mhurhangee/ep-ind-claims huggingface dataset:
Moulded shoe bottom made of soft deformable material, of the type comprising: - a lower tread (1 a) with a dense series of internally hollow protuberances that include a lower surface and a basically vertical lateral surface; - an upper side (1 b) with a dense series of pits that coincide with the internal cavity of the said protuberances and represent the mesh of a reticulation of flat ribs, and the series of protuberances being bordered by a reticulation of grooves that correspond to the reticulation of flat ribs; - a section of the tread (1 a) defined as the bottom wall of each groove that separates the adjacent protuberances, the section of the tread having a central portion protruding in said groove; wherein the lower tread (1 a) is provided with a series of channels, each of them surrounding the base of each protuberance, wherein said lower surface of the protuberances is horizontal, the channels reducing the thickness of the section of the tread, the central portion of the section of the tread having higher thickness with respect to the thickness of the tread in correspondence of said channels, and the thickness of the channels of the section of the tread being lower than the thickness of said horizontal and vertical lateral surface (2a, 2b) of the protuberance. - a lower tread (1 a) with a dense series of internally hollow protuberances that include a lower surface and a basically vertical lateral surface; - an upper side (1 b) with a dense series of pits that coincide with the internal cavity of the said protuberances and represent the mesh of a reticulation of flat ribs, and the series of protuberances being bordered by a reticulation of grooves that correspond to the reticulation of flat ribs; - a section of the tread (1 a) defined as the bottom wall of each groove that separates the adjacent protuberances, the section of the tread having a central portion protruding in said groove;
A field adjustable piston actuator comprising: a housing having opposing openings and a chamber, the field adjustable piston actuator being characterised by a first plate coupled to the housing and adjacent one of the opposing openings, wherein the first plate covers the one opening; a second plate coupled to a yoke and the housing, wherein the second plate is adjacent the other one of the opposing openings; and a volume adjuster to provide field adjustment to change a volume of the chamber, wherein the volume adjuster comprises the second plate, and wherein the second plate includes threads to threadingly engage an exterior surface of the yoke, such that rotating the second plate increases or decreases the volume of the chamber. a housing having opposing openings and a chamber, the field adjustable piston actuator being characterised by a first plate coupled to the housing and adjacent one of the opposing openings, wherein the first plate covers the one opening; a second plate coupled to a yoke and the housing, wherein the second plate is adjacent the other one of the opposing openings; and a volume adjuster to provide field adjustment to change a volume of the chamber, wherein the volume adjuster comprises the second plate, and wherein the second plate includes threads to threadingly engage an exterior surface of the yoke, such that rotating the second plate increases or decreases the volume of the chamber.
Method for the dynamic compensation of angular errors when operating a machine tool, wherein at least one holder for at least one workpiece, in or on which a workpiece can be fixed, wherein at least one tool holder, in or on which a tool, in particular a drill, is fixed and can be driven in rotation by a rotary drive of the tool holder, wherein at least one horizontal drive, through which the tool holder can be moved at least in a horizontal plane of the machine tool for machining the workpiece, wherein at least one vertical drive, through which the tool holder can be moved in the vertical direction of the machine tool and which comprises at least one control unit, of which the rotary drive, horizontal drive and vertical drive are functionally assigned, with the steps: a. Retracting the at least one rotatably driven tool for machining the workpiece in the workpiece along a retraction direction running in or obliquely to the horizontal plane; b. Extending the rotationally driven tool from the workpiece along an extension direction opposite to the retraction direction and detecting an ACTUAL position of the tool holder in the vertical direction and a force and/or acceleration feedforward ACTUAL value of the tool with regard to a Z axis extending in the horizontal plane; c. Determining an angular error of the tool as a function of the force and/or acceleration feedforward ACTUAL value of the tool with respect to the Z axis extending in the horizontal plane; d. Determining a compensation value of the tool holder in the vertical direction to compensate for the determined angular error and transferring the tool holder from the ACTUAL position by the determined compensation value to a TARGET position. a. Retracting the at least one rotatably driven tool for machining the workpiece in the workpiece along a retraction direction running in or obliquely to the horizontal plane; b. Extending the rotationally driven tool from the workpiece along an extension direction opposite to the retraction direction and detecting an ACTUAL position of the tool holder in the vertical direction and a force and/or acceleration feedforward ACTUAL value of the tool with regard to a Z axis extending in the horizontal plane; c. Determining an angular error of the tool as a function of the force and/or acceleration feedforward ACTUAL value of the tool with respect to the Z axis extending in the horizontal plane; d. Determining a compensation value of the tool holder in the vertical direction to compensate for the determined angular error and transferring the tool holder from the ACTUAL position by the determined compensation value to a TARGET position.
Method of manufacturing a thin layer, the thin layer having to provide at least one vertical electrical connection through its entire thickness, the thin layer being made in a material chosen amongst SiC, GaAs and InP, the method comprising the following steps: - masking one face of a substrate comprising said material by masking means that define at least one masked area, the size of which does not exceed a limiting dimension specified for said material, this limiting dimension having to allow cleavage of the substrate at the time of the subsequent cleavage step, the masking means stopping the ionic species implanted during the ion implantation step; - ion implantation of the substrate through its masked face by means of said species chosen amongst hydrogen and/or helium, the implantation being capable of creating, within the non-masked volume of the substrate and at a depth close to the mean depth of penetration of the species, a layer of micro-cavities demarcating said thin layer, the implantation being also capable to make said implanted material insulating; - possible removal of the masking means; - cleavage of the substrate at the level of the layer of micro-cavities in order to obtain said thin layer, said thin layer having insulating zones at the level of zones through which the implantation was made and localized vertical zones that retain the electrical properties of the substrate at the level of the zones protected by the masking. - masking one face of a substrate comprising said material by masking means that define at least one masked area, the size of which does not exceed a limiting dimension specified for said material, this limiting dimension having to allow cleavage of the substrate at the time of the subsequent cleavage step, the masking means stopping the ionic species implanted during the ion implantation step; - ion implantation of the substrate through its masked face by means of said species chosen amongst hydrogen and/or helium, the implantation being capable of creating, within the non-masked volume of the substrate and at a depth close to the mean depth of penetration of the species, a layer of micro-cavities demarcating said thin layer, the implantation being also capable to make said implanted material insulating; - possible removal of the masking means; - cleavage of the substrate at the level of the layer of micro-cavities in order to obtain said thin layer, said thin layer having insulating zones at the level of zones through which the implantation was made and localized vertical zones that retain the electrical properties of the substrate at the level of the zones protected by the masking.
Device for opening and/or closing a piece of furniture, wherein the piece of furniture has a furniture part, which can be moved in relation to a fixed furniture body, with magnetic means (6, 7), with which, in the installed state of the device on the piece of furniture, in the closure state of the movable furniture part, the two furniture parts can be held in position with respect to one another with the formation of a closing gap between the furniture body and movable furniture part, and with ejection means, which can be released from an inserted locking position in a closure state of the piece of furniture by pressing on the movable furniture part counter to an opening direction of the furniture part and can be pushed out with prestressing, so the movable furniture part is pushed away by the ejection means, in particular with a so-called touch-latch arrangement, and the magnetic means comprise a first unit with a magnetic part and a second unit with a metallic counter-piece, wherein one unit can be arranged on the movable furniture part and the other unit can be arranged on the furniture body, and wherein the ejection means comprise a non-magnetic ejection element engaging through the magnetic means and arranged adjacent to the unit of the magnetic means (6, 7), which can be arranged on the furniture body, which ejection element is longitudinally displaceable in relation to this unit of the magnetic means, characterised in that the ejection means is configured in such a way that in the installed state of the device, by action on the ejection element, the closing gap can be adjusted without additional adjusting means, in that the ejection element can be moved by rotation about its longitudinal axis together with the unit of the magnetic means non-rotatably provided and arranged adjacently on the ejection element in relation to a receiver in the direction of the longitudinal axis of the ejection element.
A method for producing a laminated glass, comprising at least a pair of glass plates and an interlayer film for laminated glass interposed between the pair of glass plates, which comprises at least a step in which the interlayer film for laminated glass is interposed between at least two glass plates to give a laminated glass component; a step in which the resulting laminated glass component is passed through nip rolls for deaeration or put in a rubber bag and vacuum suctioned to be preliminarily pressure-bonded while air remaining between the glass plates and the interlayer film was removed; and a step in which the resulting laminated glass component is pressurized with heat in an autoclave to be finally pressure-bonded, wherein the interlayer film for a laminated glass has a large number of recesses on at least one surface, and has a thickness T (μm) measured in conformity with JIS K-6732 and a maximum height roughness Ry (μm) measured in conformity with JIS B-0601 at a thickest portion, the thickness T and the maximum height roughness Ry satisfying the following expressions and: Ry ≤ 0.0195 × T + 33.2, T ≥ 850, wherein the recesses of the interlayer film for a laminated glass each have a groove shape with a continuous bottom, and the recesses adjacent to each other are regularly formed in parallel to each other. which comprises at least a step in which the interlayer film for laminated glass is interposed between at least two glass plates to give a laminated glass component; a step in which the resulting laminated glass component is passed through nip rolls for deaeration or put in a rubber bag and vacuum suctioned to be preliminarily pressure-bonded while air remaining between the glass plates and the interlayer film was removed; and a step in which the resulting laminated glass component is pressurized with heat in an autoclave to be finally pressure-bonded, wherein the interlayer film for a laminated glass has a large number of recesses on at least one surface, and has a thickness T (μm) measured in conformity with JIS K-6732 and a maximum height roughness Ry (μm) measured in conformity with JIS B-0601 at a thickest portion, the thickness T and the maximum height roughness Ry satisfying the following expressions and: Ry ≤ 0.0195 × T + 33.2, T ≥ 850, wherein the recesses of the interlayer film for a laminated glass each have a groove shape with a continuous bottom, and the recesses adjacent to each other are regularly formed in parallel to each other.
A storage system, comprising: a set of adjacent storage elements (400, 450); a respective bit line (406, 407, 408) in a set of adjacent bit lines associated with each storage element; and one or more control circuits (510, 550), the one or more control circuits to perform an iteration of a multiple-iteration programming operation for the set of adjacent storage elements: read latches associated with the set of adjacent bit lines to determine which of the adjacent bit lines are unselected bit lines and which are selected bit lines, and in response to the reading of the latches, (a) step up voltages of the unselected bit lines, and sense voltages of the selected bit lines, to determine, for each selected bit line, whether the selected bit line: (i) is not coupled up to at least a first level in response to the stepping up, indicating that there is no adjacent unselected bit line, or (ii) is coupled up to the at least the first level in response to the stepping up, indicating that there is at least one adjacent unselected bit line, and (b) subsequently, provide voltages of the selected bit lines at respective levels (Vbl(comp), Vbl(no comp)) which are based on the sensing, and concurrently apply a program pulse to the set of adjacent storage elements. a set of adjacent storage elements (400, 450); a respective bit line (406, 407, 408) in a set of adjacent bit lines associated with each storage element; and one or more control circuits (510, 550), the one or more control circuits to perform an iteration of a multiple-iteration programming operation for the set of adjacent storage elements: read latches associated with the set of adjacent bit lines to determine which of the adjacent bit lines are unselected bit lines and which are selected bit lines, and in response to the reading of the latches, (a) step up voltages of the unselected bit lines, and sense voltages of the selected bit lines, to determine, for each selected bit line, whether the selected bit line: (i) is not coupled up to at least a first level in response to the stepping up, indicating that there is no adjacent unselected bit line, or (ii) is coupled up to the at least the first level in response to the stepping up, indicating that there is at least one adjacent unselected bit line, and (b) subsequently, provide voltages of the selected bit lines at respective levels (Vbl(comp), Vbl(no comp)) which are based on the sensing, and concurrently apply a program pulse to the set of adjacent storage elements.
A surgical access device having a working channel adapted to receive a surgical instrument, having an instrument axis, the device comprising: a valve housing disposed along the working channel; a valve assembly disposed within the valve housing; a septum valve included in the valve assembly and having properties for forming an instrument seal with the instrument when the instrument is in the working channel; the septum valve and instrument having a preferred orientation facilitating formation of the instrument seal; and means (50, 65) coupled with the septum valve in the valve assembly having a fixed relationship with the septum valve and having properties responsive to movement of the instrument for moving the septum valve toward the preferred orientation with the instrument; characterized in that the means for moving the septum valve toward the preferred orientation comprises an elongate tube having a diameter and a length greater than the diameter; wherein the elongate tube has a proximal end and a distal end which carries the septum valve, the elongate tube is coupled to the valve housing and the distal end is generally unattached to the valve housing such that the elongate tube is free to swing at the distal end in a pendulous manner. a valve housing disposed along the working channel; a valve assembly disposed within the valve housing; a septum valve included in the valve assembly and having properties for forming an instrument seal with the instrument when the instrument is in the working channel; the septum valve and instrument having a preferred orientation facilitating formation of the instrument seal; and means (50, 65) coupled with the septum valve in the valve assembly having a fixed relationship with the septum valve and having properties responsive to movement of the instrument for moving the septum valve toward the preferred orientation with the instrument; characterized in that the means for moving the septum valve toward the preferred orientation comprises an elongate tube having a diameter and a length greater than the diameter; wherein the elongate tube has a proximal end and a distal end which carries the septum valve, the elongate tube is coupled to the valve housing and the distal end is generally unattached to the valve housing such that the elongate tube is free to swing at the distal end in a pendulous manner.
A method for treating fibres, comprising the steps of: - continuously supplying a bundle of fibres, - applying a first resin to the bundle of fibres by electrostatic deposition of particles of the first resin, - bonding the particles of the first resin to the bundle of fibres by heating, and - applying a surface coating to at least one side of the bundle of fibres by depositing filaments of a second resin. - continuously supplying a bundle of fibres, - applying a first resin to the bundle of fibres by electrostatic deposition of particles of the first resin, - bonding the particles of the first resin to the bundle of fibres by heating, and - applying a surface coating to at least one side of the bundle of fibres by depositing filaments of a second resin.
A method performed by a wireless device for handling neighbour relationships between radio network nodes in a wireless communication network; wherein the wireless device is served by a first radio network node in the wireless communication network; the method comprising: - receiving, from the first radio network node, a report indication indicating that the wireless device is to report information identifying the first radio network node to another radio network node; - transmitting a random access request of a connection setup to one or more radio network nodes; wherein the received signal is a received random access response from the second radio network node setting up a connection between the wireless device and the second radio network node; - receiving a signal from a second radio network node which signal is associated with the second radio network node; - transmitting, to the second radio network node, the information identifying the first radio network node; and - after the information identifying the first radio network node is transmitted to the second radio network node, aborting the connection to the second radio network node. - receiving, from the first radio network node, a report indication indicating that the wireless device is to report information identifying the first radio network node to another radio network node; - transmitting a random access request of a connection setup to one or more radio network nodes; wherein the received signal is a received random access response from the second radio network node setting up a connection between the wireless device and the second radio network node; - receiving a signal from a second radio network node which signal is associated with the second radio network node; - transmitting, to the second radio network node, the information identifying the first radio network node; and - after the information identifying the first radio network node is transmitted to the second radio network node, aborting the connection to the second radio network node.
A method for aligning and processing at least one spherical, conical or oval fruit (6, 6') with at least one first inhomogeneity or with a first and a second inhomogeneity arranged opposite the first, wherein the fruit (6, 6') is received in an alignment receptacle and exposed to a flow of fluid from below with respect to a normal position, the flowing fluid producing a torque acting on one side of the fruit (6, 6') in the region of the inhomogeneity, which rotates the fruit (6, 6') in a direction of least flow resistance to such an extent that the fruit (6, 6') comes to rest in the alignment receptacle in a position in which the first or the second inhomogeneity points upward, characterized in that the upward-pointing inhomogeneity of the fruit (6, 6') is an opening, wherein the fruit (6, 6') is aligned such that the opening points upward in a first step and is processed in a second step, in which the opening is filled.
Shoe sole for an orthopedic shoe having a heel area and a forefoot area, wherein the heel area comprises a tread damper and the forefoot area comprises an elastically resetting rotation element with an axis of rotation running perpendicular to the shoe sole, said rotation element having a base connected to the underside of the shoe sole, and wherein the rotation element is designed such that it allows at least a limited outward rotation of the shoe sole relative to the base about the axis of rotation, characterized in that the transverse extension of the rotation element is at least 30% smaller than the transverse extension of the shoe sole in the area of the forefoot so that the position of the rotation element during manufacture of the shoe sole can be determined between a position at the outer edge of the shoe sole and a position at the inner edge of the shoe sole, and that the rotation element is also formed such that the resetting force with an elastic reset is smaller for an outward rotation than for an inward rotation.
Extrusion line comprising an apparatus for supporting and/or guiding a plastic profile within an extrusion line, in a calibration station and/or further downstream devices, further downstream devices being exclusively understood as further spray calibration station, an extraction device, and a cutting device, at least one support unit being installed in the calibration station and/or at least one of the downstream devices, the support unit comprising at least one supporting element, the supporting element being arranged on a beam and parallelly movable towards, or away from, the imaginary center axis, the extrusion axis, characterized in that the beam is connected to a shear element, the arrangement being composed of two bars, one bar being of the shear element being arranged by means of a joint B in a fixed connection, the other bar of the shear element having a lose connection via a roller.