mhurhangee/ep-ind-claims huggingface dataset:
A composite structure comprising: a first laminate; a second laminate; and at least one core assembly disposed between the first laminate and the second laminate including: a core component; and a layer of filler material disposed at a first face of the core component partially filling selected cells of the core component to a fill depth such that the filler material rigidized when cured to prevent movement and/or crushing of core component under a pressure applied during a cure cycle of the composite structure, wherein the filler material is arrayed in filler strips, extending over a portion of the first face or a second face, opposite the first face, of the core component, and wherein the fill depth is between about 10% and about 50% of a core component thickness. a first laminate; a second laminate; and at least one core assembly disposed between the first laminate and the second laminate including: a core component; and a layer of filler material disposed at a first face of the core component partially filling selected cells of the core component to a fill depth such that the filler material rigidized when cured to prevent movement and/or crushing of core component under a pressure applied during a cure cycle of the composite structure, wherein the filler material is arrayed in filler strips, extending over a portion of the first face or a second face, opposite the first face, of the core component, and wherein the fill depth is between about 10% and about 50% of a core component thickness. a core component; and a layer of filler material disposed at a first face of the core component partially filling selected cells of the core component to a fill depth such that the filler material rigidized when cured to prevent movement and/or crushing of core component under a pressure applied during a cure cycle of the composite structure, wherein the filler material is arrayed in filler strips, extending over a portion of the first face or a second face, opposite the first face, of the core component, and wherein the fill depth is between about 10% and about 50% of a core component thickness.
An image scanning device comprising: a first scanner scanning a top side of a transported document at a first scanning position to obtain a first scanned image, a second scanner scanning a back side of said transported document at a second scanning position to obtain a second scanned image, a document feeder (63-70, 161) transporting said document at said second scanning position at a speed different from the transportation speed at said first scanning position, and a controller controlling said image scanning device, said controller configured to set, as a scanning form of said document, one-side scanning of scanning one side of a document through one transportation, or dual-side scanning of scanning both sides of a document through one transportation, obtain a set magnification, and determine the transportation speed of said document feeder (63-70, 161) such that, when said one-side scanning is set, the scanning magnification in a first direction corresponding to a transportation direction of said document attains said set magnification at said first scanned image, and when said dual-side scanning is set, the scanning magnification in said first direction attains said set magnification at said second scanned image; wherein said second scanning position is arranged downstream of said first scanning position in the document transportation direction, said document feeder transports the document such that the transportation speed at said second scanning position is higher than the transportation speed at said first scanning position, said controller is configured to execute an electronic variable scale magnification process of electronic shrinkage such that the scanning magnification in said first direction attains said set magnification for said first scanned image when said dual-side scanning is set. a first scanner scanning a top side of a transported document at a first scanning position to obtain a first scanned image, a second scanner scanning a back side of said transported document at a second scanning position to obtain a second scanned image, a document feeder (63-70, 161) transporting said document at said second scanning position at a speed different from the transportation speed at said first scanning position, and a controller controlling said image scanning device,
A battery diagnostic device, comprising: a sensing unit configured to measure a current and voltage of a battery; and a processor configured to estimate a SOC (State Of Charge) of the battery based on the current measured by the sensing unit, select a plurality of SOCs according to a predetermined condition from SOC-voltage data where the voltage measured by the sensing unit and the estimated SOC are mapped with each other, divide a preset SOC region into a plurality of sub-regions based on a size of the plurality of selected SOCs, calculate a size of each of the plurality of sub-regions based on the size of each of the plurality of divided sub-regions and a size of a preset reference region, diagnose a change of at least one of an active material area, a depth of discharge and a depth of charge of the battery according to a change value of the calculated size of each of the plurality of sub-regions, and determine whether a mode of the battery is a normal mode or a failure mode based on the diagnosis result. a sensing unit configured to measure a current and voltage of a battery; and a processor configured to estimate a SOC (State Of Charge) of the battery based on the current measured by the sensing unit, select a plurality of SOCs according to a predetermined condition from SOC-voltage data where the voltage measured by the sensing unit and the estimated SOC are mapped with each other, divide a preset SOC region into a plurality of sub-regions based on a size of the plurality of selected SOCs, calculate a size of each of the plurality of sub-regions based on the size of each of the plurality of divided sub-regions and a size of a preset reference region, diagnose a change of at least one of an active material area, a depth of discharge and a depth of charge of the battery according to a change value of the calculated size of each of the plurality of sub-regions, and determine whether a mode of the battery is a normal mode or a failure mode based on the diagnosis result.
A system comprising: - a plurality of controllable light sources configured to provide light in an illumination mode to illuminate areas; and - a processor configured to switch between an interaction mode and the illumination mode in response to a user input from a user; wherein, in said interaction mode, said processor is adapted to control said plurality of controllable light sources to provide previews of said light with at least one varying attribute for selection of one preview of said previews by said user; and wherein, in said illumination mode, said processor is configured to control said at least one controllable light source to provide said light having attributes of said one preview, characterized in that - in said interaction mode, said processor is configured to provide said previews with a portion of said plurality of controllable light sources while a rest of the plurality of controllable light sources remains in the illumination mode. - a plurality of controllable light sources configured to provide light in an illumination mode to illuminate areas; and - a processor configured to switch between an interaction mode and the illumination mode in response to a user input from a user; - in said interaction mode, said processor is configured to provide said previews with a portion of said plurality of controllable light sources while a rest of the plurality of controllable light sources remains in the illumination mode.
A process for preparing a spray-dried laundry detergent particle, wherein the process comprises the step of contacting zeolite to monomeric organic carboxylic acid in an aqueous mixture, wherein the aqueous mixture has a pH of 4.2 or less, wherein the aqueous mixture comprises detersive surfactant, wherein the aqueous mixture is substantially free of silicate salt, and wherein the aqueous mixture is substantially free of carbonate salt, wherein the zeolite reacts with the monomeric organic carboxylic acid to form silica, wherein the aqueous mixture is spray-dried to form a spray-dried laundry detergent particle, wherein the particle comprises: detersive surfactant; monomeric organic carboxylic acid; and silica, wherein the particle is substantially free of silicate salt, and wherein the particle is substantially free of carbonate salt, wherein the weight ratio of monomeric organic carboxylic acid to zeolite present in the aqueous mixture is at least 1.6.
A flow control device comprising: a solenoid the solenoid comprising an armature; a piston connected to the armature, the piston comprising a primary orifice, whereby the piston has an open position and a closed position; a piston spring connected to the piston; at least one secondary orifice wherein movement of the piston to the open position at least partially opens the at least one secondary orifice and wherein movement of the piston to the closed position at least partially closes the at least one secondary orifice, and wherein movement of the armature actuates the piston movement and controls fluid flow from the primary orifice through the at least one secondary orifice, characterized by further comprising a binary valve (3016, 3018, 3020) comprising: a plunger; a spring for biasing the plunger in an open position; and a diaphragm actuated by the plunger, wherein the piston actuates the plunger to move the plunger to a closed position. a solenoid the solenoid comprising an armature; a piston connected to the armature, the piston comprising a primary orifice, whereby the piston has an open position and a closed position; a piston spring connected to the piston; at least one secondary orifice wherein movement of the piston to the open position at least partially opens the at least one secondary orifice and wherein movement of the piston to the closed position at least partially closes the at least one secondary orifice, and wherein movement of the armature actuates the piston movement and controls fluid flow from the primary orifice through the at least one secondary orifice, characterized by further comprising a binary valve (3016, 3018, 3020) comprising: a plunger; a spring for biasing the plunger in an open position; and a diaphragm actuated by the plunger, a plunger; a spring for biasing the plunger in an open position; and a diaphragm actuated by the plunger, wherein the piston actuates the plunger to move the plunger to a closed position.
Impact absorber for a casting vessel for casting metallic melts, - with a wall (1.2) which surrounds an impact surface (1.1) and which in conjunction with the impact surface (1.1) defines an open volume inside the impact absorber, into which open volume metallic melt is poured, - with at least one connection, arranged on the impact absorber, for connecting to at least one gas-conveying line, wherein the connection is connected in a gas-conducting manner to at least one opening (4, 5) from which gas can be conducted, characterized in that the at least one opening (4, 5) points in the direction of the open volume for outflow of a gas, wherein at least one or more openings are provided in the impact surface (1.1), wherein the opening (4, 5) is designed in the form of a nozzle with a diameter of between d = 0.2 and 10 mm. - with a wall (1.2) which surrounds an impact surface (1.1) and which in conjunction with the impact surface (1.1) defines an open volume inside the impact absorber, into which open volume metallic melt is poured, - with at least one connection, arranged on the impact absorber, for connecting to at least one gas-conveying line, wherein the connection is connected in a gas-conducting manner to at least one opening (4, 5) from which gas can be conducted,
A gas humidification apparatus comprising: inlet means for supplying a gas, a humidification device in fluid communication with said inlet means, said humidification device comprising a humidification material that readily absorbs moisture and readily releases moisture when exposed to a dry environment, outlet means in fluid communication with said humidification device for expelling said gas from said gas humidification apparatus, wherein said gas humidification apparatus comprises turbulence means for generating turbulence in said gas, and in that said humidification apparatus further comprises a heater, wherein said humidification device envelops said heater, wherein said humidification material has a configuration that generates turbulence in said gas as it passes over a surface of said humidification material, characterized in that said surface of said humidification material is serrated or star-shaped. inlet means for supplying a gas, a humidification device in fluid communication with said inlet means, said humidification device comprising a humidification material that readily absorbs moisture and readily releases moisture when exposed to a dry environment, outlet means in fluid communication with said humidification device for expelling said gas from said gas humidification apparatus, wherein said gas humidification apparatus comprises turbulence means for generating turbulence in said gas, and in that said humidification apparatus further comprises a heater, wherein said humidification device envelops said heater, wherein said humidification material has a configuration that generates turbulence in said gas as it passes over a surface of said humidification material, characterized in that said surface of said humidification material is serrated or star-shaped.
An elevator to manipulate a tubular segment, the elevator comprising: an elevator body with a bore formed therethrough having an axis therein, the elevator body including a first elevator segment and a second elevator segment, wherein each of the first elevator segment and the second elevator segment comprise: a plurality of openings extending from an outer surface of the elevator body to the bore of the elevator body; a plurality of slip assemblies disposed inside the plurality of openings of the first elevator segment and the second elevator segment and coupled to the elevator body, each of the plurality of slip assemblies comprising: a slip, the slip biased towards a center of the bore of the elevator body and including an engagement surface, disposed orthogonal to the axis of the bore of the elevator body, that engages the tubular segment; a first pin disposed between a first end of the first elevator segment and a first end of the second elevator segment, wherein the first end of the first elevator segment and the first end of the second elevator segment are coupled together by the first pin; and a coupling means disposed between a second end of the first elevator segment and a second end of the second elevator segment, wherein the second end of the first elevator segment and the second end of the second elevator segment are coupled together by the coupling means. an elevator body with a bore formed therethrough having an axis therein, the elevator body including a first elevator segment and a second elevator segment, wherein each of the first elevator segment and the second elevator segment comprise: a plurality of openings extending from an outer surface of the elevator body to the bore of the elevator body; a plurality of slip assemblies disposed inside the plurality of openings of the first elevator segment and the second elevator segment and coupled to the elevator body, each of the plurality of slip assemblies comprising: a slip, the slip biased towards a center of the bore of the elevator body and including an engagement surface, disposed orthogonal to the axis of the bore of the elevator body, that engages the tubular segment; a first pin disposed between a first end of the first elevator segment and a first end of the second elevator segment, wherein the first end of the first elevator segment and the first end of the second elevator segment are coupled together by the first pin; and a coupling means disposed between a second end of the first elevator segment and a second end of the second elevator segment, wherein the second end of the first elevator segment and the second end of the second elevator segment are coupled together by the coupling means.
Device for the surface treatment of molded parts, comprising - a container for receiving a number of molded parts to be treated, and - an arrangement for introducing liquid or powdery surface treatment agents into an interior of the container, wherein - the arrangement comprises a capsule and an application apparatus, - a number of chambers are formed in the capsule, in which chambers the surface treatment agents to be introduced are received, and - the application apparatus is adapted to apply a gas or a fluid to the chambers formed in the capsule independently of one another in order to bring the surface treatment agent received in the chambers of the capsule into the interior of the container, the application apparatus has at least one supply line for supplying the gas or fluid to the chambers of the capsule, and the application apparatus has a compressor which can be coupled to the capsule via the at least one supply line in order to introduce the gas or fluid into the capsule at a pressure. - a container for receiving a number of molded parts to be treated, and - an arrangement for introducing liquid or powdery surface treatment agents into an interior of the container, wherein - the arrangement comprises a capsule and an application apparatus, - a number of chambers are formed in the capsule, in which chambers the surface treatment agents to be introduced are received, and - the application apparatus is adapted to apply a gas or a fluid to the chambers formed in the capsule independently of one another in order to bring the surface treatment agent received in the chambers of the capsule into the interior of the container, the application apparatus has at least one supply line for supplying the gas or fluid to the chambers of the capsule, and the application apparatus has a compressor which can be coupled to the capsule via the at least one supply line in order to introduce the gas or fluid into the capsule at a pressure.
Seat for vehicles, in particular motor vehicles, with separate backrest and seat base, comprising: - a seat base, and - a backrest; wherein the seat base is separate from the backrest, and wherein the seat base is constrained to the backrest so that it can rotate relative thereto; the seat base and the backrest are each manufactured as one piece of metallic material in a single cold-moulding process; the seat is characterized in that at least one of the seat base and the backrest comprises an engagement edge (20, 30) configured for engaging, via mechanical interference, with a cover for said seat in order to retain said cover. - a seat base, and - a backrest;
Bicycle saddle comprising a saddle shell, a saddle frame connected with a lower side of the saddle shell, and a saddle pad arranged on an upper side of the saddle shell, the saddle pad comprising at least two pad elements (28, 30; 30), wherein an inner pad element is enclosed at least in part by an outer pad element, in particular overmolded or foam-encapsulated and is arranged in the seat region of the bicycle saddle, wherein a lower side (32, 52) of the inner pad element is in surface contact with the upper side of the saddle shell, characterized in that the inner pad element is designed as an elastomer body and comprises one or more particulate foams and a rear region of the inner pad element, directed rearward in the traveling direction and arranged at a rear side of the saddle shell, is not enclosed by an outer pad element, so that the inner pad element is visible. a saddle shell, a saddle frame connected with a lower side of the saddle shell, and a saddle pad arranged on an upper side of the saddle shell, the saddle pad comprising at least two pad elements (28, 30; 30), wherein an inner pad element is enclosed at least in part by an outer pad element, in particular overmolded or foam-encapsulated and is arranged in the seat region of the bicycle saddle, wherein a lower side (32, 52) of the inner pad element is in surface contact with the upper side of the saddle shell, characterized in that the inner pad element is designed as an elastomer body and comprises one or more particulate foams and a rear region of the inner pad element, directed rearward in the traveling direction and arranged at a rear side of the saddle shell, is not enclosed by an outer pad element, so that the inner pad element is visible.
A clamping tool comprising: a) a main frame comprising a slide rail; b) a first clamping surface structure mechanically coupled to the main frame; c) a coupling structure configured to be moved along the slide rail and to be secured to the slide rail; d) a straight line action clamp attached to the coupling structure, a plunger of the straight line action clamp is movable axially in a passage of a base member of the straight line action clamp in a direction parallel to the moving direction of the coupling structure along the slide rail under control of a lever which is mechanically coupled to a proximal end of the plunger; and, e) a second clamping surface structure mechanically coupled to a distal end of the plunger of the straight line action clamp; an elevation arranged on the plunger defines the maximum displacement of the plunger in the base member when moving the lever from a clamp position of to a release position and vice versa, the clamping tool being configured such that when the second clamping surface structure is positioned without pressure against the first clamping surface structure in the release position and the coupling structure is secured to the slide rail, a defined clamping force is exerted between the surface structures after the handle is moved from the release position to the clamp position, characterized in that, the clamping tool further comprises an orientation adjusting member, a free end of the slide rail is coupled to the orientation adjusting member, the orientation adjusting member being configured to rotate the main frame around a rotation axis parallel to the moving direction of the coupling structure along the slide rail and comprises a self-locking structure for securing the orientation. a) a main frame comprising a slide rail; b) a first clamping surface structure mechanically coupled to the main frame; c) a coupling structure configured to be moved along the slide rail and to be secured to the slide rail; d) a straight line action clamp attached to the coupling structure, a plunger of the straight line action clamp is movable axially in a passage of a base member of the straight line action clamp in a direction parallel to the moving direction of the coupling structure along the slide rail under control of a lever which is mechanically coupled to a proximal end of the plunger; and, e) a second clamping surface structure mechanically coupled to a distal end of the plunger of the straight line action clamp;