mhurhangee/ep-ind-claims huggingface dataset:
A device for dispensing a predetermined quantity of fluid into the nasal passage of a user, said device comprising: a body comprising a nozzle end designed for insertion into the nostril of a user; a user operated trigger device; a discharge nozzle; an actuator in contact with the trigger device; a plunger connected to the actuator; a dosage form comprising a piercable membrane and containing the fluid; and a piercing mechanism (70, 72); and an activation knob that is rotatable from a first position to a second position; wherein operating the trigger causes the piercing mechanism to penetrate the dosage form and discharge the fluid through the discharge channel; wherein the actuator is a toggle mechanism that provides a mechanical advantage and the piercing mechanism is contained in the dosage form; wherein the activation knob is connected to the actuator such that when the activation knob is rotated from the first position to the second position, the toggle mechanism is rotated from an inactive first position to an activated position; and wherein rotation of the toggle mechanism to the second position pushes the trigger device into an activated position; and further wherein the actuator is a bar joined at one end to the activation knob in a flexible joint, joined to the plunger at the opposite end in a flexible joint and forming approximately a 90° central angle at the center point of the bar, wherein the center point is a flexible point. a body comprising a nozzle end designed for insertion into the nostril of a user; a user operated trigger device; a discharge nozzle; an actuator in contact with the trigger device; a plunger connected to the actuator; a dosage form comprising a piercable membrane and containing the fluid; and a piercing mechanism (70, 72); and an activation knob that is rotatable from a first position to a second position; wherein operating the trigger causes the piercing mechanism to penetrate the dosage form and discharge the fluid through the discharge channel; wherein the actuator is a toggle mechanism that provides a mechanical advantage and the piercing mechanism is contained in the dosage form; wherein the activation knob is connected to the actuator such that when the activation knob is rotated from the first position to the second position, the toggle mechanism is rotated from an inactive first position to an activated position; and wherein rotation of the toggle mechanism to the second position pushes the trigger device into an activated position; and further wherein the actuator is a bar joined at one end to the activation knob in a flexible joint, joined to the plunger at the opposite end in a flexible joint and forming approximately a 90° central angle at the center point of the bar, wherein the center point is a flexible point.
A storage system, wherein the system comprises: a management cluster and a resource pool, wherein the management cluster comprises at least one management node; and the resource pool comprises at least two storage nodes; a target management node in the management cluster is configured to acquire a first storage request for allocating a storage node to a monitoring device; and to allocate the storage node in the resource pool to the monitoring device as a target storage node according to a preset storage node allocation policy, wherein, the target management node is a management node that is determined from the management cluster according to a preset management node allocation policy; the target storage node is configured to receive a second storage request for allocating a storage position to the monitoring device; to allocate a target storage volume from storage volumes of the target storage node to the monitoring device according to a preset storage volume allocation policy; to allocate a target block group from block groups contained in the target storage volume to the monitoring device according to a preset block group allocation policy; and to acquire monitoring data in the form of a data stream from the monitoring device and to store the monitoring data in the target block group. a target management node in the management cluster is configured to acquire a first storage request for allocating a storage node to a monitoring device; and to allocate the storage node in the resource pool to the monitoring device as a target storage node according to a preset storage node allocation policy, wherein, the target management node is a management node that is determined from the management cluster according to a preset management node allocation policy; the target storage node is configured to receive a second storage request for allocating a storage position to the monitoring device; to allocate a target storage volume from storage volumes of the target storage node to the monitoring device according to a preset storage volume allocation policy; to allocate a target block group from block groups contained in the target storage volume to the monitoring device according to a preset block group allocation policy; and to acquire monitoring data in the form of a data stream from the monitoring device and to store the monitoring data in the target block group.
A ball joint comprising: a ball stud including a stud portion having one end portion connected to a structural member and another end portion, to which a spherical ball portion is integrally joined; a housing made of metal and configured to support the spherical ball portion of the ball stud to allow swinging and rotating movement of the spherical ball portion, the housing having a space that opens to one side thereof; and a ball seat made of plastic and interposed between the housing and the spherical ball portion, the ball seat including a plurality of protrusions jutting out from the ball seat and inserted into a plurality of through holes formed in a bottom portion of the housing, wherein the protrusions having pierced through the through holes are staked at their distal portions, characterized in that: a protrusion has a large diameter portion, whose diameter (φC) is larger than an inner diameter (φB) of a through hole of the housing before being inserted into the through hole, at its proximal portion proximal from a distal portion thereof, and the distal portion is a cylindrical rod-shaped distal portion with a first diameter (φA), and the large diameter portion is a cylindrical large diameter portion with a second diameter (φC) larger than the first diameter (φA). a ball stud including a stud portion having one end portion connected to a structural member and another end portion, to which a spherical ball portion is integrally joined; a housing made of metal and configured to support the spherical ball portion of the ball stud to allow swinging and rotating movement of the spherical ball portion, the housing having a space that opens to one side thereof; and a ball seat made of plastic and interposed between the housing and the spherical ball portion, the ball seat including a plurality of protrusions jutting out from the ball seat and inserted into a plurality of through holes formed in a bottom portion of the housing, wherein the protrusions having pierced through the through holes are staked at their distal portions, characterized in that: a protrusion has a large diameter portion, whose diameter (φC) is larger than an inner diameter (φB) of a through hole of the housing before being inserted into the through hole, at its proximal portion proximal from a distal portion thereof, and the distal portion is a cylindrical rod-shaped distal portion with a first diameter (φA), and the large diameter portion is a cylindrical large diameter portion with a second diameter (φC) larger than the first diameter (φA). a protrusion has a large diameter portion, whose diameter (φC) is larger than an inner diameter (φB) of a through hole of the housing before being inserted into the through hole, at its proximal portion proximal from a distal portion thereof, and the distal portion is a cylindrical rod-shaped distal portion with a first diameter (φA), and the large diameter portion is a cylindrical large diameter portion with a second diameter (φC) larger than the first diameter (φA).
A buoyancy system adapted to be fitted to an aircraft for keeping the aircraft afloat after crashing or ditching into a body of water, the system comprises: at least one inflatable body which, when inflated, increases the buoyancy of the aircraft; an inflation apparatus to inflate the at least one inflatable body, the inflation apparatus comprises a gas generation system, wherein the gas generation system comprises a gas generating medium to produce a gas to inflate the at least one inflatable body; an activation system to activate the inflation apparatus, wherein the activation system is adapted to activate the inflation apparatus upon meeting a crash activation criteria and to cause thereby the gas to flow to the at least one inflatable body, which once inflated to the required volume enables the aircraft to remain positively buoyant at the surface of a body of water; a deployment means in the form of a time delay device, characterised in that the deployment means is adapted to, in operation, restrict the inflation of the at least one inflatable body until the at least one inflatable body can be inflated without being damaged by moving parts of the aircraft, wherein the deployment means is adapted to prevent the at least one inflatable body from inflating until after a prescribed period of time is achieved after activation of the activation system when the activation criteria is met. at least one inflatable body which, when inflated, increases the buoyancy of the aircraft; an inflation apparatus to inflate the at least one inflatable body, the inflation apparatus comprises a gas generation system, wherein the gas generation system comprises a gas generating medium to produce a gas to inflate the at least one inflatable body; an activation system to activate the inflation apparatus, wherein the activation system is adapted to activate the inflation apparatus upon meeting a crash activation criteria and to cause thereby the gas to flow to the at least one inflatable body, which once inflated to the required volume enables the aircraft to remain positively buoyant at the surface of a body of water; a deployment means in the form of a time delay device, characterised in that the deployment means is adapted to, in operation, restrict the inflation of the at least one inflatable body until the at least one inflatable body can be inflated without being damaged by moving parts of the aircraft, wherein the deployment means is adapted to prevent the at least one inflatable body from inflating until after a prescribed period of time is achieved after activation of the activation system when the activation criteria is met.
A method for identifying a sequence of events associated with a condition in a process plant using a control system, the method comprising: Recording process data (p) of one or more field devices (102a, 102b, 102c) of the control system, wherein the process data (p) is timestamped; recording audio input (v) from each personnel of a plurality of personnel of the process plant, in relation to the condition in the process plant, wherein the audio input (v) is tagged according to identity information of the corresponding personnel; temporally synchronizing content of each audio input (v) with process information of at least one of an equipment related with the condition and an event (e) from a plurality of events, wherein the process information of at least one of the equipment and the event (e), is identified from the process data (p); identifying a keyword in the temporarily synchronized content of each audio input (v); comparing each keyword with the process information of at least one of the related equipment and the related event (e), for identifying at least one of a new process information and a supplementary process information related to the condition, from the temporally synchronized content of the corresponding audio input (v); and identifying the sequence of events associated with the condition, based on at least one of the new process information and the supplementary process information identified for each keyword, and the plurality of events (e) identified from the process data (p). Recording process data (p) of one or more field devices (102a, 102b, 102c) of the control system, wherein the process data (p) is timestamped; recording audio input (v) from each personnel of a plurality of personnel of the process plant, in relation to the condition in the process plant, wherein the audio input (v) is tagged according to identity information of the corresponding personnel; temporally synchronizing content of each audio input (v) with process information of at least one of an equipment related with the condition and an event (e) from a plurality of events, wherein the process information of at least one of the equipment and the event (e), is identified from the process data (p); identifying a keyword in the temporarily synchronized content of each audio input (v); comparing each keyword with the process information of at least one of the related equipment and the related event (e), for identifying at least one of a new process information and a supplementary process information related to the condition, from the temporally synchronized content of the corresponding audio input (v); and identifying the sequence of events associated with the condition, based on at least one of the new process information and the supplementary process information identified for each keyword, and the plurality of events (e) identified from the process data (p).
Trench wall cutting device, comprising - a trench cutter which is constructed from at least two cutter modules (40, 50), and - a supporting structure for suspending and moving the trench cutter in a vertical direction in order to form a cut trench in the ground, characterized in that - the supporting structure has a guide apparatus, which is configured to supply the separated cutter modules (40, 50) to a working region at which the cut trench is to be created, wherein the cutter modules (40, 50) can be assembled at the working region to the trench cutter. - a trench cutter which is constructed from at least two cutter modules (40, 50), and - a supporting structure for suspending and moving the trench cutter in a vertical direction in order to form a cut trench in the ground, characterized in that - the supporting structure has a guide apparatus, which is configured to supply the separated cutter modules (40, 50) to a working region at which the cut trench is to be created, wherein the cutter modules (40, 50) can be assembled at the working region to the trench cutter.
Board configured as a jewellery board (1; 2; 3) for arranging and storing items of jewellery such as necklaces, decorative bands or rings, - comprising a number of cutouts which penetrate through the board with retaining means integrated therein for detachable fastening of the respective items of jewellery to the board, - comprising a pin-like projection as the retaining means which projects upwards into the cutout in the lower region of each cutout, so that the cutouts open an operation room around the retaining means for attaching or detaching items of jewellery. - comprising a spacer of the board for maintaining a free space (A; a) on a rear side of the board at least in the region of the cutouts, - comprising an inclining device (12, 22) for producing an inclination in the vertical direction, when the board is suspended. - comprising a number of cutouts which penetrate through the board with retaining means integrated therein for detachable fastening of the respective items of jewellery to the board, - comprising a pin-like projection as the retaining means which projects upwards into the cutout in the lower region of each cutout, so that the cutouts open an operation room around the retaining means for attaching or detaching items of jewellery. - comprising a spacer of the board for maintaining a free space (A; a) on a rear side of the board at least in the region of the cutouts, - comprising an inclining device (12, 22) for producing an inclination in the vertical direction, when the board is suspended.
Method for producing carbon dioxide and hydrogen wherein a) a gas flow contains at least hydrogen, at least one sulphur component and carbon dioxide b) hydrogen sulphide (H 2 S) is partially converted into sulphur in a Claus unit c) the gas flow (9, 11) is compressed and dried in order to produce a compressed and dried gas flow and d) the compressed and dried gas flow is separated by distillation and/or by at least one step of partial condensation at a sub-ambient temperature in order to produce at least one fluid enriched with carbon dioxide relative to the compressed and dried gas flow and at least one fluid enriched with hydrogen relative to the compressed and dried gas flow characterised in that the Claus unit is supplied with a gas containing at least 50 mol % oxygen and produces the gas flow. a) a gas flow contains at least hydrogen, at least one sulphur component and carbon dioxide b) hydrogen sulphide (H 2 S) is partially converted into sulphur in a Claus unit c) the gas flow (9, 11) is compressed and dried in order to produce a compressed and dried gas flow and d) the compressed and dried gas flow is separated by distillation and/or by at least one step of partial condensation at a sub-ambient temperature in order to produce at least one fluid enriched with carbon dioxide relative to the compressed and dried gas flow and at least one fluid enriched with hydrogen relative to the compressed and dried gas flow characterised in that the Claus unit is supplied with a gas containing at least 50 mol % oxygen and produces the gas flow.
A method comprising: receiving a plurality of base events at an event listener, a first base event of the plurality of base events corresponding to a connection of a first user device with an external device, and a second base event of the plurality of base events corresponding to one or more unlocks of the first user device; storing the first base event and the second base event at a state storage; providing the first base event and the second base event stored at the state storage to an inference module; determining, based on an input received at the first user device, whether to designate the external device as a trusted device; and causing, by the inference module, a current security configuration of the first user device and a second user device associated with a same user account as the first user device to be updated based on the first base event, the second base event, and whether the external device is designated as a trusted device, wherein the current security configuration comprises at least one setting corresponding to an aspect of securing a user device or user data. receiving a plurality of base events at an event listener, a first base event of the plurality of base events corresponding to a connection of a first user device with an external device, and a second base event of the plurality of base events corresponding to one or more unlocks of the first user device; storing the first base event and the second base event at a state storage; providing the first base event and the second base event stored at the state storage to an inference module; determining, based on an input received at the first user device, whether to designate the external device as a trusted device; and causing, by the inference module, a current security configuration of the first user device and a second user device associated with a same user account as the first user device to be updated based on the first base event, the second base event, and whether the external device is designated as a trusted device, wherein the current security configuration comprises at least one setting corresponding to an aspect of securing a user device or user data.
Device for working ground surfaces or roadways, comprising a machine frame on which a working drum is arranged within a drum housing, wherein at least one spraying device, extending parallel to the working drum and comprising a plurality of outlet nozzles for spraying agents arranged next to one another and directed towards the working drum, is arranged at the drum housing, wherein the outlet nozzles each comprise one drivable closing mechanism with a closing element which, in an open position, fully uncovers the nozzle channel of the outlet nozzle and, in a closed position, closes the nozzle channel, characterized in that a controller drives the closing mechanisms, with the outlet nozzles and the related closing elements being adapted to one another in such a fashion that the flow cross-section in the outlet nozzle is variable in accordance with the position of the closing element on a specified path between the open position and closed position, and that the closing elements of the individual outlet nozzles are positionable by the controller in identical or individually different intermediate positions.
A compound of formula I wherein A is the group A 1 wherein R 3 is methyl; R 4 is C 1 -C 4 haloalkyl and R 5 is hydrogen; R 1 and R 2 independently of each other, are hydrogen, hydroxy, halogen or C 1 -C 6 alkyl; or R 1 and R 2 together is C=O or C=N(O-C 1 -C 6 alkyl); B is phenyl which can be substituted by one or more substituents selected from the group consisting of halogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 1 -C 6 haloalkyl, -C(C 1 -C 4 alkyl)=N-O-C 1 -C 6 alkyl or -C =N-O-C 1 -C 6 alkyl; and G is oxygen, sulphur, CH 2, (CH 2) 2 or a bond; and tautomers/enantiomers of these compounds.
A method for making a prestressed diaphragm wall in the ground, characterized in that it includes at least the following steps: - an excavation is made in the ground with a profile corresponding to that desired for the diaphragm wall, - at least one anchor tube, open at its upper end and closed at its lower end, is placed in the excavation, so that its lower end is directed toward the bottom of the excavation, - concrete is poured into a volume of the excavation outside said anchor tube, so as to form a concrete panel, - a cable is placed inside the anchor tube, - a lower portion of the cable is fixed to a lower portion of the anchor tube, - after fixing, tension is exerted on the cable so as to place the cable in tension, - the cable is blocked in tension with respect to the concrete panel. - an excavation is made in the ground with a profile corresponding to that desired for the diaphragm wall, - at least one anchor tube, open at its upper end and closed at its lower end, is placed in the excavation, so that its lower end is directed toward the bottom of the excavation, - concrete is poured into a volume of the excavation outside said anchor tube, so as to form a concrete panel, - a cable is placed inside the anchor tube, - a lower portion of the cable is fixed to a lower portion of the anchor tube, - after fixing, tension is exerted on the cable so as to place the cable in tension, - the cable is blocked in tension with respect to the concrete panel.