mhurhangee/ep-ind-claims huggingface dataset:
A bushing, comprising: a bronze backing layer having a first axial end, a second axial end, and a central opening, said bushing having a cylindrical shape and a porous bronze layer; an impregnated polymer in said porous bronze layer at one of a radial inner or outer surface of said bushing; and a topical polymer layer disposed adjacent said impregnated polymer characterized in that: the bushing comprises a flange at one of said first and second axial ends of said bushing, wherein said flange includes said porous bronze layer, said impregnated polymer and said topical polymer layer, the flange providing a surface to withstand axial load bearing and wear resistance; and the bronze backing layer comprises 1-15% aluminium, 1 to 10% iron, and 3 to 10% nickel. a bronze backing layer having a first axial end, a second axial end, and a central opening, said bushing having a cylindrical shape and a porous bronze layer; an impregnated polymer in said porous bronze layer at one of a radial inner or outer surface of said bushing; and a topical polymer layer disposed adjacent said impregnated polymer characterized in that: the bushing comprises a flange at one of said first and second axial ends of said bushing, wherein said flange includes said porous bronze layer, said impregnated polymer and said topical polymer layer, the flange providing a surface to withstand axial load bearing and wear resistance; and the bronze backing layer comprises 1-15% aluminium, 1 to 10% iron, and 3 to 10% nickel. the bushing comprises a flange at one of said first and second axial ends of said bushing, wherein said flange includes said porous bronze layer, said impregnated polymer and said topical polymer layer, the flange providing a surface to withstand axial load bearing and wear resistance; and the bronze backing layer comprises 1-15% aluminium, 1 to 10% iron, and 3 to 10% nickel.
A heat-dissipating member, comprising aluminum oxide ceramics: comprising crystal particles of aluminum oxide; and including 98 mass% or higher of aluminum in terms of Al 2 O 3 with respect to 100 mass% of all constituents, wherein the crystal particles having an average equivalent circle diameter of 1.6 μm or more and 2.4 μm or less, and in an equivalent circle diameter cumulative distribution curve of the crystal particles, a difference between an equivalent circle diameter at 10 cumulative percent and an equivalent circle diameter at 90 cumulative percent is 2.1 μm or more and 4.2 μm or less.
Apparatus for standardized operation of a multiplicity of useful signal sources (G1 to Gx) having: a functional feature conditioning unit for conditioning the ascertained functional features (F to F(Gx)) and for producing at least one standardized functional feature (F(G*)) for the entirety of the useful signal sources (G1 to Gx), characterized by a memory unit for storing configuration data (K1 to Kx) that include information regarding an interconnection of the multiplicity of useful signal sources (G1 to Gx) within a consumer electronics environment; a functional feature ascertainment unit for ascertaining individual functional features (F to F(Gx)) of the useful signal sources on the basis of the configuration data (K1 to Kx), wherein the functional feature conditioning unit produces the at least one standardized functional feature (F(G*)) by performing weighting for ascertained identical individual functional features (F to F(Gx)), wherein the weighting takes into consideration quality differences of the respective useful signal sources (G1 to Gx), and wherein means are provided so that if a useful data signal is provided by multiple useful signal sources (G1 to Gx) having different technology at the same time, concomitantly available quality criteria and evaluation of a time delay in the useful data signal are used to make a concomitant assessment, and dynamic selection and association of a very well suited useful signal source from the plurality of useful signal sources (G1 to Gx) having different technology is performed. a functional feature conditioning unit for conditioning the ascertained functional features (F to F(Gx)) and for producing at least one standardized functional feature (F(G*)) for the entirety of the useful signal sources (G1 to Gx), characterized by a memory unit for storing configuration data (K1 to Kx) that include information regarding an interconnection of the multiplicity of useful signal sources (G1 to Gx) within a consumer electronics environment; a functional feature ascertainment unit for ascertaining individual functional features (F to F(Gx)) of the useful signal sources on the basis of the configuration data (K1 to Kx), wherein the functional feature conditioning unit produces the at least one standardized functional feature (F(G*)) by performing weighting for ascertained identical individual functional features (F to F(Gx)), wherein the weighting takes into consideration quality differences of the respective useful signal sources (G1 to Gx), and wherein means are provided so that if a useful data signal is provided by multiple useful signal sources (G1 to Gx) having different technology at the same time, concomitantly available quality criteria and evaluation of a time delay in the useful data signal are used to make a concomitant assessment, and dynamic selection and association of a very well suited useful signal source from the plurality of useful signal sources (G1 to Gx) having different technology is performed.
An acoustic panel for a thrust reverser comprising: a base having a surface (712, 714, 732, 734) defining a plurality of cavities configured to attenuate noise from an engine; a cantilevered portion extending from the base and configured to be removably coupled, when in use, with a portion of a transcowl; a gap defined by the base and the cantilevered portion; and a support member coupled to the cantilevered portion and coupled to the base, the support member configured to support the cantilevered portion, a first layer of composite material coupled to at least a portion of the base, wherein a portion of the first layer of composite material is coupled to a portion of the cantilevered portion, and wherein the first layer of composite material is positioned between the base and the cantilevered portion; a second layer of composite material coupled to the cantilevered portion, the support member, and the first layer of composite material; an adhesive coupling the second layer of composite material to each of the cantilevered portion, the support member, and the first layer of composite material. a base having a surface (712, 714, 732, 734) defining a plurality of cavities configured to attenuate noise from an engine; a cantilevered portion extending from the base and configured to be removably coupled, when in use, with a portion of a transcowl; a gap defined by the base and the cantilevered portion; and a support member coupled to the cantilevered portion and coupled to the base, the support member configured to support the cantilevered portion, a first layer of composite material coupled to at least a portion of the base, wherein a portion of the first layer of composite material is coupled to a portion of the cantilevered portion, and wherein the first layer of composite material is positioned between the base and the cantilevered portion; a second layer of composite material coupled to the cantilevered portion, the support member, and the first layer of composite material; an adhesive coupling the second layer of composite material to each of the cantilevered portion, the support member, and the first layer of composite material.
A temporary implantable medical device lead comprising: a connector configured to connect the lead to an external control module; and a helically coiled conductor having a proximal end mechanically and electrically connected to the connector, the conductor including a plurality of insulated filars (102a, 102b), each of the insulated filars (102a, 102b) including an uninsulated portion near a distal end of the conductor, and wherein the uninsulated portion of each of the filars (102a, 102b) is exposed at an outer surface of the conductor such that the exposed uninsulated portions of the filars (102a, 102b) define a plurality of electrodes at longitudinally spaced sections near the distal end of the conductor, characterized in that the lead comprises one or more conductive elements wound co-radially with and electrically coupled to the uninsulated portion of at least one filar (102a, 102b) of the conductor, wherein the one or more conductive elements are not directly mechanically connected to the connector at the proximal end, wherein the one or more conductive elements comprises a ribbon conductor. a connector configured to connect the lead to an external control module; and a helically coiled conductor having a proximal end mechanically and electrically connected to the connector, the conductor including a plurality of insulated filars (102a, 102b), each of the insulated filars (102a, 102b) including an uninsulated portion near a distal end of the conductor, and wherein the uninsulated portion of each of the filars (102a, 102b) is exposed at an outer surface of the conductor such that the exposed uninsulated portions of the filars (102a, 102b) define a plurality of electrodes at longitudinally spaced sections near the distal end of the conductor, characterized in that the lead comprises one or more conductive elements wound co-radially with and electrically coupled to the uninsulated portion of at least one filar (102a, 102b) of the conductor, wherein the one or more conductive elements are not directly mechanically connected to the connector at the proximal end, wherein the one or more conductive elements comprises a ribbon conductor. a helically coiled conductor having a proximal end mechanically and electrically connected to the connector, the conductor including a plurality of insulated filars (102a, 102b), each of the insulated filars (102a, 102b) including an uninsulated portion near a distal end of the conductor, and wherein the uninsulated portion of each of the filars (102a, 102b) is exposed at an outer surface of the conductor such that the exposed uninsulated portions of the filars (102a, 102b) define a plurality of electrodes at longitudinally spaced sections near the distal end of the conductor, characterized in that the lead comprises one or more conductive elements wound co-radially with and electrically coupled to the uninsulated portion of at least one filar (102a, 102b) of the conductor, wherein the one or more conductive elements are not directly mechanically connected to the connector at the proximal end, wherein the one or more conductive elements comprises a ribbon conductor.
A method for foaming an expandable particle foam material in the form of granulate material, wherein the method comprises the following method steps: - introducing the particle foam material into the interior of a foaming furnace; - irradiating the particle foam material by means of an infrared radiator arranged in the interior of the foaming furnace; - discharging the particle foam material out of the interior of the foaming furnace, characterized in that a radiation output of the infrared radiator is determined, and the temperature in the interior of the foaming furnace is controlled by means of a temperature control device, such that the temperature in the interior of the foaming furnace is controlled to a pre-determinable temperature range independently of the determined radiation output of the infrared radiator. - introducing the particle foam material into the interior of a foaming furnace; - irradiating the particle foam material by means of an infrared radiator arranged in the interior of the foaming furnace; - discharging the particle foam material out of the interior of the foaming furnace,
A sample collection unit configured to receive a test strip, the sample collection unit comprising: a collection tube including an open end; and a cap configured to be coupled to the open end to close the collection tube, the cap including an access opening that extends through the cap and at least one sealing member aligned with the access opening, the at least one sealing member including a dynamic strip interface that permits insertion of the test strip through the access opening and into the collection tube when the cap is coupled to the open end of the collection tube, characterized in that the access opening includes a first end and a second end that opens into the collection tube, wherein the second end of the access opening is offset with respect to the first end to an extent that inhibits the sample inside the collection tube entering the second end of the access opening from exiting the first end of the access opening when the collection tube is turned on its side. a collection tube including an open end; and a cap configured to be coupled to the open end to close the collection tube, the cap including an access opening that extends through the cap and at least one sealing member aligned with the access opening, the at least one sealing member including a dynamic strip interface that permits insertion of the test strip through the access opening and into the collection tube when the cap is coupled to the open end of the collection tube, characterized in that
A repairing method for Window-based Least Significant Bits "WLSB" decoding in Robust Header Compression "ROHC", comprising: under the only condition that a decompressor decodes a parameter field sent by a compressor of ROHC with the WLSB decoding algorithm unsuccessfully, shifting an interpretation interval for 2 ^ k forward or shifting the interpretation interval for 2 ^ k backward, and then re-decoding the received parameter field with the shifted interpretation interval according to the WLSB decoding algorithm, wherein "^" represents exponential operation, k is a number of bits received as a compressed field value of a packet header transmitted by a compressor.
An organosiloxane compound of Formula I: wherein R 1, R 2, R 3, and R 4 are each independently C n H 2n+1, where n is an integer from 1 to 3; B is selected from -S- and -O-; L is selected from C 1 -C 6 alkylene, C 5 -C 6 cycloalkylene, and benzyl; and X is selected from -CO 2 M, -SO 3 M, and -NH 3 T, wherein M is selected from a countercation and hydrogen and T is a counteranion; or -B-L-X is -O-phenylene-SO 3 Na. wherein R 1, R 2, R 3, and R 4 are each independently C n H 2n+1, where n is an integer from 1 to 3; B is selected from -S- and -O-; L is selected from C 1 -C 6 alkylene, C 5 -C 6 cycloalkylene, and benzyl; and X is selected from -CO 2 M, -SO 3 M, and -NH 3 T, wherein M is selected from a countercation and hydrogen and T is a counteranion; or -B-L-X is -O-phenylene-SO 3 Na.
Method for controlling a drive train of a motor vehicle, having an internal combustion engine, an electric machine which can be driven as a motor and as a generator, a clutch which is arranged between the internal combustion engine and the electric machine, and an automatic transmission which is arranged between the electric machine and the drive wheels, wherein a gear speed change in the automatic transmission can be triggered manually by the driver, characterized in that during overrun operation of the motor vehicle in which the electric machine is operated as a generator, after manual triggering of the gear speed change from a source gear speed into a target gear speed by the driver - the clutch is, if it is not opened, at least partially opened, - the rotational speed (nVM) of the internal combustion engine is adjusted to a rotational speed level (nZ) corresponding to the target gear speed and the current velocity of the motor vehicle, and is regulated further, - the gear speed change in the automatic transmission is carried out, - the clutch is closed when a synchronous rotational speed (nVM, nE) of the internal combustion engine and of the electric machine is reached. - the clutch is, if it is not opened, at least partially opened, - the rotational speed (nVM) of the internal combustion engine is adjusted to a rotational speed level (nZ) corresponding to the target gear speed and the current velocity of the motor vehicle, and is regulated further, - the gear speed change in the automatic transmission is carried out, - the clutch is closed when a synchronous rotational speed (nVM, nE) of the internal combustion engine and of the electric machine is reached.
Surge protection device, comprising at least one surge arrester and one switching device, said means constituting a constructional unit, a thermal trigger means which is arranged in the area of the heating to be expected of the surge arrester in the event of its overloading and is configured as a stopper element through which the operating or surge current does not flow, which releases an unlocking slide (4; 41) of the switching device in the event of thermal overload, wherein the stopper element is thermally and mechanically coupled to the surge arrester and blocks the travel path of the unlocking slide (4; 41), the switching device includes two opposite, in particular meshing contact pieces (6a; 6b), wherein at least one of the contact pieces is realized to be movable, characterized in that the switching device is configured as a short-circuit switching device which is connected in parallel with the surge arrester, can be thermally triggered and is spring-pretensioned, and the movable contact piece is under spring pretension in the closing direction of the switching device, furthermore the opening state of the switching device can be secured by the unlocking slide and released by the thermal trigger means for closing the switching device, wherein a separating element is under spring pretension in order to move away from the contact pieces (6a; 6b) in a fast and directed manner in the case of a short-circuit of the switching device.
A reusable urinary catheter product, comprising: an intermittent catheter comprising a catheter shaft, wherein the catheter shaft comprises polymer that defines a substrate; a coating disposed on a surface of the substrate, the coating comprising a cross-linked lubricious hydrophilic polymer including a matrix; and photoactive titanium dioxide contained within the matrix of the cross-linked lubricious hydrophilic polymer. an intermittent catheter comprising a catheter shaft, wherein the catheter shaft comprises polymer that defines a substrate; a coating disposed on a surface of the substrate, the coating comprising a cross-linked lubricious hydrophilic polymer including a matrix; and photoactive titanium dioxide contained within the matrix of the cross-linked lubricious hydrophilic polymer.
A polyoxazoline copolymer comprising at least 20 oxazoline units, including at least 4 non-terminal oxazoline units that contain a calcium binding group selected from bisphosphonate, citrate, ethylenediaminetetraacetic acid (EDTA) and combinations thereof.
A process for decomposing a byproduct formed during production of (meth)acrylic acid or a (meth)acrylic ester, which comprises introducing the byproduct formed during production of (meth)acrylic acid and/or the byproduct formed during production of a (meth)acrylic ester into a reactor provided with a distillation column, to thereby thermally decompose the byproduct and at the same time to carry out distillation for recovering (meth)acrylic acid, (meth)acrylic esters and alcohols, characterized in that as said distillation column, a distillation column which is internally provided with disk-and-doughnut type trays, is used, wherein disk trays and doughnut trays are alternately installed and the number of disk trays and the number of doughnut trays is 5 to 20, wherein one disk-shaped tray or one doughnut-shaped tray is taken as one plate.
Mechanical arrangement for machining plate-like workpieces, in particular metal sheets, • comprising a machining device that has a working region in which a workpiece for the machining device is accessible for machining, • comprising a workpiece pallet that has a pallet frame and a support element which is attached to the pallet frame and is designed for supporting a workpiece during the workpiece machining and/or for supporting products of the workpiece machining, • comprising a carrier frame for the workpiece pallet, on which frame the workpiece pallet can be arranged in the working region of the machining device with a frame-side position, and • comprising a transfer device for the workpiece pallet, by means of which the workpiece pallet can be transferred, relative to the carrier frame for the workpiece pallet, between a position outside the working region of the machining device and the frame-side position in the working region of the machining device with a transfer movement, characterized in that the workpiece pallet is designed as an active workpiece pallet as the support element of the workpiece pallet is movably guided on the pallet frame of the workpiece pallet in a positioning direction and a support drive is provided for the support element, by means of which drive the support element, on the workpiece pallet transferred to the frame-side position in the working region of the machining device, can be driven with a positioning movement relative to the pallet frame of the workpiece pallet in the positioning direction and thus positioned relative to the working region of the machining device. • comprising a machining device that has a working region in which a workpiece for the machining device is accessible for machining, • comprising a workpiece pallet that has a pallet frame and a support element which is attached to the pallet frame and is designed for supporting a workpiece during the workpiece machining and/or for supporting products of the workpiece machining, • comprising a carrier frame for the workpiece pallet, on which frame the workpiece pallet can be arranged in the working region of the machining device with a frame-side position, and • comprising a transfer device for the workpiece pallet, by means of which the workpiece pallet can be transferred, relative to the carrier frame for the workpiece pallet, between a position outside the working region of the machining device and the frame-side position in the working region of the machining device with a transfer movement,