mhurhangee/ep-ind-claims huggingface dataset:
A resistivity logging system that comprises: a tool body having: a center electrode positioned between multiple pairs of guard electrodes, wherein said multiple pairs of guard electrodes are positioned between a pair of return electrodes on said tool body; and multiple pairs of split monitor electrodes, each of said split monitor electrodes having two electrically-coupled component electrodes with an associated guard electrode therebetween; and electronics adapted to provide a primary current from the center electrode to the pair of return electrodes and to provide a respective guard current from each pair in said multiple. pairs of guard electrodes to the pair of return electrodes, the electronics further adapted to acquire a voltage measurement from each of said pairs of split monitor electrodes. a tool body having: a center electrode positioned between multiple pairs of guard electrodes, wherein said multiple pairs of guard electrodes are positioned between a pair of return electrodes on said tool body; and multiple pairs of split monitor electrodes, each of said split monitor electrodes having two electrically-coupled component electrodes with an associated guard electrode therebetween; and a center electrode positioned between multiple pairs of guard electrodes, wherein said multiple pairs of guard electrodes are positioned between a pair of return electrodes on said tool body; and multiple pairs of split monitor electrodes, each of said split monitor electrodes having two electrically-coupled component electrodes with an associated guard electrode therebetween; and electronics adapted to provide a primary current from the center electrode to the pair of return electrodes and to provide a respective guard current from each pair in said multiple. pairs of guard electrodes to the pair of return electrodes, the electronics further adapted to acquire a voltage measurement from each of said pairs of split monitor electrodes.
Method for inspecting ply-by-ply machining of a part under repair made of a fibre-resin type multilayer composite material by ply-by-ply machining a stepped (Mi) or continuously sloped cut-out in a stack of plies (Pi) with different successive orientations, in conjunction with imaging, characterized in that it includes the following steps: - capturing images (I A to I D) with lighting of different orientation of a surface of the machined part to be inspected as a function of the orientations and the optical characteristics of the machined plies (Pi); - analysing by comparing the images (I A to I D) pixel by pixel (P 0) in order to determine the orientation of each pixel (P 0) as corresponding to that of the image in which that pixel has a greater brightness; - if the pixel has similar brightness in all the images (I A to I D) that pixel (Pr) is attributed to the resin; - constructing a map expressed in ply units of the surface to be inspected by applying the foregoing analysis to all the pixels; - estimating a level of machining quality from the map produced; and - archiving each map produced in this way as a machining result. - capturing images (I A to I D) with lighting of different orientation of a surface of the machined part to be inspected as a function of the orientations and the optical characteristics of the machined plies (Pi); - analysing by comparing the images (I A to I D) pixel by pixel (P 0) in order to determine the orientation of each pixel (P 0) as corresponding to that of the image in which that pixel has a greater brightness; - if the pixel has similar brightness in all the images (I A to I D) that pixel (Pr) is attributed to the resin; - constructing a map expressed in ply units of the surface to be inspected by applying the foregoing analysis to all the pixels; - estimating a level of machining quality from the map produced; and - archiving each map produced in this way as a machining result.
An unidirectional actuated exoskeleton device for generating torque about an axis of a body joint, characterized in: a shank tube; having a medial ankle joint bearing housing including a lateral ankle joint bearing housing located on the lower end, and a medial actuator housing located at the top thereof; secured by a calf attachment for connection to the shin of the leg of a user; a joint cross member with a bottom socket and a pivot member at the top thereof; the joint cross member is pivotally connected to the lateral ankle joint bearing housing and medial ankle joint bearing housing; an electric motor having a motor axis of rotation; the motor attached to the shank tube; the motor axis of rotation being perpendicular to the major axis of the shin; the electric motor being configured and arranged with a unidirectional transmission; a lever arm; being connected to the pivot member with a lower free end; a drive belt; being connected to an upper free end of the lever arm; wherein the drive belt is wound up and unwound about a drive spool driven by the electric motor a footplate; having a socket portion; the socket portion being pivotally connected to the bottom socket; and wherein the unidirectional transmission is connected between the electric motor and the lever arm. a shank tube; having a medial ankle joint bearing housing including a lateral ankle joint bearing housing located on the lower end, and a medial actuator housing located at the top thereof; secured by a calf attachment for connection to the shin of the leg of a user; a joint cross member with a bottom socket and a pivot member at the top thereof; the joint cross member is pivotally connected to the lateral ankle joint bearing housing and medial ankle joint bearing housing; an electric motor having a motor axis of rotation; the motor attached to the shank tube; the motor axis of rotation being perpendicular to the major axis of the shin; the electric motor being configured and arranged with a unidirectional transmission; a lever arm; being connected to the pivot member with a lower free end; a drive belt; being connected to an upper free end of the lever arm; wherein the drive belt is wound up and unwound about a drive spool driven by the electric motor a footplate; having a socket portion; the socket portion being pivotally connected to the bottom socket; and wherein the unidirectional transmission is connected between the electric motor and the lever arm.
A cartridge system for dispensing an aqueous solution, which consists of a mixture of an active substance with a liquid medium, including a bottle-shaped container fastened to the neck of which there is a pump, wherein the container may be filled with the liquid medium, wherein arranged in the container there is a cartridge (1, 13), sealingly inserted into the upper side of which is the inlet pipe of the pump, wherein the active substance may be introduced into the cartridge (1, 13), wherein the cartridge (1, 13) is sealed from the exterior by at least one piston or stopper (7, 15, 17) which is movably arranged in a wall of the cartridge (1, 13) and moves into the interior of the cartridge under the action of reduced pressure produced by the pump and opens it to the exterior so that the active substance is mixable with the liquid medium.
Fastener for securing a retaining element on a support, wherein the fastener is formed in the manner of a retaining clip and has at least one limb (7, 8) and at least one engaging portion, wherein the engaging portion extends outward from the longitudinal axis of the fastener and is designed to engage with the retaining element, and the limb (7, 8) has at least one latching portion to hold back the retaining element on a support, wherein the fastener has a channel for receiving a portion of the retaining element, wherein the fastener has at least one contact region for contact with the retaining element, which is positioned at least partially within the channel, and the contact region is connected to the engaging portion by means of a connecting portion, wherein the contact region extends at an angle greater than 0° and less than 90° to the longitudinal axis of the channel, characterised in that the engaging portion is designed to allow a movement of the fastener relative to the retaining element in the direction of the longitudinal axis of the fastener, and a further engaging portion which extends outward is provided as a catch portion for the movement of the fastener relative to the retaining element, wherein the further engaging portion adjoins the contact region. the fastener is formed in the manner of a retaining clip and has at least one limb (7, 8) and at least one engaging portion, wherein the engaging portion extends outward from the longitudinal axis of the fastener and is designed to engage with the retaining element, and the limb (7, 8) has at least one latching portion to hold back the retaining element on a support, wherein the fastener has a channel for receiving a portion of the retaining element, wherein the fastener has at least one contact region for contact with the retaining element, which is positioned at least partially within the channel, and the contact region is connected to the engaging portion by means of a connecting portion, wherein the contact region extends at an angle greater than 0° and less than 90° to the longitudinal axis of the channel, characterised in that the engaging portion is designed to allow a movement of the fastener relative to the retaining element in the direction of the longitudinal axis of the fastener, and a further engaging portion which extends outward is provided as a catch portion for the movement of the fastener relative to the retaining element, wherein the further engaging portion adjoins the contact region.
Valve, comprising a valve housing in which a valve seat and a closing body that is movable in the axial direction, relative to the valve seat, are provided, wherein the closing body is radially connected to the valve housing by means of at least one element consisting of flexible material, wherein the closing body (2; 2c; 2a, 2d; 2b, 2d; 2e, 2d) is radially connected to the valve housing at at least two axially mutually spaced clamping points (30, 40), by means of at least one element (3a; 3a, 3b; 3a, 3b, 3c; 4a, 4b; 4a, 4b, 4c), consisting of flexible material, in each case, characterized in that the closing body consists of a cone, a plate or a spherical segment, and a valve rod that is axially rigidly connected to the cone, the plate or the spherical segment, and in that one of the at least two axially mutually spaced clamping points is arranged axially above, and a further of the at least two axially mutually spaced clamping points is arranged axially below, the valve seat in the valve housing.
Tool arrangement having a longitudinal center axis, having a tool holder which can be connected to a machine spindle for rotation around the longitudinal center axis, having a tool head and having a shank which supports the tool head having a tool for machining of workpieces, wherein the tool holder and the shank in each case have a flat surface (32, 34) which is oriented transversely with respect to their axial direction, wherein the flat surfaces (32, 34) lie opposite to one another, and wherein the tool holder and the shank are connected rotational fixedly and releasably to one another by way of connecting means (18, 22) which have a journal which projects in the axial direction and a receptacle which receives the journal, and having a device for decoupling vibrations of the tool holder and of the shank which supports the tool head, characterized in that the device for decoupling vibrations has means for reducing friction that are arranged between the flat surfaces (32, 34) which hold the flat surfaces (32, 34) at a spacing from one another, have a lower coefficient of friction than at least one of the flat surfaces (32, 34) when in direct contact with one another and whose compressibility is not greater than the compressibility of the shank and than the compressibility of the tool holder.
Vehicle door drive assembly comprising a) a holding element and/or guiding element for a vehicle door, b) a longitudinal actuator which induces a longitudinal movement of the holding element and/or guiding element, c) a converting transmission which converts the longitudinal movement of the holding element and/or guiding element into a transverse movement, characterised in that d) the converting transmission comprises a spindle drive having da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element, e) the converting transmission comprising an arm which is in a driving connection with the second spindle drive element, the arm being pivotable about a pivoting axis having an orientation in the direction of a longitudinal axis and the arm setting a position of the holding element and/or guiding element in a direction of a transverse axis and f) the arm forming a toggle lever of a toggle lever drive. a) a holding element and/or guiding element for a vehicle door, b) a longitudinal actuator which induces a longitudinal movement of the holding element and/or guiding element, c) a converting transmission which converts the longitudinal movement of the holding element and/or guiding element into a transverse movement, characterised in that d) the converting transmission comprises a spindle drive having da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element, da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element, e) the converting transmission comprising an arm which is in a driving connection with the second spindle drive element, the arm being pivotable about a pivoting axis having an orientation in the direction of a longitudinal axis and the arm setting a position of the holding element and/or guiding element in a direction of a transverse axis and f) the arm forming a toggle lever of a toggle lever drive.
Pipe system, with a first house connection or domestic service pipe, which is provided as a tube with at least two connecting pieces and with a second pipe, wherein the outer diameter of the second pipe is smaller than the inner diameter of the domestic service pipe, wherein the first, outer domestic service pipe and the second, inner pipe are brought together by a connecting piece to form a combined pipe and emerge again as a combined pipe at a further connecting piece, the combined pipe (10, 20) being connected at its two ends to a connecting piece, respectively, wherein the second pipe is guided in the domestic service pipe, wherein the first, outer domestic service pipe and the second, inner pipe are connected to each other by the connecting pieces at their ends of the pipes (10, 20) and gas or water is led through the domestic service pipe and a medium or a telephone line, for example made of copper or glass fiber, is led through the second pipe, wherein the connecting pieces each comprise: a first port for connecting the combined pipe consisting of the domestic service pipe and the second pipe, a second port for connection to the domestic service pipe of the first port, and a third port for connection to the second pipe of the first connection, wherein the second pipe, like the domestic service pipe, is provided as a tube, wherein the tubes are of rigid design and provide a constant cross-section, irrespective of the internal pressure of the medium flowing through them and of the respective external pressure, so that the combined pipe between the connecting pieces is media-tight and can be pressurized, and the second pipe can be guided through a stable, outer domestic service pipe, which runs in a straight line, in a particularly simple manner, wherein the domestic service pipe and the second pipe leaving the two ports (31b, 31c) to which the domestic service pipe and the second pipe are individually connected run parallel to one another and parallel to the combined pipe, and wherein the connecting pieces (30a, 30b) are designed as T-pieces.
A detection system for determining the shooting position of a gun, the detection system comprising: a block determination unit dividing an image of a previous frame and an image of a present frame into a predetermined number of blocks; a first block detection unit detecting a suspected block whose brightness is a reference value or higher from the image of the previous frame; a second block detection unit determining a group comprising a plurality of blocks including the detected suspected block from the image of the present frame and checking whether a block whose brightness is a reference value or higher exists in the group comprising a plurality of blocks; and a shooting position determination unit determining the block whose brightness is the reference value or higher, detected by the second block detection unit, as a shooting position. a block determination unit dividing an image of a previous frame and an image of a present frame into a predetermined number of blocks; a first block detection unit detecting a suspected block whose brightness is a reference value or higher from the image of the previous frame; a second block detection unit determining a group comprising a plurality of blocks including the detected suspected block from the image of the present frame and checking whether a block whose brightness is a reference value or higher exists in the group comprising a plurality of blocks; and a shooting position determination unit determining the block whose brightness is the reference value or higher, detected by the second block detection unit, as a shooting position.
System for fastening a leg of a furniture to a furniture, comprising: a fastening element configured such that it can be fastened to the leg of a furniture, and a retaining element configured such that it can be fastened to the furniture, wherein the retaining element comprises, on one side, a first protrusion and a second protrusion spaced from the first protrusion, the retaining element comprises a first side, a second side adjoining the first side and a third side opposing the first side, a recess opening towards the first side, which recess being configured to accommodate the first protrusion and a pretensioning face, starting from the second side, running along the third side and a stop face protruding from the third side and joining the pretensioning face, wherein the retaining element with the first protrusion and the second protrusion and the fastening element with the recess, the pretensioning face, and the stop face are configured such that, in a state in which the first protrusion abuts, coming from the first side, against the recess in a predetermined depth and, thereby, on both sides and the second protrusion abuts against the stop face and, in a backlash-free manner, against the pretensioning face, the system enables a backlash-free fastening of the leg of a furniture to the furniture. a fastening element configured such that it can be fastened to the leg of a furniture, and a retaining element configured such that it can be fastened to the furniture, wherein the retaining element comprises, on one side, a first protrusion and a second protrusion spaced from the first protrusion, the retaining element comprises a first side, a second side adjoining the first side and a third side opposing the first side, a recess opening towards the first side, which recess being configured to accommodate the first protrusion and a pretensioning face, starting from the second side, running along the third side and a stop face protruding from the third side and joining the pretensioning face, wherein the retaining element with the first protrusion and the second protrusion and the fastening element with the recess, the pretensioning face, and the stop face are configured such that, in a state in which the first protrusion abuts, coming from the first side, against the recess in a predetermined depth and, thereby, on both sides and the second protrusion abuts against the stop face and, in a backlash-free manner, against the pretensioning face, the system enables a backlash-free fastening of the leg of a furniture to the furniture.
A valve for dispensing small quantities of solid material in powder or granular form, comprising a valve housing defining a generally vertical flow passage through the housing, said flow passage having an inlet and an outlet positioned on opposite sides of a valve seat, a valve member comprising a valve body rotatable in the valve housing about a generally horizontal axis of rotation between an open position for permitting flow through down through the flow passage and a closed position blocking said flow, and a slot in the valve body. the valve body and slot being configured such that the slot communicates with both the inlet and the outlet when the valve member is in its open position, and such that the slot communicates with the inlet but not the outlet when the valve member is in its closed position said valve body comprising axially opposite end portions defining opposite sides of the slot and a bridging portion connecting the end portions and defining a bottom of the slot, said bridging portion of the valve body having an exterior surface forming a sealing fit with the valve seat in the valve housing and wherein said exterior surface is not exposed to material flowing through the slot when the valve body is in its open position, characterised in that the exterior surface of the bridging portion has a recess for reducing frictional contact with the valve seat.
A holder for a smartphone, the holder having a receptacle for the smartphone, the holder having a first locking mechanism (8, 16, 17, 18), using which the smartphone can be locked in the receptacle, and the holder having a trigger for unlocking a second locking mechanism (22, 23, 24), using which the holder can be locked on a shopping trolley, characterized in that, in the case of a smartphone held in the receptacle, the trigger is covered by the smartphone.
Turbine for expanding a working fluid in an organic Rankine cycle, comprising a casing, inside of which at least a statoric group is accommodated, a turbine shaft contained inside a tube member and carrying at least a rotoric group, contained within the casing, wherein said tube member and said casing are each other axially pushed and radially centered, said turbine being characterized in that - the centering between the tube member and the casing is made by means of a plurality of centering tabs (40, 50") housed in corresponding centering bushings (50,50'), in turn accommodated in corresponding seats (60, 60') formed in the casing and in the tube member, and in that - said tabs allow a relative displacement in the radial direction but not in the tangential direction of the tube member with respect to the casing, and one of said centering bushings (50, 50') is provided with a slot, radially oriented for the centering tab (40,50"). - the centering between the tube member and the casing is made by means of a plurality of centering tabs (40, 50") housed in corresponding centering bushings (50,50'), in turn accommodated in corresponding seats (60, 60') formed in the casing and in the tube member, and in that - said tabs allow a relative displacement in the radial direction but not in the tangential direction of the tube member with respect to the casing, and one of said centering bushings (50, 50') is provided with a slot, radially oriented for the centering tab (40,50").