mhurhangee/ep-ind-claims huggingface dataset:
A residual oil removing device for removing residual oil from a sinking ship, comprising: a sleeve insertable into an oil tank body in such a manner as to allow compression air to be injected into the oil tank body to discharge the residual oil from the oil tank body, wherein the sleeve comprises a hollow portion; a cutter ring coupled to a lower outer periphery of the sleeve to form a hole on the oil tank body; and fastening means adapted to fixedly mount the sleeve onto the hole, wherein the hole is formed on the oil tank body by means of the cutter ring and simultaneously the sleeve is fixedly mounted onto the hole by means of the fastening means on the inside and outside of the hole, characterized in that the hollow portion is formed at an interior thereof in such a manner as to allow a suction pipe of a fluid suction valve to be insertedly passed therethrough; a fastening hole is formed on a screw coupling portion of the sleeve in a lateral direction of the screw coupling portion in such a manner as to allow the compression air injection valve to be fastened thereto; and an injection hole is formed at the outside of the hollow portion in such a manner as to communicate with the fastening hole to allow compression air to be injected therefrom. a sleeve insertable into an oil tank body in such a manner as to allow compression air to be injected into the oil tank body to discharge the residual oil from the oil tank body, wherein the sleeve comprises a hollow portion; a cutter ring coupled to a lower outer periphery of the sleeve to form a hole on the oil tank body; and fastening means adapted to fixedly mount the sleeve onto the hole, wherein the hole is formed on the oil tank body by means of the cutter ring and simultaneously the sleeve is fixedly mounted onto the hole by means of the fastening means on the inside and outside of the hole, characterized in that the hollow portion is formed at an interior thereof in such a manner as to allow a suction pipe of a fluid suction valve to be insertedly passed therethrough; a fastening hole is formed on a screw coupling portion of the sleeve in a lateral direction of the screw coupling portion in such a manner as to allow the compression air injection valve to be fastened thereto; and an injection hole is formed at the outside of the hollow portion in such a manner as to communicate with the fastening hole to allow compression air to be injected therefrom.
A structure for a random-access resistive memory device, the structure comprising: a resistive memory element including a first electrode, a second electrode, and a switching layer disposed between the second electrode and the first electrode, the first electrode including a first layer and a second layer between the first layer and the switching layer, the switching layer having a first thickness, and the second layer of the first electrode having a second thickness that is less than the first thickness of the switching layer, the second electrode including a first layer and a second layer, wherein the second layer of the second electrode is between the first layer of the second electrode and the switching layer, characterised in that the first layer of the second electrode comprises a metal nitride or tantalum nitride and is disposed on a first portion of the second layer of the second electrode, and further comprising a plurality of spacers disposed on respective second portions of the second layer of the second electrode, wherein the plurality of spacers comprise the metal nitride and oxygen or tantalum oxynitride.
A chemical-mechanical polishing composition for polishing a phase change alloy-containing substrate, the composition comprising of: (a) a particulate abrasive material selected from the group consisting of colloidal silica, fumed silica, and alpha-alumina in an amount in the range of 0.01 to 5% by weight and a mean particle size in the range of 70nm to 110nm, as determined by laser light scattering techniques; (b) at least one chelating agent, wherein the chelating agent comprises at least one compound selected from the group consisting of oxalic acid, malonic acid, succinic acid, citric acid, and a salt thereof; (c) an oxidizing agent in an amount in the range of 0.1 to 6 percent by weight, wherein the oxidizing agent comprises hydrogen peroxide; and (d) an aqueous carrier thereof; wherein the composition has a pH of 2 to 4. (a) a particulate abrasive material selected from the group consisting of colloidal silica, fumed silica, and alpha-alumina in an amount in the range of 0.01 to 5% by weight and a mean particle size in the range of 70nm to 110nm, as determined by laser light scattering techniques; (b) at least one chelating agent, wherein the chelating agent comprises at least one compound selected from the group consisting of oxalic acid, malonic acid, succinic acid, citric acid, and a salt thereof; (c) an oxidizing agent in an amount in the range of 0.1 to 6 percent by weight, wherein the oxidizing agent comprises hydrogen peroxide; and (d) an aqueous carrier thereof; wherein the composition has a pH of 2 to 4.
Method for assisting roaming of a mobile terminal from a first community wireless local area network to a second community wireless local area network, the first and second wireless local area networks belonging to the same community and being managed by respectively first and second access points offering access to a wide area network via which a server governing said community is accessible, characterised in that the first access point implements the following steps: - making (602; 702) measurements on the quality of communication with said mobile terminal and/or of operational load on said first access point; - when the measurements indicate that the quality of communication with said mobile terminal is below a first threshold S2 and/or respectively that the operational load on said first access point is above a second threshold S2', triggering (606; 706) a selection procedure assisted by the server; - when the measurements indicate that the quality of communication with said mobile terminal is below a third threshold S3 that is below the first threshold S2 and/or respectively that the operational load on said first access point is above a fourth threshold S3' that is above the second threshold S2', triggering (610; 710) an autonomous selection procedure; - at the end of the selection procedure assisted by the server or of the autonomous selection procedure, transmitting (611; 711) to the mobile terminal a weighted list Ld of access points that are candidates for the roaming of said mobile terminal; in that, in the assisted selection procedure, the first access point constructs the weighted list Ld by performing a weighting taking into account instantaneous measurements of operational load on said candidate access points provided by the server following the triggering of the assisted selection procedure, and in that, in the autonomous selection procedure, the first access point constructs the weighted list Ld by performing a weighting taking into account long-term statistics of operational load on said candidate access points provided previously by the server. - making (602; 702) measurements on the quality of communication with said mobile terminal and/or of operational load on said first access point; - when the measurements indicate that the quality of communication with said mobile terminal is below a first threshold S2 and/or respectively that the operational load on said first access point is above a second threshold S2', triggering (606; 706) a selection procedure assisted by the server; - when the measurements indicate that the quality of communication with said mobile terminal is below a third threshold S3 that is below the first threshold S2 and/or respectively that the operational load on said first access point is above a fourth threshold S3' that is above the second threshold S2', triggering (610; 710) an autonomous selection procedure; - at the end of the selection procedure assisted by the server or of the autonomous selection procedure, transmitting (611; 711) to the mobile terminal a weighted list Ld of access points that are candidates for the roaming of said mobile terminal;
Method for producing a textile article having a hydrophobized textile surface, comprising the following steps: (a) producing or providing an article having a textile surface, (b) plasma-treating the textile surface produced or provided in step (a), to give a plasma-treated textile surface, (c) wet-chemically treating the plasma-treated textile surface resulting in step (b), or a textile surface produced therefrom in further steps, with a hydrophobizing agent, to give a plasma-treated hydrophobized textile surface, wherein the plasma treating in step (b) - is a low-pressure plasma treatment or - comprises a low-pressure plasma treatment and at least one further plasma treatment step, wherein the low-pressure plasma treatment, in both cases, is carried out with at least one oxygen-containing compound selected from the group consisting of O, O 2, O 3, NO, N 2 O and CO 2, wherein the at least one oxygen-containing compound is present in a gas mixture which comprises O 2 and at least one inert gas selected from the group consisting of He and Ar, wherein the gas mixture contains a fraction of O 2 in the range from 70 vol% to 90 vol% and a fraction of inert gas in the range from 10 vol% to 30 vol%. (a) producing or providing an article having a textile surface, (b) plasma-treating the textile surface produced or provided in step (a), to give a plasma-treated textile surface, (c) wet-chemically treating the plasma-treated textile surface resulting in step (b), or a textile surface produced therefrom in further steps, with a hydrophobizing agent, to give a plasma-treated hydrophobized textile surface, wherein the plasma treating in step (b) - is a low-pressure plasma treatment or - comprises a low-pressure plasma treatment and at least one further plasma treatment step, wherein the low-pressure plasma treatment, in both cases, is carried out with at least one oxygen-containing compound selected from the group consisting of O, O 2, O 3, NO, N 2 O and CO 2, wherein the at least one oxygen-containing compound is present in a gas mixture which comprises O 2 and at least one inert gas selected from the group consisting of He and Ar, wherein the gas mixture contains a fraction of O 2 in the range from 70 vol% to 90 vol% and a fraction of inert gas in the range from 10 vol% to 30 vol%. - is a low-pressure plasma treatment or - comprises a low-pressure plasma treatment and at least one further plasma treatment step,
A system for monitoring a drilling rig operation, comprising: a drilling rig assembly; at least one sensor coupled to a member to sense a parameter related to operation of the drilling rig assembly; a client device coupled to the at least one sensor, the client device comprising a data acquisition device for receiving data from the at least one sensor and a first radio coupled to the data acquisition device; and a base station located a distance from the client device and comprising a second radio that communicates wirelessly with the first radio in order to transfer data between the data acquisition device and the base station; characterized in that the client device further comprises a gyroscope and is configured to change power states based on an output of the gyroscope. a drilling rig assembly; at least one sensor coupled to a member to sense a parameter related to operation of the drilling rig assembly; a client device coupled to the at least one sensor, the client device comprising a data acquisition device for receiving data from the at least one sensor and a first radio coupled to the data acquisition device; and a base station located a distance from the client device and comprising a second radio that communicates wirelessly with the first radio in order to transfer data between the data acquisition device and the base station; characterized in that the client device further comprises a gyroscope and is configured to change power states based on an output of the gyroscope.
A lifting wheelchair including a chassis provided with wheels defining a support polygon and supporting an articulated structure including: - a first deformable quadrilateral supporting a seat and having two lower ends (10i, 11i) mounted on the chassis, - a second deformable quadrilateral supporting a footrest, - and a raising-lowering control system of the articulated structure including a driver interleaved between the chassis and the articulated structure and capable of controlling the displacement of the deformable quadrilaterals (I, II) between a stable retracted state corresponding to a so-called seating position of the structure and a stable deployed state corresponding to a so-called lifting position of the structure, characterized in that the first deformable quadrilateral has upper ends (10s, 11s) on which are mounted the second deformable quadrilateral, the second deformable quadrilateral being mounted articulated at the end of a rod attached to the chassis by a hinge pin so that during the displacement of the deformable quadrilaterals between the retracted and deployed states, the footrest follows a retracting-descending trajectory and conversely during the displacement of the deformable quadrilaterals (I, II) between the deployed and retracted states. - a first deformable quadrilateral supporting a seat and having two lower ends (10i, 11i) mounted on the chassis, - a second deformable quadrilateral supporting a footrest, - and a raising-lowering control system of the articulated structure including a driver interleaved between the chassis and the articulated structure and capable of controlling the displacement of the deformable quadrilaterals (I, II) between a stable retracted state corresponding to a so-called seating position of the structure and a stable deployed state corresponding to a so-called lifting position of the structure,
Process for producing microcapsules comprising at least one iodopropargyl compound, where the at least one iodopropargyl compound is microencapsulated with a microencapsulation material which comprises at least one melamine-formaldehyde polymer, comprising at least: a) application of microencapsulation material comprising at least one melamine-formaldehyde polymer to at least one iodopropargyl compound b) treatment at a temperature T of from 50 to 95°C, preferably 64 to 95°C, preferably 68 to 95°C, particularly preferably 70 to 95°C and very particularly preferably 70 to 90°C, over a period t, such that the product T x T x t is > 18 000, preferably > 20 000 and particularly preferably > 25 000 (°C) 2 h. a) application of microencapsulation material comprising at least one melamine-formaldehyde polymer to at least one iodopropargyl compound b) treatment at a temperature T of from 50 to 95°C, preferably 64 to 95°C, preferably 68 to 95°C, particularly preferably 70 to 95°C and very particularly preferably 70 to 90°C, over a period t, such that the product T x T x t is > 18 000, preferably > 20 000 and particularly preferably > 25 000 (°C) 2 h.
A method of engaging in a fracturing application at an oilfield comprising: setting a first frac liner (110, 120, 130) in a first lateral leg (111, 112, 113) of a well through a formation; setting a second frac liner (110, 120, 130) in a second lateral leg (111, 112, 113) of the well; coupling a surface connected frac string tubular in the well to the first liner (110, 120, 130); employing frac equipment at the oilfield surface adjacent the well to direct a fracturing application through the first coupled liner (110, 120, 130); characterised by keeping the tubular in the well for coupling thereof to the second of the liners (110, 120, 130); and performing a fracturing application through the second liner (110, 120, 130). setting a first frac liner (110, 120, 130) in a first lateral leg (111, 112, 113) of a well through a formation; setting a second frac liner (110, 120, 130) in a second lateral leg (111, 112, 113) of the well; coupling a surface connected frac string tubular in the well to the first liner (110, 120, 130); employing frac equipment at the oilfield surface adjacent the well to direct a fracturing application through the first coupled liner (110, 120, 130); characterised by keeping the tubular in the well for coupling thereof to the second of the liners (110, 120, 130); and performing a fracturing application through the second liner (110, 120, 130).
Method for folding at least two signatures in a folder in an automated way by means of a computer, wherein the signatures have a number of fold pages, the same folding scheme and the same size and wherein the fold pages of all signatures are identically numbered in terms of the fundamental folding scheme, the method comprising the following steps of • checking, by means of the computer, whether a nested arrangement of the at least two signatures is possible to form a nested common signature, • evening out the distance between the fold pages by taking the distances of one of the signatures for all of the at least two signatures by means of the computer, • placing the at least two signatures into one another by inserting additional distances between the fold pages by means of the computer, • adapting the positions of the at least two signatures and the distances between the page columns of the at least two signatures by means of the computer in such a way that the respective page columns that belong together of the different at least two signatures with the same column index are located next to one another and the fold lines are located precisely on top of one another, • carrying out the folding operation in the folder on the basis of the common signature arranged in a nested arrangement by means of the computer, • separating the nested common signature into the individual fold pages in a cutting operation in the folder. • checking, by means of the computer, whether a nested arrangement of the at least two signatures is possible to form a nested common signature, • evening out the distance between the fold pages by taking the distances of one of the signatures for all of the at least two signatures by means of the computer, • placing the at least two signatures into one another by inserting additional distances between the fold pages by means of the computer, • adapting the positions of the at least two signatures and the distances between the page columns of the at least two signatures by means of the computer in such a way that the respective page columns that belong together of the different at least two signatures with the same column index are located next to one another and the fold lines are located precisely on top of one another, • carrying out the folding operation in the folder on the basis of the common signature arranged in a nested arrangement by means of the computer, • separating the nested common signature into the individual fold pages in a cutting operation in the folder.
A method of reducing adjacent channel power ratio and compensating memory effects of multi-channel wideband communication systems using multiplexing modulation techniques comprising the steps of: generating an address from samples of a baseband input signal of a communication system; retrieving from a memoryless lookup table an entry in accordance with the address; pre-equalizing the baseband input signal using the following equation: z n ∑ W k m | u n | ⋅ x n − k = = ∑ W k m | u n | ⋅ u n − k ⋅ F m | u n − k |, wherein W k m | u n | is the k-th tap and m-th indexed coefficient corresponding to the magnitude of the input signal, u(n); wherein Fm(|u(n-k)|) is the complex coefficient corresponding to an input signal, u(n-k), magnitude for compensating AM to AM and AM to PM distortions of a power amplifier; and wherein x(n-k) are samples of the input signal multiplied by the complex coefficient; and multiplying the pre-equalized baseband input signal and the lookup table entry. generating an address from samples of a baseband input signal of a communication system; retrieving from a memoryless lookup table an entry in accordance with the address; pre-equalizing the baseband input signal using the following equation: z n ∑ W k m | u n | ⋅ x n − k = = ∑ W k m | u n | ⋅ u n − k ⋅ F m | u n − k |, wherein W k m | u n | is the k-th tap and m-th indexed coefficient corresponding to the magnitude of the input signal, u(n); wherein Fm(|u(n-k)|) is the complex coefficient corresponding to an input signal, u(n-k), magnitude for compensating AM to AM and AM to PM distortions of a power amplifier; and wherein x(n-k) are samples of the input signal multiplied by the complex coefficient; and multiplying the pre-equalized baseband input signal and the lookup table entry.
A method for frame acknowledgment, comprising: allocating feedback resources in the downlink of a next frame after the scheduling of uplink service data and resource allocation is completed, wherein the allocating is for sending a group acknowledgement, Group ACK, from a central access point, CAP, to a terminal, STA,; encapsulating corresponding feedback resource control signaling according to the allocated feedback resources, wherein the feedback resources control signaling is used for indicating allocation of feedback resources; and sending the feedback resource control signaling in a control channel of the physical frame, wherein said feedback resource is a transmission channel resource or a short signaling channel resource; and the method further comprises: allocating downlink transmission channel resources or downlink short signaling channel resources in downlink of the (N+1)th frame for a user scheduled in uplink of the Nth frame after the scheduling of uplink service data and resource allocation of the Nth frame completed, wherein the allocating is used for sending Medium Access Control, MAC, layer group acknowledgement response Group ACK. encapsulating feedback resources control signaling according to the allocated downlink transmission channel resources or downlink short signaling channel resources; and sending this feedback resources control signaling in control channel of the (N+1)th frame. allocating feedback resources in the downlink of a next frame after the scheduling of uplink service data and resource allocation is completed, wherein the allocating is for sending a group acknowledgement, Group ACK, from a central access point, CAP, to a terminal, STA,; encapsulating corresponding feedback resource control signaling according to the allocated feedback resources, wherein the feedback resources control signaling is used for indicating allocation of feedback resources; and sending the feedback resource control signaling in a control channel of the physical frame, wherein said feedback resource is a transmission channel resource or a short signaling channel resource; and the method further comprises: allocating downlink transmission channel resources or downlink short signaling channel resources in downlink of the (N+1)th frame for a user scheduled in uplink of the Nth frame after the scheduling of uplink service data and resource allocation of the Nth frame completed, wherein the allocating is used for sending Medium Access Control, MAC, layer group acknowledgement response Group ACK. encapsulating feedback resources control signaling according to the allocated downlink transmission channel resources or downlink short signaling channel resources; and sending this feedback resources control signaling in control channel of the (N+1)th frame.