mhurhangee/ep-ind-claims huggingface dataset:
A brake system comprising: an electromechanical brake actuator controller EBAC; a first electromechanical brake actuator EBA electrically coupled to the EBAC, the first EBA (102, 178A) comprising a first load cell; a second EBA (112, 178A) electrically coupled to the EBAC, the second EBA (112, 178A) comprising a second load cell that outputs a force output; a tangible, non-transitory memory configured to communicate with a controller of at least one of the first EBA or the EBAC, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the EBAC, cause the EBAC to perform operations comprising: detecting, by the EBAC, a failure of the first load cell using the force output from other load cells by determining if the first load cell is operating outside a predetermined range of a voltage; estimating, by the EBAC, a force of the first EBA using the force output from the second load cell; and commanding, by the EBAC, the first EBA (112, 178A) in response to the force output from the second load cell. an electromechanical brake actuator controller EBAC; a first electromechanical brake actuator EBA electrically coupled to the EBAC, the first EBA (102, 178A) comprising a first load cell; a second EBA (112, 178A) electrically coupled to the EBAC, the second EBA (112, 178A) comprising a second load cell that outputs a force output; a tangible, non-transitory memory configured to communicate with a controller of at least one of the first EBA or the EBAC, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the EBAC, cause the EBAC to perform operations comprising: detecting, by the EBAC, a failure of the first load cell using the force output from other load cells by determining if the first load cell is operating outside a predetermined range of a voltage; estimating, by the EBAC, a force of the first EBA using the force output from the second load cell; and commanding, by the EBAC, the first EBA (112, 178A) in response to the force output from the second load cell. detecting, by the EBAC, a failure of the first load cell using the force output from other load cells by determining if the first load cell is operating outside a predetermined range of a voltage; estimating, by the EBAC, a force of the first EBA using the force output from the second load cell; and commanding, by the EBAC, the first EBA (112, 178A) in response to the force output from the second load cell.
A gas feed system for a reciprocating engine, the gas feed system comprising: - intake ports for conducting combustion air and gaseous fuel into cylinders of the engine, - gas feed valves for feeding gaseous fuel into the intake ports, wherein each intake port is provided with its own gas feed valve, - valve housings surrounding the gas feed valves, and - separate gas line portions for conducting gaseous fuel to the gas feed valves, each gas line portion being arranged between two adjacent valve housings so that one end of the gas line portion is in one of the valve housings and the other end is in the other valve housing, characterized in that the gas line portions comprise an inner gas line portion for gaseous fuel and an outer gas line portion for collecting possibly leaking gaseous fuel, the inner gas line portion being arranged inside the outer gas line portion and that a connecting piece is arranged inside each valve housing for forming a flow connection between a gas line portion and the inlet of the gas feed valve. - intake ports for conducting combustion air and gaseous fuel into cylinders of the engine, - gas feed valves for feeding gaseous fuel into the intake ports, wherein each intake port is provided with its own gas feed valve, - valve housings surrounding the gas feed valves, and - separate gas line portions for conducting gaseous fuel to the gas feed valves, each gas line portion being arranged between two adjacent valve housings so that one end of the gas line portion is in one of the valve housings and the other end is in the other valve housing,
A system for improving soil comprising: a carrier, a demoulding and mixing tool (1600; 1700) comprising a chassis (1604; 1704) including at least two endless revolving chains (1605; 1706; 1706') having cutting tools, characterised in that the demoulding and mixing tool comprises arm connection points, two axles (1808,1810) driving the endless chains (1605; 1706; 1706') fitted with ground-engaging element holder flights (1606; 1708), and wear teeth or parts (1607; 1710), and at least one drum hub or rotor or axle having a variable width rotating drum and a tooth holder cutter bar (1616; 1730), the cutter bar having at least one cutting tooth (1612; 1720) attached thereto, the chassis (1604; 1704) having at least one nozzle (1614; 1718) located near the bottom of the demoulding and mixing tool and the system including: at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains. a carrier, a demoulding and mixing tool (1600; 1700) comprising a chassis (1604; 1704) including at least two endless revolving chains (1605; 1706; 1706') having cutting tools, characterised in that the demoulding and mixing tool comprises arm connection points, two axles (1808,1810) driving the endless chains (1605; 1706; 1706') fitted with ground-engaging element holder flights (1606; 1708), and wear teeth or parts (1607; 1710), and at least one drum hub or rotor or axle having a variable width rotating drum and a tooth holder cutter bar (1616; 1730), the cutter bar having at least one cutting tooth (1612; 1720) attached thereto, the chassis (1604; 1704) having at least one nozzle (1614; 1718) located near the bottom of the demoulding and mixing tool and the system including: at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains. at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains.
A method for dividing a thin film device having a first layer, which is a lower electrode layer, a second layer, which is an active layer, and a third layer, which is an upper electrode layer, all the layers being continuous over the device, into separate cells which are to be electrically interconnected in series, at least the dividing of the cells being carried out in a single pass of a process head across the device, the process head performing at least the following steps in the single pass: a) making a first cut through the first, second and third layers; b) making a second cut through the second and third layers, the second cut being adjacent to the first cut; c) making a third cut through the third layer, the third cut being adjacent to the second cut and on the opposite side of the second cut to the first cut; characterised in that at least one of the first and second cuts is formed using two laser beams (29, 32) sequentially during the single pass of the process head across the device, the first laser beam forming a cut through the third layer, or the third and the second layer, without damaging the underlying layer(s) and the second laser beam being directed through the cut formed by the first laser beam to form a cut through said underlying layer(s); wherein the first and second laser beams are of different wavelengths and are derived from different types of laser sources. a) making a first cut through the first, second and third layers; b) making a second cut through the second and third layers, the second cut being adjacent to the first cut; c) making a third cut through the third layer, the third cut being adjacent to the second cut and on the opposite side of the second cut to the first cut;
A wood substitute article made from a solid state die drawn oriented polymer composition comprising an orientable polymer and having a body having a length dimension greater than any other dimension forming the OPC article and having a cross sectional area greater than 4 cm 2, said OPC article comprising: polymer strands of the orientable polymer aligned with the length dimension of the body; and wherein the OPC article has been pre-shrunk by treatment at a stabilizing time and temperature such that the body exhibits a length dimension stability of at least 99 % when tested by heating the OPC article for 24 hours at temperatures at least up to and including 71 degrees Celsius; wherein the OPC article comprises 25 weight-percent or more and 60 weight-percent or less of an inorganic filler and is free of organic fillers.
A rechargeable battery comprising: a case accommodating an electrode assembly; a cap plate closing and sealing an opening of the case; an electrode terminal (21, 22) comprising a rivet terminal (21a, 22a) and a plate terminal (21c, 22c), the rivet terminal (21a, 22a) being coupled to the electrode assembly and extending through a terminal opening (H1, H2) in the cap plate, and the plate terminal (21c, 22c) being at an outer surface of the cap plate and coupled to the rivet terminal (21a, 22a); and an insulating member (60, 511, 521) electrically insulating the electrode terminal (21, 22) from the cap plate, the insulating member (60, 511, 521) comprising a first insulator and a second insulator, the first insulator being between the cap plate and the plate terminal (21c, 22c) at an outer periphery of the rivet terminal (21a, 22a), and the second insulator being coupled to the first insulator at an outer periphery thereof and being between the cap plate and the plate terminal (21c, 22c); the first insulator accommodating the rivet terminal via an opening corresponding to the terminal opening; characterized in that the first insulator comprises a first hook at one side thereof, and the second insulator comprises a second hook, and the second hook is coupled to the first hook. a case accommodating an electrode assembly; a cap plate closing and sealing an opening of the case; an electrode terminal (21, 22) comprising a rivet terminal (21a, 22a) and a plate terminal (21c, 22c), the rivet terminal (21a, 22a) being coupled to the electrode assembly and extending through a terminal opening (H1, H2) in the cap plate, and the plate terminal (21c, 22c) being at an outer surface of the cap plate and coupled to the rivet terminal (21a, 22a); and an insulating member (60, 511, 521) electrically insulating the electrode terminal (21, 22) from the cap plate, the insulating member (60, 511, 521) comprising a first insulator and a second insulator, the first insulator being between the cap plate and the plate terminal (21c, 22c) at an outer periphery of the rivet terminal (21a, 22a), and the second insulator being coupled to the first insulator at an outer periphery thereof and being between the cap plate and the plate terminal (21c, 22c);
A wound dressing comprising an oxygen delivery component and an antimicrobial silver material, such that when the wound dressing is used to treat a wound, oxygen is delivered in the presence of the antimicrobial silver material such that the antimicrobial silver material provides greater microbial kill than antimicrobial silver material alone, characterised in that the antimicrobial silver material is present at a concentration less than 0.5 weight percent.
An endoscope having a handle section and a distal insertion shaft; the insertion shaft having a distal portion that includes a camera assembly; the insertion shaft comprising a liquid carrying conduit; the camera assembly comprising an electronic image sensor; the handle section comprising a proximal housing and a distal housing; the distal housing and the insertion shaft connected together and rotatable together relative to the proximal housing about a longitudinal axis of the insertion shaft; wherein the liquid carrying conduit and the camera assembly are arranged such that the liquid carrying conduit is configured to clear material away from the camera assembly; and characterised in that the liquid carrying conduit encloses a wired connection extending to the camera assembly, the wired connection being exposed to any liquids carried by the liquid carrying conduit; and the endoscope further comprises a barrier positioned at the proximal end of the insertion shaft comprising a pass-through for the wired connection between the liquid carrying conduit and the distal housing, the barrier configured to inhibit passage of the liquid from the liquid carrying conduit to the internal space of the distal housing. the camera assembly comprising an electronic image sensor; the handle section comprising a proximal housing and a distal housing; the distal housing and the insertion shaft connected together and rotatable together relative to the proximal housing about a longitudinal axis of the insertion shaft; wherein the liquid carrying conduit and the camera assembly are arranged such that the liquid carrying conduit is configured to clear material away from the camera assembly; and characterised in that the liquid carrying conduit encloses a wired connection extending to the camera assembly, the wired connection being exposed to any liquids carried by the liquid carrying conduit; and the endoscope further comprises a barrier positioned at the proximal end of the insertion shaft comprising a pass-through for the wired connection between the liquid carrying conduit and the distal housing, the barrier configured to inhibit passage of the liquid from the liquid carrying conduit to the internal space of the distal housing.
A method for producing a three-dimensional shape of a bag or leather article from two parts (1, 2) to be assembled and having different elasticity characteristics, including a part made of leather, characterized in that it comprises the following steps: applying tension and maintaining tension to the part, said the deformable part, having relatively higher elasticity characteristics; a bonding of the leather part, said the structural part, having the weakest elasticity characteristics, on the deformable part maintained in tension; a suppression of the tension applied to the deformable part, which then exerts stresses on the structural leather part, so as to deform it into bending and to obtain a complex part (1 + 2) formed of said deformable and structural parts assembled, said complex part having the desired three-dimensional shape, said three-dimensional shape being curved such that the structural leather part is positioned on the convex side, and the deformable part is positioned on the concave side. applying tension and maintaining tension to the part, said the deformable part, having relatively higher elasticity characteristics; a bonding of the leather part, said the structural part, having the weakest elasticity characteristics, on the deformable part maintained in tension; a suppression of the tension applied to the deformable part, which then exerts stresses on the structural leather part, so as to deform it into bending and to obtain a complex part (1 + 2) formed of said deformable and structural parts assembled, said complex part having the desired three-dimensional shape, said three-dimensional shape being curved such that the structural leather part is positioned on the convex side, and the deformable part is positioned on the concave side.
A computer implemented method of detecting objects, extracting depth information of the objects and identifying micro-vibrations of the objects using a unified imaging device, comprising: using at least one processor for: receiving a plurality of images of a scene captured by an imaging sensor of the unified imaging device comprising a light source adapted to project on the scene a predefined structured light pattern constructed of a plurality of diffused light elements; classifying at least one object present in the scene by analyzing at least one of the plurality of images; extracting depth data of the at least one object by analyzing a position of at least one of the plurality of diffused light elements reflected from the at least one object; identifying at least one micro-vibration of the at least one object by analyzing a change in a speckle pattern of at least one of the plurality of reflected diffused light elements in at least some consecutive images of the plurality of images; and outputting the classification, the depth data and data of the at least one micro-vibration which are derived from the analyses of images captured by the imaging sensor and are registered in a common coordinate system; wherein the change in the speckle pattern is identified by applying a speckle pattern translation to the speckle pattern to determine an angular velocity of at least one point in the speckle pattern with respect to at least one adjacent point in the speckle pattern, the angular velocity is indicative of the at least one micro-vibration. receiving a plurality of images of a scene captured by an imaging sensor of the unified imaging device comprising a light source adapted to project on the scene a predefined structured light pattern constructed of a plurality of diffused light elements; classifying at least one object present in the scene by analyzing at least one of the plurality of images; extracting depth data of the at least one object by analyzing a position of at least one of the plurality of diffused light elements reflected from the at least one object; identifying at least one micro-vibration of the at least one object by analyzing a change in a speckle pattern of at least one of the plurality of reflected diffused light elements in at least some consecutive images of the plurality of images; and outputting the classification, the depth data and data of the at least one micro-vibration which are derived from the analyses of images captured by the imaging sensor and are registered in a common coordinate system; wherein the change in the speckle pattern is identified by applying a speckle pattern translation to the speckle pattern to determine an angular velocity of at least one point in the speckle pattern with respect to at least one adjacent point in the speckle pattern, the angular velocity is indicative of the at least one micro-vibration.
A method, performed by a motion encoder (10; 600; 700), for providing a measure indicative of motion of an object, which motion is relative to an image sensing circuitry and in a direction that is perpendicular to an optical axis of the image sensing circuitry when the image sensing circuitry provides image frames sequentially imaging at least part of said object during the motion, wherein the method comprises: - obtaining image data of a sequence of said image frames, - computing, for at least one pixel position of said sequence of image frames and based on the obtained image data, at least one duration value, each duration value indicating a duration of consecutively occurring local extreme points in said sequence of image frames, wherein a local extreme point is present in a pixel position if an image data value of that pixel position is a maxima or minima in relation to image data values of at least two pixel positions that are closest neighbors to said pixel position, and - providing, based on said at least one duration value, said measure indicative of the motion. - obtaining image data of a sequence of said image frames, - computing, for at least one pixel position of said sequence of image frames and based on the obtained image data, at least one duration value, each duration value indicating a duration of consecutively occurring local extreme points in said sequence of image frames, wherein a local extreme point is present in a pixel position if an image data value of that pixel position is a maxima or minima in relation to image data values of at least two pixel positions that are closest neighbors to said pixel position, and - providing, based on said at least one duration value, said measure indicative of the motion.
A method of securing virtual machines in a multi-tenant data center (130, 170) including a plurality of server computers (150, 152) and persistent data stores, the method comprising: configuring a server computer with an attestation module; installing a software stack on the server computer; measuring, with the attestation module, a static property of the software stack and storing the measurement; transmitting the measurement to an external entity server (110, 112) which is external to the multi-tenant data center and, in response thereto, receiving a key from the external entity server (110,112) for running a virtual machine on top of the software stack on the server computer in the multi-tenant data center (130, 170); and running the virtual machine using the key on top of the software stack of the server computer in the multi-tenant data center (130, 170); wherein running the virtual machine includes launching the virtual machine using files having an encrypted portion, and wherein the key from the external entity server (110,112) enables decryption of the encrypted portion of the files. configuring a server computer with an attestation module; installing a software stack on the server computer; measuring, with the attestation module, a static property of the software stack and storing the measurement; transmitting the measurement to an external entity server (110, 112) which is external to the multi-tenant data center and, in response thereto, receiving a key from the external entity server (110,112) for running a virtual machine on top of the software stack on the server computer in the multi-tenant data center (130, 170); and running the virtual machine using the key on top of the software stack of the server computer in the multi-tenant data center (130, 170); wherein running the virtual machine includes launching the virtual machine using files having an encrypted portion, and wherein the key from the external entity server (110,112) enables decryption of the encrypted portion of the files.
A high throughput, HT, station, STA, comprising a transmitter and a receiver, the transmitter is configured to transmit a first association message; and the receiver is configured to receive a second association message that includes a capability information element, IE, that indicates support for a legacy signal, L-SIG, transmit opportunity, TXOP, protection mechanism and support for a space-time block code, STBC, modulated transmission, wherein the L-SIG TXOP protection mechanism includes setting a length field and a rate field associated with an L-SIG field to indicate a desired duration for protection.
A transverse connector comprising: first and second spinal rod connection members (110, 120) rotatably coupled to opposing end portions of a cross member connecting assembly, the transverse connector characterized in that: the cross member connecting assembly including a first band slot defined therethrough, the cross member connecting assembly defining an axis, the first band slot defined entirely through the cross member connecting assembly in a direct transverse to the axis, and including a threaded opening extending through an upper surface of the cross member connecting assembly and into the first band slot, the cross member connecting assembly including a band set screw threadingly engaged with the threaded opening and movable relative to the first band slot.