mhurhangee/ep-ind-claims huggingface dataset:
A lipopeptide having a sequence FA-A-B-A'-NH2, wherein: • FA represents a fatty acid selected from caproic acid (hexanoic), caprylic acid (octanoic), capric acid (decanoic), lauric acid (dodecanoic), mystiric acid (tetradecanoic), pentadecanoic acid and palmitic acid (hexadecanoic); • unit A and A' independently consist of 1, 2 or 3 amino acids selected from the group of basic amino acids or hydrophobic amino acids; • unit B consist of 1, 2 or 3 amino acids, selected from the group (a) of hydrophobic amino acids and (b) the group of hydrogen-bond forming amino acids; wherein: (i) said hydrophobic amino acids are selected from: Ala, Phe, Ile, Leu, Pro, Tyr, Trp, Val, Met, Cys; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said hydrogen bond-forming amino acids are selected from Asn, Gin, Ser, Thr; • -NH2 represents C-terminal amidation; wherein A-B-A' is a sequence selected from the group of the following sequences: SEQ ID No.: 1, SEQ ID No.: 2, SEQ ID No.: 3, SEQ ID No.: 4, SEQ ID No.: 5, SEQ ID No.: 6, SEQ ID No.: 7, SEQ ID No.: 8, SEQ ID No.: 9, SEQ ID No.: 10, SEQ ID No.: 11. • FA represents a fatty acid selected from caproic acid (hexanoic), caprylic acid (octanoic), capric acid (decanoic), lauric acid (dodecanoic), mystiric acid (tetradecanoic), pentadecanoic acid and palmitic acid (hexadecanoic); • unit A and A' independently consist of 1, 2 or 3 amino acids selected from the group of basic amino acids or hydrophobic amino acids; • unit B consist of 1, 2 or 3 amino acids, selected from the group (a) of hydrophobic amino acids and (b) the group of hydrogen-bond forming amino acids; wherein: (i) said hydrophobic amino acids are selected from: Ala, Phe, Ile, Leu, Pro, Tyr, Trp, Val, Met, Cys; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said hydrogen bond-forming amino acids are selected from Asn, Gin, Ser, Thr; (i) said hydrophobic amino acids are selected from: Ala, Phe, Ile, Leu, Pro, Tyr, Trp, Val, Met, Cys; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said hydrogen bond-forming amino acids are selected from Asn, Gin, Ser, Thr; • -NH2 represents C-terminal amidation; wherein A-B-A' is a sequence selected from the group of the following sequences: SEQ ID No.: 1, SEQ ID No.: 2, SEQ ID No.: 3, SEQ ID No.: 4, SEQ ID No.: 5, SEQ ID No.: 6, SEQ ID No.: 7, SEQ ID No.: 8, SEQ ID No.: 9, SEQ ID No.: 10, SEQ ID No.: 11.
A user multicast routing method comprising: assigning a multicast routing upstream label to multicast routing, and carrying timestamp information in the multicast routing upstream label, wherein the multicast routing upstream label is used for indicating routing information of a multicast stream, and the timestamp information is used for indicating marked time of the multicast routing upstream label; characterized by further comprising when the multicast routing upstream label conflicts with a received multicast routing upstream label of another edge device, using a multicast routing upstream label carrying timestamp information of which the time is earlier for multicast routing. assigning a multicast routing upstream label to multicast routing, and carrying timestamp information in the multicast routing upstream label, wherein the multicast routing upstream label is used for indicating routing information of a multicast stream, and the timestamp information is used for indicating marked time of the multicast routing upstream label; characterized by further comprising when the multicast routing upstream label conflicts with a received multicast routing upstream label of another edge device, using a multicast routing upstream label carrying timestamp information of which the time is earlier for multicast routing.
A high pressure fuel supply pump, comprising: an electromagnetic suction valve that adjusts an amount of fuel sucked into a pressuring chamber; a discharge valve that discharges the fuel from the pressuring chamber; and a plunger that is able to make a reciprocating motion in the pressuring chamber, wherein the electromagnetic suction valve includes an electromagnetic coil, a suction valve, and a movable portion that is able to be operated in a direction closing the suction valve by a magnetic attraction force when the electromagnetic coil is energized, wherein the movable portion includes an anchor portion that is driven in a direction closing the suction valve by the magnetic attraction force and comes into conflict with a fixed member to stop moving, and a rod portion that is driven in conjunction with the anchor portion and is able to keep its moving even after the anchor portion stops moving; characterized in that the electromagnetic suction valve includes a first spring that biases the suction valve in a direction to be closed, a second spring that biases the suction valve through the rod portion in a direction to be opened, and a third spring in the anchor portion that gives the rod portion a force pressing the rod portion. an electromagnetic suction valve that adjusts an amount of fuel sucked into a pressuring chamber; a discharge valve that discharges the fuel from the pressuring chamber; and a plunger that is able to make a reciprocating motion in the pressuring chamber, wherein the electromagnetic suction valve includes an electromagnetic coil, a suction valve, and a movable portion that is able to be operated in a direction closing the suction valve by a magnetic attraction force when the electromagnetic coil is energized, wherein the movable portion includes an anchor portion that is driven in a direction closing the suction valve by the magnetic attraction force and comes into conflict with a fixed member to stop moving, and a rod portion that is driven in conjunction with the anchor portion and is able to keep its moving even after the anchor portion stops moving; characterized in that the electromagnetic suction valve includes a first spring that biases the suction valve in a direction to be closed, a second spring that biases the suction valve through the rod portion in a direction to be opened, and a third spring in the anchor portion that gives the rod portion a force pressing the rod portion.
Support element for a double floor or cavity floor for arrangement between a subfloor and a support base, wherein the support element comprises a sound insulating element which comprises at least: - a first elastic layer, - a second elastic layer, - a decoupling layer arranged between the first elastic layer and the second elastic layer, - a rigid plate arranged on the first elastic layer, - and a stop device which limits elastic deformation of the first elastic layer or of the first elastic layer and the second elastic layer to a predetermined maximum value, characterised in that the second elastic layer has different elastic properties to the first elastic layer and in that in the working range the first elastic layer has a (mean) spring constant (K 1) in the range of from 500 N/cm to 500,000 N/cm and the second elastic layer has a (mean) spring constant (K 2) in the range of from 1000 N/cm to 1,000,000 N/cm. - a first elastic layer, - a second elastic layer, - a decoupling layer arranged between the first elastic layer and the second elastic layer, - a rigid plate arranged on the first elastic layer, - and a stop device which limits elastic deformation of the first elastic layer or of the first elastic layer and the second elastic layer to a predetermined maximum value,
A mobility management method of a mobile station in a mobile communications system, wherein: the mobile station stores a neighbor list, NL-NW, received from a first cell to which the mobile station is connected, wherein the neighbor list includes neighboring cell information of the first cell characterized in that when the mobile station is connected to a second cell which is not included as neighboring cell information in the neighbor list, the mobile station stores an association-based neighbor list, NL-A, including neighboring cell information that indicates at least association between the second cell and the first cell, wherein the second cell is found by carrier sequential search when the mobile station cannot detect a suitable cell from the neighbor list; and the mobile station performs cell search using neighboring cell information included in the neighbor list, NL-NW, and the association-based neighbor list, NL-A. the mobile station stores a neighbor list, NL-NW, received from a first cell to which the mobile station is connected, wherein the neighbor list includes neighboring cell information of the first cell characterized in that when the mobile station is connected to a second cell which is not included as neighboring cell information in the neighbor list, the mobile station stores an association-based neighbor list, NL-A, including neighboring cell information that indicates at least association between the second cell and the first cell, wherein the second cell is found by carrier sequential search when the mobile station cannot detect a suitable cell from the neighbor list; and the mobile station performs cell search using neighboring cell information included in the neighbor list, NL-NW, and the association-based neighbor list, NL-A.
A dialysis machine having two hydraulic connectors at the dialyzate side to which a respective connection line (11, 21) having a filter coupling (12, 22) is connected for connection to a dialyzer, with the hydraulic connectors (10, 20) being an inflow connector for feeding fresh dialysis liquid to the dialyzer and an outflow connector for draining consumed dialyzate from the dialyzer, and having two parking positions (13, 23) associated with the respective hydraulic connectors for storing the filter couplings when not in operation, characterized in that the inflow connector and the parking position associated with the outflow connector are arranged spaced apart from one another at the machine and the length of the connection line connected to the inflow connector is smaller than this spacing, and that the outflow connector and the parking position associated with the inflow connector are arranged spaced apart from one another at the machine and the length of the connection line connected to the outflow connector is smaller than this spacing, and the inflow connector and the parking position associated with the inflow connector are arranged together at a first position at the machine, and the outflow connector and the parking position associated with the outflow connector are arranged together at a second position at the machine that is spaced apart from the first position, said spacing being larger than the length of both the connection line connected to the inflow connector and the connection line connected to the outflow connector.
A vehicle control method, comprising: step 1, acquiring position information of a vehicle in real time to determine a current position of the vehicle; step 2, acquiring data of first road anomalies within a first predetermined range of the current position from a local road anomalies database of the vehicle; step 3, screening the data of the first road anomalies to obtain data of second road anomalies within a second predetermined range of the current position, wherein the first predetermined range is larger than the second predetermined range; and step 4, controlling the vehicle to perform road anomalies processing based on the obtained data of the second road anomalies; characterised in that: said step 2 comprises acquiring the data of the first road anomalies at first predetermined time intervals based on the position information. step 1, acquiring position information of a vehicle in real time to determine a current position of the vehicle; step 2, acquiring data of first road anomalies within a first predetermined range of the current position from a local road anomalies database of the vehicle; step 3, screening the data of the first road anomalies to obtain data of second road anomalies within a second predetermined range of the current position, wherein the first predetermined range is larger than the second predetermined range; and step 4, controlling the vehicle to perform road anomalies processing based on the obtained data of the second road anomalies; characterised in that: said step 2 comprises acquiring the data of the first road anomalies at first predetermined time intervals based on the position information.
A resource controller for resource management in a telecommunication network, the telecommunication network providing a first set of resources for cellular communication and a second set of resources for direct device-to-device communication between user equipment, the resource controller comprising: a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources, characterized in that the resource controller is arranged on receipt of a bearer setup message from a first user equipment, UE, for establishing a connection to a second UE with an indication of missing resources for device-to-device communication to make a decision as to whether to adapt, using the resource pool adaption unit, the second set of resources and inform the first UE, accordingly in order that the first UE can establish a device-to-device communication or to perform a connection establishment. a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources,
Blower assembly, having a blow tube, having a blower unit, which conveys an air stream through the blow tube during operation, wherein the blower unit has a blower (30, 30') with a blower axis, wherein the blower (30, 30') is a blower (30, 30') conveying the air stream in the direction of the blower axis, and wherein the air stream flows at a blow tube opening in a discharge direction out of the blow tube, and having a handle (3, 53), which has an underside facing the blower (30, 30'), wherein the handle (3, 53) has a grip point on its underside, wherein the grip point lies, in the working position of the blower assembly, on a vertical axis through the centre of gravity of the blower assembly, and wherein the blow tube opening has a centre axis oriented in the discharge direction, characterised in that the distance (a) of the centre axis of the blow tube opening to the grip point is smaller than the distance (b) of the blower axis to the grip point.
Autotrip plunger of a circuit breaker for opening contacts of the circuit breaker to install and uninstall the circuit breaker from a current source, comprising a compression spring, wherein the autotrip plunger comprises a first body section and a second body section, the first body section having a contact surface for contacting a tripping element of the circuit breaker, the second body section comprising an arbor shaft for fitting in the compression spring, whereby at the free end of the arbor shaft the arbor shaft comprises at least one radial protrusion (8, 9) for holding the compression spring, characterized in that two radial protrusions (8, 9) are arranged at the free end of the arbor shaft, wherein the two protrusions (8, 9) are arranged at opposite sides or nearly opposite sides of the arbor shaft, and wherein the at least one radial protrusion (8, 9) has such a dimension that the compression spring can be assembled over the at least one radial protrusion (8, 9) to the arbor shaft of the second body section of the autotrip plunger.
A jetting dispenser, comprising: an actuator housing, an actuator in the actuator housing, a fluid body housing coupled to the actuator housing with a hinge at one end and capable of being pivoted at an opposite end between a position in which the fluid body housing is coupled to the actuator housing and a position in which the fluid body housing is decoupled from the actuator housing, and a fluid body coupled to the fluid body housing and including a fluid inlet in communication with a fluid bore, and a jetting valve, the jetting valve including a movable shaft operatively coupled with the actuator when the fluid body housing is coupled to the actuator housing, the movable shaft being moved by the actuator to jet an amount of fluid from the fluid bore, wherein the fluid body is capable of being removed from the fluid body housing when the fluid body housing is decoupled from the actuator housing. an actuator housing, an actuator in the actuator housing, a fluid body housing coupled to the actuator housing with a hinge at one end and capable of being pivoted at an opposite end between a position in which the fluid body housing is coupled to the actuator housing and a position in which the fluid body housing is decoupled from the actuator housing, and a fluid body coupled to the fluid body housing and including a fluid inlet in communication with a fluid bore, and a jetting valve, the jetting valve including a movable shaft operatively coupled with the actuator when the fluid body housing is coupled to the actuator housing, the movable shaft being moved by the actuator to jet an amount of fluid from the fluid bore, wherein the fluid body is capable of being removed from the fluid body housing when the fluid body housing is decoupled from the actuator housing.
An apparatus for pairing an anatomy representation with live images, comprising: - an interface unit; and - a processing unit; wherein the interface unit is configured to provide reference projected-anatomy image data of a device in a spatial relation to an anatomy, wherein the image data comprises at least a first and second image showing the device from different viewing angles; and to provide at least one live image containing the device; wherein the processing unit is configured to provide a representation of the anatomy with an anatomy frame of reference; to bring the anatomy representation into spatial coherence with the at least first and second image of the reference projected anatomy image data; to compute a three-dimensional geometric model of the device within the anatomy frame of reference from the projected anatomy image data; to 2D-3D-register the model and the at least one live image based on the device information contained in the live image, said device information including a device footprint; to bring the anatomy representation into spatial correspondence with the at least one live image based on the registering of the model and the at least one live image; and to combine the registered anatomy with the at least one live image. - an interface unit; and - a processing unit;
A mold comprising a mold component implemented as a first mold half and a second mold half defining therebetween a molding cavity, the mold comprising: a passage implemented as a primary vent area that allows, in use, for the passage of fluid out of the molding cavity and prevents passage of the melt; a venting passage in fluid communication with the passage for venting the fluid therefrom; a first passage control member actuatable between a first, standard molding configuration, in which the passage allows for the passage of fluid and prevents passage of the melt, and a second, cleaning configuration, in which the passage becomes part of the molding surface; and a second passage control member having a retracted configuration, in which the second passage control member un-obstructs the venting passage, and an extended configuration, in which the second passage control member turns a portion of the venting passage into a passage that allows passage of the fluid but not passage of the melt, effectively turning a portion of the venting passage into a secondary vent area. a passage implemented as a primary vent area that allows, in use, for the passage of fluid out of the molding cavity and prevents passage of the melt; a venting passage in fluid communication with the passage for venting the fluid therefrom; a first passage control member actuatable between a first, standard molding configuration, in which the passage allows for the passage of fluid and prevents passage of the melt, and a second, cleaning configuration, in which the passage becomes part of the molding surface; and a second passage control member having a retracted configuration, in which the second passage control member un-obstructs the venting passage, and an extended configuration, in which the second passage control member turns a portion of the venting passage into a passage that allows passage of the fluid but not passage of the melt, effectively turning a portion of the venting passage into a secondary vent area.
A voice service establishment method, wherein the method comprises: receiving, by an access network device in a first network, session management information from a session management network element in the first network, wherein the session management information is used to request to establish a user plane tunnel of a voice service of a terminal device in the first network; and sending, by the access network device in the first network, a handover request to a mobility management network element in the first network based on the session management information, wherein the handover request is used to indicate a handover of the terminal device from the first network to a second network that supports a circuit switched domain voice service; characterized in that the method further comprises: determining, by the access network device in the first network, that a handover condition is met, wherein the handover condition comprises the following conditions: the terminal device is located in a voice service coverage area of the second network, the voice service of the terminal device cannot be implemented in the first network, the voice service of the terminal device cannot be implemented in a third network, and the terminal device is a voice-centric device, wherein the third network is an intermediate-state evolved network between the second network and the first network. receiving, by an access network device in a first network, session management information from a session management network element in the first network, wherein the session management information is used to request to establish a user plane tunnel of a voice service of a terminal device in the first network; and sending, by the access network device in the first network, a handover request to a mobility management network element in the first network based on the session management information, wherein the handover request is used to indicate a handover of the terminal device from the first network to a second network that supports a circuit switched domain voice service; characterized in that the method further comprises: determining, by the access network device in the first network, that a handover condition is met, wherein the handover condition comprises the following conditions: the terminal device is located in a voice service coverage area of the second network, the voice service of the terminal device cannot be implemented in the first network, the voice service of the terminal device cannot be implemented in a third network, and the terminal device is a voice-centric device, wherein the third network is an intermediate-state evolved network between the second network and the first network.
A marine coating, comprising a cationic polymer comprising: (a) polymer backbone; (b) a plurality of cationic centers, each cationic center covalently coupled to the polymer backbone by a first linker; (c) a counter ion associated with each cationic center; and (d) a hydrolyzable group covalently coupled to each cationic center through a second linker, wherein the hydrolyzable group is hydrolyzable to an anionic center to provide a zwitterionic polymer having the anionic center covalently coupled to the cationic center through the second linker. (a) polymer backbone; (b) a plurality of cationic centers, each cationic center covalently coupled to the polymer backbone by a first linker; (c) a counter ion associated with each cationic center; and (d) a hydrolyzable group covalently coupled to each cationic center through a second linker, wherein the hydrolyzable group is hydrolyzable to an anionic center to provide a zwitterionic polymer having the anionic center covalently coupled to the cationic center through the second linker.