mhurhangee/ep-ind-claims huggingface dataset:
An exhaust pipe with a tailpipe trim, in particular for a motor vehicle exhaust system, comprising a sliding section which allows a displacement of the tailpipe trim relative to the exhaust pipe contrary to a defined sliding force, characterized in that the sliding section is formed by elongated holes in the tailpipe trim and in that rivets are arranged on the exhaust pipe which engage in the elongated holes.
An indoor unit of an air-conditioner, comprising: a casing embedded in a ceiling; a decorative air panel provided on a bottom surface of the casing; a blower and a heat exchanger provided within the casing; an air inlet for drawing an indoor air flow into the casing; an air outlet for blowing an air flow into a room; and a louver provided on the air outlet for adjusting a wind direction of an outlet air flow, wherein the louver has a cross-sectional shape formed of circular arcs (30, 31) with two or more curvature radii (R1, R2), characterized in that the louver is formed such that louver shape B/A is in a range of B / A = 2 to 4 if an angle between a tangent at a louver tip end of the circular arc forming a front side portion of the louver and a level line is set to A and an angle between a tangent at a louver rear end of the circular arc forming a rear side portion of the louver and the level line is set to B in a fully-closed state of the louver, and wherein the louver is configured in such a shape that the rear end of the louver is oriented upward facing the upper air passage when the wind direction of the outlet air flow is in the horizontal direction. a casing embedded in a ceiling; a decorative air panel provided on a bottom surface of the casing; a blower and a heat exchanger provided within the casing; an air inlet for drawing an indoor air flow into the casing; an air outlet for blowing an air flow into a room; and a louver provided on the air outlet for adjusting a wind direction of an outlet air flow, wherein the louver has a cross-sectional shape formed of circular arcs (30, 31) with two or more curvature radii (R1, R2), characterized in that the louver is formed such that louver shape B/A is in a range of B / A = 2 to 4 if an angle between a tangent at a louver tip end of the circular arc forming a front side portion of the louver and a level line is set to A and an angle between a tangent at a louver rear end of the circular arc forming a rear side portion of the louver and the level line is set to B in a fully-closed state of the louver, and wherein the louver is configured in such a shape that the rear end of the louver is oriented upward facing the upper air passage when the wind direction of the outlet air flow is in the horizontal direction.
A mass spectrometer comprising: an ion beam attenuator, wherein said ion beam attenuator is arranged to release packets or pulses of ions; and one or more ion guides or one or more gas collision cells arranged downstream of said ion beam attenuator for substantially converting or smoothing said packets or pulses of ions into a continuous or pseudo-continuous ion beam; characterised in that said mass spectrometer is configured for: maintaining in use, one or more axial DC potential gradients along at least 5%, 10%, 15%, 20%, 25%, 30%, 35%, 40%, 45%, 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95% or 100% of said one or more ion guides or gas collision cells; and/or applying in use, one or more time varying DC potentials or DC potential waveforms to at least a portion of said one or more ion guides or gas collision cells so that at least some ions are urged along said one or more ion guides or gas collision cells. an ion beam attenuator, wherein said ion beam attenuator is arranged to release packets or pulses of ions; and one or more ion guides or one or more gas collision cells arranged downstream of said ion beam attenuator for substantially converting or smoothing said packets or pulses of ions into a continuous or pseudo-continuous ion beam; characterised in that said mass spectrometer is configured for: maintaining in use, one or more axial DC potential gradients along at least 5%, 10%, 15%, 20%, 25%, 30%, 35%, 40%, 45%, 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95% or 100% of said one or more ion guides or gas collision cells; and/or applying in use, one or more time varying DC potentials or DC potential waveforms to at least a portion of said one or more ion guides or gas collision cells so that at least some ions are urged along said one or more ion guides or gas collision cells. maintaining in use, one or more axial DC potential gradients along at least 5%, 10%, 15%, 20%, 25%, 30%, 35%, 40%, 45%, 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95% or 100% of said one or more ion guides or gas collision cells; and/or applying in use, one or more time varying DC potentials or DC potential waveforms to at least a portion of said one or more ion guides or gas collision cells so that at least some ions are urged along said one or more ion guides or gas collision cells.
A microwave filter, comprising at least one resonant filter element (F, F1-F6) resonating at a resonant frequency, the at least one resonant filter element (F, F1-F6) comprising: a housing; a resonant filter cavity (C, C1-C6) arranged in the housing; and a resonator element in the shape of a resonator rod arranged in the housing and extending into the cavity (C, C1-C6), wherein at least two tuning elements (13, 14) are arranged on the housing of the resonant filter element (F, F1-F6) and each extends into the cavity (C, C1-C6) with a shaft portion (132, 142), wherein the at least two tuning elements (13, 14) are movable with respect to the housing to adjust the length (L1, L2) of the shaft portion (132, 142) extending into the cavity (C, C1-C6) and wherein the at least two tuning elements (13, 14) are constituted and designed such that by adjusting the length (L1, L2) of the shaft portion (132, 142) of each tuning element (13, 14) extending into the housing a temperature drift of the resonant frequency is adjustable, wherein the at least two tuning elements (13, 14) are arranged symmetrically with respect to a plane of symmetry extending along a longitudinal axis of the resonator element such that they are symmetrically placed at either side of the plane of symmetry, characterized in that the at least two tuning elements (13, 14) differ in material and/or shape. a housing; a resonant filter cavity (C, C1-C6) arranged in the housing; and a resonator element in the shape of a resonator rod arranged in the housing and extending into the cavity (C, C1-C6), wherein at least two tuning elements (13, 14) are arranged on the housing of the resonant filter element (F, F1-F6) and each extends into the cavity (C, C1-C6) with a shaft portion (132, 142), wherein the at least two tuning elements (13, 14) are movable with respect to the housing to adjust the length (L1, L2) of the shaft portion (132, 142) extending into the cavity (C, C1-C6) and wherein the at least two tuning elements (13, 14) are constituted and designed such that by adjusting the length (L1, L2) of the shaft portion (132, 142) of each tuning element (13, 14) extending into the housing a temperature drift of the resonant frequency is adjustable, wherein the at least two tuning elements (13, 14) are arranged symmetrically with respect to a plane of symmetry extending along a longitudinal axis of the resonator element such that they are symmetrically placed at either side of the plane of symmetry, characterized in that the at least two tuning elements (13, 14) differ in material and/or shape.
A method performed by a routing function of a Data Layered Architecture, DLA, for distributing data-related requests to an application layer of the DLA, the application layer comprising multiple application functions operating to process incoming data-related requests in a stateless and dataless mode and using information from a data layer of the DLA, the method comprising: - receiving an initial data-related request concerning a particular user and sent from a requesting party, wherein the initial data-related request is a User Authorization Request, - identifying a signalling sequence of the initial data-related request wherein one or more subsequent data-related requests concerning the user are anticipated within said signalling sequence, - routing the initial data-related request to a selected application function in the application layer wherein the initial data-related request triggers the selected application function to temporarily operate in a stateful mode by caching information used for processing the initial data-related request which includes retrieving user related information from data storage, - receiving said one or more subsequent data-related requests sent from the requesting party which are recognized as belonging to said signalling sequence, and - routing the one or more subsequent data-related requests to the selected application function, thereby enabling the selected application function to use the cached information when processing the one or more subsequent data-related requests. - receiving an initial data-related request concerning a particular user and sent from a requesting party, wherein the initial data-related request is a User Authorization Request, - identifying a signalling sequence of the initial data-related request wherein one or more subsequent data-related requests concerning the user are anticipated within said signalling sequence, - routing the initial data-related request to a selected application function in the application layer wherein the initial data-related request triggers the selected application function to temporarily operate in a stateful mode by caching information used for processing the initial data-related request which includes retrieving user related information from data storage, - receiving said one or more subsequent data-related requests sent from the requesting party which are recognized as belonging to said signalling sequence, and - routing the one or more subsequent data-related requests to the selected application function, thereby enabling the selected application function to use the cached information when processing the one or more subsequent data-related requests.
A packaging system for an extravascular system comprising: a base member including an elongate pocket adapted to receive the extravascular system comprising a catheter assembly and a needle assembly prior use that includes a needle cap; a cover member adapted to selectively seal an opening of the base member; characterized in that: the elongate pocket comprises an enlarged pocket segment that includes wing portions that extend laterally from a centerline of the packaging system, the wing portions having a sufficient width to accommodate the deployed needle cap of the needle assembly following use of the extravascular system; and the base member comprises at least one landing surface upon which the base member may be inverted for use as a receptacle, wherein the at least one landing surface is sloped to maximize the contact between the at least one landing surface and a surface upon which the inverted base member is rested. a base member including an elongate pocket adapted to receive the extravascular system comprising a catheter assembly and a needle assembly prior use that includes a needle cap; a cover member adapted to selectively seal an opening of the base member; characterized in that: the elongate pocket comprises an enlarged pocket segment that includes wing portions that extend laterally from a centerline of the packaging system, the wing portions having a sufficient width to accommodate the deployed needle cap of the needle assembly following use of the extravascular system; and the base member comprises at least one landing surface upon which the base member may be inverted for use as a receptacle, wherein the at least one landing surface is sloped to maximize the contact between the at least one landing surface and a surface upon which the inverted base member is rested. the elongate pocket comprises an enlarged pocket segment that includes wing portions that extend laterally from a centerline of the packaging system, the wing portions having a sufficient width to accommodate the deployed needle cap of the needle assembly following use of the extravascular system; and the base member comprises at least one landing surface upon which the base member may be inverted for use as a receptacle, wherein the at least one landing surface is sloped to maximize the contact between the at least one landing surface and a surface upon which the inverted base member is rested.
A process for producing N -6 demethylated 9,10-dihydrolysergic acid alkyl ester, comprising a step of N -6 demethylation of a 9,10-dihydrolysergic acid alkyl ester with a chloroformate, wherein the N -6 demethylation step is performed in the presence of an organic base as an organic catalyst.
A device for cooling a slurry manufacturing mixer, the device comprising: a rotation container including a mixing part, which mixes slurry and has a temperature detection part, and a slurry discharge part, which is formed under the mixing part and has a discharge hole for discharging the slurry; a body positioned under the rotation container and having a through-hole, through which the rotation container is inserted; and a sealing member interposed between the rotation container and the body, wherein the mixing part comprises an inner container and an outer container, and a cooling water passage is formed between the inner container and the outer container, the device being characterized in that the inner container is supported on the bottom surface of the outer container by a plurality of barriers or by a plurality of posts configured such as to allow the cooling water to evenly flow throughout the entire bottom surface of the outer container. a rotation container including a mixing part, which mixes slurry and has a temperature detection part, and a slurry discharge part, which is formed under the mixing part and has a discharge hole for discharging the slurry; a body positioned under the rotation container and having a through-hole, through which the rotation container is inserted; and a sealing member interposed between the rotation container and the body, wherein the mixing part comprises an inner container and an outer container, and a cooling water passage is formed between the inner container and the outer container,
A nasal drug delivery device comprising: a catheter component comprising a stem portion and a branch portion, the catheter component comprising a pre-defined bend such that the branch portion is angled with respect to the stem portion at an obtuse angle, the branch portion comprising a dissecting head positioned at the tip of the branch portion, the dissecting head comprising a flattened disc geometry and at least one delivery port positioned in the dissecting head; a dilation balloon positioned on the branch portion between the pre-defined bend and the dissecting head, the dilation balloon configured to expand around at least a portion of a cylindrical wall of the branch portion; a drug delivery reservoir fluidly coupled to the at least one delivery port through the branch portion and through at least a portion of the stem portion; and a handle portion coupled to the stem portion. a catheter component comprising a stem portion and a branch portion, the catheter component comprising a pre-defined bend such that the branch portion is angled with respect to the stem portion at an obtuse angle, the branch portion comprising a dissecting head positioned at the tip of the branch portion, the dissecting head comprising a flattened disc geometry and at least one delivery port positioned in the dissecting head; a dilation balloon positioned on the branch portion between the pre-defined bend and the dissecting head, the dilation balloon configured to expand around at least a portion of a cylindrical wall of the branch portion; a drug delivery reservoir fluidly coupled to the at least one delivery port through the branch portion and through at least a portion of the stem portion; and a handle portion coupled to the stem portion.
A packet switch comprising: a plurality of ingress ports for receiving packets and for appending a tag to each packet that designates one of the plurality of ingress ports that received the packet; a plurality of egress ports for removing the tag from each packet and transmitting the packets from the packet switch; switch fabric for switching the packets from one of the plurality of ingress ports to one of the plurality of egress ports; and a queue management system being adapted to determine congestion in a queue of an egress port, the queue management system being adapted to examine the tags of the packets in the queue of the congested egress port and to identify from the tags which ingress port contributes the most number of packets in the queue of the congested egress port, and to selectively apply backpressure techniques to the identified ingress port. a plurality of ingress ports for receiving packets and for appending a tag to each packet that designates one of the plurality of ingress ports that received the packet; a plurality of egress ports for removing the tag from each packet and transmitting the packets from the packet switch; switch fabric for switching the packets from one of the plurality of ingress ports to one of the plurality of egress ports; and a queue management system being adapted to determine congestion in a queue of an egress port, the queue management system being adapted to examine the tags of the packets in the queue of the congested egress port and to identify from the tags which ingress port contributes the most number of packets in the queue of the congested egress port, and to selectively apply backpressure techniques to the identified ingress port.
A sign post sleeve system comprising: a sleeve securable to a sign post, the sleeve comprising: at least a first flat panel and a second flat panel (, wherein the first and second flat panels, together, are formed from one continuous material, wherein each panel has a long axis and a short axis; a junction attaching the first and second panels at one edge along the long axis, wherein the junction forms an angle between the first and second panels, wherein the angle is approximately ninety degrees and wherein the panels, when viewed from above, form an interior area on an interior surface of the panels which is less than an exterior area of an external surface of the panels; at least a first portion of the exterior area of at least one of the panels comprises a color; at least a second portion of the exterior area of at least one of the panels comprises a retroflective material; and the first and second panels, when connected to a sign post with a rectangular cross section, form substantially flush surfaces with such sign post, characterized in that the external surface of one or more panels is divided into at least two rectangular sections (405, 410), the system further comprising linear grooves (730, 735) in the interior area along at least a portion of the junction and along the edge of at least one of the rectangular sections, wherein the grooves weaken attachment of the rectangular sections to the sleeve and allow the rectangular sections to be broken off of the sleeve. at least a first flat panel and a second flat panel (, wherein the first and second flat panels, together, are formed from one continuous material, wherein each panel has a long axis and a short axis; a junction attaching the first and second panels at one edge along the long axis, wherein the junction forms an angle between the first and second panels, wherein the angle is approximately ninety degrees and wherein the panels, when viewed from above, form an interior area on an interior surface of the panels which is less than an exterior area of an external surface of the panels; at least a first portion of the exterior area of at least one of the panels comprises a color; at least a second portion of the exterior area of at least one of the panels comprises a retroflective material; and the first and second panels, when connected to a sign post with a rectangular cross section, form substantially flush surfaces with such sign post, characterized in that the external surface of one or more panels is divided into at least two rectangular sections (405, 410), the system further comprising linear grooves (730, 735) in the interior area along at least a portion of the junction and along the edge of at least one of the rectangular sections, wherein the grooves weaken attachment of the rectangular sections to the sleeve and allow the rectangular sections to be broken off of the sleeve.
A respiration system having a patient connection, an inspiratory branch which has a first and a second end (5, 7) and also a non-return valve that opens when the pressure on the side of the non-return valve pointing to the second end lies above that on the side of the non-return valve pointing to the first end, wherein the first end is connected to the patient connection, an expiratory branch which has a first and a second end (19, 21) and also a non-return valve that opens when the pressure on the side of the non-return valve pointing to the first end lies above that on the side of the non-return valve pointing to the second end, wherein the first end is connected to the patient connection, a rebreathing line which connects the second end of the inspiratory branch to the second end of the expiratory branch, a reservoir which has a variable volume with a maximum volume and which is connected to a reservoir connection in the rebreathing line, an actuatable control valve which is provided in the rebreathing line between the second end of the expiratory branch and the reservoir connection, a pressure sensor which is connected to the rebreathing line adjacently to the reservoir connection, and a control unit which is connected to the actuatable control valve and to the pressure sensor, characterised in that the respiration system is adapted to carry out the following steps: closure of the actuatable control valve for a predetermined period of inspiration and opening of the actuatable control valve for a predetermined period of expiration, wherein when the control valve is opened during the period of expiration the value output by the pressure sensor is detected and compared with a predetermined first threshold value, and wherein a first error message is generated when the value output exceeds the first threshold value. closure of the actuatable control valve for a predetermined period of inspiration and opening of the actuatable control valve for a predetermined period of expiration, wherein when the control valve is opened during the period of expiration the value output by the pressure sensor is detected and compared with a predetermined first threshold value, and wherein a first error message is generated when the value output exceeds the first threshold value.
Soldering iron comprising at least one exchangeable soldering tip, and a tip support which carries said tip and has a handle portion and an end housing portion which is connected to the tip support, the tip support, together with the soldering tip, being designed as a replacement module that can be detachably connected to the end housing portion, and the handle portion comprising, on the first end thereof which faces the soldering tip, a tulip-shaped handle element which widens radially outwards, the handle portion comprising, on the second end thereof, a plug-in portion for plugging into an end opening of the end housing portion at least in part, characterised in that the handle portion is shrunk onto or injection-moulded over the tip support as part of the replacement module, and the soldering tip is integrated in the tip support.