mhurhangee/ep-ind-claims huggingface dataset:
A method of on-line system maintenance and testing of a storage wellhead, comprising • providing hydrogen wellhead spool with at least two fluidically parallel and interchangeable hydrogen passages (103, 104), each fluidically parallel and interchangeable hydrogen passage comprising at least one automatic hydrogen valve (107, 108) configured to fail close, and • providing a brine wellhead spool with at least two fluidically parallel and interchangeable brine passages (110, 111), each fluidically parallel and interchangeable brine passage comprising at least one automatic brine valve (114, 115) configured to fail close, the method comprising a step of testing or maintenance of the at least one automatic hydrogen valve in one hydrogen passage of the hydrogen wellhead spool, while allowing the other hydrogen passage remains in service and/or a testing or maintenance of the at least one automatic brine valve in one brine passage of the brine wellhead spool, while allowing the other brine passage remains in service • providing hydrogen wellhead spool with at least two fluidically parallel and interchangeable hydrogen passages (103, 104), each fluidically parallel and interchangeable hydrogen passage comprising at least one automatic hydrogen valve (107, 108) configured to fail close, and • providing a brine wellhead spool with at least two fluidically parallel and interchangeable brine passages (110, 111), each fluidically parallel and interchangeable brine passage comprising at least one automatic brine valve (114, 115) configured to fail close, the method comprising a step of testing or maintenance of the at least one automatic hydrogen valve in one hydrogen passage of the hydrogen wellhead spool, while allowing the other hydrogen passage remains in service and/or a testing or maintenance of the at least one automatic brine valve in one brine passage of the brine wellhead spool, while allowing the other brine passage remains in service
Regulating valve for regulating a gaseous volume flow, having a valve housing, having a valve seat and having a valve throttle element (6; 106; 206) which is displaceable along a displacement axis relative to the valve seat, in which valve the valve housing forms the valve seat and in which valve the displaceable valve throttle element (6; 106; 206) has a throttle edge region (10; 110; 210) which interacts with the valve seat, wherein the regulating valve has a plurality of volume-flow swirl elements (15; 115; 215) which interact with the throttle edge region (10; 110; 210) and which prevent or at least reduce shear-layer instabilities in a shear layer between a wall-jet region of the gaseous volume flow and a core-flow region of the gaseous volume flow, wherein the throttle edge region (110; 210) of the displaceable valve throttle element (106; 206) has material recesses (121; 221) and/or material webs (122; 222), characterized in that the material recesses and/or the material webs are at least in part of different length in the circumferential direction.
A power headroom reporting apparatus, comprising: an acquisition unit, configured to acquire a power headroom of the apparatus relative to a first base station, and a power headroom of the apparatus relative to a second base station, wherein the power headroom for the first base station refers to a power headroom for one or more cells of the first base station corresponding to the apparatus, and the power headroom for the second base station refers to a power headroom for one or more cells of the second base station corresponding to the apparatus; and a sending unit, configured to send the power headroom for the first base station acquired by the acquisition unit to the second base station, and send the power headroom for the second base station to the first base station; wherein the power headroom for the first base station comprises: a first-type power headroom for a first cell of the first base station, a second-type power headroom for the first cell of the first base station, and a first-type power headroom for a second cell of the first base station; and the power headroom for the second base station comprises: a first-type power headroom for a first cell of the second base station, a second-type power headroom for the first cell of the second base station, and a first-type power headroom for a second cell of the second base station. an acquisition unit, configured to acquire a power headroom of the apparatus relative to a first base station, and a power headroom of the apparatus relative to a second base station, wherein the power headroom for the first base station refers to a power headroom for one or more cells of the first base station corresponding to the apparatus, and the power headroom for the second base station refers to a power headroom for one or more cells of the second base station corresponding to the apparatus; and a sending unit, configured to send the power headroom for the first base station acquired by the acquisition unit to the second base station, and send the power headroom for the second base station to the first base station; wherein the power headroom for the first base station comprises: a first-type power headroom for a first cell of the first base station, a second-type power headroom for the first cell of the first base station, and a first-type power headroom for a second cell of the first base station; and the power headroom for the second base station comprises: a first-type power headroom for a first cell of the second base station, a second-type power headroom for the first cell of the second base station, and a first-type power headroom for a second cell of the second base station.
A method for the removal of nitrous oxide from off gas by direct decomposition or by selective catalytic reduction in presence of a reducing agent, comprising the steps of contacting the gas directly or together with the reducing agent or a precursor thereof with a catalyst comprising an Fe-AEI zeolite material in its silicoaluminate form which is essentially free of alkali metal ions (Alk), wherein the alkali metal ion is selected from sodium, potassium, lithium, and cesium and combinations of them, said Fe-AEI zeolite material having the following molar compositions: Si0 2: o Al 2 0 3: p Fe: q Alk wherein o is in the range from 0.001 to 0.2; wherein p is in the range from 0.001 to 0.2; wherein Alk is one or more of alkali ions and wherein q is less than 0.02. wherein o is in the range from 0.001 to 0.2; wherein p is in the range from 0.001 to 0.2; wherein Alk is one or more of alkali ions and wherein q is less than 0.02.
Germinator of the type comprising a germination container, comprising a raised floor of rectangular form and longitudinal lateral walls and transverse lateral walls which surround the raised floor, and a grain unloading device, characterised in that the unloading device comprises at least one first transport member with an endless screw for the grain in alignment with the upper portion of the raised floor, in that the raised floor has one or more controllable tilting portions which are each connected to at least one fixed portion of the raised floor by actuatable pivoting means (23;25;27;29;31), at least one controllable tilting portion being partially arranged below the endless screw of the first transport member, whilst the unloading device further comprises at least one second transport member for the grain which is arranged below this controllable tilting portion, and in that one or more of the controllable tilting portions is/are provided along each of the transverse lateral walls and along at least one of the longitudinal lateral walls.
A method for gas detection comprising: exposing a gas detector comprising a sensor to an environment, the sensor comprising a sensor housing, wherein the gas detector comprises: a pressure equalizing element coupled to a top surface of the sensor, wherein the pressure equalizing element comprises a first section located on a top surface of the sensor housing and one or more second sections, wherein the one or more second sections comprise one or more tabs extending from the first section and configured to extend within the housing; and a housing, wherein the housing of the gas detector is sealed around the sensor, wherein at least a portion of the pressure equalizing element is exposed on an exterior of the housing, and wherein at least a portion of the pressure equalizing element is located within an interior of the housing; detecting a sample gas by the sensor, wherein detecting the gas sample by the sensor comprises allowing the sample gas to enter the sensor housing via an opening, wherein the pressure equalizing element is sealed around the opening and wherein the sample gas passes through the thickness of the pressure equalizing element into the sensor housing; and equalizing a pressure within the sealed housing with an external pressure of the environment via the pressure equalizing element, wherein gas flow travels the lateral length of at least a portion of the pressure equalizing element, and wherein the lateral length is greater than the thickness of the pressure equalizing element. a pressure equalizing element coupled to a top surface of the sensor, wherein the pressure equalizing element comprises a first section located on a top surface of the sensor housing and one or more second sections, wherein the one or more second sections comprise one or more tabs extending from the first section and configured to extend within the housing; and a housing, wherein the housing of the gas detector is sealed around the sensor, wherein at least a portion of the pressure equalizing element is exposed on an exterior of the housing, and wherein at least a portion of the pressure equalizing element is located within an interior of the housing; detecting a sample gas by the sensor, wherein detecting the gas sample by the sensor comprises allowing the sample gas to enter the sensor housing via an opening, wherein the pressure equalizing element is sealed around the opening and wherein the sample gas passes through the thickness of the pressure equalizing element into the sensor housing; and equalizing a pressure within the sealed housing with an external pressure of the environment via the pressure equalizing element, wherein gas flow travels the lateral length of at least a portion of the pressure equalizing element, and wherein the lateral length is greater than the thickness of the pressure equalizing element.
A percutaneous absorption composition comprising a basic medicament or a salt thereof, wherein the basic medicament is at least one selected from the group consisting of tizanidine and oxycodone, and a sorbate component selected from sorbic acid and/or its metal salt, wherein the concentration of the sorbate component is 0.5 moles to 2.5 moles per mole of the basic medicament.
A machining unit for a machine tool, comprising: - a head carrier, which can be attached to said machine tool, - a pivot head held on said head carrier in such a way that said pivot head is pivotable about a pivot axis, - a working spindle, which is arranged on said pivot head and has a spindle axis that is inclined relative to said pivot axis, - a spindle motor, which is arranged in the head carrier and has a drive shaft arranged in parallel to said pivot axis, and - a drive transmission for transmitting the rotational motion of said drive shaft of said spindle motor to a drive shaft of said working spindle, wherein said drive transmission has a shiftable transmission stage, characterized in that said pivot head has a shifting transmission shaft oriented coaxially to said pivot axis of said pivot head, wherein said shiftable transmission stage has a hollow shaft movably supported on said shifting transmission shaft of said pivot head. - a head carrier, which can be attached to said machine tool, - a pivot head held on said head carrier in such a way that said pivot head is pivotable about a pivot axis, - a working spindle, which is arranged on said pivot head and has a spindle axis that is inclined relative to said pivot axis, - a spindle motor, which is arranged in the head carrier and has a drive shaft arranged in parallel to said pivot axis, and - a drive transmission for transmitting the rotational motion of said drive shaft of said spindle motor to a drive shaft of said working spindle,
Bee-movement regulation device for beehives, which contains a closing piece located in the vicinity of the access passage linking the internal space of the beehive to the external environment of the beehive, and moveable within the section of the access passage, and the closing member is connected to a propulsion device, characterised by that at least two openings (21, 22) positioned at a given distance from each other, with a position and shape different to each other, and at least one closing surface are established in the closing piece, the propulsion device has a drive part-unit, a position-sensing part-unit and a control part-unit in a signal-transmission connection with the drive part-unit and the position-sensing part-unit, where the control part-unit is in a signal-transmission connection with sensors (E1, E2) for determining the physical and/or chemical characteristics of the external environment, and the control part-unit has a memory unit for storing reference values, furthermore the closing piece is coupled with a regulation piece, where the regulation piece is separated from the closing piece by a space with the help of at least one spacer body, the regulation piece is provided with a position-adjustment device, and the position-adjustment device has a propulsion part-unit and position-sensing part-unit, furthermore the propulsion part-unit and the position-sensing part-unit are in a signal-transmission connection with the control part-unit, the regulation piece is provided with at least two openings (41, 42, 44) with a position and shape different to each other, and with at least one closing surface, furthermore a transfer channel is established in the space between the closing piece and the regulation piece that is at least partially surrounded by a delimiting surface, and the closing piece and the regulation piece are arranged along two sides of the transfer channel in such a way so that they may move, and therefore the transfer channel is either partially or completely opened as a result of the openings (21, 22, 41,42, 44) dependent on the positions of the closing piece and the regulation piece or impenetrably closed off to bees and pests by the closing surface (23, 43).
An antimicrobial and/or anti-acne formulation containing either usnic acid or an usnate, together with: (a) a primary solvent or solvent system in which the usnic acid or usnate is at least partially dissolved; (b) a glycol; and (c) a hydrophobic component (c) selected from fatty acids, fatty alcohols, fatty acid esters, and mixtures thereof, wherein the formulation is in the form of a liquid and contains 1% w/w or less of water.
Portable implement, such as for example an expander, cutter or combination device with a cutting and expanding function, for portable use, having an electric motor, a battery accommodated on the implement, a hydraulically driven displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting or compressing work, and an electronic control and regulation unit for controlling and/or regulating the electric motor, wherein provision is made for a brushless DC motor as electric motor, wherein the electronic control and regulation unit defines a first operating state in which the electric motor is operated at a first frequency F1, the electronic control and regulation unit defines a second operating state in which the electric motor is operated at a second frequency F2, wherein it is possible for the operator of the implement to switch the operating state between the first and second operating state by way of manually operable switching means of the implement, wherein the speed of the electric motor at the second frequency F2 is higher than at the first frequency F1, wherein provision is made for a control valve for switching the direction of movement of the piston rod and the operating state is also switched between the first and second operating state when the control valve is actuated, characterized in that switching to the second frequency F2 causes switching to a turbo mode in which the piston rod is extended and retracted more quickly and the option to switch from the first frequency F1 to the second frequency F2 depends on a current demand. an electric motor, a battery accommodated on the implement, a hydraulically driven displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting or compressing work, and an electronic control and regulation unit for controlling and/or regulating the electric motor, wherein provision is made for a brushless DC motor as electric motor, wherein the electronic control and regulation unit defines a first operating state in which the electric motor is operated at a first frequency F1, the electronic control and regulation unit defines a second operating state in which the electric motor is operated at a second frequency F2, wherein it is possible for the operator of the implement to switch the operating state between the first and second operating state by way of manually operable switching means of the implement, wherein the speed of the electric motor at the second frequency F2 is higher than at the first frequency F1, wherein provision is made for a control valve for switching the direction of movement of the piston rod and the operating state is also switched between the first and second operating state when the control valve is actuated, characterized in that switching to the second frequency F2 causes switching to a turbo mode in which the piston rod is extended and retracted more quickly and the option to switch from the first frequency F1 to the second frequency F2 depends on a current demand.
A sealant applying apparatus comprising: a fastener rotating unit configured to support a fastener to be rotatable around a central axis of the fastener; and a sealant discharging unit configured to discharge a sealant to apply the sealant to the fastener, wherein the fastener rotating unit comprises: a first holding member and a second holding member configured to hold the fastener to be rotatable, characterized by the first holding member and the second holding member being arranged on a same straight line parallel to a Z-axis so as to face each other, the first holding member being arranged under the second holding member; and a base configured to support the first holding member and the second holding member, and wherein the first holding member is installed to the base to be exchangeable. a fastener rotating unit configured to support a fastener to be rotatable around a central axis of the fastener; and a sealant discharging unit configured to discharge a sealant to apply the sealant to the fastener, wherein the fastener rotating unit comprises: a first holding member and a second holding member configured to hold the fastener to be rotatable, characterized by the first holding member and the second holding member being arranged on a same straight line parallel to a Z-axis so as to face each other, the first holding member being arranged under the second holding member; and a base configured to support the first holding member and the second holding member, and wherein the first holding member is installed to the base to be exchangeable. a first holding member and a second holding member configured to hold the fastener to be rotatable, characterized by the first holding member and the second holding member being arranged on a same straight line parallel to a Z-axis so as to face each other, the first holding member being arranged under the second holding member; and a base configured to support the first holding member and the second holding member, and wherein the first holding member is installed to the base to be exchangeable.
A combination comprising as component(s): (a) at least one 3-(3-Dimethylamino-1-ethyl-2-methyl-propyl)-phenol of formula, optionally in form of one of its stereoisomers, in particular an enantiomer or a diastereomer, a racemate or in form of a mixture of its stereoisomers, in particular enantiomers and/or diastereomers in any mixing ratio, or any corresponding acid addition salt thereof, and (b) at least one NMDA-antagonist selected from the group consisting of (R,S)-ketamine or an acid addition salt thereof such as the hydrochloride addition salt, -ketamine or an acid addition salt thereof such as the hydrochloride addition salt, and memantine or an acid addition salt thereof such as the hydrochloride addition salt thereof. (a) at least one 3-(3-Dimethylamino-1-ethyl-2-methyl-propyl)-phenol of formula, optionally in form of one of its stereoisomers, in particular an enantiomer or a diastereomer, a racemate or in form of a mixture of its stereoisomers, in particular enantiomers and/or diastereomers in any mixing ratio, or any corresponding acid addition salt thereof, and (b) at least one NMDA-antagonist selected from the group consisting of (R,S)-ketamine or an acid addition salt thereof such as the hydrochloride addition salt, -ketamine or an acid addition salt thereof such as the hydrochloride addition salt, and memantine or an acid addition salt thereof such as the hydrochloride addition salt thereof.
An agricultural harvester, comprising: an internal combustion engine; a grain tank; and a fluid cooling system for cooling at least one component (32, 87) onboard the agricultural harvester, the agricultural harvester being characterized in that: the fluid cooling system comprises a cooling package (71, 100) positioned between the internal combustion engine and the grain tank, the cooling package (71, 100) including a housing (72, 102), and a plurality of cooling units arranged in a side-to-side manner within the housing (72, 102), transverse to a fore-aft direction of the harvester, wherein each said cooling unit has an inlet adjacent to the grain tank, and an outlet adjacent to the internal combustion engine. an internal combustion engine; a grain tank; and a fluid cooling system for cooling at least one component (32, 87) onboard the agricultural harvester, the agricultural harvester being characterized in that: the fluid cooling system comprises a cooling package (71, 100) positioned between the internal combustion engine and the grain tank, the cooling package (71, 100) including a housing (72, 102), and a plurality of cooling units arranged in a side-to-side manner within the housing (72, 102), transverse to a fore-aft direction of the harvester, wherein each said cooling unit has an inlet adjacent to the grain tank, and an outlet adjacent to the internal combustion engine.