mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine combustor assembly (200; 200'), comprising: a primary combustion chamber in fluid communication with a primary fuel outlet of a primary fuel injector; a torch igniter coupled to the primary combustion chamber, the torch igniter comprising an auxiliary combustion chamber and an auxiliary fuel injector; and a fuel circuit comprising a first supply flowpath between a fuel inlet and the primary fuel injector, a second supply flowpath between the fuel inlet and the auxiliary fuel injector, and a bypass flowpath between the auxiliary fuel injector and the primary fuel injector, wherein the auxiliary fuel injector comprises an auxiliary fuel outlet that is in fluid communication with the auxiliary combustion chamber and configured to discharge fuel into the auxiliary combustion chamber, and a bypass fuel outlet configured to direct fuel flow away from the auxiliary fuel injector and into the bypass flowpath. a primary combustion chamber in fluid communication with a primary fuel outlet of a primary fuel injector; a torch igniter coupled to the primary combustion chamber, the torch igniter comprising an auxiliary combustion chamber and an auxiliary fuel injector; and a fuel circuit comprising a first supply flowpath between a fuel inlet and the primary fuel injector, a second supply flowpath between the fuel inlet and the auxiliary fuel injector, and a bypass flowpath between the auxiliary fuel injector and the primary fuel injector, wherein the auxiliary fuel injector comprises an auxiliary fuel outlet that is in fluid communication with the auxiliary combustion chamber and configured to discharge fuel into the auxiliary combustion chamber, and a bypass fuel outlet configured to direct fuel flow away from the auxiliary fuel injector and into the bypass flowpath. an auxiliary fuel outlet that is in fluid communication with the auxiliary combustion chamber and configured to discharge fuel into the auxiliary combustion chamber, and a bypass fuel outlet configured to direct fuel flow away from the auxiliary fuel injector and into the bypass flowpath.
Heating system with at least one first hot water tank (12a; 12b; 12c) which is provided to be charged by at least one first heat generator unit (14a; 14b; 14c), with at least one second hot water tank (16a; 16b; 16c) which is provided to be charged by at least one second heat generator unit (18a; 18b; 18c), with at least one connecting line (20a, 20b, 20c) from a cold zone (24a; 24b; 24c) of the at least one first hot water tank (12a; 12b; 12c) to a hot zone (26a; 26b; 26c) of the at least one second hot water tank (16a; 16b; 16c), and with at least one pump unit (28a, 28b; 28c) which is arranged in the at least one connecting line (20a, 20b, 20c), and with at least one further connecting line (22a, 22b, 22c), via which a return flow of water counter to a delivery direction of the at least one pump unit takes place in at least one operating state, characterized in that the further connecting line (22a, 22b, 22c) connects the cold zone (24a, 24b, 24c) of the at least one first hot water tank (12a, 12b, 12c) to the hot zone (26a, 26b, 26c) of the at least one second hot water tank (16a, 16b, 16c), hot water flowing back from the second hot water tank (16a, 16b, 16c) into the first hot water tank (12a, 12b, 12c) via the further connecting line (22a, 22b, 22c), whereby a maximum water temperature of the second hot water tank (16a, 16b, 16c) is always kept below a minimum water temperature of the first hot water tank (12a, 12b, 12c).
A rod reduction instrument (100,200) comprising: an inner shaft including a threaded proximal portion and a distal end, the distal end including a plurality of engagement members adapted to receive a housing of a pedicle screw; an outer housing slidably received over at least a portion of the inner shaft, the outer housing including a top sleeve and a bottom sleeve, the top sleeve including a ratchet mechanism to selectively engage the threaded proximal portion of the inner shaft, and a distal end of the bottom sleeve adapted to engage a connecting rod; the ratchet mechanism (120, 220) disposed along the top sleeve of the outer housing, the ratchet mechanism including an engagement feature to selectively engage the threaded proximal portion of the inner shaft, the ratchet mechanism including a locking mechanism to selectively lock the engagement feature of the ratchet mechanism against the threaded proximal portion of the inner shaft, wherein the locking mechanism (130, 230) includes a slide lock (132,232) disposed on an external surface of the ratchet mechanism (120,220) and adapted to lock the locking mechanism (130,230) in a first position and unlock the locking mechanism (130,230) in a second position. an inner shaft including a threaded proximal portion and a distal end, the distal end including a plurality of engagement members adapted to receive a housing of a pedicle screw; an outer housing slidably received over at least a portion of the inner shaft, the outer housing including a top sleeve and a bottom sleeve, the top sleeve including a ratchet mechanism to selectively engage the threaded proximal portion of the inner shaft, and a distal end of the bottom sleeve adapted to engage a connecting rod; the ratchet mechanism (120, 220) disposed along the top sleeve of the outer housing, the ratchet mechanism including an engagement feature to selectively engage the threaded proximal portion of the inner shaft, the ratchet mechanism including a locking mechanism to selectively lock the engagement feature of the ratchet mechanism against the threaded proximal portion of the inner shaft, wherein the locking mechanism (130, 230) includes a slide lock (132,232) disposed on an external surface of the ratchet mechanism (120,220) and adapted to lock the locking mechanism (130,230) in a first position and unlock the locking mechanism (130,230) in a second position.
A system for reducing microorganisms at a surface or a cross-section of air, the system comprising: - a light assembly comprising: - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; and - a processor communicably coupled to the light assembly to control the time averaged intensities of the blue light sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source. - a light assembly comprising: - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; and - a processor communicably coupled to the light assembly to control the time averaged intensities of the blue light sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source. - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; and - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; and - a processor communicably coupled to the light assembly to control the time averaged intensities of the blue light sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source.
Method for supporting downlink paging for Local Internet Protocol Access, LIPA, or Selected Internet Protocol Traffic Offload, SIPTO, for a first User Equipment, UE, using LIPA or SIPTO service which has been moved to an idle mode, the method comprising: monitoring UE traffic while the first UE is in the active state and storing a UE Internet Protocol, IP, address for a default Evolved Packet System EPS bearer of the first UE in a node and in a gateway for LIPA or SIPTO service, sending a downlink datagram, with said UE IP address for said default bearer as a destination address, for paging activation towards the first UE over an existing tunnel, wherein the tunnel was established for a second UE being in an active state, wherein the tunnel is established for the second UE or any other UE served by the same node and the same gateway, and activating a paging procedure by receiving the downlink datagram via the tunnel in a gateway, which gateway is serving the first UE for the default EPS bearer service of the first UE. monitoring UE traffic while the first UE is in the active state and storing a UE Internet Protocol, IP, address for a default Evolved Packet System EPS bearer of the first UE in a node and in a gateway for LIPA or SIPTO service, sending a downlink datagram, with said UE IP address for said default bearer as a destination address, for paging activation towards the first UE over an existing tunnel, wherein the tunnel was established for a second UE being in an active state, wherein the tunnel is established for the second UE or any other UE served by the same node and the same gateway, and activating a paging procedure by receiving the downlink datagram via the tunnel in a gateway, which gateway is serving the first UE for the default EPS bearer service of the first UE.
Impression comprising at least one marking zone that comprises: - a first graphical element that defines a first marking surface at least partly covered by a first pattern formed by hatching comprising an alternation of grooves and ribs parallel to each other and to a direction Δ, - a second graphical element defining a second marking surface at least partly covered by a second pattern formed by hatching comprising an alternation of grooves and ribs parallel to each other and to a direction (Δ') forming an acute angle with the direction (Δ) of the first pattern, - a part, referred to as the background, of the marking zone that is covered neither by the first graphical element nor by the second graphical element, which is covered by a background pattern distinct from the first and second patterns and is divided into parallel bands of equal width () and extending in a direction, - the direction (Δ) of the first pattern forming a positive acute angle α with the direction - and the direction (Δ') of the second pattern forming a negative acute angle α' with the direction. - a first graphical element that defines a first marking surface at least partly covered by a first pattern formed by hatching comprising an alternation of grooves and ribs parallel to each other and to a direction Δ, - a second graphical element defining a second marking surface at least partly covered by a second pattern formed by hatching comprising an alternation of grooves and ribs parallel to each other and to a direction (Δ') forming an acute angle with the direction (Δ) of the first pattern, - a part, referred to as the background, of the marking zone that is covered neither by the first graphical element nor by the second graphical element, which is covered by a background pattern distinct from the first and second patterns and is divided into parallel bands of equal width () and extending in a direction, - the direction (Δ) of the first pattern forming a positive acute angle α with the direction - and the direction (Δ') of the second pattern forming a negative acute angle α' with the direction.
External fixator comprising at least two fixation plates (1, 2) which are arranged at a distance to each another, at least one length-adjustable strut having a first end region and a second end region which are in connection with said fixation plates (1, 2) and at least one actuation unit to adjust the length of said strut(s) in order to adjust the distance and/or orientation between said fixation plates (1, 2), wherein said actuation unit is in a fixed connection with at least one of said fixation plates (1, 2) as well as with at least one of the end regions (30, 31) of the respective strut in order to connect the strut with said fixation plate (1, 2) and wherein said actuation unit comprises a feedback unit which provides the user with a feedback concerning the degree of the actuation, wherein the feedback unit provides the user with a haptic and/or an acoustic feedback while the actuation unit is actuated, wherein the actuation unit further comprises an outer sleeve with an opening and an actuation element which is arranged rotatable in said opening, wherein actuation unit is connected to said plates (1, 2) via parts of said outer sleeve, wherein the feedback unit is arranged in connection with the outer sleeve and the actuation element and wherein said outer sleeve extends into an opening which is arranged in said fixation plate, wherein the opening and the outer sleeve have a corresponding shape such that a relative rotation between the fixation plate and the outer sleeve is prevented.
A method (1300; 900) for wireless communication at a user equipment, UE, comprising: generating a Radio Resource Control, RRC, message having a predetermined length for transmission on a common control channel, CCCH, the RRC message including a format field and a UE ID of a type indicated by the format field; and sending (1320; 916) the RRC message and a reserved logical channel identifier, LCID, in a scheduled transmission on an uplink shared channel, UL-SCH, carrying the CCCH for random access by the UE, wherein the reserved LCID indicates the RRC message being sent on the CCCH, and further wherein, when the UE ID is an IMSI or a partial IMSI, the UE ID is conveyed using a binary representation. generating a Radio Resource Control, RRC, message having a predetermined length for transmission on a common control channel, CCCH, the RRC message including a format field and a UE ID of a type indicated by the format field; and sending (1320; 916) the RRC message and a reserved logical channel identifier, LCID, in a scheduled transmission on an uplink shared channel, UL-SCH, carrying the CCCH for random access by the UE, wherein the reserved LCID indicates the RRC message being sent on the CCCH, and further wherein, when the UE ID is an IMSI or a partial IMSI, the UE ID is conveyed using a binary representation.
A hay net feeding rack comprising a hay net and a frame, characterised in that the device comprises an outer frame which can be pivoted out downwards and forwards and fastened and locked to an area such as a wall, door or bars, wherein the frame is equipped with an inner mobile device, which is adapted to the shape of the frame and integrated therein, is smaller than the outer frame and takes the form of a frame for reversibly accommodating, integrating or deploying the hay net, wherein the frame is inserted or withdrawn into the frame.
A sealing pin configured for use in a sealing step when a gas sensor assembly is manufactured, the assembly including a cylindrical body, a sensor element having a long plate shape and penetrating through inside of the cylindrical body in an axial direction, and a sealant providing sealing between an inner peripheral surface of the cylindrical body and the sensor element, the sealing step pressing the sealant in the axial direction and hence compressing the sealant, the sealing pin comprising: a distal end portion that is inserted into the cylindrical body and that presses the sealant in the sealing step; characterized by a slit that is provided to allow the sealing pin to avoid the sensor element when the sealing pin is inserted into the cylindrical body, wherein the slit extends through the distal end portion in a first direction perpendicular to an axial direction of the distal end portion, such that the sealing pin does not have side surfaces facing one another in said first direction perpendicular to the axial direction of the distal end portion at the location of the slit, and such that the sealing pin comprises side surfaces facing one another in a second direction perpendicular to the axial direction of the sealing pin and the first direction, the distance between said side surfaces being the width of the slit, said width being larger than a thickness of the sensor element, and wherein the slit has a bottom surface, the bottom surface having a curved surface. a distal end portion that is inserted into the cylindrical body and that presses the sealant in the sealing step; characterized by a slit that is provided to allow the sealing pin to avoid the sensor element when the sealing pin is inserted into the cylindrical body, wherein the slit extends through the distal end portion in a first direction perpendicular to an axial direction of the distal end portion, such that the sealing pin does not have side surfaces facing one another in said first direction perpendicular to the axial direction of the distal end portion at the location of the slit, and such that the sealing pin comprises side surfaces facing one another in a second direction perpendicular to the axial direction of the sealing pin and the first direction, the distance between said side surfaces being the width of the slit, said width being larger than a thickness of the sensor element, and wherein the slit has a bottom surface, the bottom surface having a curved surface.
A paper sheet stacking mechanism comprising: a stacking unit configured to stack paper sheets in a stacked manner therein; a stacking wheel configured to transport paper sheets one by one to the stacking unit, the stacking wheel comprising a base rotatable in a first rotational direction about a shaft and a plurality of vanes outwardly extending from the outer periphery of the base in a second rotational direction opposite to the first rotational direction of the base, the stacking wheel being configured to repeatedly transport a paper sheet received in a gap between two adjacent vanes among the plurality of vanes to the stacking unit; a roller disposed adjacent to the stacking wheel so as to be coaxial with the stacking wheel, the roller being rotatable about the shaft at a greater angular velocity than the angular velocity of the stacking wheel; and a transport unit configured to face the roller and transport a paper sheet to a gap between two adjacent vanes among the plurality of vanes of the stacking wheel, the transport unit being located such that a discharge position, from which a paper sheet gripped between the roller and the transport unit is discharged, is disposed outward from the outer periphery of the base of the stacking wheel and inward of a circular region defined by tips of the plurality of vanes of the stacking wheel during rotation of the stacking wheel, when viewed from the axial direction of the shaft. a stacking wheel configured to transport paper sheets one by one to the stacking unit, the stacking wheel comprising a base rotatable in a first rotational direction about a shaft and a plurality of vanes outwardly extending from the outer periphery of the base in a second rotational direction opposite to the first rotational direction of the base, the stacking wheel being configured to repeatedly transport a paper sheet received in a gap between two adjacent vanes among the plurality of vanes to the stacking unit; a roller disposed adjacent to the stacking wheel so as to be coaxial with the stacking wheel, the roller being rotatable about the shaft at a greater angular velocity than the angular velocity of the stacking wheel; and a transport unit configured to face the roller and transport a paper sheet to a gap between two adjacent vanes among the plurality of vanes of the stacking wheel, the transport unit being located such that a discharge position, from which a paper sheet gripped between the roller and the transport unit is discharged, is disposed outward from the outer periphery of the base of the stacking wheel and inward of a circular region defined by tips of the plurality of vanes of the stacking wheel during rotation of the stacking wheel, when viewed from the axial direction of the shaft.
A composition comprising (a) functionalized graphene nanoribbons, wherein the functionalized graphene nanoribbons comprise water solubilizing addends functionalized at the edges of the graphene nanoribbons; and (b) a fusogen agent, wherein the functionalized graphene nanoribbons are mixed into a solution of the fusogen agent. (a) functionalized graphene nanoribbons, wherein the functionalized graphene nanoribbons comprise water solubilizing addends functionalized at the edges of the graphene nanoribbons; and (b) a fusogen agent, wherein the functionalized graphene nanoribbons are mixed into a solution of the fusogen agent.
A connector module (1, 14, 34, 43-1 to 43-4) comprising an insulating body, a plurality of signal contact elements (3-1 to 3-4, 35-1 to 35-4), a plurality of shield contact elements (4-1 to 4-5, 37-1 to 37-5), the signal contact elements (3-1 to 3-4, 35-1 to 35-4) and the shield contact elements (4-1 to 4-5, 37-1 to 37-5) forming a connector face configured for establishing electric contact with a counterpart of the connector module (1, 14, 34, 43-1 to 43-4), wherein for each of the signal contact elements (3-1 to 3-4, 35-1 to 35-4), there exist two or at most three shield contact elements that are closer to this signal contact element than any signal contact element of the plurality of signal contact elements (3-1 to 3-4, 35-1 to 35-4), characterised in that the signal contact elements (3-1 to 3-4, 35-1 to 35-4) are arranged along a first curve (6, 36) extending in the connector face of the connector module (1, 14, 34, 43-1 to 43-4) and the shield contact elements (4-1 to 4-5, 37-1 to 37-5) are arranged along a second curve (7, 38) extending in the connector face of the connector module (1, 14, 34, 43-1 to 43-4), the first curve (6, 36) and the second curve (7, 38) being parallel curves having a normal distance, wherein, viewed along the course of the parallel curves (7, 38), the signal contact elements (3-1 to 3-4, 35-1 to 35-4) and the shield contact elements (4-1 to 4-5, 37-1 to 37-5) are arranged alternatingly.