mhurhangee/ep-ind-claims huggingface dataset:
Method for testing the proper operational capability of an elevator having the following steps: - provision of an acceleration measuring device on an elevator car movable in a Z direction of the elevator, where an acceleration of said elevator car in the z direction can be measured as a function of time using said acceleration measuring device, - provision of an optical distance measuring device for measuring a distance of the elevator car or of the counterweight from a fixed point as a function of time, - simultaneous recording of first values measured with the acceleration measuring device and of second values measured with the distance measuring device, - correction of the first values using the second values, and - creation of a movement curve (Ak, Bk) reproducing the movement of the elevator car using the corrected first values and second values. - provision of an acceleration measuring device on an elevator car movable in a Z direction of the elevator, where an acceleration of said elevator car in the z direction can be measured as a function of time using said acceleration measuring device, - provision of an optical distance measuring device for measuring a distance of the elevator car or of the counterweight from a fixed point as a function of time, - simultaneous recording of first values measured with the acceleration measuring device and of second values measured with the distance measuring device, - correction of the first values using the second values, and - creation of a movement curve (Ak, Bk) reproducing the movement of the elevator car using the corrected first values and second values.
Device for laying up a composite product with fibrous rovings made from glass, carbon, aramid and other similar filaments, designed especially for production of composite reinforcements or supporting elements such as the reinforcement of tailgates of personal vehicles, consisting of individual unwinding spools of fibrous rovings rotatably arranged around the composite product to be produced, wherein the unwinding spools are installed on a set of rotary disc rings which are mounted on a common fixed ring frame and equipped with independent drives with pre-programmed control of direction and speed of their rotation wherein the composite product is during the laying up procedure alternately fixed to individual carrier grippers of at least one program-controlled manipulator and in each rotary disc ring as well as in fixed ring frame at least one lateral passage is created for entry and exit of the composite product between the unwinding spools.
A secondary battery (100, 200) comprising: a bare cell including an electrode terminal, an electrode assembly, and a cap plate connected to the electrode assembly, the cap plate being arranged to function as an opposite terminal of the bare cell to the electrode terminal and having a surface facing away from the electrode assembly; a protection circuit module PCM mounted to the cap plate, the PCM comprising a protection circuit board PCB having a surface facing the cap plate; and a first planar connector coupled to the surface of the cap plate facing away from the electrode assembly and to the surface of the PCB facing the cap plate at a first end of the PCB for electrically connecting the PCM to the cap plate; and a PCM connector (124, 224) for connecting the electrode terminal to the PCM. a bare cell including an electrode terminal, an electrode assembly, and a cap plate connected to the electrode assembly, the cap plate being arranged to function as an opposite terminal of the bare cell to the electrode terminal and having a surface facing away from the electrode assembly; a protection circuit module PCM mounted to the cap plate, the PCM comprising a protection circuit board PCB having a surface facing the cap plate; and a first planar connector coupled to the surface of the cap plate facing away from the electrode assembly and to the surface of the PCB facing the cap plate at a first end of the PCB for electrically connecting the PCM to the cap plate; and a PCM connector (124, 224) for connecting the electrode terminal to the PCM.
Circulating fluidized bed reactor comprising a reaction chamber connected by an acceleration duct to a centrifugal separator for separating particles from hot gases coming from said reaction chamber, the centrifugal separator being round, polygonal or square, which reactor is characterized in that: - all of the acceleration duct is inside the top of the reaction chamber so that the floor of the acceleration duct represents the whole of the width of the wall of the reaction chamber parallel to the extrados of the acceleration duct, and - the acceleration duct has an inlet mouth substantially parallel to the extrados of the duct. - all of the acceleration duct is inside the top of the reaction chamber so that the floor of the acceleration duct represents the whole of the width of the wall of the reaction chamber parallel to the extrados of the acceleration duct, and - the acceleration duct has an inlet mouth substantially parallel to the extrados of the duct.
A method for providing with a machine learning model a prediction as to the disease state of a patient from a 2D or 3D imagery, wherein the machine learning model includes a detection model, comprising the steps of: a) detecting, by the detection model, one or more regions of the imagery including disease candidates; b) subjecting the one or more regions to inference by the machine learning model to produce the prediction; c) presenting an image with a risk score or classification associated with the prediction, wherein the image is further augmented with highlighting to indicate the one or more regions in the image; d) providing a user interface tool for highlighting one or more regions of the image, e) receiving a user input highlighting one or more regions of the image; f) subjecting the highlighted one or more regions to inference by the machine learning model to generate a new risk score; and g) presenting the results of the inference on the highlighted one or more regions, including the new risk score, to the user via the display. a) detecting, by the detection model, one or more regions of the imagery including disease candidates; b) subjecting the one or more regions to inference by the machine learning model to produce the prediction; c) presenting an image with a risk score or classification associated with the prediction, wherein the image is further augmented with highlighting to indicate the one or more regions in the image; d) providing a user interface tool for highlighting one or more regions of the image, e) receiving a user input highlighting one or more regions of the image; f) subjecting the highlighted one or more regions to inference by the machine learning model to generate a new risk score; and g) presenting the results of the inference on the highlighted one or more regions, including the new risk score, to the user via the display.
An eco-acoustic theatre comprising: - a support structure, - terraces (7; 107) formed with basically cylindrical concentric steps, disposed inside said support structure, - an annular screen placed inside said support structure in such a manner to surround the terraces, - speakers placed inside the said support structure to direct towards the terraces (7; 107) three-dimensional sound signals indicative of real natural soundscapes, - projectors fixed within the said support structure to project towards the said screen a spectrogram of the sound signals emitted by the loudspeakers. Characterized by the fact that: - the said support structure supports an external sound-proof cover and internal sound-absorbent cover; - at least some of the said projectors and said speakers are fixed to the support structure, - said group comprising support structure - external covering - internal cover has the form of a truncated sphere with a horizontal plane and - said cylindrical steps of the terraces have an axis that coincides with the vertical axis passing the north pole of the sphere. - a support structure, - terraces (7; 107) formed with basically cylindrical concentric steps, disposed inside said support structure, - an annular screen placed inside said support structure in such a manner to surround the terraces, - speakers placed inside the said support structure to direct towards the terraces (7; 107) three-dimensional sound signals indicative of real natural soundscapes, - projectors fixed within the said support structure to project towards the said screen a spectrogram of the sound signals emitted by the loudspeakers. - the said support structure supports an external sound-proof cover and internal sound-absorbent cover; - at least some of the said projectors and said speakers are fixed to the support structure, - said group comprising support structure - external covering - internal cover has the form of a truncated sphere with a horizontal plane and - said cylindrical steps of the terraces have an axis that coincides with the vertical axis passing the north pole of the sphere.
A transseptal delivery system for replacement mitral valve implantation, the delivery system comprising: a replacement mitral valve prosthesis comprising struts at a proximal portion thereof, a nose cone shaft having a proximal end and a distal end and a lumen extending therethrough; a nose cone provided on the distal end of the nose cone shaft; an inner retention shaft slideably positioned over the nose cone shaft, the inner retention shaft having a proximal end and a distal end; an inner retention ring provided on the distal end of the inner retention shaft, the inner retention ring configured to receive the struts at the proximal portion of the replacement mitral valve prosthesis; a mid shaft slideably positioned over the inner retention shaft, the mid shaft having a proximal end and a distal end; an outer retention ring provided on the distal end of the mid shaft, the outer retention ring configured to be positioned over the inner retention ring to hold the proximal portion of the replacement mitral valve prosthesis within the inner retention ring; and an outer sheath assembly slideably positioned over the mid shaft and over the outer retention ring, the outer sheath assembly configured to radially restrain a distal portion of the replacement mitral valve prosthesis when the proximal portion of the replacement mitral valve prosthesis is held by the outer retention ring within the inner retention ring. a replacement mitral valve prosthesis comprising struts at a proximal portion thereof, a nose cone shaft having a proximal end and a distal end and a lumen extending therethrough; a nose cone provided on the distal end of the nose cone shaft; an inner retention shaft slideably positioned over the nose cone shaft, the inner retention shaft having a proximal end and a distal end; an inner retention ring provided on the distal end of the inner retention shaft, the inner retention ring configured to receive the struts at the proximal portion of the replacement mitral valve prosthesis; a mid shaft slideably positioned over the inner retention shaft, the mid shaft having a proximal end and a distal end; an outer retention ring provided on the distal end of the mid shaft, the outer retention ring configured to be positioned over the inner retention ring to hold the proximal portion of the replacement mitral valve prosthesis within the inner retention ring; and an outer sheath assembly slideably positioned over the mid shaft and over the outer retention ring, the outer sheath assembly configured to radially restrain a distal portion of the replacement mitral valve prosthesis when the proximal portion of the replacement mitral valve prosthesis is held by the outer retention ring within the inner retention ring.
A low passive intermodulation, PIM, stackable cable hanger, comprising: a metallic cable block comprising a receptacle side defining a receptacle hole for stacking the cable block to an adjacent cable block, cable clasps (17, 18) for supporting a cable positioned to extend through the cable block, a pair of opposing metal sides (15, 16), each metal side extending away from the receptacle side; a pair of opposing polymeric sides (21, 22), each covering a corresponding one of the metal sides (15, 16) of the cable block; a pair of polymeric snap-in legs (25, 26) for fitting into an adjacent receptacle hole. a metallic cable block comprising a receptacle side defining a receptacle hole for stacking the cable block to an adjacent cable block, cable clasps (17, 18) for supporting a cable positioned to extend through the cable block, a pair of opposing metal sides (15, 16), each metal side extending away from the receptacle side; a pair of opposing polymeric sides (21, 22), each covering a corresponding one of the metal sides (15, 16) of the cable block; a pair of polymeric snap-in legs (25, 26) for fitting into an adjacent receptacle hole.
An LED module comprising: a blue LED; one or more varieties of phosphor particles (14, 15), the particles being excited by outgoing light from the blue LED; and characterized by neodymium glass particles having a main absorption peak in a wavelength range of 580 μm to 600 μm, wherein the neodymium glass particles are made from silica, an alkali metal oxide, an alkali earth metal oxide, and neodymium oxide. a blue LED; one or more varieties of phosphor particles (14, 15), the particles being excited by outgoing light from the blue LED; and characterized by neodymium glass particles having a main absorption peak in a wavelength range of 580 μm to 600 μm, wherein the neodymium glass particles are made from silica, an alkali metal oxide, an alkali earth metal oxide, and neodymium oxide.
Functional electrical stimulation system allowing to offer coordinated and natural movements for people or animals with motor system damage, wherein the functional electrical stimulation system includes at least one electrical stimulation device and at least one sensing device, characterized in that: - the at least one electrical stimulation device is configured to deliver a configurable electrostimulation signal to form dynamic stimulation curves through at least one stimulation channel by means of repositionable electrodes, and further comprises at least one main processor, which communicates with a communication unit, with a high voltage generator and with a current controller, which are powered by a first power source; - the at least one sensing device is bi-directionally connected to the electrical stimulation device, wherein the sensing device comprises at least one processor connected to a communication unit and at least one set of independent sensors for collecting information, fed by a second power source; wherein the sensing device is configured to process and transmit said information to predictively stimulate according to the user needs; and wherein the functional electrical stimulation system further comprises: - a computational device bi-directionally connected to the electrical stimulation device, wherein the computational device comprises a display screen, a configuration unit and a communication unit in communication with the electrical stimulation device. - the at least one electrical stimulation device is configured to deliver a configurable electrostimulation signal to form dynamic stimulation curves through at least one stimulation channel by means of repositionable electrodes, and further comprises at least one main processor, which communicates with a communication unit, with a high voltage generator and with a current controller, which are powered by a first power source; - the at least one sensing device is bi-directionally connected to the electrical stimulation device, wherein the sensing device comprises at least one processor connected to a communication unit and at least one set of independent sensors for collecting information, fed by a second power source; wherein the sensing device is configured to process and transmit said information to predictively stimulate according to the user needs; - a computational device bi-directionally connected to the electrical stimulation device, wherein the computational device comprises a display screen, a configuration unit and a communication unit in communication with the electrical stimulation device.
An isolated human anti-TNFα antibody, or an antigen binding portion thereof, that comprises a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 1, and a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 2, wherein the antibody comprises an IgG1 heavy chain constant region and a kappa light chain constant region for use in the treatment of rheumatoid spondylitis, autoimmune uveitis or an intestinal disorder.
A method of synchronizing a first and a second clock (1, 2) located respectively at a first and a second end of an AC power line, comprising - producing a first representation of an oscillating power line quantity q by measuring the power line quantity at the first end of the power line, and time-stamping the first representation by the first clock, - producing a second representation of the oscillating power line quantity q by measuring the power line quantity at the second end of the power line, and time-stamping the second representation by the second clock, - comparing the first and the second representation (3, 4) to determine a clock offset between the first and the second clock (1, 2), and - adjusting one or both of the first and second clock to reduce the determined clock offset when a Line Differential Protection function signals fault-free operation of the power line. - producing a first representation of an oscillating power line quantity q by measuring the power line quantity at the first end of the power line, and time-stamping the first representation by the first clock, - producing a second representation of the oscillating power line quantity q by measuring the power line quantity at the second end of the power line, and time-stamping the second representation by the second clock, - comparing the first and the second representation (3, 4) to determine a clock offset between the first and the second clock (1, 2), and - adjusting one or both of the first and second clock to reduce the determined clock offset when a Line Differential Protection function signals fault-free operation of the power line.
A vascular filter device comprising a support frame and filter elements, the filter elements (765, 785, 904, 906) extending from the support frame towards filter element ends forming an apex (767, 905) at which they are interconnected, wherein said apex is located at or near a central axis of the vascular filter device; and wherein the support frame comprises a proximal hoop (761, 781, 901), a distal hoop (763, 784, 903), and connector struts (762, 782, 902), characterized in that, the distal hoop comprises: an array of V-shaped struts (766, 784, 903) and extension struts (764, 902) connecting the array of said V-shaped struts to the connector struts (762, 782, 902) and wherein the V-shaped struts are not directly interconnected.
A two-stage variable relief valve for an oil pump, comprising: a valve housing formed with bypass inlet passages (111, 113) and bypass outlet passages (112, 114), a plunger operated in the valve housing and a spring for elastically supporting the plunger, wherein the bypass inlet passages (111, 113) and/or the bypass outlet passages (112, 114) are opened or closed according to the displacement of the plunger, characterized in that the bypass inlet passage comprises a primary bypass inlet passage and a secondary bypass inlet passage and the bypass outlet passage comprises a primary bypass outlet passage and a secondary bypass outlet passage, the primary bypass inlet passage and the primary bypass outlet passage are opened and closed at the same time, and the secondary bypass inlet passage and the secondary bypass outlet passage are opened and closed at the same time, the primary bypass inlet passage and the primary bypass outlet passage are opened when the displacement of the plunger is relatively small compared to the secondary bypass inlet passage and the secondary bypass outlet passage, and the area of the primary bypass inlet passage is smaller than the area of the primary bypass outlet passage. a valve housing formed with bypass inlet passages (111, 113) and bypass outlet passages (112, 114), a plunger operated in the valve housing and a spring for elastically supporting the plunger, wherein the bypass inlet passages (111, 113) and/or the bypass outlet passages (112, 114) are opened or closed according to the displacement of the plunger, characterized in that the bypass inlet passage comprises a primary bypass inlet passage and a secondary bypass inlet passage and the bypass outlet passage comprises a primary bypass outlet passage and a secondary bypass outlet passage, the primary bypass inlet passage and the primary bypass outlet passage are opened and closed at the same time, and the secondary bypass inlet passage and the secondary bypass outlet passage are opened and closed at the same time, the primary bypass inlet passage and the primary bypass outlet passage are opened when the displacement of the plunger is relatively small compared to the secondary bypass inlet passage and the secondary bypass outlet passage, and the area of the primary bypass inlet passage is smaller than the area of the primary bypass outlet passage.
A printing medium comprising: base paper, and a coating layer, wherein the coating layer is directly formed on the base paper by a cast coating method using a coating liquid, which contains kaolin and amorphous silica and contains the amorphous silica in an amount such that the amount of amorphous silica is 3% by mass to.20% by mass in the total solid content of the coating layer, and wherein the amorphous silica is such that a dispersion having 5% by mass of the amorphous silica has a pH of 6 or higher. base paper, and a coating layer, wherein the coating layer is directly formed on the base paper by a cast coating method using a coating liquid, which contains kaolin and amorphous silica and contains the amorphous silica in an amount such that the amount of amorphous silica is 3% by mass to.20% by mass in the total solid content of the coating layer, and wherein the amorphous silica is such that a dispersion having 5% by mass of the amorphous silica has a pH of 6 or higher.
A disposable medical device comprising: (a) a battery support containing battery lead wires, (b) an opposing battery support attached to the battery support to create a battery closure, (c) one or more batteries, (d) a battery bulkhead, (e) a first battery bulkhead joining member, and (f) a second battery bulkhead joining member; wherein the one or more batteries are secured to the opposing battery support, the one or more batteries supply energy to the disposable medical device, and removing the opposing battery support from the battery closure disables transmission of electricity from the one or more batteries via the battery lead wires to the disposable medical device; wherein the first battery bulkhead joining member attaches the battery bulkhead to the battery support, and the second battery bulkhead joining member attaches the battery bulkhead to the opposing battery support; wherein the battery support allows mechanical release of the opposing battery support from the battery closure once coupled in either a first or a second position; and wherein the battery bulkhead stays engaged to the battery support by the first battery bulkhead joining member when the opposing battery support is in the first position, and the battery bulkhead is retained in the second battery bulkhead joining member and released from the first battery bulkhead joining member when the opposing battery support is in the second position. (a) a battery support containing battery lead wires, (b) an opposing battery support attached to the battery support to create a battery closure, (c) one or more batteries, (d) a battery bulkhead, (e) a first battery bulkhead joining member, and (f) a second battery bulkhead joining member;