mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a stretchable elastic member for an outer sheet of a disposable diaper, the stretchable elastic member including a stretchable region and a non-stretchable region by fixedly installing a plurality of elongated resilient and elastic members between two layers of sheets in an extended state, and then, cutting the elongated resilient and elastic members, the method comprising: applying a first adhesive to an inner surface of the first sheet at one side at predetermined intervals and applying a second adhesive to the elongated resilient and elastic members at predetermined intervals in which the first adhesive is applied to have substantially rectangular shapes that sides orthogonal to the conveyance direction of the first sheet when seen from the above are longer sides forming first application regions in which the first adhesive is applied and first non-application regions between the first application regions and the adjacent first application regions; forming second application regions in which the second adhesive is applied over the first application regions and second non-application regions between the second application regions and the adjacent second application regions wherein the second adhesive is not applied to sections of the elongated resilient and elastic members, which oppose the second sheet at the other side; fixedly installing, on the inner surface of the first sheet at the one side, the elongated resilient and elastic members and the second sheet at the other side at an outer side of the elongated resilient and elastic members; and cutting the elongated resilient and elastic members in sections in which the first non-application regions and the second application regions oppose each other when seen from the above. applying a first adhesive to an inner surface of the first sheet at one side at predetermined intervals and applying a second adhesive to the elongated resilient and elastic members at predetermined intervals in which the first adhesive is applied to have substantially rectangular shapes that sides orthogonal to the conveyance direction of the first sheet when seen from the above are longer sides forming first application regions in which the first adhesive is applied and first non-application regions between the first application regions and the adjacent first application regions; forming second application regions in which the second adhesive is applied over the first application regions and second non-application regions between the second application regions and the adjacent second application regions wherein the second adhesive is not applied to sections of the elongated resilient and elastic members, which oppose the second sheet at the other side; fixedly installing, on the inner surface of the first sheet at the one side, the elongated resilient and elastic members and the second sheet at the other side at an outer side of the elongated resilient and elastic members; and cutting the elongated resilient and elastic members in sections in which the first non-application regions and the second application regions oppose each other when seen from the above.
A non-removable container closure comprising a body including a top wall and a side wall depending from the periphery thereof, the side wall having one or more snap-on features provided on the inside thereof, in which the body includes demoulding means allowing for rotation during demoulding, wherein the end of the sidewall opposite the top wall terminates in a rim, characterised by the rim including one or more unscrewing features for allowing the closure to be rotated during demoulding, the unscrewing features comprising a plurality of cavities formed within the rim.
A multi-level dynamic stabilization system for a spinal column, the system comprising: a first vertebral anchor having a threaded shaft portion, a head portion, and a saddle coupled to the head portion, the saddle having a U-shape providing a top-loading capability between a pair of receiving arms each having threads; a second vertebral anchor having a threaded shaft portion and a head portion having a saddle extending therethrough; a third vertebral anchor having a threaded shaft portion and a head portion having a saddle extending therethrough; a first brace positioned between the head portion of the first vertebral anchor and the head portion of the second vertebral anchor, a second brace positioned between the head portion of the first vertebral anchor and the head portion of the third vertebral anchor; a central member extending through the first brace and through the second brace; characterized in that, the system further comprises a first hub secured in the saddle of the first vertebral anchor with a set screw, wherein the threads of each of the receiving arms mate with threads of the set screw, and wherein the central member extends through the first hub. a first vertebral anchor having a threaded shaft portion, a head portion, and a saddle coupled to the head portion, the saddle having a U-shape providing a top-loading capability between a pair of receiving arms each having threads; a second vertebral anchor having a threaded shaft portion and a head portion having a saddle extending therethrough; a third vertebral anchor having a threaded shaft portion and a head portion having a saddle extending therethrough; a first brace positioned between the head portion of the first vertebral anchor and the head portion of the second vertebral anchor, a second brace positioned between the head portion of the first vertebral anchor and the head portion of the third vertebral anchor; a central member extending through the first brace and through the second brace; characterized in that, the system further comprises a first hub secured in the saddle of the first vertebral anchor with a set screw, wherein the threads of each of the receiving arms mate with threads of the set screw, and wherein the central member extends through the first hub.
A method for separating at least one charged substance by means of adsorption on and electrodesorption from a polymer membrane having a first flat and porous coating of metal at least on a first side of the polymer membrane, comprising the following steps a. Preparation of the polymer membrane; b. Bringing the polymer membrane into contact with at least one first fluid, in particular in a first volume, containing said at least one charged substance and adsorbing said at least one charged substance onto the polymer membrane; c. Bringing the polymer membrane and a counter-electrode into contact with said at least one first and/or at least one second fluid, in particular in a first volume; d. Applying a first DC voltage between the first metal coating of the polymer membrane and the counter-electrode to desorb said at least one charged substance from the polymer membrane; characterised in that the polymer membrane is a chemically charged polymer membrane and in that the DC voltage is applied in the opposite direction to the charge of the polymer membrane. a. Preparation of the polymer membrane; b. Bringing the polymer membrane into contact with at least one first fluid, in particular in a first volume, containing said at least one charged substance and adsorbing said at least one charged substance onto the polymer membrane; c. Bringing the polymer membrane and a counter-electrode into contact with said at least one first and/or at least one second fluid, in particular in a first volume; d. Applying a first DC voltage between the first metal coating of the polymer membrane and the counter-electrode to desorb said at least one charged substance from the polymer membrane;
A client service transmission method, wherein the method is applied to an optical transport network, OTN, and comprises: receiving a plurality of OTN data blocks, wherein the plurality of OTN data blocks are used to carry a plurality of client services; dividing the received client services into fixed-length data blocks and generating one slice by using each OTN data block; wherein a slice is an OTN data block with a label, a payload area and a Cyclic Redundancy Check, CRC, area; performing (S 103), based on the label comprised in each OTN data block of the plurality of OTN data blocks, switching on the OTN data block; caching the switched OTN data block to obtain a plurality of cache queues, wherein OTN data blocks that belong to a same cache queue in the plurality of cache queues are used to carry a same client service; and performing rate supervision and policy scheduling on OTN data blocks in the plurality of cache queues and then sending the OTN data blocks. receiving a plurality of OTN data blocks, wherein the plurality of OTN data blocks are used to carry a plurality of client services; dividing the received client services into fixed-length data blocks and generating one slice by using each OTN data block; wherein a slice is an OTN data block with a label, a payload area and a Cyclic Redundancy Check, CRC, area; performing (S 103), based on the label comprised in each OTN data block of the plurality of OTN data blocks, switching on the OTN data block; caching the switched OTN data block to obtain a plurality of cache queues, wherein OTN data blocks that belong to a same cache queue in the plurality of cache queues are used to carry a same client service; and performing rate supervision and policy scheduling on OTN data blocks in the plurality of cache queues and then sending the OTN data blocks.
A resonant mutual inductance partial discharge detection device for cable joint, comprising a partial discharge acquisition sensor and a partial discharge signal processor, characterized in that it further comprises a partial discharge signal resonance output unit and a partial discharge signal resonance acquisition unit, the partial discharge acquisition sensor and the partial discharge signal resonance output unit are in wired connection and provided inside a sheath voltage-withstand layer of the cable joint, the partial discharge signal resonance output unit and the partial discharge signal resonance acquisition unit are in wireless connection, and the partial discharge signal resonance acquisition unit and the partial discharge signal processor are in wired connection and provided outside the sheath voltage-withstand layer of the cable joint.
A method of attenuating noise of aircraft comprising: researching a flow field characteristic of a region in the vicinity of an original shape of a designed object; and adding a plate-shaped object (32, 33) to the original shape of the designed object, characterized in that: the researching includes researching a static pressure and an airflow velocity in the region in the vicinity of the original shape, when the airflow velocity in the region in the vicinity of the original shape is high or an airflow fluctuation in the region in the vicinity of the original shape is great; and the adding the plate-shaped object (32, 33) includes adding the plate-shaped object (32, 33) for covering a surface of the original shape which is different from a surface of the original shape facing an upstream side in an airflow direction; and the method further comprises attenuating aerodynamic noise produced by the designed object by increasing the static pressure and reducing the airflow velocity in the region in the vicinity of the original shape. researching a flow field characteristic of a region in the vicinity of an original shape of a designed object; and adding a plate-shaped object (32, 33) to the original shape of the designed object, characterized in that: the researching includes researching a static pressure and an airflow velocity in the region in the vicinity of the original shape, when the airflow velocity in the region in the vicinity of the original shape is high or an airflow fluctuation in the region in the vicinity of the original shape is great; and the adding the plate-shaped object (32, 33) includes adding the plate-shaped object (32, 33) for covering a surface of the original shape which is different from a surface of the original shape facing an upstream side in an airflow direction; and the method further comprises attenuating aerodynamic noise produced by the designed object by increasing the static pressure and reducing the airflow velocity in the region in the vicinity of the original shape. the researching includes researching a static pressure and an airflow velocity in the region in the vicinity of the original shape, when the airflow velocity in the region in the vicinity of the original shape is high or an airflow fluctuation in the region in the vicinity of the original shape is great; and the adding the plate-shaped object (32, 33) includes adding the plate-shaped object (32, 33) for covering a surface of the original shape which is different from a surface of the original shape facing an upstream side in an airflow direction; and the method further comprises attenuating aerodynamic noise produced by the designed object by increasing the static pressure and reducing the airflow velocity in the region in the vicinity of the original shape.
A method for repairing in real-time a corruption to data on a storage volume, the method comprising: detecting a corruption to data on a storage volume associated with a file system request; suspending execution of the file system request based on the corruption; defining a repair scan that corresponds to the corruption detected; implementing the repair scan; when the repair scan is complete, determining if the repair scan results in an invalidation of a file access handle of an application that generated the file system request; and resuming execution of the file system request if said invalidation is not detected, or failing the file system request and issuing an invalid handle status error if said invalidation is detected. detecting a corruption to data on a storage volume associated with a file system request; suspending execution of the file system request based on the corruption; defining a repair scan that corresponds to the corruption detected; implementing the repair scan; when the repair scan is complete, determining if the repair scan results in an invalidation of a file access handle of an application that generated the file system request; and resuming execution of the file system request if said invalidation is not detected, or failing the file system request and issuing an invalid handle status error if said invalidation is detected.
Docking and miter saw having a seating table, having a bearing means that can be pivoted about a pivot axis relative to the seating table, having a base plate, wherein the bearing means is pivotally supported on the base plate, and having a miter arm that can be pivoted about the pivot axis, and a sawing device disposed on the miter arm, preferably above the seating table, the sawing device being displaceable by means of a sliding guide device, characterized in that the sliding guide device is provided substantially below the base plate, wherein the bearing means, the base plate and the sliding guide device are realized as separate assemblies, which are disposed sequentially over one another, and wherein the seating table at least partially covers the bearing means.
A system comprising: a machinery; a safety instrumented function configured to monitor a process related to the machinery; a model library configured to model the safety instrumented function, wherein the model library comprises a plurality of subsystem models (24, 26, 28, 30, 32, 34), and each of the plurality of subsystem models is configured to derive a reliability measure; inputs for receiving a risk reduction factor input and a maintenance policy input; a dynamic risk calculation engine configured to use a user-defined set of the plurality of subsystem models, the risk reduction factor input, and the maintenance policy input, to derive a system risk for the machinery, wherein the system risk comprises an average probability of failure on demand that is an overall probability of failure on demand for the entire safety instrumented function; characterized in that the dynamic risk calculation engine is further configured to determine, if the average probability of failure on demand summed to a N-step change exceeds a multiplicative inverse of a risk reduction factor, and if the N-step change of the average probability of failure on demand exceeds the multiplicative inverse of the risk reduction factor, then to command a partial proof test or full proof test of the machinery, wherein the proof test is configured to automatically actuate a component of the machinery; use the results of the proof test as additional input for the dynamic risk calculation engine; and output a proof test schedule suitable for meeting the risk reduction factor input. a machinery; a safety instrumented function configured to monitor a process related to the machinery; a model library configured to model the safety instrumented function, wherein the model library comprises a plurality of subsystem models (24, 26, 28, 30, 32, 34), and each of the plurality of subsystem models is configured to derive a reliability measure; inputs for receiving a risk reduction factor input and a maintenance policy input; a dynamic risk calculation engine configured to use a user-defined set of the plurality of subsystem models, the risk reduction factor input, and the maintenance policy input, to derive a system risk for the machinery, wherein the system risk comprises an average probability of failure on demand that is an overall probability of failure on demand for the entire safety instrumented function; characterized in that the dynamic risk calculation engine is further configured to determine, if the average probability of failure on demand summed to a N-step change exceeds a multiplicative inverse of a risk reduction factor, and if the N-step change of the average probability of failure on demand exceeds the multiplicative inverse of the risk reduction factor, then to command a partial proof test or full proof test of the machinery, wherein the proof test is configured to automatically actuate a component of the machinery; use the results of the proof test as additional input for the dynamic risk calculation engine; and output a proof test schedule suitable for meeting the risk reduction factor input.
A secondary amine, having a chemical structure of: wherein each of R 1 is independently H, C 1-6 alkyl group, or C 1-6 alkoxy group; R 2 is C 1-6 alkyl group; and R 3 is -(C x H 2x)-OH or -(C x H 2x+1), and x is 1 to 8. R 2 is C 1-6 alkyl group; and R 3 is -(C x H 2x)-OH or -(C x H 2x+1), and x is 1 to 8.
An electric machine comprising: a stator having a fully non-magnetic core and stator windings formed of a non-superconducting transposed conductor to reduce eddy current losses; and a rotor having a fully non-magnetic core and superconducting windings or superconducting magnets which produce a magnetic field for interaction with the stator windings; characterized in that the electric machine further comprises a cryogenic cooling system (408, 409, 410) comprising a cooler that is arranged to cool both the stator windings to reduce conduction losses in the stator windings and the superconducting windings or magnets of the rotor to maintain the superconducting windings or magnets in a superconducting state. a stator having a fully non-magnetic core and stator windings formed of a non-superconducting transposed conductor to reduce eddy current losses; and a rotor having a fully non-magnetic core and superconducting windings or superconducting magnets which produce a magnetic field for interaction with the stator windings; characterized in that the electric machine further comprises a cryogenic cooling system (408, 409, 410) comprising a cooler that is arranged to cool both the stator windings to reduce conduction losses in the stator windings and the superconducting windings or magnets of the rotor to maintain the superconducting windings or magnets in a superconducting state.
A method of controlling a brushless permanent-magnet motor, the method comprising: rectifying an alternating voltage to provide a rectified voltage having a ripple of at least 50%; and exciting a winding of the motor with the rectified voltage, the winding being excited in advance of zero-crossings of back EMF by an advance period and being excited for a conduction period over each electrical half-cycle of the motor; characterised in that the method comprises adjusting one of the advance period and the conduction period in response to changes in one of motor speed and RMS value of the alternating voltage so as to maintain constant average power. rectifying an alternating voltage to provide a rectified voltage having a ripple of at least 50%; and exciting a winding of the motor with the rectified voltage, the winding being excited in advance of zero-crossings of back EMF by an advance period and being excited for a conduction period over each electrical half-cycle of the motor; characterised in that the method comprises adjusting one of the advance period and the conduction period in response to changes in one of motor speed and RMS value of the alternating voltage so as to maintain constant average power.
A polymerizable monomer shown by the following general formula: wherein R represents a single bond, a methylene group, or an ethylidene group, and "m" represents 1 or 2.
A method of producing a composite of a layered compound and metal particles, comprising the step of: forming an organically modified layered compound by intercalating organic ions between layers of the layered compound; and the method being characterized in that it further comprises the following step: adding to the organically modified layered compound an aqueous colloidal metal solution in which the metal particles are dispersed as a metal colloid in water and a nonaqueous solvent which is a poor solvent for the metal colloid and has an excellent ability to swell the organically modified layered compound. forming an organically modified layered compound by intercalating organic ions between layers of the layered compound; and the method being characterized in that it further comprises the following step: adding to the organically modified layered compound an aqueous colloidal metal solution in which the metal particles are dispersed as a metal colloid in water and a nonaqueous solvent which is a poor solvent for the metal colloid and has an excellent ability to swell the organically modified layered compound.