mhurhangee/ep-ind-claims huggingface dataset:
Method of taping an optical lens member to be manufactured, the method comprising: - an optical lens member providing step during which an optical lens member is provided, the optical lens member comprising a first optical surface associated with a first reference system and a second optical surface to be manufactured, the first and second optical surfaces being connected by a external periphery surface, the first reference system being identified by at least one referencing element on the first optical surface and/or the external periphery surface of the optical lens member, - a taping step during which an adhesive tape is provided on the first surface of the lens member so as to cover at least part of the first surface and leaving the referencing element uncovered. - an optical lens member providing step during which an optical lens member is provided, the optical lens member comprising a first optical surface associated with a first reference system and a second optical surface to be manufactured, the first and second optical surfaces being connected by a external periphery surface, the first reference system being identified by at least one referencing element on the first optical surface and/or the external periphery surface of the optical lens member, - a taping step during which an adhesive tape is provided on the first surface of the lens member so as to cover at least part of the first surface and leaving the referencing element uncovered.
Optoelectronic semiconductor component comprising a semiconductor chip, wherein - the semiconductor chip has an active layer suitable for generating radiation and suitable for emitting radiation in the blue wavelength range, - a first converter comprising a Ce doping is disposed downstream of the semiconductor chip in the emission direction, and - a second converter comprising a Ce doping of at most 1.5% is disposed downstream of the semiconductor chip in the emission direction, wherein - the first converter has a higher Ce doping than the second converter, characterized in that - the first converter has a dominant wavelength of the electromagnetic radiation emitted by the first converter during operation in a range of between 565 nm and 575 nm inclusive, and - the second converter has a dominant wavelength of the electromagnetic radiation emitted by the second converter during operation in a range of between 550 nm and 560 nm inclusive. - the semiconductor chip has an active layer suitable for generating radiation and suitable for emitting radiation in the blue wavelength range, - a first converter comprising a Ce doping is disposed downstream of the semiconductor chip in the emission direction, and - a second converter comprising a Ce doping of at most 1.5% is disposed downstream of the semiconductor chip in the emission direction, wherein - the first converter has a higher Ce doping than the second converter, characterized in that - the first converter has a dominant wavelength of the electromagnetic radiation emitted by the first converter during operation in a range of between 565 nm and 575 nm inclusive, and - the second converter has a dominant wavelength of the electromagnetic radiation emitted by the second converter during operation in a range of between 550 nm and 560 nm inclusive.
A touch sensor assembly, comprising: a substrate having a front surface attached to a rear surface of a panel on which touch points are illuminated through a front surface of the panel; at least one piezo disc having a piezoelectric disc, a metallic plate, and an electrically conductive layer, wherein the piezoelectric disc is stacked above a central portion of the metallic plate, wherein the electrically conductive layer is disposed on a surface of the piezoelectric disc and wherein the electrically conductive layer is configured to contact a rear surface of a press region provided in the substrate on an area corresponding to at least one of the touch points; a holder that is configured to support the piezo disc and to fix the piezo disc to the substrate on the area corresponding to the at least one of the touch points; and a cover attached to the substrate, characterised in that the cover includes at least one cavity which is concavely formed in the cover to face the substrate and cover the holder and wherein a lattice is formed in a rear of the cover so as not to overlap with the cavity. a substrate having a front surface attached to a rear surface of a panel on which touch points are illuminated through a front surface of the panel; at least one piezo disc having a piezoelectric disc, a metallic plate, and an electrically conductive layer, wherein the piezoelectric disc is stacked above a central portion of the metallic plate, wherein the electrically conductive layer is disposed on a surface of the piezoelectric disc and wherein the electrically conductive layer is configured to contact a rear surface of a press region provided in the substrate on an area corresponding to at least one of the touch points; a holder that is configured to support the piezo disc and to fix the piezo disc to the substrate on the area corresponding to the at least one of the touch points; and a cover attached to the substrate, characterised in that the cover includes at least one cavity which is concavely formed in the cover to face the substrate and cover the holder and wherein a lattice is formed in a rear of the cover so as not to overlap with the cavity.
Method for introducing a material web into a corrugating device having a corrugating roller for generating from the material web a corrugated web having a corrugation, comprising the steps: - attaching at least one double-sided adhesive tape piece which has a first adhesive face and a second adhesive face that is opposite the first adhesive face to the material web by means of the first adhesive face upstream of the corrugating device in terms of a transportation direction of the material web; and - guiding the material web through the corrugating device, characterized in that - the material web is guided through the corrugating device in such a manner that the second adhesive face adheres to the rotating corrugating roller while entraining the material web for the material web to be introduced. - attaching at least one double-sided adhesive tape piece which has a first adhesive face and a second adhesive face that is opposite the first adhesive face to the material web by means of the first adhesive face upstream of the corrugating device in terms of a transportation direction of the material web; and - guiding the material web through the corrugating device, characterized in that - the material web is guided through the corrugating device in such a manner that the second adhesive face adheres to the rotating corrugating roller while entraining the material web for the material web to be introduced.
A combined insulated glazing and Venetian blind system, said insulated glazing comprising two glass panes and a spacer element, said two glass panes and said spacer element defining a closed volume, said Venetian blind being situated within said closed volume, said Venetian blind comprising an upper structure, a plurality of slats, each comprising at least two through holes, and at least two lift cords, operably associated with said upper structure, which extend through said holes of said slats and are operably configured to allow said slats to move between a stowed position, in which said slats accumulate proximate to said upper structure and a deployed position, characterized in that said lift cords comprise an inner core enclosed in an outer braid, said inner core being made of heat-set polyester and said outer braid being made of ultra-high molecular weight polyethylene fibers (UHMWPE).
A method of making clear glass having an azure edge coloration and have low amber surface coloration in a non-vacuum float glass system, comprising: providing a non-vacuum float glass system, i. e. wherein the molten glass is not subjected to a vacuum stage, having a melter and a molten metal bath; adding batch materials to the melter; and melting the batch materials to provide a final glass product comprising: SiO 2 65-75 wt.%; Na 2 O 10-20 wt.%; CaO 5-15 wt.%; MgO 0-5 wt.%; Al 2 O 3 0-5 wt.%; K 2 O 0-5 wt.%; and a colorant portion comprising: total iron 0.007 wt.% to 0.02 wt.%; CoO 0-5 ppm; Nd 2 O 3 0-0.1 wt.%; and CuO 0-0.03 wt.%. wherein the glass has a redox ratio in the range of 0.3 to 0.6, wherein the glass has a retained sulfur content of less than or equal to 0.11 wt.% SO 3; and wherein the batch materials comprise sodium sulfate and sodium nitrate, with the sodium sulfate present in an amount to provide a final glass product having less than or equal to 0.11 wt.% SO 3. providing a non-vacuum float glass system, i. e. wherein the molten glass is not subjected to a vacuum stage, having a melter and a molten metal bath; adding batch materials to the melter; and melting the batch materials to provide a final glass product comprising: SiO 2 65-75 wt.%; Na 2 O 10-20 wt.%; CaO 5-15 wt.%; MgO 0-5 wt.%; Al 2 O 3 0-5 wt.%; K 2 O 0-5 wt.%; and a colorant portion comprising: total iron 0.007 wt.% to 0.02 wt.%; CoO 0-5 ppm; Nd 2 O 3 0-0.1 wt.%; and CuO 0-0.03 wt.%. wherein the glass has a redox ratio in the range of 0.3 to 0.6, wherein the glass has a retained sulfur content of less than or equal to 0.11 wt.% SO 3; and wherein the batch materials comprise sodium sulfate and sodium nitrate, with the sodium sulfate present in an amount to provide a final glass product having less than or equal to 0.11 wt.% SO 3.
A lead assembly, for an implantable medical device, the lead assembly comprising: a lead body having a proximal end and a distal end, one or more connectors at the proximal end of the lead body that are each adapted for connection to a pulse generator; and one or more conductive elements coupled to the one or more connectors at the proximal end and extending through the lead body to the distal end, wherein each of the one or more conductive elements comprises an electrode coil that extends from the distal end of the lead body, and wherein the electrode coil is formed into a helix at the distal end that is sized to couple to a nerve such that an inner surface of the helix confronts the nerve and having a diameter greater than a diameter of the electrode coil. a lead body having a proximal end and a distal end, one or more connectors at the proximal end of the lead body that are each adapted for connection to a pulse generator; and one or more conductive elements coupled to the one or more connectors at the proximal end and extending through the lead body to the distal end, wherein each of the one or more conductive elements comprises an electrode coil that extends from the distal end of the lead body, and wherein the electrode coil is formed into a helix at the distal end that is sized to couple to a nerve such that an inner surface of the helix confronts the nerve and having a diameter greater than a diameter of the electrode coil.
A semiconductor substrate cleaning method characterized by comprising a first step of carrying out cleaning with ultrapure water containing ozone, a second step of carrying out cleaning with a cleaning liquid containing hydrofluoric acid, hydrogen peroxide, ultrapure water, and a surfactant while applying vibration at a frequency of 500kHz or more, and a third step of carrying out cleaning with a cleaning liquid containing 2-propanol and ultrapure water, without performing cleaning with ultrapure water alone.
A surgical system for bonding and/or transecting body tissue by a surgical instrument having two instrument branches (16, 18) each equipped with at least one HF electrode which are supported on a branch holder, preferably an instrument handle for opening and closing the instrument branches (16, 18) and a cutting element also supported on the branch holder, preferably the instrument handle, separately from the instrument branches (16, 18), wherein the surgical instrument is equipped with a retaining means in the form of a blocking mechanism of the cutting element which comprises at least one retaining element which in the non-activated or non-operated condition mechanically completely locks a cutting movement of the cutting element and can be actively transferred into an unlocking condition to permit a cutting motion, and wherein active unlocking of the retaining means in a way controlled by a process control means is only possible when a predefined tissue bonding cycle is finished, and when no current is fed to the HF electrodes at the instrument branches (16, 18), wherein the retaining means is arranged with regard to the cutting element at such a position that its at least one retaining element is engaged at least partly with the cutting element in a force-fit and/or form-fit manner.
Colour-changer, comprising • an output-channel with a belonging outlet for paint material, • paint-supply-channels (16, 18, 20) leading thereto which are switchable each by belonging first valve-means (22, 24, 26), wherein at least the first valve-means (22, 24, 26) are pilotable by a pressured fluid which is conducted through a belonging pressure-line (28, 30, 32) having a belonging inlet (34, 36, 38) each, wherein exact one switchable pressure-supply-outlet is foreseen which alternatively is connectable with one of the inlets (34, 36, 38) of the pressure-lines (28, 30, 32), so that at most one of the belonging valve-means (22, 24, 26) is switchable at the same time and wherein a second valve-mean is foreseen at the outlet of the output-channel, characterized in that a plunger is foreseen for applying a certain pressure-force into the filled output-channel and in that the position of the plunger is determinable. • an output-channel with a belonging outlet for paint material, • paint-supply-channels (16, 18, 20) leading thereto which are switchable each by belonging first valve-means (22, 24, 26),
A decoding method for decoding a bit stream including a base stream generated by encoding a first image signal of a first view and a dependent stream generated by encoding a second image signal of a second view, the method comprising: decoding, by identifying a start position of an access unit in the base stream based on an access unit delimiter indicating a boundary between access units in the base stream at the beginning of an access unit in the base stream, the base stream configured by inserting the access unit delimiter as a NAL unit including nal_unit_type; and decoding, by identifying a start position of a picture in the dependent stream based on a dependent delimiter indicating a picture boundary between pictures in the dependent stream at the beginning of a picture in the dependent stream, the dependent stream configured by inserting the dependent delimiter as a NAL unit including nal_unit_type with a value which is different from the nal_unit_type of the access unit delimiter. decoding, by identifying a start position of an access unit in the base stream based on an access unit delimiter indicating a boundary between access units in the base stream at the beginning of an access unit in the base stream, the base stream configured by inserting the access unit delimiter as a NAL unit including nal_unit_type; and decoding, by identifying a start position of a picture in the dependent stream based on a dependent delimiter indicating a picture boundary between pictures in the dependent stream at the beginning of a picture in the dependent stream, the dependent stream configured by inserting the dependent delimiter as a NAL unit including nal_unit_type with a value which is different from the nal_unit_type of the access unit delimiter.
A playing surface monitoring system, comprising a playing surface; an image capture unit arranged for capturing images of the playing surface and persons or objects thereon; processing means for detecting said persons or objects and their relative location on the playing surface; means for discriminating between persons using the playing surface (6a-6d) and objects used for maintenance of the playing surface, and means for using information obtained from the discriminating means for determining density of use by persons using the playing surface by obtaining data representative of the number of times a player passes over a particular area on the pitch and converting this to data representative of the density of use to obtain a density heat map, and determining the performance of maintenance operations on the playing surface or one more parts thereof over a period of time by recording when a maintenance machine passes over any region to indicate that maintenance was done at a certain time or interval and record or indicate the density of maintenance in a particular area of the playing surface; the system comprising means for determining a) density of use of the playing surface or one or more parts thereof by persons, and b) maintenance operations being performed by maintenance apparatus, by distinguishing between persons using the playing surface, and maintenance machines over a period of time, to monitor use and maintenance of the playing surface.
A stator comprising a plurality of stator elements (8,9), each stator element comprising a c-shaped core having two poles (20,21), each pole of each stator element being secured to a pole of an adjacent stator element by a bridge (10,11) formed of a non-magnetic material characterized in that said bridge is moulded onto the poles, wherein each pole comprises an anchor in the form of a recess or protrusion formed on a surface of the pole, and the bridge is moulded to the anchors of the poles.
A steering column assembly for use with a vehicle, comprising: a jacket; explosive material; a steering shaft rotatably supported by the jacket, the steering shaft being movable from an extended position to a stowed position upon detonation of the explosive material; and a detonation device in communication with the explosive material for detonating the explosive material when an impact event is sensed or predicted; the steering shaft has an end for receiving a steering wheel; characterized in comprising: a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material a jacket; explosive material; a steering shaft rotatably supported by the jacket, the steering shaft being movable from an extended position to a stowed position upon detonation of the explosive material; and a detonation device in communication with the explosive material for detonating the explosive material when an impact event is sensed or predicted; the steering shaft has an end for receiving a steering wheel; characterized in comprising: a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material the push plate is positioned between the explosive material and the steering shaft end; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material
Device for mounting and securing a radiator, with at least one wall element which can be detachably mounted on a securing surface and, standing in a working connection with this, a securing element, to which the radiator can be detachably connected, wherein the wall element comprises a mounting section (1.1) and a securing section (1.2), - integrated in the region of the mounting section (1.1) are a longitudinal perforated disk and a threaded pin taking effect on the longitudinal perforated disk, and the mounting to the securing surface is effected by means of a dowel-screw connection (4, 5) engaging through the longitudinal perforated disk, - provided in the region of the securing section (1.2) is a first receiver (1.2a) for receiving the securing element, which can be fixed by means of a second threaded pin in the wall element, and the securing element can be fixed by non-positive and/or positive connecting means in and/or at the radiator and in the receiver (1.2a) of the securing section (1.2), characterised in that - the receiver (1.2a) is configured as an opening with a rectangular cross-section, and provided in the lower surface of this receiver is a first step-shaped element (1.2b), wherein the securing element comprises a section (2.1) with a rectangular cross-section, which comprises on its underside a second step-shaped element (2.2), which stands in an effect connection with the step-shaped element (1.2b) of the receiver (1.2a), and a bolt-shaped section (2.3) is also provided, directed towards the radiator, which can be connected by a third threaded pin to a second receiver (10.1) provided at the radiator. - integrated in the region of the mounting section (1.1) are a longitudinal perforated disk and a threaded pin taking effect on the longitudinal perforated disk, and the mounting to the securing surface is effected by means of a dowel-screw connection (4, 5) engaging through the longitudinal perforated disk, - provided in the region of the securing section (1.2) is a first receiver (1.2a) for receiving the securing element, which can be fixed by means of a second threaded pin in the wall element, and the securing element can be fixed by non-positive and/or positive connecting means in and/or at the radiator and in the receiver (1.2a) of the securing section (1.2), characterised in that - the receiver (1.2a) is configured as an opening with a rectangular cross-section, and provided in the lower surface of this receiver is a first step-shaped element (1.2b), wherein the securing element comprises a section (2.1) with a rectangular cross-section, which comprises on its underside a second step-shaped element (2.2), which stands in an effect connection with the step-shaped element (1.2b) of the receiver (1.2a), and a bolt-shaped section (2.3) is also provided, directed towards the radiator, which can be connected by a third threaded pin to a second receiver (10.1) provided at the radiator.