mhurhangee/patent-ind-claim-en huggingface dataset:
A system for performing ablation, comprising: an ablation device configured to ablate tissue in accordance with control parameters and configured to make measurements during the ablation process; and an imaging system configured to measure an elastographic related parameter to monitor ablation progress; said system comprises: a parameter estimation and monitoring module configured to receive the measurements from the ablation device and/or the elastographic related parameter to provide feedback characterized in that the parameter estimation and monitoring module is configured to adaptively adjust imaging parameters of the imaging device in real-time at different times during an ablation process. an ablation device configured to ablate tissue in accordance with control parameters and configured to make measurements during the ablation process; and an imaging system configured to measure an elastographic related parameter to monitor ablation progress; said system comprises: a parameter estimation and monitoring module configured to receive the measurements from the ablation device and/or the elastographic related parameter to provide feedback characterized in that the parameter estimation and monitoring module is configured to adaptively adjust imaging parameters of the imaging device in real-time at different times during an ablation process.
Radial blower, in particular for a cooling machine, - with a housing , in which a shaft is rotatably mounted, which receives at one end at least one impeller wheel of a compressor , which is fastened to the housing , - with a first and a second radial bearing and with at least one axial gas bearing , by means of which the shaft is rotatably mounted in the housing , - with a motor driven by a rotor and stator , which is provided between the first and the second radial bearing , - wherein at least one channel with a pressure connection for a pressure medium to be supplied is provided in the housing , which opens into a rotor chamber which is formed between the shaft and the housing , and the rotor chamber extends from the impeller wheel to the axial gas bearing , which is provided adjacent to the impeller wheel , characterized in - that in operation the channel provided between the impeller wheel and the axial gas bearing in the housing guides the pressure medium into the rotor chamber in the housing and into a gas chamber of the compressor , the rotor chamber communicating with a working gap between an axial stator and a disk of the axial gas bearing and the axial gas bearing delimiting the rotor chamber in a sealing manner. - with a housing , in which a shaft is rotatably mounted, which receives at one end at least one impeller wheel of a compressor , which is fastened to the housing , - with a first and a second radial bearing and with at least one axial gas bearing , by means of which the shaft is rotatably mounted in the housing , - with a motor driven by a rotor and stator , which is provided between the first and the second radial bearing , - wherein at least one channel with a pressure connection for a pressure medium to be supplied is provided in the housing , which opens into a rotor chamber which is formed between the shaft and the housing , and the rotor chamber extends from the impeller wheel to the axial gas bearing , which is provided adjacent to the impeller wheel , characterized in - that in operation the channel provided between the impeller wheel and the axial gas bearing in the housing guides the pressure medium into the rotor chamber in the housing and into a gas chamber of the compressor , the rotor chamber communicating with a working gap between an axial stator and a disk of the axial gas bearing and the axial gas bearing delimiting the rotor chamber in a sealing manner.
An electro-mechanical system comprising: a solenoid having a plunger received within a housing , said plunger having a portion extending outwardly of said housing and connected to a component ; at least one coil , and a control for said at least one coil, said control selectively applying a first higher level current C1, also defined as powered current, to said at least one coil to move said plunger to an actuated position relative to said housing, and said control being operable to stop the supply of first high level current to said at least one coil in said un-actuated position and allow said plunger to move to an un-actuated position; anc characterised by said control being configured to apply a partial power current less than C1 to said at least one coil in an un-actuated position to resist movement of said plunger. a solenoid having a plunger received within a housing , said plunger having a portion extending outwardly of said housing and connected to a component ; at least one coil , and a control for said at least one coil, said control selectively applying a first higher level current C1, also defined as powered current, to said at least one coil to move said plunger to an actuated position relative to said housing, and said control being operable to stop the supply of first high level current to said at least one coil in said un-actuated position and allow said plunger to move to an un-actuated position; anc characterised by said control being configured to apply a partial power current less than C1 to said at least one coil in an un-actuated position to resist movement of said plunger.
A method for alerting at least a second party in a call with a first party that said first party experienced a call disconnection, the method being characterized in that it comprises the following steps, in a call management node of a telecommunication network: - intercepting signaling information corresponding to the call disconnection of the first party, wherein the signaling information comprises an indication of a cause of the call disconnection; and - sending at least one connection update directed to connecting the second party to a service node in the telecommunication network for provision of one or more communication services, if said cause requires the provision of the one or more communication services to the second party, said cause being identified in a list of possible causes as matching with any listed cause that requires the second party to be informed through said one or more communication services, wherein the connection update is with held if said cause does not require the provision of the one or more communication services to the second party, said cause being identified in said list as a cause that does not need the second party to be informed. - intercepting signaling information corresponding to the call disconnection of the first party, wherein the signaling information comprises an indication of a cause of the call disconnection; and - sending at least one connection update directed to connecting the second party to a service node in the telecommunication network for provision of one or more communication services, if said cause requires the provision of the one or more communication services to the second party, said cause being identified in a list of possible causes as matching with any listed cause that requires the second party to be informed through said one or more communication services, wherein the connection update is with held if said cause does not require the provision of the one or more communication services to the second party, said cause being identified in said list as a cause that does not need the second party to be informed.
A system for circulating air through a double-walled gas supply pipe , the system comprising: a double-walled pipe configured to be connected to a gas handling device to deliver a gas to the gas handling device; a gas supply unit supplying the gas to the gas handling device through an inner pipe of the double-walled pipe ; an air supply unit supplying air to an outer pipe of the double-walled pipe; an air discharge line for discharging the air circulated from the outer pipe ; and an air suction unit connected to the air discharge line and adapted to suction and circulate the air supplied to the outer pipe from the air supply unit using a high-pressure fluid introduced thereinto, characterised in that the air suction unit is a steam ejector adapted to suction the air from the outer pipe using high-pressure steam introduced thereinto, the system further comprising: a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system. a double-walled pipe configured to be connected to a gas handling device to deliver a gas to the gas handling device; a gas supply unit supplying the gas to the gas handling device through an inner pipe of the double-walled pipe ; an air supply unit supplying air to an outer pipe of the double-walled pipe; an air discharge line for discharging the air circulated from the outer pipe ; and an air suction unit connected to the air discharge line and adapted to suction and circulate the air supplied to the outer pipe from the air supply unit using a high-pressure fluid introduced thereinto, characterised in that the air suction unit is a steam ejector adapted to suction the air from the outer pipe using high-pressure steam introduced thereinto, the system further comprising: a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system. a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system.
A compound of formula I or a pharmaceutically acceptable salt thereof: wherein R 1 , R 2 and R 3 are respectively and independently selected from the following substituents: H, C 1-6 alkyl, C 1-6 alkoxy, halogen, cyano, C 1-6 alkyl substituted by halogen or cyano.
A process for producing a tropoelastin composition comprising providing tropoelastin, and coacervating the tropoelastin in a liquid phase with a coalescence-controlling agent, wherein (a) the concentration of tropoelastin in the tropoelastin composition is 5 mg/mL to 300 mg/mL; and (b) the concentration of coalescence-controlling agent in the tropoelastin composition is 0.5% (w/v) to 3.5% (w/v). providing tropoelastin, and coacervating the tropoelastin in a liquid phase with a coalescence-controlling agent, wherein (a) the concentration of tropoelastin in the tropoelastin composition is 5 mg/mL to 300 mg/mL; and (b) the concentration of coalescence-controlling agent in the tropoelastin composition is 0.5% (w/v) to 3.5% (w/v). (a) the concentration of tropoelastin in the tropoelastin composition is 5 mg/mL to 300 mg/mL; and (b) the concentration of coalescence-controlling agent in the tropoelastin composition is 0.5% (w/v) to 3.5% (w/v).
A method implemented in a stereo sound signal encoding system for time domain down mixing right and left channels of an input stereo sound signal into primary and secondary channels, comprising: determining correlation of the primary and secondary channels of previous frames; and detecting an out-of-phase condition of the left and right channels based on the correlation of the primary and secondary channels of the previous frames; and time domain down mixing, as a function of the detection, the left and right channels to produce the primary and secondary channels using a factor β , wherein the factor β determines respective contributions of the left and right channels upon production of the primary and secondary channels. determining correlation of the primary and secondary channels of previous frames; and detecting an out-of-phase condition of the left and right channels based on the correlation of the primary and secondary channels of the previous frames; and time domain down mixing, as a function of the detection, the left and right channels to produce the primary and secondary channels using a factor β , wherein the factor β determines respective contributions of the left and right channels upon production of the primary and secondary channels.
A bioreactor system , including a cell culture module comprising: a. a base including a receiving station for removably receiving a plurality of reactor vessels at respective locations ; b. multiple fluid conduits; c. a clamp plate , removably connectable to the base , and including fluid connectors for forming a fluid connection between the fluid conduits and associated multiple outlet ports in the clamp plate , each outlet port corresponding to a respective vessel location in the receiving station , wherein the clamp plate comprises multiple rotary motion outputs, each output corresponding to a respective vessel location in the receiving station ; d. at least one bioreactor vessel having at least one fluid port, wherein a fluid connection is established between the at least one fluid port in the vessel and a respective one of the multiple outlet ports in the clamp plate , wherein the at least one vessel is received in the receiving station , wherein the at least one bioreactor vessel comprises a top wall including a fluid transfer port , on which is removably attached a cap , wherein said fluid transfer port and attached cap project through a respective aperture in the clamp plate ; and e. a drive mechanism , wherein the clamp plate is connectable to the drive mechanism for transmitting input motion from the drive mechanism into the multiple rotary motion outputs. a. a base including a receiving station for removably receiving a plurality of reactor vessels at respective locations ; b. multiple fluid conduits; c. a clamp plate , removably connectable to the base , and including fluid connectors for forming a fluid connection between the fluid conduits and associated multiple outlet ports in the clamp plate , each outlet port corresponding to a respective vessel location in the receiving station , wherein the clamp plate comprises multiple rotary motion outputs, each output corresponding to a respective vessel location in the receiving station ; d. at least one bioreactor vessel having at least one fluid port, wherein a fluid connection is established between the at least one fluid port in the vessel and a respective one of the multiple outlet ports in the clamp plate , wherein the at least one vessel is received in the receiving station , wherein the at least one bioreactor vessel comprises a top wall including a fluid transfer port , on which is removably attached a cap , wherein said fluid transfer port and attached cap project through a respective aperture in the clamp plate ; and e. a drive mechanism , wherein the clamp plate is connectable to the drive mechanism for transmitting input motion from the drive mechanism into the multiple rotary motion outputs.
A method for extractive distillation of 1,3-butadiene, the method comprising: (a) providing a distillation column that comprises a longitudinal wall dividing the distillation column into a first region, a second region and a combined bottom region, a first condenser coupled to the first region, a second condenser coupled to the second region and a reboiler coupled to the combined bottom region; (b) feeding a C 4 hydrocarbon stream comprising one or more compounds selected from the group consisting of C 4 alkanes, C 4 alkenes, C 4 alkadienes, C 4 alkynes and combinations thereof into the first region of the distillation column, wherein the C 4 hydrocarbon stream is split into two or more streams, and the two or more streams are fed into the first region at multiple locations; (c) feeding a first solvent into the first region of the distillation column; (d) removing a first stream from the first region of the distillation column; (e) feeding a second solvent into the second region of the distillation column; (f) removing a second stream comprising greater than 90% w/w of 1,3-butadiene from an upper section of the second region of the distillation column; and (g) removing a third stream from the combined bottom region of the distillation column. (a) providing a distillation column that comprises a longitudinal wall dividing the distillation column into a first region, a second region and a combined bottom region, a first condenser coupled to the first region, a second condenser coupled to the second region and a reboiler coupled to the combined bottom region; (b) feeding a C 4 hydrocarbon stream comprising one or more compounds selected from the group consisting of C 4 alkanes, C 4 alkenes, C 4 alkadienes, C 4 alkynes and combinations thereof into the first region of the distillation column, wherein the C 4 hydrocarbon stream is split into two or more streams, and the two or more streams are fed into the first region at multiple locations; (c) feeding a first solvent into the first region of the distillation column; (d) removing a first stream from the first region of the distillation column; (e) feeding a second solvent into the second region of the distillation column; (f) removing a second stream comprising greater than 90% w/w of 1,3-butadiene from an upper section of the second region of the distillation column; and (g) removing a third stream from the combined bottom region of the distillation column.
A spacer structure for a sandwich construction, formed from a material web which is provided with a plurality of cuts and has a material web plane as a first plane , wherein a plurality of bearing surfaces ,which are spaced apart from the first plane and are disposed in a second plane, are formed in portions by a forming process of the material web , wherein spacing elements in the transition region from the first plane to the second plane run in each case along a direction of extent (E) from the first plane into the second plane, and the spacing elements thus spacing apart the first plane from the bearing surfaces , characterized in that by the forming process of the material web , which is carried out by bending the bearing surfaces out of the first plane , the bearing surfaces are twisted in relation to the first plane , on the one hand, and the spacing elements along the direction of extent (E) thereof have distortions that are configured about the direction of extent (E) of said spacing elements , on the other hand.
A lighting plan generator configured to generate a lighting plan from images , the lighting plan comprising a map of locations of a plurality of light units located in a space , the lighting plan generator comprising: at least two of the plurality of light units including a sensor to capture the images and an orientation sensor to provide orientation information, independent from the images, for the images ; a processing unit configured to, - receive the at least two images from the plurality of light units , the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information , - determine overlapping image portions of the at least two images , - generate the lighting plan using the determined overlapping image portions . at least two of the plurality of light units including a sensor to capture the images and an orientation sensor to provide orientation information, independent from the images, for the images ; a processing unit configured to, - receive the at least two images from the plurality of light units , the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information , - determine overlapping image portions of the at least two images , - generate the lighting plan using the determined overlapping image portions . - receive the at least two images from the plurality of light units , the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information , - determine overlapping image portions of the at least two images , - generate the lighting plan using the determined overlapping image portions .
A material having antimicrobial properties, said material comprising a polymer having incorporated therein a synergistic combination of at least two metal oxide powders, comprising a mixed oxidation state oxide of a first metal and a single oxidation state oxide of a second metal, the powders being incorporated substantially uniformly within said polymer, wherein the powders have substantially different specific gravities and substantially similar bulk densities and wherein the ions of the metal oxides are in ionic contact upon exposure of said material to moisture.
A method of collecting packaging material comprising a chain of blister packs arranged in an alternating manner and having foldable regions between the packs wherein after use of the product (P) contained in the blister, the chain of emptied blister packs form a concertina fold, wherein all the blisters are of the same shape in the chain such that the repeating units of the blister chain are linked in such a way that their cavities fit into each other when stacking in an alternating way.
An apparatus for the filling, in particular for the continuous filling, of bulk material, comprising a plurality of piston-in-cylinder arrangements which run around on a closed path , in particular on a circular path, which in so doing pass through at least one filling region as well as at least one dispensing region and which each comprise a cylinder and a piston movable to and fro in the cylinder while changing a filling volume available for the bulk material, wherein a venting opening is present from a reaching of a venting position of the piston between the piston and a wall of the cylinder , characterized in that the venting opening is a peripheral annular gap via which the filling volume is in communication with a vacuum source .