mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for de-aering, oxygenating and controlling a temperature of blood in an extracorporeal blood circuit, the apparatus comprising: a housing generally defining a first chamber and a second chamber, the first chamber being fluidly open to the second chamber; a blood inlet fluidly open to the first chamber and arranged relative to a side wall of the first chamber to direct incoming blood tangentially into the first chamber; a manifold body disposed within the second chamber, the manifold body including a core forming a head and a plurality of vanes projecting from an outer surface of the core to define a plurality of channels, wherein the manifold body is arranged such that the head is aligned with the first chamber; a heat exchanger disposed within the second chamber and including a plurality of heat transfer elements arranged around the manifold body, wherein the channels are open to the heat exchanger; an oxygenator disposed within the second chamber and including a plurality of gas exchange elements arranged around the heat exchanger; and a blood outlet fluidly open to the second chamber; wherein the apparatus establishes a blood flow path from the blood inlet to the blood outlet, including rotational flow within the first chamber to separate air from the blood, generally longitudinal flow from the first chamber and along the channels, and generally radial flow through the second chamber. a housing generally defining a first chamber and a second chamber, the first chamber being fluidly open to the second chamber; a blood inlet fluidly open to the first chamber and arranged relative to a side wall of the first chamber to direct incoming blood tangentially into the first chamber; a manifold body disposed within the second chamber, the manifold body including a core forming a head and a plurality of vanes projecting from an outer surface of the core to define a plurality of channels, wherein the manifold body is arranged such that the head is aligned with the first chamber; a heat exchanger disposed within the second chamber and including a plurality of heat transfer elements arranged around the manifold body, wherein the channels are open to the heat exchanger; an oxygenator disposed within the second chamber and including a plurality of gas exchange elements arranged around the heat exchanger; and a blood outlet fluidly open to the second chamber; wherein the apparatus establishes a blood flow path from the blood inlet to the blood outlet, including rotational flow within the first chamber to separate air from the blood, generally longitudinal flow from the first chamber and along the channels, and generally radial flow through the second chamber.
A furniture fitting for a piece of furniture having at least one securing device for securing a furniture fitting to a piece of furniture, wherein the furniture fitting can be secured to the piece of furniture with the securing device selectively with a left-hand furniture fitting side or a right-hand furniture fitting side, the furniture fitting is in the form of an ejection device, a drive device, a retraction device or a damping device for a moveable furniture part or an actuating drive for a furniture flap or a rail extension guide or a lighting device, and the securing device comprising: - a connecting element, wherein the connecting element has two connecting element regions (4, 5) for securing the furniture fitting to the piece of furniture, and - a securing body having a through opening, wherein the connecting element is arranged at least partly in the through opening and the connecting element is moveable relative to the securing body, wherein the connecting element has at least one abutment element (2, 3) which is limitedly moveable relative to the connecting element, wherein the connecting element has two ends (9, 10), wherein provided in the region of the two ends (9, 10) of the connecting element are two abutments (11, 12) which are fixed with respect to the connecting element for the at least one abutment element (2, 3), characterised in that the abutments (11, 12) which are fixed with respect to the connecting element have abutment surfaces which are oriented substantially perpendicularly to the longitudinal axis of the connecting element. - a connecting element, wherein the connecting element has two connecting element regions (4, 5) for securing the furniture fitting to the piece of furniture, and - a securing body having a through opening, wherein the connecting element is arranged at least partly in the through opening and the connecting element is moveable relative to the securing body,
An agrochemical formulation comprising; i) an adjuvant; and ii) at least one agrochemical active; wherein said adjuvant has general structure: Sorb.(AO 1 H) n1 (AO 2 H) n2 (AO 3 H) n3 (AO 4 R 1) n4 wherein; Sorb represents a residue of 1,4-anhydrosorbitol, 1,5 anhydrosorbitol, or 3,6-anhydrosorbitol; AO 1, AO 2, AO 3, and AO 4 each independently represents an oxyalkylene group formed from oxyethylene units, oxypropylene units, or a mixture thereof, wherein each oxyalkylene group AO 1, AO 2, AO 3, and AO 4 comprises a mixture of oxyethylene and oxypropylene units; n1, n2, and n3 each independently represent an integer having a value of 0 or 1; n4 represents a value of 1; R 1 represents an alkanoyl group -C R 2 wherein R 2 represents a C 4 to C 28 hydrocarbyl; wherein the number of moles of oxyethylene and oxypropylene present in each oxyalkylene group is independently an integer in the range from 1 to 8; wherein each oxyalkylene group is a block copolymer; and wherein the total number of moles of oxyethylene units present in each adjuvant molecule has an integer value in the range of from 4 to 18 and the total number of moles of oxypropylene units in each adjuvant molecule is in the range from 2 to 17. i) an adjuvant; and ii) at least one agrochemical active; Sorb represents a residue of 1,4-anhydrosorbitol, 1,5 anhydrosorbitol, or 3,6-anhydrosorbitol; AO 1, AO 2, AO 3, and AO 4 each independently represents an oxyalkylene group formed from oxyethylene units, oxypropylene units, or a mixture thereof, wherein each oxyalkylene group AO 1, AO 2, AO 3, and AO 4 comprises a mixture of oxyethylene and oxypropylene units; n1, n2, and n3 each independently represent an integer having a value of 0 or 1; n4 represents a value of 1; R 1 represents an alkanoyl group -C R 2 wherein R 2 represents a C 4 to C 28 hydrocarbyl; wherein the number of moles of oxyethylene and oxypropylene present in each oxyalkylene group is independently an integer in the range from 1 to 8; wherein each oxyalkylene group is a block copolymer; and wherein the total number of moles of oxyethylene units present in each adjuvant molecule has an integer value in the range of from 4 to 18 and the total number of moles of oxypropylene units in each adjuvant molecule is in the range from 2 to 17.
A quick-mounting device for canisters comprising: a housing defining a recess at a top thereof and a hollow space therein, said recess being defined by a circumferential surface and a bottom surface, said housing being sealed with a cover that defines a through hole at a center thereof; and an adjustment means including two arched pieces and a control piece, said arched pieces being placed in said recess of said housing to define an opening therebetween, said opening communicating with said through hole of said cover and said hollow space of said housing, said control piece having a pusher and being placed on top of said arched pieces to engage with two ends of each said arched piece, each said arched piece being provided with a spring at an external side thereof intermediate of the two ends to be elastically engaged with said housing; whereby said pusher of said control piece of said adjustment means can be pressed to have two said arched pieces moved outwardly so as to change the dimension of said opening defined by two said arched pieces characteri zed in that said control piece is formed into a generally annular piece having two opposing projections, one of which is formed with the pusher, each said projection being provided with an engaging protrusion on a bottom surface thereof; and wherein each of the two ends of each said arched piece is formed with a sloping surface (127, 128), each of said arched pieces is formed with two protrusions and a boss therebetween at an external side intermediate of the two ends for engaging with a corresponding spring. a housing defining a recess at a top thereof and a hollow space therein, said recess being defined by a circumferential surface and a bottom surface, said housing being sealed with a cover that defines a through hole at a center thereof; and an adjustment means including two arched pieces and a control piece, said arched pieces being placed in said recess of said housing to define an opening therebetween, said opening communicating with said through hole of said cover and said hollow space of said housing, said control piece having a pusher and being placed on top of said arched pieces to engage with two ends of each said arched piece, each said arched piece being provided with a spring at an external side thereof intermediate of the two ends to be elastically engaged with said housing; whereby said pusher of said control piece of said adjustment means can be pressed to have two said arched pieces moved outwardly so as to change the dimension of said opening defined by two said arched pieces characteri zed in that said control piece is formed into a generally annular piece having two opposing projections, one of which is formed with the pusher, each said projection being provided with an engaging protrusion on a bottom surface thereof; and wherein each of the two ends of each said arched piece is formed with a sloping surface (127, 128), each of said arched pieces is formed with two protrusions and a boss therebetween at an external side intermediate of the two ends for engaging with a corresponding spring.
A computer-implemented system, comprising: a multi-core processor comprising a plurality of processor cores, wherein the plurality of processor cores are heterogeneous, having differing respective processing capabilities, and each of the plurality of processor cores has an associated cache; a performance counter configured to collect real-time data relating to execution characteristics of individual threads within the multi-core processor, the data including cache line eviction data from the caches associated with the plurality of processor cores; and a core controller configured to map the threads to the plurality of processor cores based in part on the data collected by the performance counter and the respective processing capabilities of individual ones of the processor cores; wherein the core controller is configured to migrate one of the individual threads from one of the plurality of processor cores to another one of the plurality of processor cores if it is determined, based on the collected real-time data, that said one thread is falling behind a target deadline, and wherein data from the cache associated with said one of the plurality of processor cores is pre-fetched by the core controller and transferred to the cache associated with said another one of the plurality of processor cores prior to migration of the thread from said one of the plurality of processor cores to said another one of the plurality of processor cores. a multi-core processor comprising a plurality of processor cores, wherein the plurality of processor cores are heterogeneous, having differing respective processing capabilities, and each of the plurality of processor cores has an associated cache; a performance counter configured to collect real-time data relating to execution characteristics of individual threads within the multi-core processor, the data including cache line eviction data from the caches associated with the plurality of processor cores; and a core controller configured to map the threads to the plurality of processor cores based in part on the data collected by the performance counter and the respective processing capabilities of individual ones of the processor cores; wherein the core controller is configured to migrate one of the individual threads from one of the plurality of processor cores to another one of the plurality of processor cores if it is determined, based on the collected real-time data, that said one thread is falling behind a target deadline, and wherein data from the cache associated with said one of the plurality of processor cores is pre-fetched by the core controller and transferred to the cache associated with said another one of the plurality of processor cores prior to migration of the thread from said one of the plurality of processor cores to said another one of the plurality of processor cores.
An inkjet printer comprising: a printer body and a replaceable printhead cartridge, the printhead cartridge having a casing (184, 190) that supports a pagewidth printhead; the printer body having a cradle for holding the printhead cartridge in an operative position such that the pagewidth printhead is adjacent a paper path defined by the printer body; characterized in that: the casing (184, 190) has a plurality of casing contacts for receiving, in the operative position, print data from corresponding cradle contacts positioned in the cradle, the cradle contacts being biased towards the printhead cartridge in the operative position; and further in that: during insertion, the cradle and the casing (184, 190) interact to form an over centre mechanism whereby, the printhead cartridge rotates against the bias of the cradle contacts until reaching a balance point, after which the cradle contacts bias the printhead cartridge towards rotation into the operative position. a printer body and a replaceable printhead cartridge, the printhead cartridge having a casing (184, 190) that supports a pagewidth printhead; the printer body having a cradle for holding the printhead cartridge in an operative position such that the pagewidth printhead is adjacent a paper path defined by the printer body; the casing (184, 190) has a plurality of casing contacts for receiving, in the operative position, print data from corresponding cradle contacts positioned in the cradle, the cradle contacts being biased towards the printhead cartridge in the operative position; and during insertion, the cradle and the casing (184, 190) interact to form an over centre mechanism whereby, the printhead cartridge rotates against the bias of the cradle contacts until reaching a balance point, after which the cradle contacts bias the printhead cartridge towards rotation into the operative position.
Process for producing a shaped chocolate or chocolate-like product comprising mixing together components of chocolate or chocolate-like product to give a flowable powder mixture, and feeding the flowable powder mixture to a roller compactor wherein the roller compactor comprises a pair of counter rotating rollers having indentations on their surface which compresses and shapes the powder mixture to give the shaped chocolate or chocolate-like product, wherein (i) cooling is performed during the mixing step; (ii) the flowable powder mixture that is fed to the roller compactor is below 25°C; (iii) the roller compactor is cooled during the compression step; and wherein the particles of chocolate components have a particle size of less than 150μm. (i) cooling is performed during the mixing step; (ii) the flowable powder mixture that is fed to the roller compactor is below 25°C; (iii) the roller compactor is cooled during the compression step; and wherein
System for fixing by suspension of electrical equipment means beneath anchorage means in particular connected to the ceiling of an area of a boat, of the type comprising means in the form of a suspension column, the upper end of which comprises hooking means on the anchorage means, and the lower end of which comprises fixing means for the electrical equipment means, the means in the form of a suspension column comprising an internal part and an external part which telescope one into the other, one of the internal part and the external part comprising the upper end of the means in the form of a suspension column, and the other of the internal part and the external part comprising the lower end of the means in the form of a suspension column, the internal part and the external part which telescope one into the other allowing adjustment in height between the anchorage means and the electrical equipment means during the phase of mounting of the latter two, characterised in that the telescopic internal part and the telescopic external part of the means in the form of a suspension column are configured in order to be displaced in rotation one relative to the other in order to allow, furthermore, angular adjustment between the anchorage means and the electrical equipment means during the phase of mounting of the latter two, in that the system for fixing by suspension comprises means for temporary locking in position of the telescopic internal part and the telescopic external part of the means in the form of a suspension column during the course of mounting of the electrical equipment means, and in that said temporary locking means comprise a tightening member traversing said external part and adapted to come to abut against said internal part.
A method comprising: sending, to a user device (124, 214), first data (304, 807) comprising one or more content fragments for storage in a storage medium (122, 216) of the user device (124, 214); storing second data (304, 807) comprising one or more content fragments in at least one remote location (216', 220) relative to the user device (124, 214); generating, by a computing device, a manifest comprising location information relating to the first data (304, 807) and the second data (304, 807), wherein the manifest comprises one or more cost functions associated with delivery of the one or more content fragments to the user device (124, 214), wherein the one or more cost functions are calculated by a computing device and are configured to indicate a cost to deliver, to the user device (124, 214), a content fragment of the one or more content fragments of the second data (304, 807) from the at least one remote location (216', 220) or a cost to access a content fragment of the one or more content fragments of the first data (304, 807) from the storage medium (122, 216) of the user device (124, 214); sending, to the user device, the manifest; and receiving, from the user device (124, 214) a request for the second data (304, 807) based upon the one or more cost functions of the manifest. sending, to a user device (124, 214), first data (304, 807) comprising one or more content fragments for storage in a storage medium (122, 216) of the user device (124, 214); storing second data (304, 807) comprising one or more content fragments in at least one remote location (216', 220) relative to the user device (124, 214); generating, by a computing device, a manifest comprising location information relating to the first data (304, 807) and the second data (304, 807), wherein the manifest comprises one or more cost functions associated with delivery of the one or more content fragments to the user device (124, 214), wherein the one or more cost functions are calculated by a computing device and are configured to indicate a cost to deliver, to the user device (124, 214), a content fragment of the one or more content fragments of the second data (304, 807) from the at least one remote location (216', 220) or a cost to access a content fragment of the one or more content fragments of the first data (304, 807) from the storage medium (122, 216) of the user device (124, 214); sending, to the user device, the manifest; and receiving, from the user device (124, 214) a request for the second data (304, 807) based upon the one or more cost functions of the manifest.
Process for producing a phosphated wire, in particular steel wire, coated with a corrosion inhibitor, in which the corrosion inhibitor is applied to the previously phosphated wire, where the corrosion inhibitor applied is an emulsion or/and dispersion comprising a surfactant and, as disperse phase, an oil, characterized in that an active component of the corrosion inhibitor comprising a disperse phase of the emulsion or/and dispersion has the following composition: - oil: 5% to 75% by weight, - surfactant: 25% to 95% by weight. - oil: 5% to 75% by weight, - surfactant: 25% to 95% by weight.
A turbine variable position guide vane actuation system, comprising: a plurality of variable position guide vanes; a plurality of actuators with each actuator being in operable communication with one of the plurality of variable position guide vanes, and each of the plurality of actuators having a pin; and at least one structure being movable parallel to an axis of the turbine having a plurality of slots characterised in each of the plurality of slots being associated with one single pin and being in operable communication therewith. a plurality of variable position guide vanes; a plurality of actuators with each actuator being in operable communication with one of the plurality of variable position guide vanes, and each of the plurality of actuators having a pin; and at least one structure being movable parallel to an axis of the turbine having a plurality of slots characterised in each of the plurality of slots being associated with one single pin and being in operable communication therewith.
Passenger transport system, comprising: multiple step units; a comb plate; a monitoring device; a marking device; the step units being intended to be moved one behind the other continuously along a predefined movement path during normal operation; the comb plate being arranged at a fixed position relative to the predefined movement path; the monitoring device being designed to monitor an actual position of a currently monitored step unit relative to the predefined movement path and to detect a deviation of the actual position from the predefined movement path by more than an allowable tolerance value and activate the marking device in response thereto; characterized in that upon being activated, the marking device is designed to provide the currently monitored step unit and/or a step unit spatially correlating to the currently monitored step unit in a defined manner with a marking. multiple step units; a comb plate; a monitoring device; a marking device; the step units being intended to be moved one behind the other continuously along a predefined movement path during normal operation; the comb plate being arranged at a fixed position relative to the predefined movement path; the monitoring device being designed to monitor an actual position of a currently monitored step unit relative to the predefined movement path and to detect a deviation of the actual position from the predefined movement path by more than an allowable tolerance value and activate the marking device in response thereto; characterized in that upon being activated, the marking device is designed to provide the currently monitored step unit and/or a step unit spatially correlating to the currently monitored step unit in a defined manner with a marking.