribution of heat and coolness generated by the thermoelectric device thermally contacting the person, said distribution being across an area extending beyond and outside of the surface of the thermoelectric device itself, said flexible sheeted thermally conductive material being secured to and in thermal contact with the thermoelectric device and conductively heating and/or cooling the person being comforted, and wherein said flexible sheeted thermally conductive material has a thermal conductivity of from 375 to 4000 W/mK for distributing heat and coolness across the surface, whereby the person feels the heat or coolness to effect their comfort level; said flexible sheeted thermally conductive material including at least a strip of flexible sheeted graphene material that is highly thermally conductive for distributing the heat or coolness from the thermoelectric device without the need for multiple thermoelectric devices to be connected to each other, and wherein conditioned air is not needed.
Method for inspecting condition of an elongated load bearing member of a rope of a hoisting apparatus, such as an elevator, the method comprising ultrasound scanning one or more regions (A,B,C) of the load bearing member with an ultrasonic scanner, wherein said ultrasound scanning comprises emitting ultrasound from a lateral side of the load bearing member into the load bearing member and receiving echoes of the ultrasound emitted into said load bearing member, characterized in that said ultrasound scanning comprises creating from each region (A,B,C) a cross sectional view of the load bearing member based on echoes (E,E') received from the load bearing member; and the method further comprises analyzing the cross sectional views created.
Electrically rotating machine having at least one laminated core (3, 5) and at least one fan for conducting an air flow (11, 11') through cooling paths running axially in a rotor of the electrically rotating machine to cooling paths (15, 15') running radially through the rotor and a stator, wherein the cooling paths (15, 15') are interrupted by an air gap disposed between the rotor and the stator, characterised in that the electrically rotating machine has at least one constriction of the air gap, which is formed by an enlargement of the outer radii of sheets of the laminated core of the rotor and/or by a reduction of the inner radius of sheets of the laminated core of the stator.
An animal drinker, in particular for beaked animals, having at least one drinker valve which is assigned to a water supply line and which has a valve pin which is movable for dispensing water and by way of an end region protrudes downward from a housing of the at least one drinker valve, having an activation unit which for opening as required the respective drinker valve has a pivotable elongate activation means for the valve pin, an end of the activation means that points toward the at least one drinker valve is assigned at least one arm (30, 31) which points sideways and which communicates with the at least one drinker valve and having a water collection tray, characterized in that two drinker valves are assigned to the same activation unit and the upper end of the activation means is assigned two arms (30, 31) which project on two opposite sides of the activation means, wherein each arm (30, 31) communicates with a lower free end of the valve pin of one of the two drinker valves.
A polypeptide having an amino acid sequence ranging from the amino-acid residue at position 175 to the amino-acid residue at position 210 in SEQ ID NO:1 and which consists of 36; 37; 38; 39; 40; 41; 42; 43; 44; 45; 46; 47; 48; 49; 50; 51; 52; 53; 54; 55; 56; 57; 58; 59; 60; 61; 62; 63; 64; 65; 66; 67; 68; 69; 70; 71; 72; 73; 74; 75; 76; 77; 78; 79; 80; 81; 82; 83; 84; 85; 86; 87; 88; 89; 90; 91; 92; 93; 94; 95; 96; 97; 98; 99; or 100 amino acids.
An auto-focus method, adapted to an image capturing device comprising a distance sensor being an infrared, ultrasonic, or laser sensor for measuring a distance between a target object and an image sensor, and the image sensor having a lens and a sensing array, the method comprising the following consecutive steps: obtaining distance sensor data, DS data, and phase detection data, PD data, respectively from the distance sensor and the sensing array; determining whether an auto-focus window is located at a center of a target scene comprising the target object; if no, switching the image sensor to a phase detection auto-focus, PDAF, mode based on the PD data; if yes, switching the image sensor to a distance sensor auto-focus, DSAF, mode based on the DS data; controlling the lens to perform a coarse search in a focusing range after said switching the image sensor between the DSAF mode and the PDAF mode to determine a fine-search range; controlling the lens to perform a fine search within the fine-search range in a contrast detection auto-focus, CDAF, mode to determine an optimal focusing lens position; and controlling the lens to move to the optimal focusing lens position. obtaining distance sensor data, DS data, and phase detection data, PD data, respectively from the distance sensor and the sensing array; determining whether an auto-focus window is located at a center of a target scene comprising the target object; if no, switching the image sensor to a phase detection auto-focus, PDAF, mode based on the PD data; if yes, switching the image sensor to a distance sensor auto-focus, DSAF, mode based on the DS data; controlling the lens to perform a coarse search in a focusing range after said switching the image sensor between the DSAF mode and the PDAF mode to determine a fine-search range; controlling the lens to perform a fine search within the fine-search range in a contrast detection auto-focus, CDAF, mode to determine an optimal focusing lens position; and controlling the lens to move to the optimal focusing lens position.
A compound for use in the treatment of recurrent and/or metastatic squamous cell carcinoma of the head and neck in a patient, wherein the compound is (3-ethynyl-phenyl)-[7-methoxy-6-(3-morpholin-4-yl-propoxy)-quinazolin-4-yl]-amine (NRC-2694) or a pharmaceutically acceptable salt thereof.
A flexible coupling mechanism, used to connect two parts that rotate relative to each other, wherein the flexible coupling mechanism comprises a flexible bearing portion and a connecting shaft inserted into the flexible bearing portion; the flexible bearing portion comprises a jaw portion, which comprises a plurality of jaws, wherein a jav comprises a fixed end and a free end, the free ends of the plurality of jaws together form a channel into which the connecting shaft can be inserted, and the channel is used to support and limit the connecting shaft, wherein the outer surface of the free ends of the plurality of jaws that fits the connecting shaft is in an arc shape, characterized in that a concave portion is formed on the surface of the connecting shaft that fits the free ends of the plurality of jaws, and the concave portion is designed and formed as a surface of revolution.
A torque limiting connector, comprising: an outer connector comprising a profile disposed on an inner surface of the outer connector; an inner connector disposed within the outer connector, the inner connector comprising: an upper threaded portion (112, 113), a lower threaded portion, a tapered outer surface, and channels formed along the tapered outer surface; and a clutch comprising a plurality of clutch teeth extending from an outer surface of the clutch, and coupling features formed on an inner surface of the clutch, wherein the clutch is disposed around and rotationally coupled to the inner connector such that the coupling features engage with the channels to rotationally couple the clutch and the inner connector, and the plurality of clutch teeth are outwardly biased to be releasably engaged with the profile of the outer connector, wherein the plurality of clutch teeth are configured to transfer an operational torque from the outer connector to the inner connector when the operational torque is below a torque limit, and the plurality of clutch teeth are forced inward to disengage the profile of the outer connector and prevent transfer of the operational torque when the operational torque exceeds the torque limit. an outer connector comprising a profile disposed on an inner surface of the outer connector; an inner connector disposed within the outer connector, the inner connector comprising: an upper threaded portion (112, 113), a lower threaded portion, a tapered outer surface, and channels formed along the tapered outer surface; and a clutch comprising a plurality of clutch teeth extending from an outer surface of the clutch, and coupling features formed on an inner surface of the clutch, wherein the clutch is disposed around and rotationally coupled to the inner connector such that the coupling features engage with the channels to rotationally couple the clutch and the inner connector, and the plurality of clutch teeth are outwardly biased to be releasably engaged with the profile of the outer connector, wherein the plurality of clutch teeth are configured to transfer an operational torque from the outer connector to the inner connector when the operational torque is below a torque limit, and the plurality of clutch teeth are forced inward to disengage the profile of the outer connector and prevent transfer of the operational torque when the operational torque exceeds the torque limit.
Aqueous, solids-containing dipping bath composition for treating reinforcing inserts for rubber products comprising the following components or consisting of these components, at least one blocked MDI mixture, the MDI mixture comprising MDI oligomers of formula, n being a whole number from 1 to 8, and MDI monomers; at least one resorcinol-formaldehyde latex; and possibly at least one additive, wherein the dipping bath composition is essentially free of epoxides. at least one blocked MDI mixture, the MDI mixture comprising MDI oligomers of formula, n being a whole number from 1 to 8, and MDI monomers; at least one resorcinol-formaldehyde latex; and possibly at least one additive, wherein the dipping bath composition is essentially free of epoxides.