mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a device for anchoring alignment tools of an alignment system comprising at least one C-shaped ground rail for constructing a rail system, wherein the ground rail is sunk at ground level in an underlying surface or can optionally be mounted on the underlying surface or in a variable alignment bench, wherein the ground rail has a longitudinal slot in its upper transverse wall in order to accommodate or to arrest alignment tools of various kinds, characterized in that a sheet metal component is formed by hot or cold rolling into a rectangular cross-sectional shape, with the result that two mutually abutting halves (13, 14) of the upper transverse wall are formed, and in that the two halves (13, 14) of the upper transverse wall are welded to one another, with the result that a tubular profile is formed with a weld seam between the halves (13, 14), and in that, after producing the weld seam, the tubular profile is annealed in a low-stress manner, and in that, after the annealing operation, the longitudinal slot is made in the upper transverse wall in the region of the weld seam by a separating operation to complete the ground rail.
A bushing system for producing fibers from a molten material, the bushing system comprising: a bushing that is configured to receive a molten material, the bushing having a plate defining a first plurality of apertures through which the molten material flows, the plate having a longitudinal axis, wherein the plate comprises a first side wall and a second side wall disposed on a side of the plate opposite the first side wall, wherein the first side wall and the second side wall extend at an upward angle from the plate, and wherein the plate further comprises a plurality of ribs extending along at least a portion of the plate, said ribs protrude above or below the surface of the plate; and a tip plate coupleable with the bushing, the tip plate being configured to receive the molten material from the bushing and defining a second plurality of apertures through which the molten material flows to form fibers. a bushing that is configured to receive a molten material, the bushing having a plate defining a first plurality of apertures through which the molten material flows, the plate having a longitudinal axis, wherein the plate comprises a first side wall and a second side wall disposed on a side of the plate opposite the first side wall, wherein the first side wall and the second side wall extend at an upward angle from the plate, and wherein the plate further comprises a plurality of ribs extending along at least a portion of the plate, said ribs protrude above or below the surface of the plate; and a tip plate coupleable with the bushing, the tip plate being configured to receive the molten material from the bushing and defining a second plurality of apertures through which the molten material flows to form fibers.
An apparatus for providing support for a face of a mine passage by placing mesh from a roll along the face, comprising: a boom including a mast supporting a drill for drilling into the face of the mine passage; and an extendable arm for supporting the mesh for application to the face of the mine passage, said extendable arm mounted to the boom, wherein said extendable arm is capable of rotation independent of the mast to allow the extendable arm to traverse a path within the mine passage independent of the mast for applying the mesh from the roll to the face, wherein said apparatus further including a first rotary actuator for rotating the extendable arm, and a second rotary actuator for rotating the mast, the first and second actuators (20, 22) being supported by the boom. a boom including a mast supporting a drill for drilling into the face of the mine passage; and an extendable arm for supporting the mesh for application to the face of the mine passage, said extendable arm mounted to the boom, wherein said extendable arm is capable of rotation independent of the mast to allow the extendable arm to traverse a path within the mine passage independent of the mast for applying the mesh from the roll to the face, wherein said apparatus further including a first rotary actuator for rotating the extendable arm, and a second rotary actuator for rotating the mast, the first and second actuators (20, 22) being supported by the boom.
A method of manufacturing a capacitive micro-machined transducer, in particular a CMUT, the method comprising: - depositing a first electrode layer on a substrate, - depositing a first dielectric film on the first electrode layer, - depositing a sacrificial layer on the first dielectric film, the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second dielectric film on the sacrificial layer, - depositing a second electrode layer on the second dielectric film, and - patterning at least one of the deposited layers and films (10, 20, 30, 40, 50) characterized in that the depositing steps are performed by Atomic Layer Deposition in one single process sequence, wherein the patterning is performed by the "top-to-bottom" patterning after the Atomic Layer Deposition sequence is completed. - depositing a first electrode layer on a substrate, - depositing a first dielectric film on the first electrode layer, - depositing a sacrificial layer on the first dielectric film, the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second dielectric film on the sacrificial layer, - depositing a second electrode layer on the second dielectric film, and - patterning at least one of the deposited layers and films (10, 20, 30, 40, 50) characterized in that
A method of staging memory access requests, the method comprising: storing a plurality of memory access requests in a staging buffer; selecting (502, 606), based on one or more arbitration rules, between a first memory access request and a second memory access request from the plurality of memory access requests in the staging buffer for moving to a command queue, wherein the one or more arbitration rules are applied to one or more attributes of a plurality of memory access requests already in the command queue; and moving the selected memory access request from the staging buffer to the command queue. storing a plurality of memory access requests in a staging buffer; selecting (502, 606), based on one or more arbitration rules, between a first memory access request and a second memory access request from the plurality of memory access requests in the staging buffer for moving to a command queue, wherein the one or more arbitration rules are applied to one or more attributes of a plurality of memory access requests already in the command queue; and moving the selected memory access request from the staging buffer to the command queue.
A mounting structure for solid-state light sources, comprising: - a support board, - a submount mounted on said support board and having at least one solid-state light radiation source mounted thereon, - a drive board carrying drive circuitry for said at least one solid-state light radiation source, said drive board being mounted on said support board and extending peripherally with respect to said submount, - electrical interface connections (16, 162) between the submount and the drive board for connecting said at least one light radiation source to said drive circuitry, - mechanical and thermal interface connections (22; 162; 220) between said submount and said support board, wherein said drive board has an aperture and wherein said submount is arranged opposite said aperture facing said support board with a thermally conductive mass arranged between said support board and said submount, wherein said thermally conductive mass is chosen from a thermally conductive adhesive and a thermally conductive grease. - a support board, - a submount mounted on said support board and having at least one solid-state light radiation source mounted thereon, - a drive board carrying drive circuitry for said at least one solid-state light radiation source, said drive board being mounted on said support board and extending peripherally with respect to said submount, - electrical interface connections (16, 162) between the submount and the drive board for connecting said at least one light radiation source to said drive circuitry, - mechanical and thermal interface connections (22; 162; 220) between said submount and said support board,
An inner platform of a gas turbine nozzle vane, comprising: a platform cavity; an impingement plenum positioned within the platform cavity; a retention plate positioned on a first side of the impingement plenum; and a compliant seal positioned on a second side of the impingement plenum; characterized by one or more pins extending into the platform cavity such that the retention plate is retained in the platform cavity. a platform cavity; an impingement plenum positioned within the platform cavity; a retention plate positioned on a first side of the impingement plenum; and a compliant seal positioned on a second side of the impingement plenum; characterized by one or more pins extending into the platform cavity such that the retention plate is retained in the platform cavity.
A lithium secondary battery comprising: a cathode; an anode; a separator; and a gel polymer electrolyte, wherein the cathode comprises a cathode active material which is reversibly intercalating/deintercalating lithium and is Li[Li 0.29 Ni 0.14 Co 0.11 Mn 0.46]O 2, the gel polymer electrolyte is formed by polymerizing a composition that includes an electrolyte solution solvent; an ionizable lithium salt; a monomer having 2 to 6 acrylate groups; and a polymerization initiator, and comprises an acrylate-based polymer, and the monomer is included in an amount of 0.1 wt% to 10 wt% based on a total weight of the composition, the polymerization initiator is any one selected from the group consisting of organic peroxides, hydroperoxides and azo compounds, and is used in an amount of 0.01 wt% to 2 wt% based on the total weight of the composition for the gel polymer electrolyte, and a charge voltage of the battery is in a range of 4.3 V to 5.0 V. a cathode; an anode; a separator; and a gel polymer electrolyte, wherein the cathode comprises a cathode active material which is reversibly intercalating/deintercalating lithium and is Li[Li 0.29 Ni 0.14 Co 0.11 Mn 0.46]O 2, the gel polymer electrolyte is formed by polymerizing a composition that includes an electrolyte solution solvent; an ionizable lithium salt; a monomer having 2 to 6 acrylate groups; and a polymerization initiator, and comprises an acrylate-based polymer, and the monomer is included in an amount of 0.1 wt% to 10 wt% based on a total weight of the composition, the polymerization initiator is any one selected from the group consisting of organic peroxides, hydroperoxides and azo compounds, and is used in an amount of 0.01 wt% to 2 wt% based on the total weight of the composition for the gel polymer electrolyte, and a charge voltage of the battery is in a range of 4.3 V to 5.0 V.
A connector assembly comprising: a connector housing; a secondary lock; and a spring comprising at least one spring arm being operationally connected to the secondary lock, whereby the secondary lock is movable between a first and a second position and the spring is adapted to bias the secondary lock into its second position when the connector housing is fully mated with a corresponding counter connector, characterized in that the spring is arranged at the connector housing that upon mating the at least one spring arm is moved together with the secondary lock against the mating direction, thereby putting the spring under tension, and wherein the spring automatically moves the secondary lock in the second position when the secondary lock is released. a connector housing; a secondary lock; and a spring comprising at least one spring arm being operationally connected to the secondary lock, whereby the secondary lock is movable between a first and a second position and the spring is adapted to bias the secondary lock into its second position when the connector housing is fully mated with a corresponding counter connector, characterized in that the spring is arranged at the connector housing that upon mating the at least one spring arm is moved together with the secondary lock against the mating direction, thereby putting the spring under tension, and wherein the spring automatically moves the secondary lock in the second position when the secondary lock is released.
A starting control device for a vehicle, comprising: a first oil pump (O/P) configured to perform hydraulic supply by being driven by a traveling drive source which becomes a non-driven state during stopping of the vehicle while a brake pedal is depressed; a second oil pump (M/O/P) configured to perform the hydraulic supply by being driven by an electric motor (S/M) which becomes a non-driven state during the stopping of the vehicle while the brake pedal is depressed, the second oil pump (M/O/P) which is provided separately from the traveling drive source; a starting clutch configured to transmit drive force of the traveling drive source (Eng, MG) to drive wheels (LT, RT) at a time of starting of the vehicle, the starting clutch which is disposed between the traveling drive source and the drive wheels (LT, RT); and characterized by a starting controller configured to increase oil pressure supplied to the starting clutch by a second oil pump discharge pressure by driving the second oil pump (M/O/P) before the brake pedal is released, when an accelerator pedal is depressed while the brake pedal is still depressed during the stopping of the vehicle. a first oil pump (O/P) configured to perform hydraulic supply by being driven by a traveling drive source which becomes a non-driven state during stopping of the vehicle while a brake pedal is depressed; a second oil pump (M/O/P) configured to perform the hydraulic supply by being driven by an electric motor (S/M) which becomes a non-driven state during the stopping of the vehicle while the brake pedal is depressed, the second oil pump (M/O/P) which is provided separately from the traveling drive source; a starting clutch configured to transmit drive force of the traveling drive source (Eng, MG) to drive wheels (LT, RT) at a time of starting of the vehicle, the starting clutch which is disposed between the traveling drive source and the drive wheels (LT, RT); and characterized by a starting controller configured to increase oil pressure supplied to the starting clutch by a second oil pump discharge pressure by driving the second oil pump (M/O/P) before the brake pedal is released, when an accelerator pedal is depressed while the brake pedal is still depressed during the stopping of the vehicle.
A method for remotely sensing cardiac-related data of an animal subject, the method comprising: transmitting a radio frequency signal to impinge on tissue of the subject; receiving a reflected radio frequency signal, the reflected radio frequency signal comprising a reflection of the radio frequency signal impinged on the tissue of the subject; generating baseband data utilizing the reflected radio frequency signal; filtering multiple parallel streams of data embodying or derived from the baseband data to yield initially filtered data including a plurality of initially filtered data sets, wherein each initially filtered data set is obtained by filtering a stream of data of the multiple parallel streams of data with a different filtering scheme, and each filtering scheme includes high pass filtering with a cutoff frequency of 10 Hz or greater; performing waveform phase position determination on data embodying or derived from the initially filtered data to yield waveform phase position determined data; performing at least one auto-correlation of the waveform phase position determined data to yield auto-correlated data; determining periodicity of data embodying or derived from the auto-correlated data, wherein said determining of periodicity comprises determining a plurality of periodicity values; and computing heart rate including selecting a majority or median of the plurality of periodicity values. transmitting a radio frequency signal to impinge on tissue of the subject; receiving a reflected radio frequency signal, the reflected radio frequency signal comprising a reflection of the radio frequency signal impinged on the tissue of the subject; generating baseband data utilizing the reflected radio frequency signal; filtering multiple parallel streams of data embodying or derived from the baseband data to yield initially filtered data including a plurality of initially filtered data sets, wherein each initially filtered data set is obtained by filtering a stream of data of the multiple parallel streams of data with a different filtering scheme, and each filtering scheme includes high pass filtering with a cutoff frequency of 10 Hz or greater; performing waveform phase position determination on data embodying or derived from the initially filtered data to yield waveform phase position determined data; performing at least one auto-correlation of the waveform phase position determined data to yield auto-correlated data; determining periodicity of data embodying or derived from the auto-correlated data, wherein said determining of periodicity comprises determining a plurality of periodicity values; and computing heart rate including selecting a majority or median of the plurality of periodicity values.
A catalyst composition comprising a zeolite having a CHA framework, the zeolite having a molar silica-to-alumina ratio of at least 40, and an atomic copper-to-aluminum ratio of at least 1.25; wherein the zeolite is essentially free of ion-exchanged copper; and, wherein the zeolite is essentially free of framework transition metal.
A method for power feeding of a common element (150, 170, 200) of an access network from a first plurality of subscribers/customers (140, 172) of the access network connected to the common element through subscriber lines such as electric wires or optical fibers (173, 201), each of the first plurality of subscribers having a respective local power source, the method comprising: selecting a second plurality of subscribers from among said first plurality of subscribers (140, 172); and powering the common element (150, 170, 200) from said local power sources of the second plurality of subscribers by selectively and/or dynamically combining power conducted there-from through their respective subscriber lines, thereby allowing at least partial operation of the common element, characterized in that: the selection of the second plurality of subscribers and/or the selective and/or dynamic combining of the power is performed based on a predetermined set of rules and criteria for selection of the local power sources, wherein the predetermined set of rules comprises one or more of the following rules: dynamically selecting the local power sources being batteries for feeding the common element (140, 172) according to available power of said batteries; dynamically changing status of services provided to subscriber lines from the common element (140, 172); dynamically selecting a powering regime of the subscriber lines from the common element, according to status of the local power sources and/or status/priority of said lines. selecting a second plurality of subscribers from among said first plurality of subscribers (140, 172); and powering the common element (150, 170, 200) from said local power sources of the second plurality of subscribers by selectively and/or dynamically combining power conducted there-from through their respective subscriber lines, thereby allowing at least partial operation of the common element, characterized in that: the selection of the second plurality of subscribers and/or the selective and/or dynamic combining of the power is performed based on a predetermined set of rules and criteria for selection of the local power sources, wherein the predetermined set of rules comprises one or more of the following rules: dynamically selecting the local power sources being batteries for feeding the common element (140, 172) according to available power of said batteries; dynamically changing status of services provided to subscriber lines from the common element (140, 172); dynamically selecting a powering regime of the subscriber lines from the common element, according to status of the local power sources and/or status/priority of said lines. dynamically selecting the local power sources being batteries for feeding the common element (140, 172) according to available power of said batteries; dynamically changing status of services provided to subscriber lines from the common element (140, 172); dynamically selecting a powering regime of the subscriber lines from the common element, according to status of the local power sources and/or status/priority of said lines.
Luminaire with a flexible organic light emitting diode (OLED), which is fixed to at least one side of a frame laterally surrounding said OLED, characterized in that said frame consists of at least two parts (12, 13) connected to each other in a detachable manner, said parts being plug-fitted one into the other and/or screwed together, or that said frame comprises two parts (41, 42) separate from each other and having the form of closed curves, and wherein further in both cases said OLED is clamped with its corresponding lateral edges to at least two opposing sides of the frame.
Device for cleaning a workpiece having a conducting arrangement for a washing medium, which arrangement follows the workpiece surface to be cleaned while leaving a washing gap, and having a source of negative pressure, wherein the conducting arrangement comprises slats extending transversely with respect to the workpiece surface to be cleaned and forming between them flow channels for cleaning air as a washing medium, characterised in that the flow channels can be connected to the source of negative pressure one after another at least in groups.
Protective shell anchorable to a portable mobile device comprising a honeycomb cellular structure enclosed in a body at least in part made of an elastic polymer, the body comprising a back portion configured to cover at least in part a backside of the mobile device and a side portion configured to cover and fit with a sidewall of the mobile device so to anchor the body to the mobile device; wherein said honeycomb cellular structure comprises a plurality of open cells connected each other via their sidewalls to form at least a flexible sheet configured to absorb energy through a deformation of said sidewalls in response to a compressive load applied to said sheet; and characterized in that, at least a part of the body made of the elastic polymer fully encapsulates and permeates the open cells of said honeycomb cellular structure. wherein said honeycomb cellular structure comprises a plurality of open cells connected each other via their sidewalls to form at least a flexible sheet configured to absorb energy through a deformation of said sidewalls in response to a compressive load applied to said sheet; and characterized in that, at least a part of the body made of the elastic polymer fully encapsulates and permeates the open cells of said honeycomb cellular structure.
High-pressure fuel pump having a housing wall of a pump housing and a damping device for damping inlet-side pressure pulses by varying a damping volume by means of an elastically movable wall, wherein the high-pressure fuel pump is embodied as a piston pump having pistons which can be moved up and down in an axial direction, characterized in that at least one section of the elastically movable wall is formed by at least one part of a radially outer jacket-like region of the housing wall and/or at least one part of a seal support and in that the damping volume has a volume of 60 cm 3 to 120 cm 3 in an unpressurized state of rest, and the radially outer jacket-like region of the housing wall has a wall thickness of 0.8 mm to 2 mm and in that the pump housing has a connection device for connection to a low-pressure line of a fuel system.