mhurhangee/ep-ind-claims huggingface dataset:
A system for providing vehicle driver support, in which system assistance functions for supporting the driver during stopping and starting processes are carried out in a motor vehicle, said assistance functions being activated as a function of a first comparison between at least one driving state variable and a threshold value and/or on the basis of first actuation signals of actuation means which can be operated by the driver, wherein a control unit determines a vehicle state as a function of a comparison of the vehicle speed ( ν) and/or the vehicle acceleration with a threshold value ( S ν), wherein the control unit checks whether at least one assistance function (S&G, DBF, AVH, SA, DAR, HSA), is activated, and wherein the control unit controls the brake system of the vehicle as a function of the determined vehicle state if at least one assistance function (S&G, DBF, AVH, SA, DAR, HSA) is activated, characterized in that the brake system of the vehicle comprises a service brake system and an electric parking brake, and in that the control unit is embodied as a state machine, wherein a vehicle state is detected be checking in a further vehicle state whether a transition condition is present for a state transition, and a state transition takes place if the transition condition is met, which is detected on the basis of the comparison of the vehicle speed ( ν) and/or the vehicle acceleration with a predefined threshold value ( S ν) and, if appropriate, on the basis of further actuation signals of the actuation means, wherein precisely one vehicle state is detected which is selected from one of the following vehicle states: creeping, stopping, arresting, parking, starting, and wherein the electric parking brake is actuated in the parking vehicle state.
A battery electrode comprising: - a grid having a perimeter; - an active material provided on the grid; characterised in that the battey electrode comprises - a pasting textile provided into the active material, wherein the pasting textile includes point-bonded webs of fibers, wherein the fibers are microfibers.; wherein the electrode does not further comprise a pasting paper. - a grid having a perimeter; - an active material provided on the grid; characterised in that the battey electrode comprises - a pasting textile provided into the active material, wherein the pasting textile includes point-bonded webs of fibers, wherein the fibers are microfibers.; wherein the electrode does not further comprise a pasting paper.
A reduced pressure treatment apparatus comprising: a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between an extended position and a compressed position; a charging chamber disposed between the piston and the closed end; a biasing member adapted to bias the piston toward the extended position; a valve member adapted to allow fluid to exit the charging chamber as the piston moves toward the compressed position and to prevent fluid from entering the charging chamber as the piston moves toward the extended position; a regulated chamber; a passage between the regulated chamber and the charging chamber; and a regulator member configured to regulate fluid communication through the passage; characterized in that the passage has a bore size adapted to deflect the regulator member to cause an audible indication of a leak greater than a predetermined leak threshold. a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between an extended position and a compressed position; a charging chamber disposed between the piston and the closed end; a biasing member adapted to bias the piston toward the extended position; a valve member adapted to allow fluid to exit the charging chamber as the piston moves toward the compressed position and to prevent fluid from entering the charging chamber as the piston moves toward the extended position; a regulated chamber; a passage between the regulated chamber and the charging chamber; and a regulator member configured to regulate fluid communication through the passage; characterized in that the passage has a bore size adapted to deflect the regulator member to cause an audible indication of a leak greater than a predetermined leak threshold.
Method for joining a first blank and a second blank, at least one of the first and second blanks comprising at least a layer of aluminum or of an aluminum alloy or a layer of zinc or of a zinc alloy, the method comprising: selecting a first portion of the first blank to be joined to the second blank, and selecting a second portion of the second blank to be joined to the first portion; melting the first portion and the second portion, while supplying a filler wire to a weld zone using a first and a second laser beam (L1, L2), wherein the first laser beam melts the filler wire in the weld zone during welding, and the first portion and the second portion of the blanks are melted and mixed with the melted filler wire using the second laser beam. selecting a first portion of the first blank to be joined to the second blank, and selecting a second portion of the second blank to be joined to the first portion; melting the first portion and the second portion, while supplying a filler wire to a weld zone using a first and a second laser beam (L1, L2), wherein the first laser beam melts the filler wire in the weld zone during welding, and the first portion and the second portion of the blanks are melted and mixed with the melted filler wire using the second laser beam.
A facility for synthesizing silicon-containing nanoparticles by laser pyrolysis, wherein a precursor containing silicon is conveyed by a carrier fluid to a pyrolysis reactor in order to receive a laser radiation, said facility including: - a laser source having at least an adjusted power, - a set of valves for controlling the dilution of the precursor in the carrier fluid, and - means suitable for: • conveying, by the carrier fluid, the precursor containing silicon to the pyrolysis reactor; • applying, in the reactor, laser radiation to a mixture containing the carrier fluid and the precursor; • recovering, at an outlet of the reactor, silicon-containing nanoparticles. - a laser source having at least an adjusted power, - a set of valves for controlling the dilution of the precursor in the carrier fluid, and - means suitable for: • conveying, by the carrier fluid, the precursor containing silicon to the pyrolysis reactor; • applying, in the reactor, laser radiation to a mixture containing the carrier fluid and the precursor; • recovering, at an outlet of the reactor, silicon-containing nanoparticles. • conveying, by the carrier fluid, the precursor containing silicon to the pyrolysis reactor; • applying, in the reactor, laser radiation to a mixture containing the carrier fluid and the precursor; • recovering, at an outlet of the reactor, silicon-containing nanoparticles.
A dressing (100,200) for applying on a wound, comprising: an absorbent pad (140,240) having a wound-facing surface and a second surface opposite from the wound-facing surface, wherein the absorbent pad (140,240) consists essentially of cellulosic fibers and polymeric fibers; and a non-stick film secured to the absorbent pad (140,240) on the wound-facing surface, the non-stick film having a first region (150b,250b) consisting essentially of a first polyester and a second region (150a,250a) consisting essentially of a second polyester having a lower melting point than the first polyester. an absorbent pad (140,240) having a wound-facing surface and a second surface opposite from the wound-facing surface, wherein the absorbent pad (140,240) consists essentially of cellulosic fibers and polymeric fibers; and a non-stick film secured to the absorbent pad (140,240) on the wound-facing surface, the non-stick film having a first region (150b,250b) consisting essentially of a first polyester and a second region (150a,250a) consisting essentially of a second polyester having a lower melting point than the first polyester.
Cosmetic and in particular mascara unit, with an applicator and a reservoir, in which the applicator can be fixed to the reservoir such that the applicator tightly closes the removal opening of the reservoir, whereas the part of the applicator permanently outside the reservoir is collapsible, characterized in that the applicator manifests a wedge- or taper-like thickening section, which braces elastically against a section of a wiper or sealing element inserted into the mouth of the reservoir along its circumference as soon as the applicator is inserted into the reservoir with the pressure which is necessary in order to put the applicator into its readiness position on the reservoir, whereas the bracing is such that a secure sealing which protects against leakage of the cosmetic is formed by it.
A rotor vane for an aircraft turbine engine, this vane having an axis of rotation once it is secured to a rotor and a stacking axis and comprising a blade extending along the stacking axis between an internal platform and an external platform which bears at least one projecting wiper (31, 32), said blade comprising an intrados and an extrados and said external platform comprising, on the side of said intrados and extrados, lateral edges (21, 22) configured to cooperate in a form-fitting manner with complementary lateral edges (22, 21) of adjacent vanes, these lateral edges each comprising an anti-wear coating, one of these lateral edges forming a hollow tip comprising a bowl for receiving said coating and also comprising a first concave cylindrical surface segment formed partly in said external platform and partly in a low wall which projects from this platform and which is connected to said at least one wiper, this first surface segment extending along and about a virtual axis substantially parallel to said stacking axis, characterised in that: - said low wall has a thickness measured in a direction substantially perpendicular to said virtual axis, which is greater than or equal to 2.5mm, - said first surface segment has a height measured along said virtual axis, which is equal to at least 150% of the thickness of the low wall. - said low wall has a thickness measured in a direction substantially perpendicular to said virtual axis, which is greater than or equal to 2.5mm, - said first surface segment has a height measured along said virtual axis, which is equal to at least 150% of the thickness of the low wall.
A system for use during laparoscopic surgery, the system comprising: a recirculation circuit having an inlet and an outlet, the inlet configured to connect to a body cavity and the outlet configured to connect to a gases conduit between a primary flow generator and a connection to the body cavity, the recirculation circuit configured to receive gases passing through the body cavity and reintroduce said gases to the body cavity; a pneumatic isolation feature between the recirculation circuit and the primary flow generator to pneumatically isolate the recirculation circuit from the primary flow generator, the pneumatic isolation feature in fluid communication with the recirculation circuit; an active filtration unit positioned along the recirculation circuit, the active filtration unit comprising an inlet, an outlet, a flow generator portion and a filtration portion, the flow generator portion configured to create a pressure differential between the inlet and the outlet, the filtration portion comprising a filter adapted to remove smoke and other debris from a gases flow through the recirculation circuit; and a condensate management system positioned along the recirculation circuit; characterized in that the system further comprises a humidifier for humidifying the gases being delivered to the body cavity from the primary flow generator, the humidifier being positioned along a flow path between the primary flow generator and the outlet of the recirculation circuit. a recirculation circuit having an inlet and an outlet, the inlet configured to connect to a body cavity and the outlet configured to connect to a gases conduit between a primary flow generator and a connection to the body cavity, the recirculation circuit configured to receive gases passing through the body cavity and reintroduce said gases to the body cavity; a pneumatic isolation feature between the recirculation circuit and the primary flow generator to pneumatically isolate the recirculation circuit from the primary flow generator, the pneumatic isolation feature in fluid communication with the recirculation circuit; an active filtration unit positioned along the recirculation circuit, the active filtration unit comprising an inlet, an outlet, a flow generator portion and a filtration portion, the flow generator portion configured to create a pressure differential between the inlet and the outlet, the filtration portion comprising a filter adapted to remove smoke and other debris from a gases flow through the recirculation circuit; and a condensate management system positioned along the recirculation circuit; characterized in that the system further comprises a humidifier for humidifying the gases being delivered to the body cavity from the primary flow generator, the humidifier being positioned along a flow path between the primary flow generator and the outlet of the recirculation circuit.
A tubular smoke shaft section comprising plurality of vertical walls (3a,3b,3c,3d) in connection with each other and arranged to border a hollow upwards and downwards open smoke guiding channel, wherein each said wall (3a,3b,3c,3d) has a sandwich structure and comprises a first face sheet forming an inner face of the wall (3a,3b,3c,3d) and a second face sheet forming an outer face of the wall (3a,3b,3c,3d), and an insulation layer between said first face sheet and said second face sheet, the tubular smoke shaft section having an upper end and a lower end, in particular shaped to form counterparts for each other for enabling piling of tubular smoke shaft sections on top of each other, wherein the tubular smoke shaft section comprises fixing members (11,12,13) comprising one or more first horizontal plate portions (11a,13a) extending horizontally at the upper end of the smoke shaft section, and one or more second horizontal plate portions (12a,13b) extending horizontally at the lower end of the smoke shaft section, wherein said first and second horizontal plate portions (11a,12a;13a,13b) are positioned such that they overlap vertically, characterized in that said first and second horizontal plate portions extend inside the smoke guiding channel or inside the vertical projection of the smoke guiding channel.
A hydraulic antivibration support for interposing between two rigid elements and comprising: - first and second rigid strength members (1, 3) for fixing to the two rigid elements that are to be united; - an elastomer body interconnecting the first and second strength members (1,3) and defining part of a working chamber filled with liquid; - a flexible wall defining part of a compensation chamber filled with liquid and connected to the working chamber via a constricted passage; - a rigid partition secured to the second strength member and separating the working chamber from the compensation chamber, the rigid partition presenting an outer periphery that is flat, said compensation chamber being defined between said rigid partition and said flexible wall; and - rigid annular reinforcement fixed directly to the periphery of the flexible wall and engaged in the second strength member, the annular reinforcement being clamped axially against the flat outer periphery of the rigid partition, said outer periphery presenting thickness that is less than the thickness of the annular reinforcement; the annular reinforcement including a peripheral groove that is covered by the rigid partition and that co-operates with the rigid partition to define the constructed passage, characterized in that the annular reinforcement is disposed entirely in register with the flat outer periphery of the rigid partition and bears against said flat outer periphery on either side of the groove. - first and second rigid strength members (1, 3) for fixing to the two rigid elements that are to be united; - an elastomer body interconnecting the first and second strength members (1,3) and defining part of a working chamber filled with liquid; - a flexible wall defining part of a compensation chamber filled with liquid and connected to the working chamber via a constricted passage; - a rigid partition secured to the second strength member and separating the working chamber from the compensation chamber, the rigid partition presenting an outer periphery that is flat, said compensation chamber being defined between said rigid partition and said flexible wall; and - rigid annular reinforcement fixed directly to the periphery of the flexible wall and engaged in the second strength member, the annular reinforcement being clamped axially against the flat outer periphery of the rigid partition, said outer periphery presenting thickness that is less than the thickness of the annular reinforcement;
Cooking appliance (1; 1a; 1b; 21; 41; 51), having a cooking chamber delimited by means of a cooking chamber wall (2; 2a), at least two sensor units (6, 7) arranged outside the cooking chamber and an opening in the cooking chamber wall, through which opening at least one property of the cooking chamber can be detected by means of one of the at least two senor units (6, 7), characterised in that - a motor-movable changing device (4; 22; 42; 52) is provided outside the cooking chamber, - the changing device (4; 22; 42; 52) is equipped with at least two sensor units (6, 7) for detecting at least one property of the cooking chamber, and - the changing device (4; 22; 42; 52) can be set in such a way, by motorised movement, that one of the sensor units (6, 7) can be positioned in front of the opening at a time. - a motor-movable changing device (4; 22; 42; 52) is provided outside the cooking chamber, - the changing device (4; 22; 42; 52) is equipped with at least two sensor units (6, 7) for detecting at least one property of the cooking chamber, and - the changing device (4; 22; 42; 52) can be set in such a way, by motorised movement, that one of the sensor units (6, 7) can be positioned in front of the opening at a time.
Placement head for populating substrates with electrical components with a housing, on which a plurality of mountings for the components are displaceably located in a direction perpendicular (z) to the substrate, wherein - the mountings have suction orifices at their lower end facing the substrate to apply suction to the components, - the suction orifices can be switchably connected to a vacuum source and a compressed air source, - each of the holders is connected to a first and a second switching valve whose outlets are connected with the associated suction orifice and wherein - an inlet of the first switching valve is connected to the vacuum source and an inlet of the second switching valve is connected to the compressed air source, and wherein - the second switching valve can be actuated by the displacement movement of the mounting, characterised in that - the inlets of the second switching valves are connected to a common third switching valve, which comprises a first and a second inlet, which can be switched to connect with the compressed air source or the vacuum source, and - the outlets connected to the suction orifice of the first and second switching valve (12, 16) can be individually and jointly switched to the vacuum source. - the mountings have suction orifices at their lower end facing the substrate to apply suction to the components, - the suction orifices can be switchably connected to a vacuum source and a compressed air source, - each of the holders is connected to a first and a second switching valve whose outlets are connected with the associated suction orifice and wherein - an inlet of the first switching valve is connected to the vacuum source and an inlet of the second switching valve is connected to the compressed air source, and wherein - the second switching valve can be actuated by the displacement movement of the mounting, characterised in that - the inlets of the second switching valves are connected to a common third switching valve, which comprises a first and a second inlet, which can be switched to connect with the compressed air source or the vacuum source, and - the outlets connected to the suction orifice of the first and second switching valve (12, 16) can be individually and jointly switched to the vacuum source.
An absorbent article comprising a first body portion, a second body portion and a crotch portion located between said first and second body portions (20, 30) in the longitudinal direction of the article; the article comprising a waistband which is attached to the first and second body portion (30, 20), of the article such that the lateral edges of the first and second body portions are interconnected by said waistband; in such a way that the article assumes a pant diaper form in which the waistband forms part of the waist portion of the pant diaper, said waistband comprising a reception surface for a fastening means; said waistband comprising at least one perforation extending across the waistband which allows the waistband to be separated into first and second belt portions (54, 56), allowing the pant diaper to be converted into a belt diaper, whereby at least a part of the reception surface is located on each belt portion (54, 56); wherein the reception surface is arranged on the garment-facing side of the waistband, wherein the first belt portion comprises at least one first fastening means adapted to be attached to the reception surface on the second belt portion; the first body portion of the article comprising at least one second fastening means adapted to be attached to the reception surface on the first and/or second belt portion (54, 56) such that the article assumes a belt diaper form; characterized in that said at least one second fastening means is arranged such that, in the pant diaper form, the first body portion is releasably attached to the reception surface of the waistband via said at least one second fastening means..
A sample holder, comprising: a cap arranged to engage with and close an opening of at least one vessel, the cap having a top and a bottom, and a gripping surface between the top and bottom; a porous element including a polymer material and being fibrous in construction attached to the bottom of the cap and extending away from the bottom of the cap, the porous element arranged to hold blood in an inner space of the porous element; and a container having an internal space constructed and arranged to receive the cap and porous element into the internal space, the container including a cover arranged to enclose the cap and porous element in the internal space such that the internal space is sealed with the cap and the porous element enclosed in the internal space,the internal space of the container being arranged to dry a blood sample held by the porous element with the porous element enclosed in the internal space so that the blood sample may dry in an enclosed environment. a cap arranged to engage with and close an opening of at least one vessel, the cap having a top and a bottom, and a gripping surface between the top and bottom; a porous element including a polymer material and being fibrous in construction attached to the bottom of the cap and extending away from the bottom of the cap, the porous element arranged to hold blood in an inner space of the porous element; and a container having an internal space constructed and arranged to receive the cap and porous element into the internal space, the container including a cover arranged to enclose the cap and porous element in the internal space such that the internal space is sealed with the cap and the porous element enclosed in the internal space,the internal space of the container being arranged to dry a blood sample held by the porous element with the porous element enclosed in the internal space so that the blood sample may dry in an enclosed environment.