mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising a compressor section, the compressor section comprising: a first axial rotor (204; 304) configured to rotate about an engine central longitudinal axis; a second axial rotor (206; 306) positioned adjacent the first axial rotor (204; 304) and configured to rotate about an engine central longitudinal axis; and a centrifugal compressor (100; 202; 302; 402) characterised in that the centrifugal compressor is positioned axially intermediate the first axial rotor (204; 304) and the second axial rotor (206; 306) and is operably coupled to the first axial rotor (204; 304). a first axial rotor (204; 304) configured to rotate about an engine central longitudinal axis; a second axial rotor (206; 306) positioned adjacent the first axial rotor (204; 304) and configured to rotate about an engine central longitudinal axis; and a centrifugal compressor (100; 202; 302; 402) characterised in that the centrifugal compressor is positioned axially intermediate the first axial rotor (204; 304) and the second axial rotor (206; 306) and is operably coupled to the first axial rotor (204; 304).
A valve for use in a wellbore, the valve comprising: a housing having a bore; a valve member pivotable around a pivot point between an open position and a closed position, the valve member being configured to obstruct the bore of the housing as the valve member engages a valve seat in the closed position; a hinge member that is attached to the valve member at the pivot point, the hinge member being slidably connected to the housing; and a sealing element disposed at an interface between the valve member and the valve seat, characterised in that the valve member contacts the sealing element at a first stage of the closed position, and a gap is formed between the valve member and the valve seat. a housing having a bore; a valve member pivotable around a pivot point between an open position and a closed position, the valve member being configured to obstruct the bore of the housing as the valve member engages a valve seat in the closed position; a hinge member that is attached to the valve member at the pivot point, the hinge member being slidably connected to the housing; and a sealing element disposed at an interface between the valve member and the valve seat, characterised in that the valve member contacts the sealing element at a first stage of the closed position, and a gap is formed between the valve member and the valve seat.
Fluid-conducting pipe for a reciprocating compressor, wherein such fluid-conducting pipe is made of polymeric material, and further comprises at least one vibrational energy dissipation element, characterized by the fact that said at least one vibrational energy dissipation element is a spring having spiral geometry with constant spire diameter and periodic segments of uniform or variable lengths with each segment being misaligned relative to each other.
A method of manufacturing an article for a spa, particularly for a cover for a spa, comprising the steps of: a) providing a first shell member having a first locking member (40,44); b) providing a second shell member having a second locking member (42, 46); c) bringing the first shell member and the second shell member into nesting relationship to define a hollow interior cavity (16, 32); d) disposing a foam in the hollow interior cavity (16, 32); wherein the foam is configured to bond with interior surfaces of the first shell member and the second shell member to create an integral structure; characterized in that e) the foam is configured to hold the first locking member (40, 44) into engagement with the second locking member (42, 46) to inhibit decoupling of the first shell member from the second shell member. a) providing a first shell member having a first locking member (40,44); b) providing a second shell member having a second locking member (42, 46); c) bringing the first shell member and the second shell member into nesting relationship to define a hollow interior cavity (16, 32); d) disposing a foam in the hollow interior cavity (16, 32); wherein the foam is configured to bond with interior surfaces of the first shell member and the second shell member to create an integral structure; e) the foam is configured to hold the first locking member (40, 44) into engagement with the second locking member (42, 46) to inhibit decoupling of the first shell member from the second shell member.
A leaf spring assembly, comprising a leaf spring member having a first end region, a second end region, and a loading region which is located between the first end region and the second end region and which is configured for displacement in a direction (y) under loading; and a spring support member which supports the leaf spring member, the spring support member having a first support portion for contact with the first end region of the leaf spring member and a second support portion for contact with the second end region of the leaf spring member; wherein at least one of the first support portion and the second support portion of the support member provides a guide surface which defines a path of movement of the respective end region (1a, 1b) during loading of the leaf spring member, and wherein the guide surface is configured to vary or modify a spring characteristic of the assembly along the path of movement, characterised in that a first part of the path of movement of the respective end region (1a, 1b) of the leaf spring member follows the guide surface along a first surface region in which the end region (1a, 1b) moves substantially perpendicular to the direction of displacement (y) of the loading region, and wherein a second part of the path of movement follows the guide surface along a second surface region in which the respective end region (1a, 1b) of the leaf spring member has the component of movement in the displacement direction (y) of the loading region.
Construction machine which has a mast and a lifting element, which can be moved up and down along the mast, and which has a first rope winch and a second rope winch, wherein at least the first rope winch is designed as a free fall winch and the second rope winch can be operated with force-locking, and wherein the first and second rope winch (12, 14) each has a winch drum (13, 15), characterized in that a first end of the hoist rope is connected to the winch drum of the first rope winch, and in that a second end of the hoist rope is connected to the winch drum of the second rope winch, in that the hoist rope can be operated at the same time by means of the two rope winches (12, 14), in that the hoist rope being operated at the same time by means of the two rope winches (12, 14) can be lowered in free fall with the first rope winch, and in that a controller is provided, with which the first rope winch being designed as a free fall winch can be switched into a free fall mode to lower the hoist rope being operated at the same time by the two rope winches (12, 14), while the second rope winch is operated with force-locking.
A device for tableting a pulverulent, liquid, pasty, encapsulated or granular active ingredient composition, comprising at least one die chamber and a magazine which has a plurality of active ingredient containers each having an individually controllable metering device and a nozzle for the active ingredient outlet, wherein the magazine is adjustable between a plurality of adjustment positions relative to the at least one die chamber, wherein in each of the adjustment positions at least one of the nozzles faces an opening of the die chamber, characterized in that the magazine is spherical, wherein the active ingredient containers extend in the radial direction of the magazine and open with their respective nozzle into a spherical surface of the magazine.
A multi-mode resonator comprising: a housing provided with a cavity (200, 300, 400, 500, 600, 700, 800) corresponding to a substantially single accommodation space; and a plurality of metallic resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) which are arranged with a predetermined interval therebetween in the cavity (200, 300, 400, 500, 600, 700, 800), have lower ends fixed to a bottom surface of the housing, and have upper ends facing each other to generate a resonant signal based on multiple coupling therebetween, characterized in that the plurality of resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) have a bar shape that is globally bent in an arch shape. a housing provided with a cavity (200, 300, 400, 500, 600, 700, 800) corresponding to a substantially single accommodation space; and a plurality of metallic resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) which are arranged with a predetermined interval therebetween in the cavity (200, 300, 400, 500, 600, 700, 800), have lower ends fixed to a bottom surface of the housing, and have upper ends facing each other to generate a resonant signal based on multiple coupling therebetween, characterized in that the plurality of resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) have a bar shape that is globally bent in an arch shape.
A computer-implementable method for firing a projectile in response to a threat, comprising: selecting the projectile from multiple available projectiles; calculating an initial fire control solution comprising data for guiding the projectile to a target intercept site according to a characteristic of the selected projectile; calculating a final fire control solution according to a characteristic of the selected projectile, wherein calculating the final fire control solution comprises deriving the final fire control solution from a look-up table according to a predicted intercept point, wherein the lookup table comprises a collection of predetermined countermeasure fire solutions for multiple predicted intercept points, and wherein the final fire solution is an updating of the initial fire control solution; receiving a launch signal to initiate a launch of the projectile; launching the selected projectile; before the launching initiates, providing the initial fire control solution to the selected projectile; after launching initiates, providing a final fire control solution to the selected projectile; guiding the selected projectile according to the final fire control solution; wherein the providing includes providing the fire final control solution via a projectile interface link that couples the selected projectile to a computer in which the calculating occurs; and wherein the projectile interface link is a physical interface that releases after launch. selecting the projectile from multiple available projectiles; calculating an initial fire control solution comprising data for guiding the projectile to a target intercept site according to a characteristic of the selected projectile; calculating a final fire control solution according to a characteristic of the selected projectile, wherein calculating the final fire control solution comprises deriving the final fire control solution from a look-up table according to a predicted intercept point, wherein the lookup table comprises a collection of predetermined countermeasure fire solutions for multiple predicted intercept points, and wherein the final fire solution is an updating of the initial fire control solution; receiving a launch signal to initiate a launch of the projectile; launching the selected projectile; before the launching initiates, providing the initial fire control solution to the selected projectile; after launching initiates, providing a final fire control solution to the selected projectile; guiding the selected projectile according to the final fire control solution; wherein the providing includes providing the fire final control solution via a projectile interface link that couples the selected projectile to a computer in which the calculating occurs; and wherein the projectile interface link is a physical interface that releases after launch.
A method of diagnosing a twisted pair telephone line having a DSL transceiver at opposite ends of the line, the method comprising: identifying a plurality of disruptions in DSL communications on the line through analysis of at least one data parameter sampled over a time period from the line; generating a temporal distribution of the disruptions over a least a portion of the sampling period; assessing a correlation between the disruptions distribution and one or more reference distributions; and associating the disruptions with an activity on the line or with a condition of the line corresponding to the reference distribution in response to assessing the correlation. identifying a plurality of disruptions in DSL communications on the line through analysis of at least one data parameter sampled over a time period from the line; generating a temporal distribution of the disruptions over a least a portion of the sampling period; assessing a correlation between the disruptions distribution and one or more reference distributions; and associating the disruptions with an activity on the line or with a condition of the line corresponding to the reference distribution in response to assessing the correlation.
A crash box for a motor vehicle, the crash box comprising: a first crash pad having an outer skin defining a periphery of the first crash pad and a rib and web structure disposed within the outer skin and arranged to absorb crash energy, the first crash pad having a first arrangement; a second crash pad having an outer skin defining a periphery of the second crash pad and a rib and web structure disposed within the outer skin and arranged to absorb crash energy, the second crash pad having a second arrangement different than the first arrangement; wherein the first crash pad is stacked on top of the second crash pad. a first crash pad having an outer skin defining a periphery of the first crash pad and a rib and web structure disposed within the outer skin and arranged to absorb crash energy, the first crash pad having a first arrangement; a second crash pad having an outer skin defining a periphery of the second crash pad and a rib and web structure disposed within the outer skin and arranged to absorb crash energy, the second crash pad having a second arrangement different than the first arrangement; wherein the first crash pad is stacked on top of the second crash pad.
A method comprising: obtaining data identifying a particular resource; submitting a request for the particular resource to a site hosting the particular resource; receiving, in response to the request, a resource document from the site hosting the particular resource; rendering the resource document, using a headless browser, to generate a rendered resource document; evaluating a result of the rendering by analyzing the rendered resource document to determine a respective signal score for each of one or more mobile-friendliness signals, wherein evaluating the result of the rendering comprises determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are within a threshold distance of another tap target in the rendered resource document, and/or determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are smaller than a threshold size in the rendered resource document; computing a mobile-friendliness score for the particular resource from the one or more signal scores, wherein the mobile-friendliness score represents a degree to which the particular resource has been optimized to be viewed on a mobile device; and associating the mobile-friendliness score for the particular resource with the particular resource in an index. obtaining data identifying a particular resource; submitting a request for the particular resource to a site hosting the particular resource; receiving, in response to the request, a resource document from the site hosting the particular resource; rendering the resource document, using a headless browser, to generate a rendered resource document; evaluating a result of the rendering by analyzing the rendered resource document to determine a respective signal score for each of one or more mobile-friendliness signals, wherein evaluating the result of the rendering comprises determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are within a threshold distance of another tap target in the rendered resource document, and/or determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are smaller than a threshold size in the rendered resource document; determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are within a threshold distance of another tap target in the rendered resource document, and/or determining a signal score for a tap target signal from a count of tap targets in the rendered resource document that are smaller than a threshold size in the rendered resource document; computing a mobile-friendliness score for the particular resource from the one or more signal scores, wherein the mobile-friendliness score represents a degree to which the particular resource has been optimized to be viewed on a mobile device; and associating the mobile-friendliness score for the particular resource with the particular resource in an index.
Detection device for detecting an event in a monitoring area, comprising an import interface for importing at least one image, the image showing a scene of the monitoring area, comprising an image analysis unit, the image analysis unit having configuration data and being designed, on the basis of the image and the configuration data, to examine the scene of the monitoring area for the presence of the event and to detect it, characterized by a disturbance variable selection unit and a configuration unit, the disturbance variable selection unit having a plurality of disturbance variables selectable by a user, the disturbance variables forming potential error sources during the detection of the event in the scene, the disturbance variables being selected from a database of the disturbance variable selection unit, the configuration unit being designed, on the basis of the selected disturbance variable (12a, b, c), to adapt the configuration data of the image analysis unit in order to suppress the associated error source. comprising an import interface for importing at least one image, the image showing a scene of the monitoring area, comprising an image analysis unit, the image analysis unit having configuration data and being designed, on the basis of the image and the configuration data, to examine the scene of the monitoring area for the presence of the event and to detect it, characterized by a disturbance variable selection unit and a configuration unit, the disturbance variable selection unit having a plurality of disturbance variables selectable by a user, the disturbance variables forming potential error sources during the detection of the event in the scene, the disturbance variables being selected from a database of the disturbance variable selection unit, the configuration unit being designed, on the basis of the selected disturbance variable (12a, b, c), to adapt the configuration data of the image analysis unit in order to suppress the associated error source.
A hot melt adhesive for use on porous substrates, wherein the hot melt adhesive comprises: a) 10% to 70% by weight of a polypropylene homopolymer having a DSC melting point of less than 100°C; a blend of a first tackifying resin and a second tackifying resin that is different than the first tackifying resin; b) 10% to 60% of the first tackifying resin having a Ring & Ball Softening Point of 95°C to 140°C; c) 0% to 65% of the second tackifying resin,; d) 5% to 50% of a plasticizer; e) 2% to 35% by weight of a secondary additive that is different from the polypropylene homopolymer, the first and second tackifying resins and the plasticizer, said secondary additive selected from the group consisting of waxes having an enthalpy of fusion greater than 30 Joules/gram and semi-crystalline polymers having an enthalpy of fusion of from 65 Joules/gram to 81.1 Joules/gram, wherein the semi-crystalline polymers are selected from the group consisting of a polypropylene impact copolymer and a polypropylene copolymer; f) 0.1% to 5% of a stabilizer or antioxidant; wherein the components total 100% by weight of the composition, and the viscosity of the composition is equal to or less than about 20,000 centipoise (cP) at 163°C (325°F). a) 10% to 70% by weight of a polypropylene homopolymer having a DSC melting point of less than 100°C; a blend of a first tackifying resin and a second tackifying resin that is different than the first tackifying resin; b) 10% to 60% of the first tackifying resin having a Ring & Ball Softening Point of 95°C to 140°C; c) 0% to 65% of the second tackifying resin,; d) 5% to 50% of a plasticizer; e) 2% to 35% by weight of a secondary additive that is different from the polypropylene homopolymer, the first and second tackifying resins and the plasticizer, said secondary additive selected from the group consisting of waxes having an enthalpy of fusion greater than 30 Joules/gram and semi-crystalline polymers having an enthalpy of fusion of from 65 Joules/gram to 81.1 Joules/gram, wherein the semi-crystalline polymers are selected from the group consisting of a polypropylene impact copolymer and a polypropylene copolymer; f) 0.1% to 5% of a stabilizer or antioxidant;
An iron oligosaccharide compound comprising a hydrogenated oligosaccharide in stable association with ferric oxyhydroxide, the hydrogenated oligosaccharide having a weight average molecular weight (Mw) of less than 3,000 Daltons, characterized in that the content of dimer saccharide in said hydrogenated oligosaccharide is 2.9 % by weight or less, based on the total weight of the hydrogenated oligosaccharide.