mhurhangee/ep-ind-claims huggingface dataset:
A drive rod lock in particular for a double-leaf door with a locking device, having a lock which can be moved out of a lock case and a catch pre-tensioned resiliently out of the lock case and retractable via a catch retraction lever and a drive rod connecting slide of the locking device displaceable transversely to the movement of the lock, having a drive device of the lock device which can be driven by a locking cylinder, having at least one follower half for the positive connection with a handle, having a pivotably mounted coupling handle for the positive connection of the follower half with the catch retraction lever and having a coupling projection of the coupling handle, wherein the coupling handle has two coupling projections (22, 30) remote in each case from a bearing, one of the coupling projections engages into the movement region of the follower half and the other of the coupling projections engages into the movement region of the catch retraction lever, so that a positive locking of the movements from the follower half to the catch retraction lever is generated via the coupling projections (22, 30), characterized in that a clearance of the bearing of the coupling handle is greater that the clearance of the coupling projection in the catch retraction lever.
Styling device for hair, comprising at least one grip part, a cylindrical working surface for coiling the hair, and a coiling device for the hair, wherein the coiling device consists of a hair coiler consisting of a rotationally drivable rotating body with arms extending in the axial direction to the working surface, wherein the grip part includes operating elements (10, 11), wherein the working surface includes an overheat protection with a temperature sensor which interrupts, independently of the operating elements, the heating process when a temperature is reached, and wherein the center of gravity of the styling device is shifted to the grip part.
A method, comprising: Selecting, at an access node of a radio network, at least one primary component carrier for a cell of the radio network; Selecting, at the access node, at least one secondary component carrier for the cell of the radio network; and initiating transmission of at least one condition from the access node to at least one device, wherein the at least one condition comprises an indication of a maximum allowed interference, wherein the at least one condition is configured to permit the at least one device to determine, at a respective device, whether to use at least one of the at least one secondary component carrier for device-to-device communication with at least one other device based on comparing an estimated interference caused by prospective transmission from the respective device in a prospective device-to-device communication to the at least one condition. Selecting, at an access node of a radio network, at least one primary component carrier for a cell of the radio network; Selecting, at the access node, at least one secondary component carrier for the cell of the radio network; and initiating transmission of at least one condition from the access node to at least one device, wherein the at least one condition comprises an indication of a maximum allowed interference, wherein the at least one condition is configured to permit the at least one device to determine, at a respective device, whether to use at least one of the at least one secondary component carrier for device-to-device communication with at least one other device based on comparing an estimated interference caused by prospective transmission from the respective device in a prospective device-to-device communication to the at least one condition.
Apparatus for receiving and transporting a stream of eggs, comprising, - a conveyor for transporting eggs in a transport direction T, - a releasing device connected with the conveyor, for releasing predetermined eggs away from the conveyor, separately, downwardly out of the stream, wherein the apparatus is characterized by: - two driven star wheels (40, 50), arranged for receiving the predetermined eggs from the releasing device, wherein the star wheels (40, 50) are placed substantially close to each other, with parallel shafts perpendicular to the transport direction T, and with the direction of rotation of the shafts being opposite to each other, while upon rotation their blades along a part of the rotation path are placed over each other and transport the eggs, received from the releasing device, substantially cupwise downwardly. - a conveyor for transporting eggs in a transport direction T, - a releasing device connected with the conveyor, for releasing predetermined eggs away from the conveyor, separately, downwardly out of the stream, wherein the apparatus is characterized by: - two driven star wheels (40, 50), arranged for receiving the predetermined eggs from the releasing device, wherein the star wheels (40, 50) are placed substantially close to each other, with parallel shafts perpendicular to the transport direction T, and with the direction of rotation of the shafts being opposite to each other, while upon rotation their blades along a part of the rotation path are placed over each other and transport the eggs, received from the releasing device, substantially cupwise downwardly.
An actinically crosslinkable prepolymer, comprises: in the copolymer chain of the prepolymer, siloxane units derived from one or more siloxane-containing monomers and/or one or more siloxane-containing macromers; hydrophilic units derived from one or more hydrophilic monomers and/or one or more hydrophilic macromers; dangling hydrophilic polymer chains that are covalently attached to the copolymer chain and derived from one or more pre-formed hydrophilic polymers each having one sole crosslinkable group, other than the component, wherein the dangling hydrophilic chains are free of actinically-crosslinkable groups, wherein the pre-formed hydrophilic polymer has a molecular weight sufficiently low to be efficiently and covalently incorporated in the prepolymer but sufficiently high to provide a silicone hydrogel contact lens, which is obtained from the prepolymer, with a water contact angle of about 90 degrees or less without post-curing surface treatment and when being present in the prepolymer in an amount of from about 2% to about 30% by weight, wherein the prepolymer comprises multiple actinically crosslinkable groups selected from the group consisting of ethylenically unsaturated groups and thiol groups and is capable of being actinically crosslinked, in the absence of one or more monomers, to form the silicone hydrogel contact lens. siloxane units derived from one or more siloxane-containing monomers and/or one or more siloxane-containing macromers; hydrophilic units derived from one or more hydrophilic monomers and/or one or more hydrophilic macromers; dangling hydrophilic polymer chains that are covalently attached to the copolymer chain and derived from one or more pre-formed hydrophilic polymers each having one sole crosslinkable group, other than the component, wherein the dangling hydrophilic chains are free of actinically-crosslinkable groups, wherein the pre-formed hydrophilic polymer has a molecular weight sufficiently low to be efficiently and covalently incorporated in the prepolymer but sufficiently high to provide a silicone hydrogel contact lens, which is obtained from the prepolymer, with a water contact angle of about 90 degrees or less without post-curing surface treatment and when being present in the prepolymer in an amount of from about 2% to about 30% by weight,
Rail for a seat of a motor vehicle comprising - a recess, into which holding means can be inserted for a seat which can be slid in the direction along the rail, - a plurality of locking means for the holding means disposed next to one another in a longitudinal direction of the rail, which locking means facilitate a fixing of the seat in a desired position, - a base and two legs extending away from the base, between which legs or on which legs the recess for the holding means is formed, wherein the legs have edges which are bent over twice at their sides facing away from the base, characterised in that - both legs form with the base an angle of less than 90°, wherein the edges are bent over to the outside, and wherein the locking means are disposed in the sections of the legs which are extending away from the base, and/or that - in each case a section (4, 11) of each one of the legs is oriented at an angle of less than 90° to the base, wherein the edges are bent over to the inside and wherein the locking means are disposed in the sections of the legs extending to the inside in the direction towards the base. - a recess, into which holding means can be inserted for a seat which can be slid in the direction along the rail, - a plurality of locking means for the holding means disposed next to one another in a longitudinal direction of the rail, which locking means facilitate a fixing of the seat in a desired position, - a base and two legs extending away from the base, between which legs or on which legs the recess for the holding means is formed, wherein the legs have edges which are bent over twice at their sides facing away from the base, - both legs form with the base an angle of less than 90°, wherein the edges are bent over to the outside, and wherein the locking means are disposed in the sections of the legs which are extending away from the base, - in each case a section (4, 11) of each one of the legs is oriented at an angle of less than 90° to the base, wherein the edges are bent over to the inside and wherein the locking means are disposed in the sections of the legs extending to the inside in the direction towards the base.
A train detection system for a railway track, the railway track defining a first lateral side and a second lateral side opposite the first lateral side, said train detection system comprising: - at least two cameras (26, 28), said cameras (26, 28) being arranged along the railway track spaced apart from each other, each camera (26, 28) being placed on either the first lateral side or the second lateral side; - at least one passive target (30, 32), each of said passive targets (30, 32) being placed within the field of view of at least one of the cameras (26, 28) and on the opposite lateral side (16, 18) of the railway track with respect to the at least one of the cameras (26, 28) in whose field of view the respective passive target (30, 32) is placed; and - at least one controller adapted to recognise the at least one passive target (30, 32) in the images provided by at least one of the cameras (26, 28) to the controller in order to, in case the image does not contain image data of the at least one passive target, determine that a train is located on the railway track; - at least one light (34, 36), said light (34, 36) being directed towards at least one of the cameras (26, 28) and/or the at least one passive target (30, 32) and adapted to emit light with varying intensity, the system being characterized in that the controller is adapted to detect light intensity variations over the time from the at least one light (34, 36) in order to determine that the cameras (26, 28) capture live images. - at least two cameras (26, 28), said cameras (26, 28) being arranged along the railway track spaced apart from each other, each camera (26, 28) being placed on either the first lateral side or the second lateral side; - at least one passive target (30, 32), each of said passive targets (30, 32) being placed within the field of view of at least one of the cameras (26, 28) and on the opposite lateral side (16, 18) of the railway track with respect to the at least one of the cameras (26, 28) in whose field of view the respective passive target (30, 32) is placed; and - at least one controller adapted to recognise the at least one passive target (30, 32) in the images provided by at least one of the cameras (26, 28) to the controller in order to, in case the image does not contain image data of the at least one passive target, determine that a train is located on the railway track; - at least one light (34, 36), said light (34, 36) being directed towards at least one of the cameras (26, 28) and/or the at least one passive target (30, 32) and adapted to emit light with varying intensity,
A method for preparing a biological sample for analysis, the method comprising: moving a continuous substrate film past a sample applicator unit including one or more applicators (2; 2a; 2b; 2c); and, applying at least one trace of a biological sample (11; 11a; 11b; 11c) to be analyzed onto the continuous substrate film by the sample applicator unit, wherein the biological sample includes cells and optionally wherein the at least one trace of a biological sample (11; 11a; 11b; 11c) forms substantially a monolayer of cells on a surface of the continuous substrate film and characterized in that the applicator unit includes at least one applicator that is configured to be moved in a direction orthogonal to the transport direction over a broad surface of the continuous substrate film thereby applying a two-dimensional trace of the biological sample on the continuous substrate film, or in that the applicator unit includes at least two applicators (2a, 2b) that are configured to apply at least two traces of the biological sample (11a; 11b). moving a continuous substrate film past a sample applicator unit including one or more applicators (2; 2a; 2b; 2c); and, applying at least one trace of a biological sample (11; 11a; 11b; 11c) to be analyzed onto the continuous substrate film by the sample applicator unit, wherein the biological sample includes cells and optionally wherein the at least one trace of a biological sample (11; 11a; 11b; 11c) forms substantially a monolayer of cells on a surface of the continuous substrate film and characterized in that the applicator unit includes at least one applicator that is configured to be moved in a direction orthogonal to the transport direction over a broad surface of the continuous substrate film thereby applying a two-dimensional trace of the biological sample on the continuous substrate film, or in that the applicator unit includes at least two applicators (2a, 2b) that are configured to apply at least two traces of the biological sample (11a; 11b).
A heat shrink device for processing containers of the type made from or comprising heat shrinkable plastic film, the containers having a main portion where a product is housed, a terminal portion not occupied by product, and an intermediate portion connecting the main portion and the terminal portion, wherein the device comprises: - a pair of opposed shrink belts, each shrink belt having an operative stretch facing a corresponding operative stretch of the opposite shrink belt, wherein said operative stretches have respective external surfaces defining therebetween, at least in operation, a gap configured for receiving the terminal portion of each container to be processed; - a belt heater associated to at least one of said shrink belts and configured for bringing the external surface of at least one operative stretch at least at a shrink temperature, optionally comprised between 130° and 180°C, such that the terminal portion of each processed container passing through said gap is heat shrunk. an intermediate portion connecting the main portion and the terminal portion, wherein the device comprises: - a pair of opposed shrink belts, each shrink belt having an operative stretch facing a corresponding operative stretch of the opposite shrink belt, wherein said operative stretches have respective external surfaces defining therebetween, at least in operation, a gap configured for receiving the terminal portion of each container to be processed; - a belt heater associated to at least one of said shrink belts and configured for bringing the external surface of at least one operative stretch at least at a shrink temperature, optionally comprised between 130° and 180°C, such that the terminal portion of each processed container passing through said gap is heat shrunk. - a pair of opposed shrink belts, each shrink belt having an operative stretch facing a corresponding operative stretch of the opposite shrink belt, wherein said operative stretches have respective external surfaces defining therebetween, at least in operation, a gap configured for receiving the terminal portion of each container to be processed; - a belt heater associated to at least one of said shrink belts and configured for bringing the external surface of at least one operative stretch at least at a shrink temperature, optionally comprised between 130° and 180°C, such that the terminal portion of each processed container passing through said gap is heat shrunk.
Vibration damper, in particular for a vehicle tailgate, comprising a support element elastically coupled to a damper body via an elastomer device, wherein the damper body is elongated, at the end sections of which an elastomer body is arranged with a cap-like section open toward the damper body with which the respective elastomer body engages over the damper body, wherein the support element has spaced receptacles for the respective reception of one of the elastomer bodies, characterized in that respective clamping elements are provided for clamping the respective elastomer body into the assigned receptacle of the support element.
A blind riveting apparatus, comprising: a handle a drive cylinder having a first end opposite a second end and having a drive cylinder axis; a drive piston translatable within said drive cylinder; a second cylinder having a first end and having a second end and having a second cylinder axis; a second piston translatable within said second cylinder; said second end of said second cylinder having an aperture adapted for positioning a blind rivet therein; a jaw engaged with said second cylinder adapted to operatively connect to a mandrel of said blind rivet; a fluid passage communicating between said drive cylinder to said second cylinder; wherein, in use, translation of said drive piston in a first direction forces fluid through said fluid passage and into said second cylinder; said fluid entering said second cylinder causing said second cylinder to translate in a second direction, toward said first end of said second cylinder away from said aperture; characterised in that said first end of said drive cylinder is removably engaged with said handle, said handle having a member projecting therefrom, to place a distal end of said member in operative communication with a first side of said drive piston; and whereby, in use, a force imparted from a translation of said member projecting from said handle, toward said second end of said drive cylinder, moves said drive piston in said first direction. a handle a drive cylinder having a first end opposite a second end and having a drive cylinder axis; a drive piston translatable within said drive cylinder; a second cylinder having a first end and having a second end and having a second cylinder axis; a second piston translatable within said second cylinder; said second end of said second cylinder having an aperture adapted for positioning a blind rivet therein; a jaw engaged with said second cylinder adapted to operatively connect to a mandrel of said blind rivet; a fluid passage communicating between said drive cylinder to said second cylinder; wherein, in use, translation of said drive piston in a first direction forces fluid through said fluid passage and into said second cylinder; said fluid entering said second cylinder causing said second cylinder to translate in a second direction, toward said first end of said second cylinder away from said aperture; characterised in that said first end of said drive cylinder is removably engaged with said handle, said handle having a member projecting therefrom, to place a distal end of said member in operative communication with a first side of said drive piston; and whereby, in use, a force imparted from a translation of said member projecting from said handle, toward said second end of said drive cylinder, moves said drive piston in said first direction.
A suspension arm assembly comprising: at least two members (12a, 18a, 26a, 30a) relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint (28a, 32a, 34a), with at least one of the joints comprising an infinite rotation joint; the infinite rotation joint allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint being configured to pass at least an optical signal therethrough; the infinite rotation joint comprising a stator and a rotor, at least two portions of the infinite rotation joint being separable such that the infinite rotation joint can be separated into the at least two portions, the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; the at least two portions of the infinite rotation joint are engaged by axially sliding a first one of the at least two portions of the infinite rotation joint into a second one of the at least two portions of the infinite rotation joint; and the first one of the at least two portions of the infinite rotation j oint can transmit at least one of power and data to the second one of the at least two portions of the infinite rotation joint at a plurality of different axial locations of the first one of the at least two portions of the infinite rotation joint relative to the second one of the at least two portions of the infinite rotation joint. at least two members (12a, 18a, 26a, 30a) relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint (28a, 32a, 34a), with at least one of the joints comprising an infinite rotation joint; the infinite rotation joint allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint being configured to pass at least an optical signal therethrough; the infinite rotation joint comprising a stator and a rotor, at least two portions of the infinite rotation joint being separable such that the infinite rotation joint can be separated into the at least two portions, the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; the at least two portions of the infinite rotation joint are engaged by axially sliding a first one of the at least two portions of the infinite rotation joint into a second one of the at least two portions of the infinite rotation joint; and the first one of the at least two portions of the infinite rotation j oint can transmit at least one of power and data to the second one of the at least two portions of the infinite rotation joint at a plurality of different axial locations of the first one of the at least two portions of the infinite rotation joint relative to the second one of the at least two portions of the infinite rotation joint.