mhurhangee/ep-ind-claims huggingface dataset:
A first connecting member of an electrical connection structure formed between the first connecting member and a second connecting member that includes a conductive projection, the first connecting member comprising a flexible substrate comprising a flexible insulating film which is a base member for the first connecting member, a conductive pad having elasticity and formed on at least one side of the flexible insulating film, a conductive circuit pattern extending from a rim of the conductive pad, and a through-hole formed through a thickness of the flexible insulating film at a planar position within the conductive pad, and a n aperture that is smaller than said through-hole and is formed at a planar position within the conductive pad and communicating with the through-hole, said aperture having a contour located within the contour of the through-hole as viewed in a direction of a thickness of the flexible insulating film, so that the first and second connecting members (A, B) are detachably engageable to form an electrical connection by inserting the conductive projection of the second connecting member in the through-hole of the first connecting member, from a side of the flexible insulating film upon which the conductive pad is formed, through the small aperture in the conductive pad, thereby elastically bending the conductive pad and a portion of the flexible insulating film under the conductive pad, along a direction of insertion of the conductive projection, so that the conductive pad is pressed onto the conductive projection due to elastic force of the conductive pad and the flexible insulating film is bent, characterized in that the first connecting member further comprises a conductive projection on one or each side of the flexible substrate.
A method in a user equipment for assisting a radio network node in selection of one or more mobility parameters, wherein the user equipment is served by the radio network node on an operating frequency band, and wherein the method comprises: sending, to the radio network node, an indication of a part of the operating frequency band, wherein the part of the operating frequency band is a subset of the operating frequency band, wherein the part of the operating frequency band is supported by the user equipment, wherein the indication, comprises information associated with a plurality of radio frequency channel numbers supported by the user equipment, for the part of the operating frequency band, wherein the information associated with the plurality of radio frequency channel numbers is to be used by the radio network node as a basis for selecting said one or more mobility parameters, and wherein the selecting comprises setting the one or more mobility parameters to indicate one or more radio frequency channel numbers supported by the user equipment, receiving said one or more mobility parameters from the radio network node, and applying said one or more mobility parameters. sending, to the radio network node, an indication of a part of the operating frequency band, wherein the part of the operating frequency band is a subset of the operating frequency band, wherein the part of the operating frequency band is supported by the user equipment, wherein the indication, comprises information associated with a plurality of radio frequency channel numbers supported by the user equipment, for the part of the operating frequency band, wherein the information associated with the plurality of radio frequency channel numbers is to be used by the radio network node as a basis for selecting said one or more mobility parameters, and wherein the selecting comprises setting the one or more mobility parameters to indicate one or more radio frequency channel numbers supported by the user equipment, receiving said one or more mobility parameters from the radio network node, and applying said one or more mobility parameters.
A pool cleaning vehicle including a housing, a bottom frame and a filter bag between the housing and the bottom frame, the housing being releaseably attached to the bottom frame and the filter bag being releaseably attached to the bottom frame, characterized by the fact that the means for attaching the filter bag to the bottom frame comprises: an attachment member having a first leg and a second leg, the legs (42, 44) being normally urged apart; the bottom frame having an attachment seat for connection with one of the legs (42, 44); and the housing sized and shaped to interlock with the other leg (44, 42) for secure connection to the bottom frame. an attachment member having a first leg and a second leg, the legs (42, 44) being normally urged apart; the bottom frame having an attachment seat for connection with one of the legs (42, 44); and the housing sized and shaped to interlock with the other leg (44, 42) for secure connection to the bottom frame.
Method for intermittent ultrasonic processing of a length of material, wherein a length of material is moved through between a sonotrode and a counter-tool and the length of material is processed intermittently, wherein in a processing interval the sonotrode is stimulated by an ultrasonic oscillation with an oscillation amplitude A and in a movement interval the sonotrode is stimulated with an oscillation amplitude B, characterised in that B < A and during the processing interval and during movement interval the length of material touches both the sonotrode and also the counter-tool, wherein the sonotrode is designed as a rotary sonotrode with cylindrical sealing surface, wherein the sonotrode and the counter-tool are rotated around an axis of rotation both during the processing interval and also during the movement interval, wherein the circumferential speed of the sonotrode and the counter-tool approximately amounts to the speed of the length of the material to be processed.
A method for manufacturing an implantable lead comprising an elongated lead body (5, 25) with a plurality of wires or wire bundles (11, 21) and an electrically isolating outer layer with the following steps: - Providing a sleeve (13, 23) having a sealed end and an open cavity opposite the sealed end and comprising electrically conducting material; - Pulling at least one wire or wire bundle (11, 21) out of the lead body (5, 25); - Positioning the pulled end of the at least one wire or wire bundle (11, 21) within the cavity of the sleeve (13, 23); - Forming the sleeve (13, 23) using a pressing tool such that the volume of the cavity is reduced, that the wire or wire bundle (11, 21) is fixed within the sleeve (13a, 23a) and that an electrical connection of the at least one wire or wire bundle (11, 21) and the formed sleeve (13a, 23a) is established; - Attaching a contact element to the lead body (15, 25) such that the contact element fixes the formed sleeve (13a, 23a) at the lead body (5, 25) and establishes an electrical connection to the sleeve (13a, 23a). - Providing a sleeve (13, 23) having a sealed end and an open cavity opposite the sealed end and comprising electrically conducting material; - Pulling at least one wire or wire bundle (11, 21) out of the lead body (5, 25); - Positioning the pulled end of the at least one wire or wire bundle (11, 21) within the cavity of the sleeve (13, 23); - Forming the sleeve (13, 23) using a pressing tool such that the volume of the cavity is reduced, that the wire or wire bundle (11, 21) is fixed within the sleeve (13a, 23a) and that an electrical connection of the at least one wire or wire bundle (11, 21) and the formed sleeve (13a, 23a) is established; - Attaching a contact element to the lead body (15, 25) such that the contact element fixes the formed sleeve (13a, 23a) at the lead body (5, 25) and establishes an electrical connection to the sleeve (13a, 23a).
A three-phase/two-phase rotary transformer (10, 110) comprising a three-phase portion and a two-phase portion that are movable in rotation relative to each other about an axis A; · the three-phase portion comprising a first body made of ferromagnetic material and three-phase coils (24, 25, 26, 27), the two-phase portion comprising a second body made of ferromagnetic material and two-phase coils (28, 29, 30, 31); · the second body defining a first annular slot of axis A and a second annular slot of axis A, the first slot being defined by a first side leg, a central leg, and a ring, the second slot being defined by the central leg, a second side leg, and the ring; and · the two-phase coils comprising a first toroidal coil of axis A in the first slot, a second toroidal coil of axis A in the first slot, a third toroidal coil of axis A in the second slot, and a fourth toroidal coil of axis A in the second slot, the first coil and the fourth coil being connected in series, the second coil and the third coil being connected in series; wherein given the winding directions and the connection directions of the coils, a current flowing in the first coil and the fourth coil corresponds, for the first coil, to a first magnetic potential and, for the fourth coil, to a second magnetic potential opposite to the first magnetic potential, and a current flowing in the second coil and in the third coil corresponds, for the second coil, to a third magnetic potential and, for the third coil, to a fourth magnetic potential opposite to the second magnetic potential. · the three-phase portion comprising a first body made of ferromagnetic material and three-phase coils (24, 25, 26, 27), the two-phase portion comprising a second body made of ferromagnetic material and two-phase coils (28, 29, 30, 31); · the second body defining a first annular slot of axis A and a second annular slot of axis A, the first slot being defined by a first side leg, a central leg, and a ring, the second slot being defined by the central leg, a second side leg, and the ring; and · the two-phase coils comprising a first toroidal coil of axis A in the first slot, a second toroidal coil of axis A in the first slot, a third toroidal coil of axis A in the second slot, and a fourth toroidal coil of axis A in the second slot, the first coil and the fourth coil being connected in series, the second coil and the third coil being connected in series;
A production method for producing a rifled tube which includes a plurality of first helical ribs on its inner surface and has an outer diameter of not more than 34 mm, the production method of the rifled tube comprising: a step of preparing a steel tube having a chemical composition containing not more than 2.6% of Cr in mass% and having a tensile strength of not more than 600 MPa, and a step of producing the rifled tube by performing a chemical treatment on the inner and outer surfaces of the steel tube and thereafter performing a cold drawing on the steel tube by using a plug which includes a plurality of helical grooves and a plurality of second helical ribs each located between adjacent helical grooves, the plug satisfying Formulae and: 0.08 < W × A − B × N / 2 π × A < 0.26 0.83 < S × A − B × N / 2 × M < 1.8 where, in Formulae and, W is substituted by a width (mm) of a groove bottom surface of the helical groove in a cross section perpendicular to a central axis of the plug; A by a maximum diameter (mm) of the plug; B by a minimum diameter (mm) of the plug in the same cross section as that of the maximum diameter; N by a number of the second helical ribs in the cross-section; S by the width (mm) of the groove bottom surface of the helical groove in a longitudinal section parallel with the central axis of the plug; and M by a pitch (mm) of adjacent second helical ribs in the longitudinal section. a step of preparing a steel tube having a chemical composition containing not more than 2.6% of Cr in mass% and having a tensile strength of not more than 600 MPa, and a step of producing the rifled tube by performing a chemical treatment on the inner and outer surfaces of the steel tube and thereafter performing a cold drawing on the steel tube by using a plug which includes a plurality of helical grooves and a plurality of second helical ribs each located between adjacent helical grooves, the plug satisfying Formulae and: 0.08 < W × A − B × N / 2 π × A < 0.26 0.83 < S × A − B × N / 2 × M < 1.8 where, in Formulae and, W is substituted by a width (mm) of a groove bottom surface of the helical groove in a cross section perpendicular to a central axis of the plug; A by a maximum diameter (mm) of the plug; B by a minimum diameter (mm) of the plug in the same cross section as that of the maximum diameter; N by a number of the second helical ribs in the cross-section; S by the width (mm) of the groove bottom surface of the helical groove in a longitudinal section parallel with the central axis of the plug; and M by a pitch (mm) of adjacent second helical ribs in the longitudinal section.
Method of forming a semiconductor bolometer (100; 120; 200) comprising: providing a substrate (102; 122; 202; 220); forming a reflective layer (104; 124; 142; 204) directly on the substrate; forming a sacrificial layer (144; 224; 234; 244; 254; 264) directly on the reflective layer; forming an absorber layer (154; 274) with a thickness of less than about 50 nm directly on the sacrificial layer; forming an absorber (106; 126; 160; 206) in the absorber layer integrally with at least one suspension leg (156, 158; 208, 210), wherein the absorber is formed from at least one of the group of metals and their alloys consisting of titanium and platinum; and removing the sacrificial layer providing a substrate (102; 122; 202; 220); forming a reflective layer (104; 124; 142; 204) directly on the substrate; forming a sacrificial layer (144; 224; 234; 244; 254; 264) directly on the reflective layer; forming an absorber layer (154; 274) with a thickness of less than about 50 nm directly on the sacrificial layer; forming an absorber (106; 126; 160; 206) in the absorber layer integrally with at least one suspension leg (156, 158; 208, 210), wherein the absorber is formed from at least one of the group of metals and their alloys consisting of titanium and platinum; and removing the sacrificial layer
A coupling device for a lifting tool, for coupling on a container for wastes with a mushroom-shaped coupling part to lift the container, having first coupling elements for engaging behind the coupling part, wherein the first coupling elements are formed by a clamping assembly having clamping jaws (2, 3), which can be moved into the clamping position by means of a closure means, characterized in that the clamping jaws (2, 3) each have an outer, longitudinally aligned motion link, and the closure means have runners, which are displaceable along the motion links, to move the clamping jaws (2, 3) into the clamping position and lock them.
Method for unlocking a function of a device using a timepiece, the timepiece including: - a display device including display elements; - control means able to drive the display elements in a predefined animation sequence; - the method including the following steps: - the timepiece is placed in front of detection means; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked. - a display device including display elements; - control means able to drive the display elements in a predefined animation sequence; - the method including the following steps: - the timepiece is placed in front of detection means; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked. - the timepiece is placed in front of detection means; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked.
A method of detecting and predicting hydraulic fluid leakage from an aircraft hydraulic system of the type including a device that pressurizes fluid from or in a fluid reservoir and at least one hydraulic line that delivers said pressurized fluid to at least one pressure consumer onboard and aircraft, said method comprising the steps of: using sensors to sense reservoir fluid quantity and fluid temperature within said hydraulic system; determining, at least in part in response to said reservoir sensed quantity and temperature, an estimated value indicative of the entire hydraulic system total fluid mass; combining said estimated value with at least some historical parameter value to provide a prediction for the future value of total fluid mass; and displaying on a display interface an indication at least in part associated with total system leakage of hydraulic fluid from the aircraft hydraulic system; the method also characterized by comprising the steps of: using the last estimated total fluid mass and historical values of the same feature for a second order polynomial curve fit providing a linear coefficient and an angular coefficient; combining the linear coefficient, the angular coefficient and a mass alert threshold; defining the time the total hydraulic fluid mass reaches the threshold representing the remaining useful life of the system. using sensors to sense reservoir fluid quantity and fluid temperature within said hydraulic system; determining, at least in part in response to said reservoir sensed quantity and temperature, an estimated value indicative of the entire hydraulic system total fluid mass; combining said estimated value with at least some historical parameter value to provide a prediction for the future value of total fluid mass; and displaying on a display interface an indication at least in part associated with total system leakage of hydraulic fluid from the aircraft hydraulic system; using the last estimated total fluid mass and historical values of the same feature for a second order polynomial curve fit providing a linear coefficient and an angular coefficient; combining the linear coefficient, the angular coefficient and a mass alert threshold; defining the time the total hydraulic fluid mass reaches the threshold representing the remaining useful life of the system.
A ventilation arrangement comprising a substantially annular cavity located about a core engine of a gas turbine, the annular cavity having an inner wall located about the core engine and an outer wall radially spaced there-from, the outer wall being interposed between the cavity and an engine bypass duct, the ventilation arrangement comprising: one or more ventilation ducts (30,34) passing through said outer wall so as to allow fluid communication between the bypass duct and the cavity; and, characterised in that: the one or more ventilation ducts is shaped to provide a flow diverter arranged at an oblique angle to the outer wall so as to induce in the ventilation flow from said ducts a vortical flow about the inner wall such that said vortical flow has a vortex width of magnitude substantially equal to that of a diameter of the annular cavity. one or more ventilation ducts (30,34) passing through said outer wall so as to allow fluid communication between the bypass duct and the cavity; and, characterised in that: the one or more ventilation ducts is shaped to provide a flow diverter arranged at an oblique angle to the outer wall so as to induce in the ventilation flow from said ducts a vortical flow about the inner wall such that said vortical flow has a vortex width of magnitude substantially equal to that of a diameter of the annular cavity. the one or more ventilation ducts is shaped to provide a flow diverter arranged at an oblique angle to the outer wall so as to induce in the ventilation flow from said ducts a vortical flow about the inner wall such that said vortical flow has a vortex width of magnitude substantially equal to that of a diameter of the annular cavity.
Pole cap (2.1) for a battery pole of a battery, with a contacting section (2.1.2) having an outer circumference which widens conically in the direction of a mounting on the battery pole, characterised in that the contacting section (2.1.2) is designed to be sleeve-shaped with an inner circumference which tapers conically in the direction of the mounting on the battery pole.
A method for controlling fuel flow to a turbine component, the method comprising: monitoring by a controller comprising one or more computers, one or more parameters associated with a fuel flow to a turbine component; modeling by the controller based at least in part on the one or more monitored parameters; compressibility of the fuel and an associated effect of the compressibility of the fuel on the fuel flow; and adjusting by the controller the fuel flow to a target flow based at least in part on the modeling of the fuel flow. monitoring by a controller comprising one or more computers, one or more parameters associated with a fuel flow to a turbine component; modeling by the controller based at least in part on the one or more monitored parameters; compressibility of the fuel and an associated effect of the compressibility of the fuel on the fuel flow; and adjusting by the controller the fuel flow to a target flow based at least in part on the modeling of the fuel flow.
An evertable catheter tube comprising - a first open end and a second open end, - a plurality of longitudinal protrusions, the plurality of longitudinal protrusions extending from the first end of the evertable catheter tube through at least a portion of the evertable catheter tube, and forming an angle of 0 degrees to 45 degrees with respect to the longitudinal axis of the evertable catheter tube and facing radially inwards, and - means for dilating a circumference of the evertable catheter tube, the means for dilating the circumference of the evertable catheter tube being configured to be activated by everting the evertable catheter tube inside-out from the first end of the evertable catheter tube for forming an everted region of the evertable catheter tube. - a first open end and a second open end, - a plurality of longitudinal protrusions, the plurality of longitudinal protrusions extending from the first end of the evertable catheter tube through at least a portion of the evertable catheter tube, and forming an angle of 0 degrees to 45 degrees with respect to the longitudinal axis of the evertable catheter tube and facing radially inwards, and - means for dilating a circumference of the evertable catheter tube, the means for dilating the circumference of the evertable catheter tube being configured to be activated by everting the evertable catheter tube inside-out from the first end of the evertable catheter tube for forming an everted region of the evertable catheter tube.