mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, including a laminar support member bendable at bending lines extending in a common direction, said bending lines partitioning said laminar support member in a plurality of stripes (121, 122), wherein said plurality of stripes includes at least one first stripe with electrically-powered light radiation sources therealong and at least one second stripe free from light radiation sources forming a side wing for said at least one first stripe, the device characterized in that the lighting device includes: - a pair of further bending lines extending transversally of said common direction at both ends of said at least one first stripe and said at least one second stripe with opposed flange portions at both ends of said at least one first stripe and said at least one second stripe bendable with respect to said at least one first stripe and said at least one second stripe to form terminal transverse flanges of said lighting device, - a set of further bending lines extending transversally of said common direction intermediate said at least one said first stripe and said at least one second stripe, said set of further bending lines defining intermediate flanges of said at least one first stripe and said at least one second stripe, said intermediate flanges bendable with respect to said at least one first stripe and said at least one second stripe to form an intermediate flange of said lighting device. - a pair of further bending lines extending transversally of said common direction at both ends of said at least one first stripe and said at least one second stripe with opposed flange portions at both ends of said at least one first stripe and said at least one second stripe bendable with respect to said at least one first stripe and said at least one second stripe to form terminal transverse flanges of said lighting device, - a set of further bending lines extending transversally of said common direction intermediate said at least one said first stripe and said at least one second stripe, said set of further bending lines defining intermediate flanges of said at least one first stripe and said at least one second stripe, said intermediate flanges bendable with respect to said at least one first stripe and said at least one second stripe to form an intermediate flange of said lighting device.
A mounting bracket of a hanger assembly of a ceiling fan, comprising two lateral walls opposing to each other in a first direction, wherein each of the two lateral walls comprises a mounting end and a hanger end that are spaced from each other in an axial direction perpendicular to the first direction, wherein each of the two lateral walls further comprises a receiving portion, wherein the receiving portions of the two lateral walls are adapted to receive a coupling rod, wherein the receiving portion comprises a shrinking section having a larger end relatively adjacent to the mounting end, as well as a smaller end relatively adjacent to the hanger end, wherein the shrinking section has a maximal diameter in a second direction, as well as a minimal diameter in the second direction, wherein the maximal diameter is located at the larger end, wherein the minimal diameter is located at the smaller end, wherein the coupling rod has two ends, wherein the shrinking section has a diameter that gradually reduces from the position of the maximal diameter to the position of the minimal diameter, wherein the maximal diameter of the shrinking section is larger than an outer diameter of each of the two ends of the coupling rod, wherein the minimal diameter of the shrinking section is smaller than or equal to the outer diameter of each of the two ends of the coupling rod, wherein the mounting bracket is characterized in that: an electrical box is arranged between the mounting ends of the two lateral walls, wherein the electrical box is provided with a lead wire, and wherein the lead wire passes through a space between the mounting ends of the two lateral walls and reaches the coupling rod.
A composition for preparing a polymer composite article, said composition comprising: a filler in an amount of from 10 to 90 wt.%; a polymer in an amount of from 10 to 90 wt.%, wherein said polymer comprises a polyvinyl; and an organopolysiloxane in an amount of from greater than 0 to 10 wt.%; the organopolysiloxane having at least one silicon-bonded hydroxyl group and a viscosity of from 1,000 to 60,000 mPa s at 25 °C; each based on the total weight of components, and in said composition. a filler in an amount of from 10 to 90 wt.%; a polymer in an amount of from 10 to 90 wt.%, wherein said polymer comprises a polyvinyl; and an organopolysiloxane in an amount of from greater than 0 to 10 wt.%; the organopolysiloxane having at least one silicon-bonded hydroxyl group and a viscosity of from 1,000 to 60,000 mPa s at 25 °C;
A saddle-ride type vehicle comprising a turn signal device being provided at the saddle-ride type vehicle that includes a handlebar having a handlebar grip mounted on either end thereof, and a handlebar cover covering at least a front portion of the handlebar, and comprising a mounting stay and a lamp member supported on the mounting stay, wherein: the mounting stay is partially covered by the handlebar cover and extends, in the vehicle body forward direction from the handlebar; and the lamp member is connected to a front end portion of the mounting stay, characterized in that: - the mounting stay is attached to the handlebar; - the handlebar cover has an opening portion so as to face in a vehicle body forward direction; - the mounting stay penetrates the opening portion of the handlebar cover. the mounting stay is partially covered by the handlebar cover and extends, in the vehicle body forward direction from the handlebar; and the lamp member is connected to a front end portion of the mounting stay, - the mounting stay is attached to the handlebar; - the handlebar cover has an opening portion so as to face in a vehicle body forward direction; - the mounting stay penetrates the opening portion of the handlebar cover.
Capacitive measurement device comprising: - a first electronic system, electrically referenced to a guard potential, and capable of being connected to capacitive electrodes, - a second electronic system, electrically referenced to a ground potential, and connected to said first electronic system by connecting means, and - excitation means (3, 7) connected respectively to said guard and ground potentials so as to impose an AC voltage difference between these potentials (4, 5), characterized in that it comprises moreover an integrated circuit, referenced to the ground, comprising: - a first installation area, referenced to the guard potential and in which said first electronic system is implemented, and - a second installation area, referenced to the ground potential, and in which said second electronic system is implemented. - a first electronic system, electrically referenced to a guard potential, and capable of being connected to capacitive electrodes, - a second electronic system, electrically referenced to a ground potential, and connected to said first electronic system by connecting means, and - excitation means (3, 7) connected respectively to said guard and ground potentials so as to impose an AC voltage difference between these potentials (4, 5), - a first installation area, referenced to the guard potential and in which said first electronic system is implemented, and - a second installation area, referenced to the ground potential, and in which said second electronic system is implemented.
A power converter comprising: a housing that has a first external surface facing in a first direction, a second external surface facing in a second direction that is perpendicular to the first direction, and a third external surface facing in a third direction that is opposite to the second direction, and that accommodates at least one capacitor inside the housing; a first power conversion module including at least one first positive electrode and at least one first negative electrode, the first power conversion module being positioned on the second external surface of the housing; further comprising a second power conversion module including at least one second positive electrode and at least one second negative electrode, the second power conversion module being positioned on the third external surface of the housing; a first positive electrode busbar that connects a first electrode of the capacitor to the first positive electrode; a first negative electrode busbar that connects a second electrode of the capacitor to the second negative electrode; a second positive electrode busbar that is fixed to the first positive electrode together with the first positive electrode busbar and that is fixed to the second positive electrode; and a second negative electrode busbar that is fixed to the first negative electrode and that is fixed to the second negative electrode together with the first negative electrode busbar. a housing that has a first external surface facing in a first direction, a second external surface facing in a second direction that is perpendicular to the first direction, and a third external surface facing in a third direction that is opposite to the second direction, and that accommodates at least one capacitor inside the housing; a first power conversion module including at least one first positive electrode and at least one first negative electrode, the first power conversion module being positioned on the second external surface of the housing; further comprising a second power conversion module including at least one second positive electrode and at least one second negative electrode, the second power conversion module being positioned on the third external surface of the housing; a first positive electrode busbar that connects a first electrode of the capacitor to the first positive electrode; a first negative electrode busbar that connects a second electrode of the capacitor to the second negative electrode; a second positive electrode busbar that is fixed to the first positive electrode together with the first positive electrode busbar and that is fixed to the second positive electrode; and a second negative electrode busbar that is fixed to the first negative electrode and that is fixed to the second negative electrode together with the first negative electrode busbar.
A turbomachine fan comprising blades carried by a rotor disk and inter-blade platforms having radial flanges fastened to corresponding flanges of the rotor disk by means of threaded rods inserted into positioning bushes mounted in orifices in the flanges of the platforms, characterized in that each bush comprises at least one deformable part interposed transversely between the threaded rod inserted into the bush and an edge of the orifice in which the bush is mounted, this deformable part being intended to allow the platform to pivot in the event of an impact of a blade against the platform and to absorb some of the energy of the impact.
A fire suppression spray head for retro-fitting to an existing sink assembly comprising a sink and a tap, the spray head having at least one nozzle for spraying fire suppressant material received from a supply of fire suppressant material wherein the spray head comprises an aperture on an upper surface for attaching to the base of the tap of the existing sink assembly and wherein the spray head is ring-shaped, comprises at least one pipe or hose (38, 60), which is independent from the water supply pipe or pipes (24, 30, 62) of the tap, for connecting the at least one nozzle of the spray head to a supply of fire suppressant material (34, 42) and is configured to be attached at the base of the tap between the tap and the sink of the existing sink assembly.
Articulated mechanism, that comprises a first spherical joint, a second spherical joint, a third spherical joint, a first lever, a second lever, and a third lever, wherein the first spherical joint and the second spherical joint are linked by the first lever, the first lever comprising a first projecting portion; the first spherical joint and the third spherical joint are linked by the second lever, the second lever comprising a second projecting portion projecting in an opposite direction to the direction in which the first projecting portion projects; and the second spherical joint and the third spherical joint are linked by the third lever, such that the longitudinal axis Y of the first lever and the longitudinal axis X of the second lever are perpendicular.
Sealing ring which, as viewed in cross section, is designed in the shape of a 7, comprising a first axial limb and a sealing limb with a sealing lip, wherein the sealing limb is connected by means of a first joint to a first end face of the first axial limb, wherein the sealing limb on its side axially facing towards the first end face has a dirt guard lip with at least one sealing edge and a radially inner first boundary surface and a radially outer second boundary surface, wherein the sealing limb and the dirt guard lip delimit a substantially right angle (13, 14) radially on the inside and radially on the outside in the production-induced state of the sealing ring, the sealing lip has a first diameter and the sealing edge has a second diameter, and wherein the first diameter is smaller than the second diameter, characterized in that the first boundary surface delimiting the right angle radially on the inside of the dirt guard lip has a first length and a third boundary surface of the sealing limb has a third length which differs from the first length, and in that the first length is greater than the third length.
A paralysis monitoring system comprising: a nerve stimulation device configured to deliver a series of low voltage electrical impulses to a nerve to produce only sub-visible muscle responses, wherein the low voltage electrical impulses are between 0.1 and 4 millivolts; a recording device configured to record electrical activity associated with an evoked muscle response caused by the series of low voltage electrical impulses; wherein the nerve stimulation device is configured to transmit the low voltage electrical impulses to a patient based on a body mass index of the patient; characterized in that the nerve stimulation device is configured to transmit the low voltage electrical impulses in the range of about 0.5 millivolts to 1.5 millivolts to patients having a body mass index in a first range; and that the nerve stimulation device is configured to transmit the low voltage electrical impulses in the range of about 1.5 millivolts to 4 millivolts to patients having a body mass index in a second range that is higher than the first range. a nerve stimulation device configured to deliver a series of low voltage electrical impulses to a nerve to produce only sub-visible muscle responses, wherein the low voltage electrical impulses are between 0.1 and 4 millivolts; a recording device configured to record electrical activity associated with an evoked muscle response caused by the series of low voltage electrical impulses; wherein the nerve stimulation device is configured to transmit the low voltage electrical impulses to a patient based on a body mass index of the patient; characterized in that the nerve stimulation device is configured to transmit the low voltage electrical impulses in the range of about 0.5 millivolts to 1.5 millivolts to patients having a body mass index in a first range; and that the nerve stimulation device is configured to transmit the low voltage electrical impulses in the range of about 1.5 millivolts to 4 millivolts to patients having a body mass index in a second range that is higher than the first range.
A modular optical system arranged to sum light intensities from at least two light sources emitting light in the vertical direction and deliver the combined light at a common exit point, c forward direction being defined which is a direction towards the common exit point, a backward direction being defined which is the reverse direction with respect to the forward direction, characterized in that for each light source are provided in the system at least four curved surfaces (4,9,16,17) each of them with its own variable 3D curvature, where the first and the second of said curved surfaces (4,16) are forward-reflecting surfaces each arranged to redirect a part of the emitted light towards the common exit point, the third one of said curved surfaces is a backwards-reflecting surface arranged to re-direct in the backward direction a part of the emitted light to an additional vertical flat surface of the system which re-directs this light via internal reflection towards the forth curved surface which re-directs this light via internal reflection towards said common exit point, where in at least the first curved surface redirect the light via internal reflection towards said common exit point wherein said light beam in the said common exit point has geometrical constrains such that it has angles (6, 7) lower or equal to the angle defined as the specified Numerical Aperture at the exit.
A communication device board, applied to a communication device, characterized by comprising: a connector of the communication device board comprising a fixed position and a first contact position, wherein a voltage of the fixed position is different from a voltage of the first contact position; the fixed position is fixedly connected to a first end of an inner side of a conductive resilient sheet, wherein an outer side of the conductive resilient sheet is provided with an insulating coating; when the fixed position is fixedly connected to the first end of the inner side of the conductive resilient sheet and a mating gap between the connector of the communication device board and a corresponding communication device connector is smaller than a preset threshold range, a second end of the inner side of the conductive resilient sheet is in contact with the first contact position, wherein the conductive resilient sheet is capable of being deformed when subject to a force, and is capable of being restored to an original state without being subject to a force; when the communication device board is inserted into the communication device, the second end of the conductive resilient sheet is configured to gradually go close to the first contact position since the conductive resilient sheet is subject to a force; and when the mating gap between is bigger than a preset threshold range, the second end of the conductive resilient sheet and the first contact position are configured not to be in contact. a connector of the communication device board comprising a fixed position and a first contact position, wherein a voltage of the fixed position is different from a voltage of the first contact position; the fixed position is fixedly connected to a first end of an inner side of a conductive resilient sheet, wherein an outer side of the conductive resilient sheet is provided with an insulating coating; when the fixed position is fixedly connected to the first end of the inner side of the conductive resilient sheet and a mating gap between the connector of the communication device board and a corresponding communication device connector is smaller than a preset threshold range, a second end of the inner side of the conductive resilient sheet is in contact with the first contact position, wherein the conductive resilient sheet is capable of being deformed when subject to a force, and is capable of being restored to an original state without being subject to a force; when the communication device board is inserted into the communication device, the second end of the conductive resilient sheet is configured to gradually go close to the first contact position since the conductive resilient sheet is subject to a force; and when the mating gap between is bigger than a preset threshold range, the second end of the conductive resilient sheet and the first contact position are configured not to be in contact.
A method for manufacturing an integrated circuit, IC, module, the method comprising: obtaining a substrate with contact gaps (118, 318), wherein the substrate has a first surface and a second surface; attaching an IC die to the first surface of the substrate; making electrical connections (108-1, 108-2) between the IC die and the substrate; dispensing an encapsulation material onto the first surface of the substrate, the IC die and into first portions of the contact gaps (118, 318) to form an encapsulation, the portion of the encapsulation on the first surface side of the substrate covering a first area of the first surface of the substrate, the first portions of the contact gaps (118, 318) being located within said first area of the substrate; and dispensing a filling material into second portions of the contact gaps (118, 318), the second portions of the contact gaps (118, 318) being the portions of the contact gaps that are not encompassed by said first area, wherein the substrate extends laterally from said first area of the substrate, and wherein the substrate includes a metal leadframe with the contact gaps (118, 318), wherein at least some of the contact gaps (118, 318) of the metal leadframe include structures to anchor the encapsulation to the metal leadframe, and characterized in that the structures are contiguous with the contact gaps (118, 318) and include wider gaps than the contact gaps (118, 318). obtaining a substrate with contact gaps (118, 318), wherein the substrate has a first surface and a second surface; attaching an IC die to the first surface of the substrate; making electrical connections (108-1, 108-2) between the IC die and the substrate; dispensing an encapsulation material onto the first surface of the substrate, the IC die and into first portions of the contact gaps (118, 318) to form an encapsulation, the portion of the encapsulation on the first surface side of the substrate covering a first area of the first surface of the substrate, the first portions of the contact gaps (118, 318) being located within said first area of the substrate; and dispensing a filling material into second portions of the contact gaps (118, 318), the second portions of the contact gaps (118, 318) being the portions of the contact gaps that are not encompassed by said first area, wherein the substrate extends laterally from said first area of the substrate, and wherein the substrate includes a metal leadframe with the contact gaps (118, 318), wherein at least some of the contact gaps (118, 318) of the metal leadframe include structures to anchor the encapsulation to the metal leadframe, and characterized in that the structures are contiguous with the contact gaps (118, 318) and include wider gaps than the contact gaps (118, 318).