mhurhangee/ep-ind-claims huggingface dataset:
A spring seal for sealing between a planar frame face of a first body and a groove disposed on a second body, the spring seal comprising: an annular body circumscribing a pivot axis, said annular body having a W-shaped cross-section including: a first cantilevered leg, a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg, and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove; characterised in that the annular body includes a peripheral lip that extends radially from an outer circumferential edge of the first cantilevered leg and the peripheral lip is substantially thinner than the thickness of the first cantilevered leg. an annular body circumscribing a pivot axis, said annular body having a W-shaped cross-section including: a first cantilevered leg, a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg, and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove; a first cantilevered leg, a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg, and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove; characterised in that the annular body includes a peripheral lip that extends radially from an outer circumferential edge of the first cantilevered leg and the peripheral lip is substantially thinner than the thickness of the first cantilevered leg.
Apparatus for assisting the exchange of blades on a mowing member of a mower, wherein the respective mowing member comprises a mowing disk, a blade carrier and at least one blade which is mounted on the blade carrier via a pin which is connected to the blade carrier and which extends through a recess in the mowing disk, comprising a lever device which has at one end an actuating handle which can be actuated by hand, and which has at a second end at least one bending-open body (15, 16), the blade carrier and the mowing disk of the respective mowing member being able to be displaced thereby relative to one another such that, for performing the exchange of blades, the pin which is connected to the blade carrier can be moved out of the recess in the mowing disk, characterized by a support device which is mounted in an articulated manner on the lever device and which is supported on the mowing disk during a bending-open process, and at least one spring element which assists the bending-open process via the at least one bending-open body (15, 16). comprising a lever device which has at one end an actuating handle which can be actuated by hand, and which has at a second end at least one bending-open body (15, 16), the blade carrier and the mowing disk of the respective mowing member being able to be displaced thereby relative to one another such that, for performing the exchange of blades, the pin which is connected to the blade carrier can be moved out of the recess in the mowing disk, characterized by a support device which is mounted in an articulated manner on the lever device and which is supported on the mowing disk during a bending-open process, and at least one spring element which assists the bending-open process via the at least one bending-open body (15, 16).
An impact copolymer polypropylene composition comprising a propylene-based matrix and a propylene/ethylene or other propylene / alpha-olefin copolymer rubber phase, said composition having a value of loss tangent (tanδ) at a frequency of 0.1 rad/s at 180 °C of less than about 5.0, said composition produced by a process comprising: (a) in a first stage comprising at least one bulk or gas phase polymerization reactor or combinations thereof, polymerizing propylene in the presence of a Ziegler-Natta catalyst, wherein an amount of an external donor is optionally added to the first stage, to produce a target propylene-based polymer, (b) upon degassing, transferring the target propylene-based polymer of the first stage to a second stage comprising at least one gas phase reactor, and (c) polymerizing propylene and ethylene or other alpha-olefin in the presence of the target propylene-based polymer of the first stage in the second stage and the presence of a suitable organic compound/agent such as antistatic inhibitor or combinations of organic compounds/agents, to produce a propylene/ethylene or other propylene / alpha-olefin rubber copolymer, wherein an amount of an external donor is optionally added to the second stage, wherein said composition exhibits improved external appearance manifested by enhanced tiger (flow) marking performance in long molded parts, combined with a low gels count and enhanced mold flowability. (a) in a first stage comprising at least one bulk or gas phase polymerization reactor or combinations thereof, polymerizing propylene in the presence of a Ziegler-Natta catalyst, wherein an amount of an external donor is optionally added to the first stage, to produce a target propylene-based polymer, (b) upon degassing, transferring the target propylene-based polymer of the first stage to a second stage comprising at least one gas phase reactor, and (c) polymerizing propylene and ethylene or other alpha-olefin in the presence of the target propylene-based polymer of the first stage in the second stage and the presence of a suitable organic compound/agent such as antistatic inhibitor or combinations of organic compounds/agents, to produce a propylene/ethylene or other propylene / alpha-olefin rubber copolymer, wherein an amount of an external donor is optionally added to the second stage,
A graphics processor unit designed to be connected to a multi-core central processor unit having N distinct cores (C 1,..., C N), N being an integer greater than or equal to 2, the graphics processor unit comprising a memory storage unit, characterised in that the memory storage unit comprises a reserved space for storing N sets of descriptor(s), each set of descriptor(s) being associated with a respective core (C 1,..., C N) of the multi-core central processor unit, each descriptor identifying a batch of resource(s) of the graphics processor unit for the display of data by a software application designed to be executed via said respective core (C 1,..., C N), the reserved storage space comprising N distinct storage zones, each zone being capable of storing a respective set of descriptor(s), the N storage zones being disjoint to one another, each storage zone comprising one or more distinct storage sectors, each sector being capable of storing a respective subset of descriptor(s) for a respective software application that is able to be executed by the core (C 1,..., C N) associated with said storage zone, the one or more storage sectors being disjoint to one another, each storage sector being associated to a respective partition (P 1,..., P 5) adapted to be executed by a corresponding core (C 1,..., C N), and in that the graphics processor unit further comprises a sequencer configured so as to successively process the descriptors stored in the reserved storage space, the sequencer being configured so as to process sector by sector the descriptors stored in a respective storage zone. characterised in that the memory storage unit comprises a reserved space for storing N sets of descriptor(s), each set of descriptor(s) being associated with a respective core (C 1,..., C N) of the multi-core central processor unit, each descriptor identifying a batch of resource(s) of the graphics processor unit for the display of data by a software application designed to be executed via said respective core (C 1,..., C N), the reserved storage space comprising N distinct storage zones, each zone being capable of storing a respective set of descriptor(s), the N storage zones being disjoint to one another, each storage zone comprising one or more distinct storage sectors, each sector being capable of storing a respective subset of descriptor(s) for a respective software application that is able to be executed by the core (C 1,..., C N) associated with said storage zone, the one or more storage sectors being disjoint to one another, each storage sector being associated to a respective partition (P 1,..., P 5) adapted to be executed by a corresponding core (C 1,..., C N), and in that the graphics processor unit further comprises a sequencer configured so as to successively process the descriptors stored in the reserved storage space, the sequencer being configured so as to process sector by sector the descriptors stored in a respective storage zone.
A self-propelled snow thrower, comprising: a snow removal system; a power system configured to drive the snow removal system to work, wherein the power system includes including a first motor arranged inside a housing, a circuit board located on the side of the first motor and simultaneously housed in the housing and a battery assembly installed on the housing and located outside the housing to provide energy for the first motor; wherein the snow removal system includes a transmission shaft, an auger assembly in transmission connection with the transmission shaft, a snow throwing impeller mounted to the transmission shaft, and an impeller housing covering the outside of the snow throwing impeller, an output shaft of the first motor is connected with the transmission shaft directly, so that when the first motor rotates, power is transmitted to the transmission shaft through the output shaft, the rotation speed of the output shaft is substantially the same as the rotation speed of the transmission shaft and a rotation axis of the transmission shaft and a rotation axis of the output shaft are on a same line and wherein the position of the first motor is very close to the impeller housing. a snow removal system; a power system configured to drive the snow removal system to work, wherein the power system includes including a first motor arranged inside a housing, a circuit board located on the side of the first motor and simultaneously housed in the housing and a battery assembly installed on the housing and located outside the housing to provide energy for the first motor; wherein the snow removal system includes a transmission shaft, an auger assembly in transmission connection with the transmission shaft, a snow throwing impeller mounted to the transmission shaft, and an impeller housing covering the outside of the snow throwing impeller, an output shaft of the first motor is connected with the transmission shaft directly, so that when the first motor rotates, power is transmitted to the transmission shaft through the output shaft, the rotation speed of the output shaft is substantially the same as the rotation speed of the transmission shaft and a rotation axis of the transmission shaft and a rotation axis of the output shaft are on a same line and wherein the position of the first motor is very close to the impeller housing.
A method of producing paper in which a web of paper is prepared and conveyed toward a final reel with at least one side edge of the web being trimmed to produce trim conveyed by a duct for recycling, the method comprising: providing a nozzle over the trim and transversely oriented with respect to the trim, positioned over said duct for blowing at least one linear air jet substantially perpendicularly to the web and directing said at least one linear jet into an inlet of said duct; using said at least one linear air jet to act on said trim downstream and near a location of trimming to propel said trim into said inlet of said duct; carrying said trim by said at least one linear air jet into and along said duct without a source of suction; and feeding said web after trimming toward said final reel. providing a nozzle over the trim and transversely oriented with respect to the trim, positioned over said duct for blowing at least one linear air jet substantially perpendicularly to the web and directing said at least one linear jet into an inlet of said duct; using said at least one linear air jet to act on said trim downstream and near a location of trimming to propel said trim into said inlet of said duct; carrying said trim by said at least one linear air jet into and along said duct without a source of suction; and feeding said web after trimming toward said final reel.
Method for programming an industrial robot, which comprises a manipulator arm and a control device for actuating the manipulator arm, the control device being configured to move the manipulator arm according to a robot program that can be edited in a program mode and executed in an execution mode, wherein the robot program contains at least one program command to which at least one rigidity parameter and a pose of the manipulator arm are assigned, by which during an automatic execution of the robot program in execution mode the control device is caused to automatically actuate the manipulator arm in a manner that is force and/or torque-controlled according to the at least one rigidity parameter, comprising the steps: - selecting a program command, the assigned rigidity parameter of the assigned pose of which is to be verified, changed and/or saved in the program mode; - moving the manipulator arm into a test pose, different from the selected assigned post in which the industrial robot is configured and/or arranged for manual contact with and/or movement of the manipulator arm, - automatically actuating the manipulator arm by means of the control device such that the manipulator arm in the test pose exhibits the rigidity corresponding to the assigned rigidity parameter of the selected program command, which rigidity the manipulator arm would have in the pose assigned to the selected program command. - selecting a program command, the assigned rigidity parameter of the assigned pose of which is to be verified, changed and/or saved in the program mode; - moving the manipulator arm into a test pose, different from the selected assigned post in which the industrial robot is configured and/or arranged for manual contact with and/or movement of the manipulator arm, - automatically actuating the manipulator arm by means of the control device such that the manipulator arm in the test pose exhibits the rigidity corresponding to the assigned rigidity parameter of the selected program command, which rigidity the manipulator arm would have in the pose assigned to the selected program command.
A gas inlet for use in an ion thruster, the gas inlet comprising: - a housing which is made of a gas-tight ceramics material, - an insert which is arranged in the housing and is made of a porous ceramics material, wherein the geometry and pore structure of the insert are such that the insert forms a desired flow resistance for a gas stream flowing through the insert and wherein the insert is seated in the housing without a gap, and - at least one gas outlet opening for removing a gas from the gas inlet, wherein the housing has a base and the at least one gas outlet opening is formed in a lateral surface of the housing adjacent the base. - a housing which is made of a gas-tight ceramics material, - an insert which is arranged in the housing and is made of a porous ceramics material, wherein the geometry and pore structure of the insert are such that the insert forms a desired flow resistance for a gas stream flowing through the insert and wherein the insert is seated in the housing without a gap, and - at least one gas outlet opening for removing a gas from the gas inlet, wherein the housing has a base and the at least one gas outlet opening is formed in a lateral surface of the housing adjacent the base.
A lipstick composition comprising: color particles, wherein the color particles comprise a colorant, and wherein the colorant is selected from Blue 1 Lake, Red 6 Lake, Red 7 Lake, Yellow 5 Lake, iron oxides, titanium dioxide, tin oxide, and mica; stearalkonium hectorite; polyhydroxystearic acid; polyglyceryl-10 pentaisostearate; glyceryl behenate/eicosadioate; isopropyl myristate; tocopheryl acetate; and a polar activator, wherein the polar activator is propylene carbonate; wherein the composition further comprises microspheres that increase blendability of the composition, wherein the microspheres comprise HDI/Trimethylol hexyllactone crosspolymer and silica, wherein the composition comprises 0.5 to 15% by weight of HDI/Trimethylol hexyllactone crosspolymer and silica; wherein the color particles are uniformly dispersed throughout the composition. color particles, wherein the color particles comprise a colorant, and wherein the colorant is selected from Blue 1 Lake, Red 6 Lake, Red 7 Lake, Yellow 5 Lake, iron oxides, titanium dioxide, tin oxide, and mica; stearalkonium hectorite; polyhydroxystearic acid; polyglyceryl-10 pentaisostearate; glyceryl behenate/eicosadioate; isopropyl myristate; tocopheryl acetate; and a polar activator, wherein the polar activator is propylene carbonate;
A hydraulic control apparatus of an automatic transmission comprising a hydraulic servo for controlling an engaging state of a frictinal engaging element (C-1) on the basis of supplied oil pressure, a control pressure output element (21, 22) having a solenoid valve and outputting a control pressure (P CONTC1) supplied to the hydraulic servo by adjusting a line pressure (P L), and a switching valve for inputting said control pressure and said line pressure and outputting said control pressure or said line pressure to said hydraulic servo (C-1) by selectively switching, characterised in that the hydraulic control apparatus further comprises a flow rate regulating element for regulating the flow rate of an oil path for inputting said line pressure (P L) to said switching valve.
A method for determining, in particular for estimating, operational parameters of a blood pump comprising a rotor which transports the blood, wherein the change in the behaviour of at least one first and one second operational parameter, independently from each other, of the pump, is determined and wherein a determination of the flow through the pump and/or the difference in pressure across the pump and/or the viscosity of the blood takes into account the determined change in behaviour of the at least two operational parameters.
An intravascular delivery device comprising a delivery wire having a proximal and a distal end and an interior lumen extending longitudinally therebetween and wherein said distal end comprises a connection interface adapted to matingly interlock with a proximal end portion of a medical implantable device, wherein said delivery device comprises a locking unit arranged to secure said connection interface in a locking position in which said medical implant is pivotably locked before a controlled release, a locking wire arranged moveably within the lumen of said delivery wire, said locking wire having a distal end comprising a holding structure, characterized by; a recess in a distal edge of the distal end of said holding structure for receiving a portion of said medical implantable device whereby said medical implantable device is axially and radially pivotable.
A safety mechanism, comprising: an elongate medical device (102, 104) having a shaft extending along a longitudinal axis and defining a first outer diameter, the shaft including a notch extending annularly and defining a second outer diameter, less than the first outer diameter; a sheath including a body defining a sheath lumen configured to receive the elongate medical device (102, 104) therethrough, and a shroud extending axially and including a first sheath aperture and a second sheath aperture; and a clip configured to transition between a first configuration and a second configuration, the clip comprising: a first arm, including a first tab, a first plate, and a first grip, the first tab including a first keyhole aperture; a second arm, including a second tab, a second plate, and a second grip, the second tab including a second keyhole aperture; and a biasing member extending from the first arm to the second arm and configured to bias the clip towards the second configuration, the elongate medical device (102, 104) extending through the first keyhole aperture and the second keyhole aperture, the first grip extending through the first sheath aperture, and the second grip extending through the second sheath aperture. an elongate medical device (102, 104) having a shaft extending along a longitudinal axis and defining a first outer diameter, the shaft including a notch extending annularly and defining a second outer diameter, less than the first outer diameter; a sheath including a body defining a sheath lumen configured to receive the elongate medical device (102, 104) therethrough, and a shroud extending axially and including a first sheath aperture and a second sheath aperture; and a clip configured to transition between a first configuration and a second configuration, the clip comprising: a first arm, including a first tab, a first plate, and a first grip, the first tab including a first keyhole aperture; a second arm, including a second tab, a second plate, and a second grip, the second tab including a second keyhole aperture; and a biasing member extending from the first arm to the second arm and configured to bias the clip towards the second configuration, the elongate medical device (102, 104) extending through the first keyhole aperture and the second keyhole aperture, the first grip extending through the first sheath aperture, and the second grip extending through the second sheath aperture. a first arm, including a first tab, a first plate, and a first grip, the first tab including a first keyhole aperture; a second arm, including a second tab, a second plate, and a second grip, the second tab including a second keyhole aperture; and a biasing member extending from the first arm to the second arm and configured to bias the clip towards the second configuration, the elongate medical device (102, 104) extending through the first keyhole aperture and the second keyhole aperture, the first grip extending through the first sheath aperture, and the second grip extending through the second sheath aperture.