mhurhangee/patent-ind-claim-en huggingface dataset:
An impeller (18;208;1318;1418;1518) for a bioreactor system (10;1300) comprising: a hub (44;144;244), optionally comprising a slot ; a plurality of blades (46;146;246) disposed along a circumferential direction of the hub (44;144;244) and spaced apart from each other, wherein each of the plurality of blades (46;146;246) is coupled to at least a portion of a circumference (50;150;250) and/or a top surface (1351;1451;1551) of the hub (44;144;244), wherein each blade of the plurality of blades (46;146;246) comprises a pressure face (52;152;252) and a suction face (54: 154; 254); and one or more turbulators (64;164;264) disposed on at least a portion of the suction face (54;154;254), the pressure face (52;152;252), or both, of a blade of the plurality of blades (46;146;246), said one or more turbulators comprising a rib coupled to the suction face (54;154) and wherein the blade of the plurality of blades comprises a first through-opening extending between the suction face and the pressure face , characterized in that the rib comprises a second through-opening , and that the rib is coupled to the suction face such that the second through-opening is aligned with the first through-opening . a hub (44;144;244), optionally comprising a slot ; a plurality of blades (46;146;246) disposed along a circumferential direction of the hub (44;144;244) and spaced apart from each other, wherein each of the plurality of blades (46;146;246) is coupled to at least a portion of a circumference (50;150;250) and/or a top surface (1351;1451;1551) of the hub (44;144;244), wherein each blade of the plurality of blades (46;146;246) comprises a pressure face (52;152;252) and a suction face (54: 154; 254); and one or more turbulators (64;164;264) disposed on at least a portion of the suction face (54;154;254), the pressure face (52;152;252), or both, of a blade of the plurality of blades (46;146;246), said one or more turbulators comprising a rib coupled to the suction face (54;154) and wherein the blade of the plurality of blades comprises a first through-opening extending between the suction face and the pressure face , characterized in that the rib comprises a second through-opening , and that the rib is coupled to the suction face such that the second through-opening is aligned with the first through-opening .
A curable silicone composition comprising: (A) from about 40 to about 60 parts by mass of a silicone resin consisting essentially of R 3 SiO 1/2 siloxane units and SiO 4/2 siloxane units, wherein each R is the same or different, and independently selected from halogen-substituted or unsubstituted monovalent hydrocarbon groups free of aliphatic unsaturated bonds, and the mole ratio of R 3 SiO 1/2 siloxane units to SiO 4/2 siloxane units in the silicone resin having a value of from about 0.6 to about 1.5; (B) from about 60 to about 40 parts by mass of an organopolysiloxane having at least two alkenyl groups per molecule and free of SiO 4/2 siloxane units in the organopolysiloxane, with the proviso that the total amount of components (A) and (B) is 100 parts by mass; (C) an organosiloxane having at least three silicon atom-bonded hydrogen atoms per molecule, in an amount of the organosiloxane being sufficient enough to provide a molar ratio of silicon atom-bonded hydrogen atoms of component (C) to the alkenyl groups in component (B) in the range of from about 1.0 to about 3.0; (D) a hydrosilylation catalyst in an amount sufficient to initiate curing of this composition; and (F) an organosiloxane having two silicon atom-bonded hydrogen atoms per molecule, in an amount such that the silicon atom-bonded hydrogen atoms in the organosiloxane in the total silicon atom-bonded hydrogen atoms in components (C) and (F) is not more than 40 mole%. (A) from about 40 to about 60 parts by mass of a silicone resin consisting essentially of R 3 SiO 1/2 siloxane units and SiO 4/2 siloxane units, wherein each R is the same or different, and independently selected from halogen-substituted or unsubstituted monovalent hydrocarbon groups free of aliphatic unsaturated bonds, and the mole ratio of R 3 SiO 1/2 siloxane units to SiO 4/2 siloxane units in the silicone resin having a value of from about 0.6 to about 1.5; (B) from about 60 to about 40 parts by mass of an organopolysiloxane having at least two alkenyl groups per molecule and free of SiO 4/2 siloxane units in the organopolysiloxane, with the proviso that the total amount of components (A) and (B) is 100 parts by mass; (C) an organosiloxane having at least three silicon atom-bonded hydrogen atoms per molecule, in an amount of the organosiloxane being sufficient enough to provide a molar ratio of silicon atom-bonded hydrogen atoms of component (C) to the alkenyl groups in component (B) in the range of from about 1.0 to about 3.0; (D) a hydrosilylation catalyst in an amount sufficient to initiate curing of this composition; and (F) an organosiloxane having two silicon atom-bonded hydrogen atoms per molecule, in an amount such that the silicon atom-bonded hydrogen atoms in the organosiloxane in the total silicon atom-bonded hydrogen atoms in components (C) and (F) is not more than 40 mole%.
A signaling transmission method, comprising: transmitting , by a first network node, first signaling to a second network node, wherein the first signaling is inter-layer signaling between a first protocol layer and a second protocol layer, and the first protocol layer and the second protocol layer are located in different network nodes, wherein: the first network node is a first relay node, and the second network node is an anchor base station; or the first network node is the anchor base station, and the second network node is the first relay node; or the first network node is the first relay node, and the second network node is a second relay node. transmitting , by a first network node, first signaling to a second network node, wherein the first signaling is inter-layer signaling between a first protocol layer and a second protocol layer, and the first protocol layer and the second protocol layer are located in different network nodes, wherein: the first network node is a first relay node, and the second network node is an anchor base station; or the first network node is the anchor base station, and the second network node is the first relay node; or the first network node is the first relay node, and the second network node is a second relay node. the first network node is a first relay node, and the second network node is an anchor base station; or the first network node is the anchor base station, and the second network node is the first relay node; or the first network node is the first relay node, and the second network node is a second relay node.
A method for implementing service chaining, comprising: receiving, by a network entity , a notification regarding an event that triggers a change in policy rules; transmitting , by the network entity , first policy rules to a packet-data-network gateway , wherein the first policy rules are configured to be installed on the packet-data-network gateway for uplink flows, and the first policy rules are configured to enable the packet-data-network gateway to create first route-header information that determines a service chain path taken by the uplink flows; and transmitting , by the network entity , second policy rules to an interworking gateway , wherein the second policy rules are configured to be installed on the interworking gateway for downlink flows, and the second policy rules are configured to enable the interworking gateway to create second route-header information that determines a service chain path taken by the downlink flows, wherein the transmitting the first policy rules and the transmitting the second policy rules are in response to the received notification; wherein the packet-data-network gateway and the interworking gateway are separate and distinct gateway entities. receiving, by a network entity , a notification regarding an event that triggers a change in policy rules; transmitting , by the network entity , first policy rules to a packet-data-network gateway , wherein the first policy rules are configured to be installed on the packet-data-network gateway for uplink flows, and the first policy rules are configured to enable the packet-data-network gateway to create first route-header information that determines a service chain path taken by the uplink flows; and transmitting , by the network entity , second policy rules to an interworking gateway , wherein the second policy rules are configured to be installed on the interworking gateway for downlink flows, and the second policy rules are configured to enable the interworking gateway to create second route-header information that determines a service chain path taken by the downlink flows, wherein the transmitting the first policy rules and the transmitting the second policy rules are in response to the received notification; wherein the packet-data-network gateway and the interworking gateway are separate and distinct gateway entities.
Shaft-type instrument for surgical purposes, with a shaft part , which is fixedly connected at one end to a shaft grip , and with a sliding part , which is mounted so as to be displaceable relative to the shaft part in the longitudinal direction thereof and is operatively connected at one end to a pretensioned handgrip in such a way that, by actuation of the handgrip , the sliding part is displaceable counter to the pretensioning, the sliding part being designed as a slide arranged parallel to and next to the shaft part , characterized in that a respective lever arm is articulated on the shaft part or on the shaft grip at at least two shaft joints spaced apart from each other, and in that the handgrip has a coupling portion which connects the at least two lever arms to each other at spaced apart coupling joints so as to be pivotable in the same direction, and a grip portion which extends transversely with respect to the coupling portion and to the shaft part .
A transportation mechanism for a mobile robot, comprising: a main body ; and at least one primary wheel, and at least one wheel assembly moveably mounted to the main body and comprising a frame having a secondary wheel mounted to one end of the frame, and at least one drive wheel assembly between the primary wheel and the wheel assembly, each drive wheel assembly comprising a drive wheel and a drive frame , the drive frame being pivotally mounted to the main body for rotation about an axis, and the wheel assembly and the drive wheel assembly being coupled by a linkage member such that movement of the wheel assembly can cause movement of the drive wheel assembly and vice versa; characterised in that; the primary wheel is a front wheel and said wheel assembly is a rear wheel assembly, and in that a first end of the linkage member is secured to the drive frame and an opposite end of the linkage member is detached from, but disposed proximate to, an end portion of the rear frame such that the linkage member pushes against the rear frame , or the rear frame pushes against the linkage member , depending on the direction of rotation of the drive frame about said axis and movement of the rear wheel relative to the body frame respectively, said opposite end of the linkage member also being separable from the rear frame , depending on the position of the drive frame , such that the driving wheel and rear wheel can move independently relative to the body frame . a main body ; and at least one primary wheel, and at least one wheel assembly moveably mounted to the main body and comprising a frame having a secondary wheel mounted to one end of the frame, and at least one drive wheel assembly between the primary wheel and the wheel assembly, each drive wheel assembly comprising a drive wheel and a drive frame , the drive frame being pivotally mounted to the main body for rotation about an axis, and the wheel assembly and the drive wheel assembly being coupled by a linkage member such that movement of the wheel assembly can cause movement of the drive wheel assembly and vice versa; characterised in that; the primary wheel is a front wheel and said wheel assembly is a rear wheel assembly, and in that a first end of the linkage member is secured to the drive frame and an opposite end of the linkage member is detached from, but disposed proximate to, an end portion of the rear frame such that the linkage member pushes against the rear frame , or the rear frame pushes against the linkage member , depending on the direction of rotation of the drive frame about said axis and movement of the rear wheel relative to the body frame respectively, said opposite end of the linkage member also being separable from the rear frame , depending on the position of the drive frame , such that the driving wheel and rear wheel can move independently relative to the body frame .
An acoustic damper comprising: a housing that includes an inlet aperture and an outlet aperture , the housing configured to receive a gas flow that enters via the inlet aperture and that exits via the outlet aperture ; and a barrier member that is disposed within the housing , the barrier member configured to be disposed within the gas flow and dampen acoustic energy that propagates in an upstream direction generally from the outlet aperture toward the inlet aperture , the barrier member including an outer structure that defines an interior volume of the barrier member , the interior volume oriented toward and open to the outlet aperture , characterized in that the barrier member contains an internal resonator contained wholly within the interior volume . a housing that includes an inlet aperture and an outlet aperture , the housing configured to receive a gas flow that enters via the inlet aperture and that exits via the outlet aperture ; and a barrier member that is disposed within the housing , the barrier member configured to be disposed within the gas flow and dampen acoustic energy that propagates in an upstream direction generally from the outlet aperture toward the inlet aperture , the barrier member including an outer structure that defines an interior volume of the barrier member , the interior volume oriented toward and open to the outlet aperture , characterized in that the barrier member contains an internal resonator contained wholly within the interior volume .
Hermetic compressor comprising a suction line, said suction line comprising an acoustic filter, with: at least one acoustic chamber , and at least one outlet path ; a nozzle , said nozzle having a fluid inlet area at its first end and a fluid directing area at its second end, the fluid directing area of the nozzle being situated on a portion of a side of the corresponding acoustic chamber ; said nozzle comprising at least one part of divergent section related to the main flow of the outflow (FPE); said part of divergent section being situated between the at least one fluid inlet area and the at least one fluid directing area ; and wherein the part of divergent section , related to the main flow of outflow (FPE), comprises the own fluid inlet , which has a smaller area than the fluid directing area ; characterized in that the acoustic filter comprises at least one inlet path ; said nozzle is fluidly connected to the at least one inlet path via its fluid directing area ; said fluid inlet area is in fluid communication with a housing of the hermetic compressor. at least one acoustic chamber , and at least one outlet path ; a nozzle , said nozzle having a fluid inlet area at its first end and a fluid directing area at its second end, the fluid directing area of the nozzle being situated on a portion of a side of the corresponding acoustic chamber ; said nozzle comprising at least one part of divergent section related to the main flow of the outflow (FPE); said part of divergent section being situated between the at least one fluid inlet area and the at least one fluid directing area ; and wherein the part of divergent section , related to the main flow of outflow (FPE), comprises the own fluid inlet , which has a smaller area than the fluid directing area ; characterized in that the acoustic filter comprises at least one inlet path ; said nozzle is fluidly connected to the at least one inlet path via its fluid directing area ; said fluid inlet area is in fluid communication with a housing of the hermetic compressor.
Device for cooling a bus bar with: - at least one heat absorption element , - at least one heat transportation system , - at least one heat output element , wherein the heat absorption element rests in a form-fit manner on a bus bar and the heat output element rests in a form-fit manner on a heat sink , wherein the heat absorption element and the heat output element are aligned parallel to one another and wherein compression springs or contact elements arranged between the heat absorption element and the heat output element produce an additional contact force, wherein the heat absorption element is connected in a thermally conducting manner to the heat output element by way of the heat transportation system . - at least one heat absorption element , - at least one heat transportation system , - at least one heat output element , wherein the heat absorption element rests in a form-fit manner on a bus bar and the heat output element rests in a form-fit manner on a heat sink , wherein the heat absorption element and the heat output element are aligned parallel to one another and wherein compression springs or contact elements arranged between the heat absorption element and the heat output element produce an additional contact force, wherein the heat absorption element is connected in a thermally conducting manner to the heat output element by way of the heat transportation system .
A tooth setter for setting a tooth of a saw blade , the tooth setter comprising: a housing comprising a top cover; a carriage within the housing comprising a base and upstanding sidewalls that define a channel , the channel narrowing in width from a first end to a second end , and a wedge protruding up from the base between the sidewalls in the first end of the channel , the carriage arranged for forward movement and backward movement wherein forward movement is movement in a direction from the first end to the second end and backward movement is movement in a direction from the second end to the first end; a first mechanical linkage configured to translate movement of an actuator into forward movement and backward movement of the carriage ; a second mechanical linkage configured to translate forward movement and backward movement of the carriage to forward movement and backward movement of a blade feeding arrangement; and a setting mechanism , the setting mechanism comprising a set of opposing plates each comprising a first end and a second end , the set of plates extending through and hingedly attached to the top cover, the first end of each plate seated in the channel , and the second end of each plate comprising a setting finger extending outward from an inner face of the plate toward an opposing plate; whereby upon forward movement of the carriage by the first mechanical linkage, the first ends of the plates enter the first end of the channel and are separated by the wedge , and the second ends of the plates come together into a setting position. a housing comprising a top cover; a carriage within the housing comprising a base and upstanding sidewalls that define a channel , the channel narrowing in width from a first end to a second end , and a wedge protruding up from the base between the sidewalls in the first end of the channel , the carriage arranged for forward movement and backward movement wherein forward movement is movement in a direction from the first end to the second end and backward movement is movement in a direction from the second end to the first end; a first mechanical linkage configured to translate movement of an actuator into forward movement and backward movement of the carriage ; a second mechanical linkage configured to translate forward movement and backward movement of the carriage to forward movement and backward movement of a blade feeding arrangement; and a setting mechanism , the setting mechanism comprising a set of opposing plates each comprising a first end and a second end , the set of plates extending through and hingedly attached to the top cover, the first end of each plate seated in the channel , and the second end of each plate comprising a setting finger extending outward from an inner face of the plate toward an opposing plate; whereby upon forward movement of the carriage by the first mechanical linkage, the first ends of the plates enter the first end of the channel and are separated by the wedge , and the second ends of the plates come together into a setting position.
An electronic testing device , comprising: a housing , which is sized and shaped to fit snugly over a connector at an end of a cable , the connector containing first electrical contacts ; second electrical contacts within the housing, which are configured and positioned to mate with the first electrical contacts when the housing is fitted over the connector; and test circuitry , which is contained within the housing and configured to receive electrical power from an internal battery, the test circuitry coupled to the second electrical contacts and configured to test a functionality of the cable, wherein the electronic testing device is configured to connect, via the cable, to an electronic system at an opposite end of the cable, the electronic system comprising a console having front end circuits and sockets, and wherein the electronic testing device is configured to test a functionality of the console by closing loop on signals that are transmitted from the console , analyzing the signals to detect potential faults in the console, and sending the analyzed signals back to the console. a housing , which is sized and shaped to fit snugly over a connector at an end of a cable , the connector containing first electrical contacts ; second electrical contacts within the housing, which are configured and positioned to mate with the first electrical contacts when the housing is fitted over the connector; and test circuitry , which is contained within the housing and configured to receive electrical power from an internal battery, the test circuitry coupled to the second electrical contacts and configured to test a functionality of the cable, wherein the electronic testing device is configured to connect, via the cable, to an electronic system at an opposite end of the cable, the electronic system comprising a console having front end circuits and sockets, and wherein the electronic testing device is configured to test a functionality of the console by closing loop on signals that are transmitted from the console , analyzing the signals to detect potential faults in the console, and sending the analyzed signals back to the console.