mhurhangee/ep-ind-claims huggingface dataset:
A mechanical-electrical drive for a conveying element which is operated in a power network with an AC voltage of between 350 volts and 450 volts, consisting of an electrical drive motor having a motor shaft and a control and regulating unit for the electrical drive motor, wherein only one drive wheel coupled to the motor shaft is provided, wherein the electrical drive motor and the drive wheel are positioned on a conveying element through a carrier, and a drive torque as well as the entire weight force acting on the carrier are only transferred by way of the one drive wheel to a stationary component (5, 51), characterized in that the electrical drive motor having a housing is configured as a brushless permanent magnet synchronous motor, and the drive wheel is coupled directly free of transmission without a gear to the motor shaft such that the entire weight force acting on the carrier is transferred via the housing and the motor shaft to the drive wheel.
A method comprising: a) providing a substrate comprising a silver layer; and b) electroplating an indium layer adjacent the silver layer to form an indium and silver composite on the substrate, the composite has a contact resistance of 5 mOhms or less, wherein the indium metal layer has a thickness of 5-50 nm, wherein heat is not applied to the indium and silver composite. a) providing a substrate comprising a silver layer; and b) electroplating an indium layer adjacent the silver layer to form an indium and silver composite on the substrate, the composite has a contact resistance of 5 mOhms or less, wherein the indium metal layer has a thickness of 5-50 nm,
A plate for an article of footwear, the plate comprising: a ground-engaging surface; integrally formed protruding elements; a substrate; a first tow (300h, 310h) of fibers attached to a top surface of the substrate and forming a first layer on the substrate; and a second tow of fibers disposed on the first tow (300h, 310h) of fibers and attached to the substrate, the second tow of fibers forming discrete regions associated with locations of the integrally formed protruding elements extending from the ground-engaging surface. a substrate; a first tow (300h, 310h) of fibers attached to a top surface of the substrate and forming a first layer on the substrate; and a second tow of fibers disposed on the first tow (300h, 310h) of fibers and attached to the substrate, the second tow of fibers forming discrete regions associated with locations of the integrally formed protruding elements extending from the ground-engaging surface.
An apparatus for manufacturing a metallic component or portion thereof, comprising: a build plate including a build surface, a bottom surface and an aperture extending through the build plate between the bottom surface and the build surface; an actuator operable to translate a metallic component with respect to the build plate such that an end portion of the metallic component is positioned within the aperture of the build plate and below the build surface; a seal coupled within the aperture of the build plate and configured to engage the end portion of the metallic component; and an external heat control mechanism positioned proximate to the bottom surface of the build plate and operable to form a predetermined temperature profile of the end portion to prevent cracking of the component, wherein the aperture of the build plate, the seal, and the end portion of the metallic component cooperate to form a powder bed configured to hold metallic powder of a predetermined composition therein. a build plate including a build surface, a bottom surface and an aperture extending through the build plate between the bottom surface and the build surface; an actuator operable to translate a metallic component with respect to the build plate such that an end portion of the metallic component is positioned within the aperture of the build plate and below the build surface; a seal coupled within the aperture of the build plate and configured to engage the end portion of the metallic component; and an external heat control mechanism positioned proximate to the bottom surface of the build plate and operable to form a predetermined temperature profile of the end portion to prevent cracking of the component, wherein the aperture of the build plate, the seal, and the end portion of the metallic component cooperate to form a powder bed configured to hold metallic powder of a predetermined composition therein.
A solvent external emulsion composition for thinning and cleanup of paint, wherein the composition comprises: A. from 30.0 to 75.0 percent by weight of an organic solvent; B. from 0.01 to 10.0 percent by weight of a surfactant; and C. from 20.0 to 75.0 percent by weight of water. A. from 30.0 to 75.0 percent by weight of an organic solvent; B. from 0.01 to 10.0 percent by weight of a surfactant; and C. from 20.0 to 75.0 percent by weight of water.
A wheel assembly to be coupled to a hub of a vehicle, the wheel assembly comprising: an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; an inner ring coupled to said inner rim characterised in that the wheel assembly further comprises a plurality of hydraulic dampers operatively coupled between said inner rim and said outer rim and wherein the inner ring defines a closeable gap with adjacent portions of said outer rim to define a mechanical stop to limit relative movement of said inner rim and said outer rim. an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; an inner ring coupled to said inner rim characterised in that the wheel assembly further comprises a plurality of hydraulic dampers operatively coupled between said inner rim and said outer rim and wherein the inner ring defines a closeable gap with adjacent portions of said outer rim to define a mechanical stop to limit relative movement of said inner rim and said outer rim.
Method for quality control in industrial manufacturing for one or more production process/es for producing at least one workpiece and/or product, comprising: - creating a learning model for at least one production process for the workpiece and/or product; - training and initializing the learning model using a meta-learning algorithm; - calibrating the learning model using normalized data of the at least one production process for the at least one workpiece and/or product; - forwarding currently generated data of the at least one production process for at least one currently produced workpiece/product to the learning model, the data being generated by sensors; - the learning model comparing the currently generated data with the normalized data and finding deviations; - the learning model scaling the deviations between the currently generated data and the normalized data; and - the learning model communicating the presence of an anomaly for the currently produced workpiece/product. - creating a learning model for at least one production process for the workpiece and/or product; - training and initializing the learning model using a meta-learning algorithm; - calibrating the learning model using normalized data of the at least one production process for the at least one workpiece and/or product; - forwarding currently generated data of the at least one production process for at least one currently produced workpiece/product to the learning model, the data being generated by sensors; - the learning model comparing the currently generated data with the normalized data and finding deviations; - the learning model scaling the deviations between the currently generated data and the normalized data; and - the learning model communicating the presence of an anomaly for the currently produced workpiece/product.
An orthopedic impacting tool for striking an object, the tool comprising a motor, a linear motion converter, a compression piston operatively coupled to said linear motion converter, said piston having a first end and a second end, an air compression chamber, a striker, a detent for retaining the striker in a position, a control means, and an adapter capable of holding a broach, chisel, reamer, or other surgical implement, wherein said control means directs said motor to move said linear motion converter and causes said compression piston to move and compress or decompress air within said air chamber, and wherein when said compressed air exceeds the retention force of the detent the striker moves from a first position to a second position, such that the striker imparts a repeatable, controllable force upon the adapter in a first direction when the tool is pushed toward the object and a direction opposite the first direction when the tool is pulled away from the object.
A scouring article comprising: a monolithic nonwoven pad comprising an interior and a first major surface and a second major surface, the monolithic nonwoven pad comprising: at least some nonwoven fibers that are bonded to each other by fiber-fiber melt-bonding; and, at least some nonwoven fibers that are bonded to each other by a binder that is distributed throughout the monolithic nonwoven pad in the form of globules; wherein the monolithic nonwoven pad comprises a first semi-densified fibrous layer that is integral with the monolithic nonwoven pad and that comprises an outward major surface that provides the first major surface of the monolithic nonwoven pad; and wherein the first major surface of the monolithic nonwoven pad comprises a first array of spaced-apart scouring bodies, at least selected scouring bodies of which first array each comprise an inward portion that penetrates at least partially into the first semi-densified fibrous layer of the monolithic nonwoven pad, and an outward portion that protrudes outward beyond the first major surface of the monolithic nonwoven pad. at least some nonwoven fibers that are bonded to each other by fiber-fiber melt-bonding; and, at least some nonwoven fibers that are bonded to each other by a binder that is distributed throughout the monolithic nonwoven pad in the form of globules; wherein the monolithic nonwoven pad comprises a first semi-densified fibrous layer that is integral with the monolithic nonwoven pad and that comprises an outward major surface that provides the first major surface of the monolithic nonwoven pad; and wherein the first major surface of the monolithic nonwoven pad comprises a first array of spaced-apart scouring bodies, at least selected scouring bodies of which first array each comprise an inward portion that penetrates at least partially into the first semi-densified fibrous layer of the monolithic nonwoven pad, and an outward portion that protrudes outward beyond the first major surface of the monolithic nonwoven pad.
A medication delivery device comprising: a device body having a longitudinal axis; an actuator that is movable relative to the device body during a dose setting operation and movable relative to the device body along the longitudinal axis during a dose dispensing operation to deliver a medication; and a dose setting member that rotates relative to the device body during the dose dispensing operation; characterized in that the device further comprises: a dose detection system configured to detect rotation of the dose setting member relative to the actuator during the dose dispensing operation, wherein the dose detection system comprises: a ratchet finger (220, 220ʺʺ) coupled to the dose setting member, ratchet gear teeth (222, 222"") coupled to the actuator, the ratchet gear teeth contactable with the ratchet finger during rotation of the dose setting member relative to the actuator; and a piezoelectric sensor configured to generate a signal corresponding to the ratchet finger contacting the ratchet gear teeth, which signal can be used to determine the amount of medication delivered from the medication delivery device. a device body having a longitudinal axis; an actuator that is movable relative to the device body during a dose setting operation and movable relative to the device body along the longitudinal axis during a dose dispensing operation to deliver a medication; and a dose setting member that rotates relative to the device body during the dose dispensing operation; characterized in that the device further comprises: a dose detection system configured to detect rotation of the dose setting member relative to the actuator during the dose dispensing operation, wherein the dose detection system comprises: a ratchet finger (220, 220ʺʺ) coupled to the dose setting member, ratchet gear teeth (222, 222"") coupled to the actuator, the ratchet gear teeth contactable with the ratchet finger during rotation of the dose setting member relative to the actuator; and a piezoelectric sensor configured to generate a signal corresponding to the ratchet finger contacting the ratchet gear teeth, which signal can be used to determine the amount of medication delivered from the medication delivery device. a ratchet finger (220, 220ʺʺ) coupled to the dose setting member, ratchet gear teeth (222, 222"") coupled to the actuator, the ratchet gear teeth contactable with the ratchet finger during rotation of the dose setting member relative to the actuator; and a piezoelectric sensor configured to generate a signal corresponding to the ratchet finger contacting the ratchet gear teeth, which signal can be used to determine the amount of medication delivered from the medication delivery device.
Traction transmission for purposes of transmitting the rotation of an input drive shaft to a rail wheel which is connected in a rotationally fixed manner to an output drive shaft, with at least two transmission stages, in each case having at least one small gear or pinion, and at least one large gear, and with a transmission housing with bearings (8, 9) for the input drive shaft and the output drive shaft, and with transmission oil arranged in the transmission housing, wherein the input drive shaft is sealed off from the transmission housing by means of a labyrinth seal, and the output drive shaft is sealed off from the transmission housing by means of a labyrinth seal, and in the position of use the input drive shaft is arranged below the output drive shaft, a separate oil sump is arranged below each large gear of each transmission stage, and a feeder disc, for purposes of feeding the transmission oil from the oil sump of the first transmission stage, is connected in a rotationally fixed manner to, or integrated with, the large gear, or an intermediate gear, of the first transmission stage, and at least one suction line is arranged in the region of the feeder disc, which opens out in the region of the labyrinth seal of the input drive shaft, and in that, the transmission housing has an attachment element for purposes of a pivotable arrangement about an axis parallel to the axis of rotation of the input drive shaft and output drive shaft.
Footwear with shaft, comprising: a) a shaft arrangement and a sole, wherein: b) the shaft arrangement has b.1) a shaft outer material and b.2) an air-permeable layer arranged in a shaft bottom, c) the air-permeable layer is arranged in a lower area of the shaft arrangement on the sole side above the sole; d) the air-permeable layer has a three-dimensional structure that permits air passage at least in the horizontal direction; e) a lower peripheral area of the shaft outer material on the sole side, over at least part of its peripheral extension, is replaced by at least one connecting material which is attached to a lower end portion of the shaft outer material and which is attached beginning at least above a bottom side of the air-permeable layer and extending outside the air-permeable layer and on the shaft bottom, and is air-permeable at least in a partial area situated at least partially at the same level as the air-permeable layer and thus brings the air-permeable layer into connection with the outer surroundings such that air can be exchanged between the outer surroundings and the air-permeable layer. a) a shaft arrangement and a sole, wherein: b) the shaft arrangement has b.1) a shaft outer material and b.2) an air-permeable layer arranged in a shaft bottom, b.1) a shaft outer material and b.2) an air-permeable layer arranged in a shaft bottom, c) the air-permeable layer is arranged in a lower area of the shaft arrangement on the sole side above the sole; d) the air-permeable layer has a three-dimensional structure that permits air passage at least in the horizontal direction; e) a lower peripheral area of the shaft outer material on the sole side, over at least part of its peripheral extension, is replaced by at least one connecting material which is attached to a lower end portion of the shaft outer material and which is attached beginning at least above a bottom side of the air-permeable layer and extending outside the air-permeable layer and on the shaft bottom, and is air-permeable at least in a partial area situated at least partially at the same level as the air-permeable layer and thus brings the air-permeable layer into connection with the outer surroundings such that air can be exchanged between the outer surroundings and the air-permeable layer.
Filling nozzle for dispensing a fluid into a tank of a motor vehicle, said filling nozzle comprising an actuating lever for a valve device and comprising a safety device (7, 10) which is arranged downstream of the valve device and can be moved from a blocking position into a release position, in the blocking position the valve device being closed irrespective of the position of the actuating lever, and in the release position it being possible to open the valve device by means of the actuating lever, and the safety device (7, 10) and valve device being operatively connected without external energy, characterised in that said filling nozzle additionally comprises, in the region of the outlet end, a drip prevention valve which, as a result of the fluid pressure in the outlet, can be opened counter to a closure force, and in that the closure force can be varied by the safety device (7, 10) and is greater in the blocking position of the safety device than in the release position thereof.
Clamping assembly having an arrangement of mechanically clamped components (3 - 9) that lie one on top of the other so as to form a stack, said clamping assembly comprising a spring system and a clamping device for generating a mechanical compressive force onto the arrangement of the components (3 - 9), wherein the spring system is a spring plate that is formed by a multiplicity of mutually connected plate spring elements that are arranged adjacent one to the other characterized in that the plate spring elements comprise different spring characteristics, the plate spring elements comprise an upper inner edge and a lower outer edge, and the plate spring elements are connected one to the other at their lower outer edges so that they form the spring plate.
A method for manufacturing a turbine nozzle, characterized by: providing a support ring, a slip joint ring substantially concentric with the support ring and radially spaced apart therefrom, and a plurality of vanes fixedly coupled to the support ring and extending radially therefrom into a plurality of circumferentially-spaced slots in the slip joint ring to form a plurality of slip joints therewith; and impregnating the plurality of slip joints with a silicon-modified aluminide sealing material, the silicon-modified aluminide sealing material impeding gas flow into the radial slip joints during operation of the turbine nozzle, while fracturing to permit relative radial movement between the plurality of vanes and the slip joint ring along the plurality of slip joints. providing a support ring, a slip joint ring substantially concentric with the support ring and radially spaced apart therefrom, and a plurality of vanes fixedly coupled to the support ring and extending radially therefrom into a plurality of circumferentially-spaced slots in the slip joint ring to form a plurality of slip joints therewith; and impregnating the plurality of slip joints with a silicon-modified aluminide sealing material, the silicon-modified aluminide sealing material impeding gas flow into the radial slip joints during operation of the turbine nozzle, while fracturing to permit relative radial movement between the plurality of vanes and the slip joint ring along the plurality of slip joints.
A treatment catheter for placement in a bodily duct of a patient, the treatment catheter, comprising: an expandable structure, an elongate hollow shaft having a wall with one or more first through holes and one or more second through holes, the one or more first through holes being spaced axially apart from the one or more second through holes, the elongate hollow shaft having a proximal end portion and a distal end portion, the expandable structure being disposed about the distal end portion of the elongate hollow shaft such that the one or more first through holes reside beneath the expandable structure, the one or more second through holes are located proximal to the expandable structure, the treatment catheter further comprising a sleeve positioned along an outer surface of the elongate hollow shaft moveable between first and second axial positions to respectively inhibit or permit the flow of a treatment agent through the one or more second through holes into the bodily duct, and an elongate wire having a seal unit positioned within an inner lumen of the elongate hollow shaft, the seal unit positioned at least partially beneath the expandable structure and being moveable between first and second axial positions to respectively inhibit or permit the flow of an inflation medium between a cavity of the expandable structure and the inner lumen of the hollow shaft through the one or more first through holes, the second axial position being located distal to the first axial position. an expandable structure, an elongate hollow shaft having a wall with one or more first through holes and one or more second through holes, the one or more first through holes being spaced axially apart from the one or more second through holes, the elongate hollow shaft having a proximal end portion and a distal end portion, the expandable structure being disposed about the distal end portion of the elongate hollow shaft such that the one or more first through holes reside beneath the expandable structure, the one or more second through holes are located proximal to the expandable structure, the treatment catheter further comprising the one or more second through holes are located proximal to the expandable structure, the treatment catheter further comprising a sleeve positioned along an outer surface of the elongate hollow shaft moveable between first and second axial positions to respectively inhibit or permit the flow of a treatment agent through the one or more second through holes into the bodily duct, and an elongate wire having a seal unit positioned within an inner lumen of the elongate hollow shaft, the seal unit positioned at least partially beneath the expandable structure and being moveable between first and second axial positions to respectively inhibit or permit the flow of an inflation medium between a cavity of the expandable structure and the inner lumen of the hollow shaft through the one or more first through holes, the second axial position being located distal to the first axial position.