mhurhangee/ep-ind-claims huggingface dataset:
Device for controlling a tufting installation (10, 110), the tufting installation (10, 110) comprising a tufting machine (12, 112) for producing a flat tufting web (14, 114), a roller arrangement (18, 118) for guiding the tufting web (14, 114) and a take-off device (20, 120) for winding up the tufting web (14, 114) guided by the roller arrangement (18, 118), wherein the device comprises: - a fault detection device (52, 152) in front of the roller arrangement (18, 118) which monitors the tufting web (14, 114) coming from the tufting machine (12, 112) for the occurrence of predefined types of faults, and - a control device (40, 140) which is coupled to the fault detection device (52, 152) and to the roller arrangement (18, 118) and the take-off device (20, 120), wherein the control device (40, 140) stops the tufting web (14, 114) in response to the detection of a fault location by the fault detection device (52, 152) in a predefined stopping area (44, 144) of the roller arrangement (18, 118), when the detected fault location is determined to be a reparable fault, i.e. is a predefined type of fault, and enters the stopping area (44, 144), and the tufting machine (12, 112) can be stopped immediately if the detected fault location is considered to be a serious fault of the predefined types of fault, wherein the fault detection device (52, 152) monitors the tufting web (14, 114) at or near an exit of the tufting machine (12, 112), wherein the roller arrangement (18, 118) comprises a variable web length buffering device (42, 142) for temporarily storing if necessary a section of the tufting web, which is adjacent to the stopping area (44, 144) and wherein the control device (40, 140) for stopping the tufting web (14, 114) stops the take-off device (20, 120) when the fault enters the predefined stop area (44, 144), wherein the tufting machine (12, 112) continues to run while filling the web length buffering device (42, 142). - a fault detection device (52, 152) in front of the roller arrangement (18, 118) which monitors the tufting web (14, 114) coming from the tufting machine (12, 112) for the occurrence of predefined types of faults, and - a control device (40, 140) which is coupled to the fault detection device (52, 152) and to the roller arrangement (18, 118) and the take-off device (20, 120),
A light emitting element comprising: an organic light emitting device which comprises an anode, a cathode, and at least one organic light emitting layer; and a micro electromechanical system coupled to the organic light emitting device such that actuation of the micro electromechanical system activates the organic light emitting device to produce light; wherein the micro electromechanical system comprises a flexible actuating member, the flexible actuating member comprising: a first portion which is fixed with respect to a contacting surface and spaced from the contacting surface; and a second, electrically conductive, portion which can be forced to contact the contacting surface; characterised in that: the contacting surface is a surface of the cathode or the anode of the organic light emitting device. an organic light emitting device which comprises an anode, a cathode, and at least one organic light emitting layer; and a micro electromechanical system coupled to the organic light emitting device such that actuation of the micro electromechanical system activates the organic light emitting device to produce light; wherein the micro electromechanical system comprises a flexible actuating member, the flexible actuating member comprising: a first portion which is fixed with respect to a contacting surface and spaced from the contacting surface; and a second, electrically conductive, portion which can be forced to contact the contacting surface; characterised in that: the contacting surface is a surface of the cathode or the anode of the organic light emitting device. a first portion which is fixed with respect to a contacting surface and spaced from the contacting surface; and a second, electrically conductive, portion which can be forced to contact the contacting surface; characterised in that: the contacting surface is a surface of the cathode or the anode of the organic light emitting device. the contacting surface is a surface of the cathode or the anode of the organic light emitting device.
A lighting apparatus comprising: a metal halide lamp that includes an outer tube, an inner tube provided inside the outer tube, and an arc tube provided inside the inner tube; and an open-type lighting fixture that includes a mirror part having a concave reflection surface inside which the metal halide lamp is disposed, the mirror part reflecting light emitted from the metal halide lamp at the reflection surface such that the reflected light is emitted through an opening of the mirror part, wherein the metal halide lamp is attached to the lighting apparatus by turning the metal halide lamp, characterised in that relational expressions 25 < r ≤ 28, R ≤ 130, and 3.5 ≤R/r are satisfied, with r denoting a maximum outer diameter [mm] of the outer tube, and R denoting an opening diameter [mm] of the mirror part. a metal halide lamp that includes an outer tube, an inner tube provided inside the outer tube, and an arc tube provided inside the inner tube; and an open-type lighting fixture that includes a mirror part having a concave reflection surface inside which the metal halide lamp is disposed, the mirror part reflecting light emitted from the metal halide lamp at the reflection surface such that the reflected light is emitted through an opening of the mirror part, wherein the metal halide lamp is attached to the lighting apparatus by turning the metal halide lamp, characterised in that relational expressions 25 < r ≤ 28, R ≤ 130, and 3.5 ≤R/r are satisfied, with r denoting a maximum outer diameter [mm] of the outer tube, and R denoting an opening diameter [mm] of the mirror part.
A computer implemented method for creating customized regenerative scaffolds according to claim 12, the method comprising: receiving a 3D image data set representing one or more teeth; displaying, on a user interface, an image of a tooth of the one or more teeth; receiving at least one user input; constructing a 3D output data set from the 3D image data set based on the at least one user input, wherein the 3D output data set is (a) a 3D root canal data set representing a root canal or (b) a 3D regenerative scaffold data set representing a customized regenerative scaffold for a root canal; and converting the constructed 3D output data set to control data that can be used by a computer controlled manufacturing system to manufacture the customized regenerative scaffold. receiving a 3D image data set representing one or more teeth; displaying, on a user interface, an image of a tooth of the one or more teeth; receiving at least one user input; constructing a 3D output data set from the 3D image data set based on the at least one user input, wherein the 3D output data set is (a) a 3D root canal data set representing a root canal or (b) a 3D regenerative scaffold data set representing a customized regenerative scaffold for a root canal; and converting the constructed 3D output data set to control data that can be used by a computer controlled manufacturing system to manufacture the customized regenerative scaffold.
Method for producing a plastic surface (11,21) with integrated decoration (13,23,113) comprising the steps of - digitally printing the decoration onto a substrate to form a decorated substrate with a printed side, - modifying the thickness of the decorated substrate either on the printed side or on the side to be printed in such a way that the thickness of the thus obtained modified decorated substrate (14,24,200,300) decreases towards the rim (117,217,317) of the modified decorated substrate (14,24,200,300), - placing the modified decorated substrate (14,24,200,300) in the cavity of a mould with the printed side facing the mould so that a gap remains in the region of the rim, and - forming a thermoplastic elastomer foil (12,22,112) in the cavity of the mould so that the gap is filled during creation of the thermoplastic elastomer foil by the thermoplastic elastomer, in such a way that the obtained thermoplastic elastomer foil encompasses the region of the modified decorated substrate in which the thickness of the substrate is reduced and thus fixes it in place to obtain a plastic surface (11,21) in which the modified decorated substrate (14,24,200,300) is integrated. - digitally printing the decoration onto a substrate to form a decorated substrate with a printed side, - modifying the thickness of the decorated substrate either on the printed side or on the side to be printed in such a way that the thickness of the thus obtained modified decorated substrate (14,24,200,300) decreases towards the rim (117,217,317) of the modified decorated substrate (14,24,200,300), - placing the modified decorated substrate (14,24,200,300) in the cavity of a mould with the printed side facing the mould so that a gap remains in the region of the rim, and - forming a thermoplastic elastomer foil (12,22,112) in the cavity of the mould so that the gap is filled during creation of the thermoplastic elastomer foil by the thermoplastic elastomer, in such a way that the obtained thermoplastic elastomer foil encompasses the region of the modified decorated substrate in which the thickness of the substrate is reduced and thus fixes it in place to obtain a plastic surface (11,21) in which the modified decorated substrate (14,24,200,300) is integrated.
An electronic cigarette liquid supply device, comprising: a piezoelectric substrate, an insulating film covering the piezoelectric substrate, a first interdigital transducer, a second interdigital transducer, a liquid storage chamber, a flow channel and a liquid outlet; wherein a liquid inlet is provided on the liquid storage chamber; one end of the flow channel is hermetically connected to the liquid storage chamber, and the other end of the flow channel is the liquid outlet; the first interdigital transducer and the second interdigital transducer are attached to a surface of the piezoelectric substrate and located between the piezoelectric substrate and the insulating film; the liquid storage chamber, the flow channel and the liquid outlet are provided outside and above the insulating film; and the first interdigital transducer is located beside the liquid storage chamber along a direction opposite to a flow direction in the flow channel and is not in contact with the liquid storage chamber; the second interdigital transducer is located below the flow channel between the liquid storage chamber and the liquid outlet.
A method, comprising: periodically measuring outbound latency of communications over a network from a first networked device to a second networked device, wherein one or more outbound latency measurements are made; storing the one or more outbound latency measurements and a time corresponding to each of the one or more outbound latency measurements; determining a rate of outbound latency increase based on a most recent outbound latency measurement and the stored one or more outbound latency measurements and the corresponding times, wherein determining the rate of outbound latency increase comprises calculating an increase in outbound latency over time from one of the stored one or more outbound latency measurements to the most recent outbound latency measurement; determining (1730, 1740) a proportion by which to decrease a target transmission rate of the first networked device based on at least the determined rate of outbound latency increase; and decreasing the target transmission rate of the first networked device by the determined proportion. periodically measuring outbound latency of communications over a network from a first networked device to a second networked device, wherein one or more outbound latency measurements are made; storing the one or more outbound latency measurements and a time corresponding to each of the one or more outbound latency measurements; determining a rate of outbound latency increase based on a most recent outbound latency measurement and the stored one or more outbound latency measurements and the corresponding times, wherein determining the rate of outbound latency increase comprises calculating an increase in outbound latency over time from one of the stored one or more outbound latency measurements to the most recent outbound latency measurement; determining (1730, 1740) a proportion by which to decrease a target transmission rate of the first networked device based on at least the determined rate of outbound latency increase; and decreasing the target transmission rate of the first networked device by the determined proportion.
An optical article comprising a substrate having at least one main surface and a precursor coating for an antifogging coating, said precursor coating being in direct contact either with said main surface of the substrate, or with a first coating, when said main surface of the substrate is coated with a first coating, said precursor coating being formed by depositing at least one hydrophilic compound A on the substrate or, when it is present, on the first coating, characterized in that said precursor coating comprises an internal part in which said compound A is grafted to the substrate or, when it is present, to the first coating, and an external part that can be removed by washing and/or wiping, resulting from the deposition of the compound A, and in that said precursor coating is coated with a temporary layer, in direct contact with it, comprising at least one compound selected from metal fluorides and compounds comprising magnesium and oxygen.
An abrasive coating for a rotor shaft, the abrasive coating comprising: a metal bond coat layer on the rotor shaft; an abrasive layer over the bond layer for contact with vanes during operation of the rotor shaft, the abrasive layer including a matrix containing a filler which is of lower strength than the matrix, the filler having an increased concentration radially outward from the bond layer to the outer surface of the abrasive layer; wherein the abrasive layer contains hexagonal boron nitride (hBN) as the low strength filler in an amount that ranges from 5% to 80 %, based on the volume of the coating, the abrasive layer having an increased concentration of hBN radially outward from the bond layer to the outer surface of the abrasive layer; and wherein the matrix includes yttria stabilized zirconia or gadolinia-zirconate, or wherein the matrix includes at least one metal selected from the group consisting of nickel, copper, molybdenum, aluminum, and alloys thereof. a metal bond coat layer on the rotor shaft; an abrasive layer over the bond layer for contact with vanes during operation of the rotor shaft, the abrasive layer including a matrix containing a filler which is of lower strength than the matrix, the filler having an increased concentration radially outward from the bond layer to the outer surface of the abrasive layer; wherein the abrasive layer contains hexagonal boron nitride (hBN) as the low strength filler in an amount that ranges from 5% to 80 %, based on the volume of the coating, the abrasive layer having an increased concentration of hBN radially outward from the bond layer to the outer surface of the abrasive layer; and wherein the matrix includes yttria stabilized zirconia or gadolinia-zirconate, or wherein the matrix includes at least one metal selected from the group consisting of nickel, copper, molybdenum, aluminum, and alloys thereof.
A positive electrode active material for a lithium ion secondary battery, the positive electrode active material comprising a lithium-nickel-manganese composite oxide having a hexagonal layered structure and configured by secondary particles with a plurality of aggregated primary particles, wherein metal elements constituting the lithium-nickel-manganese composite oxide include lithium (Li), nickel (Ni), manganese (Mn), cobalt (Co), titanium (Ti), niobium (Nb), and optionally zirconium (Zr), an amount of substance ratio of the metal elements is represented as Li: Ni: Mn: Co: Zr: Ti: Nb = a: b: c: d: e: f: g provided that, 0.97 ≤ a ≤ 1.10, 0.80 ≤ b ≤ 0.88, 0.04 ≤ c ≤ 0.12, 0.04 ≤ d ≤ 0.10, 0 ≤ e ≤ 0.004, 0.003 < f ≤ 0.030, 0.001 < g ≤ 0.006, and b + c + d + e + f + g = 1, in the amount of substance ratio, (f + g) ≤ 0.030 and f > g are satisfied, niobium is segregated at a grain boundary between primary particles of the lithium-nickel-manganese composite oxide, and an amount of lithium to be eluted in water when the positive electrode active material is immersed in water is 0.20% by mass or less with respect to the entire positive electrode active material. wherein metal elements constituting the lithium-nickel-manganese composite oxide include lithium (Li), nickel (Ni), manganese (Mn), cobalt (Co), titanium (Ti), niobium (Nb), and optionally zirconium (Zr), an amount of substance ratio of the metal elements is represented as Li: Ni: Mn: Co: Zr: Ti: Nb = a: b: c: d: e: f: g provided that, 0.97 ≤ a ≤ 1.10, 0.80 ≤ b ≤ 0.88, 0.04 ≤ c ≤ 0.12, 0.04 ≤ d ≤ 0.10, 0 ≤ e ≤ 0.004, 0.003 < f ≤ 0.030, 0.001 < g ≤ 0.006, and b + c + d + e + f + g = 1, in the amount of substance ratio, (f + g) ≤ 0.030 and f > g are satisfied, niobium is segregated at a grain boundary between primary particles of the lithium-nickel-manganese composite oxide, and an amount of lithium to be eluted in water when the positive electrode active material is immersed in water is 0.20% by mass or less with respect to the entire positive electrode active material.
A method for producing high-purity polydeoxyribonucleotide (PDRN) from salmon testes, comprising 1) separating semen and immature testicular regions from the testes of a salmonid fish, 2) grinding the immature testicular regions, followed by dilution with an artificial seminal plasma, 3) treating the dilution with human chorionic gonadotropin (hCG) in an amount of 25 to 200 IU per gram of testes to induce artificial sexual maturation of the testicular cells to sperm, 4) centrifuging the testicular dilution 10 minutes to 2 hours after the hCG treatment and collecting potentially motile sperm, and 5) extracting PDRN from the collected sperm, wherein the salmonid fish is a river salmon caught in an area extending 10 km upstream from the estuary, wherein, in step 1), the immature testicular regions differ in their degree of maturity and have relatively high degrees of maturity representing a sperm motility of at least 0.7%.
A power system for feeding power into a vertical transportation arrangement, the power system comprising - a first interface for connecting to a primary power source; - a second interface for connecting to a secondary power source; - power controlling means for controlling feeding of power from the primary power source and/or the secondary power source to a motor for driving a vertical transportation device, the power controlling means configured to control feeding at least some of the power used by the motor during normal operation from the secondary power source; wherein the power system further comprises monitoring means for determining a minimum level other than zero level for the energy available from the secondary power source, and elevator trips are planned beforehand such that the available energy always remains at or above the minimum level, characterised in that the minimum level corresponds to energy needed to perform a rescue run in occurrence of power failure of the primary power source. - a first interface for connecting to a primary power source; - a second interface for connecting to a secondary power source; - power controlling means for controlling feeding of power from the primary power source and/or the secondary power source to a motor for driving a vertical transportation device, the power controlling means configured to control feeding at least some of the power used by the motor during normal operation from the secondary power source;
A hemodialysis vascular access device comprising: a proximal end sized and shaped to sealably couple to a hemodialysis catheter; a movable structure coupled to the proximal end and sized and shaped to receive a portion of the hemodialysis catheter; a fixation structure coupled to the movable structure and sized and shaped for fixation on a patient, the fixation structure sized and shaped to receive a portion of the hemodialysis catheter; an elongated sleeve coupled to the fixation structure and sized and shaped for insertion into a patient's vasculature, the elongated sleeve having an internal lumen sized and shaped to receive a portion of the hemodialysis catheter; a valve at a distal end of the internal lumen; characterised in that, when a hemodialysis catheter is inserted into the device and coupled to the proximal end, distal movement of the proximal end relative to the fixation structure biases a distal end of the hemodialysis catheter from a position inside the elongated sleeve through the valve out of the device and into the patient's blood. a proximal end sized and shaped to sealably couple to a hemodialysis catheter; a movable structure coupled to the proximal end and sized and shaped to receive a portion of the hemodialysis catheter; a fixation structure coupled to the movable structure and sized and shaped for fixation on a patient, the fixation structure sized and shaped to receive a portion of the hemodialysis catheter; an elongated sleeve coupled to the fixation structure and sized and shaped for insertion into a patient's vasculature, the elongated sleeve having an internal lumen sized and shaped to receive a portion of the hemodialysis catheter; a valve at a distal end of the internal lumen; characterised in that, when a hemodialysis catheter is inserted into the device and coupled to the proximal end, distal movement of the proximal end relative to the fixation structure biases a distal end of the hemodialysis catheter from a position inside the elongated sleeve through the valve out of the device and into the patient's blood.
Device for managing the broadcast of multimedia contents by pieces of broadcasting equipment (EDij) connected to a communication network suitable for transmitting multimedia-content data, said device being intended to form part of a piece of managing equipment that is connected to said communication network, comprising managing means arranged i) to associate groups of at least one broadcasting identifier with multimedia contents to be broadcast, and ii) to assign to certain at least of said pieces of broadcasting equipment (EDij) at least one of said groups of one or more broadcasting identifiers, so that each piece of broadcasting equipment (EDij) broadcasts only each multimedia content that is associated with a group of one or more broadcasting identifiers identical to a group of one or more broadcasting identifiers that has been assigned thereto, characterized in that it comprises programming means arranged to select, for each piece of broadcasting equipment (EDij), each multimedia content associated with a group of one or more broadcasting identifiers identical to a group of one or more broadcasting identifiers that has been assigned thereto, and to order the transmission to each piece of broadcasting equipment (EDij), at times programmed in advance, of each multimedia content selected therefor in order that it broadcast it.