mhurhangee/ep-ind-claims huggingface dataset:
Method for rubber-coating reinforcing threads or wires involving the use of an installation with - at least one spool rack with a multiplicity of spool holders with reinforcing threads or wires wound on spools, each spool holder being provided with a thread brake, - at least one deflecting roller at the output of the spool rack, - an extruder for plasticating a rubber compound, - a die head, in which the reinforcing threads or wires are sheathed with the rubber compound and - at least one frequency sensor, which is positioned at a reinforcing thread or wire between the deflecting roller and the die head, the reinforcing threads or wires being under tension between the deflecting roller and the die head, characterized in that the natural frequency of the vibrations of the reinforcing thread or wire is detected by means of the frequency sensor, software comparing the natural frequency with a setpoint frequency and signalling a defined deviation from this setpoint frequency, so that a malfunction of the thread brake of the associated coil holder can be ascertained. - at least one spool rack with a multiplicity of spool holders with reinforcing threads or wires wound on spools, each spool holder being provided with a thread brake, - at least one deflecting roller at the output of the spool rack, - an extruder for plasticating a rubber compound, - a die head, in which the reinforcing threads or wires are sheathed with the rubber compound and - at least one frequency sensor, which is positioned at a reinforcing thread or wire between the deflecting roller and the die head,
A glass-reinforced plastic pipe liner of improved impact performance comprising a layer B) consisting of a coat being reinforced by non-woven fibres, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin, wherein the layer B) comprises colour pigments present at 0.2 - 5.0 wt% per weight of the unsaturated polyester resin, in addition comprising a layer A) consisting of a coat being reinforced by a synthetic veil formed from spun-bond or thermally bonded fibres of polyester, polyamide or mixtures thereof, the coat being formed from at least one unsaturated polyester resin, wherein the glass-reinforced plastic pipe liner of improved impact performance does not comprise a layer consisting of a coat being formed from at least one unsaturated polyester resin being further reinforced by chopped fibre strands.
A semi-continuous vertical direct chill casting process for manufacturing rolling slabs or extrusion billets, in which a separator and two liquid metal supply systems,typically spouts or troughs or tundishes arranged on either side of the separator, are used. This process features the following steps: a) One aluminium alloy is cast through a spout into the semi-continuous vertical casting mould, b) The separator, made of metal or a refractory material, is introduced into the mould, in contact with the solidification front, c) The second aluminium alloy is cast into the semi-continuous vertical casting mould, on the other side of the separator, via a second spout, d) The separator is raised almost simultaneously with the end of casting of the alloys, or slightly before casting is complete, in which case, the alloys may mix together in the zone in which slab or billet casting ended, e) The solidified slab or billet is removed from the semi-continuous casting mould, characterized in that using a vibrator, a vibratory motion is applied to the separator, at least while it is in contact with the solidification front, to prevent said separator from becoming trapped and entrained by the solidified metal. a) One aluminium alloy is cast through a spout into the semi-continuous vertical casting mould, b) The separator, made of metal or a refractory material, is introduced into the mould, in contact with the solidification front, c) The second aluminium alloy is cast into the semi-continuous vertical casting mould, on the other side of the separator, via a second spout, d) The separator is raised almost simultaneously with the end of casting of the alloys, or slightly before casting is complete, in which case, the alloys may mix together in the zone in which slab or billet casting ended, e) The solidified slab or billet is removed from the semi-continuous casting mould, characterized in that using a vibrator, a vibratory motion is applied to the separator, at least while it is in contact with the solidification front, to prevent said separator from becoming trapped and entrained by the solidified metal.
A dye-sensitized solar cell module having a serial structure comprising at least two dye-sensitized solar cell units (2a-c) arranged adjacent to each other and connected in series, each cell unit including: - a working electrode, - a first conducting layer for extracting photo-generated electrons from the working electrode, - a counter electrode including a second conducting layer, - electrolyte for transferring electrons from the counter electrode to the working electrode, and - a series connecting element for electrically connecting the counter electrode to a working electrode of an adjacent cell unit, characterized in that the solar cell module comprises a porous insulating substrate, the first conducting layer is a porous conducting layer formed on one side of the porous insulating substrate, and the second conducting layer is a porous conducting layer formed on the opposite side of the porous insulating substrate, and the series connecting element is a conducting layer penetrating through said porous insulating substrate and extending between the first conducting layer of one of the cell units and the second conducting layer of the adjacent cell unit, thereby electrically connecting the first conducting layer of one of the cell units with the second conducting layer of the adjacent cell unit. - a working electrode, - a first conducting layer for extracting photo-generated electrons from the working electrode, - a counter electrode including a second conducting layer, - electrolyte for transferring electrons from the counter electrode to the working electrode, and - a series connecting element for electrically connecting the counter electrode to a working electrode of an adjacent cell unit,
Derivative of a naturally occurring insulin or of an insulin analogue for use in the treatment of type 1 diabetes or type 2 diabetes, comprising administering, to a patient in need thereof, effective dosages of the derivative, wherein said insulin derivative exhibits a prolonged profile of action and wherein said dosages are administered at intervals, wherein at least one of said intervals has a length of i. at least 1.3 times the mean of said intervals, or ii. no more than 0.85 times the mean of said intervals wherein the mean of said intervals is at least 12 hours and less than 36 hours, wherein said dosage is not adjusted between administrations and wherein said derivative of said naturally occurring insulin or said insulin analogue is LysB29(Nε-hexadecandioyl-γ-Glu) des human insulin. i. at least 1.3 times the mean of said intervals, or ii. no more than 0.85 times the mean of said intervals
A mobile device comprising a processing system arranged to: - recognize a change of context related to the mobile device and/or a user of the mobile device, and - control the mobile device to perform at least one service action related to services provided with the mobile device as a response to the recognized change of context, characterized in that the processing system is further arranged to: - gather usage data indicative of control actions performed by the user and directed to the mobile device during different recognized changes of context, and - select, prior to performing the at least one service action, the at least one service action from among a pre-determined set of service actions at least partly on the basis of the usage data. - recognize a change of context related to the mobile device and/or a user of the mobile device, and - control the mobile device to perform at least one service action related to services provided with the mobile device as a response to the recognized change of context, - gather usage data indicative of control actions performed by the user and directed to the mobile device during different recognized changes of context, and - select, prior to performing the at least one service action, the at least one service action from among a pre-determined set of service actions at least partly on the basis of the usage data.
A portable electronic device comprising: an input device; a processor; an input device housing; a display for displaying information thereon; a display housing coupled to the input device housing, the display housing moveable by sliding along the input device housing, between an extended position in which the input device is exposed for use, and a contracted position in which the input device is covered by the display housing; a digital camera housed by the display housing and framed by a first side of the display housing; wherein the input device housing comprises a body and an auxiliary camera lens fixed to the body such that the auxiliary camera lens is aligned with the digital camera for obtaining first digital images utilizing the auxiliary camera lens when the display housing is in the contracted position relative to the input device housing, and the auxiliary camera lens is out of alignment with the digital camera for obtaining second digital images without the auxiliary camera lens when the display housing is in the extended position relative to the input device housing; wherein the portable electronic device further comprises a sensor coupled to the processor for detecting the position of the display housing relative to the input device housing; and wherein the processor is configured to apply image compensation that is dependent on the position of the display housing relative to the input device housing to the first or the second digital images. an input device; a processor; an input device housing; a display for displaying information thereon; a display housing coupled to the input device housing, the display housing moveable by sliding along the input device housing, between an extended position in which the input device is exposed for use, and a contracted position in which the input device is covered by the display housing; a digital camera housed by the display housing and framed by a first side of the display housing; wherein the input device housing comprises a body and an auxiliary camera lens fixed to the body such that the auxiliary camera lens is aligned with the digital camera for obtaining first digital images utilizing the auxiliary camera lens when the display housing is in the contracted position relative to the input device housing, and the auxiliary camera lens is out of alignment with the digital camera for obtaining second digital images without the auxiliary camera lens when the display housing is in the extended position relative to the input device housing; wherein the portable electronic device further comprises a sensor coupled to the processor for detecting the position of the display housing relative to the input device housing; and wherein the processor is configured to apply image compensation that is dependent on the position of the display housing relative to the input device housing to the first or the second digital images.
A device for injecting an intraocular lens into an eye, the device comprising; a tubular housing (125,710,810) having a longitudinal axis and a passageway along the longitudinal axis, and a plunger shaft (105,720,820) disposed within and moveable along the passageway of the tubular housing over an operating range; wherein the tubular housing and the plunger shaft have frictional engaging features (720,730; 820,830) configured to produce a varying plunging friction along the operating range to offset one or more changes in plunging resistance arising from injection of the lens into the eye; characterized in that the frictional engaging features comprise, an orifice (730,830) formed within the passageway of the tubular housing, the orifice having a cross-sectional size being smaller than a cross-sectional size of the passageway; and a contoured surface on the plunger shaft (720,780) that frictionally engages the orifice as the plunger shaft is translated along the operating range, wherein the contoured surface comprises a textured surface having a texture that varies along at least a portion of the length of the plunger shaft.
A dental attachment formation apparatus, comprising: a body having a registration surface shaped to conform to the contours of an exterior surface of a tooth, the body including a well portion shaped to accommodate an attachment that is to be attached, via an opening of the well portion, to the exterior surface of said tooth, and wherein the registration surface, when properly aligned against the contours of the exterior surface of the tooth, aid in positioning and orienting of the attachment with respect to the exterior surface of the tooth in accordance with a treatment plan for a patient; an attachment material in the well portion to form the attachment, the attachment configured to, when in position and attached to a tooth, and with a dental appliance in position on the tooth, interact with surfaces of the dental appliance to impart forces on the tooth; and a release liner formed over the opening of the well portion to retain the attachment material within the well portion until the attachment is ready to be placed on the tooth of the patient, the dental attachment formation apparatus being characterized in that it further comprises a release material between the attachment material and an interior surface of the well portion to allow for the release of the attachment material within the well portion. a body having a registration surface shaped to conform to the contours of an exterior surface of a tooth, the body including a well portion shaped to accommodate an attachment that is to be attached, via an opening of the well portion, to the exterior surface of said tooth, and wherein the registration surface, when properly aligned against the contours of the exterior surface of the tooth, aid in positioning and orienting of the attachment with respect to the exterior surface of the tooth in accordance with a treatment plan for a patient; an attachment material in the well portion to form the attachment, the attachment configured to, when in position and attached to a tooth, and with a dental appliance in position on the tooth, interact with surfaces of the dental appliance to impart forces on the tooth; and a release liner formed over the opening of the well portion to retain the attachment material within the well portion until the attachment is ready to be placed on the tooth of the patient, the dental attachment formation apparatus being characterized in that it further comprises a release material between the attachment material and an interior surface of the well portion to allow for the release of the attachment material within the well portion.
A creep-resistant, long-life wrought nickel-based high-temperature alloy, comprising: by weight, 0.04% to 0.08% of C, 18.50% to 21.50% of Cr, 9.00% to 11.00% of Co, 8.00% to 9.00% of Mo, 2.00% to 3.00% of Al, 1.10% to 1.49% of Ti, 0.81% to 2.00% of Nb, 0.003% to 0.009% of B, 0.001% to 0.10% of Sc, no more than 0. 02% of Zr, and the balance nickel and inevitable impurities, wherein contents in weight percentage of Al, Ti and Mo in the alloy satisfy a formula of 11.59% ≤ Al + Ti + Mo ≤ 13.0%, and wherein the impurities are W ≤ 0.50%, Fe ≤ 1.50%, Si ≤ 0.10%, Mn ≤ 0.10%, P ≤ 0.008%, S ≤ 0.008%, Ta ≤ 0.10%, and Cu ≤ 0.20%.
A system for providing hydrogen gas, comprising a. a dehydrogenation unit for release of a hydrogen gas-containing gas mixture from an at least partly laden hydrogen carrier medium, b. a separation/purification unit (5; 5a), connected to the dehydrogenation unit, for at least partial separation of hydrogen gas from the gas mixture and for purifying the hydrogen gas separated, wherein the separation/purification unit (5; 5a) has a separation membrane, c. a utilization unit, connected to the separation/purification unit (5; 5a), for utilizing the purified hydrogen gas, d. a thermal conversion unit, connected to the separation/purification unit (5; 5a), for thermal conversion of a residual gas mixture, which is the substream of the gas mixture from the dehydrogenation unit from which the hydrogen gas has been separated, wherein the utilization unit is a power generation unit, wherein the separation/purification unit (5; 5a) is connected to the power generation unit via a first fluid conduit and to the thermal conversion unit via a second fluid conduit, characterized in that the power generation unit is connected to the thermal conversion unit for supply of an offgas stream from the power generation unit. a. a dehydrogenation unit for release of a hydrogen gas-containing gas mixture from an at least partly laden hydrogen carrier medium, b. a separation/purification unit (5; 5a), connected to the dehydrogenation unit, for at least partial separation of hydrogen gas from the gas mixture and for purifying the hydrogen gas separated, wherein the separation/purification unit (5; 5a) has a separation membrane, c. a utilization unit, connected to the separation/purification unit (5; 5a), for utilizing the purified hydrogen gas, d. a thermal conversion unit, connected to the separation/purification unit (5; 5a), for thermal conversion of a residual gas mixture, which is the substream of the gas mixture from the dehydrogenation unit from which the hydrogen gas has been separated, wherein the utilization unit is a power generation unit, wherein the separation/purification unit (5; 5a) is connected to the power generation unit via a first fluid conduit and to the thermal conversion unit via a second fluid conduit, characterized in that the power generation unit is connected to the thermal conversion unit for supply of an offgas stream from the power generation unit.
A linear actuator comprising: a casing being tubular; a magnet unit comprising a magnet mounting plate having an inverted T-shape in cross section, the magnet mounting plate comprising a vertical board, a horizontal board and magnets, and the magnet unit being sandwiched by the magnets on both side surfaces of the vertical board, the magnet unit being configured to reciprocate along an axial direction in said casing; and a coil unit arranged to face the magnet of said magnet unit, wherein both side edges of a lower surface of the horizontal board are guided by two guide rails (48, 48) arranged in parallel along the axial direction on a slide base fixed to a bottom surface of the casing, wherein a protruding portion of the vertical board protrudes from a slide groove formed on an upper surface of the casing along the axial direction, the protruding portion of the magnet mounting plate is guided by a guide block fixed on the upper surface of the casing along the axial direction, wherein, based on magnetization and demagnetization of said coil unit, said magnet unit reciprocates between said coil units (50, 50). a casing being tubular; a magnet unit comprising a magnet mounting plate having an inverted T-shape in cross section, the magnet mounting plate comprising a vertical board, a horizontal board and magnets, and the magnet unit being sandwiched by the magnets on both side surfaces of the vertical board, the magnet unit being configured to reciprocate along an axial direction in said casing; and a coil unit arranged to face the magnet of said magnet unit, wherein both side edges of a lower surface of the horizontal board are guided by two guide rails (48, 48) arranged in parallel along the axial direction on a slide base fixed to a bottom surface of the casing, wherein a protruding portion of the vertical board protrudes from a slide groove formed on an upper surface of the casing along the axial direction, the protruding portion of the magnet mounting plate is guided by a guide block fixed on the upper surface of the casing along the axial direction, wherein, based on magnetization and demagnetization of said coil unit, said magnet unit reciprocates between said coil units (50, 50).
An artificial intelligence operation processing method, comprising: receiving, by a terminal, indication information sent by a network device, wherein the indication information is used for indicating information about an Artificial Intelligence/Machine Learning, AI/ML, task to be performed by the terminal; wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, which comprises: the indication information is used for indicating part or all of AI/ML acts performed by the terminal; wherein the indication information is used for indicating part or all of AI/ML acts performed by the terminal, which comprises: a ratio between acts performed by the network device and the terminal in the AI/ML task is included in the indication information; or wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, and an AI/ML model used by the terminal to perform the AI/ML task, wherein the indication information comprises a serial number of an AI/ML operation required to be performed by the terminal in the AI/ML task; wherein the method further comprises: switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate. a ratio between acts performed by the network device and the terminal in the AI/ML task is included in the indication information; or wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, and an AI/ML model used by the terminal to perform the AI/ML task, wherein the indication information comprises a serial number of an AI/ML operation required to be performed by the terminal in the AI/ML task; wherein the method further comprises: switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate. switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate.
Combustion chamber heat-shielding element of a gas-turbine, having a bolt for mounting the combustion chamber heat-shielding element (34, 42) on a combustion chamber wall or a combustion chamber head, where the combustion chamber heat-shielding element (34, 42) is designed substantially plate-like, characterized in that on one side of the combustion chamber heat-shielding element (34, 42) at least one bolt, which is designed as a separate component, is anchored by means of a bonded connection, where the combustion chamber heat-shielding element (34, 42) is provided with a receptacle for the bolt provided with a contoured base, where the receptacle is provided with a recess designed for precisely and/ or positively fitting insertion and bonding of the bolt, and with effusion cooling holes.