mhurhangee/ep-ind-claims huggingface dataset:
Locking device for rotatably and/or displaceably arranged components, whereby the locking device has a catching jaw and a brake rail and either the brake rail or the catching jaw is fixedly connected to the rotatably and/or displaceably arranged component, whereby the catching jaw has a brake surface, which faces the brake rail, with a brake profile running largely transversely to the direction of movement of the component and stands in operative connection with an actuator and can be moved by the latter against the brake rail, whereby the brake profile exerts a locking effect on the surface of the brake rail, and whereby the brake profile running largely transversely to the direction of movement of the component consists of a plurality of cutting edges with a wedge-shaped cross section arranged one behind the other in the direction of movement of the component that engage with the brake rail, characterised in that, the wedge-shaped cutting edges have a side running perpendicular to the brake surface of the catching jaw and that this side is directed oppositely to the movement of the component in the case of the catching jaw being fixed in relation to the movement of the component and points in the direction of movement of the component in the case of the catching jaw moving with the component.
A process for the preparation of cysteamine hyaluronate microparticles comprising the following steps: a. Dissolving sodium hyaluronate. b. Adding an ion exchange resin. c. Filtering the obtained solution. d. Adding cysteamine base. e. Spray-drying the obtained solution. a. Dissolving sodium hyaluronate. b. Adding an ion exchange resin. c. Filtering the obtained solution. d. Adding cysteamine base. e. Spray-drying the obtained solution.
A front loader comprising: a pair of left and right booms; a bucket supported at free ends of the pair of left and right booms to be pivotable about a pivot axis extending along a vehicle body left-right direction, the front loader being configured for detachable attachment to a vehicle body; a stand pivotally supported to the front loader to be pivotable about a pivot axis extending along the vehicle body left-right direction between an in-use posture for supporting the front loader and a stored posture along a longitudinal direction of the booms, the stand being configured to be pivoted to the stored posture in association with a dumping motion of the bucket; a lock mechanism switchable between a locking state for holding the stand under the stored posture and a releasing state for releasing the locking state; and an operational tool configured to be manually operated from a driving section by a riding operator for switching over the lock mechanism to the locking state or the releasing state; characterized in that when the stand is pivoted to the stored posture in association with the dumping motion of the bucket and the lock mechanism is switched to the locking state, the lock mechanism is configured to hold the stand in the stored posture; and when the lock mechanism is switched to the releasing posture by the operational tool with the lock mechanism holding the stand in the stored posture, switching of the stand to the in-use posture is enabled. a pair of left and right booms; a bucket supported at free ends of the pair of left and right booms to be pivotable about a pivot axis extending along a vehicle body left-right direction, the front loader being configured for detachable attachment to a vehicle body; a stand pivotally supported to the front loader to be pivotable about a pivot axis extending along the vehicle body left-right direction between an in-use posture for supporting the front loader and a stored posture along a longitudinal direction of the booms, the stand being configured to be pivoted to the stored posture in association with a dumping motion of the bucket; a lock mechanism switchable between a locking state for holding the stand under the stored posture and a releasing state for releasing the locking state; and an operational tool configured to be manually operated from a driving section by a riding operator for switching over the lock mechanism to the locking state or the releasing state; characterized in that when the stand is pivoted to the stored posture in association with the dumping motion of the bucket and the lock mechanism is switched to the locking state, the lock mechanism is configured to hold the stand in the stored posture; and when the lock mechanism is switched to the releasing posture by the operational tool with the lock mechanism holding the stand in the stored posture, switching of the stand to the in-use posture is enabled.
A rigid joint assembly comprising a first cable core end section of a first electric power distribution cable, and a second cable core end section of a second electric power distribution cable, said respective first and second cable core end section comprising an electrical cable core comprising at least an inner electric conductor, and an insulation system, said rigid joint assembly further comprising a joint connection inside which the electrical cable core of the first cable core end section of the first electric cable is jointed with the electrical cable core of the second cable core end section of the second electric cable, the rigid joint assembly further comprising a water tight metal casing assembly surrounding the joint connection, which casing assembly comprises a casing body, a first cable entry part comprising an opening for receiving the first cable core end section of the first cable and a second cable entry part comprising an opening for receiving the second cable core end section of the second cable, and wherein the casing assembly contains a compressible gas, the rigid joint assembly further comprising a first cable insulation system member that surrounds the first cable core end section at the first cable entry part and a second cable insulation system member that surrounds the second cable core end section at the second cable entry part, characterized in that the insulation system comprises at least an inner semi-conducting layer, an insulation layer and an outer semi-conducting layer and the respective first and second cable insulation system member (40; 140) are deformation preventing members comprising a rigid pipe that surrounds the respective cable core end section (12; 112) at the respective cable entry part (32; 132), wherein the pipe has a uniform wall thickness and the rigid pipe has a cylindrical internal surface that is in continuous contact with an external surface of the cable core end section (12; 112) which it surrounds, wherein the rigid pipe of the respective cable insulation system deformation preventing member (40; 140) is pressed onto the respective cable core end section (12; 112), thereby creating a contact pressure between the cable insulation system (15, 16, 17) and the rigid pipe and the rigid joint assembly further comprising, at each cable core end section (12; 112), a securing arrangement axially locking the rigid pipe of the cable insulation system deformation preventing member (40; 140) in relation to the casing assembly.
A mass analysis apparatus comprising: a collision cell arranged to generate product ions from precursor ions; a detector arranged to detect target ions selected from among the product ions; and a deflector that is provided between the collision cell and the detector and that is arranged to apply a deflection action on the target ions, characterized in that the apparatus further comprises a controller arranged to change a reference potential of the deflector in connection with a change of a reference potential of the collision cell such that a potential difference between the reference potential of the collision cell and the reference potential of the deflector is constant. a collision cell arranged to generate product ions from precursor ions; a detector arranged to detect target ions selected from among the product ions; and a deflector that is provided between the collision cell and the detector and that is arranged to apply a deflection action on the target ions, characterized in that the apparatus further comprises a controller arranged to change a reference potential of the deflector in connection with a change of a reference potential of the collision cell such that a potential difference between the reference potential of the collision cell and the reference potential of the deflector is constant.
A device for mounting a ship's engine on an engine foundation (8a, 8b) of a ship with a stopping device for limiting a relative movement between the engine foundation (8a, 8b) and the ship's engine, in particular in the case of heavy swell, and with a catching device for fixing the ship's engine on the engine foundation (8a, 8b) in particular in sea emergencies, wherein the stopping device and the catching device are jointly provided by a stop-catch unit characterized in that the stop-catch unit on the port side and also on the starboard side of the ship or ship's engine in each case comprises in each case at least one part unit (1a, 1b) of a cantilever (2a, 2b) that is effective in vertical force direction and a cantilever (3a, 3b) that is effective in horizontal force direction, wherein the cantilevers (2a, 2b, 3a, 3b) on a clamped-in end in each case are fixed independently of one another non-displaceably and non-rotatably on a housing (10a, 10b) of the respective part unit (1a, 1b).
A ceramic mill blank for dental cutting and machining, wherein, the ceramic mill blank for dental cutting and machining comprises a ceramic portion to be cut and machined and one or more seal members, the ceramic portion consists of a ceramic material which is not finally sintered, the ceramic portion has an outer peripheral surface which is engageable with a holding tool, the one or more seal members are provided on the outer peripheral surface of the ceramic portion, a length of the one or more seal members is 50% or more of a length in a circumferential direction of the outer peripheral surface provided with the one or more seal members, the one or more seal members are provided with an adhesive material on at least one side, characterised in that the one or more seal members have a seal strength within a range of 1 to 50 N/9 mm in the case that the one or more seal members having a width of 9 mm are peeled off from the outer peripheral surface of the ceramic portion at a speed of 1 cm/sec. the ceramic mill blank for dental cutting and machining comprises a ceramic portion to be cut and machined and one or more seal members, the ceramic portion consists of a ceramic material which is not finally sintered, the ceramic portion has an outer peripheral surface which is engageable with a holding tool, the one or more seal members are provided on the outer peripheral surface of the ceramic portion, a length of the one or more seal members is 50% or more of a length in a circumferential direction of the outer peripheral surface provided with the one or more seal members, the one or more seal members are provided with an adhesive material on at least one side, characterised in that the one or more seal members have a seal strength within a range of 1 to 50 N/9 mm in the case that the one or more seal members having a width of 9 mm are peeled off from the outer peripheral surface of the ceramic portion at a speed of 1 cm/sec.
A combination of a binding structure and a bundle of sheets, the binding structure being suitable for binding the bundle of sheets (C, B, S) and comprised of: a binding element (10, 20, 30, 40, 50, 60, 70) that includes a base (11, 21, 31, 41, 51, 61, 71); a pair of opposed position legs (12, 22, 32, 42, 52, 62, 72) that are integrally formed with and extend from respective sides of the base, said pair of legs and base together defining a retention area in which the bundle of sheets is held, said pair of legs constructed and arranged with a resilient bias toward each other, but separable to enable the bundle of sheets to be held therebetween under a biasing force, characterised in that the bundle of sheets comprises a staple (19, 27) which extends through the bundle of sheets, and has opposed ends thereof extending beyond opposed sides of the bundle of sheets, said staple is arranged within the retention area with the opposed ends projecting toward the respective opposed position legs, each of the pairs of legs has a series of spacedly disposed and inwardly directed ribs (14, 74) arranged for contact with opposed sides of the bundle of sheets, and the staple is engageable with at least one of the ribs. a binding element (10, 20, 30, 40, 50, 60, 70) that includes a base (11, 21, 31, 41, 51, 61, 71); a pair of opposed position legs (12, 22, 32, 42, 52, 62, 72) that are integrally formed with and extend from respective sides of the base, said pair of legs and base together defining a retention area in which the bundle of sheets is held, said pair of legs constructed and arranged with a resilient bias toward each other, but separable to enable the bundle of sheets to be held therebetween under a biasing force, characterised in that the bundle of sheets comprises a staple (19, 27) which extends through the bundle of sheets, and has opposed ends thereof extending beyond opposed sides of the bundle of sheets, said staple is arranged within the retention area with the opposed ends projecting toward the respective opposed position legs, each of the pairs of legs has a series of spacedly disposed and inwardly directed ribs (14, 74) arranged for contact with opposed sides of the bundle of sheets, and the staple is engageable with at least one of the ribs. said pair of legs and base together defining a retention area in which the bundle of sheets is held, said pair of legs constructed and arranged with a resilient bias toward each other, but separable to enable the bundle of sheets to be held therebetween under a biasing force,
A jet flow nozzle which is mountable when in use on jet engine and configured to inject a jet flow to the outside, the jet flow nozzle comprising: a nozzle outlet end from which the jet flow is injected; protrusions that are provided around the nozzle outlet end and each of the protrusions having a triangular pyramid shape that protrudes radially toward the center of the nozzle outlet end when viewed from the jet flow injecting side, characterised in that eighteen to twenty-four protrusions are provided around the nozzle outlet end from which the jet flow is injected, and the heights of the protrusions are 2.5 to 3.0% of the diameter of the nozzle outlet end. a nozzle outlet end from which the jet flow is injected; protrusions that are provided around the nozzle outlet end and each of the protrusions having a triangular pyramid shape that protrudes radially toward the center of the nozzle outlet end when viewed from the jet flow injecting side, characterised in that eighteen to twenty-four protrusions are provided around the nozzle outlet end from which the jet flow is injected, and the heights of the protrusions are 2.5 to 3.0% of the diameter of the nozzle outlet end.
A tube for a gas cooler for a condenser, having a flattened shape, a main part along the longitudinal direction of the tube defined by two mutually parallel flat walls (13, 15) and two curved side walls (12,14) positioned opposite to each other and connecting these flat walls (13,15), the tube being elongated in the transverse direction, said tube comprises a plurality of identical channels for the flow of cooling medium arranged in parallel and in series next to each other in the transverse direction of the tube, with spacing between them, having a circular cross-section, characterized in that the side walls (12, 14) of the tube have a thickness, which satisfies the following relationships: 1.25 × D ≤ A ≤ 1.68 × D 2.12 × B ≤ A ≤ 3.05 × B wherein: A - is the distance measured along the transverse direction between the outer surfaces of the curved side walls (12,14) and the outermost channels for the flow of cooling medium of the tube, D - is the diameter of the channels for the flow of cooling medium, B - is the distance between the surface of the flat walls (13,15) and channels for the flow of cooling medium, as measured in a direction perpendicular to the direction along the diameter of the channel for the flow of cooling medium. A - is the distance measured along the transverse direction between the outer surfaces of the curved side walls (12,14) and the outermost channels for the flow of cooling medium of the tube, D - is the diameter of the channels for the flow of cooling medium, B - is the distance between the surface of the flat walls (13,15) and channels for the flow of cooling medium, as measured in a direction perpendicular to the direction along the diameter of the channel for the flow of cooling medium.
A transport lock for protecting dropouts of a wheel receiver of a bicycle in which there is no running wheel, the transport lock comprising a spacer to be arranged between the dropouts, the spacer being designed to be length-adjustable and the transport lock comprising two securing elements for securing the transport lock to one of the dropouts in each case, wherein at least one of the securing elements can be secured to the spacer by means of form-fitting elements, the securing element having at least one hole (20, 24, 28) and the spacer having at least one projection, characterised in that the at least one projection comprises a neck and a head, the head having a larger cross-section than the neck, the cross-section of the head being trapezoidal, circular, oval, square-shaped or triangular.
A spinal implant comprising: an inner body defining a longitudinal axis, extending between an end and an end, and having an outer surface which includes an engagement surface, wherein the one end includes a plurality of steps disposed along the longitudinal axis to thereby form an outer step surface; an outer body including an axial cavity configured for disposal of the inner body; a cap being rotatable relative to the inner body and defining a transverse cavity, wherein the cap has a smooth inner surface engageable with the outer step surface to facilitate rotation of the cap; and a set screw disposable in the transverse cavity and engageable with the inner body to fix the cap relative to the inner body, wherein the transverse cavity includes a threaded surface configured for engagement with the set screw, wherein the cavity is configured to align the set screw such that a tip of the set screw contacts the engagement surface for engagement with the surface to lock the cap with the inner body. an inner body defining a longitudinal axis, extending between an end and an end, and having an outer surface which includes an engagement surface, wherein the one end includes a plurality of steps disposed along the longitudinal axis to thereby form an outer step surface; an outer body including an axial cavity configured for disposal of the inner body; a cap being rotatable relative to the inner body and defining a transverse cavity, wherein the cap has a smooth inner surface engageable with the outer step surface to facilitate rotation of the cap; and an outer body including an axial cavity configured for disposal of the inner body; a cap being rotatable relative to the inner body and defining a transverse cavity, wherein the cap has a smooth inner surface engageable with the outer step surface to facilitate rotation of the cap; and a set screw disposable in the transverse cavity and engageable with the inner body to fix the cap relative to the inner body, wherein the transverse cavity includes a threaded surface configured for engagement with the set screw, wherein the cavity is configured to align the set screw such that a tip of the set screw contacts the engagement surface for engagement with the surface to lock the cap with the inner body.
Solids separating system, having at least one bulky-material collecting tank for wastewater which is guided through same and is loaded with bulky materials, and having a liquid collecting tank (1, 2, 3; 10) for the wastewater which has been rid of solids and has been pretreated in the bulky-material collecting tank, characterized in that at least one metallic housing having housing walls (1, 2, 3; 10) defines the liquid collecting tank, wherein at least two housing walls (1, 2, 3; 10) are provided with wall reinforcing elements (4.1, 4.2; 5, 7) which are in the form of reinforcing ribs, wherein the at least two housing walls adjoin one another with a predominantly vertical edge, and the reinforcing ribs (4.1, 4.2; 5, 7) of said housing walls are offset laterally and do not merge into one another, and describe at least two spatial planes which differ from one another and extend predominantly parallel and at a distance from one another.
An animal carrying bed, comprising: a tubular unit; an electrical connector arranged on one end of the tubular unit; and an end cover unit arranged on another end of the tubular unit, the end cover unit having an intake channel and a discharge channel arranged therein and separated from each other; the end cover unit having an intake opening formed inside the tubular unit and connected to the intake channel; the end cover unit having a plurality of discharge openings formed thereon inside the tubular unit and connected to the discharge channel; the intake channel and the discharge channel connected to the electrical connector via a respective guide tube, and wherein the guide tubes are arranged inside the tubular unit. a tubular unit; an electrical connector arranged on one end of the tubular unit; and an end cover unit arranged on another end of the tubular unit, the end cover unit having an intake channel and a discharge channel arranged therein and separated from each other; the end cover unit having an intake opening formed inside the tubular unit and connected to the intake channel; the end cover unit having a plurality of discharge openings formed thereon inside the tubular unit and connected to the discharge channel; the intake channel and the discharge channel connected to the electrical connector via a respective guide tube, and wherein the guide tubes are arranged inside the tubular unit.
A fusion peptide comprising: i) an amino acid sequence as defined in SEQ ID No.: 1 or a related homolog having at least 90% identity with SEQ ID No.: 1 and having the ability of the sequence SEQ ID No.: 1 to inhibit the kinase-independent function of PI3Kγ, and ii) a peptide having the ability to penetrate a cell. i) an amino acid sequence as defined in SEQ ID No.: 1 or a related homolog having at least 90% identity with SEQ ID No.: 1 and having the ability of the sequence SEQ ID No.: 1 to inhibit the kinase-independent function of PI3Kγ, and ii) a peptide having the ability to penetrate a cell.
A telescopic double slide rail particularly, but not essentially, for the support of slidable trays, which comprises two slide rails, each slide rail consisting of a pair of channels (1, 2, 3, 4) in sliding engagement with each other, each of the channels having a substantially C-shaped cross-section, one channel (1, 2) of each rail being fixable to an external retaining means and the other channel (3, 4) of each rail being supported by and connected to an L-shaped support member interposed between the two slide rails, said L-shaped support member and the channels (3, 4) fixed thereto being adapted to move relative to the fixable channels (1, 2), whereby the inner slide rail is disposed horizontally and the outer slide rail is disposed vertically.