mhurhangee/patent-ind-claim-en huggingface dataset:
A paper handkerchief folding device, comprising at least one longitudinal folding unit , at least one transverse folding unit and a flower plate unit , which are connected on a cabinet sequentially, wherein paper webs are sequentially strung on the longitudinal folding unit and the transverse folding unit in a tensioning mode, wherein, the longitudinal folding unit comprises at least two traction rollers, and a longitudinal folding component is arranged between the two traction rollers; the paper handkerchief folding device is characterized in that : the longitudinal folding component comprises two folding plates, one of which is provided with a bevel edge, and a partially overlapped area is arranged between the two folding plates; a gap for paper webs to pass through is formed in the partially overlapped area, and the paper webs are folded along one side of the other folding plate under the limit of the bevel edge; and in that the transverse folding unit comprises a lead-in bed knife roller , a surface knife roller , a folding main roller , a first paper folding roller and a second paper folding roller , which are arranged on the cabinet, the surface knife roller is tangent to the lead-in bed knife roller , and the first paper folding roller and the second paper folding roller are respectively tangent to the folding main roller ; the lead-in bed knife roller is provided with two slitting bed knives , the surface knife roller is provided with two slitting surface knives , the first paper folding roller is provided with a first paper folding knife and a first air hole , and the second paper folding roller is provided with a second paper folding knife and a second air hole . the longitudinal folding component comprises two folding plates, one of which is provided with a bevel edge, and a partially overlapped area is arranged between the two folding plates; a gap for paper webs to pass through is formed in the partially overlapped area, and the paper webs are folded along one side of the other folding plate under the limit of the bevel edge; and in that the transverse folding unit comprises a lead-in bed knife roller , a surface knife roller , a folding main roller , a first paper folding roller and a second paper folding roller , which are arranged on the cabinet, the surface knife roller is tangent to the lead-in bed knife roller , and the first paper folding roller and the second paper folding roller are respectively tangent to the folding main roller ; the lead-in bed knife roller is provided with two slitting bed knives , the surface knife roller is provided with two slitting surface knives , the first paper folding roller is provided with a first paper folding knife and a first air hole , and the second paper folding roller is provided with a second paper folding knife and a second air hole .
Measuring device for determining cable lengths of a cable using measured data recorded by the measuring device , wherein the measuring device is designed to receive a chronological sequence of measured data and the measuring device comprises a memory (M, 21.5) for storing at least a part of the course of the chronological sequence of measured data, as well as a computing unit (21.4), wherein the measuring device is calibrated with regard to the length of the cable to be measured and is designed to detect the occurrence of a change in the course of the chronological sequence of measured data, wherein the measuring device is designed to ascertain a length (ΔL) of a cable piece cut off from the cable from at least two measured data which have been measured last before and immediately after the occurrence of the change.
A method for flow control in a dual connectivity system comprising a primary base station and a secondary base station, the method being implemented at the primary base station and comprising: obtaining (S101) first communication information of the secondary base station and second communication information of the primary base station, wherein the first communication information includes at least one of load information and channel information of the secondary base station, and the second communication information includes at least one of load information and channel information of the primary base station; determining (S 102) a flow ratio for a first radio bearer based on the first communication information and the second communication information_to indicate to a user terminal how to allocate data volumes on the first radio bearer to be transmitted through the primary base station and the secondary base station respectively; and transmitting (S103) the flow ratio to said user terminal. obtaining (S101) first communication information of the secondary base station and second communication information of the primary base station, wherein the first communication information includes at least one of load information and channel information of the secondary base station, and the second communication information includes at least one of load information and channel information of the primary base station; determining (S 102) a flow ratio for a first radio bearer based on the first communication information and the second communication information_to indicate to a user terminal how to allocate data volumes on the first radio bearer to be transmitted through the primary base station and the secondary base station respectively; and transmitting (S103) the flow ratio to said user terminal.
A computer-implemented method for providing a set of process tool correctables , comprising: acquiring an overlay metrology result for each metrology target of a plurality of metrology targets distributed across one or more fields of a wafer of a lot of wafers ; acquiring a quality metric associated with each acquired overlay metrology result ; determining a plurality of modified overlay values for the plurality of metrology targets utilizing the acquired overlay metrology result and the associated quality metric result for each metrology target, wherein each modified overlay value is a function of at least one material parameter factor ; generating a process tool correctable function fitting the modified overlay values and a set of residuals corresponding with the process tool correctable function for a plurality of material parameter factors ; determining a value of the material parameter factor suitable for at least substantially minimizing the set of residuals ; and determining a set of process correctables associated with the at least substantially minimized set of residuals . acquiring an overlay metrology result for each metrology target of a plurality of metrology targets distributed across one or more fields of a wafer of a lot of wafers ; acquiring a quality metric associated with each acquired overlay metrology result ; determining a plurality of modified overlay values for the plurality of metrology targets utilizing the acquired overlay metrology result and the associated quality metric result for each metrology target, wherein each modified overlay value is a function of at least one material parameter factor ; generating a process tool correctable function fitting the modified overlay values and a set of residuals corresponding with the process tool correctable function for a plurality of material parameter factors ; determining a value of the material parameter factor suitable for at least substantially minimizing the set of residuals ; and determining a set of process correctables associated with the at least substantially minimized set of residuals .
A gear oil composition comprising: (a) a major amount of a base oil having a lubricating viscosity; (b) from 2.0 to 3.3 wt% based on a total weight of the gear oil of a polysulfide extreme pressure agent; and (c) greater than 1.0 wt% to less than 3.0 wt.% based on a total weight of the gear oil of a reaction product of an acylated copolymer and a polyamine; wherein the copolymer is a polymer prepared from ethylene and an olefin within the range of C3-C10 alpha-monoolefins, grafted with a carboxylic acid-containing species; wherein the reaction product of an acylated copolymer and a polyamine comprises an acylated olefin copolymer reacted with one of N-phenyl-1,4-phenylenediamine, 4-anilino-4'-nitroazobenzene, and 4-(4-nitrophenylazo)aniline; wherein the acylated olefin copolymer has grafted thereon from 0.3 to 0.75 carboxylic groups per 1000 number average molecular weight units of olefin copolymer and wherein the olefin copolymer has a number average molecular weight of between 40,000 and 150,000. (a) a major amount of a base oil having a lubricating viscosity; (b) from 2.0 to 3.3 wt% based on a total weight of the gear oil of a polysulfide extreme pressure agent; and (c) greater than 1.0 wt% to less than 3.0 wt.% based on a total weight of the gear oil of a reaction product of an acylated copolymer and a polyamine;
A voice coil motor, wherein the voice coil motor comprises a first magnetic piece , a second magnetic piece , a third magnetic piece , and a counterweight that are radially arranged around an optical carrier sequentially; the voice coil motor further comprises first coils that are symmetrically fastened on two sides of the optical carrier , wherein the first coils comprise a coil and a further coil , the coil is disposed opposite to the first magnetic piece , and the further coil is disposed opposite to the third magnetic piece ; the voice coil motor further comprises a first magnetic sensor and a first induction magnet that are oppositely disposed, wherein the first magnetic sensor is disposed on a side that is of the counterweight and that is close to the optical carrier , and the first induction magnet is fastened on an outer wall that is of the optical carrier and that is close to the counterweight ; and the first coils are configured to drive the optical carrier to move in a direction of an optical axis with the first induction magnet , and the first magnetic sensor is configured to convert a magnetic field signal generated by the first induction magnet into a first electrical signal, characterized in that one surface of the first magnetic sensor is mounted on the counterweight ; or the first magnetic sensor is fastened on the counterweight by using a support part . the voice coil motor further comprises first coils that are symmetrically fastened on two sides of the optical carrier , wherein the first coils comprise a coil and a further coil , the coil is disposed opposite to the first magnetic piece , and the further coil is disposed opposite to the third magnetic piece ; the voice coil motor further comprises a first magnetic sensor and a first induction magnet that are oppositely disposed, wherein the first magnetic sensor is disposed on a side that is of the counterweight and that is close to the optical carrier , and the first induction magnet is fastened on an outer wall that is of the optical carrier and that is close to the counterweight ; and the first coils are configured to drive the optical carrier to move in a direction of an optical axis with the first induction magnet , and the first magnetic sensor is configured to convert a magnetic field signal generated by the first induction magnet into a first electrical signal, characterized in that one surface of the first magnetic sensor is mounted on the counterweight ; or the first magnetic sensor is fastened on the counterweight by using a support part .
Electronic device with a main body , having a porous material with surface pores at a surface of the main body , wherein a passivation liquid is arranged in the surface pores , wherein surface regions of the main body in which there are no surface pores are free of the passivation liquid , and wherein the passivation liquid protects the surface pores and/or the main body from the penetration of corrosive media or substances or media or substances harmful to the main body into the surface pores and/or into the interior of the main body , wherein the main body is a sintered ceramic and wherein the main body is provided with an external electrode .
A single-inductor multiple-output SIMO inverter system for generating multiple independent alternating current AC voltages from a direct current DC voltage source the system comprising: a DC voltage source for providing electrical energy; a front-stage DC-DC power converter comprising exactly one inductor as an energy storage element for power conversion and a main switching element; a plurality of selectable output branches, wherein each output branch comprises an output selection switch , a resonant tank , and a transmitter coil, wherein the resonant tank is configured to convert output power of the DC-DC power converter into an AC power for feeding the transmitter coil; and a controller for determining ON/OFF states of the main switching element and the output selection switch of each of the output branches. a DC voltage source for providing electrical energy; a front-stage DC-DC power converter comprising exactly one inductor as an energy storage element for power conversion and a main switching element; a plurality of selectable output branches, wherein each output branch comprises an output selection switch , a resonant tank , and a transmitter coil, wherein the resonant tank is configured to convert output power of the DC-DC power converter into an AC power for feeding the transmitter coil; and a controller for determining ON/OFF states of the main switching element and the output selection switch of each of the output branches.
Thermoplastic composition capable of forming a monolayer tube for transporting a fluid, the monolayer tube being in particular adapted for transporting a refrigerant gas in an air-conditioning circuit of a motor vehicle, wherein the thermoplastic composition comprises in weight fractions: - more than 20% and up to 40% of a PA 6.10 and/or a PA 6.12 as at least one aliphatic polyamide, - from 45% to less than 60% of at least one polyphthalamide having a glass transition temperature measured by differential scanning calorimetry higher than 120°C and selected from the group consisting of PA 6.I/6.T, PA 9.T, PA 10.T, PA 10.T/X and mixtures thereof, where X represents at least one polyamide unit other than PA 10.T derived from an aliphatic diamine having from 6 to 9 carbon atoms and from an aromatic dicarboxylic acid comprising terephthalic or isophthalic acid, and - from 10% to 20% of a compatibilizing system comprising a product of a reaction between (a) a polymer of at least one first olefin comprising an unsaturated epoxide and (b) a polymer of at least one second olefin comprising an unsaturated carboxylic acid, with a weight ratio (a):(b) greater than 1, said at least one second olefin being identical to or different from said at least one first olefin. - more than 20% and up to 40% of a PA 6.10 and/or a PA 6.12 as at least one aliphatic polyamide, - from 45% to less than 60% of at least one polyphthalamide having a glass transition temperature measured by differential scanning calorimetry higher than 120°C and selected from the group consisting of PA 6.I/6.T, PA 9.T, PA 10.T, PA 10.T/X and mixtures thereof, where X represents at least one polyamide unit other than PA 10.T derived from an aliphatic diamine having from 6 to 9 carbon atoms and from an aromatic dicarboxylic acid comprising terephthalic or isophthalic acid, and - from 10% to 20% of a compatibilizing system comprising a product of a reaction between (a) a polymer of at least one first olefin comprising an unsaturated epoxide and (b) a polymer of at least one second olefin comprising an unsaturated carboxylic acid, with a weight ratio (a):(b) greater than 1, said at least one second olefin being identical to or different from said at least one first olefin.
A method of making a red blood cell (RBC), comprising culturing a megakaryocyte-erythroid progenitor cell (MEP) in the presence of an aryl hydrocarbon receptor (AhR) agonist.
A method to change a password of an industrial device/controller in an industrial process/safety control and automation system , the method comprising: initiating , by the industrial device/controller , a program mode of the industrial device/controller in response to detecting an actuation of a keyswitch from a lock mode position to a program mode position; receiving , by the industrial device/controller , a password from a user interface device during the program mode; after receiving the password, initiating , by the industrial device/controller , a lock mode of the industrial device/controller in response to detecting the actuation of the keyswitch from the program mode position to the lock mode position; replacing , by the industrial device/controller , a current password of the industrial device/controller with the received password in response to initiating the lock mode, and transmitting, by the industrial device/controller , a history of unsuccessful password replacement attempts after the industrial device/controller receives the password. initiating , by the industrial device/controller , a program mode of the industrial device/controller in response to detecting an actuation of a keyswitch from a lock mode position to a program mode position; receiving , by the industrial device/controller , a password from a user interface device during the program mode; after receiving the password, initiating , by the industrial device/controller , a lock mode of the industrial device/controller in response to detecting the actuation of the keyswitch from the program mode position to the lock mode position; replacing , by the industrial device/controller , a current password of the industrial device/controller with the received password in response to initiating the lock mode, and transmitting, by the industrial device/controller , a history of unsuccessful password replacement attempts after the industrial device/controller receives the password.
A biodegradable polyester, characterized in that , the biodegradable polyester comprises components as follows in mole percent: A) containing repeating units of acid components as follows: 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; B) butanediol. A) containing repeating units of acid components as follows: 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; B) butanediol.
Wildlife warning system for scaring wildlife away, comprising warning devices (w) which are distributed along a monitoring section of a traffic route and comprise in each case at least one vehicle detector connected to an evaluation unit, in each case at least one warning signal generator which can be activated by the evaluation unit upon response of the vehicle detector of a warning device (w), and a transceiver device , which is connected to the evaluation unit , for radio transmission of a control signal in order to actuate the warning signal generator of adjacent warning devices (w), characterised in that the transceiver devices have a transmission range which is limited to a partial length of the monitoring section of the traffic route and in that the re-actuation of the warning signal generator can be blocked for a specified period of time by a first timing element .
A liquid ejection head , comprising: a driving element configured to change a pressure of a pressure chamber (C) and cause a liquid to be ejected from a nozzle (N); an individual channel that communicates with the pressure chamber; and a liquid reservoir (R) configured to supply, via the individual channel, the liquid introduced from an inlet to the pressure chamber, wherein the liquid reservoir includes a first reservoir (RB) disposed on the inlet side, a second reservoir (RA) disposed on the individual channel side, and an intermediate reservoir (RC) that communicates with the first reservoir and the second reservoir, at least a part of the first reservoir overlaps the second reservoir when seen in plan view, a first compliance substrate , which comprises a flexible film and optionally a metallic member, is provided in the first reservoir, and a second compliance substrate , which is a flexible film, is provided in the second reservoir on the side opposite to the first reservoir, wherein the first compliance substrate is provided on the second reservoir (RA) side of the first reservoir (RB) on the side of the first reservoir opposite to the inlet . a driving element configured to change a pressure of a pressure chamber (C) and cause a liquid to be ejected from a nozzle (N); an individual channel that communicates with the pressure chamber; and a liquid reservoir (R) configured to supply, via the individual channel, the liquid introduced from an inlet to the pressure chamber, wherein the liquid reservoir includes a first reservoir (RB) disposed on the inlet side, a second reservoir (RA) disposed on the individual channel side, and an intermediate reservoir (RC) that communicates with the first reservoir and the second reservoir, a first reservoir (RB) disposed on the inlet side, a second reservoir (RA) disposed on the individual channel side, and an intermediate reservoir (RC) that communicates with the first reservoir and the second reservoir, at least a part of the first reservoir overlaps the second reservoir when seen in plan view, a first compliance substrate , which comprises a flexible film and optionally a metallic member, is provided in the first reservoir, and a second compliance substrate , which is a flexible film, is provided in the second reservoir on the side opposite to the first reservoir, wherein the first compliance substrate is provided on the second reservoir (RA) side of the first reservoir (RB) on the side of the first reservoir opposite to the inlet .
An optical element comprising: a base having a surface formed with a depression ; and a formed layer disposed on the base ; wherein the formed layer has a first part located within the depression when seen in a thickness direction of the depression and a second part located outside the depression when seen in the thickness direction of the depression and located on the surface of the base while being connected to the first part , whereby the formed layer is prevented from peeling off the base due to temperature changes; wherein a predetermined surface in the first part opposing an inner face of the depression is provided with an optical function part configured to spectrally resolve and/or reflect light, and wherein the formed layer is made of resin. a base having a surface formed with a depression ; and a formed layer disposed on the base ; wherein the formed layer has a first part located within the depression when seen in a thickness direction of the depression and a second part located outside the depression when seen in the thickness direction of the depression and located on the surface of the base while being connected to the first part , whereby the formed layer is prevented from peeling off the base due to temperature changes; wherein a predetermined surface in the first part opposing an inner face of the depression is provided with an optical function part configured to spectrally resolve and/or reflect light, and wherein the formed layer is made of resin.