mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a host device including a user interface and first personal area network communications circuitry but no long-range communication circuitry; and a RF module including long-range communications circuitry electrically coupled to second personal area network communications circuitry, the second PAN circuitry operable to communicate with the first PAN circuitry, wherein the host device and the RF module are physically separate and the host device is operative to access a long-range communications protocol of the long-range communications circuitry using communications between the first and second PAN circuitry to provide user access to long-range communications events, wherein the host device provides identification information to the RF module before being provided with access to the long-range communications circuitry, wherein the RF module does not include a user interface that enables a user to access features reserved for devices having long-range communication capabilities, characterised in that the identification information is used to authenticate the RF module to a communications source. a host device including a user interface and first personal area network communications circuitry but no long-range communication circuitry; and a RF module including long-range communications circuitry electrically coupled to second personal area network communications circuitry, the second PAN circuitry operable to communicate with the first PAN circuitry, wherein the host device and the RF module are physically separate and the host device is operative to access a long-range communications protocol of the long-range communications circuitry using communications between the first and second PAN circuitry to provide user access to long-range communications events, wherein the host device provides identification information to the RF module before being provided with access to the long-range communications circuitry, wherein the RF module does not include a user interface that enables a user to access features reserved for devices having long-range communication capabilities, characterised in that the identification information is used to authenticate the RF module to a communications source.
A method for manufacturing an impeller to be used in a compressor, the method comprising: attaching an intermediate layer to a base metal by placing a first metal powder into a gap between a first insert and the base metal; processing with hot isostatic pressing the base metal, the first metal powder and the first insert such that the intermediate layer is bonded to the base metal, the intermediate layer having a porosity of generally less than one percent, wherein a coefficient of thermal expansion of the intermediate layer is between a coefficient of thermal expansion for the base metal and an external layer; removing the first insert; attaching an external layer to the intermediate layer by placing a second powder into a gap between a second insert and the intermediate layer; processing the base metal, the intermediate layer, the second metal powder and the second insert via hot isostatic pressing such that the external layer is bonded to the intermediate layer, the external layer having a porosity of generally less than one percent; and removing the second insert to form the impeller, wherein the external layer is corrosion resistant after the hot isostatic pressing. attaching an intermediate layer to a base metal by placing a first metal powder into a gap between a first insert and the base metal; processing with hot isostatic pressing the base metal, the first metal powder and the first insert such that the intermediate layer is bonded to the base metal, the intermediate layer having a porosity of generally less than one percent, wherein a coefficient of thermal expansion of the intermediate layer is between a coefficient of thermal expansion for the base metal and an external layer; removing the first insert; attaching an external layer to the intermediate layer by placing a second powder into a gap between a second insert and the intermediate layer; processing the base metal, the intermediate layer, the second metal powder and the second insert via hot isostatic pressing such that the external layer is bonded to the intermediate layer, the external layer having a porosity of generally less than one percent; and removing the second insert to form the impeller, wherein the external layer is corrosion resistant after the hot isostatic pressing.
A measuring system for 3D measurements of objects in various shapes, which includes a handheld device that has at least 1 sensor, at least 1 measurement source and an exchangeable measuring chamber, wherein said exchangeable measuring chamber is connected to the handheld device; wherein said measuring chamber consists of upright faces that fit over the object to be measured on one side and fit on the opposite side on the measuring head of the handheld device; and wherein the measuring chamber has dimension-depending recognition points that, in interaction with the measuring head, allow the handheld device to recognise the dimensions of the present measuring chamber, and set up the measuring parameters.
A subsea excavation apparatus comprising: an excavator; a plurality of anchor points in fixed locations relative to the seabed; a plurality of subsea actuators for converting power to mechanical force between the plurality of anchor points and the excavator; characterized in that the plurality of subsea actuators are arranged to control the forces and moments on the excavator in three dimensions in response to actuator control signals. an excavator; a plurality of anchor points in fixed locations relative to the seabed; a plurality of subsea actuators for converting power to mechanical force between the plurality of anchor points and the excavator; characterized in that the plurality of subsea actuators are arranged to control the forces and moments on the excavator in three dimensions in response to actuator control signals.
A method of coating a porous substrate, the method comprising the steps of: (i) providing a substrate, wherein at least one surface of the substrate comprises a plurality of pores; (ii) forming a first coating on the surface, sufficient to at least partially fill the pores, wherein the first coating comprises a solvent-swollen polymer gel; (iii) optionally removing the first coating from the surface, sufficient to form a substantially exposed substrate surface with the solvent-swollen polymer gel in the pores; (iv) forming a second coating on the exposed substrate surface, wherein the second coating comprises a polymer, a silicate, any form of carbon, a metal, a metal-organic-framework, a ceramic, or a combination thereof; and (v) drying the solvent-swollen polymer gel in the pores. (i) providing a substrate, wherein at least one surface of the substrate comprises a plurality of pores; (ii) forming a first coating on the surface, sufficient to at least partially fill the pores, wherein the first coating comprises a solvent-swollen polymer gel; (iii) optionally removing the first coating from the surface, sufficient to form a substantially exposed substrate surface with the solvent-swollen polymer gel in the pores; (iv) forming a second coating on the exposed substrate surface, wherein the second coating comprises a polymer, a silicate, any form of carbon, a metal, a metal-organic-framework, a ceramic, or a combination thereof; and (v) drying the solvent-swollen polymer gel in the pores.
Method for starting up an automation system which comprises at least one actuator for providing a movement and at least one actuator controller for actuating the actuator, comprising the steps: providing a motion task to be performed by the automation system to a component database, virtually selecting at least one actuator and at least one actuator controller as components of the automation system provided for solving the motion task from the component database, providing a first data packet which comprises component data of the selected components and the motion task, to a parameterization program, virtually parameterizing the selected automation system for solving the movement task with the parameterization program and storing determined parameters, preferably together with component data of the selected components and/or with the movement task, in a second data packet in a parameter database, assignment of a unique identifier of a component of the selected automation system to the second data packet and storing the second data packet supplemented by the at least one unique identifier in the parameter database, inputting the at least one unique identifier of a component of the selected automation system into the parameter database after the physical construction of the automation system has been carried out and transferring the second data packet selected on the basis of the identifier of the at least one component from the parameter database into the automation system constructed physically from the selected components in order to carry out the predetermined motion task, characterized in that the virtual selection of at least one actuator and at least one actuator controller as components of the automation system provided for solving the motion task is performed by means of a selection algorithm which is assigned to the component database.
A method for temperature compensation of a test tone used in meter verification, the method comprising: using a drive amplifier to provide a drive signal to a drive circuit, wherein the drive circuit includes a drive mechanism in a meter assembly of a vibratory meter; measuring a first maximum amplitude of the drive signal at a first temperature of the drive circuit, the first maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; measuring a second maximum amplitude of the drive signal at a second temperature of the drive circuit, the second maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; and determining a maximum amplitude-to-temperature relationship for the drive circuit based on the first maximum amplitude at the first temperature and the second maximum amplitude at the second temperature measuring the temperature of the drive circuit; determining a maximum amplitude based on the determined maximum amplitude-to-temperature relationship and the measured temperature; and setting a maximum amplitude of the drive signal provided by the drive amplifier to the determined maximum amplitude. using a drive amplifier to provide a drive signal to a drive circuit, wherein the drive circuit includes a drive mechanism in a meter assembly of a vibratory meter; measuring a first maximum amplitude of the drive signal at a first temperature of the drive circuit, the first maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; measuring a second maximum amplitude of the drive signal at a second temperature of the drive circuit, the second maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; and determining a maximum amplitude-to-temperature relationship for the drive circuit based on the first maximum amplitude at the first temperature and the second maximum amplitude at the second temperature measuring the temperature of the drive circuit; determining a maximum amplitude based on the determined maximum amplitude-to-temperature relationship and the measured temperature; and setting a maximum amplitude of the drive signal provided by the drive amplifier to the determined maximum amplitude.
Prosthetic knee joint with an upper part, which has upper connecting means, and with a lower part, which is mounted pivotably on the upper part and has lower connecting means, characterized in that, in order to secure the prosthetic knee joint to a thigh stump, a vacuum pump with an inlet and with an outlet is assigned to the prosthetic knee joint and is driven by the relative movement of the upper part with respect to the lower part and an outlet line with a check valve is assigned to the vacuum pump, whereby the vacuum pump is integrated in the upper part and can be connected to a suction socket.
A hydration medium for hydrating a hydrophilic material of a urinary catheter, the hydration medium comprising: a hydration foam comprising a hydration liquid comprising a liquid for hydrating the hydrophilic material of the urinary catheter and the hydration foam comprises a mass of gas bubbles formed on or in the hydration liquid; and wherein the hydration foam comprises: the hydration liquid comprising a solution wherein the liquid for hydrating the hydrophilic material is water and is between 80 wt% and 99 wt% of the solution; a surface tension reducing agent in an amount between 0.05 wt% to 5 wt% of the hydration foam, wherein the surface tension reducing agent comprises sodium dodecyl sulphate or sodium methyl cocoyl taurate; a viscosity increasing agent comprising a polyol in an amount between 0. 5 wt% to 10 wt% of the hydration foam; and a foam stabilizer in an amount between 0.01 wt% to 2 wt% of the hydration liquid, wherein the foam stabilizer comprises xanthan gum. a hydration foam comprising a hydration liquid comprising a liquid for hydrating the hydrophilic material of the urinary catheter and the hydration foam comprises a mass of gas bubbles formed on or in the hydration liquid; and wherein the hydration foam comprises: the hydration liquid comprising a solution wherein the liquid for hydrating the hydrophilic material is water and is between 80 wt% and 99 wt% of the solution; a surface tension reducing agent in an amount between 0.05 wt% to 5 wt% of the hydration foam, wherein the surface tension reducing agent comprises sodium dodecyl sulphate or sodium methyl cocoyl taurate; a viscosity increasing agent comprising a polyol in an amount between 0. 5 wt% to 10 wt% of the hydration foam; and a foam stabilizer in an amount between 0.01 wt% to 2 wt% of the hydration liquid, wherein the foam stabilizer comprises xanthan gum. the hydration liquid comprising a solution wherein the liquid for hydrating the hydrophilic material is water and is between 80 wt% and 99 wt% of the solution; a surface tension reducing agent in an amount between 0.05 wt% to 5 wt% of the hydration foam, wherein the surface tension reducing agent comprises sodium dodecyl sulphate or sodium methyl cocoyl taurate; a viscosity increasing agent comprising a polyol in an amount between 0. 5 wt% to 10 wt% of the hydration foam; and a foam stabilizer in an amount between 0.01 wt% to 2 wt% of the hydration liquid, wherein the foam stabilizer comprises xanthan gum.
Linking element for a modular jewel, said linking element comprising a body single and continuous that has at least one first portion, at least one second portion and at least one third portion for connecting said at least one first portion and said at least one second portion, wherein at least one section of said at least one first portion is placed in close proximity to at least one portion of said at least one second portion, said at least one first portion, said at least one second portion and said at least one third portion delimiting between them at least one first through-opening through said body, said at least one first portion and said at least one second portion are separated from each other, at said portion where they are in close proximity to each other, by at least one split (7, 7') intercepting said at least one first through-opening, said at least one split (7, 7') being selectively expandable/shrinkable through an elastic deformation of at least one between said at least one first portion and/or said at least one second portion and/or said at least one third portion, to delimit/occlude an access passage to said through-opening, said body having a substantially laminar conformation so that said at least one first portion has a first gripping surface and a second gripping surface (3"), opposed to each other, and said at least one second portion has a respective first gripping surface and a respective second gripping surface (4") separated from each other with a distance equal to the thickness of said body, characterised in that said linking element comprises at least one further split provided to allow access to at least one further through-opening through said body.
A connector insert, in particular for insertion into connectors to transmit data in automobiles by means of a two-conductor or multi-conductor system, having a housing which has at least one reception chamber for plug contacts able to be attached to wires of a cable, and an inlet for the plug contacts into the at least one reception chamber, and having a stabiliser which is composed of dimensionally stable material and which has a fastening location for attachment to the housing and which, in its state mounted on the housing, extends away from the inlet and has, spaced apart from the inlet, a fastening location for attachment to the cable, characterized in that the housing has a securing groove which extends through the at least one reception chamber and which runs transverse to a longitudinal direction of the cable, and in that the stabilizer completely surrounds the reception chamber in a circumferential direction running around the longitudinal direction of the cable.
Connecting rod having a variable connecting rod length for an internal combustion engine with variable compression comprising a shaft/hub connection with a lever and a bearing component of the connecting rod, which bearing component is arranged in an opening of the lever and is configured as an eccentric, characterized in that the opening is configured in such a way that three contact points (132, 134, 136) are configured between the lever and the bearing component, and a clearance (122, 124, 126) is configured between in each case two contact points (132, 134, 136), at which clearance (122, 124, 126) the opening is spaced apart from the bearing component in a targeted manner, the opening being configured as a polyline, and the bearing component having an outer side which is configured as a polyline, the polyline of the outer side of the bearing part deviating from a circular shape to a lesser extent than the polyline of the opening.
Key cylinder comprising - a cylinder core with a key way for inserting a corresponding key, - a cylinder cam for operating a locking bolt, and - a blocking washer, - wherein the blocking washer is inserted between the cylinder core and the cylinder cam or in a slot of the cylinder core such that the cylinder cam is located on a first side and any core pin is located on a second side of the blocking washer, and - wherein the blocking washer includes at least one cutout or at least one protrusion extending in a direction in which a key has to be inserted into the key cylinder - characterized in that the protrusion and/or the cutout are point symmetric to a central point of the protrusion and/or cutout and comprise a code pattern which is set up by the three letters O S O. - a cylinder core with a key way for inserting a corresponding key, - a cylinder cam for operating a locking bolt, and - a blocking washer, - wherein the blocking washer is inserted between the cylinder core and the cylinder cam or in a slot of the cylinder core such that the cylinder cam is located on a first side and any core pin is located on a second side of the blocking washer, and - wherein the blocking washer includes at least one cutout or at least one protrusion extending in a direction in which a key has to be inserted into the key cylinder - characterized in that the protrusion and/or the cutout are point symmetric to a central point of the protrusion and/or cutout and comprise a code pattern which is set up by the three letters O S O.
A Shoe for a self-supporting guard rail comprising a support mast for receiving a post and a base for receiving an offset arm characterized in that the base has a first access opening and a second access opening opposite to the first access opening, the first access opening and the second access opening forming a lower enclosure, each of the first access opening and the second access opening being shaped to receive an offset arm and in that the support mast has an upper enclosure intended to receive the post, said upper enclosure of the support mast extending substantially perpendicular with respect to the lower enclosure of the base and in that the base has an upper face on which the support mast rests, and an opposite lower face widened with respect to the upper face.
Connector which is designed as a pipe socket for lateral connection of a plastic pipe to a mineral channel pipe and has a sealing section that incorporates a sealing chamber that extends all the way around the connector to receive an elastomer seal that is designed as a sealing ring, and has a contact collar that limits how far the sealing section can extend into a hole made in the channel pipe and has a joining section for joining to the plastic pipe, wherein the sealing section incorporates a filling chamber that is arranged between the sealing chamber and the contact collar and is designed to receive a flowable sealing medium, wherein a filling channel at one end leads into the filling chamber and incorporates at the other end a second outlet on the other side of the contact collar on the outside of the connector, characterised in that two spring elements are arranged in the filling chamber, which spring elements are aligned like barbs so that, when the sealing section is inserted into a drilled hole in the channel pipe, these spring elements are compressed and, when a movement is then made in the opposite direction, are decompressed and impede further movement in this opposite direction.
Collecting tank for multi-phase mixtures from a hydrocarbon source with at least one inlet for feeding multi-phase mixtures into the collecting tank (10, 15), and several outlet connections that can be connected to pumps, by means of which the multi-phase mixtures are pumped off, the outlet connections being associated with fittings, which are directed inward, protrude upward above the collecting tank bottom and comprise a first upper opening and a second lower opening, wherein the flow cross-section of the lower opening is smaller than that of the upper opening, characterized in that the lower opening is associated with a throttling or closing device.