mhurhangee/patent-ind-claim-en huggingface dataset:
A spar for an airfoil comprising: a central structural member ; an outer structural layer surrounding the central structural member ; and a plurality of yarns extending through the central structural member ; characterised in that central structural member is formed from two parts and the yarns extend through both parts of the central structural member , the central structural member being an I-beam stiffener formed from two C-shaped parts each having a central portion and two outer flange portions and wherein the C-shaped parts are attached to one another at their respective central portions , the yarns extending through the central portions of both C-shaped parts to secure the attachment. a central structural member ; an outer structural layer surrounding the central structural member ; and a plurality of yarns extending through the central structural member ; characterised in that central structural member is formed from two parts and the yarns extend through both parts of the central structural member , the central structural member being an I-beam stiffener formed from two C-shaped parts each having a central portion and two outer flange portions and wherein the C-shaped parts are attached to one another at their respective central portions , the yarns extending through the central portions of both C-shaped parts to secure the attachment.
Electric drive which has an electric motor which is arranged in or on a housing, wherein a connection region is provided on the housing, electrical connection contacts for connecting the drive to external electrical connection lines being arranged on the said connection region, wherein the housing has at least one first housing part , which has a first and a second connecting point and is connected to the electric motor , and a second housing part , which has electrical connection contacts and can be selectively or alternately connected to the first housing part at the first or at the second connecting point , characterized in that the housing has a third housing part on which at least one ballast resistor, which can be electrically connected to a winding of the electric motor and/or to a control and/or logic module for the electric motor , is arranged, and in that the third housing part can be selectively or alternately connected to the first connecting point or to the second connecting point in such a way that, in a first configuration, the second housing part is arranged at the first connecting point and the third housing part is arranged at the second connecting point and, in a second configuration, the third housing part is arranged at the first connecting point and the second housing part is arranged at the second connecting point .
Apparatus for a neuromodulation system , comprising: neuromodulation generator circuitry configured to use electrodes of an electrode arrangement to generate neuromodulation fields including: a therapeutic neuromodulation field to produce a therapeutic effect in therapy-targeted neural tissue; and a priming field to produce a priming effect in priming-targeted neural tissue, wherein the priming effect causes a change in sensitization of the priming-targeted neural tissue to the therapeutic neuromodulation field; and a controller configured to initiate a default priming program, to receive testing program configuration instructions including therapeutic neuromodulation field-setting parameters for a testing program, and to determine a custom priming program to supersede the default priming program in response to the testing program configuration instructions, wherein the default priming program controls the neuromodulation generator circuitry to apply a default priming field to a region where the electrode arrangement is placed, the custom priming program controls the neuromodulation generator circuitry to generate a custom priming field with specific correspondence to the therapeutic neuromodulation field to be produced by the testing program, and the custom priming field is a subset of the default priming field. a therapeutic neuromodulation field to produce a therapeutic effect in therapy-targeted neural tissue; and a priming field to produce a priming effect in priming-targeted neural tissue, wherein the priming effect causes a change in sensitization of the priming-targeted neural tissue to the therapeutic neuromodulation field; and a controller configured to initiate a default priming program, to receive testing program configuration instructions including therapeutic neuromodulation field-setting parameters for a testing program, and to determine a custom priming program to supersede the default priming program in response to the testing program configuration instructions, wherein the default priming program controls the neuromodulation generator circuitry to apply a default priming field to a region where the electrode arrangement is placed, the custom priming program controls the neuromodulation generator circuitry to generate a custom priming field with specific correspondence to the therapeutic neuromodulation field to be produced by the testing program, and the custom priming field is a subset of the default priming field.
Gearshift assembly for motor vehicles, the gearshift assembly comprising: - a housing ; - a knob-lever extending along a longitudinal axis (Z) and capable of rotation relative to the housing around a first axis (X) and around a second axis (Y), said first and second axes (X, Y) defining a plane (XY) that is intersected perpendicular by the longitudinal axis (Z); - a select-lever hinged to the housing and linked to the knob-lever such that the select-lever is exclusively driven by the knob-lever for performing a gear select movement as the knob-lever is rotated around the first axis (X); - a lever-arm (1.1) attached to the knob-lever arranged for driving the select-lever ; - a shift-lever hinged to the knob-lever and to the housing such that the shift-lever is exclusively driven by the knob-lever for performing a gear shift movement as the knob-lever is rotated around the second axis (Y); and such that the shift-lever is restrained to move in a single plane (XZ) formed by the first axis (X) and the longitudinal axis (Z) such that the shift-lever is allowed to rotate around the second axis (Y) and is only movable in said single plane (XZ), - at least one restraining mechanism comprising at least one bushing with an opening formed therein, supporting the shift-lever and allowing the knob-lever and the shift-lever to be rotated together around the second axis (Y) and preventing the shift-lever from being rotated around the first axis (X); characterized in that the lever-arm (1.1) passes through an opening in the shift lever , and further passes through the opening of the bushing , and in that said opening of the bushing is sized for allowing a limited range of motion of the lever-arm (1.1) around said first axis (X) and allowing rotation around the second axis (Y). - a housing ; - a knob-lever extending along a longitudinal axis (Z) and capable of rotation relative to the housing around a first axis (X) and around a second axis (Y), said first and second axes (X, Y) defining a plane (XY) that is intersected perpendicular by the longitudinal axis (Z); - a select-lever hinged to the housing and linked to the knob-lever such that the select-lever is exclusively driven by the knob-lever for performing a gear select movement as the knob-lever is rotated around the first axis (X); - a lever-arm (1.1) attached to the knob-lever arranged for driving the select-lever ; - a shift-lever hinged to the knob-lever and to the housing such that the shift-lever is exclusively driven by the knob-lever for performing a gear shift movement as the knob-lever is rotated around the second axis (Y); and such that the shift-lever is restrained to move in a single plane (XZ) formed by the first axis (X) and the longitudinal axis (Z) such that the shift-lever is allowed to rotate around the second axis (Y) and is only movable in said single plane (XZ), - at least one restraining mechanism comprising at least one bushing with an opening formed therein, supporting the shift-lever and allowing the knob-lever and the shift-lever to be rotated together around the second axis (Y) and preventing the shift-lever from being rotated around the first axis (X);
A formwork system for producing a formwork for a precast concrete component including formwork profiles (7 to 26, 65) which each have two longitudinal sides and two end sides therebetween, wherein the formwork profiles can be subdivided into a first group and a second group and the formwork profiles (7 to 24, 65) of the second group are provided to be arranged substantially perpendicularly to one or more formwork profiles of the first group and at least the formwork profiles of the first group at at least one longitudinal side have a projecting inclined surface for forming a bevel in a precast concrete component, wherein the second group of formwork profiles (7 to 24, 65) can be subdivided into a first subgroup , a second subgroup and a third subgroup , wherein the formwork profiles (7 to 13) of the first subgroup at precisely one first end side viewed from a direction perpendicular to one of the longitudinal sides have a recess for receiving the inclined surface of a formwork profile from the first group , the formwork profiles (14 to 20) of the second subgroup at precisely one end side opposite to the first end side viewed from a direction perpendicular to one of the longitudinal sides have a recess for receiving the inclined surface of a formwork profile from the first group , and the formwork profiles (21 to 24, 65) of the third subgroup at none of the two end sides viewed from a direction perpendicular to one of the longitudinal sides have a recess for receiving the inclined surface of a formwork profile from the first group , wherein the formwork system comprises formwork profiles (7 to 26, 65) of fixed lengths so that any desired formwork can be built up from the formwork system comprising formwork profiles (7 to 26, 65), in particular to centimetre accuracy, characterised in that the formwork profiles each have at least one means for releasably fixing the formwork profiles on a substrate , wherein the releasable fixing means include an actuating element which in the position of use of the formwork profiles is accessible from the top side thereof.
A method for inspecting a blow molded container having a finish (20; 120), a base (80; 180; 310), a body (34; 134) between the finish (20; 120) and base (80; 180; 310), and etching (42; 142; 342) at the base (80; 180; 310), the method comprising: identifying where on the base (80; 180; 310) the etching (42; 142; 342) is located; designating the base (80; 180; 310) as accurately blow molded if the etching (42; 142; 342) is located at a predetermined location of the base (80; 180; 310); and designating the base (80; 180; 310) as not accurately blow molded if the etching (42; 142; 342) is not located at the predetermined location of the base (80; 180; 310); wherein the etching is confined to a flexible diaphragm of the base (80; 180; 310) arranged between a center push-up portion (82; 182; 382) at an axial center of the base (80; 180; 310) and a heel at an outer periphery of the base (80; 180; 310), the etching (42; 142; 342) extends continuously around an axial center of the base (80; 180; 310), and the etching (42; 142; 342) is configured to reduce the weight of the base at the flexible diaphragm of the base (80; 180; 310) to facilitate flexing of the flexible diaphragm . identifying where on the base (80; 180; 310) the etching (42; 142; 342) is located; designating the base (80; 180; 310) as accurately blow molded if the etching (42; 142; 342) is located at a predetermined location of the base (80; 180; 310); and designating the base (80; 180; 310) as not accurately blow molded if the etching (42; 142; 342) is not located at the predetermined location of the base (80; 180; 310); wherein the etching is confined to a flexible diaphragm of the base (80; 180; 310) arranged between a center push-up portion (82; 182; 382) at an axial center of the base (80; 180; 310) and a heel at an outer periphery of the base (80; 180; 310), the etching (42; 142; 342) extends continuously around an axial center of the base (80; 180; 310), and the etching (42; 142; 342) is configured to reduce the weight of the base at the flexible diaphragm of the base (80; 180; 310) to facilitate flexing of the flexible diaphragm .
A communication device comprising: a first communication part that is connectable to an energy storage device or a power supply related apparatus and and to communicate with the energy storage device or the power supply related apparatus; an acquisition part for acquiring information including a state of the energy storage device or the power supply related apparatus on a basis of a set timing; a change acceptance part for accepting a change in the timing and changing the timing; and a transmission part for transmitting, at a timing after the change, the information acquired by the acquisition part to a first apparatus by using a second communication part communicatively connected to the first apparatus, wherein the change acceptance part is configured to receive by using the second communication part , an instruction to change the timing transmitted from the first apparatus. a first communication part that is connectable to an energy storage device or a power supply related apparatus and and to communicate with the energy storage device or the power supply related apparatus; an acquisition part for acquiring information including a state of the energy storage device or the power supply related apparatus on a basis of a set timing; a change acceptance part for accepting a change in the timing and changing the timing; and a transmission part for transmitting, at a timing after the change, the information acquired by the acquisition part to a first apparatus by using a second communication part communicatively connected to the first apparatus, wherein the change acceptance part is configured to receive by using the second communication part , an instruction to change the timing transmitted from the first apparatus.
Disassembly bench for unlocking and disassembling a first component and a second component of a watch with secure closing comprising at least two slides for immobilising said first component and said second component in a locked position, said disassembly bench comprising handling means arranged to transmit a relative disassembly movement between said first component and said second component , characterised in that said disassembly bench comprises centrifuging means and/or pneumatic or hydraulic means for simultaneous application to all said slides of a centrifugal force and/or an overpressure or an underpressure to such a watch to press all said slides into a position of free passage, wherein the action of said handling means is only possible when all said slides are in said position of free passage.
A rosin dispersion which is a reaction product of, by dry weight based on total dry weight of the rosin dispersion, from 80% to 98% a rosin resin, and from 2% to 20% a dispersant, wherein the rosin resin is processed by at least one method of a) modification, wherein the term "modification" refers to mixing the raw material rosins with phenols or unsaturated acid and heating them, b) hydrogenation or disproportionation, and c) polymerization or esterification from raw material rosins, the dispersant is selected from olefin (meth)acrylic acid copolymers and wherein the rosin resin has an acid value of from 1 to 50 KOH mg/g, and a softening point of from 25 to 150°C.
A seal assembly comprising: a shaft rotatable about a central longitudinal axis (A); a housing including a seal flange at least partially defining a seal opening; and a carbon seal located at least partially in the seal opening and including a first axially facing surface , wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft ; the seal flange including a second axially facing surface ; characterised in that the second axially facing surface of the seal flange is at least partially covered with a carbide based coating in direct contact therewith and with a diamond-like carbon coating in direct contact with the carbide based coating , the diamond-like carbon coating being in engagement with the first axially facing surface on the carbon seal such that the carbide based coating and the diamond-like carbon coating create an axial separation between the flange and the carbon seal with respect to the central longitudinal axis (A). a shaft rotatable about a central longitudinal axis (A); a housing including a seal flange at least partially defining a seal opening; and a carbon seal located at least partially in the seal opening and including a first axially facing surface , wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft ; the seal flange including a second axially facing surface ; characterised in that the second axially facing surface of the seal flange is at least partially covered with a carbide based coating in direct contact therewith and with a diamond-like carbon coating in direct contact with the carbide based coating , the diamond-like carbon coating being in engagement with the first axially facing surface on the carbon seal such that the carbide based coating and the diamond-like carbon coating create an axial separation between the flange and the carbon seal with respect to the central longitudinal axis (A).
A method for wireless communication by a user equipment, UE, comprising: reporting antenna capability information of the UE, wherein the UE comprises a plurality of antenna elements arranged in one or more antenna subarrays, and each subarray comprises a subset of the plurality of antenna elements, and wherein the antenna capability information comprising identification information of each of one or more antenna subarrays and polarization information indicating at least one of single polarization and dual polarization that is supported by each of the one or more antenna subarrays; determining transmit-receive beam pairs based on the information provided in the UE antenna capability information; receiving an indication to operate an antenna subarray for which polarization information indicates dual polarization is supported, wherein the indication indicates, for each polarization of the antenna subarray, one of the beam pairs; and communicating according to the indication. reporting antenna capability information of the UE, wherein the UE comprises a plurality of antenna elements arranged in one or more antenna subarrays, and each subarray comprises a subset of the plurality of antenna elements, and wherein the antenna capability information comprising identification information of each of one or more antenna subarrays and polarization information indicating at least one of single polarization and dual polarization that is supported by each of the one or more antenna subarrays; determining transmit-receive beam pairs based on the information provided in the UE antenna capability information; receiving an indication to operate an antenna subarray for which polarization information indicates dual polarization is supported, wherein the indication indicates, for each polarization of the antenna subarray, one of the beam pairs; and communicating according to the indication.
A cordless wet and dry stick vacuum cleaner system, comprising: a portable power module comprising an airflow generator , a battery and control circuitry ; a first dirt management system for processing a wet vacuumed flow and separating and collecting the vacuumed liquid, wherein the first dirt management system is for attachment to the portable power module, wherein the portable power module delivers suction for the first dirt management system; a first, wet, vacuum nozzle for attachment to the first dirt management system; a second dirt management system for processing a dry vacuumed flow and collecting the vacuumed dirt, wherein the second dirt management system is for attachment to the portable power module, wherein the portable power module delivers suction for the second dirt management system; and a second, dry, vacuum nozzle for attachment to the second dirt management system. a portable power module comprising an airflow generator , a battery and control circuitry ; a first dirt management system for processing a wet vacuumed flow and separating and collecting the vacuumed liquid, wherein the first dirt management system is for attachment to the portable power module, wherein the portable power module delivers suction for the first dirt management system; a first, wet, vacuum nozzle for attachment to the first dirt management system; a second dirt management system for processing a dry vacuumed flow and collecting the vacuumed dirt, wherein the second dirt management system is for attachment to the portable power module, wherein the portable power module delivers suction for the second dirt management system; and a second, dry, vacuum nozzle for attachment to the second dirt management system.
A vascular access device comprising: a catheter which comprises an elongate flexible shaft having a proximal end and a distal end with a primary lumen therethrough; a balloon disposed about the distal end of the catheter ; an inflation lumen which is in fluid communication with the balloon and which extends toward the proximal end of the shaft of the catheter , wherein the balloon is inflatable into a shape having a first open end, a second open end, a sidewall between the first and second open ends, and a passageway therethrough, which, when the balloon is deployed and inflated within a vessel, permits blood flowing in the vessel to flow through the passageway, and wherein the balloon further comprises a balloon lumen which is coupled at its first end to the primary lumen of the catheter and which extends to an aperture in the sidewall of the balloon , thereby providing a hemostatic connection and luminal access to a wall of the vessel via the primary lumen of the catheter , characterized in that the device further comprises a counter support traverse to the sidewall to reinforce the hemostatic connection about the aperture. a catheter which comprises an elongate flexible shaft having a proximal end and a distal end with a primary lumen therethrough; a balloon disposed about the distal end of the catheter ; an inflation lumen which is in fluid communication with the balloon and which extends toward the proximal end of the shaft of the catheter , wherein the balloon is inflatable into a shape having a first open end, a second open end, a sidewall between the first and second open ends, and a passageway therethrough, which, when the balloon is deployed and inflated within a vessel, permits blood flowing in the vessel to flow through the passageway, and wherein the balloon further comprises a balloon lumen which is coupled at its first end to the primary lumen of the catheter and which extends to an aperture in the sidewall of the balloon , thereby providing a hemostatic connection and luminal access to a wall of the vessel via the primary lumen of the catheter , characterized in that the device further comprises a counter support traverse to the sidewall to reinforce the hemostatic connection about the aperture.