mhurhangee/ep-ind-claims huggingface dataset:
Method for steering a vehicle which is suitable for the maintenance of green areas, in particular of lawn areas and meadow areas and which has a steering means, the change of direction of which is transmitted by means of wire-bound or wireless steering transmission means to at least one vehicle wheel which is attached in a steerable fashion to a wheel suspension system, for which purpose firstly the change in direction of the steering means is detected by means of at least one steering sensor, the signal of which is passed on to an electronic processing unit and is used by the latter to actuate at least one drive which changes the wheel position, characterized in that a position sensor for detecting the wheel position of the vehicle wheel to be steered is present, the signal of which position sensor is passed on to the electronic processing unit and compared there with a comparison value of the steering signal, with the result that a setpoint/actual value of comparison is made possible.
A tissue graft suspension device, comprising: a platform member; a graft connecting element coupled to the platform member such that a portion of the graft connecting element forms a loop for attachment to a tissue graft; and an enclosure member comprising a mesh of suture material coupled to the loop of the graft connecting element and configured to enclose a biologic material, the enclosure member defining an opening (28a, 28b) configured to receive the biologic material; wherein the graft connecting element and the enclosure member are configured such that, during use, the tissue graft is coupled to the loop and in contact with the enclosure member. a platform member; a graft connecting element coupled to the platform member such that a portion of the graft connecting element forms a loop for attachment to a tissue graft; and an enclosure member comprising a mesh of suture material coupled to the loop of the graft connecting element and configured to enclose a biologic material, the enclosure member defining an opening (28a, 28b) configured to receive the biologic material; wherein the graft connecting element and the enclosure member are configured such that, during use, the tissue graft is coupled to the loop and in contact with the enclosure member.
A method of wirelessly transmitting data from a wearable device worn by a user, the method comprising: gathering information regarding the position, orientation or movement of the user via at least one wearable sensor device (220, 302) worn by the user; determining, via a processor, from the gathered information whether at least one condition is present that affects the ability to wirelessly transmit a data packet; and enabling, via the processor, a duplicate packet transmittal procedure that transmits at least one duplicate data packet upon determining the at least one condition is present, wherein the data packet is transmitted from the wearable device worn by the user, wherein the at least one condition includes one or more of a number of data packet transmit attempts above a transmit attempt threshold, excessive transmittal retry attempts, user velocity above a velocity threshold, the wearable device's location with respect to the user and body-blocking. gathering information regarding the position, orientation or movement of the user via at least one wearable sensor device (220, 302) worn by the user; determining, via a processor, from the gathered information whether at least one condition is present that affects the ability to wirelessly transmit a data packet; and enabling, via the processor, a duplicate packet transmittal procedure that transmits at least one duplicate data packet upon determining the at least one condition is present, wherein the data packet is transmitted from the wearable device worn by the user, wherein the at least one condition includes one or more of a number of data packet transmit attempts above a transmit attempt threshold, excessive transmittal retry attempts, user velocity above a velocity threshold, the wearable device's location with respect to the user and body-blocking.
A handle assembly for a folding perambulator including adjustable length handle means including a rotatable member which, in one direction of rotation, is arranged to permit adjustment of the length of said handle means only and, in an opposite direction of rotation, is arranged to adjust locking means located at a remote end of said handle means to permit the handle means to rotate about a frame, in operation, attached to said handle means.
A method of enhancing the performance of a collector in a froth flotation separation of slurry in a medium, the method comprising the steps of: making a stable collector microemulsion, blending the microemulsion, the medium, fines, and optionally other additives, and removing concentrate from the slurry by sparging the slurry, characterized in that the microemulsion comprises a continuous phase which is water and a dispersed phase, the microemulsion as a whole by weight is made up of: 1-99% water, blended with: 1-50% active collector, 1-25% fatty acid, 1-30% 2-butoxy ethanol, 1-25% alcohol blend waste stream derived from the production of 2-ethyl hexanol comprising one or more compounds selected from the group consisting of 2-ethylhexan-1-ol, alcohols C12 and higher, diols C8 to C12 and higher, alkyl ethers, alkyl esters, aliphatic hydrocarbons, pyrans C 12 H 24 O and C 12 H 22 0, aliphatic aldehydes and aliphatic acetals, and 1-10% potassium hydroxide. making a stable collector microemulsion, blending the microemulsion, the medium, fines, and optionally other additives, and removing concentrate from the slurry by sparging the slurry, characterized in that the microemulsion comprises a continuous phase which is water and a dispersed phase, the microemulsion as a whole by weight is made up of: 1-99% water, blended with: 1-50% active collector, 1-25% fatty acid, 1-30% 2-butoxy ethanol, 1-25% alcohol blend waste stream derived from the production of 2-ethyl hexanol comprising one or more compounds selected from the group consisting of 2-ethylhexan-1-ol, alcohols C12 and higher, diols C8 to C12 and higher, alkyl ethers, alkyl esters, aliphatic hydrocarbons, pyrans C 12 H 24 O and C 12 H 22 0, aliphatic aldehydes and aliphatic acetals, and 1-10% potassium hydroxide.
Method of inserting a fuel rod through spacer grids of a nuclear fuel assembly, the method comprising inserting the fuel rod through the spacer grids aligned along an assembling axis with passing the fuel rod through a lubrication chamber aligned with the spacer grids such that the lubrication chamber is passed through by the fuel rod before the insertion of the fuel rod through one of the spacer grids, and circulating a lubrication fluid containing a gas and a lubricant in gaseous phase and/or mist form in the lubrication chamber, the lubrication fluid being injected in the lubrication chamber at a temperature strictly higher than ambient temperature, such that lubricant deposits or condensates in liquid phase with forming a lubricant film on an external surface of the fuel rod that is being inserted through said one of the spacer grids.
A gasket for quick couplers, said gasket comprising a main, toroidal body that comprises an inner surface and an outer surface, said outer surface comprising a circumferential seat in which an O-Ring is housed, wherein said outer surface has a conicity facing toward the outside of the toroid, on a transverse cross-sectional plane, wherein said outer surface has a triangular profile and comprises two sides, inclined with respect to the vertical, that converge in said seat of said O-Ring, on a transverse diametral plane, wherein said inner surface has conicity facing toward the inside of the toroid, on a transverse cross-sectional plane, wherein said inner surface has a triangular profile comprising two sides 10a' that are inclined with respect to the vertical and converge in a connecting portion 10a" that has a flat, horizontal surface, connected to the two sides 10a' by means of a fillet radius, on a transverse diametral plane, characterised in that it further comprises a first side surface and a second side surface.
A cleaning pad of stitch-bonded construction adapted for attachment to a user manipulated mop head, the cleaning pad comprising: at least one fluid absorbing layer (30; 130) comprising absorptive nonwoven material; and at least a first plurality of yarns (44; 144) of multifilament construction extending in stitched relation through the fluid absorbing layer (30; 130), wherein the first plurality of yarns (44; 140) forms a first plurality of loops projecting outwardly away from a first side of the fluid absorbing layer (30; 130), characterized in that, the first plurality of yarns (44; 144) also forming a first plurality of flat stitches in overlying relation to a second side of the fluid absorbing layer (30; 130) facing away from the first side, and wherein the first plurality of loops defines an operative particle retention surface for the cleaning pad and the first plurality of flat stitches defines an attachment surface for hooking engagement to the mop head.
A method for producing a gypsum plasterboard comprising the steps of: - providing bundler dust obtained from gypsum plasterboard leftovers of a plasterboard trimming process using a trimming device, namely a bundler saw, wherein the bundler dust is obtained from the production process of impregnated plasterboards with silicone oil as a hydrophobic agent; - adding an amount X of bundler dust to a gypsum slurry for producing the gypsum plasterboard characterised in that the amount X of bundler dust is 0.1 g/m 2 ≤ X ≤ 30 g/m 2 for producing the gypsum plaster board and that a naftalen sulfonate-based liquefier is added to the gypsum slurry, in an amount of 2 to 15 g/m 2. - providing bundler dust obtained from gypsum plasterboard leftovers of a plasterboard trimming process using a trimming device, namely a bundler saw, wherein the bundler dust is obtained from the production process of impregnated plasterboards with silicone oil as a hydrophobic agent; - adding an amount X of bundler dust to a gypsum slurry for producing the gypsum plasterboard
A specimen retrieval device, comprising: a housing; an outer shaft extending distally from the housing, the outer shaft defining a longitutudinal bore; an inner shaft movably disposed within the longitudinal bore of the outer shaft; a retention member movably supported on a distal end of the inner shaft; and a pouch supported on a distal end of the inner shaft; wherein the retention member is movably supported in relation to the inner shaft from a first position preventing separation of the pouch from the distal end of the inner shaft to a second position permitting separation of the pouch from the inner shaft, wherein the distal end of the inner shaft includes at least one protrusion and the pouch defines at least one opening, the at least one protrusion of the inner shaft being received within the at least one opening of the pouch to support the pouch on the distal end of the inner shaft, characterised in that the retention member is configured to engage the at least one protrusion to prevent separation of the pouch from the at least one protrusion. a housing; an outer shaft extending distally from the housing, the outer shaft defining a longitutudinal bore; an inner shaft movably disposed within the longitudinal bore of the outer shaft; a retention member movably supported on a distal end of the inner shaft; and a pouch supported on a distal end of the inner shaft; wherein the retention member is movably supported in relation to the inner shaft from a first position preventing separation of the pouch from the distal end of the inner shaft to a second position permitting separation of the pouch from the inner shaft,
A portable car seat comprises: a seat part on which a child sits and which is mounted on a car seat; a backrest part rotatably connected to one side of the seat part and facing a back of the child sitting on the seat part; a rotation connection part configured to rotatably connect the seat part to the backrest part, a rotation prevention part configured to restrict relative rotation of the backrest part and the seat part which occurs due to the rotation connection part, wherein the rotation prevention part includes a stopper provided on the backrest part to prevent rotation toward a space in which the child sits, and a harness belt holding the child sitting on the portable car seat to the backrest part and the seat part, wherein the seat part rotates about the backrest part and switches between a portable state in which the seat part is disposed to face a rear surface of the backrest part and a seating state in which the seat part is inclined toward a front surface of the backrest part and disposed to be in a chair form, wherein the backrest part includes: a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, wherein seat belt fixing buckles are coupled to both sides of the front side of the backrest frame to fix a seat belt provided on the vehicle so that the backrest part is mounted on the car seat. a seat part on which a child sits and which is mounted on a car seat; a backrest part rotatably connected to one side of the seat part and facing a back of the child sitting on the seat part; a rotation connection part configured to rotatably connect the seat part to the backrest part, a rotation prevention part configured to restrict relative rotation of the backrest part and the seat part which occurs due to the rotation connection part, wherein the rotation prevention part includes a stopper provided on the backrest part to prevent rotation toward a space in which the child sits, and a harness belt holding the child sitting on the portable car seat to the backrest part and the seat part, wherein the seat part rotates about the backrest part and switches between a portable state in which the seat part is disposed to face a rear surface of the backrest part and a seating state in which the seat part is inclined toward a front surface of the backrest part and disposed to be in a chair form, wherein the backrest part includes: a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, wherein seat belt fixing buckles are coupled to both sides of the front side of the backrest frame to fix a seat belt provided on the vehicle so that the backrest part is mounted on the car seat.
A testing device, in particular for testing and/or determining the resistance of surfaces or objects to abrasion or impact sensitivity or for scratch resistance, comprising an adaptive retaining device or an access device to the object to be inspected or a surface to be inspected, at least one means for attaching an active test object in front of or above the object to be inspected, a device for moving the active test object hitting the object to be inspected as well as a control and monitoring device for controlling and monitoring the speed and the force at which the active test object comes into contact with the object to be inspected, characterized in that the testing device is provided with a carrier device for the active test object for moving the active test object on the object to be inspected which can be loaded with a additional weight and is provided with a fluid-activated force cylinder or compressed-air cylinder having a non-rotatably, non-round thrust and pull rod which is driven via the control and monitoring device or can be connected to such and at its end is rotatably or at least tiltably mounted in a fixture.
A pressure distributing and limiting device adapted to be installed in a system comprising a first and a second supply line which can comprise pressurized oil and comprising an evacuation and/or booster line, the device comprising means forming a pressure selector (72, 150) adapted to connect the lower pressure supply line to the evacuation and/or booster line and pressure limiters forming two valves associated respectively with one of the two supply lines (11, 12) and adapted to open in the event of overpressure above a predetermined threshold on the associated supply line in order to discharge the corresponding overpressure towards the evacuation and/or booster line or the other supply line, the pressure selector and the pressure limiters being formed by a single valve, the device being characterized in that the two valves comprise a common shutter that cooperates with a single seat.
A spacer strip for positioning reinforcing elements, which on its upper side has a contact strip extending in the direction of a longitudinal axis (x), wherein multiple supporting elements (8; 9) extend downward from said contact strip at an angle to the vertical and alternately toward opposite sides referred to the longitudinal axis (x), wherein the supporting elements (8; 9) respectively have a horizontally extending base on their underside and the respective bases of two adjacent and oppositely extending supporting elements (8; 9) are connected by means of a planar connecting web, and wherein the bases and the connecting webs extend in a common plane, characterized in that the underside of the bases and the connecting webs forms a common continuous plane.
A method for manufacturing a composite bladed disk or rotor for a gas turbine engine, the method comprising the steps of: forming a moulded component from at least one composite material, wherein the moulded component is axisymmetric about a component axis; segmenting the moulded component into a plurality of segments disposed adjacent to each other, wherein each pair of adjacent segments from the plurality of segments comprises a pair of surfaces that is formed during segmentation of the moulded component; providing, via computerised numerical control machining, complementary finger joint profiles on the pair of surfaces of the each pair of adjacent segments; providing a plurality of slots on at least one of the pair of surfaces of the each pair of adjacent segments, wherein each of the plurality of slots at least partially extends along the component axis and perpendicularly to the component axis; positioning a plurality of blades partially within the plurality of slots; mating the complementary finger joint profiles provided on the pair of surfaces of the each pair of adjacent segments; and joining the each pair of adjacent segments to each other, such that the plurality of blades is retained within the plurality of slots. forming a moulded component from at least one composite material, wherein the moulded component is axisymmetric about a component axis; segmenting the moulded component into a plurality of segments disposed adjacent to each other, wherein each pair of adjacent segments from the plurality of segments comprises a pair of surfaces that is formed during segmentation of the moulded component; providing, via computerised numerical control machining, complementary finger joint profiles on the pair of surfaces of the each pair of adjacent segments; providing a plurality of slots on at least one of the pair of surfaces of the each pair of adjacent segments, wherein each of the plurality of slots at least partially extends along the component axis and perpendicularly to the component axis; positioning a plurality of blades partially within the plurality of slots; mating the complementary finger joint profiles provided on the pair of surfaces of the each pair of adjacent segments; and joining the each pair of adjacent segments to each other, such that the plurality of blades is retained within the plurality of slots.
An endodontic file comprising: a tip, a shank and a working length, that extends from a tip region, which is adjacent to the tip, to a shank region, which is adjacent to the shank, wherein the working length includes at least one helical region adjacent to a cutting edge, the cutting edge defined by a rake angle on one side of the cutting edge and a clearance angle on the opposite side of the cutting edge, wherein the taper configuration of the file includes at least two different rates of taper, the taper configuration of the file arranged such that a rate of taper closer to the shank is smaller than a rate of taper closer to the tip, characterized in that the rake angle varies between the tip region and the shank region. a tip, a shank and a working length, that extends from a tip region, which is adjacent to the tip, to a shank region, which is adjacent to the shank, wherein the working length includes at least one helical region adjacent to a cutting edge, the cutting edge defined by a rake angle on one side of the cutting edge and a clearance angle on the opposite side of the cutting edge, wherein the taper configuration of the file includes at least two different rates of taper, the taper configuration of the file arranged such that a rate of taper closer to the shank is smaller than a rate of taper closer to the tip, characterized in that the rake angle varies between the tip region and the shank region.
Dishwasher, in particular a program-controlled domestic dishwasher, comprising a washing container, which provides a washing chamber, for receiving washware to be cleaned, and a condensation dryer for applying external air to the external face of a side wall of the washing container, the condensation dryer being designed so as to be fan-free and having an air supply duct and a cooling duct which is fluidically connected to the air supply duct on the air outlet side and extends along a side wall of the washing container, characterised in that the air supply duct provides a diffuser-shaped extension of the flow cross-section on the air inlet side and has a slot-shaped opening extending on the air outlet side in the longitudinal direction of the air supply duct, the flow cross-section of the air supply duct tapering in the longitudinal direction, starting from the air-inlet-side extension.
A process for the synthesis of methanol, comprising the steps of obtaining a make-up gas feed from reforming or gasification, feeding said make up gas to a synthesis loop, converting said make up gas to methanol in a catalytic environment while removing heat directly from said catalytic environment, so that said environment is isothermal, condensing said methanol obtaining liquid crude methanol and a recycle gas which is recycled to said synthesis loop, the process being characterized in that: - said catalytic environment comprises a plurality of isothermal catalytic beds. (11, 12, 21). - at least a portion of said make-up gas feed is mixed with recycle gas, to obtain a gaseous mixture of fresh gas and recycle gas, and at least a portion of said gaseous mixture is directed between a first and a second catalytic bed of said environment, said gaseous mixture of fresh gas and recycle gas being mixed with the effluent of said first catalytic bed, forming the feed of said second catalytic bed. - said catalytic environment comprises a plurality of isothermal catalytic beds. (11, 12, 21). - at least a portion of said make-up gas feed is mixed with recycle gas, to obtain a gaseous mixture of fresh gas and recycle gas, and at least a portion of said gaseous mixture is directed between a first and a second catalytic bed of said environment, said gaseous mixture of fresh gas and recycle gas being mixed with the effluent of said first catalytic bed, forming the feed of said second catalytic bed.