mhurhangee/ep-ind-claims huggingface dataset:
Wireless connector assembly with at least a first and a second component and with an adjustment aid, wherein at least said second component is implantable, wherein the adjustment aid comprises for aligning the at least one first and the second component relative to one another: a first adjustment electrode assembly which comprises at least one excitation electrode and at least one evaluation electrode and is arranged on said first component, a second adjustment electrode assembly which comprises at least one reception electrode and at least one transmission electrode and is arranged on said second component, a control and evaluation circuit which is connected to said first adjustment electrode assembly, wherein said control and evaluation circuit can be operated to supply said excitation electrode with an excitation voltage and to tap a measurement signal at said evaluation electrode, said measurement signal depending on a degree of overlap between said first and said second adjustment electrode assembly. a first adjustment electrode assembly which comprises at least one excitation electrode and at least one evaluation electrode and is arranged on said first component, a second adjustment electrode assembly which comprises at least one reception electrode and at least one transmission electrode and is arranged on said second component, a control and evaluation circuit which is connected to said first adjustment electrode assembly, wherein said control and evaluation circuit can be operated to supply said excitation electrode with an excitation voltage and to tap a measurement signal at said evaluation electrode, said measurement signal depending on a degree of overlap between said first and said second adjustment electrode assembly.
Metal housing part having a plurality of continuous recesses, a glass filling being arranged in each of the recesses, each glass filling closing a recess in a hermetically sealed manner and sheathing a contact pin which extends through the recess and the glass filling and of which the two ends (13, 14) protrude out of the glass filling and the recess, wherein the housing part is designed in the manner of a trough with a base wall, side walls and a flange, characterized in that the recesses and the contact pins are arranged in the flange.
A compact container having a content storage container horizontally coupled to a side surface of a pump, the compact container comprising: a container body; a container lid hinge-coupled to one side of the container body to be opened and closed; a contents discharge frame installed at one side of an inner portion of the container body and provided at a center thereof with a pump mounting portion in a vertical direction, in which a contents inlet port is provided on one side of an outer periphery of the pump mounting portion in a horizontal direction; a contents storage container horizontally mounted on the contents inlet port of the contents discharge frame; a pump vertically mounted on the pump mounting portion of the contents discharge frame to pump contents; a distribution plate coupled to an upper portion of the pump and formed on an upper surface thereof with a discharge passage; a discharge plate formed on an upper portion of the distribution plate and formed with a plurality of outlet ports; and a fixing member coupled to upper portions of the contents discharge frame and the contents storage container to fix the contents discharge frame and the contents storage container. a container body; a container lid hinge-coupled to one side of the container body to be opened and closed; a contents discharge frame installed at one side of an inner portion of the container body and provided at a center thereof with a pump mounting portion in a vertical direction, in which a contents inlet port is provided on one side of an outer periphery of the pump mounting portion in a horizontal direction; a contents storage container horizontally mounted on the contents inlet port of the contents discharge frame; a pump vertically mounted on the pump mounting portion of the contents discharge frame to pump contents; a distribution plate coupled to an upper portion of the pump and formed on an upper surface thereof with a discharge passage; a discharge plate formed on an upper portion of the distribution plate and formed with a plurality of outlet ports; and a fixing member coupled to upper portions of the contents discharge frame and the contents storage container to fix the contents discharge frame and the contents storage container.
A method of repairing a section of the surface of a wind turbine blade, the method comprising the steps of: identifying a section of the surface of a wind turbine blade to be repaired; applying a layer of viscous coating material to said section such that said layer of viscous coating material is substantially flush with the surface of the wind turbine blade adjacent said section; providing a temporary coating shield adjacent the surface of the wind turbine blade in the region of said section to be repaired, said temporary coating shield defining a curing region adjacent said section to be repaired, wherein said temporary coating shield is arranged to partially seal said curing region, wherein said step of providing a temporary coating shield comprises arranging said temporary coating shield to define an open-ended chamber or channel at said curing region, said open-ended chamber or channel being arranged to extend along a portion of a leading edge of the wind turbine blade; curing said layer of viscous coating material to repair said section; and after said step of curing, removing said temporary coating shield, wherein the method comprises the step of heating said defined curing region. identifying a section of the surface of a wind turbine blade to be repaired; applying a layer of viscous coating material to said section such that said layer of viscous coating material is substantially flush with the surface of the wind turbine blade adjacent said section; providing a temporary coating shield adjacent the surface of the wind turbine blade in the region of said section to be repaired, said temporary coating shield defining a curing region adjacent said section to be repaired, wherein said temporary coating shield is arranged to partially seal said curing region, wherein said step of providing a temporary coating shield comprises arranging said temporary coating shield to define an open-ended chamber or channel at said curing region, said open-ended chamber or channel being arranged to extend along a portion of a leading edge of the wind turbine blade; curing said layer of viscous coating material to repair said section; and after said step of curing, removing said temporary coating shield, wherein the method comprises the step of heating said defined curing region.
Antibody that binds immunologically TGF-β for use in a method of increasing bone mass and/or bone volume and/or increasing bone growth and/or bone strength in a subject, wherein said subject suffers from osteoporosis, bone fracture, bone loss due to trauma, or Paget's Disease, wherein the subject does not have cancer, and wherein the antibody binds all three isoforms of TGF-β.
An apparatus, comprising: a container formed by a wall attached at first end to a top end section and attached at a second end by a bottom end section; an opening in said container providing access to an internal area within said container; and at least one interconnecting tongue, formed on the wall, having a neck and head that is wider than the neck forming undercuts, the wall having multiple sides, and said tongue extending a partial lateral length of the sides, characterized in that the bottom end section comprises a rise internally towards said top end section, and in that_the tongue is tapered to begin at about a position on a horizontal plane with an end of said bottom end section rise. a container formed by a wall attached at first end to a top end section and attached at a second end by a bottom end section; an opening in said container providing access to an internal area within said container; and at least one interconnecting tongue, formed on the wall, having a neck and head that is wider than the neck forming undercuts,
Method for estimating the torque of an electric machine of a motor vehicle with electric or hybrid propulsion, wherein: - the power supply intensities (I 1, I 2, I 3) of the phases of the stator of the machine and the power supply intensity (I F) of the rotor of the machine are collected, - an intensity vector is determined that comprises, as coordinates, a direct intensity (I d), a quadratic intensity (I q), said direct and quadratic intensities corresponding to said power supply intensities of the phases expressed in a two-phase reference frame, and the power supply intensity (I F) of the rotor, - the components (φ d, φ q) are estimated in the two-phase reference frame of the magnetic flux (φ) induced by the electric machine, - and an estimation (C est) of the torque supplied by the electric machine is calculated, said method being characterized in that: - at least one weighted intensity (P id, P iq) is calculated by summing the coordinates (I d, I q, I F) of the intensity vector, each coordinate (I d, I q, I F) being weighted by a weight W ij d W ij q, a bias b i d b i q being also added to said sum, the weights W ij d W ij q W i d W i q and the biases ( b i d, b i q, b 0 d, b 0 q) being determined by a gradient backpropagation method, - and, to estimate the components (φ d, φ q) of the magnetic flux (φ), at least one sigmoid function (logsig, tansig) is applied to said at least one weighted intensity (P id, P iq). - the power supply intensities (I 1, I 2, I 3) of the phases of the stator of the machine and the power supply intensity (I F) of the rotor of the machine are collected, - an intensity vector is determined that comprises, as coordinates, a direct intensity (I d), a quadratic intensity (I q), said direct and quadratic intensities corresponding to said power supply intensities of the phases expressed in a two-phase reference frame, and the power supply intensity (I F) of the rotor, - the components (φ d, φ q) are estimated in the two-phase reference frame of the magnetic flux (φ) induced by the electric machine, - and an estimation (C est) of the torque supplied by the electric machine is calculated, - at least one weighted intensity (P id, P iq) is calculated by summing the coordinates (I d, I q, I F) of the intensity vector, each coordinate (I d, I q, I F) being weighted by a weight W ij d W ij q, a bias b i d b i q being also added to said sum, the weights W ij d W ij q W i d W i q and the biases ( b i d, b i q, b 0 d, b 0 q) being determined by a gradient backpropagation method, - and, to estimate the components (φ d, φ q) of the magnetic flux (φ), at least one sigmoid function (logsig, tansig) is applied to said at least one weighted intensity (P id, P iq).
A non-invasive method for the prediction of the onset of metastasis in a primary breast cancer patient, comprising determining the level of at least one miRNA in a biological sample from a primary breast cancer patient; wherein an altered level of the at least one miRNA compared to a corresponding reference value or control sample is indicative for the risk of the onset of metastasis in a primary breast cancer patient, wherein the at least one miRNA is miR-486-5p.
A track roller unit for an agricultural working machine, with least a first and a second guide roller (12, 14), wherein the first guide roller is mounted on a first supporting arm and the second guide roller is mounted on a second supporting arm, at least one support roller disposed between the guide rollers (12, 14), and a track belt wrapped around the guide rollers (12, 14) and the at least one support roller, wherein a damping element (36, 38), which in particular is hydropneumatic, is associated with at least one guide roller (12, 14) and/or a support roller, characterized in that at least one regulated flow control device which is associated with a damping element (36, 38) is provided and is configured in a manner such that its flow resistance can be adjusted, in particular during the operation of the track roller unit, wherein at least one non-return valve is associated with the flow control device, wherein a directional flow resistance, which in particular is pre-set, is provided.
A sealing assembly for sealing off a space between a first machine element and a second machine element that is movable in relation to the first machine element, wherein the first and second machine element (02, 03) are arranged concentrically with respect to one another, comprising a seal with a seal seat that can be fixed on the first machine element and with a sealing lip having a sealing edge that bears against the second machine element when the seal is in the installed state, wherein the sealing element further comprises a conductive element that, in order to produce an electrically conductive connection between the first and second machine element (02, 03), extends from the first machine element to the second machine element, characterised in that the conductive element is mechanically connected at least in sections to the side of the seal facing away from the space to be sealed off, and wherein the conductive element consists of an electrically conductive fibrous fabric embedded in an elastomer matrix.
Breakaway base for road columns, wherein a carrier plate is mounted on a carrier being anchored in the ground, as carrier for a foot flange for the lower end of the column, the carrier plate and the foot flange being connected with at least two axially arranged fastening bolts secured with nuts, wherein at least one of the foot flange and the carrier plate has notches (17, 23) for the bolts allowing the release of the bolts upon a sideway impact, and wherein an element, particularly an intermediate sheet with holes for the fastening bolts, is arranged to keep the bolts in place under normal use, multiple friction reducing elements being arranged to reduce the friction at sideway slip between the foot flange and the carrier plate, characterized in that the friction reducing elements are rollers, particularly of metal.
Method implemented by at least one device (100, 110; 300; 600, 800), the method comprising: - acquiring data resulting from an optical detection of at least one surface of a package; - implementing a text recognition based on the acquired data for recognising individual characters; - determining a plurality of characteristic values as at least one part of an identification of the package, wherein each characteristic value is based on another predetermined statistical analysis of the recognised characters; and - providing the characteristic values to be stored and/or compared with previously stored characteristic values. - acquiring data resulting from an optical detection of at least one surface of a package; - implementing a text recognition based on the acquired data for recognising individual characters; - determining a plurality of characteristic values as at least one part of an identification of the package, wherein each characteristic value is based on another predetermined statistical analysis of the recognised characters; and - providing the characteristic values to be stored and/or compared with previously stored characteristic values.
Clothing comprising the following elements: - cover comprising a front part, a rear part and a neck part that are joined by a closure system; - at least one inflation chamber, connected to a gas cylinder; - a system of straps, that allows the inflation chamber to become operational even if the clothing is damaged, wherein said straps are coupled to said inflation chamber from the front part of the waist to the belt at the back, ending with a ring that forms the loops; - at least one maniple of manual activation; - a closure and adjustment system incorporated in belt of said clothing; - at least one humidity sensor, consisting preferably of paper or other hygroscopic material that increases in volume upon contact with water; characterized in that the inflation is on the outside of said clothing and in that, with regard to the safety position, the clothing ensures that it is maintained in the event of an accident; once activated, the inflation chamber provides lateral and occipital support to the wearer's head, for the mouth to be out of water, even in the event of less of consciousness; the body is inclined backwards with respect to an axis perpendicular to the water surface in an angle of 30 to 90°, and an angle from the plane of rest of from 40 to 90°, preventing the face to be pointed towards the water; the inflation chamber is fixed to the clothing in the neckline at the upper part of the chamber, and also in the loop to the belt passage front, one on each side, at the bottom part of the chamber. - cover comprising a front part, a rear part and a neck part that are joined by a closure system; - at least one inflation chamber, connected to a gas cylinder; - a system of straps, that allows the inflation chamber to become operational even if the clothing is damaged, wherein said straps are coupled to said inflation chamber from the front part of the waist to the belt at the back, ending with a ring that forms the loops; - at least one maniple of manual activation; - a closure and adjustment system incorporated in belt of said clothing; - at least one humidity sensor, consisting preferably of paper or other hygroscopic material that increases in volume upon contact with water;
A composition comprising a pesticide and a hydroxyalkyl polyoxylene glycol ether of the general formula where R 1 is a saturated or unsaturated, linear or branched alkyl having 6 to 18 carbon atoms; R 2 is ethylene, propylene, butylene or a mixture thereof; R 3 is a saturated or unsaturated, linear or branched alkyl having 6 to 18 carbon atoms; and n has a value of from 1 to 100. R 1 is a saturated or unsaturated, linear or branched alkyl having 6 to 18 carbon atoms; R 2 is ethylene, propylene, butylene or a mixture thereof; R 3 is a saturated or unsaturated, linear or branched alkyl having 6 to 18 carbon atoms; and n has a value of from 1 to 100.
A signal generator comprising: an oscillator circuit responsive to a feedback signal to control a frequency of an oscillating output signal, wherein the oscillator circuit is configured to generate multiple phase oscillating output signals; a plurality of frequency-to-current conversion circuits, each in electrical communication with a respective one of the multiple phase oscillating output signals of the oscillator circuit, wherein each frequency-to-current conversion circuit is configured to generate a frequency dependent current signal, where the frequency dependent current signal corresponds to the frequency of the respective one of the multiple phase oscillating output signals; and a feedback conversion circuit in electrical communication with the frequency-to-current conversion circuits, wherein the feedback conversion circuit is configured to compare a current comparison signal generated at a current comparison node to which the frequency dependent current signals are provided with a reference signal to generate the feedback signal to the oscillator circuit. an oscillator circuit responsive to a feedback signal to control a frequency of an oscillating output signal, wherein the oscillator circuit is configured to generate multiple phase oscillating output signals; a plurality of frequency-to-current conversion circuits, each in electrical communication with a respective one of the multiple phase oscillating output signals of the oscillator circuit, wherein each frequency-to-current conversion circuit is configured to generate a frequency dependent current signal, where the frequency dependent current signal corresponds to the frequency of the respective one of the multiple phase oscillating output signals; and a feedback conversion circuit in electrical communication with the frequency-to-current conversion circuits, wherein the feedback conversion circuit is configured to compare a current comparison signal generated at a current comparison node to which the frequency dependent current signals are provided with a reference signal to generate the feedback signal to the oscillator circuit.
An inductor core, comprising: a tubular magnetic material body formed of magnetic material, the tubular magnetic material body comprising an inclined portion comprising an inclined surface which constitutes a peripheral surface of a truncated cone having an outer diameter that increases from one end toward the other end of the tubular magnetic material body; a straight trunk portion which is disposed coaxially with the inclined portion and comprises an outer peripheral surface which constitutes a peripheral surface of a cylindrical body which extends from the other end toward the one end of the tubular magnetic material body; characterised by a flange portion which is provided between the inclined portion and the straight trunk portion and connects the inclined portion and the straight trunk portion, an outer peripheral surface of the flange portion having an outer diameter greater than the outer diameter of the inclined portion and an outer diameter of the straight trunk portion. a tubular magnetic material body formed of magnetic material, the tubular magnetic material body comprising an inclined portion comprising an inclined surface which constitutes a peripheral surface of a truncated cone having an outer diameter that increases from one end toward the other end of the tubular magnetic material body; a straight trunk portion which is disposed coaxially with the inclined portion and comprises an outer peripheral surface which constitutes a peripheral surface of a cylindrical body which extends from the other end toward the one end of the tubular magnetic material body; characterised by a flange portion which is provided between the inclined portion and the straight trunk portion and connects the inclined portion and the straight trunk portion, an outer peripheral surface of the flange portion having an outer diameter greater than the outer diameter of the inclined portion and an outer diameter of the straight trunk portion.
A piezoelectric element comprising: a first electrode, a piezoelectric layer which contains lead, zirconium, and titanium, and is formed above the first electrode by a solution technique or a CVD method, preferably by a metal-organic decomposition method, a sol-gel method, a laser ablation method, a sputtering method, a pulsed laser deposition method, a CVD method, an aerosol deposition method, and a second electrode formed above the piezoelectric layer, wherein a groove which exists between grains in the second electrode side surface of the piezoelectric layer, satisfies 0≤d/p≤0.900 (where d: depth of groove, w: width of groove, p: radius of curvature (d 2 +w 2 /4)/2d), wherein the plurality of grains are formed with column shapes continuous in the thickness direction of the piezoelectric layer, and in that each grain is a crystal region with the same crystalline orientation. a first electrode, a piezoelectric layer which contains lead, zirconium, and titanium, and is formed above the first electrode by a solution technique or a CVD method, preferably by a metal-organic decomposition method, a sol-gel method, a laser ablation method, a sputtering method, a pulsed laser deposition method, a CVD method, an aerosol deposition method, and a second electrode formed above the piezoelectric layer, wherein a groove which exists between grains in the second electrode side surface of the piezoelectric layer, satisfies 0≤d/p≤0.900 (where d: depth of groove, w: width of groove, p: radius of curvature (d 2 +w 2 /4)/2d), wherein the plurality of grains are formed with column shapes continuous in the thickness direction of the piezoelectric layer, and in that each grain is a crystal region with the same crystalline orientation.