mhurhangee/ep-ind-claims huggingface dataset:
A gateway device coupled between a client device and a server, the gateway device and the client device within a trusted domain comprising a pre-determined network of systems subject to one or more security policies corresponding to the trusted domain, the server external to the trusted domain, the gateway device comprising: an input configured to receive encoded data and a set of operation identifiers each uniquely identifying a computational operation from a set of operations from the server, the server configured to provide the encoded data and the set of operation identifiers in response to a request for cloud services by the client device 100, the requested cloud services associated with a cloud computational operation at the server, the encoded data and the set of operations selected by the server based on the requested cloud services and based on a set of operations that the gateway device is able to perform such that the set of operations, when performed in a particular order at the gateway device, produce an operation result equivalent to an operation result produced by the cloud computational operation; a decoding engine configured to decode the encoded data; a hardware processor configured to perform each computational operation uniquely identified by an operation identifier in the set of operation identifiers on the decoded data to produce operation result data; an encoding engine configured to encode the operation result data; and an output configured to: provide the operation result data to the client device; and provide the encoded operation result data to the server. an input configured to receive encoded data and a set of operation identifiers each uniquely identifying a computational operation from a set of operations from the server, the server configured to provide the encoded data and the set of operation identifiers in response to a request for cloud services by the client device 100, the requested cloud services associated with a cloud computational operation at the server, the encoded data and the set of operations selected by the server based on the requested cloud services and based on a set of operations that the gateway device is able to perform such that the set of operations, when performed in a particular order at the gateway device, produce an operation result equivalent to an operation result produced by the cloud computational operation; a decoding engine configured to decode the encoded data; a hardware processor configured to perform each computational operation uniquely identified by an operation identifier in the set of operation identifiers on the decoded data to produce operation result data; an encoding engine configured to encode the operation result data; and an output configured to: provide the operation result data to the client device; and provide the encoded operation result data to the server. provide the operation result data to the client device; and provide the encoded operation result data to the server.
A turbofan engine comprising: a turbine engine; a nacelle surrounding the turbine engine and defining an annular bypass duct through the turbofan engine to define a forward-to-aft bypass air flow path; a thrust reverser (20;30) having at least one movable element (22;32), movable to and from a reversing position where at least a portion of the bypass air flow is reversed; a hydraulic actuator (24; 34), comprising a valve selectively operable to control the supply of hydraulic fluid to the hydraulic actuator, coupled to the at least one movable element (22;32) to move the at least one movable element (22;32) into and out of the reversing position; a hydraulic lockout movable between an inhibit condition, wherein movement of the hydraulic actuator (24; 34) is prevented, and a permit condition, wherein movement of the hydraulic actuator (24; 34) is permitted, wherein the hydraulic lockout is operably coupled to the valve to prevent movement of the valve when the hydraulic actuator (24; 34) is in the inhibit condition; and a lockout actuator operably coupled to the hydraulic lockout and located remotely from the hydraulic lockout, wherein the hydraulic lockout may be placed in either the inhibit or permit condition without requiring access to the hydraulic lockout. a turbine engine; a nacelle surrounding the turbine engine and defining an annular bypass duct through the turbofan engine to define a forward-to-aft bypass air flow path; a thrust reverser (20;30) having at least one movable element (22;32), movable to and from a reversing position where at least a portion of the bypass air flow is reversed; a hydraulic actuator (24; 34), comprising a valve selectively operable to control the supply of hydraulic fluid to the hydraulic actuator, coupled to the at least one movable element (22;32) to move the at least one movable element (22;32) into and out of the reversing position; a hydraulic lockout movable between an inhibit condition, wherein movement of the hydraulic actuator (24; 34) is prevented, and a permit condition, wherein movement of the hydraulic actuator (24; 34) is permitted, wherein the hydraulic lockout is operably coupled to the valve to prevent movement of the valve when the hydraulic actuator (24; 34) is in the inhibit condition; and a lockout actuator operably coupled to the hydraulic lockout and located remotely from the hydraulic lockout, wherein the hydraulic lockout may be placed in either the inhibit or permit condition without requiring access to the hydraulic lockout.
A method of treating an article suspected of being infested with bed bugs comprising: a. placing the article in an enclosure, wherein the enclosure is a sealable bag, tote, bin, drum, or container that is larger than the article being treated and made from a material selected from polyethylene, polypropylene, polystyrene, polyvinyl chloride, polytetrafluoroethylene, nylon, vinyl, canvas, paper, and a combination of two or more thereof; b. sealing the enclosure; c. adding CO2 to the sealed enclosure from a tank through a hose and through the port into the enclosure; characterized by d. leaving the article inside of the sealed enclosure with the CO2 for up to 48 hours, wherein the concentration of CO2 is greater than 75% of the volume of air in the enclosure. a. placing the article in an enclosure, wherein the enclosure is a sealable bag, tote, bin, drum, or container that is larger than the article being treated and made from a material selected from polyethylene, polypropylene, polystyrene, polyvinyl chloride, polytetrafluoroethylene, nylon, vinyl, canvas, paper, and a combination of two or more thereof; b. sealing the enclosure; c. adding CO2 to the sealed enclosure from a tank through a hose and through the port into the enclosure; characterized by d. leaving the article inside of the sealed enclosure with the CO2 for up to 48 hours, wherein the concentration of CO2 is greater than 75% of the volume of air in the enclosure.
A compound film (2; 42) of tungsten and germanium having a germanium/tungsten composition ratio of 0.2 or more and less than 6, and comprising an optical energy gap.
A heat-not-burn smoking article comprising: a tobacco-containing segment containing tobacco and an aerosol former; a tubular cooling segment (3, 8) having one or more perforations on the perimeter; and a filter segment, wherein the filter segment includes a filler, an inner plug wrapper (Sin, 13) that is wrapped around the filler, and an outer plug wrapper (5out, 14) that is wrapped around the inner plug wrapper (Sin, 13); and both of the inner plug wrapper (Sin, 13) and the outer plug wrapper (5out, 14) are a paper having a basis weight of 40 g/m 2 or more and a thickness of 100 μm or more. a tobacco-containing segment containing tobacco and an aerosol former; a tubular cooling segment (3, 8) having one or more perforations on the perimeter; and a filter segment, wherein the filter segment includes a filler, an inner plug wrapper (Sin, 13) that is wrapped around the filler, and an outer plug wrapper (5out, 14) that is wrapped around the inner plug wrapper (Sin, 13); and both of the inner plug wrapper (Sin, 13) and the outer plug wrapper (5out, 14) are a paper having a basis weight of 40 g/m 2 or more and a thickness of 100 μm or more.
A method of manufacturing a transformer comprising: (a.) providing conductor sheeting having opposing first and second ends and opposing first and second side edges; (b.) providing a coil bus bar having first and second portions and a main section, the main section having first and second longitudinal edges extending between the first and second portions; (c.) forming a low voltage coil from the conductor sheeting; and (d.) securing the coil bus bar to an end of the conductor sheeting such that: the first portion of the coil bus bar is disposed at the first side edge of the conductor sheeting, the second portion of the coil bus bar is disposed at the second side edge of the conductor sheeting, the first longitudinal edge of the coil bus bar extends perpendicularly between the first and second side edges of the conductor sheeting, and the second longitudinal edge of the coil bus bar faces away from the end of the conductor sheeting; characterized in the first portion having a width that is more than one and a half times greater than a width of the second portion, and the first and second longitudinal edges being non-parallel. (a.) providing conductor sheeting having opposing first and second ends and opposing first and second side edges; (b.) providing a coil bus bar having first and second portions and a main section, the main section having first and second longitudinal edges extending between the first and second portions; (c.) forming a low voltage coil from the conductor sheeting; and (d.) securing the coil bus bar to an end of the conductor sheeting such that: the first portion of the coil bus bar is disposed at the first side edge of the conductor sheeting, the second portion of the coil bus bar is disposed at the second side edge of the conductor sheeting, the first longitudinal edge of the coil bus bar extends perpendicularly between the first and second side edges of the conductor sheeting, and the second longitudinal edge of the coil bus bar faces away from the end of the conductor sheeting; characterized in the first portion having a width that is more than one and a half times greater than a width of the second portion, and the first and second longitudinal edges being non-parallel.
Balloon catheter comprising: a balloon, wherein said balloon has a balloon membrane made of one or more expandable elastomers; a conventional catheter shaft which forms a wire lumen which is designed to guide a guide wire, and forms a fluid lumen via which a fluid can be supplied to the balloon; wherein said balloon is attached to a first, proximal attachment site on a first catheter shaft member (5, 4', 5'); and the balloon is attached to a second, distal attachment site on a second catheter shaft member (4, 12), wherein further the balloon surrounds a portion of the catheter shaft that extends between the first and second attachment sites (3, 2); and the portion of the catheter shaft which is surrounded by the balloon comprises varying regions of the catheter shaft according to the changing longitudinal extension of the balloon; characterized in that the length of the balloon in the unextended state is ≥ 10 cm, or with a diameter of 3 mm is ≥ 30 mm. a balloon, wherein said balloon has a balloon membrane made of one or more expandable elastomers; a conventional catheter shaft which forms a wire lumen which is designed to guide a guide wire, and forms a fluid lumen via which a fluid can be supplied to the balloon; wherein said balloon is attached to a first, proximal attachment site on a first catheter shaft member (5, 4', 5'); and the balloon is attached to a second, distal attachment site on a second catheter shaft member (4, 12), wherein further the balloon surrounds a portion of the catheter shaft that extends between the first and second attachment sites (3, 2); and the portion of the catheter shaft which is surrounded by the balloon comprises varying regions of the catheter shaft according to the changing longitudinal extension of the balloon; characterized in that the length of the balloon in the unextended state is ≥ 10 cm, or with a diameter of 3 mm is ≥ 30 mm.
Method for braking an electric drive motor having a stator and a rotor, wherein the stator of the drive motor carries field coils (3, 4, 5) lying spaced apart from each other around its circumference, which have electric phase terminals (U, V, W) for at least three motor phases, and, in order to generate a rotating electromagnetic field that drives the rotor, the phase terminals (U, V, W) are connected via electronic switches (H1, H2, H3, L1, L2, L3) to a supply voltage (U v), wherein the switches (H1, H2, H3, L1, L2, L3) are activated by a control unit, which closes the switches (H1, H2, H3, L1, L2, L3) as a function of the rotational position of the rotor, and, in order to brake a rotating rotor, by shorting the phase terminals (U, V, W), a braking current (I B) is generated, characterised in that, in order to brake the rotor in a predetermined time sequence via the switches (H1, H2, H3, L1, L2, L3), a phase short circuit is connected between two respective phase terminals (U-V, V-W, W-U) of the field coils (3, 4, 5) and a further phase terminal (W, U, V) remains open, wherein the phase terminals (U-V, V-W, W-U) that are shorted via the switches (H1, H2, H3, L1, L2, L3) are each selected corresponding to the rotational position of the rotor in such a way that the field coil (3, 4, 5), in which the induction voltage (U I) generated by the magnetic field of the rotating rotor passes through its maximum, is shorted.
An aqueous oral care composition comprising: from 0.05 to 0.1%, by weight, xanthan gum; from 0.05 to 0.1%, by weight, cellulose gum; from 0.03 to 0.1%, by weight, carbomer; and an orally acceptable aqueous carrier; wherein the composition has a Flow Rate Index of less than 0.85. from 0.05 to 0.1%, by weight, xanthan gum; from 0.05 to 0.1%, by weight, cellulose gum; from 0.03 to 0.1%, by weight, carbomer; and an orally acceptable aqueous carrier;
A stretchable fastener stringer for a slide fastener including: a fastener tape which includes a tape main portion and an element attaching portion; and a continuous fastener element which is attached to the element attaching portion of the fastener tape, in which the fastener tape has stretchability due to an elastic yarn being woven or knitted into the tape main portion and the element attaching portion, the fastener element includes a coupling head, upper and lower leg portions (3b, 3c) which are extended from the coupling head toward the tape width direction and which are attached to the element attaching portion, and a connecting portion which connects the upper and lower leg portions (3b, 3c) therebetween of adjacent fastener elements, and being characterized in that a value of a bulging ratio (= mountain length H / leg portion length d) which is the ratio between mountain length H as a dimension of the coupling head in the tape longitudinal direction and leg portion length d as a dimension of the upper and lower leg portions (3b, 3c) in the tape longitudinal direction is set to be larger than 1.80 and not larger than 2.33. a fastener tape which includes a tape main portion and an element attaching portion; and a continuous fastener element which is attached to the element attaching portion of the fastener tape, in which the fastener tape has stretchability due to an elastic yarn being woven or knitted into the tape main portion and the element attaching portion, the fastener element includes a coupling head, upper and lower leg portions (3b, 3c) which are extended from the coupling head toward the tape width direction and which are attached to the element attaching portion, and a connecting portion which connects the upper and lower leg portions (3b, 3c) therebetween of adjacent fastener elements, and being characterized in that a value of a bulging ratio (= mountain length H / leg portion length d) which is the ratio between mountain length H as a dimension of the coupling head in the tape longitudinal direction and leg portion length d as a dimension of the upper and lower leg portions (3b, 3c) in the tape longitudinal direction is set to be larger than 1.80 and not larger than 2.33.
A filter arrangement for a vacuum cleaning appliance, comprising: a filter enclosure having an enclosure opening; a filter configured to be received through the enclosure opening into the filter enclosure in an insertion direction; and retention means operable between latched and unlatched states for releasably retaining the filter in the filter enclosure, characterised in that the filter includes an actuation portion configured to operate the retention means, wherein the actuation portion is moveable between at least first and second positions and is biased towards the second position, wherein, when the filter is in the filter enclosure, movement of the actuation portion in the insertion direction from the first position to a depressed position transitions the retention means to the unlatched state, whereinafter the actuation portion is moved to the second position in which at least a part of the actuation portion is elevated above the enclosure opening, and wherein the filter further includes a filter body, and wherein the actuation portion is movable relative to the filter body. a filter enclosure having an enclosure opening; a filter configured to be received through the enclosure opening into the filter enclosure in an insertion direction; and retention means operable between latched and unlatched states for releasably retaining the filter in the filter enclosure, characterised in that the filter includes an actuation portion configured to operate the retention means, wherein the actuation portion is moveable between at least first and second positions and is biased towards the second position, wherein, when the filter is in the filter enclosure, movement of the actuation portion in the insertion direction from the first position to a depressed position transitions the retention means to the unlatched state, whereinafter the actuation portion is moved to the second position in which at least a part of the actuation portion is elevated above the enclosure opening, and wherein the filter further includes a filter body, and wherein the actuation portion is movable relative to the filter body.
A rotary dynamic simulation device, disposed on a rack, the rotary dynamic simulation device comprising: a fixed table, an arm being vertically disposed on the fixed table; a motion mechanism having multiple degrees of freedom and including a fixed plate, a movable plate, and a plurality of telescopic rods connected between the fixed plate and the movable plate, the fixed plate being fixed on the arm; a carrying seat including a carrying space, the movable plate being fixed to any position at a back side of the carrying space; characterized in that the carrying seat is configured to rotate between a first position and a second position opposite to the first position; and that the rotary dynamic simulation device further comprising: a rotation mechanism, the rotation mechanism being disposed on the rack and driving the fixed table to thereby rotate the carrying seat from the first position to the second position. a fixed table, an arm being vertically disposed on the fixed table; a motion mechanism having multiple degrees of freedom and including a fixed plate, a movable plate, and a plurality of telescopic rods connected between the fixed plate and the movable plate, the fixed plate being fixed on the arm; a carrying seat including a carrying space, the movable plate being fixed to any position at a back side of the carrying space; characterized in that the carrying seat is configured to rotate between a first position and a second position opposite to the first position; and that the rotary dynamic simulation device further comprising: a rotation mechanism, the rotation mechanism being disposed on the rack and driving the fixed table to thereby rotate the carrying seat from the first position to the second position.
A blade unit for industrial fans, comprising: - a blade; - a tubular bar, fixed on which is said blade and which has a root portion configured for being engaged by means for connecting said bar to the rotor of a fan, said blade unit being characterized in that it comprises a further bar mounted within said first tubular bar so as to present a first portion constrained axially to said first bar and a second portion that is instead able to slide with respect to said first bar, in a condition of sliding friction, following upon a deformation due to bending of said first bar. - a blade; - a tubular bar, fixed on which is said blade and which has a root portion configured for being engaged by means for connecting said bar to the rotor of a fan,
Corner-trimming device for processing corner joints of frames that are welded together from profile pieces (12, 14), in particular window and door frames, in particular made of plastic material, having a machining unit for removing welding beads, which are created by welding together the profile pieces (12, 14), along a direction of extension of the corner joint, wherein the machining unit has at least one machining tool (9, 40) as well at least one tactile element, by means of which the machining unit can be aligned relative to the frame, wherein the machining unit is arranged at a tool holder, wherein the machining unit can be displaced approximately vertically to a reception plane of the frame and along the direction of extension of the corner joint, wherein the at least one machining tool (9, 40) is supported in a pivotable manner in the reception plane of the frame, so that the machining tool (9, 40) can be adjusted so as to be substantially or completely in parallel to the direction of extension of the corner joint, characterized in that the machining tool (9, 40) can be displaced vertically to the direction of extension of the corner joint relative to the tool holder.
Glitter comprising a film which comprises cellulose acetate, wherein the film comprises at least 60 wt% cellulose acetate based on the weight of the film, wherein the glitter is further coated with a metal.
A nonwoven fabric, comprising: (i) a first spunbond layer comprising a first plurality of crimped continuous fibers, wherein the first plurality of crimped continuous fibers comprise a first plurality of monocomponent fibers; (ii) a second spunbond layer comprising a second plurality of crimped continuous fibers; and (iii) a third spunbond layer comprising a third plurality of crimped continuous fibers, wherein the second spunbond layer is located directly between the first spunbond layer and the third spunbond layer; wherein the nonwoven fabric has a thickness of at least 0.3 mm at 0.2kPa, such as from 0.3 mm to 3 mm at 0.2kPa, and hydrostatic head of at least 15 mbar, such as at least any of the following: 15, 16, 18, 20, 22, and 25 mbar, and/or at most any of the following: 30, 28, 26, 25 mbar; wherein the thickness at 0.2kPa is measured in accordance FZ/T 60004-91 and wherein the hydrostatic head is measured in accordance with AATCC 127. (i) a first spunbond layer comprising a first plurality of crimped continuous fibers, wherein the first plurality of crimped continuous fibers comprise a first plurality of monocomponent fibers; (ii) a second spunbond layer comprising a second plurality of crimped continuous fibers; and (iii) a third spunbond layer comprising a third plurality of crimped continuous fibers, wherein the second spunbond layer is located directly between the first spunbond layer and the third spunbond layer; wherein the nonwoven fabric has a thickness of at least 0.3 mm at 0.2kPa, such as from 0.3 mm to 3 mm at 0.2kPa, and hydrostatic head of at least 15 mbar, such as at least any of the following: 15, 16, 18, 20, 22, and 25 mbar, and/or at most any of the following: 30, 28, 26, 25 mbar; wherein the thickness at 0.2kPa is measured in accordance FZ/T 60004-91 and wherein the hydrostatic head is measured in accordance with AATCC 127.