mhurhangee/ep-ind-claims huggingface dataset:
A sheet insert device comprising: a cassette having a plurality of containing portions each of which contains a plurality of sheets in a vertical stacked state; a moving structure to move the cassette so that the plurality of containing portions are arranged in turn at a pulling-out position; a grip arm to grip the plurality of sheets contained in the containing portion arranged at the pulling-out position in the stacking direction; and a transferring structure which moves the grip arm, to pull out the plurality of sheets at the pulling-out position which are gripped by the grip arm from the containing portion, characterized in that the transfer structure transfers the plurality of sheets to a sheet loading part without changing the posture, and in that the grip arm includes a lower arm configured to be arranged at a bottom wall of the containing portion arranged at the pulling-out position in the state of a nest and an upper arm which is provided vertically movably so as to sandwich the plurality of sheets of the containing portion with the lower arm. a cassette having a plurality of containing portions each of which contains a plurality of sheets in a vertical stacked state; a moving structure to move the cassette so that the plurality of containing portions are arranged in turn at a pulling-out position; a grip arm to grip the plurality of sheets contained in the containing portion arranged at the pulling-out position in the stacking direction; and a transferring structure which moves the grip arm, to pull out the plurality of sheets at the pulling-out position which are gripped by the grip arm from the containing portion, characterized in that the transfer structure transfers the plurality of sheets to a sheet loading part without changing the posture, and in that the grip arm includes a lower arm configured to be arranged at a bottom wall of the containing portion arranged at the pulling-out position in the state of a nest and an upper arm which is provided vertically movably so as to sandwich the plurality of sheets of the containing portion with the lower arm.
A water condensation removal device for installing on a top margin of a gutter of a greenhouse having plastics-film walls, the device comprising section member clips fastened to the top margin of the gutter, the section member clips presenting a central rail of channel section for receiving a holder element for holding the plastics film and suitable for pinching the plastics film between the holder element and the inside wall of the central rail, the device being characterized in that the section member clips further comprise respective lateral angle bars, the alignment of lateral angle bars of the section member clips fastened on the top margin of the gutter forming a trough towards the inside of the greenhouse for receiving condensation water flowing on the inside wall of the plastics film towards the gutter, the section member clips having first water flow means for enabling water to flow from the trough formed by the lateral angle bars to the inside of the central rail, and second water flow means for allowing water to flow from the inside of the central rail into the gutter.
A pharmaceutical composition comprising a PEG-arginase conjugate which is a modified human arginase I covalently attached to a PEG moiety, said modified human arginase I having the amino acid sequence of SEQ ID No: 6, said PEG moiety being covalently attached to the sole cysteine residue at position 45.
A fluid solids contacting device for fluid bed systems in a propane dehydrogenation process, the device comprising: a vessel; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platforms inserted between the horizontal chords; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform; a plurality of chairs attached directly or indirectly to an inside surface of the vessel and spaced circumferentially apart to support the structural member; wherein each structural member is supported on one or more of the plurality of chairs; and wherein: the structural member comprises a bottom plate, a center plate extending upwardly from a centerline of the bottom plate and capped by a top plate and wherein the grid platforms are supported on the bottom plates and/or the top plates; each chair comprises a ledge attached to a plate and the plate is directly attached to the interior surface of the metal vessel, each chair further comprising two side rails extending upward from either side of the ledge, the two side rails and the ledge forming a channel to support an end of the horizontal chord. a vessel; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platforms inserted between the horizontal chords; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform; a plurality of chairs attached directly or indirectly to an inside surface of the vessel and spaced circumferentially apart to support the structural member; wherein each structural member is supported on one or more of the plurality of chairs; and the structural member comprises a bottom plate, a center plate extending upwardly from a centerline of the bottom plate and capped by a top plate and wherein the grid platforms are supported on the bottom plates and/or the top plates; each chair comprises a ledge attached to a plate and the plate is directly attached to the interior surface of the metal vessel, each chair further comprising two side rails extending upward from either side of the ledge, the two side rails and the ledge forming a channel to support an end of the horizontal chord.
Method of producing a tampon packaged in a protective sleeve, which is made from a preform provided in the form of a strip of fibrous non-woven material which is shaped to form the tampon in separate forming stages by pressure forces acting on the preform from outside, and which is individually packaged by providing it with a film sleeve tightly enclosing the tampon serving as a protective sleeve, characterized in that - the film sleeve is made from a cylindrically smooth, non-profiled cellophane film or polypropylene film that is impervious to moisture enclosing at least the external surface of the preform; - the substantially cylindrical preform is placed in the film sleeve already before the final forming stage, - and that the preform including the film sleeve surrounding it is then fed to the final forming stage, where it is formed between at least two pressing jaws (20a, 20b) which can be displaced relative to one another until it has assumed its final non-cylindrical final shape and - the tampon is individually packaged by tightly closing the ends of the film sleeve. - the film sleeve is made from a cylindrically smooth, non-profiled cellophane film or polypropylene film that is impervious to moisture enclosing at least the external surface of the preform; - the substantially cylindrical preform is placed in the film sleeve already before the final forming stage, - and that the preform including the film sleeve surrounding it is then fed to the final forming stage, where it is formed between at least two pressing jaws (20a, 20b) which can be displaced relative to one another until it has assumed its final non-cylindrical final shape and - the tampon is individually packaged by tightly closing the ends of the film sleeve.
Pressing device for pressing the sausage meat out of the skin of a sausage, with a supporting surface, which has at least one passage opening, through which the sausage meat may be pressed, and with a press stamp for pressing the sausage against the supporting surface, in which at least one, preferably several, pointed or sharp fixing projections for piercing and/or cutting and fixing the skin are provided on the pressing device, characterised in that the fixing projection may be inserted at least partly into the passage opening, the diameter of which is selected to be larger than the diameter of the fixing projection in such a way that an outflow of sausage meat through the passage opening is possible also with the fixing projection inserted into the passage opening:
A hub unit bearing comprising: an outer member having an outer-ring raceway on an inner circumferential surface of the outer member; an inner member having an inner-ring raceway on an outer circumferential surface of the inner member; a plurality of rolling elements located between the outer-ring raceway and the inner-ring raceways so as to be able to roll freely; and a rotating-side flange protruding outward in a radial direction of the hub unit bearing being provided on a rotating member of either the outer member or the inner member that rotates in use, the rotating-side flange having an annular groove provided on an outside surface in an axial direction of the hub bearing unit, a plurality of mounting holes being open to a bottom surface of the annular groove, and a plurality of water drain holes passing through the rotating-side flange in the axial direction, and an outer diameter of the annular groove being larger than a diameter of an inscribed circle of an opening portion on an outside in the axial direction of the water drain hole, and being smaller than a diameter of a circumscribed circle of the opening portion in the outside in the axial direction of the water drain hole. an outer member having an outer-ring raceway on an inner circumferential surface of the outer member; an inner member having an inner-ring raceway on an outer circumferential surface of the inner member; a plurality of rolling elements located between the outer-ring raceway and the inner-ring raceways so as to be able to roll freely; and a rotating-side flange protruding outward in a radial direction of the hub unit bearing being provided on a rotating member of either the outer member or the inner member that rotates in use, the rotating-side flange having an annular groove provided on an outside surface in an axial direction of the hub bearing unit, a plurality of mounting holes being open to a bottom surface of the annular groove, and a plurality of water drain holes passing through the rotating-side flange in the axial direction, and an outer diameter of the annular groove being larger than a diameter of an inscribed circle of an opening portion on an outside in the axial direction of the water drain hole, and being smaller than a diameter of a circumscribed circle of the opening portion in the outside in the axial direction of the water drain hole.
An integrated circuit device package, comprising: an IC die having a contact pad, wherein the contact pad is located on a surface of the IC die at a hotspot of the IC die; and a thermally conductive interposer (310, 500) having first and second surfaces, wherein the first surface of the interposer (310, 500) has at least one hollow post thermally coupled to the IC die at the contact pad. an IC die having a contact pad, wherein the contact pad is located on a surface of the IC die at a hotspot of the IC die; and a thermally conductive interposer (310, 500) having first and second surfaces, wherein the first surface of the interposer (310, 500) has at least one hollow post thermally coupled to the IC die at the contact pad.
A trocar access assembly comprising: a hub member; a sheath tube extending distally from the hub member along a longitudinal axis, and defining a lumen therethrough, the sheath tube having a proximal end and a distal end; and an anchor sleeve disposed coaxially about the sheath tube, said anchor sleeve having a radially expandable region, wherein the anchor sleeve is movable between an axially elongated, radially contracted configuration, and an axially shortened, radially expanded configuration, the anchor sleeve being biased towards the axially shortened, radially expanded configuration, characterized in that the distal end of the anchor sleeve is slidably retained on the sheath tube by an anchor flange, and the proximal end of the anchor sleeve is secured to the sheath tube. a hub member; a sheath tube extending distally from the hub member along a longitudinal axis, and defining a lumen therethrough, the sheath tube having a proximal end and a distal end; and an anchor sleeve disposed coaxially about the sheath tube, said anchor sleeve having a radially expandable region, wherein the anchor sleeve is movable between an axially elongated, radially contracted configuration, and an axially shortened, radially expanded configuration, the anchor sleeve being biased towards the axially shortened, radially expanded configuration, characterized in that the distal end of the anchor sleeve is slidably retained on the sheath tube by an anchor flange, and the proximal end of the anchor sleeve is secured to the sheath tube.
Method for joining two metal parts (12, 14) by brazing, comprising the formation, by means of a filler metal, of a bonding joint between two bonding surfaces (12a, 14a) and of a fillet, being the chemical composition of the filler metal for forming the fillet is different from that of the bonding joint, characterized in that the filler metal for forming the fillet has a ductility which is greater than that of the bonding joint.
A supporting method of a honeycomb formed body comprising: extruding a kneaded material obtained by kneading a forming raw material through a die to form a honeycomb formed body having partition walls defining a plurality of cells extending in an extruding direction, and supporting the honeycomb formed body extruded through the die by a cradle having a supporting surface at a downstream position of the die in the extruding direction, wherein the extruding direction is horizontal, the cradle moves horizontally in the extruding direction after lifting from a position below the die at the downstream position of the die, a lowermost end of the supporting surface of the cradle is located below a lowermost end of the honeycomb formed body immediately after extrusion through the die during a horizontal movement, and a distance in a vertical direction between the lowermost end of the honeycomb formed body immediately after extruded through the die and the lowermost end of the supporting surface of the cradle is from 5 to 15 mm during the horizontal movement, characterized in that means for supporting the honeycomb formed body are not interposed between the die and the cradle.
A thermally conductive three-dimensional (3-D) graphene-polymer composite material comprising: (a) a porous 3-D graphene structure comprising a network of graphene layers that are attached to one another through a carbonized organic polymer bridging agent forming gaps between the graphene layers; and (b) a polymer material impregnated within the porous 3-D graphene structure, within the gaps, to provide thermal conductive pathways for heat dissipation in the thermally conductive three-dimensional (3-D) graphene-polymer composite material, wherein the thermally conductive 3-D graphene-polymer composite material has a thermal conductivity of 1 W/m.K to 16.7 W/m.K at a temperature of 25 °C to 90 °C. (a) a porous 3-D graphene structure comprising a network of graphene layers that are attached to one another through a carbonized organic polymer bridging agent forming gaps between the graphene layers; and (b) a polymer material impregnated within the porous 3-D graphene structure, within the gaps, to provide thermal conductive pathways for heat dissipation in the thermally conductive three-dimensional (3-D) graphene-polymer composite material,
Agitator for mixing liquid samples in micro- and millilitre reaction vessels, with an agitator housing, with a motor in the agitator housing that drives an adapter and with the means for direct and indirect transmission of the driving force of the motor to the adapter, with a mixer coupling of the adapter with which the adapter is connectable to the means for direct and indirect transmission of the driving force of the motor to the adapter and drive this to rotation, with a mixing stick, with a mixing stick mount of the adapter in which one end of the mixing stick can be loosely inserted in the axial direction, whereby the mixing stick mount essentially aligns the mixing stick coaxially to the rotation axis of the adapter, whereby the mixing stick mount is moulded as a hollow cylinder, the mixing stick mount is free of any clamping or tensioning device, and the adapter is designed in such a way that the transmission of the torque from the adapter to the mixing stick loosely inserted in the mixing stick mount occurs via frictional forces which pick up the mixing stick in the event of contact with the mixing stick mount and set it in a gyrating motion so that the mixing stick simultaneously makes a first rotary motion around its own axis and a second rotary motion around a non-constant rotation axis.
Arrangement for the form and force locking connection of the front sides of graphite plates or similar components to form multi-part graphite components to form one larger component, such as a flat graphite plate, by means of an interlocking of the front sides, wherein the graphite plates (1, 2) or the similar components are provided at opposing front sides (3, 4) with a three-dimensional interlocking (5, 6), in such a manner that one front side of one of the graphite plates, or of the similar components, has the positive form of the interlocking and the front side of the opposite graphite plate, or of the similar components has the negative form of the interlocking, wherein the interlocking (5, 6) has exclusively even transitions of the contours into one another between the side surfaces of the graphite plates (1, 2) or of the similar components.
A dielectric resin composition for a film capacitor, the dielectric resin composition comprising a mixture of two or more organic materials containing at least first and second organic materials having functional groups that react with each other, and the resin composition being curable by crosslinking the organic materials to provide a cured article, wherein the first organic material is a polyvinyl acetal, wherein a highly cohesive atomic group is located at an end of the side chain of an acetal group in the polyvinyl acetal, the proportion of the highly cohesive atomic group in the acetal group being in the range of 5 mole percent to 95 mole percent, wherein the highly cohesive atomic group is selected from -CO-, -COO-. -C 6 H 4 -, -C 6 H 5 -, -OH, -CONH- and -OCONH-. wherein the first organic material is a polyvinyl acetal, wherein a highly cohesive atomic group is located at an end of the side chain of an acetal group in the polyvinyl acetal, the proportion of the highly cohesive atomic group in the acetal group being in the range of 5 mole percent to 95 mole percent, wherein the highly cohesive atomic group is selected from -CO-, -COO-. -C 6 H 4 -, -C 6 H 5 -, -OH, -CONH- and -OCONH-.
A liquid jet nozzle with the following characteristics: - it comprises a housing with a liquid entry opening and a jet exit opening; - a flow-enveloped jet-forming body with an end region tapering in direction of the jet exit opening is arranged in the housing; - an annual flow channel is formed between the housing and the jet-forming body over at least part of its axial length; - a jet-forming area with a flow channel is arranged between the liquid entry opening and the jet exit opening, the passage cross-section being variable; - to this end the flow-channel in the jet-forming area is limited radially outside by an elastically deformable funnel membrane permanently tightly connected to the housing and tapering in flow-through direction, wherein the funnel membrane, for automatically changing the passage cross-section in dependence of the local liquid pressure, radially widens for a rise in liquid pressure and radially contracts for a drop in liquid pressure; - the variable passage cross-section is constructed in an annular manner in that the jet-forming body protrudes into the funnel membrane, and - the housing comprises at least one breakthrough, through which the internal chamber of the housing is laterally aerated in the jet-forming area. - it comprises a housing with a liquid entry opening and a jet exit opening; - a flow-enveloped jet-forming body with an end region tapering in direction of the jet exit opening is arranged in the housing; - an annual flow channel is formed between the housing and the jet-forming body over at least part of its axial length; - a jet-forming area with a flow channel is arranged between the liquid entry opening and the jet exit opening, the passage cross-section being variable; - to this end the flow-channel in the jet-forming area is limited radially outside by an elastically deformable funnel membrane permanently tightly connected to the housing and tapering in flow-through direction, wherein the funnel membrane, for automatically changing the passage cross-section in dependence of the local liquid pressure, radially widens for a rise in liquid pressure and radially contracts for a drop in liquid pressure; - the variable passage cross-section is constructed in an annular manner in that the jet-forming body protrudes into the funnel membrane, and - the housing comprises at least one breakthrough, through which the internal chamber of the housing is laterally aerated in the jet-forming area.
A luminaire having means for holding and for electrically connecting a tubular bulb, as well as several - when viewed from the radiating direction - louver modules, which are mounted in front of the lamp, wherein the louver modules are arranged and held together to form an elongated luminaire louver, wherein the louver modules are held together by retaining elements, characterized in that the louver modules have passage openings each provided for light radiation, and that the retaining elements are formed by profile elements which can be snapped laterally onto the louver modules.
Method for applying a solid electrolytic layer to a porous electrode for a solid ceramic fuel cell, in which a solid layer of solid electrolytic material is applied to the electrode by precipitating solid parts (F, G) from a suspension, characterised in that - the electrode is made as a hollow body, which is immersed into the suspension to apply the solid layer and - a drop in pressure between the inner area of the hollow body and the suspension is set so that a solvent contained in the suspension gets into the inner area of the hollow body and the solid parts (F, G) are precipitated outside on the hollow body. - the electrode is made as a hollow body, which is immersed into the suspension to apply the solid layer and - a drop in pressure between the inner area of the hollow body and the suspension is set so that a solvent contained in the suspension gets into the inner area of the hollow body and the solid parts (F, G) are precipitated outside on the hollow body.