mhurhangee/patent-ind-claim-en huggingface dataset:
A releasable restraint for an evacuation system , comprising: a female fastener ; a lead end and a plurality of beads connected by a plurality of stems extending along a length of the releasable restraint between female fastener and lead end , wherein the plurality of beads and the plurality of stems comprise: a first bead ; a second bead adjacent to the first bead; a first stem connecting the first bead and the second bead; a third bead adjacent to the second bead; and a second stem connecting the second bead and the third bead, wherein the female fastener is configured to receive and retain the lead end and one or more of the beads, wherein a diameter of the second stem is greater than a diameter of the first stem such that a tensile load associated with breaking the second stem is greater than a tensile load associated with breaking the first stem, and wherein the second stem is located more proximate female fastener as compared to the first stem; and characterized in that a color of at least one of the first bead or the first stem indicates a tensile strength of the first stem and is different from a color of at least one of the second bead or the second stem. a female fastener ; a lead end and a plurality of beads connected by a plurality of stems extending along a length of the releasable restraint between female fastener and lead end , wherein the plurality of beads and the plurality of stems comprise: a first bead ; a second bead adjacent to the first bead; a first stem connecting the first bead and the second bead; a third bead adjacent to the second bead; and a second stem connecting the second bead and the third bead, wherein the female fastener is configured to receive and retain the lead end and one or more of the beads, wherein a diameter of the second stem is greater than a diameter of the first stem such that a tensile load associated with breaking the second stem is greater than a tensile load associated with breaking the first stem, and wherein the second stem is located more proximate female fastener as compared to the first stem; and characterized in that a color of at least one of the first bead or the first stem indicates a tensile strength of the first stem and is different from a color of at least one of the second bead or the second stem. a first bead ; a second bead adjacent to the first bead; a first stem connecting the first bead and the second bead; a third bead adjacent to the second bead; and a second stem connecting the second bead and the third bead, wherein the female fastener is configured to receive and retain the lead end and one or more of the beads, wherein a diameter of the second stem is greater than a diameter of the first stem such that a tensile load associated with breaking the second stem is greater than a tensile load associated with breaking the first stem, and wherein the second stem is located more proximate female fastener as compared to the first stem; and characterized in that a color of at least one of the first bead or the first stem indicates a tensile strength of the first stem and is different from a color of at least one of the second bead or the second stem.
A prosthetic heart valve (10; 600; 700; 800; 900; 1000; 1100) comprising an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame ; each leaflet comprising opposing upper tabs (306; 406; 510, 512; 820; 850) on opposite sides of the leaflet , opposing lower tabs (304; 404; 504; 818; 862) on opposite sides of the leaflets below the upper tabs (306; 406; 510, 512; 820; 850), a cusp edge portion (102; 302; 816; 1116) extending between the lower tabs (304; 404; 504; 818; 862), the cusp edge portion (102; 302; 816; 1116) being fixed relative to the frame , wherein each upper tab (306; 406; 510, 512; 820; 850) is paired with an adjacent upper tab (306; 406; 512, 512; 820; 850) of an adjacent leaflet to form a plurality of commissures (32; 328; 430; 810; 906; 1006; 1110) that are fixed relative to the frame , and wherein each lower tab (304; 404; 504; 818; 862) is folded to form at least one fold layer (864a, 864b; 1132, 1134) along the cusp edge portion (102; 302; 816; 1116) of the respective leaflet . an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame ; each leaflet comprising opposing upper tabs (306; 406; 510, 512; 820; 850) on opposite sides of the leaflet , opposing lower tabs (304; 404; 504; 818; 862) on opposite sides of the leaflets below the upper tabs (306; 406; 510, 512; 820; 850), a cusp edge portion (102; 302; 816; 1116) extending between the lower tabs (304; 404; 504; 818; 862), the cusp edge portion (102; 302; 816; 1116) being fixed relative to the frame , wherein each upper tab (306; 406; 510, 512; 820; 850) is paired with an adjacent upper tab (306; 406; 512, 512; 820; 850) of an adjacent leaflet to form a plurality of commissures (32; 328; 430; 810; 906; 1006; 1110) that are fixed relative to the frame , and wherein each lower tab (304; 404; 504; 818; 862) is folded to form at least one fold layer (864a, 864b; 1132, 1134) along the cusp edge portion (102; 302; 816; 1116) of the respective leaflet .
A method of establishing a data stream between a talker device and a listener device over a network , the method comprising: receiving, at a network device , first stream identification information for a first data stream segment disposed in a first layer 2 domain from the talker device; wherein the first stream identification information comprises a stream reservation protocol, SRP, stream identification received with an SRP Talker advertise message and a resource reservation protocol, RSVP, stream identification information received with an RSVP Path message , determining, at the network device , based at least in part on a mapping storing relationships between data stream segments, and on the SRP stream identification and the RSVP stream identification contained in the first stream identification information, a second stream identification information for a second data stream segment that links the first layer 2 domain to a second layer 2 domain that includes the listener device ; and transmitting, from the network device , the second stream identification information to the second layer 2 domain via a layer 3 protocol. receiving, at a network device , first stream identification information for a first data stream segment disposed in a first layer 2 domain from the talker device; wherein the first stream identification information comprises a stream reservation protocol, SRP, stream identification received with an SRP Talker advertise message and a resource reservation protocol, RSVP, stream identification information received with an RSVP Path message , determining, at the network device , based at least in part on a mapping storing relationships between data stream segments, and on the SRP stream identification and the RSVP stream identification contained in the first stream identification information, a second stream identification information for a second data stream segment that links the first layer 2 domain to a second layer 2 domain that includes the listener device ; and transmitting, from the network device , the second stream identification information to the second layer 2 domain via a layer 3 protocol.
A cover assembly for a friction clutch , in particular for coupling a drive shaft of a motor vehicle with at least one transmission input shaft of a transmission, at least comprising - a clutch cover , - a pressure plate , - a pivotable actuating element which is arranged in an axial direction between the clutch cover and the pressure plate and which is pivotable about a pivot bearing for moving the pressure plate relative to the clutch cover , and - at least one holding element ; wherein the at least one holding element is fastened to the clutch cover and, starting from the clutch cover , extends with a base in the axial direction beyond the actuating element and has at least one central arm which, starting from the base , extends between the clutch cover and the actuating element in a radial direction and forms the pivot bearing ; and further comprises at least one inner arm which extends from the base in the radial direction so that the actuating element is arranged between the central arm and the inner arm , and further comprises at least one outer arm which, starting from the base , extends in the radial direction so that the clutch cover is arranged between the outer arm and the central arm , characterised in that a part of the base connects the inner arm to the outer arm , and the other part of the base connects the central arm to the outer arm . - a clutch cover , - a pressure plate , - a pivotable actuating element which is arranged in an axial direction between the clutch cover and the pressure plate and which is pivotable about a pivot bearing for moving the pressure plate relative to the clutch cover , and - at least one holding element ;
A workbench including: one or more trestles having legs , and a plurality of beams , and a plurality of inserts; wherein said beams are adapted to be connected to said at least one trestle so as to form a supporting framework for a work piece; characterised in that the beams and trestles have apertures in their ends and have apertures regularly spaced in them; the apertures are shaped to receive the inserts which are insert-able into and through the apertures, and which have two or more latches for attachment to different beams or trestles and for interconnecting beams and trestles to form the supporting framework.
A compound or a pharmaceutically acceptable salt thereof, for use in a method of treating corneal nociception in a patient, wherein a therapeutically effective amount of said compound is administered to at least one eye of the patient in a topical ophthalmic formulation having a concentration from 0.01% (w/v%) to 10% (w/v).
A prelithiation device for bonding a lithium ribbon (L) to a substrate (P), the prelithiation device comprising: a bonding mechanism comprising a first roller , a second roller and a third roller , which are sequentially disposed adjacent to each other, the first roller and the second roller being used to roll the lithium ribbon (L), with the rolled lithium ribbon (L) adhering to the second roller , and the second roller and the third roller being used to bond the lithium ribbon (L) adhering to the second roller to the substrate (P), the lithium ribbon (L) comprising two first surfaces (L1) opposite each other in a width direction of the lithium ribbon (L) and a second surface (L2) facing the second roller ; characterised in that the prelithiation device further comprises: a coating mechanism disposed upstream of the bonding mechanism in a running direction of the lithium ribbon (L) and configured to simultaneously coat the second surface (L2) and at least one of the first surfaces (L1) with a release agent. a bonding mechanism comprising a first roller , a second roller and a third roller , which are sequentially disposed adjacent to each other, the first roller and the second roller being used to roll the lithium ribbon (L), with the rolled lithium ribbon (L) adhering to the second roller , and the second roller and the third roller being used to bond the lithium ribbon (L) adhering to the second roller to the substrate (P), the lithium ribbon (L) comprising two first surfaces (L1) opposite each other in a width direction of the lithium ribbon (L) and a second surface (L2) facing the second roller ;
Street lighting device comprising - a shaped brick for sidewalks , which comprises at least one upper side and at least one side surface , wherein the shaped brick is cast from concrete, and - at least two light-emitting diodes , wherein at least one LED is arranged on the side surface and at least one LED is arranged on the upper side of the shaped brick , characterised in that the LEDs are shadowed against the driving direction , wherein a shadowing against the driving direction is attached to each of the LEDs . - a shaped brick for sidewalks , which comprises at least one upper side and at least one side surface , wherein the shaped brick is cast from concrete, and - at least two light-emitting diodes , wherein at least one LED is arranged on the side surface and at least one LED is arranged on the upper side of the shaped brick ,
Retroreflector having one or more triple mirrors (24.1), each triple mirror (24.1) having three partial surfaces (1.1, 1.2, 1.3; 3.1, 3.2, 3.3; 6.1, 6.2, 6.3; 7.1, 7.2, 7.3; 9.1, 9.2, 9.3; 11.1 , 11.2, 11.3; 17.1, 17.2, 17.3; 18.1, 18.2, 18.3; 20.1, 20.2, 20.3; 21.1, 21.2, 21.3), which adjoin one another in pairs at three dihedral edges and enclose dihedral angles of 90° ± 5° and touch one another in a triple mirror centre (1.4; 3.4; 6.4; 7.4; 9.4; 11.4; 17.4; 18.4; 20. 4; 21.4), wherein the retroreflector has a reflector body (24.9) made of translucent or semitransparent material, which has a reflective outer surface formed by the partial surfaces, wherein at least one of the triple mirrors is a triple mirror with preferred geometry, wherein the preferred geometry is defined in that in at least one partial surface (1.3; 3.2; 5.1; 7.3; 9.3; 11.3; 18.2; 20.2; 21.2) of each triple mirror with preferred geometry at least one optically active optical element (1.5; 3.5; 5.5; 7.5; 9.5; 11.5; 18.5; 20.5) is arranged, wherein each optical element (1.5; 3.5; 5.5; 7.5; 9.5; 11.5; 18.5; 20.5) is arranged at a distance from the dihedral edges, which delimit the partial surface (1.3; 3.2; 5.1; 7.3; 9.3; 11.3; 18.2; 20.2; 21.2), in which the relevant optical element (1.5; 3.5; 5.5; 7.5; 9.5; 11.5; 18.5; 20.5) is arranged, and wherein the reflecting outer surface faces away from a light entry surface (24.3) of the reflector body (24.9), characterised in that at least one of the optical elements (1.5, 3.5, 5.5, 7.5, 9.5, 11.5, 18.5, 20.5) is a depression in the reflecting outer surface and/or in that at least one of the optical elements (1.5, 3.5, 5.5, 7.5, 9.5, 11.5, 18.5, 20.5) protrudes from the reflecting outer surface and is integrally formed with the reflector body (24.9) and/or in that at least one of the optical elements (1.5, 3.5, 5.5; 7.5; 9.5; 11.5; 18.5; 20.5) is an optical lens, in particular a cylindrical lens.
Process for the manufacture of a microwavable frozen sandwich, comprising, between the step of filling the sandwich and the step of freezing said sandwich, a step of wrapping the sandwich characterised in that : (i) the sandwich is placed in a microwave susceptor so that said susceptor is in contact with the top face and the bottom face of said sandwich, and (ii) the sandwich-susceptor assembly is then wrapped in a plastics film suitable for microwave heating, and comprising, before the step of filling the sandwich, a step of manufacturing the bread of the sandwich, said step of manufacturing the bread comprising a kneading step and a shaping step, the shaping step being carried out less than 15 minutes after the end of the kneading step. (i) the sandwich is placed in a microwave susceptor so that said susceptor is in contact with the top face and the bottom face of said sandwich, and (ii) the sandwich-susceptor assembly is then wrapped in a plastics film suitable for microwave heating,
A computer-implemented method for operating an autonomous driving vehicle , comprising: in response to a target position for an autonomous driving vehicle (ADV) , estimating a control command based on the target position in view of a current speed and a current position of the ADV ; determining a range of confidence positions with respect to the target position that the ADV reaches in response to the estimated control command; determining whether the range of confidence positions is within a safety zone that is determined based on perception data perceiving a driving environment surrounding the ADV ; and applying the control command to the ADV in response to determining that the range of confidence positions is within the safety zone; adjusting the estimated control command, in response to determining that the range of confidence positions is outside of the safety zone; iteratively performing operations of determining a range of confidence positions and determining whether the range of confidence positions is within a safety zone, the iteratively performed operations are performed until the range of confidence positions is within the safety zone or a number of iterative performed operations reaches a predetermined threshold. in response to a target position for an autonomous driving vehicle (ADV) , estimating a control command based on the target position in view of a current speed and a current position of the ADV ; determining a range of confidence positions with respect to the target position that the ADV reaches in response to the estimated control command; determining whether the range of confidence positions is within a safety zone that is determined based on perception data perceiving a driving environment surrounding the ADV ; and applying the control command to the ADV in response to determining that the range of confidence positions is within the safety zone; adjusting the estimated control command, in response to determining that the range of confidence positions is outside of the safety zone; iteratively performing operations of determining a range of confidence positions and determining whether the range of confidence positions is within a safety zone, the iteratively performed operations are performed until the range of confidence positions is within the safety zone or a number of iterative performed operations reaches a predetermined threshold.
Device for loading or unloading of a transport container, equipped with a loading opening, with a telescopic conveyor that has a base conveyor unit (2.0) and at least one telescopic conveyor unit (2.1 ... 2.6) that can be extended relative to that in a longitudinal direction , with a loading or unloading device that can be moved on a driving surface and is coupled to the telescopic conveyor by means of a compensating device , wherein the compensating device permits the loading or unloading device to be pivoted relative to the telescopic conveyor around a pivot axis running perpendicular to the longitudinal direction and parallel to the driving surface , permits the loading or unloading device to move relative to the telescopic conveyor in a plane that includes the pivot axis , and excludes a rotational degree of freedom between the loading or unloading device and the telescopic conveyor around an axis running perpendicular to the driving surface , characterised in that arranged between the loading or unloading device and a head end of the telescopic conveyor is a compensating conveyor , which at a rear end is connected via a first joint to the telescopic conveyor and at a front end is connected via a second joint to the loading or unloading device , wherein one of the joints permits rotation around two rotational axes that are perpendicular to one another and to the longitudinal direction , and one of the joints permits rotation around a rotational axis parallel to the longitudinal direction and around two rotational axes that are perpendicular to one another and to the longitudinal direction , and wherein one of the joints additionally permits a limited compensating movement in the longitudinal direction .
A contactor control apparatus, comprising an electrical signal detection unit , a control unit , a contactor and a first execution unit , wherein the electrical signal detection unit is configured to: detect an electrical signal on a loop, and send the detected electrical signal to the control unit ; the control unit is configured to: generate a control signal based on the received electrical signal, and send the control signal to the first execution unit ; the contactor is connected to the loop; the first execution unit is configured to control the contactor to be closed or opened based on the received control signal, wherein when the contactor is closed, the loop is connected, and when the contactor is opened, the loop is disconnected; characterized in that the contactor control apparatus is configured to protect the loop when the control unit is faulty, wherein the contactor control apparatus further comprises a protection unit and a second execution unit , wherein the protection unit is configured to detect a current value on the loop when the contactor is closed, wherein an opening instruction is sent to the second execution unit when the current value reaches a trip threshold; and the second execution unit is configured to open the contactor when receiving the opening instruction. the electrical signal detection unit is configured to: detect an electrical signal on a loop, and send the detected electrical signal to the control unit ; the control unit is configured to: generate a control signal based on the received electrical signal, and send the control signal to the first execution unit ; the contactor is connected to the loop; the first execution unit is configured to control the contactor to be closed or opened based on the received control signal, wherein when the contactor is closed, the loop is connected, and when the contactor is opened, the loop is disconnected; characterized in that the contactor control apparatus is configured to protect the loop when the control unit is faulty, wherein the contactor control apparatus further comprises a protection unit and a second execution unit , wherein the protection unit is configured to detect a current value on the loop when the contactor is closed, wherein an opening instruction is sent to the second execution unit when the current value reaches a trip threshold; and the second execution unit is configured to open the contactor when receiving the opening instruction.