mhurhangee/ep-ind-claims huggingface dataset:
An umbrella comprising: a support assembly comprising an air pump, and a handle, wherein the pump is optionally incorporated into the handle; and a canopy assembly comprising a plurality of support ribs attached to the handle, wherein the umbrella further comprises a hub attached to an upper portion of the handle, wherein each support rib is a rod or strip that is attached on one end to the hub through a corresponding articulated joint, a sheet attached to each of the support ribs, and a toroidal air bladder coupled to the pump, the air bladder disposed about the handle and engaging the support ribs, wherein, as the air bladder inflates, the enlarging air bladder contacts the support ribs, and pushes the support ribs away from the support assembly. a support assembly comprising an air pump, and a handle, wherein the pump is optionally incorporated into the handle; and an air pump, and a handle, wherein the pump is optionally incorporated into the handle; and a canopy assembly comprising a plurality of support ribs attached to the handle, wherein the umbrella further comprises a hub attached to an upper portion of the handle, wherein each support rib is a rod or strip that is attached on one end to the hub through a corresponding articulated joint, a sheet attached to each of the support ribs, and a toroidal air bladder coupled to the pump, the air bladder disposed about the handle and engaging the support ribs, wherein, as the air bladder inflates, the enlarging air bladder contacts the support ribs, and pushes the support ribs away from the support assembly. a plurality of support ribs attached to the handle, wherein the umbrella further comprises a hub attached to an upper portion of the handle, wherein each support rib is a rod or strip that is attached on one end to the hub through a corresponding articulated joint, a sheet attached to each of the support ribs, and a toroidal air bladder coupled to the pump, the air bladder disposed about the handle and engaging the support ribs, wherein, as the air bladder inflates, the enlarging air bladder contacts the support ribs, and pushes the support ribs away from the support assembly.
A method in a second network node for paging a user equipment, wherein the second network node manages a list of tracking area identities, wherein the list comprises at least one tracking area identity for identifying at least one primary tracking area, wherein each one of the tracking areas identified by said tracking area identities and said at least one primary tracking area is associated with at least one cell served by a third radio network node, the third radio network node being managed by the second network node, wherein a wireless communication network comprises the second network node, the third radio network node and the user equipment, wherein an identified tracking area is set as the primary tracking area when a measure for the user equipment being located in the identified tracking area exceeds a first threshold, the method comprising: paging the user equipment in at least one cell associated with said at least one primary tracking area, and if no response, triggered by the step of paging the user equipment in said at least one cell associated with said at least one primary tracking area, is received from the user equipment, paging the user equipment in cells associated with a set of tracking area identities, wherein the set of tracking area identities is selected from the tracking area identities in the list of tracking area identities. paging the user equipment in at least one cell associated with said at least one primary tracking area, and if no response, triggered by the step of paging the user equipment in said at least one cell associated with said at least one primary tracking area, is received from the user equipment, paging the user equipment in cells associated with a set of tracking area identities, wherein the set of tracking area identities is selected from the tracking area identities in the list of tracking area identities.
A catapult for dispensing bait for fishing, which catapult comprises a hand grip portion, first and second arms (6, 8), a pouch, a first length of an elastic material extending between the first arm and a first side of the pouch, a second length of the elastic material extending between the second arm and a second side of the pouch, first connector means which connects a first end of the first length of the elastic material to the first arm, and second connector means which connects a first end of the second length of the elastic material to the second arm, wherein the first connector means and the second connector means each comprises a swivel joint, and wherein the swivel joint comprises: (i) a rotation-providing formation; (ii) a fixing member which is fixed to the arm (6, 8) for the swivel joint; and (iii) connector means which extends away from the arm (6, 8) for the swivel joint and which connects to the elastic material (12, 16) for the arm (6, 8) for the swivel joint, and wherein: (iv) the fixing member extends transversely of a longitudinal axis of the swivel joint; and (v) each of the arms (6, 8) has a connecting formation to which the swivel joint is connected by the fixing member, and wherein the connecting formation comprises a housing and a recess in the housing, in which the swivel joint extends into the recess, and in which the fixing member extends transversely through the housing and into the swivel joint, wherein the rotation-providing formation permits the connector means to rotate with respect to the fixing member about the longitudinal axis of the swivel joint (i) a rotation-providing formation; (ii) a fixing member which is fixed to the arm (6, 8) for the swivel joint; and (iii) connector means which extends away from the arm (6, 8) for the swivel joint and which connects to the elastic material (12, 16) for the arm (6, 8) for the swivel joint, (iv) the fixing member extends transversely of a longitudinal axis of the swivel joint; and (v) each of the arms (6, 8) has a connecting formation to which the swivel joint is connected by the fixing member, and wherein the connecting formation comprises a housing and a recess in the housing, in which the swivel joint extends into the recess, and in which the fixing member extends transversely through the housing and into the swivel joint, wherein the rotation-providing formation permits the connector means to rotate with respect to the fixing member about the longitudinal axis of the swivel joint
Heat-exchange storage bundle for a heat-storage battery comprising microtubes and a collector, said microtubes comprising within them a material suitable for storing and releasing a given quantity of heat, characterized in that at least one microtube is closed, by a mechanical fastening element, onto the collector, characterized in that said mechanical fastening element clamps part of the microtube against the collector.
A method of forming a patterned layer, including the steps of: (i) depositing via a liquid medium a first material onto a substrate to form a first body (90, 91) on said substrate; (ii) depositing via a liquid medium a second material onto said substrate to form a second body (90, 91), wherein said first body is used to control said deposition of said second material so as to form a patterned structure including said first and second bodies separated by a first gap; and (iii) using said patterned structure as a mask during a process of etching said substrate, wherein said process of etching said substrate is carried out so as to underetch the first and second bodies so as to define in said substrate a second gap of greater width than said first gap, and further including the step of subsequently using said patterned structure as a mask to selectively deposit a third material into the portion of said second gap exposed by said first gap. (i) depositing via a liquid medium a first material onto a substrate to form a first body (90, 91) on said substrate; (ii) depositing via a liquid medium a second material onto said substrate to form a second body (90, 91), wherein said first body is used to control said deposition of said second material so as to form a patterned structure including said first and second bodies separated by a first gap; and (iii) using said patterned structure as a mask during a process of etching said substrate, wherein said process of etching said substrate is carried out so as to underetch the first and second bodies so as to define in said substrate a second gap of greater width than said first gap, and further including the step of subsequently using said patterned structure as a mask to selectively deposit a third material into the portion of said second gap exposed by said first gap.
Disc slot unit for a liquid manure distributing device, comprising - a spring element, which can be fastened at a first longitudinal end to the liquid manure distributing device; - a holder mounted in the region of a second longitudinal end of the spring element, on which a slot disc is rotatably mounted for cutting a furrow in the ground; - a discharge hose arranged along the longitudinal direction of the spring element on said spring element, on which discharge hose a liquid manure nozzle is mounted, the outlet opening of which is directed to a liquid manure introduction point, which, in relation to a direction of movement during the intended use of the disc slot unit is arranged behind a contact point of the slot disc, characterised in that the holder is mounted able to be pivoted about a longitudinal axis and/or about a vertical axis of the disc slot unit. - a spring element, which can be fastened at a first longitudinal end to the liquid manure distributing device; - a holder mounted in the region of a second longitudinal end of the spring element, on which a slot disc is rotatably mounted for cutting a furrow in the ground; - a discharge hose arranged along the longitudinal direction of the spring element on said spring element, on which discharge hose a liquid manure nozzle is mounted, the outlet opening of which is directed to a liquid manure introduction point, which, in relation to a direction of movement during the intended use of the disc slot unit is arranged behind a contact point of the slot disc,
Use of mixtures containing one or more inorganic, fine residual materials and one or more polymers based on ethylenically unsaturated monomers for producing composites by means of thermoplastic forming techniques, characterized in that polymers based on ethylenically unsaturated monomers in the form of protective colloid-stabilized, water-redispersible polymer powders are used.
An ultrasound probe arrangement, comprising: a holder for application to a surface; a housing mounted over the holder, the housing having an inner guide surface which comprises a portion of a sphere; a probe carrier comprising a disc having an outer guide surface around the outer rim of the disc which comprises a portion of a sphere, wherein the probe carrier is slidable within the housing with the inner and outer guide surfaces in sliding contact, wherein the arrangement is configured such that a probe may be mounted in the carrier in a position such that a point of rotation of the probe caused by sliding of the probe carrier within the housing corresponds to a point of contact of a tip of the probe with the surface, and characterized in that the housing is receivable within the holder at an adjustable depth position within the holder, for adjusting a pressing force applied by a probe held in use by the probe carrier against the surface. a holder for application to a surface; a housing mounted over the holder, the housing having an inner guide surface which comprises a portion of a sphere; a probe carrier comprising a disc having an outer guide surface around the outer rim of the disc which comprises a portion of a sphere, wherein the probe carrier is slidable within the housing with the inner and outer guide surfaces in sliding contact, wherein the arrangement is configured such that a probe may be mounted in the carrier in a position such that a point of rotation of the probe caused by sliding of the probe carrier within the housing corresponds to a point of contact of a tip of the probe with the surface, and characterized in that the housing is receivable within the holder at an adjustable depth position within the holder, for adjusting a pressing force applied by a probe held in use by the probe carrier against the surface.
An assembly comprising a structural member and a panel (49, 59, 109) attached to the structural member, which structural member is elongated, with an internal cavity extending along a longitudinal axis of the structural member and being surrounded by a thin-walled material of the structural member, wherein the thin-walled material determines an external shape of the structural member in the form of a Greek cross and the internal cavity has a shape that corresponds with the external shape of the structural member, with four views (101, 102, 103, 104) extending along the longitudinal axis, which four views (101, 102, 103, 104) are formed so that the structural member exhibits a four-fold rotational symmetry around the longitudinal axis, each rotationally symmetric view (101, 102, 103, 104) comprising a support surface configured to serve as support and fastening point for the panel (49, 59, 109), and two connection surfaces (12, 12') configured for fastening of the structural member to other structural members, wherein in each of the four views (101, 102, 103, 104) the support surface is positioned between the two connection surfaces (12, 12') and is parallel to the connection surfaces (12, 12'), wherein the connection surfaces (12, 12') are disposed recessed relative to the support surface at a spacing so that, when the structural member is fastened with ordinary fastening means via the connection surfaces (12, 12'), the fastening means do not protrude from the support surface, and for each of the four rotationally symmetric views, the connection surfaces (12, 12') thereof are joined to the support surface thereof by connection walls (14, 16) of other of the rotationally symmetric views lying on opposite sides of the support surface, the connection walls (14, 16) having the connection surfaces (12, 12'), and the connection walls (14, 16) of other of the rotationally symmetric views are positioned at a spacing from each other and are perpendicular to the connection surfaces (12, 12') of the respective view, wherein the panel (49, 59, 109) is fastened to one of the support surfaces, and the connection surfaces (12, 12') are provided with a regular hole pattern to serve as passages for the fastening means.
A treadmill (10; 200), comprising; a frame (60; 260; 700) having a front end and a rear end, substantially opposite the front end; a front shaft assembly (70; 270) coupled to the frame proximate the front end of the frame; a rear shaft assembly (80; 280) coupled to the frame proximate the rear end of the frame; a running belt (30; 230; 706) disposed about the front and rear shaft assemblies and comprising a plurality of slats (31; 231); characterised by a bumper coupled to the frame proximate the running belt such that the bumper is disposed between the running belt (30; 230) and the frame (60; 260; 700), wherein the bumper comprises a partially rounded surface and a substantially flat surface, and wherein in use, the partially rounded surface of the bumper is configured to selectively engage one or more of the plurality of slats (31; 231) to restrict movement of the running belt (30; 230; 706) towards at least a portion of the frame (60; 260; 700), and wherein the bumper is dynamically adjustable relative to the frame (60; 260; 700). a frame (60; 260; 700) having a front end and a rear end, substantially opposite the front end; a front shaft assembly (70; 270) coupled to the frame proximate the front end of the frame; a rear shaft assembly (80; 280) coupled to the frame proximate the rear end of the frame; a running belt (30; 230; 706) disposed about the front and rear shaft assemblies and comprising a plurality of slats (31; 231); characterised by a bumper coupled to the frame proximate the running belt such that the bumper is disposed between the running belt (30; 230) and the frame (60; 260; 700), wherein the bumper comprises a partially rounded surface and a substantially flat surface, and wherein in use, the partially rounded surface of the bumper is configured to selectively engage one or more of the plurality of slats (31; 231) to restrict movement of the running belt (30; 230; 706) towards at least a portion of the frame (60; 260; 700), and wherein the bumper is dynamically adjustable relative to the frame (60; 260; 700).
A system, comprising: a delivery device comprising a proximal portion, distal portion and lumen extending therebetween; a first injectable composition disposed within the distal portion of the delivery device; and a second injectable composition disposed within the proximal portion of the delivery device; wherein a viscosity of the first injectable composition is less than a viscosity of the second injectable composition, wherein the second injectable composition comprises a gellan gum and the first injectable composition comprises a lower concentration of the gellan gum of the second injectable composition, dissolved in a same or different aqueous isotonic solution, or the first injectable composition does not include any amount of the gellan gum, wherein the first and second injectable compositions are separated by a barrier member which is configured to rupture above a threshold level of force after the first injectable composition has been discharged from the distal portion of the delivery device. a delivery device comprising a proximal portion, distal portion and lumen extending therebetween; a first injectable composition disposed within the distal portion of the delivery device; and a second injectable composition disposed within the proximal portion of the delivery device; wherein a viscosity of the first injectable composition is less than a viscosity of the second injectable composition, wherein the second injectable composition comprises a gellan gum and the first injectable composition comprises a lower concentration of the gellan gum of the second injectable composition, dissolved in a same or different aqueous isotonic solution, or the first injectable composition does not include any amount of the gellan gum, wherein the first and second injectable compositions are separated by a barrier member which is configured to rupture above a threshold level of force after the first injectable composition has been discharged from the distal portion of the delivery device.
Device for cutting ribbon-shaped baked goods, in particular, crispbread, by means of a cutting device, which a conveyor is assigned to in order to guide and feed the ribbon-shaped baked goods from a baking facility to the cutting device, wherein the cutting device comprises a cross cutter to cut the ribbon-shaped baked goods into strips perpendicular to the feed direction, wherein the cross cutter has at least one rotating knife with a blade facing the ribbon-shaped baked goods, across from which a ribbon- or plate-shaped counterholder is arranged as a counter support, characterized in that a blade-adjustment device is provided, by means of which an angle of attack of the blade is adjustable.
Use of a curable polyorganosiloxane composition as an encapsulant for a photovoltaic module, said composition comprising: at least one polyorganosiloxane having at least two unsaturated hydrocarbyl residues, at least one polyorganohydrogensiloxane having at least seven Si atoms, wherein the molar ratio of SiH-groups to all Si-atoms is more than 0.55, at least one hydrosilylation catalyst, optionally at least one adhesion promoter, optionally at least one reinforcing filler, wherein the molar ratio of the total of SiH groups in component to the total of the unsaturated hydrocarbyl residues in component in the formulation is between 1.2 and 4. at least one polyorganosiloxane having at least two unsaturated hydrocarbyl residues, at least one polyorganohydrogensiloxane having at least seven Si atoms, wherein the molar ratio of SiH-groups to all Si-atoms is more than 0.55, at least one hydrosilylation catalyst, optionally at least one adhesion promoter, optionally at least one reinforcing filler,
A drive system for driving a diaphragm pressure wave generator, the pressure wave generator comprising a reciprocally moveable drive piston and opposed first and second diaphragms (11, 13) that are each coupled at or toward opposite ends of the reciprocally moveable drive piston, the drive system comprising: an operable actuator that generates a reciprocating motion output; a double-acting balanced master cylinder having two ends; a master piston that is driven by the output of the actuator in a reciprocating motion within the double-acting balanced master cylinder; and opposed slave pistons (37, 39) being reciprocally moveable within respective slave cylinders (41, 43), each slave piston (37, 39) being arranged to act on a respective end (21, 23) of the drive piston and each slave cylinder (41, 43) being operatively connected to a respective end of the master cylinder for hydraulic fluid communication such that the master piston drives the slave pistons (37, 39) via hydraulic fluid moving between the master and slave cylinders (35, 41, 43), the slave pistons (37, 39) having a larger cross-sectional area than the master piston such that reciprocating motion of the master piston at a low force and long stroke causes reciprocating motion of the slave pistons (37, 39) at a higher force and shorter stroke to thereby reciprocate the drive piston and opposed diaphragms (11, 13) to generate pressure waves. an operable actuator that generates a reciprocating motion output; a double-acting balanced master cylinder having two ends; a master piston that is driven by the output of the actuator in a reciprocating motion within the double-acting balanced master cylinder; and opposed slave pistons (37, 39) being reciprocally moveable within respective slave cylinders (41, 43), each slave piston (37, 39) being arranged to act on a respective end (21, 23) of the drive piston and each slave cylinder (41, 43) being operatively connected to a respective end of the master cylinder for hydraulic fluid communication such that the master piston drives the slave pistons (37, 39) via hydraulic fluid moving between the master and slave cylinders (35, 41, 43), the slave pistons (37, 39) having a larger cross-sectional area than the master piston such that reciprocating motion of the master piston at a low force and long stroke causes reciprocating motion of the slave pistons (37, 39) at a higher force and shorter stroke to thereby reciprocate the drive piston and opposed diaphragms (11, 13) to generate pressure waves.