mhurhangee/ep-ind-claims huggingface dataset:
A fluid control valve comprising: a packing follower having a cavity; a packing material; a spring positioned in the cavity generating a load, the load being provided to the packing material, which enables the packing material to effectively seal the fluid valve; and a bonnet; wherein the cavity of the packing follower at least partially defines a first aperture and a second aperture positioned on an outer surface of the packing follower, the first aperture arranged to receive a valve stem of the fluid control valve, and the second aperture arranged to expose the spring positioned in the cavity, characterised in that the outer surface is arranged to threadably engage an inner surface of the bonnet. a packing follower having a cavity; a packing material; a spring positioned in the cavity generating a load, the load being provided to the packing material, which enables the packing material to effectively seal the fluid valve; and a bonnet; wherein the cavity of the packing follower at least partially defines a first aperture and a second aperture positioned on an outer surface of the packing follower, the first aperture arranged to receive a valve stem of the fluid control valve, and the second aperture arranged to expose the spring positioned in the cavity, characterised in that the outer surface is arranged to threadably engage an inner surface of the bonnet.
A turbine, comprising: a casing defining a fluid pathway; a rotor disposed in the fluid pathway; and a valve circumscribing the rotor, the valve defining an aperture that forms a flow area through which fluid can flow between the valve and the rotor; characterized in that the valve has a body member comprising a plurality of arcuate segments (202, 204, 206); and wherein each of the plurality of arcuate segments (202, 204, 206) is arranged to move independent relative to each other and to the rotor. a casing defining a fluid pathway; a rotor disposed in the fluid pathway; and a valve circumscribing the rotor, the valve defining an aperture that forms a flow area through which fluid can flow between the valve and the rotor; characterized in that the valve has a body member comprising a plurality of arcuate segments (202, 204, 206); and wherein each of the plurality of arcuate segments (202, 204, 206) is arranged to move independent relative to each other and to the rotor.
Twistlock for joining together two containers stacked one above the other or for joining a container to a fixing point below it, which twistlock comprises a body, an upper pivotable locking piece for the container and a lower pivotable locking piece for the lower container or for the counterpiece of the mounting bed, which upper and lower pivotable locking pieces (2, 3) are rigidly in connection with each other by means of a shaft, and into which twistlock an operating wire is arranged for turning the pivotable locking pieces (2, 3), wherein two elements (8, 9) that are flexible in their longitudinal directions are threaded onto the operating wire, wherein the operating wire is connected in a flexible or sliding manner to a coupling point on the shaft of the pivotable locking pieces (2, 3), wherein the coupling point separates the flexible elements (8, 9) from each other, wherein the first flexible element limits between a waisting of the body and the coupling point, and wherein the second flexible element limits between the coupling point and an end piece on the end of the operating wire.
Method for producing textile composite material preforms, in particular comprising or made from one or a plurality of textile semi-finished products, by compression-moulding a planar structure of one or a plurality of textile composite materials (11, 12, 13), wherein: - the planar structure prior to compression-moulding is laterally cut into textile composite material portions; - the cut textile composite material portions individually or as a plurality thereof, and in particular conjointly with one or a plurality of other textile composite material portions, are subjected to compression-moulding so as to on account thereof fully or partially configure one or a plurality of textile composite material preforms; - a respective textile composite material portion prior to compression-moulding is fixed to a first carrier which in particular effects or facilitates aligning, pre-draping, and/or mounting of the textile composite material portion in the compression-moulding; - the respective carrier is first pre-draped by pre-tensioning in a guiding manner, by means of a guide frame that contacts only the carrier and in the interior of said guide frame laterally encloses the respective textile composite material portion; and - the respective textile composite material portion along a contour and/or along a seam, by means of a main stentering frame and/or by means of the mould and the counter-mould, is then tensioned in a three-dimensional manner and on account thereof, under pressure, traction, and/or temperature, is configured so as to form a textile composite material preform. - the planar structure prior to compression-moulding is laterally cut into textile composite material portions; - the cut textile composite material portions individually or as a plurality thereof, and in particular conjointly with one or a plurality of other textile composite material portions, are subjected to compression-moulding so as to on account thereof fully or partially configure one or a plurality of textile composite material preforms; - a respective textile composite material portion prior to compression-moulding is fixed to a first carrier which in particular effects or facilitates aligning, pre-draping, and/or mounting of the textile composite material portion in the compression-moulding; - the respective carrier is first pre-draped by pre-tensioning in a guiding manner, by means of a guide frame that contacts only the carrier and in the interior of said guide frame laterally encloses the respective textile composite material portion; and - the respective textile composite material portion along a contour and/or along a seam, by means of a main stentering frame and/or by means of the mould and the counter-mould, is then tensioned in a three-dimensional manner and on account thereof, under pressure, traction, and/or temperature, is configured so as to form a textile composite material preform.
Harvesting header for crop standing in rows, with at least two picking units arranged axially parallel to one another on a machine frame, each of which is covered at least in sections by a divider tip extending in the longitudinal direction of the picking unit, open at the bottom, delimited by edge sections lying in a common horizontal plane, which is designed as a hollow profile axially symmetrical to the longitudinal axis of the divider tip and has a substantially curved cross-section with a radius increasing in the longitudinal direction of the picking unit, wherein the divider tip comprises a start segment, which extends starting from a front end of the divider tip in the direction of the machine frame, a middle segment and an end segment, which finishes with a rear end of the divider tip facing the machine frame wherein, between the start segment and the end segment, a middle segment is provided, characterized in that the edge sections of the middle segment, delimiting the divider tip at its open underside in the longitudinal direction and lying in a plane, have a course substantially concave in sections, which forms a narrowing on both sides of the divider tip.
An aid against snoring and sleep apnea for support of a jaw angle, comprising a splint in one piece having a Y-shape and comprising two legs, a shaft and an arc-shaped part which joins the free ends of the legs in a crotch and supports and hooks up the jaw angle in a direction forwards-upwards, thus preventing the lower jaw and chin from falling backwards-downwards, wherein said shaft of the splint is straight and stretches to cheek and upper jaw, or alternatively all the way up over the bride of the nose, and further wherein the aid has an ability to adhere in all its length and spread against the skin in the jaw angle, chin and upper jaw and alternatively up to the bridge of the nose.
A method for producing a web from a plurality of layers of fibre mat by means of a crosslapper, using which a plurality of layers of fibre mat are laid one on top of the other to achieve a predetermined working width, where, to produce an insertion strip, the width of the laid fibre mat is reduced to a guide width, starting from the predetermined working width, using the crosslapper.
An enzyme composition comprising in a single container a buffer comprising nucleoside triphosphates and a plurality of enzymes separately capable of blunting, phosphorylating and adenylating DNA fragments, with the enzyme capable of adenylating DNA being a chimeric DNA polymerase comprising a Thermus species thermophilic DNA polymerase fused to a non-specific DNA-binding domain, where the thermophilic DNA polymerase lacks 5'-3' and 3'-5' exonuclease activity, and with the enzymes capable of blunting and phosphorylating DNA fragments being selected from the group consisting of T4 DNA polymerase, T7 DNA polymerase, Klenow fragment, and T4 polynucleotide kinase, and where the buffer further comprises Tris-HCl, MgCl 2, DTT, dATP, dCTP, dTTP, dGTP, ATP, TritonX- 100, glycerol, NP 40, EDTA, Tween 20, and a monovalent metal hydrochloric acid salt selected from NaCl, KCl, and LiCl, where the concentration of dATP ranges from 0.4 to 3 mM, the concentration of dCTP ranges from 0.2 to 0.6 mM, the concentration of dTTP ranges from 0.2 to 0.6 mM, and the concentration of dGTP ranges from 0.1 to 0.4 mM, and where the concentration of Tris-HCl ranges from 100 mM to 105 mM; the concentration of MgCl 2 ranges from 15 to 25 mM, the concentration of DTT ranges from 15 to 30 mM, the concentration of monovalent metal hydrochloric acid salt ranges from 20 mM to 50 mM, the concentration of ATP ranges from 1.5 to 2.5 mM, the concentration of Triton X-100 ranges from 0.1 to 0.4%, the concentration of glycerol ranges from 10 to 20%, the concentration of NP 40 ranges from 0.05 to 0.15%, the concentration of EDTA ranges from 0.02 to 0.1 mM, and the concentration of Tween 20 ranges from 0.05 to 0.15%, and the composition being stable for at least one week at 4 °C.
A protective enclosure for an electronic device, the electronic device having a front surface, a back surface, and side surfaces, the front surface and side surfaces of the electronic device defining a front edge, the back surface and side surfaces of the electronic device defining a back edge, the front surface of the electronic device having a touchscreen, the protective enclosure comprising: a perimeter cushioning member configured to cover the side surfaces of the electronic device when the electronic device is installed in the protective enclosure, the perimeter cushioning member having a first raised edge and a second raised edge; and a structural member permanently affixed to the cushioning member, the structural member having a back portion and one or more side portions, the back portion extending from the one or more side portions and covering at least a portion of the back surface of the installed electronic device, the structural member having an inner surface and an outer surface, the inner surface of the structural member configured to extend around the second raised edge of the perimeter cushioning member, the second raised edge of the perimeter cushioning member configured to form a gap between the inner surface of the structural member and the back surface of the installed electronic device, characterized in the perimeter cushioning member continuously extending from a top section having the first raised edge through side sections to a bottom section having the second raised edge, the first raised edge extending around the front edge of the installed electronic device, the second raised edge extending around the back edge of the installed electronic device. a perimeter cushioning member configured to cover the side surfaces of the electronic device when the electronic device is installed in the protective enclosure, the perimeter cushioning member having a first raised edge and a second raised edge; and a structural member permanently affixed to the cushioning member, the structural member having a back portion and one or more side portions, the back portion extending from the one or more side portions and covering at least a portion of the back surface of the installed electronic device, the structural member having an inner surface and an outer surface, the inner surface of the structural member configured to extend around the second raised edge of the perimeter cushioning member, the second raised edge of the perimeter cushioning member configured to form a gap between the inner surface of the structural member and the back surface of the installed electronic device, characterized in the perimeter cushioning member continuously extending from a top section having the first raised edge through side sections to a bottom section having the second raised edge, the first raised edge extending around the front edge of the installed electronic device, the second raised edge extending around the back edge of the installed electronic device.
Very high voltage DC line voltage sensor, the sensor being made up of a voltage divider comprising two series-connected voltage division stages, an intermediate voltage being taken at the connection point of the two voltage division stages, a first voltage division stage being made up of at least two series-mounted elementary voltage division stages (Em) and distributed in a composite insulator, each elementary voltage division stage (Em) comprising at least one capacitor (Ce) and at least one resistor (Re) in parallel, characterised in that the capacitor and the resistor each have a first terminal fastened on a first electrically conductive plate and a second terminal, opposite the first terminal, fastened on a second electrically conductive plate, the first electrically conductive plate and the second electrically conductive plate each being surrounded by a electrically conductive cover, at least one electrically insulating holding piece that surrounds the resistor and the capacitor being in contact with the inner wall of the composite insulator in order to fasten the capacitor and the resistor to the inside of the composite insulator.
Method for unpacking and separating infusion bags into singles for supplying the bags to a device for further processing, said method having the following method steps: - open an outer packaging (20, 30, 40), in which the infusion bags are present, by means of an opening device, wherein the infusion bags are fastened in groups to a holding device inside the outer packaging (20, 30,40), - separate the group of infusion bags, which are fastened to the holding device, from the outer packaging (20, 30, 40) by means of a separating device, - position the holding device with the infusion bags fastened thereon in a transport device by means of a positioning device, - process the infusion bags by means of a device for further processing. - open an outer packaging (20, 30, 40), in which the infusion bags are present, by means of an opening device, wherein the infusion bags are fastened in groups to a holding device inside the outer packaging (20, 30,40), - separate the group of infusion bags, which are fastened to the holding device, from the outer packaging (20, 30, 40) by means of a separating device, - position the holding device with the infusion bags fastened thereon in a transport device by means of a positioning device, - process the infusion bags by means of a device for further processing.
Apparatus for use with a native valve of a subject, the native valve including at least one native leaflet, the apparatus comprising: a transluminally-deliverable prosthetic valve support, comprising: an upstream support portion, being configured to be placed against an upstream side of the native valve, and having an inner perimeter that defines an opening, and at least one clip comprising a first clip arm and a second clip arm; and at least one clip controller configured to facilitate opening and closing of the clip, characterized in that: said at least one clip is configured to be coupled to a native leaflet of the native valve by the first clip arm engaging an upstream surface of the native leaflet; and the second clip arm engaging a downstream surface of the native leaflet, and comprises a clip-controller interface coupled to at least one of the clip arms (32a,32b); and said at least one clip controller is reversibly couplable to the clip-controller interface, with said at least one clip controller being configured to facilitate opening and closing of the clip by transferring an extracorporeally-applied force to the clip-controller interface. a transluminally-deliverable prosthetic valve support, comprising: an upstream support portion, being configured to be placed against an upstream side of the native valve, and having an inner perimeter that defines an opening, and at least one clip comprising a first clip arm and a second clip arm; and an upstream support portion, being configured to be placed against an upstream side of the native valve, and having an inner perimeter that defines an opening, and at least one clip comprising a first clip arm and a second clip arm; and at least one clip controller configured to facilitate opening and closing of the clip, characterized in that: said at least one clip is configured to be coupled to a native leaflet of the native valve by the first clip arm engaging an upstream surface of the native leaflet; and the second clip arm engaging a downstream surface of the native leaflet, and comprises a clip-controller interface coupled to at least one of the clip arms (32a,32b); and said at least one clip controller is reversibly couplable to the clip-controller interface, with said at least one clip controller being configured to facilitate opening and closing of the clip by transferring an extracorporeally-applied force to the clip-controller interface.
A radio frequency filter comprising at least one resonant chamber that comprises a cavity substantially filled by a granular material and has a lid, the granular material being a dielectric material or magnetic material, characterised in that a layer of compressible foam material is provided between the lid and the granular material so as to apply a uniform pressure to the granular material.
Method of monitoring and reducing emissions from an internal combustion engine, having the following steps: continuous sensing of output-dependent emissions during the operation of the internal combustion engine, and delivery of the sensed emission data to a data interface, and buffer-storage of the delivered emission data and action on the operation of the internal combustion engine during said operation, wherein the sensed data is transmitted to a server by means of a mobile communications signal, and in particular a GSM signal, and a control signal to act on the internal combustion engine is transmitted from the server by means of a mobile communications signal, and wherein the action relates to the infeed of a fuel conditioner and/or of an additive and in particular hydrogen, LPG, methane gas. continuous sensing of output-dependent emissions during the operation of the internal combustion engine, and delivery of the sensed emission data to a data interface, and buffer-storage of the delivered emission data and action on the operation of the internal combustion engine during said operation, wherein the sensed data is transmitted to a server by means of a mobile communications signal, and in particular a GSM signal, and a control signal to act on the internal combustion engine is transmitted from the server by means of a mobile communications signal, and wherein the action relates to the infeed of a fuel conditioner and/or of an additive and in particular hydrogen, LPG, methane gas.
A package comprising: a housing (134,136) containing a powered oral care implement; an indicia operably associated with the housing, the indicia having: a first element containing a marking forming a first pattern on a base member of the housing (134, 136), and characterised by: a second element containing a marking forming a second pattern on a second member detachably mounted to a portion of the powered oral care implement for movement independent of the housing (134,136), the second member and second pattern being movable with respect to the base member and first pattern, wherein relative movement between the first and second elements (140,144) causes the first and second markings (142,146) to produce a visual effect to a viewer. a housing (134,136) containing a powered oral care implement; an indicia operably associated with the housing, the indicia having: a first element containing a marking forming a first pattern on a base member of the housing (134, 136), and characterised by: a second element containing a marking forming a second pattern on a second member detachably mounted to a portion of the powered oral care implement for movement independent of the housing (134,136), the second member and second pattern being movable with respect to the base member and first pattern, wherein relative movement between the first and second elements (140,144) causes the first and second markings (142,146) to produce a visual effect to a viewer. a first element containing a marking forming a first pattern on a base member of the housing (134, 136), and characterised by: a second element containing a marking forming a second pattern on a second member detachably mounted to a portion of the powered oral care implement for movement independent of the housing (134,136), the second member and second pattern being movable with respect to the base member and first pattern, wherein relative movement between the first and second elements (140,144) causes the first and second markings (142,146) to produce a visual effect to a viewer. a second element containing a marking forming a second pattern on a second member detachably mounted to a portion of the powered oral care implement for movement independent of the housing (134,136), the second member and second pattern being movable with respect to the base member and first pattern, wherein relative movement between the first and second elements (140,144) causes the first and second markings (142,146) to produce a visual effect to a viewer.
A roller bearing, characterized by comprising: a fixed ring having a fixed raceway surface; a rotary ring having a rotary raceway surface that faces the fixed raceway surface; and a plurality of rollers rollably disposed between the fixed raceway surface and the rotary raceway surface, wherein, out of the rotary raceway surface and a rolling contact surface of each of the rollers, one of the surfaces is provided with a manganese phosphate coating and the other surface is provided with a diamond-like carbon coating. a fixed ring having a fixed raceway surface; a rotary ring having a rotary raceway surface that faces the fixed raceway surface; and a plurality of rollers rollably disposed between the fixed raceway surface and the rotary raceway surface, wherein, out of the rotary raceway surface and a rolling contact surface of each of the rollers, one of the surfaces is provided with a manganese phosphate coating and the other surface is provided with a diamond-like carbon coating.