mhurhangee/patent-ind-claim-en huggingface dataset:
A hollow fiber membrane prepared from a polymer solution comprising 10 to 20 wt.-% of at least one hydrophobic polymer component chosen from the group consisting of polysulfone (PS), poly-ethersulfone (PES) and poly(aryl)ethersulfone (PAES), and 5 to 10 wt.-% of at least one hydrophilic polymer component chosen from the group consisting of polyvinylpyrrolidone (PVP), polyethyleneglycol (PEG), polyvinylalcohol (PVA), and a copolymer of polypropyleneoxide and polyethyleneoxide (PPO-PEO), and at least one solvent, wherein the membrane has a molecular retention onset (MWRO) of between 9.0 kDa and 14.0 kDa and a molecular weight cut-off (MWCO) of between 55 kDa and 130 kDa as determined by dextran sieving before blood contact of the membrane, wherein the parameters MWRO and MWCO are determined as defined in the description, and wherein during production of the membrane said membrane is not treated with a salt solution before drying, and wherein the membrane has an asymmetric foam- or sponge-like structure with a separation layer present in the innermost layer of the hollow fiber.
A method in a radio network node for reconfiguring mappings from Carrier Indicator Field-values, referred to as "CIF-values", to component carriers, wherein each CIF-value is mapped to a respective component carrier comprising a respective shared data channel, wherein each respective shared data channel is addressed by at least one downlink control channel, on another component carrier or on the same component carrier, carrying said each CIF-value, and the component carriers are managed by the radio network node , wherein the radio network node and the user equipment are comprised in a multi-carrier radio communication system , wherein the method comprises reconfiguring mappings from CIF-values to component carriers, while maintaining at least one mapping of CIF-value to a first component carrier and changing at least one mapping of CIF-value from a second component carrier to a third component carrier transmitted on the first component carrier, wherein the first component carrier comprises said at least one downlink control channel and a shared data channel addressed by said at least one downlink control channel, wherein the second component carrier and the third component carrier comprises a respective shared data channel addressed by the downlink control channel of the first component carrier, and sending at least one of the reconfigured mappings from CIF-values to component carriers to the user equipment . reconfiguring mappings from CIF-values to component carriers, while maintaining at least one mapping of CIF-value to a first component carrier and changing at least one mapping of CIF-value from a second component carrier to a third component carrier transmitted on the first component carrier, wherein the first component carrier comprises said at least one downlink control channel and a shared data channel addressed by said at least one downlink control channel, wherein the second component carrier and the third component carrier comprises a respective shared data channel addressed by the downlink control channel of the first component carrier, and sending at least one of the reconfigured mappings from CIF-values to component carriers to the user equipment .
A method for measuring Radio Resource Management - RRM -, comprising: sending (S110), by a network device, measurement configuration information to a terminal device, characterized in that the measurement configuration information comprises measurement mode information and report mode information, the measurement mode information being configured to indicate a target measurement mode in which the terminal device performs a RRM measurement based on at least one of a plurality of synchronization signal blocks transmitted in a target broadband component carrier, and the report mode information being configured to indicate a target report mode in which the terminal device reports a measurement result obtained by performing the RRM measurement based on the at least one of the plurality of synchronization signal blocks; wherein the target report mode is that all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks are reported; or, wherein the target report mode is that one of all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks is reported. sending (S110), by a network device, measurement configuration information to a terminal device, characterized in that the measurement configuration information comprises measurement mode information and report mode information, the measurement mode information being configured to indicate a target measurement mode in which the terminal device performs a RRM measurement based on at least one of a plurality of synchronization signal blocks transmitted in a target broadband component carrier, and the report mode information being configured to indicate a target report mode in which the terminal device reports a measurement result obtained by performing the RRM measurement based on the at least one of the plurality of synchronization signal blocks; wherein the target report mode is that all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks are reported; or, wherein the target report mode is that one of all measurement results obtained by performing the RRM measurement based on at least one of the plurality of synchronization signal blocks is reported.
A device for multi-receive multi-subscriber identity module (SIM) , the device comprising: an input buffer configured to provide samples of a baseband signal; a rake receiver comprising a plurality of fingers (F 1 - F N ) and configured to generate a series of symbols from the samples; and a controller (134, 134', 134") configured to assign the plurality of fingers (F 1 - F N ) to a single SIM of two or more SIMs in a multi-standby mode, and to respectively assign two or more finger groups (FG1 - FGk) divided from the plurality of fingers (F 1 - F N ) to the two or more SIMs in a multi-receive mode, characterized by a searcher configured to detect multiple paths based on the samples, wherein the controller (134, 134', 134") is further configured to allocate, in the multi-standby mode, an arbitrary finger (F 1 - F N ) among the plurality of fingers (F 1 - F N ) to a first path that is detected, and to allocate, in the multi-receive mode, a finger (F 1 - F N ) belonging to a finger group (FG1 - FGk) to a second path that is detected, the finger group (FG1 - FGk) being assigned to a SIM of the two or more SIMs associated with the second path, wherein the multi-standby mode is a mode in which a wireless communication corresponding to one of the two or more SIMs is performed while at least one wireless communications corresponding to the remaining at least one SIM of the two or more SIMs is suspended, and the multi-receive mode is a mode in which two or more wireless communications corresponding to the two or more SIMs are performed concurrently. an input buffer configured to provide samples of a baseband signal; a rake receiver comprising a plurality of fingers (F 1 - F N ) and configured to generate a series of symbols from the samples; and a controller (134, 134', 134") configured to assign the plurality of fingers (F 1 - F N ) to a single SIM of two or more SIMs in a multi-standby mode, and to respectively assign two or more finger groups (FG1 - FGk) divided from the plurality of fingers (F 1 - F N ) to the two or more SIMs in a multi-receive mode, characterized by a searcher configured to detect multiple paths based on the samples, wherein the controller (134, 134', 134") is further configured to allocate, in the multi-standby mode, an arbitrary finger (F 1 - F N ) among the plurality of fingers (F 1 - F N ) to a first path that is detected, and to allocate, in the multi-receive mode, a finger (F 1 - F N ) belonging to a finger group (FG1 - FGk) to a second path that is detected, the finger group (FG1 - FGk) being assigned to a SIM of the two or more SIMs associated with the second path, wherein the multi-standby mode is a mode in which a wireless communication corresponding to one of the two or more SIMs is performed while at least one wireless communications corresponding to the remaining at least one SIM of the two or more SIMs is suspended, and the multi-receive mode is a mode in which two or more wireless communications corresponding to the two or more SIMs are performed concurrently.
An in vitro method of producing nephron progenitor cells and ureteric epithelial progenitor cells comprising contacting intermediate mesoderm (IM) cells with: fibroblast growth factor 9 (FGF9) and/or fibroblast growth factor 20 (FGF20); and optionally, one or more selected from the group consisting of bone morphogenic protein 7 (BMP7); heparin; a Wnt agonist; retinoic acid (RA) analog or agonist; and an RA antagonist; to thereby produce nephron progenitor cells and ureteric epithelial progenitor cells from the IM cells.
An information processing device comprising: circuitry configured to receive a polling command from an external device including service type information via contactless communication; transmit a reply to the external device including a manufacture ID corresponding to the service type information included in the polling command, the manufacture ID being determined on the basis of the service type information included in the polling command and association information in which the service type information is associated with the manufacture ID, wherein the manufacture ID corresponds to a file system; receive a processing instruction based on information received from the external device via contactless communication, the processing instruction including the manufacture ID received by the external device in said reply to the external device; determine whether the received processing instruction includes the manufacture ID by determining the head of the manufacture ID in the processing instruction based on a predetermined character string in a command code preceding the manufacture ID in the processing instruction, select an application to perform a process corresponding to the processing instruction based on application identification information, called AID, the application identification information is associated with the manufacture ID, and cause the selected application to perform the process in accordance with the processing instruction. receive a polling command from an external device including service type information via contactless communication; transmit a reply to the external device including a manufacture ID corresponding to the service type information included in the polling command, the manufacture ID being determined on the basis of the service type information included in the polling command and association information in which the service type information is associated with the manufacture ID, wherein the manufacture ID corresponds to a file system; receive a processing instruction based on information received from the external device via contactless communication, the processing instruction including the manufacture ID received by the external device in said reply to the external device; determine whether the received processing instruction includes the manufacture ID by determining the head of the manufacture ID in the processing instruction based on a predetermined character string in a command code preceding the manufacture ID in the processing instruction, select an application to perform a process corresponding to the processing instruction based on application identification information, called AID, the application identification information is associated with the manufacture ID, and cause the selected application to perform the process in accordance with the processing instruction.
Crane arrangement having - a mast or crane boom, on which at least one deflection roller is arranged, via which at least one crane rope is guided substantially vertically downwards, wherein the crane rope has a terminal element at its free end, - a rope winch for actuating the crane rope and - a switch-off means for switching off the rope winch when the terminal element of the crane rope approaches the deflection roller , wherein the switch-off means has a stop lever , through which the switch-off can be brought about on contact with the terminal element, characterized in that - the switch-off means has at least a first stop lever and a second stop lever that are spaced apart from each other by forming a passage , - in that the first stop lever and the second stop lever are adjustable for modification of the passage and - in that the crane rope is guided through the adjustable passage . - a mast or crane boom, on which at least one deflection roller is arranged, via which at least one crane rope is guided substantially vertically downwards, wherein the crane rope has a terminal element at its free end, - a rope winch for actuating the crane rope and - a switch-off means for switching off the rope winch when the terminal element of the crane rope approaches the deflection roller , wherein the switch-off means has a stop lever , through which the switch-off can be brought about on contact with the terminal element, characterized in that - the switch-off means has at least a first stop lever and a second stop lever that are spaced apart from each other by forming a passage , - in that the first stop lever and the second stop lever are adjustable for modification of the passage and - in that the crane rope is guided through the adjustable passage .
Drug delivery device comprising a cap assembly , the cap assembly comprising - a fixing element with a connection feature , wherein the fixing element is a clip element, - an outer part with an opening and with a proximal opening, and - an inner part being located inside of the outer part , the inner part further comprising - a corresponding connection feature , wherein - a section of the fixing element extends through the opening of the outer part such that the fixing element is connected to the inner part by an interaction of the connection feature and the corresponding connection feature , - the distal face of the connection feature and the proximal face of the corresponding connection feature abut, - the fixing element comprises a guiding element and the outer part comprises a corresponding guiding feature , wherein the guiding element and the corresponding guiding feature are configured to cooperate to prevent a radial movement of the fixing element with respect to the outer part , - the corresponding guiding feature extends, originating from the opening , in proximal direction. - a fixing element with a connection feature , wherein the fixing element is a clip element, - an outer part with an opening and with a proximal opening, and - an inner part being located inside of the outer part , the inner part further comprising - a corresponding connection feature , wherein - a section of the fixing element extends through the opening of the outer part such that the fixing element is connected to the inner part by an interaction of the connection feature and the corresponding connection feature , - the distal face of the connection feature and the proximal face of the corresponding connection feature abut, - the fixing element comprises a guiding element and the outer part comprises a corresponding guiding feature , wherein the guiding element and the corresponding guiding feature are configured to cooperate to prevent a radial movement of the fixing element with respect to the outer part , - the corresponding guiding feature extends, originating from the opening , in proximal direction.
A tissue removal system for extracting a tissue specimen from a patient, the system comprising: a tissue retrieval bag having a flexible container with an opening; a first electrode set having a plurality of electrodes removably coupled to an interior of the flexible container, each of the plurality of electrodes having a conductive wire with a load-bearing area, at least one of the plurality of electrodes having a degradable high impedance coating, an exposure area, and a first active electrode surface area, the first active electrode surface area less than the exposure area; and a return electrode; characterized in that the tissue removal system further comprises: a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set , a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set ; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force. a tissue retrieval bag having a flexible container with an opening; a first electrode set having a plurality of electrodes removably coupled to an interior of the flexible container, each of the plurality of electrodes having a conductive wire with a load-bearing area, at least one of the plurality of electrodes having a degradable high impedance coating, an exposure area, and a first active electrode surface area, the first active electrode surface area less than the exposure area; and a return electrode; characterized in that the tissue removal system further comprises: a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set , a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set ; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force. a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set , a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set ; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force.
Method for manufacturing a perforated plug (150; 200; 300) for a control valve , the control valve being capable of controlling the flow of a fluid; 1.1 wherein the perforated plug (150; 200; 300) is cup-shaped and 1.2 has openings (170; 220) in its lateral wall through which the fluid is able to flow; 1.3 wherein the openings (170; 220) are arranged on at least one helical line on the lateral wall of the perforated plug (150; 200; 300); 1.4 wherein the openings (170; 220) and the helical lines are arranged such 1.4.1 that the ratio between the maximum web width and the minimum web width between adjacent openings (170; 220) is greater than or equal to 1 and less than or equal to 1.5; 1.4.2 that the arrangement of openings (170; 220) and helical lines is chosen in which the number of helical lines is minimized; 1.5 wherein the following boundary conditions are given: 1.5.1 a predefined inner diameter of the perforated plug (150; 200; 300); 1.5.2 a predefined diameter of the openings (170; 220); 1.5.3 a predefined minimum web width between the openings (170; 220); 1.6 wherein openings (170; 220) are determined before manufacture of the perforated plug (150; 200; 300) that are to be omitted during the manufacture such that the perforated plug (150; 200; 300) exhibits an equal percentage course of the flow characteristic of the control valve ; 1.7 manufacture of a perforated plug (150; 200; 300) with the thus determined openings (170; 220) on at least one helical line. 1.1 wherein the perforated plug (150; 200; 300) is cup-shaped and 1.2 has openings (170; 220) in its lateral wall through which the fluid is able to flow; 1.3 wherein the openings (170; 220) are arranged on at least one helical line on the lateral wall of the perforated plug (150; 200; 300); 1.4 wherein the openings (170; 220) and the helical lines are arranged such 1.4.1 that the ratio between the maximum web width and the minimum web width between adjacent openings (170; 220) is greater than or equal to 1 and less than or equal to 1.5; 1.4.2 that the arrangement of openings (170; 220) and helical lines is chosen in which the number of helical lines is minimized; 1.5 wherein the following boundary conditions are given: 1.5.1 a predefined inner diameter of the perforated plug (150; 200; 300); 1.5.2 a predefined diameter of the openings (170; 220); 1.5.3 a predefined minimum web width between the openings (170; 220); 1.5.1 a predefined inner diameter of the perforated plug (150; 200; 300); 1.5.2 a predefined diameter of the openings (170; 220); 1.5.3 a predefined minimum web width between the openings (170; 220); 1.6 wherein openings (170; 220) are determined before manufacture of the perforated plug (150; 200; 300) that are to be omitted during the manufacture such that the perforated plug (150; 200; 300) exhibits an equal percentage course of the flow characteristic of the control valve ; 1.7 manufacture of a perforated plug (150; 200; 300) with the thus determined openings (170; 220) on at least one helical line.
A method of inspecting a spray nozzle comprising: issuing a liquid from a spray nozzle as a spray ; and detecting frequencies of resonant modes in the spray with a sensor ; the method characterized by further comprising monitoring vibrations of a diaphragm of the sensor, the vibrations being due to the spray impinging upon the diaphragm, the diaphragm being cylindrical, and wherein using the sensor includes impinging a spray cone or multiple discrete jets on an inside surface of the cylindrical diaphragm. issuing a liquid from a spray nozzle as a spray ; and detecting frequencies of resonant modes in the spray with a sensor ; the method characterized by further comprising monitoring vibrations of a diaphragm of the sensor, the vibrations being due to the spray impinging upon the diaphragm, the diaphragm being cylindrical, and wherein using the sensor includes impinging a spray cone or multiple discrete jets on an inside surface of the cylindrical diaphragm.