mhurhangee/ep-ind-claims huggingface dataset:
Container treatment system for containers (2.1, 2.2, 2.3), with - a transport device for transporting thethe containers (2.1, 2.2, 2.3), - at least one treatment assembly (4, 5) for treating thethe containers (2.1, 2.2, 2.3) at a first transport section (3.1) of the transport device), - at least one robot unit for channeling individual treated containers (2.3) out and/or in at a second transport section (3.2) of the transport device which is arranged downstream of the first transport section (3.1), and - with at least one inspection device (7.1, 7.2) for inspecting the individual treated containers (2.3), characterised in that, the second transport section (3.2) is configured to transport a container flow that is widened as compared to the first transport section (3.1), so that the individual treated containers (2.3) are transported there at reduced speed and/or with reduced dynamic pressure when being channeled out and/or in and that the at least one robot unit is arranged between the second transport section (3.1) and the at least one inspection device (7.1, 7.2) such that the individual treated containers (2.3) can be channeled out from the second transport section (3.2) to the at least one inspection device (7.1, 7.2) and/or can be channeled in from the at least one inspection device (7.1, 7.2) to the second transport section (3.2). - a transport device for transporting thethe containers (2.1, 2.2, 2.3), - at least one treatment assembly (4, 5) for treating thethe containers (2.1, 2.2, 2.3) at a first transport section (3.1) of the transport device), - at least one robot unit for channeling individual treated containers (2.3) out and/or in at a second transport section (3.2) of the transport device which is arranged downstream of the first transport section (3.1), and - with at least one inspection device (7.1, 7.2) for inspecting the individual treated containers (2.3), the second transport section (3.2) is configured to transport a container flow that is widened as compared to the first transport section (3.1), so that the individual treated containers (2.3) are transported there at reduced speed and/or with reduced dynamic pressure when being channeled out and/or in and that the at least one robot unit is arranged between the second transport section (3.1) and the at least one inspection device (7.1, 7.2) such that the individual treated containers (2.3) can be channeled out from the second transport section (3.2) to the at least one inspection device (7.1, 7.2) and/or can be channeled in from the at least one inspection device (7.1, 7.2) to the second transport section (3.2).
A pourable pharmaceutical composition suitable for oral administration, wherein the composition comprises at least one pharmaceutically active agent in micronised form, dispersed within a liquid phase which comprises at least one triglyceride of one or more medium-chain fatty acid residues, an anti-caking agent, and up to 2% w/w water, based on the overall composition, wherein the at least one micronised pharmaceutically active agent is bendroflumethiazide or amlodipine, or a pharmaceutically acceptable salt thereof.
An apparatus for manufacturing hydrogen-containing peritoneal dialysate, the apparatus comprising: a dialysate bag housing dialysate to be injected into a peritoneal cavity of a patient; and a hydrogen dissolution device interposed between the dialysate bag and the patient and configured to dissolve hydrogen in the dialysate, wherein the hydrogen dissolution device includes: an air supply module connected to the dialysate bag and the patient and configured to dissolve hydrogen in the dialysate; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen to the air supply module, the air supply module includes: a supply tube connected to the dialysate bag and the patient and configured to supply the dialysate to the patient; and an air supply module body that is connected to the hydrogen supply device, houses the supply tube, and is configured to be supplied with the hydrogen, with the dialysate being supplied inside the supply tube, the hydrogen is supplied to the dialysate by passing inside the air supply module body and outside the supply tube, and characterized in that the supply tube is wound in a roll-like manner and housed in the air supply module body. a dialysate bag housing dialysate to be injected into a peritoneal cavity of a patient; and a hydrogen dissolution device interposed between the dialysate bag and the patient and configured to dissolve hydrogen in the dialysate, wherein the hydrogen dissolution device includes: an air supply module connected to the dialysate bag and the patient and configured to dissolve hydrogen in the dialysate; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen to the air supply module, the air supply module includes: a supply tube connected to the dialysate bag and the patient and configured to supply the dialysate to the patient; and an air supply module body that is connected to the hydrogen supply device, houses the supply tube, and is configured to be supplied with the hydrogen, with the dialysate being supplied inside the supply tube, the hydrogen is supplied to the dialysate by passing inside the air supply module body and outside the supply tube, and characterized in that the supply tube is wound in a roll-like manner and housed in the air supply module body.
Compound having Formula I: including pharmaceutically acceptable salts, and/or solvates thereof, wherein: - R1 is selected from the group consisting of: and - R2 is selected from the group consisting of Cl, CH 3, and - R3 is selected from the group consisting of hydrogen, OH, OCH 3, OCH 2 CH 3, COOH, COOCH 3, COOCH 2 CH 3, wherein X, Y, Z are independently N, C or CO. - R1 is selected from the group consisting of: and - R2 is selected from the group consisting of Cl, CH 3, and - R3 is selected from the group consisting of hydrogen, OH, OCH 3, OCH 2 CH 3, COOH, COOCH 3, COOCH 2 CH 3, wherein X, Y, Z are independently N, C or CO.
A method, comprising: receiving a registration message to a first network node from a proxy network node, said registration message providing at least one identity of a user; computing a first hash key from a private identity among said at least one identity; matching said first hash key to at least one key range, each said at least one key range being associated with a network node; determining a second network node by detecting that said first hash key belongs to the key range of said second network node; providing said registration message to said second network node; characterized by determining at least one IMS node in said second network node, each determined IMS node being associated with one public identity of the user; routeing, from the second node, the registration message to each of said at least one determined IMS node; updating, in each of the at least one determined IMS node the associated public user identity to registered status, and acknowledging the registration. receiving a registration message to a first network node from a proxy network node, said registration message providing at least one identity of a user; computing a first hash key from a private identity among said at least one identity; matching said first hash key to at least one key range, each said at least one key range being associated with a network node; determining a second network node by detecting that said first hash key belongs to the key range of said second network node; providing said registration message to said second network node; determining at least one IMS node in said second network node, each determined IMS node being associated with one public identity of the user; routeing, from the second node, the registration message to each of said at least one determined IMS node; updating, in each of the at least one determined IMS node the associated public user identity to registered status, and acknowledging the registration.
Claw-pole rotor of a rotating electric machine, comprising: - two pole wheels (301, 308), each of the wheels comprising teeth and interstices between the teeth, - a coil, - an insulating device of the coil comprising a device for positioning the insulator with respect to the pole wheels (301, 308), the insulating device comprising at least two feet on a face of the insulator that contacts a face of one of the two pole wheels (301, 308), each of the feet having at least the two separate contacts below: - contact on a lateral face on the side of a tooth of a wheel, - contact on a lateral face on the side of an adjacent tooth of said pole wheel, so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet, at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic. - two pole wheels (301, 308), each of the wheels comprising teeth and interstices between the teeth, - a coil, - an insulating device of the coil comprising a device for positioning the insulator with respect to the pole wheels (301, 308), the insulating device comprising at least two feet on a face of the insulator that contacts a face of one of the two pole wheels (301, 308), each of the feet having at least the two separate contacts below: - contact on a lateral face on the side of a tooth of a wheel, - contact on a lateral face on the side of an adjacent tooth of said pole wheel, so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet, at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic. so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet, at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic.
A method of controlling the supply and allocation of hydrogen gas in a hydrogen system of a refinery integrated with olefins and aromatics plants to convert crude oil into petrochemicals, comprising one or more supply sources that provide hydrogen at individual rates, purities, pressures and costs, multiple consumption sites that consume hydrogen at individual rates, purities and pressures and an interconnecting hydrogen distribution network, said method comprising the integration of hydrogen consuming process units with hydrogen producing process units, wherein both hydrogen recovered from the effluents from the hydrogen consuming process units and hydrogen recovered from the hydrogen producing process units are re-used in the hydrogen consuming process units, feeding a crude oil fraction together with hydrogen to one or more hydrogen consuming units; separating the effluent(s) from said one or more hydrogen consuming units into one or more streams comprising methane, ethane, propane, butane, pitch and BTX; feeding said one or more streams comprising ethane, propane and butane to one or more hydrogen producing units for producing one or more streams comprising olefins, BTX, methane and hydrogen; integrating said stream comprising hydrogen originating from said hydrogen producing units into said hydrogen stream(s) to be fed to said one or more hydrogen consuming units, wherein at least 25 wt.% of said crude oil fraction is converted into a low boiling hydrocarbon fraction comprising ethane, propane and butanes, wherein said hydrogen producing process units comprise a steam cracking unit and one or more units chosen from the group of propane dehydrogenation unit, butane dehydrogenation unit and combined PDH and BDH unit, further comprising setting cut points of one or more separation units, such as distillation units, setting operation conditions of hydrogen consuming process units and setting operation conditions of hydrogen producing process units in a process control system, wherein the values of said cut points and operation conditions are such that said supply and allocation of hydrogen gas in a hydrogen system of a refinery is controlled.
A test fixture for radiopharmaceutical analysis/characterization comprising: a first testing region comprising a test well; and a second testing region comprising a separation device, wherein the separation device includes a separation medium and an observation region, wherein the first and second testing regions are in fluidic isolation. a first testing region comprising a test well; and a second testing region comprising a separation device, wherein the separation device includes a separation medium and an observation region, wherein the first and second testing regions are in fluidic isolation.
A method for isolating microRNA (miRNA), the method comprising (a) contacting a biological sample with a surface active agent and an anti-miRNA-binding protein reagent, wherein the surface active agent dissociates sample components and the anti-miRNA-binding protein reagent interacts with a miRNA-binding protein associated with miRNA to form immunoprecipitated miRNA complexes; and (b) contacting, at room temperature, the immunoprecipitated miRNA complexes with a protease to release miRNA from the immunoprecipitated miRNA complexes without purification.
An apparatus for processing a liquid sample in a sample tube, comprising a base; a receptacle for receiving a sample tube; a heating portion coupled to the base to selectively apply heat to the receptacle; a shaking portion coupled to the base and supporting the receptacle, the shaking portion selectively agitating the receptacle with respect to the base; and a magnetizing portion coupled to the base and movable to selectively change a magnetic field with respect to the receptacle, wherein the magnetizing portion comprises a first magnet holder having a first axis, the first magnet holder rotatably coupled to the base for rotation about the first axis, a first plurality of magnets fixedly coupled to the first magnet holder, and a magnet drive mechanism for selectively driving the first magnet holder between a first axial orientation and a second axial orientation such that: in the first axial orientation the magnets are oriented in a vertical plane and provide an insubstantial magnetic flux to the receptacle, and in the second axial orientation the magnets are oriented in a horizontal plane and provide a substantial magnetic flux to the receptacle, wherein in the second axial orientation, the ends of the magnets are brought in close proximity to the receptacle. in the first axial orientation the magnets are oriented in a vertical plane and provide an insubstantial magnetic flux to the receptacle, and in the second axial orientation the magnets are oriented in a horizontal plane and provide a substantial magnetic flux to the receptacle, wherein in the second axial orientation, the ends of the magnets are brought in close proximity to the receptacle.
Method for fail-safe monitoring of the speed of a drive having a roller and for the purpose of indirectly monitoring the web speed of a material web that is moved by rollers, where the drive has at least a converter, a motor and a rotational speed sensor, wherein a target rotational speed is specified to the drive and an actual rotational speed is captured by the rotational speed sensor, characterised in that a substitute rotational speed is calculated and a plausibility check is performed in a safety program of a safety CPU using in each case two of the following three values: target rotational speed, actual rotational speed and substitute rotational speed, wherein the substitute rotational speed is calculated from the initial frequency of the converter in the case of three-phase drives or from the quotient of terminal voltage and magnetic flux in the case of direct-current drives, wherein a plausibility check (12, 13, 14) takes place in each case - between target rotational speed and actual rotational speed, - between target rotational speed and substitute rotational speed, and - between actual rotational speed and substitute rotational speed, wherein it is verified in the three plausibility checks that the difference between both values changes continuously, wherein a noise is also indicated as a continuous change, and wherein the actual rotational speed and/or the substitute rotational speed are checked (15, 16) in the safety program to determine whether they exceed at least one specified positive limit value, or do not reach at least one specified negative limit value. - between target rotational speed and actual rotational speed, - between target rotational speed and substitute rotational speed, and - between actual rotational speed and substitute rotational speed,
A method of fabricating a power semiconductor chip packaging structure, comprising: providing a dielectric film having a first surface and a second surface; providing at least one power semiconductor chip with an active surface and an opposing back surface, the chip having one or more contact pads (22, 23) on the active surface; applying an adhesion layer adjacent to the first surface of the dielectric film; adhering the dielectric film to the active surface of the at least one power semiconductor chip by bringing the active surface into physical contact with the adhesion layer; forming a patterned electrically conductive layer adjacent to the second surface of the dielectric film, the conductive layer extending through one or more through holes formed in the dielectric film in order to form electrical contact with the one or more contact pads (22, 23); removing the adhesion layer to form one or more air gaps between the dielectric film and the active surface of the at least one power semiconductor chip; and electrically coupling the back surface of the power semiconductor chip to a power module substrate to form a power module comprising an insulating substrate having at least one electrically conductive contact to which the power semiconductor chip is electrically coupled. providing a dielectric film having a first surface and a second surface; providing at least one power semiconductor chip with an active surface and an opposing back surface, the chip having one or more contact pads (22, 23) on the active surface; applying an adhesion layer adjacent to the first surface of the dielectric film; adhering the dielectric film to the active surface of the at least one power semiconductor chip by bringing the active surface into physical contact with the adhesion layer; forming a patterned electrically conductive layer adjacent to the second surface of the dielectric film, the conductive layer extending through one or more through holes formed in the dielectric film in order to form electrical contact with the one or more contact pads (22, 23); removing the adhesion layer to form one or more air gaps between the dielectric film and the active surface of the at least one power semiconductor chip; and electrically coupling the back surface of the power semiconductor chip to a power module substrate to form a power module comprising an insulating substrate having at least one electrically conductive contact to which the power semiconductor chip is electrically coupled.
An emergency repair kit for punctured tires which includes a box accommodating therein a compressor unit, and a sealant dispenser provided with an air input connection tube defining an air passage for receiving compressed air supplied from the compressor unit, and with a sealant output connection tube defining a sealant passage for delivering a chemical sealant contained in the sealant dispenser to a punctured tire, wherein the dispenser is detachably coupled to the box by a basket, wherein the box is provided with a switch and wherein a sealant hose with a nozzle adapter is connected to the sealant output connection tube, characterized in that the box defines a slit at its top surface and defines an opening at one side thereof, which extends into the interior of the box for storing an air hose that can be connected between the air input connection tube and the compressor unit within the box when an inflating and repairing operation is required, wherein the basket defines a receiving space for storing the sealant hose, the basket having a curved strap extending upwardly from one side thereof, an upper horizontal strap at an opposite side with an open bottom and an engagement strap extending downwardly from the upper horizontal trap and being capable of being inserted through the slit of the box.
Rail vehicle carriage for passenger transport comprising a luggage compartment and a container for electrical devices, wherein the container for electrical devices is designed as a wall-mounted cabinet which is mounted on a shell of the rail vehicle carriage, floating above a longitudinal section of the luggage compartment, characterized in that the container for electrical devices has a floor facing the luggage compartment, the contour of which follows a contour of the luggage compartment.
Sampling control station for a containers or bottles filling plant comprising at least one grasping and transporting group for picking up containers or bottles from a conveying belt and transporting them to at least one measuring module (21', 21", 21"') said containers or bottles being provided with a body tapered into a neck and ending with a mouth, said neck having an annular ribbing, said grasping and transporting group comprises gripping means connected to a mobile support structure, said gripping means being mobile between a gripping position, in which they are engaged with said neck of said container at and below said annular ribbing, and a release position in which they are not engaged with said container, characterized in that said mobile support structure is of the rotary type having the centre of rotation arranged at a position coinciding with said conveying belt, said at least one measuring module (21', 21", 21"') being arranged along a circumference described by the rotational movement of said gripping means through said rotary support structure, and said rotational movement makes it possible to pick up the container from the conveyor belt, transporting it to the at least one measuring module and to take it back again to the conveyor belt once the measurement has been carried out and no anomaly has been detected.