mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly in combination with a device for external cardiac pacing and external cardiac monitoring, comprising at least one external stimulation electrode for delivering a pacing pulse; at least first and second external monitoring electrodes; at least one positioning element to which the stimulation and first and second monitoring electrodes (18, 20) are connected, wherein the positioning element, stimulation electrode, and first and second monitoring electrodes are configured so that the at least first and second monitoring electrodes are positioned at the same separation from the at least one stimulation electrodes, and wherein the device is configured to determine a difference signal that comprises a difference between the electrical potentials detected at the first and second monitoring electrodes.
Use of a strength member ply comprising a reinforcement cord composed of at least two mutually end-twisted yarns as strength members in a belt bandage of a pneumatic vehicle tyre, wherein the yarns within the reinforcement cord have the same number of twists and the same twisting direction and wherein the yarns are end-twisted in the opposite twisting direction in comparison with the reinforcement cord and wherein the number of twists of the yarns is greater than the number of end twists of the reinforcement cord and wherein the yarns have a fineness of more than 1200 dtex and wherein the reinforcement cord is a hybrid cord composed of at least two yarns of different material, characterized in that the number of twists of the yarns is more than 10% greater than the number of end twists of the reinforcement cord.
A locker system for delivering heat sensitive products comprising: a plurality of lockable compartments including at least one refrigerated lockable compartment, a control unit for controlling said plurality of lockable compartments, and a cooling device, characterized in that the cooling device comprises an expansion chamber receiving liquid CO2 from a reserve of liquid CO2 and delivering gaseous CO2 in each of said at least one refrigerated lockable compartment through at least one common duct, wherein it further comprises a plenum for collecting excess gas through check valves (136, 1004) from said at least one common duct and said at least one refrigerated lockable compartment, the plenum being connectable to an extraction system to avoid excessive concentration of CO2 in a building where the locker system can be located. a plurality of lockable compartments including at least one refrigerated lockable compartment, a control unit for controlling said plurality of lockable compartments, and a cooling device, characterized in that the cooling device comprises an expansion chamber receiving liquid CO2 from a reserve of liquid CO2 and delivering gaseous CO2 in each of said at least one refrigerated lockable compartment through at least one common duct, wherein it further comprises a plenum for collecting excess gas through check valves (136, 1004) from said at least one common duct and said at least one refrigerated lockable compartment, the plenum being connectable to an extraction system to avoid excessive concentration of CO2 in a building where the locker system can be located.
Method for extracting guilloche patterns from a secure document likely to be degraded, characterized in that it comprises the following operations: - determining a contrast card (c) of at least one portion of the secure document that includes the guilloche patterns; - identifying, on this contrast card an optimal percolation trajectory; and - extracting the optimal percolation trajectory, said trajectory corresponding to the guilloche pattern. - determining a contrast card (c) of at least one portion of the secure document that includes the guilloche patterns; - identifying, on this contrast card an optimal percolation trajectory; and - extracting the optimal percolation trajectory, said trajectory corresponding to the guilloche pattern.
An assembly of an instrument panel and a center console for an automobile, comprising: the instrument panel and the center console, wherein the instrument panel is fixed on a frame of the instrument panel, wherein the center console can be rotatably connected to the frame of the instrument panel around a defined rotation axis, characterized in that a first connecting part is a cylindrical pivot pin, and a second connecting part has a clamping means with a groove which matches the contour of the pivot pin and in that the first connecting part which defines said defined rotation axis is provided on the frame of the instrument panel, and the center console on an end adjacent to the instrument panel has the second connecting part, and the center console is configured to be upwardly mounted, and a downwardly extension of the instrument panel is configured to cover a connecting portion and a gap between the center console and the instrument panel.
An LED lighting apparatus (10; 10a; 10b; 10c), comprising: an electronic circuit board having a peripheral portion and a central portion that is radially inward of said peripheral portion, said electronic circuit board having an exterior side for optically interfacing with ambient environment during operation and an interior side opposite the exterior side; at least one LED mounted on the exterior side of the electronic circuit board central portion; and a thermally conductive housing enclosing said electronic circuit board, said thermally conductive housing formed of a moldable thermally conductive material; said thermally conductive housing defining a first cavity adjacent the central portion of the electronic circuit board exterior side and a second cavity adjacent the central portion of the electronic circuit board interior side, characterised in that a portion of said thermally conductive housing being overmolded onto said peripheral portion. an electronic circuit board having a peripheral portion and a central portion that is radially inward of said peripheral portion, said electronic circuit board having an exterior side for optically interfacing with ambient environment during operation and an interior side opposite the exterior side; at least one LED mounted on the exterior side of the electronic circuit board central portion; and a thermally conductive housing enclosing said electronic circuit board, said thermally conductive housing formed of a moldable thermally conductive material; said thermally conductive housing defining a first cavity adjacent the central portion of the electronic circuit board exterior side and a second cavity adjacent the central portion of the electronic circuit board interior side, characterised in that a portion of said thermally conductive housing being overmolded onto said peripheral portion.
Anode materials for lithium-ion batteries containing one or more binders, optionally graphite, optionally one or more further electrically conductive components and optionally one or more additives, characterized in that spherical, nonporous silicon particles having a porosity of ≤ 1 ml/g (determination method: BJH method in accordance with DIN 66134) and having average particle sizes of from 1 to 10 μm and a silicon content of 97% to 99.8% by weight are present, wherein the silicon content is based on the total weight of the silicon particles minus any oxygen contents, and wherein the silicon is present in elemental form, with the provisos that ≥ 80% of the silicon particles have an orthogonal axial ratio R of 0.60 ≤ R ≤ 1.0, and that the silicon particles have an average orthogonal axial ratio R of 0.60 ≤ R ≤ 1.0, wherein the orthogonal axial ratio R is the quotient of the two largest mutually orthogonal diameters through a silicon particle and the larger diameter forms the denominator and the smaller diameter forms the numerator of the quotient (determination method: SEM image).
Apparatus for storing and for organising and processing objects which can be delivered one after the other, can be set down on placement surfaces and can be processed in the order in which they were delivered and can be taken away again, wherein the placement surfaces have associated two-part information carriers, a portion of which, when an object is delivered, can be removed and can be supplied to a storage unit from which this portion, after processing of the object in the order in which they were delivered, can be picked up and supplied to the placement surface again, characterized in that a plurality of identifiers which are composed of a plug-on element and an object element with the same symbols are present and are identical in pairs but have symbols which are different from identifier to identifier, in that an identifier can be separated into a plug-on element and an object element, in that, when an object is delivered, any desired placement surface can be occupied and the separate object element can be fitted in a manner associated with the object on the occupied placement surface, in that the separate plug-on element can be inserted into the storage unit which is in the form of a slide, in that, after processing of the object delivered first which is identified by the lowermost plug-on element in the stack of plug-on elements stacked in the slide, discharge of the object onto the associated placement surface can be enabled, and in that, thereafter, the plug-on element which is taken from the slide and the object element which is taken from the associated object can be reassembled and are available for use for a new identification process.
A poultry product processing apparatus, comprising: a processing station; an infeed conveyor for transporting poultry pieces to the processing station, the infeed conveyor having an endless conveyor belt mounted on a first frame structure (54,56) for carrying the poultry pieces to be processed; an outfeed conveyor for transporting the skinned poultry pieces away from the processing station, the outfeed conveyor having an endless conveyor belt mounted on a second frame structure (54',56') for carrying the processed poultry pieces; a first lift mounting system to mount the infeed conveyor to the processing station to shift the infeed conveyor between an in-use lowered position and a retracted position raised relative to the processing station to provide access to the endless belt of the infeed conveyor and the processing station; and a second lift mounting system to mount the outfeed conveyor to the processing station to shift the outfeed conveyor between an in-use lowered position and a retracted position raised relative to the processing station to provide access to the endless belt of the outfeed conveyor and the processing station. a processing station; an infeed conveyor for transporting poultry pieces to the processing station, the infeed conveyor having an endless conveyor belt mounted on a first frame structure (54,56) for carrying the poultry pieces to be processed; an outfeed conveyor for transporting the skinned poultry pieces away from the processing station, the outfeed conveyor having an endless conveyor belt mounted on a second frame structure (54',56') for carrying the processed poultry pieces; a first lift mounting system to mount the infeed conveyor to the processing station to shift the infeed conveyor between an in-use lowered position and a retracted position raised relative to the processing station to provide access to the endless belt of the infeed conveyor and the processing station; and a second lift mounting system to mount the outfeed conveyor to the processing station to shift the outfeed conveyor between an in-use lowered position and a retracted position raised relative to the processing station to provide access to the endless belt of the outfeed conveyor and the processing station.
Distribution unit for an electrical installation, comprising a terminal block arrangement, in particular for connecting protective earth conductors and neutral conductors, said terminal block arrangement having a mounting strip and modules that can be fitted to the mounting strip next to one another in a row, said modules having an insulating housing, whereby each of the housings and the mounting strip have devices for the purpose of plugging the modules to the mounting strip, transversely with respect to the longitudinal direction of the mounting strip, characterised in that the mounting strip is formed as an elongated cube-shaped rod, which has two rectangular broad long-edged plates (11, 12) which are connected by two rectangular narrow short-edged plates (13, 14), wherein the long edges of the broad long-edged plates (11, 12) and the narrow edges of the narrow short-edged plates (13, 14) define two narrow long-edged side sections (17, 18), said two broad long-edged plates (11, 12) being bonded together by means of an elongated ligament running from a first of the narrow short-edged plates to the other narrow short-edged plate in a meander-shaped course.
An augmented reality navigation system operatively coupled with a robotic surgical system, the augmented reality system comprising: - a head mounted display (110; 210; 410) comprising an at least partially transparent display screen (110; 210; 410) configured to display augmentation graphics which appear to a user to be superimposed on at least a portion of a natural field of view of the user; - at least one detector for detecting real-world features, the at least one detector connected to the head mounted display (110; 210; 410); - a surgical tool having real-world features and configured to be detected by the at least one detector, - wherein a representation of at least a portion of the surgical tool and a trajectory of the surgical tool extending from the surgical tool towards the anatomy of the patient is presented in the head mounted display (110; 210; 410) in spatial correspondence with a model of the patient anatomy such that the representation of the trajectory of the surgical tool, and the model appear to have the same relative position and orientation as physical reality, - wherein a detector input signal from the at least one detector corresponds to a field of view of the at least one detector and the field of view can comprises at least a portion of anatomy of a patient during a surgical procedure, - wherein the detector input signal includes a relative location and/or orientation for each of one or more of the real-world features, wherein the surgical tool can be inserted into or connected to the robotic surgical system; wherein the robotic surgical system includes a robotic arm coupled to an end effector and wherein the robotic arm is configured to be automatically moved to be aligned with a trajectory selected by a user. - a head mounted display (110; 210; 410) comprising an at least partially transparent display screen (110; 210; 410) configured to display augmentation graphics which appear to a user to be superimposed on at least a portion of a natural field of view of the user; - at least one detector for detecting real-world features, the at least one detector connected to the head mounted display (110; 210; 410); - a surgical tool having real-world features and configured to be detected by the at least one detector, - wherein a representation of at least a portion of the surgical tool and a trajectory of the surgical tool extending from the surgical tool towards the anatomy of the patient is presented in the head mounted display (110; 210; 410) in spatial correspondence with a model of the patient anatomy such that the representation of the trajectory of the surgical tool, and the model appear to have the same relative position and orientation as physical reality, - wherein a detector input signal from the at least one detector corresponds to a field of view of the at least one detector and the field of view can comprises at least a portion of anatomy of a patient during a surgical procedure, - wherein the detector input signal includes a relative location and/or orientation for each of one or more of the real-world features, wherein the surgical tool can be inserted into or connected to the robotic surgical system;
A blade for a rotor of a wind turbine, said blade comprising: a truss-like three-dimensional structure having strut members (108; 110; 112) forming the truss-like structure, wherein a plurality of the strut members (108; 110; 112) in the truss-like structure have an airfoil-shaped cross-section wherein the truss-like structure comprises a plurality of longitudinal strut members extending substantially along a longitudinal direction of the blade, wherein the longitudinal strut members have an airfoil-shaped cross-section, wherein the longitudinal strut members are separated along an entire longitudinal direction of the blade, wherein the truss-like structure further comprises at least one connector, wherein the at least one connector is arranged to extend in a cross-sectional direction of the blade and is connected to a plurality of longitudinal strut members extending substantially along a longitudinal direction of the blade, and wherein the at least one connector is arranged to control a positioning of the longitudinal strut members in relation to each other and a varying orientation of an airfoil-shaped cross-section of the longitudinal strut members along a longitudinal direction of the blade. a truss-like three-dimensional structure having strut members (108; 110; 112) forming the truss-like structure, wherein a plurality of the strut members (108; 110; 112) in the truss-like structure have an airfoil-shaped cross-section wherein the truss-like structure comprises a plurality of longitudinal strut members extending substantially along a longitudinal direction of the blade, wherein the longitudinal strut members have an airfoil-shaped cross-section, wherein the longitudinal strut members are separated along an entire longitudinal direction of the blade, wherein the truss-like structure further comprises at least one connector, wherein the at least one connector is arranged to extend in a cross-sectional direction of the blade and is connected to a plurality of longitudinal strut members extending substantially along a longitudinal direction of the blade, and wherein the at least one connector is arranged to control a positioning of the longitudinal strut members in relation to each other and a varying orientation of an airfoil-shaped cross-section of the longitudinal strut members along a longitudinal direction of the blade.
A lift arm structure (230; 330) for a power machine (100; 200; 300), the lift arm structure comprising: an upper lift arm portion comprising first and second upper lift arm sections each having a proximal end and a distal end and configured to be rotatably coupled to the power machine at the proximal end; a lower lift arm portion comprising a first lower lift arm casting and a second lower lift arm casting, the first and second lower lift arm castings respectively secured to the first and second upper lift arm sections, each of the first and second lower lift arm castings has a cross-member attachment aperture and an implement carrier attachment aperture formed therein; a cross-member extending between the cross-member attachment apertures of the first and second lower lift arm castings; the lift arm structure being further characterized by each of the first and second lower lift arm castings including a boss surrounding the cross-member attachment aperture to facilitate cast material deformation to absorb load stresses, wherein the cross-member attachment apertures are configured to receive the cross-member into the cross-member attachment apertures, and wherein the first and second lower lift arm castings further include tilt cylinder attachment apertures formed therein and configured to pivotally attach a tilt cylinder to each of the respective first and second lower lift arm castings. an upper lift arm portion comprising first and second upper lift arm sections each having a proximal end and a distal end and configured to be rotatably coupled to the power machine at the proximal end; a lower lift arm portion comprising a first lower lift arm casting and a second lower lift arm casting, the first and second lower lift arm castings respectively secured to the first and second upper lift arm sections, each of the first and second lower lift arm castings has a cross-member attachment aperture and an implement carrier attachment aperture formed therein; a cross-member extending between the cross-member attachment apertures of the first and second lower lift arm castings; the lift arm structure being further characterized by each of the first and second lower lift arm castings including a boss surrounding the cross-member attachment aperture to facilitate cast material deformation to absorb load stresses, wherein the cross-member attachment apertures are configured to receive the cross-member into the cross-member attachment apertures, and wherein the first and second lower lift arm castings further include tilt cylinder attachment apertures formed therein and configured to pivotally attach a tilt cylinder to each of the respective first and second lower lift arm castings. wherein the cross-member attachment apertures are configured to receive the cross-member into the cross-member attachment apertures, and wherein the first and second lower lift arm castings further include tilt cylinder attachment apertures formed therein and configured to pivotally attach a tilt cylinder to each of the respective first and second lower lift arm castings.
A method comprising: obtaining, by a computing device, one or more blueprint files, wherein the blueprint files programmatically define a system of processing nodes performing network functions, a call flow involving a sequence of messages exchanged by the processing nodes, and message formats of the messages exchanged by the processing nodes, wherein the blueprint files can be compiled into machine executable code; and compiling, by the computing device, the blueprint files into machine executable code, wherein the machine executable code is configured to perform operations of: for each processing node, executing a plurality of threads, the threads including a controller thread and a worker thread, the controller thread controlling the worker thread; and transmitting the sequence of messages between the worker threads of different nodes in accordance with the message formats. for each processing node, executing a plurality of threads, the threads including a controller thread and a worker thread, the controller thread controlling the worker thread; and transmitting the sequence of messages between the worker threads of different nodes in accordance with the message formats.
A closed vial comprising a dietary supplement or pharmaceutical composition, wherein the composition comprises lyophylized Saccharomyces boulardii as an active ingredient, optionally in association with a pharmaceutically acceptable vehicle, and the closed vial has a first airtight compartment comprising lyophilized S. boulardii powder and a second compartment comprising a solution, wherein the first and second compartment can be brought in airtight communication with one another to yield a suspension of S. boulardii to be administered to an individual upon opening of the vial.