mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a transceiver of a mobile communication system, the apparatus comprising one or more interfaces to a plurality of antennas; a transceiver module to communicate in the mobile communication system using a subset of the plurality of antennas; a coupling module to couple the subset of the plurality of antennas to the transceiver module using the one or more interfaces; a control module to control the transceiver module and the coupling module, select antennas for the subset of antennas from the plurality of antennas based on predetermined information related to an antenna performance, the apparatus further comprising a receiver module, which is controlled by the control module, wherein the receiver module is configured to receive and measure signals of at least one antenna from the plurality of antennas, which is deselected for the subset, and decode signals from the mobile communication system, wherein the information related to the antenna performance corresponds to a quality level after decoding of the signals of the mobile communication system at an antenna. control the transceiver module and the coupling module, select antennas for the subset of antennas from the plurality of antennas based on predetermined information related to an antenna performance, receive and measure signals of at least one antenna from the plurality of antennas, which is deselected for the subset, and decode signals from the mobile communication system, wherein the information related to the antenna performance corresponds to a quality level after decoding of the signals of the mobile communication system at an antenna.
Wall construction panel element for the mobile construction of walls, consisting of a flat wall construction panel equipped on all four edges thereof with hollow profiles (1, 5, 15) connected by means of connectors, said hollow profiles (1, 5, 15) constituting the four edges of a closed rectangle, wherein one hollow profile is formed as an edge profile element on one edge, which edge profile element is formed by a profiled bead having a groove extending in the bead direction on one side, for receiving an edge of the wall construction panel, and having a tongue profile on the surface facing said groove, for insertion in grooves of post or cross-beam profiles (1, 5, 15), characterized in that between said groove and said tongue profile a fixing region is formed which is constructed as a hollow profile for connection to one of the other hollow profiles (1, 5, 15), wherein said hollow profile arranged on the edge of the wall construction panel facing said edge profile element is constructed as a post or cross-beam profile (1, 5), which post or cross-beam profile (1, 5) includes a groove for receiving the tongue profile of a further wall construction panel element, wherein in said fixing region of the edge profile element a connector for connection to other profile elements (5, 15) is inserted, which connector is designed as a clamping connector having a head that engages behind a groove of a profile element (5, 15) which is attached.
A machine to process section bars, in particular made of aluminium, light alloys, PVC or the like, comprising at least one holding device (17; 45; 57), to hold at least one section bar; at least one operating head (22, 28, 29; 43, 44; 51); and actuator means to move the holding device (17; 45; 57) and the operating head (22, 28, 29; 43, 44; 51) with respect to one another, to allow the operating head (22, 28, 29; 43, 44; 51) to process the section bar; and characterized in that it further comprises a blowing device (35; 38; 39; 46; 52) to blow a gas under pressure along the, in particular into the, section bar or along a, in particular into a, piece of section bar starting from a first free end thereof (2a; S1) so as to remove swarf, and a suction device (36; 40; 47; 53) to suck the gas under pressure in the area of a second free end (2b; S2) of the section bar, or piece of section bar, opposite the first free end (2a; S1); the operating head (22, 28, 29; 43, 44; 51) being movable along the section bar; the blowing device (35; 38; 39; 46; 52) and/or the suction device (36; 40; 47; 53) being movable along the section bar, together with the operating head (22, 28, 29; 43, 44; 51) or independently of the operating head (22, 28, 29; 43, 44; 51).
A display apparatus comprising: a main body; a display panel, including an active area for displaying an image, and installed in the main body; and a video call unit placed behind the display panel; wherein the video call unit includes a camera and a microphone; and wherein the display panel has a through-hole corresponding to the video call unit, through which light and sound are transmitted to the video call unit. a main body; a display panel, including an active area for displaying an image, and installed in the main body; and a video call unit placed behind the display panel; wherein the video call unit includes a camera and a microphone; and wherein the display panel has a through-hole corresponding to the video call unit, through which light and sound are transmitted to the video call unit.
A safety shield system for a compression syringe having a compressible reservoir, a needle cannula for fluid communication with the reservoir and having a forward tip, the safety shield system comprising at least: a holder shield portion designed to be attached to said compression syringe, a movable shield portion, designed to be movable relative to said compression syringe from a first position wherein the tip is exposed, to a second position wherein said movable shield portion covers said tip, said holder shield portion and movable shield portion being provided with retaining means (51, 52, 70) arranged to cooperate in said first position to prevent said movable shield portion from moving toward its second position, part of said retaining means (51, 52, 70) are provided on a deflectable part connected to at least one of said holder shield portion or movable shield portion, characterized in that said deflectable part being manually deflectable to compress the reservoir to expel a product out of the compression syringe and wherein manual deflection of said deflectable part further acts to disengage said retaining means (51, 52, 70) and allows said movable shield portion to be moved toward its second position. a holder shield portion designed to be attached to said compression syringe, a movable shield portion, designed to be movable relative to said compression syringe from a first position wherein the tip is exposed, to a second position wherein said movable shield portion covers said tip, said holder shield portion and movable shield portion being provided with retaining means (51, 52, 70) arranged to cooperate in said first position to prevent said movable shield portion from moving toward its second position, part of said retaining means (51, 52, 70) are provided on a deflectable part connected to at least one of said holder shield portion or movable shield portion, characterized in that said deflectable part being manually deflectable to compress the reservoir to expel a product out of the compression syringe and wherein manual deflection of said deflectable part further acts to disengage said retaining means (51, 52, 70) and allows said movable shield portion to be moved toward its second position.
A nonaqueous electrolyte secondary battery comprising: a battery case; an electrode body that is stored in the battery case; and an electrolytic solution that is stored in the battery case, wherein the electrode body includes a positive electrode current collector foil, a positive electrode active material layer that contains positive electrode active material particles and is held by the positive electrode current collector foil, a negative electrode current collector foil, a negative electrode active material layer that contains negative electrode active material particles and is held by the negative electrode current collector foil, a separator that is interposed between the positive electrode active material layer and the negative electrode active material layer, and a porous film in which particles of an insulating ceramic are attached through a binder onto a surface of at least one of the negative electrode active material layer and the separator, and the insulating ceramic contains both Fe and Ni. a battery case; an electrode body that is stored in the battery case; and an electrolytic solution that is stored in the battery case, wherein the electrode body includes a positive electrode current collector foil, a positive electrode active material layer that contains positive electrode active material particles and is held by the positive electrode current collector foil, a negative electrode current collector foil, a negative electrode active material layer that contains negative electrode active material particles and is held by the negative electrode current collector foil, a separator that is interposed between the positive electrode active material layer and the negative electrode active material layer, and a porous film in which particles of an insulating ceramic are attached through a binder onto a surface of at least one of the negative electrode active material layer and the separator, and the insulating ceramic contains both Fe and Ni. a positive electrode current collector foil, a positive electrode active material layer that contains positive electrode active material particles and is held by the positive electrode current collector foil, a negative electrode current collector foil, a negative electrode active material layer that contains negative electrode active material particles and is held by the negative electrode current collector foil, a separator that is interposed between the positive electrode active material layer and the negative electrode active material layer, and a porous film in which particles of an insulating ceramic are attached through a binder onto a surface of at least one of the negative electrode active material layer and the separator, and the insulating ceramic contains both Fe and Ni.
An endoscope device comprising an endoscope with an original diameter and a camera head configured to receive a light beam from the endoscope, the camera head comprising, in order from the endoscope side: a first lens group (20, 30) including at least one deformable lens (61; 62; 63) with a variable curvature; a second lens group (21, 31) configured to move axially relative to the first lens group (20, 30), wherein the second lens group (21, 31) has a preset positive optical power; and an image sensor (23, 33) within the camera head for capturing a light beam received from the endoscope, characterized in that the first lens group has a variable negative optical power, wherein the first lens group is configured to receive the light beam from the endoscope and expand the light beam to a diameter larger than the original diameter of the endoscope, and wherein the first lens group is fixed relative to the image sensor, and in that the diameter of the second lens group is larger than the diameter of the first lens group. a first lens group (20, 30) including at least one deformable lens (61; 62; 63) with a variable curvature; a second lens group (21, 31) configured to move axially relative to the first lens group (20, 30), wherein the second lens group (21, 31) has a preset positive optical power; and an image sensor (23, 33) within the camera head for capturing a light beam received from the endoscope, characterized in that the first lens group has a variable negative optical power, wherein the first lens group is configured to receive the light beam from the endoscope and expand the light beam to a diameter larger than the original diameter of the endoscope, and wherein the first lens group is fixed relative to the image sensor, and in that the diameter of the second lens group is larger than the diameter of the first lens group.
A method for preparing a tricyclic lactam of formula 400, stereoisomers thereof, geometric isomers thereof, tautomers thereof, and salts thereof, the method comprising forming a reaction mixture comprising an organic solvent, an organic base, and formulas 300 and 310 and reacting the reaction mixture to form a reaction product mixture comprising the tricyclic lactam of formula 400, wherein: R 1a, R 1b, R 2a, R 2b, R 3a, R 3b, R 4a and R 4b are independently selected from H, and C 1-6 alkyl; R 5 is selected from H, C 1-6 alkyl, cycloalkyl, aryl, substituted aryl, benzyl, substituted benzyl, heteroaryl, substituted heteroaryl; p is 1,2, 3 or 4; and q is 1, 2, 3 or 4. R 1a, R 1b, R 2a, R 2b, R 3a, R 3b, R 4a and R 4b are independently selected from H, and C 1-6 alkyl; R 5 is selected from H, C 1-6 alkyl, cycloalkyl, aryl, substituted aryl, benzyl, substituted benzyl, heteroaryl, substituted heteroaryl; p is 1,2, 3 or 4; and q is 1, 2, 3 or 4.
A method for preparing a dispersion for a positive electrode forming material, the method comprising: adding an oxidizer to acid suspension of fine carbon fibers; hydrophilizing a surface of the fine carbon fibers by oxidation; collecting the fine carbon fibers by filtering separation; and mixing the carbon fibers with a dispersion medium, wherein the fine carbon fibers are carbon nanofibers having an average fiber diameter of 1 to 100 nm and an aspect ratio of 5 or greater. adding an oxidizer to acid suspension of fine carbon fibers; hydrophilizing a surface of the fine carbon fibers by oxidation; collecting the fine carbon fibers by filtering separation; and mixing the carbon fibers with a dispersion medium, wherein the fine carbon fibers are carbon nanofibers having an average fiber diameter of 1 to 100 nm and an aspect ratio of 5 or greater.
A workpiece cutting apparatus comprising: - a laser source; - a first suction system; and wherein the first suction system includes one or more fingers adapted to help hold a sheet-like workpiece in a suitable position as the workpiece moves past the laser source, the one or more fingers including a first end provided near a laser contact point and positioned on a laser side of the workpiece; wherein the first suction system is in fluid communication with an aperture in the one or more fingers near the first end; wherein the first suction system is adapted to suction various fumes, debris, and other products of the cutting process from and near the laser side of workpiece; characterized in that the workpiece cutting apparatus further comprises a second suction system, wherein the second suction system has a first end provided near the point where the laser from the laser source cuts the workpiece on an exit side of the workpiece. - a laser source; - a first suction system; and
An adjustment apparatus (60, 70) for adjusting a control parameter for a servomotor, the apparatus (60, 70) comprising: a gain adjustment unit (600, 700) configured to adjust a position proportional gain (K pp) and a velocity proportional gain (K vp), the position proportional gain (K pp) being used in position control performed in a servo driver for controlling the servomotor, the velocity proportional gain (K vp) being used in velocity control performed in the servo driver, an inertia reception unit configured to receive, from the servo driver, an inertia value of a load machine controlled by the servo driver, wherein, when the servo driver is yet to determine an actual inertia value (J p) of a load machine, the inertia reception unit receives, from the servo driver, an initial inertia value (Jo), and characterized in that, when the inertia reception unit receives, from the servo driver, a real inertia value (J p) determined as an actual inertia value (J p) of the load machine, the gain adjustment unit (600, 700) sets the velocity proportional gain (K' vp) used after the real inertia value (J p) is received in a manner to cause a product of the initial inertia value (J 0) multiplied by the velocity proportional gain (K vp) set before the real inertia value (J p) is received to be equal to a product of the real inertia value (J p) multiplied by the velocity proportional gain (K' vp) used after the real inertia value (J p) is received. a gain adjustment unit (600, 700) configured to adjust a position proportional gain (K pp) and a velocity proportional gain (K vp), the position proportional gain (K pp) being used in position control performed in a servo driver for controlling the servomotor, the velocity proportional gain (K vp) being used in velocity control performed in the servo driver, an inertia reception unit configured to receive, from the servo driver, an inertia value of a load machine controlled by the servo driver, wherein, when the servo driver is yet to determine an actual inertia value (J p) of a load machine, the inertia reception unit receives, from the servo driver, an initial inertia value (Jo), and characterized in that, when the inertia reception unit receives, from the servo driver, a real inertia value (J p) determined as an actual inertia value (J p) of the load machine, the gain adjustment unit (600, 700) sets the velocity proportional gain (K' vp) used after the real inertia value (J p) is received in a manner to cause a product of the initial inertia value (J 0) multiplied by the velocity proportional gain (K vp) set before the real inertia value (J p) is received to be equal to a product of the real inertia value (J p) multiplied by the velocity proportional gain (K' vp) used after the real inertia value (J p) is received.
An intermediate of a fulvene compound represented by the following Chemical Formula 9: wherein each of R 2, R 3, and R 4 is independently or simultaneously a hydrogen; a C 1 to C 20 alkyl, alkenyl, alkylaryl, arylalkyl, or aryl; a C 1 to C 20 alkyl or aryl having an oxygen atom or a nitrogen atom; or a group 14 metalloid radical substituted by a hydrocarbyl, wherein R 3 and R 4 may be linked by an alkylidine radical including an alkyl or aryl radical to form a ring; and R 5 is a C 1 to C 20 alkyl, alkenyl, alkylaryl, arylalkyl, or aryl; a C 1 to C 20 alkyl or aryl having an oxygen atom or a nitrogen atom; or a group 14 metalloid radical substituted by a hydrocarbyl. each of R 2, R 3, and R 4 is independently or simultaneously a hydrogen; a C 1 to C 20 alkyl, alkenyl, alkylaryl, arylalkyl, or aryl; a C 1 to C 20 alkyl or aryl having an oxygen atom or a nitrogen atom; or a group 14 metalloid radical substituted by a hydrocarbyl, wherein R 3 and R 4 may be linked by an alkylidine radical including an alkyl or aryl radical to form a ring; and R 5 is a C 1 to C 20 alkyl, alkenyl, alkylaryl, arylalkyl, or aryl; a C 1 to C 20 alkyl or aryl having an oxygen atom or a nitrogen atom; or a group 14 metalloid radical substituted by a hydrocarbyl.
Multicomponent composition comprising A) a binder component comprising at least one epoxy resin, B) a hardener component comprising at least one amine compound as aminic curing agent, and C) a solid component comprising a hydraulic inorganic binder, characterized in that the hydraulic inorganic binder is a ternary binder composed of high-alumina cement, calcium sulfate, and Portland cement, the solid component comprising 5 to 20 wt% of high-alumina cement, 3 to 13 wt% of calcium sulfate, and 3 to 10 wt% of Portland cement. A) a binder component comprising at least one epoxy resin, B) a hardener component comprising at least one amine compound as aminic curing agent, and C) a solid component comprising a hydraulic inorganic binder,
A method for producing iron methacrylate for production of a hydroxyalkyl methacrylate, comprising subjecting a mixture of a metallic iron having an oxygen atom content by XRF analysis of a surface thereof of 6% by mass or lower and methacrylic acid to a heat treatment at 95°C or higher and lower than 110°C for 100 to 600 min.
Method for operating a steering system in an at least two-track motor vehicle having a steerable axle which has two steerable wheels (1, 2) and having a vehicle drive (10, 11), the drive torque of which can be distributed to the steerable wheels (1, 2) as a wheel drive torques as a function of a drive controller, having the following steps: - making available a steering wheel rotational angle and a respective actual steering angle of each of the two steerable wheels (1, 2) of the steerable axle in the form of electronic input signals for an electronic steering control system, - evaluating the steering wheel rotational angle and calculating a setpoint steering angle for the two steerable wheels (1, 2) from the steering wheel rotational angle, - determining a difference in terms of absolute value and direction between the actual steering angle and the setpoint steering angle, and - outputting a control signal from the steering control system to the drive controller, - distributing the wheel drive torques as a left-hand wheel drive torque and the right-hand wheel drive torque to the steerable wheels (1, 2) in such a way that the difference between the actual steering angle and the setpoint steering angle of the steerable wheels (1, 2) is reduced. - making available a steering wheel rotational angle and a respective actual steering angle of each of the two steerable wheels (1, 2) of the steerable axle in the form of electronic input signals for an electronic steering control system, - evaluating the steering wheel rotational angle and calculating a setpoint steering angle for the two steerable wheels (1, 2) from the steering wheel rotational angle, - determining a difference in terms of absolute value and direction between the actual steering angle and the setpoint steering angle, and - outputting a control signal from the steering control system to the drive controller, - distributing the wheel drive torques as a left-hand wheel drive torque and the right-hand wheel drive torque to the steerable wheels (1, 2) in such a way that the difference between the actual steering angle and the setpoint steering angle of the steerable wheels (1, 2) is reduced.
A microsphere lens assembly comprising: a base lens; a microsphere lens and a column of optically clear material extending from a front surface of the base lens to the microsphere lens, wherein the microsphere lens is fixed to the base lens by the column.