mhurhangee/ep-ind-claims huggingface dataset:
Method for producing vacuum interrupters or assemblies of vacuum interrupters by means of a soldering process chamber, in which a) at least one preassembled vacuum interrupter or assembly is introduced into a pretreatment chamber (2, 3) connected upstream of the soldering process chamber and is preheated and pre-evacuated; b) the pretreated vacuum interrupter or assembly is transferred into the soldering process chamber and is brought to a soldering temperature (T Löt) in a high vacuum; and after that c) the soldered and evacuated vacuum interrupter or assembly is transported into a cooling process chamber and is cooled there; the transferring and transporting of the vacuum interrupter or assembly being performed under vacuum conditions. a) at least one preassembled vacuum interrupter or assembly is introduced into a pretreatment chamber (2, 3) connected upstream of the soldering process chamber and is preheated and pre-evacuated; b) the pretreated vacuum interrupter or assembly is transferred into the soldering process chamber and is brought to a soldering temperature (T Löt) in a high vacuum; and after that c) the soldered and evacuated vacuum interrupter or assembly is transported into a cooling process chamber and is cooled there;
A method in a service interface adapter functioning as a signaling gateway between a packet switched telecommunication network using Session Initiation Protocol signalling and a circuit switched telecommunication network using CAMEL Application Protocol, CAP, or Intelligent Network Application Protocol, INAP, signalling for providing in the packet switched telecommunication network, for a communication session involving a user of said packet switched telecommunication network, at least one IN or CAMEL based value added service provided by at least one network entity of said circuit switched telecommunication network, said method comprising: - establishing a first signalling data stream of SIP signalling of a first basic call state model of a packet switched dedicated protocol type between said packet switched telecommunication network and the service interface adapter; - establishing, based on information from said first signalling data stream, a second signalling data stream of INAP or CAP signalling of a second basic call state model of a circuit switched dedicated protocol type between said service interface adapter and said circuit switched telecommunication network; and - wherein said information is augmented with further information for • establishing said second signalling data stream, and • exchanging data between said first and second signalling data stream. - establishing a first signalling data stream of SIP signalling of a first basic call state model of a packet switched dedicated protocol type between said packet switched telecommunication network and the service interface adapter; - establishing, based on information from said first signalling data stream, a second signalling data stream of INAP or CAP signalling of a second basic call state model of a circuit switched dedicated protocol type between said service interface adapter and said circuit switched telecommunication network; and - wherein said information is augmented with further information for • establishing said second signalling data stream, and • exchanging data between said first and second signalling data stream. • establishing said second signalling data stream, and • exchanging data between said first and second signalling data stream.
An in vitro method for the detection and/or quantification of an apolipoprotein selected from the list consisting of: apoAI, apoAIV, apoCI, apoCII, apo CIII, apoE and apoJ, in a sample that comprises: (i) Contacting the sample with a polystyrene surface under suitable conditions for the direct electrostatic and/or hydrophobic interaction between the apolipoprotein and the polystyrene surface, (ii) Contacting the surface to which the apolipoprotein is bound formed in step (i) with an antibody specific for said apolipoprotein under suitable conditions for the formation of a complex between the antibody and the apolipoprotein, and (iii) Detecting the complexes formed in step (ii), wherein the polystyrene surface is blocked prior to contacting the sample with a compound selected form the list consisting of: albumin, casein, gelatin or a detergent. (i) Contacting the sample with a polystyrene surface under suitable conditions for the direct electrostatic and/or hydrophobic interaction between the apolipoprotein and the polystyrene surface, (ii) Contacting the surface to which the apolipoprotein is bound formed in step (i) with an antibody specific for said apolipoprotein under suitable conditions for the formation of a complex between the antibody and the apolipoprotein, and (iii) Detecting the complexes formed in step (ii),
Rotating drum for treating fibrous material, the axis of rotation of said drum being inclined by at most 30° with respect to the horizontal, having a sorting zone into which fibrous material mixed with water is fed and in which the drum is perforated, wherein a fine fraction flows through the perforation and a coarse fraction is rejected by said perforation, and a cleaning apparatus which is arranged outside of the drum and which is formed by at least one spray tube having a plurality of nozzle openings is assigned to the perforation, characterized in that the nozzle openings each direct a water jet onto a reflector which reflects the water jet towards the perforated outer wall of the drum.
Method for determining a geometrical parameter of an eye of a subject, comprising the following steps: a) capturing at least two images of the eye while the subject looks in two different gaze directions thanks to an image capture device, b) identifying, on each captured image, the image of the pupil and/or the iris of the eye and determining a geometrical feature of the image of the pupil and/or the iris linked to the shape of this image of the pupil and/or iris, c) determining said geometrical parameter of the eye as a function of said geometrical features of the image of the pupil and/or iris determined for each captured image, characterized in that, in step b), the outline of the image of the pupil and/or the iris is determined on each of said images and said geometrical feature of the image of the pupil and/or the iris is linked to the shape of this outline. and in that, the outline of the image of the pupil and/or the iris being approximated by a model ellipse, the geometrical feature of the image of the pupil or the iris determined comprises the direction of at least one of the minor (M1, M2, M3, M4) and major axis of the corresponding model ellipse, and/or a geometrical feature linked to the eccentricity of the model ellipse. a) capturing at least two images of the eye while the subject looks in two different gaze directions thanks to an image capture device, b) identifying, on each captured image, the image of the pupil and/or the iris of the eye and determining a geometrical feature of the image of the pupil and/or the iris linked to the shape of this image of the pupil and/or iris, c) determining said geometrical parameter of the eye as a function of said geometrical features of the image of the pupil and/or iris determined for each captured image, characterized in that, in step b), the outline of the image of the pupil and/or the iris is determined on each of said images and said geometrical feature of the image of the pupil and/or the iris is linked to the shape of this outline. and in that, the outline of the image of the pupil and/or the iris being approximated by a model ellipse, the geometrical feature of the image of the pupil or the iris determined comprises the direction of at least one of the minor (M1, M2, M3, M4) and major axis of the corresponding model ellipse, and/or a geometrical feature linked to the eccentricity of the model ellipse.
Switch for direct current operation with at least one switching chamber wherein each switching chamber comprises - two contacts (10, 10b) each with a first contact area, - an electrically conductive bridging contact which can be moved with a switching bridge and has two contact areas for producing an electrically conductive connection between the first and second contact areas (11, 31) and for separating at least one of the second contact areas from the relevant first contact area, as well as - at least two magnets (51a, 51b) for producing a magnetic field, wherein for each switching chamber at least two extinguishing devices are provided for extinguishing arcs that can occur during separation of the first and second contact areas (11, 31), characterised in that an additional magnet for influencing the magnetic field is arranged on the movable switching bridge and the additional magnet is movable for intensifying the magnetic field strength with the switching bridge in an area of the seperable first and second contact areas (11, 31). - two contacts (10, 10b) each with a first contact area, - an electrically conductive bridging contact which can be moved with a switching bridge and has two contact areas for producing an electrically conductive connection between the first and second contact areas (11, 31) and for separating at least one of the second contact areas from the relevant first contact area, as well as - at least two magnets (51a, 51b) for producing a magnetic field, wherein for each switching chamber at least two extinguishing devices are provided for extinguishing arcs that can occur during separation of the first and second contact areas (11, 31),
Electric drive unit having an electric motor, which comprises a stator and a rotor, a gearbox, an electric circuit and a housing, wherein the housing forms a motor compartment in which is arranged the electric motor and wherein the housing in addition forms a gearbox chamber in which at least a part of the gearbox is arranged, wherein the drive unit comprises a lubricating circuit in which a lubricating fluid is conveyed in order to lubricate and to cool the rotor of the electric motor and the gearbox, wherein the lubricating fluid circulates between the motor compartment and the gearbox chamber, and wherein the drive unit comprises a cooling circuit in which a cooling fluid is conveyed in order to cool the stator of the electric motor and to cool the electric circuit, wherein the cooling fluid of the cooling circuit is connected to the lubricating fluid of the lubricating circuit in such a manner as to be able to exchange heat, wherein a first delivery device is provided in the motor compartment in order to convey the lubricating fluid to components of the electric motor and/or in an upward direction, and wherein a second delivery device is provided in the gearbox chamber in order to convey the lubricating fluid to components of the gearbox and/or in an upward direction, characterized in that the first delivery device comprises at least one delivery vane that is connected in a torque proof manner to the rotor of the electric motor in order, during the rotational movement of the rotor, to propel the lubricating fluid towards the components of the electric motor and/or in an upward direction or to raise up said lubricating fluid.
Sorption drying system for dehumidification of a moist gas stream, comprising: - a mass of absorbing material in the form of a drying rotor that is adapted to rotate about a central axis; - a moist gas stream arranged to flow through at least a part of a first circular sector comprising a first partial circular sector, a second partial circular sector and a third partial circular sector of the drying rotor, the third partial sector being arranged in between the first partial sector and the second partial sector; - a heated stream of regeneration gas arranged to flow through a second circular sector, separated from the first circular sector by means of seals, through the drying rotor, - means (4, 19, 21, 22) for deflecting a part of the dehumidified gas stream after flowing through the drying rotor from the first partial sector located immediately after the second sector and from the second partial sector located immediately before the second sector as seen in the direction of rotation of the drying rotor; - a cooler for cooling the deflected dehumidified gas stream; and - means (6, 24, 25, 7) for returning the cooled deflected dehumidified gas stream to the inlet into the drying rotor, wherein the dehumidified gas stream that has passed the third partial sector arranged in between the first partial sector and the second partial sector is allowed to pass through the sorption drying system without deflection; and wherein at least a part of the cooled deflected dehumidified gas stream is arranged to flow through the drying rotor separated from the moist gas stream. - a mass of absorbing material in the form of a drying rotor that is adapted to rotate about a central axis; - a moist gas stream arranged to flow through at least a part of a first circular sector comprising a first partial circular sector, a second partial circular sector and a third partial circular sector of the drying rotor, the third partial sector being arranged in between the first partial sector and the second partial sector; - a heated stream of regeneration gas arranged to flow through a second circular sector, separated from the first circular sector by means of seals, through the drying rotor, - means (4, 19, 21, 22) for deflecting a part of the dehumidified gas stream after flowing through the drying rotor from the first partial sector located immediately after the second sector and from the second partial sector located immediately before the second sector as seen in the direction of rotation of the drying rotor; - a cooler for cooling the deflected dehumidified gas stream; and - means (6, 24, 25, 7) for returning the cooled deflected dehumidified gas stream to the inlet into the drying rotor, wherein the dehumidified gas stream that has passed the third partial sector arranged in between the first partial sector and the second partial sector is allowed to pass through the sorption drying system without deflection; and wherein at least a part of the cooled deflected dehumidified gas stream is arranged to flow through the drying rotor separated from the moist gas stream.
A system (500, 600) for securing a disposable trial stimulator to a body of a patient, the system comprising: a patch (502, 602) comprising a first major surface (506, 606) at least partially covered with an adhesive configured to adhere the patch to the body of the patient; and a holster (504, 604) connected to a second major surface (508, 608) of the patch, wherein the holster is configured to receive the trial stimulator, wherein the holster includes a first planar major wall, a second planar major wall, and three or four minor walls (512A-512D), wherein each of the planar major walls is a generally rectangular planar wall including four edges wherein each of the three or four minor walls protrudes perpendicular from one of the four edges of the second major wall to connect to the edges of the first major wall, and wherein the first and second major wall are parallel and offset from each other by the three or four minor walls (512A-512D); wherein the second major wall includes one or more grooves and the minor walls include one or more slots, wherein the grooves terminate at the slots. a patch (502, 602) comprising a first major surface (506, 606) at least partially covered with an adhesive configured to adhere the patch to the body of the patient; and a holster (504, 604) connected to a second major surface (508, 608) of the patch, wherein the holster is configured to receive the trial stimulator, wherein the holster includes a first planar major wall, a second planar major wall, and three or four minor walls (512A-512D), wherein each of the planar major walls is a generally rectangular planar wall including four edges wherein each of the three or four minor walls protrudes perpendicular from one of the four edges of the second major wall to connect to the edges of the first major wall, and wherein the first and second major wall are parallel and offset from each other by the three or four minor walls (512A-512D); wherein the second major wall includes one or more grooves and the minor walls include one or more slots, wherein the grooves terminate at the slots.
A compound of formula I: or a pharmaceutically acceptable salt thereof, wherein: each R 1 is independently hydrogen, an optionally substituted C 1-6 aliphatic group, an optionally substituted 3-7 membered monocyclic heterocyclic group, or an optionally substituted heterocyclylalkyl group having 3-7 carbon atoms and 1-3 heteroatoms independently selected from nitrogen, oxygen, or sulfur; or two R 1 groups are taken together with their intervening atoms to form an optionally substituted 3-7 membered saturated or partially unsaturated monocyclic heterocyclic ring having 1-2 heteroatoms independently selected from nitrogen, oxygen, or sulfur; wherein optionally substituted groups may be substituted with halogen, -NO 2, -CN, -OR, -SR, -N 2, -C R, -CO 2 R, -N C OR, -C N 2, -OC R, -N C R, -S R, -S 2 R, or -S 2 N 2; each R is independently hydrogen or C 1-6 aliphatic; or two R groups attached to the same nitrogen are taken together with their intervening atoms to form an optionally substituted 3-7 membered saturated or partially unsaturated monocyclic heterocyclic ring having 1-2 heteroatoms, in which any second heteroatom is independently selected from nitrogen, oxygen, or sulfur; Ring A is R 2 is -Cl or-F; and R 3 is -CF 3, -OCF 3, or -F. each R 1 is independently hydrogen, an optionally substituted C 1-6 aliphatic group, an optionally substituted 3-7 membered monocyclic heterocyclic group, or an optionally substituted heterocyclylalkyl group having 3-7 carbon atoms and 1-3 heteroatoms independently selected from nitrogen, oxygen, or sulfur; or two R 1 groups are taken together with their intervening atoms to form an optionally substituted 3-7 membered saturated or partially unsaturated monocyclic heterocyclic ring having 1-2 heteroatoms independently selected from nitrogen, oxygen, or sulfur; wherein optionally substituted groups may be substituted with halogen, -NO 2, -CN, -OR, -SR, -N 2, -C R, -CO 2 R, -N C OR, -C N 2, -OC R, -N C R, -S R, -S 2 R, or -S 2 N 2; each R is independently hydrogen or C 1-6 aliphatic; or two R groups attached to the same nitrogen are taken together with their intervening atoms to form an optionally substituted 3-7 membered saturated or partially unsaturated monocyclic heterocyclic ring having 1-2 heteroatoms, in which any second heteroatom is independently selected from nitrogen, oxygen, or sulfur; Ring A is R 2 is -Cl or-F; and R 3 is -CF 3, -OCF 3, or -F.
A device, which comprises a lighting means, a cooling element (9.1) and an operating device for the lighting means, wherein the lighting means comprises at least one input connection (7.2) for coupling the lighting means with the operating device, and wherein the device further comprises an impedance element connected at least to one input connection (7.2), and wherein the cooling element (9.1) is arranged around the lighting means, characterized in that the impedance element connects the at least one input connection (7.2) to a connection point of the cooling element (9.1), which has a virtual ground, wherein the impedance element comprises at least one capacitor and a resistor arranged parallel to the at least one capacitor.
A mechanical return assembly for a valved-container inhaler comprising: a resilient structure; a transfer configured to transfer stored potential energy from the resilient structure to a resilient, valved container in the form of a force to thereby release a medicament therefrom; a clutch (208, 210) in a load path of the force between the resilient structure and the transfer, the clutch (208, 210) having a first part and a second part, in which relative rotation of the first and second parts moves the clutch (208, 210) between: a first condition in which load is transferred from the resilient structure to the transfer, and a second condition in which the resilient structure and the transfer can move relative to one another to interrupt the load path and thereby allow the valve container to resile after actuation. a resilient structure; a transfer configured to transfer stored potential energy from the resilient structure to a resilient, valved container in the form of a force to thereby release a medicament therefrom; a clutch (208, 210) in a load path of the force between the resilient structure and the transfer, the clutch (208, 210) having a first part and a second part, in which relative rotation of the first and second parts moves the clutch (208, 210) between: a first condition in which load is transferred from the resilient structure to the transfer, and a second condition in which the resilient structure and the transfer can move relative to one another to interrupt the load path and thereby allow the valve container to resile after actuation. a first condition in which load is transferred from the resilient structure to the transfer, and a second condition in which the resilient structure and the transfer can move relative to one another to interrupt the load path and thereby allow the valve container to resile after actuation.
A method for examining the ocular fundus, wherein images of the ocular fundus are created by means of a camera and a lighting unit and are subjected to an analysis, wherein the camera position is also variable by means of an adjusting unit, characterized in that data which are characteristic of a disease are made available, that the data of the image analysis are correlated with the data made available, wherein an automatic classification being performed by means of a pattern recognition algorithm, and that depending on an agreement of the aforementioned data, as found in the correlation and successful classification, parameters are generated, which are given to the adjustment unit of the camera in a closed loop system, in the sense that the agreement thus found is more definite and the certainty of recognition is optimized.
Position sensing device for measuring a position, comprising - a plurality of sensors arranged to produce sense signals each being a function of an input phase (θ i) representative of a position to be measured, - a combiner circuit arranged to generate an error signal by combining said sense signals according to an array of weight factors, - a processing block arranged for filtering said error signal, for deriving from said filtered error signal a phase value representative of said position and for outputting said phase value representative of said position, - a feedback loop comprising a feedback signal unit arranged for receiving said output phase value and for adjusting based on said received output phase value said array of weight factors, said weight factors so being a function of said output phase value. - a plurality of sensors arranged to produce sense signals each being a function of an input phase (θ i) representative of a position to be measured, - a combiner circuit arranged to generate an error signal by combining said sense signals according to an array of weight factors, - a processing block arranged for filtering said error signal, for deriving from said filtered error signal a phase value representative of said position and for outputting said phase value representative of said position, - a feedback loop comprising a feedback signal unit arranged for receiving said output phase value and for adjusting based on said received output phase value said array of weight factors, said weight factors so being a function of said output phase value.