mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data in an IP network having a core network that has multiple network nodes (3 1 - 3 n) and at least two independent network levels (A, B) of identical structure and whose network nodes (3 1 - 3 n) are each connected among one another within the network levels (A, B) by cables forming network edges (4 1 - 4 n), and having in each case multiple access networks (2 1 - 2 n) that are interfaced to in each case all network levels (A, B) of the core network at the network nodes (3 1 - 3 n) and whose data streams to be supplied to the core network are split, in terms of the data rate, over all network levels (A, B) of the core network, wherein the interaction of network elements of the IP network is controlled by a network management system and the function of the individual network elements is controlled by an element management system and wherein an error-affected network edge (4 1 - 4 n) of the core network, following a restoration of data paths (5, 9, 10) using this network edge (4 1 - 4 n) for data transmission, continues to be useable at a decreased data transmission rate on account of network elements of at least the core network being equipped with interfaces having a flexible data transmission rate, characterized in that the error in the core network and the consequently decreased capacity, in respect of the available data transmission rate, of the affected network edge (4 1 - 4 n) in the respective transition region between the core network and the access networks (2 1 - 2 n) interfaced to the core network at the network nodes (3 1 - 3 n) connected by the affected network edge (4 1 - 4 n) are reacted to by means of a change in the load distribution by virtue of a) the network management system transmitting information about the error that has occurred at the network edge (4 1 - 4 n) and the decreased capacity, in respect of the data transmission rate, of said network edge to the element management system in real time, and b) the element management system actuating network elements of the IP network on the physical level or on the IP level such that the data rate supplied to the network level (A, B) affected by the error is reduced, to the detriment of the at least one other network level (A, B), at least at each of the network nodes (3 1 - 3 n) connected by the erroneous network edge (4 1 - 4 n). a) the network management system transmitting information about the error that has occurred at the network edge (4 1 - 4 n) and the decreased capacity, in respect of the data transmission rate, of said network edge to the element management system in real time, and b) the element management system actuating network elements of the IP network on the physical level or on the IP level such that the data rate supplied to the network level (A, B) affected by the error is reduced, to the detriment of the at least one other network level (A, B), at least at each of the network nodes (3 1 - 3 n) connected by the erroneous network edge (4 1 - 4 n).
A battery module comprising: an electric cell; characterized in that the electric cell is potted in a potting compound formed from a potting composition that is a liquid and cures to form the potting compound, the potting composition comprising a liquid flame retardant component in an amount of at least 15 wt.%, based on the total weight of the potting compound; a first component having an isocyanate reactive compound and water; and a second component having an isocyanate compound, wherein the potting compound is a foam and has a foam density of less than 0.50 g/cm 3. an electric cell; characterized in that the electric cell is potted in a potting compound formed from a potting composition that is a liquid and cures to form the potting compound, the potting composition comprising a liquid flame retardant component in an amount of at least 15 wt.%, based on the total weight of the potting compound; a first component having an isocyanate reactive compound and water; and a second component having an isocyanate compound, a first component having an isocyanate reactive compound and water; and a second component having an isocyanate compound, wherein the potting compound is a foam and has a foam density of less than 0.50 g/cm 3.
Electrical connector assembly comprising an electrical connector and a counterpart connector, the electrical connector comprises a housing for electrical contacts (310, 311) having a plugging face, a front grid to be mounted onto the plugging face of the housing according to a plugging axis, the housing comprising a series of locking members (110, 111) that lock the contacts (310, 311) in place, the front grid comprising: - mounting arrangements (230, 221, 222, 223, 224) arranged for allowing the mounting of the front grid onto the housing from an opened position into a closed position only if the contacts (310, 311) are locked in place in the housing, and - at least one retractable stop member (210, 211) arranged for stopping the plugging of the counterpart connector with the electrical connector as long as the front grid is not in the closed position, characterized in that the or each retractable stop member (210, 211) is arranged such that its retraction in the closed position of the front grid can be caused by a sole force exerted on the front grid by the counterpart connector in a direction substantially parallel to the plugging axis and wherein the counterpart connector is configured to provide a second locking of the front grid on the housing once the counterpart connector is plugged with the electrical connector wherein an external shell surrounds a central casing and is separated from the central casing by a gap able to receive a complementary shell of the counterpart connector once plugged, wherein the shell prevents an operator from reaching the stop members (210, 211) once the front grid is mounted onto the housing at the closed position. - mounting arrangements (230, 221, 222, 223, 224) arranged for allowing the mounting of the front grid onto the housing from an opened position into a closed position only if the contacts (310, 311) are locked in place in the housing, and - at least one retractable stop member (210, 211) arranged for stopping the plugging of the counterpart connector with the electrical connector as long as the front grid is not in the closed position, characterized in that the or each retractable stop member (210, 211) is arranged such that its retraction in the closed position of the front grid can be caused by a sole force exerted on the front grid by the counterpart connector in a direction substantially parallel to the plugging axis and wherein the counterpart connector is configured to provide a second locking of the front grid on the housing once the counterpart connector is plugged with the electrical connector wherein an external shell surrounds a central casing and is separated from the central casing by a gap able to receive a complementary shell of the counterpart connector once plugged, wherein the shell prevents an operator from reaching the stop members (210, 211) once the front grid is mounted onto the housing at the closed position.
A method (200, 300, 400) of establishing a wireless communication session between a first communication device (130, 205, 500) and a target device that may be connected with a second communication device (120, 210), the method comprising: determining, with the first communication device (130, 205, 500), a triggering event has occurred, the method characterized in that: in response to determining the triggering event has occurred, wirelessly broadcasting (220, 315, 420) a first advertisement packet from the first communication device (130, 205, 500), the first advertisement packet configured to cause the second communication device (120, 210) to enter, for a period of time, a hold off state in which the second communication device (120, 210) disconnects from or discontinues attempts to connect with the target device; wirelessly receiving (240, 340, 430), during the period of time, a second advertisement packet at the first communication device (130, 205, 500), the second advertisement packet sent from the target device; and in response to receiving the second advertisement packet, establishing a wireless communication session between the first communication device (130, 205, 500) and the target device. in response to determining the triggering event has occurred, wirelessly broadcasting (220, 315, 420) a first advertisement packet from the first communication device (130, 205, 500), the first advertisement packet configured to cause the second communication device (120, 210) to enter, for a period of time, a hold off state in which the second communication device (120, 210) disconnects from or discontinues attempts to connect with the target device; wirelessly receiving (240, 340, 430), during the period of time, a second advertisement packet at the first communication device (130, 205, 500), the second advertisement packet sent from the target device; and in response to receiving the second advertisement packet, establishing a wireless communication session between the first communication device (130, 205, 500) and the target device.
A sheet feeder comprising: sheet stacking means for stacking sheets; sheet pickup means for picking up a sheet from one side of the stacked sheets on the sheet stacking means; and sheet separating and feeding means (4, 9), formed downstream of the sheet pickup means in a sheet feeding direction (s), for separately feeding sheets one by one to a conveyance path, wherein a sheet picked up from the sheet stacking means by the sheet pickup means is separately fed from the sheet stacking means to the conveyance path on the downstream side in the sheet feeding direction (s) via an inclined surface inclining in the sheet feeding direction (s), orientation holding means for holding a feed orientation of a sheet currently being separately fed by acting on the sheet is formed between the sheet pickup means and the sheet separating and feeding means (4, 9), the orientation holding means is displaceable between a position where the orientation holding means projects from the inclined surface and a position where the orientation holding means is retracted, in the vicinity of an intersection between the sheet stacking means and the inclined surface, and a projection amount of the orientation holding means from the inclined surface substantially increases as the number of stacked sheets decreases, and the orientation holding means has a function of holding the feed orientation of a sheet picked up from the sheet stacking means by the sheet pickup means, by pushing up the sheet in the projecting position, characterized in that the orientation holding means is accommodated in a recess of the inclined surface at the retracted position. sheet stacking means for stacking sheets; sheet pickup means for picking up a sheet from one side of the stacked sheets on the sheet stacking means; and sheet separating and feeding means (4, 9), formed downstream of the sheet pickup means in a sheet feeding direction (s), for separately feeding sheets one by one to a conveyance path, wherein a sheet picked up from the sheet stacking means by the sheet pickup means is separately fed from the sheet stacking means to the conveyance path on the downstream side in the sheet feeding direction (s) via an inclined surface inclining in the sheet feeding direction (s), orientation holding means for holding a feed orientation of a sheet currently being separately fed by acting on the sheet is formed between the sheet pickup means and the sheet separating and feeding means (4, 9), the orientation holding means is displaceable between a position where the orientation holding means projects from the inclined surface and a position where the orientation holding means is retracted, in the vicinity of an intersection between the sheet stacking means and the inclined surface, and a projection amount of the orientation holding means from the inclined surface substantially increases as the number of stacked sheets decreases, and the orientation holding means has a function of holding the feed orientation of a sheet picked up from the sheet stacking means by the sheet pickup means, by pushing up the sheet in the projecting position,
A dead time estimation device configured to estimate a dead time in a control target configured to apply a driving force to a specimen, the dead time estimation device comprising: a dead time initial value acquisition section (12, 62) configured to obtain a dead time initial value of the control target; and a frequency characteristic acquisition section (11, 63) configured to obtain a dead time element by using the dead time initial value and to obtain, as G ^ / e − L ^ 1 ′ s, a frequency characteristic of an element from which the dead time element is removed from a transfer function of the control target; a dead time calculation section configured to obtain the dead time L ^ 1 ′ with which an evaluation function J in Equation is at minimum, wherein the dead time estimation device is configured to satisfy Equation: J = ∫ G ^ / e − L ^ 1 ′ s − G ^ ′ df where G ^ / e − L ^ 1 ′ s is the frequency characteristic of the element from which the dead time element is removed from the transfer function of the control target and Ĝ' is the transfer function not including the dead time element in the control target. a dead time initial value acquisition section (12, 62) configured to obtain a dead time initial value of the control target; and a frequency characteristic acquisition section (11, 63) configured to obtain a dead time element by using the dead time initial value and to obtain, as G ^ / e − L ^ 1 ′ s, a frequency characteristic of an element from which the dead time element is removed from a transfer function of the control target; a dead time calculation section configured to obtain the dead time L ^ 1 ′ with which an evaluation function J in Equation is at minimum, wherein the dead time estimation device is configured to satisfy Equation: J = ∫ G ^ / e − L ^ 1 ′ s − G ^ ′ df
A composition comprising: a quaternary onium hydroxide in a non-aqueous solvent, wherein the quaternary onium hydroxide has a concentration in the range from 5% by weight to 50% by weight of the composition; and imidazolidine-2,4-dione, wherein the imidazolidine-2,4-dione has a concentration in the range from 10 to 5000 parts per million of the composition. a quaternary onium hydroxide in a non-aqueous solvent, wherein the quaternary onium hydroxide has a concentration in the range from 5% by weight to 50% by weight of the composition; and
Pneumatic vehicle tire, in particular utility vehicle tire, having a tread with profile positives which are separated from one another in a circumferential direction by transverse channels which extend continuously from the central region of the tread in each case as far as the lateral tread edges and which are main channels of the tread and which, at least over the major part of the course thereof, have the maximum provided profile depth, wherein the tread has, as profile positives, two rows of transverse ribs which are of encircling form in the circumferential direction and which are separated from one another in each case by transverse channels, and the tread is of directional design, wherein the transverse ribs of one row, and thus the transverse channels running between said transverse ribs, run, with respect to the axial direction, oppositely in relation to the transverse ribs and transverse channels of the other row, wherein the transverse channels have end sections (3'a) situated in a central region of the tread, wherein the end sections (3'a) of the transverse channels and the transverse rib regions, situated in the central region, of one row overlap in the circumferential direction with the end sections (3'a) of the transverse channels and the transverse rib regions, situated in the central region, of the other row, and wherein, in the end sections (3'a) of the transverse channels, there is formed in each case one base elevation which is attached to the channel flanks of the end sections (3'a), characterized in that the base elevation, determined from the level of the channel base, has a height (h 5) of 40% to 60% of the channel depth and, at its base, has an extent length (l 5) of 30 mm to 50 mm.
A coin-type secondary battery comprising: an anode part; a cathode part; a separator disposed between the anode part and the cathode part; a first case disposed outside the anode part; and a second case disposed outside the cathode part and including one or more openings, wherein the first case and the second case are bonded to each other; the anode part, the separator, and the cathode part are sealed by the first case and the second case which are bonded; the anode part includes an anode bottom case, an anode current collector disposed on the anode bottom case, and an anode upper case to which one or more solid electrolytes are bonded; the anode upper case includes one or more openings; the one or more solid electrolytes are disposed at the one or more openings in the anode upper case; the cathode part includes an ion-containing solution containing sodium, lithium, magnesium, and a combination thereof, and a cathode current collector impregnated into the ion-containing solution; and the ion-containing solution being allowed to flow into the cathode part from the outside of the second case through the one or more openings of the second case. an anode part; a cathode part; a separator disposed between the anode part and the cathode part; a first case disposed outside the anode part; and a second case disposed outside the cathode part and including one or more openings, wherein the first case and the second case are bonded to each other; the anode part, the separator, and the cathode part are sealed by the first case and the second case which are bonded; the anode part includes an anode bottom case, an anode current collector disposed on the anode bottom case, and an anode upper case to which one or more solid electrolytes are bonded; the anode upper case includes one or more openings; the one or more solid electrolytes are disposed at the one or more openings in the anode upper case; the cathode part includes an ion-containing solution containing sodium, lithium, magnesium, and a combination thereof, and a cathode current collector impregnated into the ion-containing solution; and the ion-containing solution being allowed to flow into the cathode part from the outside of the second case through the one or more openings of the second case.
A method for producing an electroless plating metal film, using, as a catalyst, a complex of a compound and metal nanoparticles, in which the compound is produced by polymerizing a monomer mixture comprising a (meth)acrylic acid-based monomer having at least one anionic functional group selected from the group consisting of a carboxyl group, a phosphoric acid group, a phosphorous acid group, a sulfonic acid group, a sulfinic acid group and a sulfenic acid group, the method comprising: a step of treating a surface of an object to be plated with a cationic treatment agent (a), a step of dipping the object to be plated that has been subjected to step in a catalyst for electroless plating comprising said catalyst dispersed in an aqueous solvent, thereby adsorbing the complex of the compound and the metal nanoparticles to a surface of the object to be plated, and a step of dipping the complex-adsorbed object to be plated obtained in step in a solution of metal ions (b) for performing electroless plating, wherein the monomer mixture further comprises a (meth)acrylic acid-based monomer having a polyethylene glycol chain in which an average number of ethylene glycol units is 20 or greater, and an average particle size of the metal nanoparticles determined from a transmission electron microscope photograph is within a range from 0.5 to 100 nm. a step of treating a surface of an object to be plated with a cationic treatment agent (a), a step of dipping the object to be plated that has been subjected to step in a catalyst for electroless plating comprising said catalyst dispersed in an aqueous solvent, thereby adsorbing the complex of the compound and the metal nanoparticles to a surface of the object to be plated, and a step of dipping the complex-adsorbed object to be plated obtained in step in a solution of metal ions (b) for performing electroless plating, wherein
A method for interactive adjustment of a parameter of a continuously variable optical lens comprising: having a subject view an eye chart through a variable lens frame comprising at least one continuously variable optical lens; applying a modulation to a selected parameter of said continuously variable optical lens around an average value; characterized in that the method further comprises: tuning said average value by minimizing the flickering visible to the subject and due to the modulation. having a subject view an eye chart through a variable lens frame comprising at least one continuously variable optical lens; applying a modulation to a selected parameter of said continuously variable optical lens around an average value; characterized in that the method further comprises: tuning said average value by minimizing the flickering visible to the subject and due to the modulation. tuning said average value by minimizing the flickering visible to the subject and due to the modulation.