mhurhangee/ep-ind-claims huggingface dataset:
A non-contact method of predicting an insertion loss of a test optical fiber connector that includes at least one optical fiber having an output end face, comprising: a) sending light down the at least one optical fiber in substantially only a fundamental mode and emitting the light from the output end face as an output light beam; b) for each of two or more measurement positions at different axial distances from the output end face, capturing at least one output-beam image using a sensor array to define two or more output-beam images associated with the two or more measurement positions; c) fitting a Gaussian curve to the two or more output-beam images to determine a mode field diameter, an offset, and a tilt of the output light beam at the output end face of the at least one optical fiber, wherein the offset is relative to an ideal location on the output end face and the tilt is relative to an ideal central axis of the at least one optical fiber; and d) using the offset, the tilt, and the MFD in a Gaussian field model to predict the insertion loss that would result when connecting to a reference optical fiber of a reference optical fiber connector. a) sending light down the at least one optical fiber in substantially only a fundamental mode and emitting the light from the output end face as an output light beam; b) for each of two or more measurement positions at different axial distances from the output end face, capturing at least one output-beam image using a sensor array to define two or more output-beam images associated with the two or more measurement positions; c) fitting a Gaussian curve to the two or more output-beam images to determine a mode field diameter, an offset, and a tilt of the output light beam at the output end face of the at least one optical fiber, wherein the offset is relative to an ideal location on the output end face and the tilt is relative to an ideal central axis of the at least one optical fiber; and d) using the offset, the tilt, and the MFD in a Gaussian field model to predict the insertion loss that would result when connecting to a reference optical fiber of a reference optical fiber connector.
An assembly/disassembly apparatus for flanged mechanical device wherein the apparatus comprises: - a main body provided with a rear abutment sector having at least a seat, - a coupling pin housed in part in the seat and extending from the seat in a first direction, - a grabbing device coupled to said main body, characterised in that an engagement mechanism is provided at least by a first and a second retaining arm, said first and second retaining arms being movable together at least between a first and a second positions, in which, in said first position the first retaining arm faces the rear abutment sector while in said second position the second retaining arm faces the rear abutment sector. - a main body provided with a rear abutment sector having at least a seat, - a coupling pin housed in part in the seat and extending from the seat in a first direction, - a grabbing device coupled to said main body,
Method for drying a gas chamber with an inert gas atmosphere prevailing in the gas chamber under overpressure with an operating pressure p1 and a predetermined minimum pressure p min, wherein the predetermined minimum pressure p min of the gas chamber is monitored and the operating pressure p1 is greater than the minimum pressure p min, wherein the method comprises the following steps: a) extraction of a partial quantity V1 of the inert gas from the gas chamber, wherein the partial quantity V1 is equivalent to a pressure differential Δp, which is smaller than or equal to the differential between p1 and p min, b) introduction of a partial quantity V2 of a dry or dried inert gas into the gas chamber up to a gas pressure p2, which is greater than p min and c) repeating method steps a) and b) after a predetermined waiting time Δt. a) extraction of a partial quantity V1 of the inert gas from the gas chamber, wherein the partial quantity V1 is equivalent to a pressure differential Δp, which is smaller than or equal to the differential between p1 and p min, b) introduction of a partial quantity V2 of a dry or dried inert gas into the gas chamber up to a gas pressure p2, which is greater than p min and c) repeating method steps a) and b) after a predetermined waiting time Δt.
Lighting device suitable to be installed onto a frame, the frame being an element of an electrical wall device or of a wall electrical interface, wherein the lighting device comprises: - at least one light source with a unique LED (Light-Emitting Diode) per each light source, - at least one optical fiber having at least one extremity connected to the at least one light source, - at least one fixation item mounted or set onto one portion of the optical fiber, characterized in that the frame is able to cooperate with a plate covering one face of the frame, in that the at least one optical fiber is a diffusing optical fiber, and in that the at least one fixation item has a structure able to cooperate with at least one portion of the frame. - at least one light source with a unique LED (Light-Emitting Diode) per each light source, - at least one optical fiber having at least one extremity connected to the at least one light source, - at least one fixation item mounted or set onto one portion of the optical fiber,
A deaerator, comprising: a case defining a vortex chamber; a fluid inlet for allowing a mixture of lubricating liquid and air to pass through the case into the vortex chamber; an air outlet for allowing air flow out of the deaerator; a liquid outlet for allowing lubricating liquid flow out of the deaerator; a porous diffuser positioned proximate the liquid outlet; and a vortex regulator plate positioned in the vortex chamber between the fluid inlet and the liquid outlet and adjacent the porous diffuser and having a first surface in contact with the porous diffuser; characterised in that: the plate comprises a hole and the porous diffuser bulges into the hole, or the porous diffuser bulges into the liquid outlet due to compressive force exerted by the plate or a projection extends from the plate and compresses the porous diffuser; and in that: the porous diffuser is compressed between the vortex regulator plate and a bottom of the deaerator. a case defining a vortex chamber; a fluid inlet for allowing a mixture of lubricating liquid and air to pass through the case into the vortex chamber; an air outlet for allowing air flow out of the deaerator; a liquid outlet for allowing lubricating liquid flow out of the deaerator; a porous diffuser positioned proximate the liquid outlet; and a vortex regulator plate positioned in the vortex chamber between the fluid inlet and the liquid outlet and adjacent the porous diffuser and having a first surface in contact with the porous diffuser; characterised in that: the plate comprises a hole and the porous diffuser bulges into the hole, or the porous diffuser bulges into the liquid outlet due to compressive force exerted by the plate or a projection extends from the plate and compresses the porous diffuser; and in that: the porous diffuser is compressed between the vortex regulator plate and a bottom of the deaerator.
Push-on connector system for the electrical connection of a trailer to a towing vehicle, wherein the push-on connector system includes a trailer push-on connector with an electrical trailer interface for an onboard power supply of the trailer, and a towing vehicle push-on connector with an electrical towing vehicle interface for an onboard power supply of the towing vehicle, wherein one of the push-on connectors (30, 50) has a plug-in projection provided on its push-on connector housing and the other push-on connector has a plug-in socket provided on its push-on connector housing for the affixing of the plug-in projection along an insertion axis, wherein the push-on connectors have interacting electrical transmission bodies (38; 58) for the transmission of data and/or power from one push-on connector (30, 50) to the other push-on connector, wherein it has a magnet assembly with at least one magnet element provided on the one push-on connector (30, 50), and at least one magnet counter-element interacting magnetically with the magnet element and provided on the other push-on connector (30, 50) for applying the force of the plug-in projection on the plug-in socket in the direction of the insertion axis and/or for the purpose of a torque around the insertion axis, wherein it includes a locking device for locking the trailer push-on connector to the towing vehicle push-on connector, characterised in that the locking device has an overload coupling to release the connection between the push-on connectors (30, 50) in the event of an application of force along the insertion axis and/or across the insertion axis above a predetermined force value.
Read circuit of an electrical signal produced by a piezoelectric oxide semiconductor field effect transistor (POSFET) device comprising: - a transconductance amplifier connected at its own inverting input to the output of the POSFET device; - at least one neuron (8a, 8b) connected to the output of the transconductance amplifier; said transconductance amplifier being adapted to: receive a signal coming from the POSFET device representative of a force or pressure exerted on it, and produce at the output at least one current signal (I 0-, I 0+) representative of such a force or pressure; said at least one neuron (8a, 8b) being adapted to receive said at least one current signal (I 0-, I 0+) and to produce an output signal (12a, 12b), said output signal (12a, 12b) being a pulse train having a frequency proportional to said at least one current signal (I 0-, I 0+) produced by the transconductance amplifier. - a transconductance amplifier connected at its own inverting input to the output of the POSFET device; - at least one neuron (8a, 8b) connected to the output of the transconductance amplifier; said transconductance amplifier being adapted to: receive a signal coming from the POSFET device representative of a force or pressure exerted on it, and produce at the output at least one current signal (I 0-, I 0+) representative of such a force or pressure; said at least one neuron (8a, 8b) being adapted to receive said at least one current signal (I 0-, I 0+) and to produce an output signal (12a, 12b), said output signal (12a, 12b) being a pulse train having a frequency proportional to said at least one current signal (I 0-, I 0+) produced by the transconductance amplifier. receive a signal coming from the POSFET device representative of a force or pressure exerted on it, and produce at the output at least one current signal (I 0-, I 0+) representative of such a force or pressure; said at least one neuron (8a, 8b) being adapted to receive said at least one current signal (I 0-, I 0+) and to produce an output signal (12a, 12b), said output signal (12a, 12b) being a pulse train having a frequency proportional to said at least one current signal (I 0-, I 0+) produced by the transconductance amplifier.
An isolated nucleic acid molecule comprising a nucleic acid sequence selected from the group consisting of: a. a nucleic acid sequence encoding an amino acid sequence of SEQ ID NO: 20 and biologically active fragments thereof, wherein the biologically active fragments exhibit β-keto acyl-ACP synthase activity; b. a nucleic acid sequence encoding an amino acid sequence that is at least 60% identical to said amino acid sequence of (a), wherein said amino acid sequence exhibits β-keto acyl-ACP synthase activity; and c. a nucleic acid sequence that is fully complementary to the nucleic acid sequence of (a) or (b). a. a nucleic acid sequence encoding an amino acid sequence of SEQ ID NO: 20 and biologically active fragments thereof, wherein the biologically active fragments exhibit β-keto acyl-ACP synthase activity; b. a nucleic acid sequence encoding an amino acid sequence that is at least 60% identical to said amino acid sequence of (a), wherein said amino acid sequence exhibits β-keto acyl-ACP synthase activity; and c. a nucleic acid sequence that is fully complementary to the nucleic acid sequence of (a) or (b).
An energy-absorbing payload retention system to arrest movement of a payload within an internal cargo bay, comprising: a hollow structural member; a hollow crushable member within said hollow structural member, a brake assembly including a stop which is sized to move within said hollow structural member to plastically deform said hollow crushable member in response to a high-G condition; and a cable through said hollow crushable member, said cable having a first end segment mounted to said brake assembly and a second end segment having a link for removable attachment to the payload within the internal cargo bay. a hollow structural member; a hollow crushable member within said hollow structural member, a brake assembly including a stop which is sized to move within said hollow structural member to plastically deform said hollow crushable member in response to a high-G condition; and a cable through said hollow crushable member, said cable having a first end segment mounted to said brake assembly and a second end segment having a link for removable attachment to the payload within the internal cargo bay.
Assembly of a first longitudinal reinforcement insert and a second longitudinal reinforcement insert joined together by a polymer material at least partially covering them, each reinforcement insert (12, 14) having a bottom wall (12a, 14a) and two side walls (12b, 12c; 14b, 14c), each side wall (12b, 12c; 14b, 14c) being connected to a longitudinal edge of the bottom wall (12a, 14a) such that a reinforcement insert (12, 14) has a concave open cross section, notably being substantially U- or Q-shaped, the longitudinal directions of said reinforcement inserts (12, 14) being substantially perpendicular, characterized in that one end of the first reinforcement insert has at least two holding tabs (16, 18) that cooperate with one end of the second reinforcement insert in order to prevent any movement of the latter in the longitudinal direction of the first reinforcement insert, and in that said polymer material covers said reinforcement inserts (12, 14) at least at their ends in contact.
Filtration equipment designed for filtering used or contaminated fluids, comprising a filtration device connected to an inlet for the fluid to be treated and at least one outlet for the treated fluid, said device comprising a filtration chamber provided with means for generating ultrasounds triggering a process that comprises the sonication of the fluid to be treated stored inside the chamber, including said chamber a secondary filtration device located in front of the outlet, said means for generating ultrasounds being able to create a cavitation effect, preventing the clogging or plugging of said secondary filtration device; comprising the means for ultrasound generation ultrasonic transducers connected to a controller, characterised in that the controller is equipped with a potentiometer and a display screen that shows the operating parameters.
An analysis method for a substance, comprising: a step of preparing a dispersion phase of lyophobic fine particles grouped by the function of an aggregating agent, the lyophobic fine particle containing as the main component at least one metal selected from the group consisting of gold, silver, copper, platinum, nickel, indium and palladium and being capable of providing a surface enhancing effect; a step of obtaining a dispersion complex by making dispersible fine particles coexist in the dispersion phase at a concentration sufficient for covering a periphery of the entire group of lyophobic fine particles, the dispersion complex being a sol, the dispersible fine particles having a dispersion property higher than that of the lyophobic fine particles; a step of contacting the dispersion complex sol and a fluid containing an analyte; and a step of analyzing the analyte using an optical measuring means. a step of preparing a dispersion phase of lyophobic fine particles grouped by the function of an aggregating agent, the lyophobic fine particle containing as the main component at least one metal selected from the group consisting of gold, silver, copper, platinum, nickel, indium and palladium and being capable of providing a surface enhancing effect; a step of obtaining a dispersion complex by making dispersible fine particles coexist in the dispersion phase at a concentration sufficient for covering a periphery of the entire group of lyophobic fine particles, the dispersion complex being a sol, the dispersible fine particles having a dispersion property higher than that of the lyophobic fine particles; a step of contacting the dispersion complex sol and a fluid containing an analyte; and a step of analyzing the analyte using an optical measuring means.
Refrigeration device, in particular domestic refrigeration device, having a body and a door which enclose a heat-insulated storage compartment, a drawer which can be pulled out from the storage compartment, and a shelf covering the drawer in a position when pushed into the storage compartment, wherein a handle strip on a front wall of the drawer is raised at least as far as in front of a front edge of the shelf, characterised in that in the pushed-in position a grip recess open to the top is kept free for a user's fingers between the handle strip and a front edge of the shelf.
Direct flame preheating section for a continuous processing line for metal strips, comprising a connection zone which is provided for circulating combustion fumes from an active zone, which is equipped with burners, toward a recovery zone for preheating the strip by exchange with said fumes, characterized in that the burners are capable of operating in a so-called flameless mode and in that said connection zone comprises an outlet chamber for directing the flow of fumes such that they flow head-on relative to the strip at the outlet of the active zone and an inlet chamber for directing the flow of fumes such that they flow head-on relative to the strip at the inlet of the recovery zone, depending on the direction of flow of the fumes, wherein the outlet chamber is arranged at the outlet of the active zone in the direction of flow of the fumes and is arranged for fume extraction, the inlet chamber is arranged at the inlet of the recovery zone and is arranged for fume injection, the connection zone further comprises two turn chambers (20, 21) which are each arranged to cause the flow of fumes to make a 90-degree turn between an inlet opening (26, 25) and an outlet opening (23, 27), a first turn chamber communicating directly with the outlet chamber and a second turn chamber communicating directly with the inlet chamber, and two connection tunnels (28, 29) for circulating the fumes, a first connection tunnel directly connecting the outlet opening of the first chamber with an inlet opening of the inlet chamber and a second connection tunnel directly connecting an outlet opening of the outlet chamber and the inlet opening of the second chamber.
Profile system, comprising at least two profiles, which at least in their end regions form a hollow profile in the shape of a triangle, which is right-angled and isosceles, wherein along the hypotenuse of the triangle a hypotenuse leg (12, 13) is arranged respectively adjacent to cathetus legs (24, 34) formed along the cathets, so that the triangular hollow profile comprises a hypotenuse recess in the shape of an interruption along the hypotenuse, wherein the hypotenuse legs (12, 13) face each other and wherein the hypotenuse legs (12, 13) comprise a difference in length d which essentially corresponds to the ratio 2r/0.8 < d < 2r/0.6, and r is the radius of curvature between a respective cathetus leg edge defining the outer side of the profile and the hypotenuse leg edge adjacent thereto, so that at parallel alignment of the hypotenuse legs (12, 13) of the two profiles in a double profile arrangement (20, 30), irrespective of the alignment of the ends of the two profiles relative to one another, the hypotenuse leg ends (122, 132) of the hypotenuse legs (12, 13) of the two profiles facing away from the respectively adjacent cathetus leg (24, 34), which hypotenuse legs (12, 13) face one another in pairs as hypotenuse leg pair, end at a common plane, so that in the intermediate space between the hypotenuse leg pairs a connecting member can be at least partially positioned for the purpose of preventing movement of the profiles of the double profile arrangement (20, 30) relative to one another along the direction of extension of the hypotenuses aligned parallel to one another.
A water purifier comprising: a water purifier body provided with a filter for purifying raw water supplied from the outside, and for supplying purified water; a water discharge module of which at least a portion is coupled to protrude to the front of the water purifier body so that at least a portion thereof rotates or is elevated with respect to the water purifier body and which is provided with a water discharge nozzle, which is configured to supply the purified water supplied from the water purifier body to a user, in a lower end thereof; characterized by a driving unit (610, 620) for providing power required for the rotation and elevation of the water discharge module; a detection unit (710. 720) installed in the water purifier body or the water discharge module to recognize a position and size of a container placed around the water purifier body; and a control unit configured to receive position information and size information of the container from the detection unit (710, 720) to control the driving unit (610, 620) so that the water discharge nozzle moves above the container. a water purifier body provided with a filter for purifying raw water supplied from the outside, and for supplying purified water; a water discharge module of which at least a portion is coupled to protrude to the front of the water purifier body so that at least a portion thereof rotates or is elevated with respect to the water purifier body and which is provided with a water discharge nozzle, which is configured to supply the purified water supplied from the water purifier body to a user, in a lower end thereof; characterized by a driving unit (610, 620) for providing power required for the rotation and elevation of the water discharge module; a detection unit (710. 720) installed in the water purifier body or the water discharge module to recognize a position and size of a container placed around the water purifier body; and a control unit configured to receive position information and size information of the container from the detection unit (710, 720) to control the driving unit (610, 620) so that the water discharge nozzle moves above the container.