mhurhangee/ep-ind-claims huggingface dataset:
A toner comprising: a toner particle comprising a latex, a pigment, and an optional wax; and a charge control agent comprising a polymer-ionic complex comprising an ion selected from the group consisting of metallic ions and non-metallic ions, in combination with a polymeric ligand having an average molecular weight of from 2000 to 200000, the polymeric ligand comprising an acid selected from the group consisting of salicylic acid, naphthoic acid, dicarboxylic acid, sulfonic acid, phosphoric acid, and combinations thereof, in combination with a second component being an aldehyde. a toner particle comprising a latex, a pigment, and an optional wax; and a charge control agent comprising a polymer-ionic complex comprising an ion selected from the group consisting of metallic ions and non-metallic ions, in combination with a polymeric ligand having an average molecular weight of from 2000 to 200000, the polymeric ligand comprising an acid selected from the group consisting of salicylic acid, naphthoic acid, dicarboxylic acid, sulfonic acid, phosphoric acid, and combinations thereof, in combination with a second component being an aldehyde.
A power control unit mounted on a vehicle for controlling electric power for vehicle-running, comprising: a case body including a top where an opening is formed, a terminal block having a connector retain hole for retaining a connector said terminal block being arranged at said case body with the connector retain hole facing said opening, a substrate stored in said case body, and on which an electronic component is mounted, characterized by said substrate being arranged opposite to said lid relative to said terminal block, and offset from said connector retain hole so that the substrate does not face the connector retain hole, and by comprising a wall member provided integrally with said terminal block, and arranged between said substrate and said connector retain hole. a case body including a top where an opening is formed, a terminal block having a connector retain hole for retaining a connector said terminal block being arranged at said case body with the connector retain hole facing said opening, a substrate stored in said case body, and on which an electronic component is mounted, characterized by said substrate being arranged opposite to said lid relative to said terminal block, and offset from said connector retain hole so that the substrate does not face the connector retain hole, and by comprising a wall member provided integrally with said terminal block, and arranged between said substrate and said connector retain hole.
At least one non-transitory computer readable storage medium comprising a set of instructions, which, if executed by at least one processor at a first compute node of a peer-to-peer, P2P, network (105; 205; 305; 405), cause the at least one processor to: listen, at the first compute node (105; 205; 305; 405), for a connection request on at least one network port from a second compute node of the P2P network (155; 255; 355; 455); receive a connection request on the network port from the second compute node (155; 255; 355; 455); receive a content sharing request from the second compute node (155; 255; 355; 455); and establish a data path with the second compute node (155; 255; 355; 455) based on the sharing request; characterized in that the set of instructions, if executed by the at least one processor, further cause the at least one processor to establish a persistent control path with the second compute node (155; 255; 355; 455) following the received connection request. listen, at the first compute node (105; 205; 305; 405), for a connection request on at least one network port from a second compute node of the P2P network (155; 255; 355; 455); receive a connection request on the network port from the second compute node (155; 255; 355; 455); receive a content sharing request from the second compute node (155; 255; 355; 455); and establish a data path with the second compute node (155; 255; 355; 455) based on the sharing request; characterized in that the set of instructions, if executed by the at least one processor, further cause the at least one processor to establish a persistent control path with the second compute node (155; 255; 355; 455) following the received connection request.
Strip light, comprising an optical system connectable to a mounting body and comprising several individual optical systems which, in the installed position, are arranged in an optically optimized manner with respect to LEDs of at least one LED module to realize a desired light distribution curve for a vision task, characterized in that several LED modules are housed by the optical system and are connected to the optical system without a direct connection to the mounting body and that the optical system is several times longer than the length of an LED module.
An oral pharmaceutical composition comprising: a. a therapeutically effective amount of aminodihydrophthalazinedione sodium (ADPS), and b. pharmaceutically acceptable excipients, for use in the treatment of a disease in a subject in need thereof, the treatment comprising administering orally to a subject in need thereof of a therapeutically effective dose of the pharmaceutical composition, wherein the disease is non-viral hepatitis, drug-induced hepatitis or autoimmune hepatitis. a. a therapeutically effective amount of aminodihydrophthalazinedione sodium (ADPS), and b. pharmaceutically acceptable excipients, for use in the treatment of a disease in a subject in need thereof, the treatment comprising administering orally to a subject in need thereof of a therapeutically effective dose of the pharmaceutical composition, wherein the disease is non-viral hepatitis, drug-induced hepatitis or autoimmune hepatitis.
A duct fitting comprising: a collar comprising a first annular portion comprising a support surface for engaging a first layer of a multilayered duct and a second annular portion comprising a plurality of splines having voids formed therebetween, wherein the splines are configured to support a second layer of the multilayered duct; and a clamp disposed around the collar, the clamp comprising an attachment mechanism configured to connect the clamp to a support structure, wherein the clamp is configured to cooperate with the collar to secure the second layer of the multilayered duct. a collar comprising a first annular portion comprising a support surface for engaging a first layer of a multilayered duct and a second annular portion comprising a plurality of splines having voids formed therebetween, wherein the splines are configured to support a second layer of the multilayered duct; and a clamp disposed around the collar, the clamp comprising an attachment mechanism configured to connect the clamp to a support structure, wherein the clamp is configured to cooperate with the collar to secure the second layer of the multilayered duct.
A method for testing an autonomous vehicle, comprising: obtaining detection information of the autonomous vehicle, wherein the detection information is used to indicate a test result obtained when a detecting apparatus in the autonomous vehicle tests the autonomous vehicle; and generating a test interface according to the detection information, and displaying the test interface the method characterized in that: wherein the test interface comprises a vehicle environment display interface and at least one of the following: a monitoring warning display interface, a debugging problem recording interface, and a path display interface; wherein the vehicle environment display interface is configured to display a surrounding environment of the autonomous vehicle during the test; the monitoring warning display interface is configured to display warning information of the autonomous vehicle during the test; the debugging problem recording interface is configured to display and record debugging problem information of the autonomous vehicle during the test; and the path display interface is configured to display path information of the autonomous vehicle during the test. obtaining detection information of the autonomous vehicle, wherein the detection information is used to indicate a test result obtained when a detecting apparatus in the autonomous vehicle tests the autonomous vehicle; and generating a test interface according to the detection information, and displaying the test interface the method characterized in that: wherein the test interface comprises a vehicle environment display interface and at least one of the following: a monitoring warning display interface, a debugging problem recording interface, and a path display interface; wherein the vehicle environment display interface is configured to display a surrounding environment of the autonomous vehicle during the test; the monitoring warning display interface is configured to display warning information of the autonomous vehicle during the test; the debugging problem recording interface is configured to display and record debugging problem information of the autonomous vehicle during the test; and the path display interface is configured to display path information of the autonomous vehicle during the test. wherein the test interface comprises a vehicle environment display interface and at least one of the following: a monitoring warning display interface, a debugging problem recording interface, and a path display interface; wherein the vehicle environment display interface is configured to display a surrounding environment of the autonomous vehicle during the test; the monitoring warning display interface is configured to display warning information of the autonomous vehicle during the test; the debugging problem recording interface is configured to display and record debugging problem information of the autonomous vehicle during the test; and the path display interface is configured to display path information of the autonomous vehicle during the test.
A method comprising: detecting an initiation of a movement process of a virtual machine executed by a first physical host to a destination physical host; initiating a transfer of a stateful process executed by a first network entity and providing firewall protection services for the virtual machine executed in the first physical host, including causing execution parameters for the firewall protection services to be sent to a second network entity; and completing the movement process of the virtual machine to the destination physical host in response to detecting that the stateful process is executing in the second network entity and is ready to provide the firewall protection services for execution of the virtual machine in the destination physical host, wherein the first physical host, the destination physical host, the first network entity, and the second network entity each are distinct and independent physical machines, wherein the first and second network entities (16a,16b) are outside of management domains of hypervisors executed by the first physical host and the destination physical host. detecting an initiation of a movement process of a virtual machine executed by a first physical host to a destination physical host; initiating a transfer of a stateful process executed by a first network entity and providing firewall protection services for the virtual machine executed in the first physical host, including causing execution parameters for the firewall protection services to be sent to a second network entity; and completing the movement process of the virtual machine to the destination physical host in response to detecting that the stateful process is executing in the second network entity and is ready to provide the firewall protection services for execution of the virtual machine in the destination physical host, wherein the first physical host, the destination physical host, the first network entity, and the second network entity each are distinct and independent physical machines, wherein the first and second network entities (16a,16b) are outside of management domains of hypervisors executed by the first physical host and the destination physical host.
Device (10,20) for controlling the load of a fluid pump that is accommodated in a combination having a driving motor for said fluid pump, wherein at an exit side the fluid pump is coupled to an outlet conduit, characterized in that, the device is provided by an assembly that is a mobile unit and that comprises a conduit system, comprising an inlet conduit that can be coupled to the outlet conduit, which inlet conduit branches into a first conduit part and a second conduit part, wherein a controllable closing valve is accommodated in the first conduit part and a turbine is accommodated in the second conduit part, and wherein a pressure sensor is accommodated in one of the outlet conduit, the inlet conduit, the first conduit part and the second conduit part, a generator that is drivable by the turbine, and a measurement and control circuit that can be coupled to the pressure sensor and the controllable closing valve for consecutively setting a target value of the fluid pressure in the outlet conduit and in a coupled condition of the outlet conduit and the conduit system (3, 4, 5) in dependence on the value of the fluid pressure as measured by the pressure sensor, controlling the controllable closing valve such that the measured value of the fluid pressure corresponds to the target value. characterized in that, the device is provided by an assembly that is a mobile unit and that comprises a conduit system, comprising an inlet conduit that can be coupled to the outlet conduit, which inlet conduit branches into a first conduit part and a second conduit part, wherein a controllable closing valve is accommodated in the first conduit part and a turbine is accommodated in the second conduit part, and wherein a pressure sensor is accommodated in one of the outlet conduit, the inlet conduit, the first conduit part and the second conduit part, a generator that is drivable by the turbine, and a measurement and control circuit that can be coupled to the pressure sensor and the controllable closing valve for consecutively setting a target value of the fluid pressure in the outlet conduit and in a coupled condition of the outlet conduit and the conduit system (3, 4, 5) in dependence on the value of the fluid pressure as measured by the pressure sensor, controlling the controllable closing valve such that the measured value of the fluid pressure corresponds to the target value.
A peptide that binds specifically to Myeloid Cell Leukemia-1 (MCL-1) with at least a 2-fold greater affinity than to any other member of the human B-cell lymphoma-2 (BCL-2) family, wherein the peptide comprises the amino acid sequence of SEQ ID NO: 61.
A vessel for laying cables on or in a sea bed, comprising a device for reeling in a cable from a source and temporarily storing the cable, the device comprising - a first; and a second storage unit, each comprising a cylindrical body (21, 31) for arranging the cable, wherein a cylinder longitudinal axis of the first storage unit does not coincide with a rotation axis of the second storage unit; - support means (13, 14) for carrying the cable from the source to cable seizing means (24, 24a) of the second storage unit and further to the first storage unit; wherein - the first storage unit is configured to reel in the cable from the source; - the second storage unit is rotatable around the rotation axis parallel to the cylinder longitudinal axis of the second storage unit in a reeling direction, in which the cable is reeled in from the source; and - the storage units (20, 30) are arranged such that the second storage unit when rotating in the reeling direction simultaneously reels in a part of the cable originating from the source and another part of the cable originating from the first storage unit, wherein further - the cable seizing means (24, 24a) of the second storage unit comprise a centrally of the second storage unit disposed cylindrical core and are configured to seize the cable such that a rotation of the second storage unit winds the cable around the centrally disposed core from opposite sides of the core, and - the centrally disposed core of the cable seizing means is provided with a passage for the cable extending in a cross-direction of the core. - a first; and a second storage unit, each comprising a cylindrical body (21, 31) for arranging the cable, wherein a cylinder longitudinal axis of the first storage unit does not coincide with a rotation axis of the second storage unit; - support means (13, 14) for carrying the cable from the source to cable seizing means (24, 24a) of the second storage unit and further to the first storage unit; - the first storage unit is configured to reel in the cable from the source; - the second storage unit is rotatable around the rotation axis parallel to the cylinder longitudinal axis of the second storage unit in a reeling direction, in which the cable is reeled in from the source; and - the storage units (20, 30) are arranged such that the second storage unit when rotating in the reeling direction simultaneously reels in a part of the cable originating from the source and another part of the cable originating from the first storage unit, wherein further - the cable seizing means (24, 24a) of the second storage unit comprise a centrally of the second storage unit disposed cylindrical core and are configured to seize the cable such that a rotation of the second storage unit winds the cable around the centrally disposed core from opposite sides of the core, and - the centrally disposed core of the cable seizing means is provided with a passage for the cable extending in a cross-direction of the core.
An intravascular blood pump, comprising a pumping device with - a pump casing having a primary blood flow inlet and a primary blood flow outlet which are hydraulically connected by a primary blood flow passage, - a primary impeller having an upstream end and a downstream end and being configured to convey a primary blood flow from the primary blood flow inlet to the primary blood flow outlet along the primary blood flow passage, - a drive unit configured to rotate the primary impeller about an axis of rotation, - an impeller bearing supporting the upstream end of the primary impeller, and - a central opening axially extending through the impeller bearing, characterized in that the pumping device further comprises at least one secondary blood flow passage in the primary impeller, the at least one secondary blood flow passage having a secondary blood flow inlet in axial alignment with the central opening of the impeller bearing and each of the at least one secondary blood flow passage having a secondary blood flow outlet, wherein the at least one secondary blood flow passage is configured to convey a secondary blood flow from the secondary blood flow inlet to the secondary blood flow outlet, and wherein the secondary blood flow outlet connects the at least one secondary blood flow passage to the primary blood flow passage at a location axially between the upstream and downstream ends of the primary impeller. - a pump casing having a primary blood flow inlet and a primary blood flow outlet which are hydraulically connected by a primary blood flow passage, - a primary impeller having an upstream end and a downstream end and being configured to convey a primary blood flow from the primary blood flow inlet to the primary blood flow outlet along the primary blood flow passage, - a drive unit configured to rotate the primary impeller about an axis of rotation, - an impeller bearing supporting the upstream end of the primary impeller, and - a central opening axially extending through the impeller bearing, characterized in that the pumping device further comprises at least one secondary blood flow passage in the primary impeller, the at least one secondary blood flow passage having a secondary blood flow inlet in axial alignment with the central opening of the impeller bearing and each of the at least one secondary blood flow passage having a secondary blood flow outlet, wherein the at least one secondary blood flow passage is configured to convey a secondary blood flow from the secondary blood flow inlet to the secondary blood flow outlet, and wherein the secondary blood flow outlet connects the at least one secondary blood flow passage to the primary blood flow passage at a location axially between the upstream and downstream ends of the primary impeller.
A composition, comprising: bortezomib, and boric acid; where the composition is a solid, and the mass ratio of boric acid to bortezomib is from 2:1 to 10:1, wherein the composition further comprises glycine, where the mass ratio of glycine to bortezomib is from 1:1 to 20:1. bortezomib, and boric acid; where the composition is a solid, and the mass ratio of boric acid to bortezomib is from 2:1 to 10:1, wherein the composition further comprises glycine, where the mass ratio of glycine to bortezomib is from 1:1 to 20:1.
A method, comprising: performing, at one or more computing devices: obtaining a first indication of a destination of a vehicle; in response to determining that a threshold distance to the destination has been reached, initiating a vicinity-triggered interaction including a request for input, by an authorized occupant of the vehicle, regarding navigation to a preferred stopping point within a vicinity of the destination; detecting, using one or more sensor devices, one or more signals generated by an individual permitted to provide guidance with respect to movements of the vehicle, wherein the one or more signals are usable to determine a navigation path within the vicinity of the destination; identifying, based at least in part on (a) the one or more signals and (b) a data set pertaining to an external environment of the vehicle, one or more vehicular movements to be implemented to proceed along the navigation path; and transmitting a first directive to one or more motion control subsystems of the vehicle to initiate at least a first vehicular movement of the one or more vehicular movements. obtaining a first indication of a destination of a vehicle; in response to determining that a threshold distance to the destination has been reached, initiating a vicinity-triggered interaction including a request for input, by an authorized occupant of the vehicle, regarding navigation to a preferred stopping point within a vicinity of the destination; detecting, using one or more sensor devices, one or more signals generated by an individual permitted to provide guidance with respect to movements of the vehicle, wherein the one or more signals are usable to determine a navigation path within the vicinity of the destination; identifying, based at least in part on (a) the one or more signals and (b) a data set pertaining to an external environment of the vehicle, one or more vehicular movements to be implemented to proceed along the navigation path; and transmitting a first directive to one or more motion control subsystems of the vehicle to initiate at least a first vehicular movement of the one or more vehicular movements.