mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing an injection molded article, comprising: injection molding a composition comprising a polycarbonate resin formed via an interfacial polymerization process and having a hydroxyl phenolic endgroup concentration of 150 ppm or fewer and 0.05 ppm to 50 ppm of a sulfonic acid, wherein the sulfonic acid comprises at least one of an alkyl benzene sulfonic acid a polystyrene sulfonic acid, a p-toluene sulfonic acid anhydride, and wherein the injection molding comprise a maximum molding temperature of at least 330°C at a residence time of at least 10 minutes, or a maximum molding temperature of at least 340°C at a residence time of at least 6 minutes, or a maximum molding temperature of at least 350°C at a residence time of at least 6 minutes, or a maximum molding temperature of at least 360°C at a residence time of at least 3 minutes.
A primary container assembly, comprising: a body having: a proximal end defining an opening configured to receive a plunger ; a distal end opposite the proximal end and defining an outlet ; and a chamber extending from the proximal end to the distal end that is configured to receive a drug; a tube extending from a first end that is integrally attached to the distal end to a second end opposite the first end , wherein the tube defines a channel extending from the first end to the second end ; a hollow needle configured to penetrate skin of a patient, wherein the hollow needle is integrally attached to the second end of the tube ; and wherein the tube is configured to direct the drug from the chamber to the hollow needle , characterised in that the primary container assembly further comprises a cup attached to the distal end and wherein the tube is configured to be placed in a coiled configuration, in which a portion of the tube is coiled around a portion of the distal end and substantially disposed within the cup . a body having: a proximal end defining an opening configured to receive a plunger ; a distal end opposite the proximal end and defining an outlet ; and a chamber extending from the proximal end to the distal end that is configured to receive a drug; a proximal end defining an opening configured to receive a plunger ; a distal end opposite the proximal end and defining an outlet ; and a chamber extending from the proximal end to the distal end that is configured to receive a drug; a tube extending from a first end that is integrally attached to the distal end to a second end opposite the first end , wherein the tube defines a channel extending from the first end to the second end ; a hollow needle configured to penetrate skin of a patient, wherein the hollow needle is integrally attached to the second end of the tube ; and wherein the tube is configured to direct the drug from the chamber to the hollow needle , characterised in that the primary container assembly further comprises a cup attached to the distal end and wherein the tube is configured to be placed in a coiled configuration, in which a portion of the tube is coiled around a portion of the distal end and substantially disposed within the cup .
A combustion chamber of an aircraft turbomachine of constant volume type having a main axis (A) and including: - a body of revolution coaxial with the main axis (A) in which a plurality of combustion tubes are formed, said combustion tubes extending mainly in the direction of the main axis (A) of the body and being distributed in a ring about said main axis (A), - a first perforated rotary disc which is mounted at a first axial end of the body and which is movable in rotation about the main axis (A) to selectively open or close a first end of each of said combustion tubes , and - a second perforated rotary disc which is mounted at a second axial end of the body and which is movable in rotation about the main axis (A) to selectively open or close a second end of each of said combustion tubes , wherein the body includes a plurality of cooling segments which extend mainly in the direction of the main axis (A), which are distributed in a ring about said main axis (A) and around the combustion tubes . - a body of revolution coaxial with the main axis (A) in which a plurality of combustion tubes are formed, said combustion tubes extending mainly in the direction of the main axis (A) of the body and being distributed in a ring about said main axis (A), - a first perforated rotary disc which is mounted at a first axial end of the body and which is movable in rotation about the main axis (A) to selectively open or close a first end of each of said combustion tubes , and - a second perforated rotary disc which is mounted at a second axial end of the body and which is movable in rotation about the main axis (A) to selectively open or close a second end of each of said combustion tubes ,
A liquid composition, such as an ink composition, liquid at room temperature, comprising a solvent, one or several dye(s) and/or pigments, and/or a binder consisting of one or several binding polymer(s), said liquid composition being a liquid composition specifically for printing with a binary deflected continuous jet printing technique wherein said liquid composition forms upon printing drops which are not charged by an electric field, which each have a zero electric charge, which each form a dipole under the effect of an electric field, and which are then deflected by said electric field, characterized in that said liquid composition has all the following characteristics a), b) and c): a) a conductivity at 20°C- from 30 to 200 μS/cm; b) a dynamic viscosity at 20°C from 6 to 25 mPa.s (cPs); and c) a density from 0.8 to 2.5 g/cm 3 , preferably from 1.2 to 2.5 g/cm 3 ; - the electric conductivity being measured according to the ASTM D1125-14 standard; - the viscosity being measured according to the DIN 53019-1 standard; - the density being measured according to the ISO 15212-1:1998 standard. a) a conductivity at 20°C- from 30 to 200 μS/cm; b) a dynamic viscosity at 20°C from 6 to 25 mPa.s (cPs); and c) a density from 0.8 to 2.5 g/cm 3 , preferably from 1.2 to 2.5 g/cm 3 ; - the electric conductivity being measured according to the ASTM D1125-14 standard; - the viscosity being measured according to the DIN 53019-1 standard; - the density being measured according to the ISO 15212-1:1998 standard.
A fire damper for a ventilation system, comprising: a frame defining an air flow opening; at least one damper blade configured to close and open said opening, said damper blade being rotatably mounted to the frame ; and expandable sealing means configured to seal the interface between edge portions of the damper blade and inner wall portions of the frame in said closed position; said expandable sealing means extending along said inner wall portions, which define said opening; characterized in that the expandable sealing means comprises a strip of resilient material, and a strip of intumescent material configured to - upon activation - press against edge portions of said at least one damper blade in the closed position; wherein the expandable sealing means is covered by a flexible sealing element made from a fire retardant web of fabric material. a frame defining an air flow opening; at least one damper blade configured to close and open said opening, said damper blade being rotatably mounted to the frame ; and expandable sealing means configured to seal the interface between edge portions of the damper blade and inner wall portions of the frame in said closed position; said expandable sealing means extending along said inner wall portions, which define said opening; characterized in that the expandable sealing means comprises a strip of resilient material, and a strip of intumescent material configured to - upon activation - press against edge portions of said at least one damper blade in the closed position; wherein the expandable sealing means is covered by a flexible sealing element made from a fire retardant web of fabric material.
A method for initializing a virtual network, VN, to transmit a data packet from a sending end point to a recipient end point connected to the VN, the method comprising: a virtual router receiving an uplink packet from the sending end point , the uplink packet including a VN ID, a sending end point name ID, and a payload; the virtual router forwarding the UL packet to a receiving virtual router , the forwarded UL packet including the VN ID, the sending end point name ID, the payload, and a destination VN node ID, the destination VN node ID identifying the tunnel connecting the virtual router and the receiving virtual router ; the receiving virtual router creating an entry in a VN downstream routing table that includes the sending end point name ID, and a virtual router ID ; and, the receiving virtual router forwarding the forwarded UL packet to the recipient end point. a virtual router receiving an uplink packet from the sending end point , the uplink packet including a VN ID, a sending end point name ID, and a payload; the virtual router forwarding the UL packet to a receiving virtual router , the forwarded UL packet including the VN ID, the sending end point name ID, the payload, and a destination VN node ID, the destination VN node ID identifying the tunnel connecting the virtual router and the receiving virtual router ; the receiving virtual router creating an entry in a VN downstream routing table that includes the sending end point name ID, and a virtual router ID ; and, the receiving virtual router forwarding the forwarded UL packet to the recipient end point.
A centrifugal blood pump for effectuating conveying of blood in between an axial inlet cannula and a tangential outlet cannula , said centrifugal blood pump comprising a housing shroud comprising a pumping chamber housing an impeller comprising embedded passive magnets and a rotating hub centered on an axis of rotation, and a magnetic drive means magnetically coupled to said impeller for actuating the rotation of impeller , and said impeller comprising a plurality of main blades attached onto said rotating hub characterized in that; said main blades are configured to have a blade wrap angle in the range of 100°-125°, said main blades are configured to have blade angle at hub in the range of 30°-40°, said main blades are configured to have blade angle at shroud in the range of 55°-62.5°, and said main blades are configured to have blade lean angle (λ) in the range of 0°-25°. said main blades are configured to have a blade wrap angle in the range of 100°-125°, said main blades are configured to have blade angle at hub in the range of 30°-40°, said main blades are configured to have blade angle at shroud in the range of 55°-62.5°, and said main blades are configured to have blade lean angle (λ) in the range of 0°-25°.
A system for pipeline inspection , comprising: a transport module operable to traverse an interior of a pipeline; and a sensor arrangement carried by the transport module and including a sensor configured to measure at least one characteristic of the pipeline, the sensor arrangement being operable to move the sensor toward and away from an inside surface of a wall of the pipeline, the sensor arrangement characterised in further including a cover movable between a closed position covering a surface of the sensor and an open position exposing the surface of the sensor to an ambient environment. a transport module operable to traverse an interior of a pipeline; and a sensor arrangement carried by the transport module and including a sensor configured to measure at least one characteristic of the pipeline, the sensor arrangement being operable to move the sensor toward and away from an inside surface of a wall of the pipeline, the sensor arrangement characterised in further including a cover movable between a closed position covering a surface of the sensor and an open position exposing the surface of the sensor to an ambient environment.
System for training an interventionalist to perform an invasive percutaneous intervention or an endoscopic intervention on an organ, by using a tool in this organ, comprising: - a pipe comprising an entrance and an exit and having a size and/or a shape similar to a body vessel or a tubular body cavity, the body vessel or the tubular body cavity being connected to the organ, wherein the exit of the pipe physically simulates or represents the exit of the vessel or of the tubular body cavity at its junction with the organ; - said tool , arranged to be inserted by the interventionalist at the entrance of the pipe and to be pushed by the interventionalist through the pipe ; - at least one stereoscopic camera arranged to acquire images of an end portion of the tool starting from the moment when this end portion starts emerging from the exit of the pipe ; - a real-time 3D model generating unit, arranged for generating a real-time 3D model of this end portion of the tool from said images, - a merging unit, arranged for merging in real-time in a common environment said real-time 3D model and a pre-computed 3D model of at least a portion of the organ ; - a display for receiving these data in order to show to the interventionalist said common environment, so that the interventionalist can see in real-time on the display where the real-time 3D model of the tool is located with respect to the pre-computed 3D model of the portion of the organ , thus making the training of the interventionalist possible. - a pipe comprising an entrance and an exit and having a size and/or a shape similar to a body vessel or a tubular body cavity, the body vessel or the tubular body cavity being connected to the organ, wherein the exit of the pipe physically simulates or represents the exit of the vessel or of the tubular body cavity at its junction with the organ; - said tool , arranged to be inserted by the interventionalist at the entrance of the pipe and to be pushed by the interventionalist through the pipe ; - at least one stereoscopic camera arranged to acquire images of an end portion of the tool starting from the moment when this end portion starts emerging from the exit of the pipe ; - a real-time 3D model generating unit, arranged for generating a real-time 3D model of this end portion of the tool from said images, - a merging unit, arranged for merging in real-time in a common environment said real-time 3D model and a pre-computed 3D model of at least a portion of the organ ; - a display for receiving these data in order to show to the interventionalist said common environment, so that the interventionalist can see in real-time on the display where the real-time 3D model of the tool is located with respect to the pre-computed 3D model of the portion of the organ , thus making the training of the interventionalist possible.
A method for generating a light appearance image in the interior of a motor vehicle (K1, K2), wherein the light appearance image is generated at least in dependence on operating conditions (B1-B6) of the motor vehicle (K1, K2) acting as a trigger (TAA, TBB, TCC) and/or environmental parameters in the environment of the motor vehicle (K1, K2), wherein the light appearance image is generated at least in the area of the cockpit of the motor vehicle (K1, K2) in the form of a horizontally aligned, linear animation (A1-A29), wherein the light appearance image extends at least over a large part of the width of the cockpit or moves at least along a large part of the width of the cockpit , the light appearance image is generated as a visual accompaniment of a voice input (SE1, SE2) of a vehicle occupant and optionally a vehicle-side voice output (SA1-SA3), characterized in that the light appearance image is generated in front of the occupant of the vehicle and after generation is moved towards the vehicle occupant, who makes or has made the voice input (SE1, SE2), wherein the operating condition (B1-B6) acting as a trigger (TAA, TBB, TCC) comes from a vehicle-side voice recognition system .
A media stream playing apparatus for receiving a media stream originated from a media service unit and playing the media stream on a web browser , comprising: a transmission module configured to establish a communication connection at a transport layer level with the media service unit ; a websocket module configured to establish a websocket connection with the media service unit via a handshake procedure based on the communication connection, and transmit or receive websocket packets to or from the media service unit while maintaining the websocket connection; a streaming module configured to receive Real-time Transport Protocol (RTP) packets carried by the websocket packets; a media decoder configured to decode the media stream obtained from the RTP packets to reconstruct video; and an output device configured to display the reconstructed video on a screen by embedding the reconstructed video in the web browser , characterized in that the websocket module is configured to, in response to receiving a Real Time Streaming Protocol, RTSP, command from the streaming module , transmit a description command to the media service unit , and in response to receiving a subsequent RTSP command, transmit a setup command to the media service unit . a transmission module configured to establish a communication connection at a transport layer level with the media service unit ; a websocket module configured to establish a websocket connection with the media service unit via a handshake procedure based on the communication connection, and transmit or receive websocket packets to or from the media service unit while maintaining the websocket connection; a streaming module configured to receive Real-time Transport Protocol (RTP) packets carried by the websocket packets; a media decoder configured to decode the media stream obtained from the RTP packets to reconstruct video; and an output device configured to display the reconstructed video on a screen by embedding the reconstructed video in the web browser , characterized in that the websocket module is configured to, in response to receiving a Real Time Streaming Protocol, RTSP, command from the streaming module , transmit a description command to the media service unit , and in response to receiving a subsequent RTSP command, transmit a setup command to the media service unit .
A battery pack , comprising: a battery module including at least one battery cell and having at least one insert hole at a bottom thereof; and a pack case having an accommodation space for accommodating the battery module and having at least one fixing protrusion which is fitted into the at least one insert hole , wherein the at least one fixing protrusion is provided at a bottom of the accommodation space, and at least a part of the at least one fixing protrusion is permanently deformed partially when being fitted into the at least one insert hole , characterized in that the at least one fixing protrusion includes: a main rib protruding upwards from an inner wall of the pack case ; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole . a battery module including at least one battery cell and having at least one insert hole at a bottom thereof; and a pack case having an accommodation space for accommodating the battery module and having at least one fixing protrusion which is fitted into the at least one insert hole , wherein the at least one fixing protrusion is provided at a bottom of the accommodation space, and at least a part of the at least one fixing protrusion is permanently deformed partially when being fitted into the at least one insert hole , characterized in that the at least one fixing protrusion includes: a main rib protruding upwards from an inner wall of the pack case ; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole . a main rib protruding upwards from an inner wall of the pack case ; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole .
Conveyance belt for a conveyor , the conveyance belt extending in a conveyance direction and comprising a plurality of teeth (22, 22a-22c) and a plurality of cavities (26a-26c) formed in at least some of the teeth (22, 22a-22c), wherein each of the cavities (26a-26c) is configured for form-fittingly accommodating a corresponding insert (24a-24f) for connecting the conveyance belt with a conveyance element of the conveyor characterized in that at least one of the cavities (26a-26c) is formed with an undercut for fixing a correspondingly formed insert within the cavity ; and/or at least one of the cavities (26a-26c) comprises at least one recess configured for accommodating a matching protrusion of a corresponding insert , which extends along the conveyance direction into the at least one recess, for fixing the insert within the cavity (26a-26c); and/or at least one of the cavities (26a-26c) comprises at least one protrusion configured for extending into a matching recess formed within a corresponding insert for fixing the insert within the cavity (26a-26c). the conveyance belt extending in a conveyance direction and comprising a plurality of teeth (22, 22a-22c) and a plurality of cavities (26a-26c) formed in at least some of the teeth (22, 22a-22c), wherein each of the cavities (26a-26c) is configured for form-fittingly accommodating a corresponding insert (24a-24f) for connecting the conveyance belt with a conveyance element of the conveyor characterized in that at least one of the cavities (26a-26c) is formed with an undercut for fixing a correspondingly formed insert within the cavity ; and/or at least one of the cavities (26a-26c) comprises at least one recess configured for accommodating a matching protrusion of a corresponding insert , which extends along the conveyance direction into the at least one recess, for fixing the insert within the cavity (26a-26c); and/or at least one of the cavities (26a-26c) comprises at least one protrusion configured for extending into a matching recess formed within a corresponding insert for fixing the insert within the cavity (26a-26c).
A composition comprising at least 25mg/ml arylsulfatase A (ASA), wherein the amount of arylsulfatase A present as aggregates constitutes less than 5 w/w% of the total amount of arylsulfatase A in the composition.
An electrical system comprising: - a DC voltage bus ; - at least one electrical energy supply arrangement configured for supplying a DC voltage to said DC voltage bus, wherein said DC voltage bus is arranged for transporting said supplied DC voltage of said electrical energy supply arrangement; characterized in that - the system further comprises a power source connected to said DC voltage bus and arranged for supplying power over said DC voltage bus to said electrical energy supply arrangement,wherein said electrical energy supply arrangement is configured for receiving power from said power source over said DC voltage bus and for supplying said DC voltage to said DC voltage bus only during receiving said power from said power source over said DC voltage bus. - a DC voltage bus ; - at least one electrical energy supply arrangement configured for supplying a DC voltage to said DC voltage bus, wherein - the system further comprises a power source connected to said DC voltage bus and arranged for supplying power over said DC voltage bus to said electrical energy supply arrangement,wherein said electrical energy supply arrangement is configured for receiving power from said power source over said DC voltage bus and for supplying said DC voltage to said DC voltage bus only during receiving said power from said power source over said DC voltage bus.