mhurhangee/ep-ind-claims huggingface dataset:
A mass spectrometer comprising: a separation device arranged and adapted to emit an eluent over a period of time, wherein said separation device comprises either: (i) a Capillary Electrophoresis ("CE") separation device; (ii) a Capillary Electrochromatography ("CEC") separation device; (iii) a substantially rigid ceramic-based multilayer microfluidic substrate ("ceramic tile") separation device; or (iv) a supercritical fluid chromatography separation device; and a nebuliser; characterised by a target; wherein said eluent emitted by said separation device is nebulised, in use, by said nebuliser wherein a stream of analyte droplets are directed to impact upon said target so as to ionise said analyte to form a plurality of analyte ions; and wherein said mass spectrometer further comprises a control system, wherein said control system is arranged and adapted either: (i) to switch the polarity of said target during a single experimental run; or (ii) to repeatedly switch the polarity of said target during a single experimental run. a separation device arranged and adapted to emit an eluent over a period of time, wherein said separation device comprises either: (i) a Capillary Electrophoresis ("CE") separation device; (ii) a Capillary Electrochromatography ("CEC") separation device; (iii) a substantially rigid ceramic-based multilayer microfluidic substrate ("ceramic tile") separation device; or (iv) a supercritical fluid chromatography separation device; and a nebuliser; characterised by a target; wherein said eluent emitted by said separation device is nebulised, in use, by said nebuliser wherein a stream of analyte droplets are directed to impact upon said target so as to ionise said analyte to form a plurality of analyte ions; and wherein said mass spectrometer further comprises a control system, wherein said control system is arranged and adapted either: (i) to switch the polarity of said target during a single experimental run; or (ii) to repeatedly switch the polarity of said target during a single experimental run.
A method for automated, non-invasive evaluation of cell activity, comprising: a) generating one or more of a plurality of hypotheses that characterizes one or more cells by determining an inferred characteristic of geometric features from an image of the one or more cells, wherein a geometric feature is a shape of the cells; b) selecting a hypothesis comprising a set of shapes that best fit the inferred characteristic of geometric features shown in the image from the plurality of hypotheses associated with the image; and c) displaying an indicator of development competence for the one or more cells for implantation into a female human subject based on an inferred characteristic from one or more parameters related to embryo health and or fate of the one or more cells based on the selected hypothesis, characterised in that one of the parameters is a time interval from syngamy to the first cytokinesis. a) generating one or more of a plurality of hypotheses that characterizes one or more cells by determining an inferred characteristic of geometric features from an image of the one or more cells, wherein a geometric feature is a shape of the cells; b) selecting a hypothesis comprising a set of shapes that best fit the inferred characteristic of geometric features shown in the image from the plurality of hypotheses associated with the image; and c) displaying an indicator of development competence for the one or more cells for implantation into a female human subject based on an inferred characteristic from one or more parameters related to embryo health and or fate of the one or more cells based on the selected hypothesis,
A softwood lignin derivative recovered during or after pulping of lignocellulosic softwood feedstocks, said softwood lignin derivative having an aliphatic hydroxyl content of from 2.5 mmol/g to 5 mmol/g, a weight average molecular weight of from 500 g/mol to 5000 g/mol, and a normalized RSI of 10 to 40.
A centrifuge for selectively concentrating at least one constituent of a biologic mixture comprising adipose tissue, the constituents having differing specific gravities and being stratifiable in a centrifugal field produced by said centrifuge, said centrifuge comprising an inner chamber arranged to receive the biologic mixture and having a central longitudinal axis about which said inner chamber is arranged to be rotated, said inner chamber comprising a sidewall having a tapered inner surface, a base, and an annular screen (215, 215'), said annular screen (215, 215') having an inner surface and being located at a first radial distance from said central longitudinal axis, said annular screen projecting away from said base, and a first port having an inlet at a second radial distance from said longitudinal axis, wherein said inner chamber additionally comprises at least one roller (210, 210') arranged to effectively roll around said inner surface of said annular screen (215, 215') to propel at least a portion of said biologic mixture through said annular screen (215, 215') and away from said central longitudinal axis and towards said tapered sidewall.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: X 1 is -F, -Cl, -CF 3, -CN, or -CH 3; X 2 is -H, -F, or -Cl; Z 1 is N or CH; Z 2 is N or CR 0; R 0 is -H, -F, or -CN; R 1, R 2, and R 3 are each independently -CH 3, -CH 2 F, -CF 3, -C 2 H 5, -CH 2 CH 2 F, or -CH 2 CF 3; R 4 and R 5 are each independently -H; Q is -C OR; and R is -H or C 1-4 alkyl, provided that the compound of Formula is not compound no. 2 or a pharmaceutically acceptable salt thereof. X 1 is -F, -Cl, -CF 3, -CN, or -CH 3; X 2 is -H, -F, or -Cl; Z 1 is N or CH; Z 2 is N or CR 0; R 0 is -H, -F, or -CN; R 1, R 2, and R 3 are each independently -CH 3, -CH 2 F, -CF 3, -C 2 H 5, -CH 2 CH 2 F, or -CH 2 CF 3; R 4 and R 5 are each independently -H; Q is -C OR; and R is -H or C 1-4 alkyl,
A method of a 5 th Generation media streaming uplink, 5GMSu, application function, AF, the method comprising: Receiving, from a 5GMSu application provider, a first request to create a content egest template, CET, that defines the instructions for content egest; creating the CET based on the first request received from the 5GMSu application provider; transmitting, to a 5GMSu application server, AS, a second request to allocate content resources for egest based on the created CET; and transmitting, to the 5GMSu application provider, an acknowledgement that the CET is created the method further comprising creating a content egest configuration based on the created CET, wherein the content egest configuration includes an egest path, egest pull, egest protocol and an egest entry point; wherein the egest protocol includes a hyper-text transfer protocol, HTTP, pull-based content ingest protocol and a DASH-IF push-based content ingest protocol. Receiving, from a 5GMSu application provider, a first request to create a content egest template, CET, that defines the instructions for content egest; creating the CET based on the first request received from the 5GMSu application provider; transmitting, to a 5GMSu application server, AS, a second request to allocate content resources for egest based on the created CET; and transmitting, to the 5GMSu application provider, an acknowledgement that the CET is created the method further comprising creating a content egest configuration based on the created CET, wherein the content egest configuration includes an egest path, egest pull, egest protocol and an egest entry point; wherein the egest protocol includes a hyper-text transfer protocol, HTTP, pull-based content ingest protocol and a DASH-IF push-based content ingest protocol.
A brush assembly of a cleaning or polishing device, the brush assembly comprising: a retainer; separate driver sections collectively arranged so as to form a circular shaped driver pad; and a plurality of polymer brush strips, the driver sections each having slots extending therethrough, each slot being operable to receive one of the polymer brush strips; wherein the retainer is connected to the circular shaped driver pad to retain the strips in the respective slots; wherein each polymer brush strip includes an upper portion free from abrasive particles, an abrasive lower portion including abrasive particles and having a tip for engaging a surface to be cleaned, and a connection portion for engaging one of the slots of the driver section; wherein the connection portion is configured to be slidably received in the slot and has a protrusion for locking with the slot. a retainer; separate driver sections collectively arranged so as to form a circular shaped driver pad; and a plurality of polymer brush strips, the driver sections each having slots extending therethrough, each slot being operable to receive one of the polymer brush strips; wherein the retainer is connected to the circular shaped driver pad to retain the strips in the respective slots; wherein each polymer brush strip includes an upper portion free from abrasive particles, an abrasive lower portion including abrasive particles and having a tip for engaging a surface to be cleaned, and a connection portion for engaging one of the slots of the driver section; wherein the connection portion is configured to be slidably received in the slot and has a protrusion for locking with the slot.
A paste for use in metallization of a solar cell, the paste comprising: an organic vehicle including polyvinylpyrrolidone, and a mixture of copper-containing particles, metal-oxide-containing nanoparticles, and secondary oxide particles different from the metal-oxide-containing nanoparticles in the organic vehicle, wherein the secondary oxide particles include particles of a metal oxide, and a metal of the metal oxide is capable of reducing at least some of the metal-oxide-containing nanoparticles to metal when the paste is heated to a temperature at which the organic vehicle decomposes, wherein the nanoparticles are each a discrete particle where all three dimensions are equal to or less than 100 nm. an organic vehicle including polyvinylpyrrolidone, and a mixture of copper-containing particles, metal-oxide-containing nanoparticles, and secondary oxide particles different from the metal-oxide-containing nanoparticles in the organic vehicle, wherein the secondary oxide particles include particles of a metal oxide, and a metal of the metal oxide is capable of reducing at least some of the metal-oxide-containing nanoparticles to metal when the paste is heated to a temperature at which the organic vehicle decomposes, wherein the nanoparticles are each a discrete particle where all three dimensions are equal to or less than 100 nm.
Method for calibrating a manipulator of a diagnostic and/or therapeutic manipulator system, wherein the manipulator system comprises at least one medical imaging device (50; 60), and wherein the method comprises at least the following steps: a) starting at least one desired pose by means of the manipulator; b) acquiring at least one image of at least part of the manipulator and/or at least part of an end effector of the manipulator by means of the medical imaging device (50; 60) when the manipulator has approached the desired pose; c) determining the actual pose of the manipulator by means of the acquired image; d) determining the deviation between the target pose and the actual pose of the manipulator; e) calculating at least one calibration parameter based on the determined deviation, and f) calibration of the manipulator, characterized in that the medical imaging apparatus (50; 60) is an X-ray imaging apparatus, an ultrasound imaging apparatus, a positron emission tomography imaging apparatus and/or a magnetic resonance imaging apparatus. a) starting at least one desired pose by means of the manipulator; b) acquiring at least one image of at least part of the manipulator and/or at least part of an end effector of the manipulator by means of the medical imaging device (50; 60) when the manipulator has approached the desired pose; c) determining the actual pose of the manipulator by means of the acquired image; d) determining the deviation between the target pose and the actual pose of the manipulator; e) calculating at least one calibration parameter based on the determined deviation, and f) calibration of the manipulator,
A method of implementing virtual queues for an automation system comprised of a plurality of modules (205, 205A, 205B) connected to one another by a transport mechanism, each of the plurality of modules (205, 205A, 205B) configured to process samples, the transport mechanism controlled by a controller to transport the samples between the plurality of modules (205, 205A, 205B) within a system cycle time, wherein the system cycle time is the maximum transit time between any point within a track system; the method comprising: determining a desired virtual queue for a module (205, 205A, 205B), wherein the desired virtual queue comprises an ordering of at least one sample to be processed by the module (205, 205A, 205B); determining a module cycle time for the module (205, 205A, 205B), wherein the module cycle time comprises a length of time needed by the module (205, 205A, 205B) for processing one of the at least one sample; facilitating placement of the at least one sample in the automation system to satisfy the desired virtual queue for the module, wherein the at least one sample is placed to reach the module (205, 205A, 205B) at a determined time based on the ordering of the at least one sample in the desired virtual queue and the module cycle time; and providing the at least one sample to the module (205, 205A, 205B) at the determined time, and wherein the automation system further comprises one or more holding buffers configured to hold one or more of the at least one sample, and wherein each of the plurality of modules (205, 205A, 205B) comprises a module holding area configured to hold one or more of the at least one sample. determining a desired virtual queue for a module (205, 205A, 205B), wherein the desired virtual queue comprises an ordering of at least one sample to be processed by the module (205, 205A, 205B); determining a module cycle time for the module (205, 205A, 205B), wherein the module cycle time comprises a length of time needed by the module (205, 205A, 205B) for processing one of the at least one sample; facilitating placement of the at least one sample in the automation system to satisfy the desired virtual queue for the module, wherein the at least one sample is placed to reach the module (205, 205A, 205B) at a determined time based on the ordering of the at least one sample in the desired virtual queue and the module cycle time; and providing the at least one sample to the module (205, 205A, 205B) at the determined time, and wherein the automation system further comprises one or more holding buffers configured to hold one or more of the at least one sample, and wherein each of the plurality of modules (205, 205A, 205B) comprises a module holding area configured to hold one or more of the at least one sample.
A tip cooling apparatus for a turbine airfoil, comprising: a tip cap (34, 134); a pair of spaced-apart tip walls (38, 40, 138, 140) connected to, extending around, and projecting outwardly from the tip cap (34, 134) so as to surround a central portion of the tip cap (34, 134); a pocket (46, 146) defined by the tip walls (38, 40, 138, 140); at least one feed hole (56, 156) passing through the tip cap (34, 134) or tip walls (38, 40, 138, 140), communicating with the pocket (46, 146); and a cooling matrix (48, 148) disposed in the pocket (46, 146), the cooling matrix (48, 148) being an organized structure including an inlet surface (50, 150) having a plurality of inlets communicating with the pocket (46, 146), and an outlet surface (52, 152) having a plurality of outlets, and further comprising a plurality of interior passages (62, 162, 262, 264, 362, 364) interconnecting the inlets to the outlets, with no line-of-sight therebetween; characterized in that the interior passages (62, 162, 262, 264, 362, 364) define cubic repeating modules; wherein a plenum is defined 854, 154) between the inlet surface (50, 150) of the cooling matrix (48, 148) and the pocket (46, 146). a tip cap (34, 134); a pair of spaced-apart tip walls (38, 40, 138, 140) connected to, extending around, and projecting outwardly from the tip cap (34, 134) so as to surround a central portion of the tip cap (34, 134); a pocket (46, 146) defined by the tip walls (38, 40, 138, 140); at least one feed hole (56, 156) passing through the tip cap (34, 134) or tip walls (38, 40, 138, 140), communicating with the pocket (46, 146); and a cooling matrix (48, 148) disposed in the pocket (46, 146), the cooling matrix (48, 148) being an organized structure including an inlet surface (50, 150) having a plurality of inlets communicating with the pocket (46, 146), and an outlet surface (52, 152) having a plurality of outlets, and further comprising a plurality of interior passages (62, 162, 262, 264, 362, 364) interconnecting the inlets to the outlets, with no line-of-sight therebetween; characterized in that the interior passages (62, 162, 262, 264, 362, 364) define cubic repeating modules; wherein a plenum is defined 854, 154) between the inlet surface (50, 150) of the cooling matrix (48, 148) and the pocket (46, 146).
Transmission control method intended to be implemented by a station having at least one frame to transmit via a telecommunications network, said station belonging to a first group of stations sharing a first contention resolution mechanism, this method including a step of participating in a tournament used to distinguish, within said first group, the stations having the right to transmit and the stations barred from transmitting at the end of said tournament, said method including, when said station is authorized to transmit, a step of transmitting said frame, within a period of time during which stations of a second group implementing a second contention resolution mechanism are not authorized to transmit in said network, the first and second contention resolution mechanisms being different, said method being characterized in that said station waits (F11, F8), before transmitting said frame, a total number of free slots equivalent to the number of free slots (Ts) that a station of the second group would wait before transmitting a frame in said network, and in that it includes a step of transmitting said frame after detection of a predetermined number (Ta) of consecutive empty slots.
Tripping unit for an electrical switching device comprising: • a protective case, • first electrical connection terminals, and • a supply module comprising at least one transformer and second input and output terminals capable of being connected to the first connection terminals in a direction of connection, wherein the supply module is capable of generating a supply voltage from an input voltage received between the second input terminals and of delivering the supply voltage between the second output terminals, characterised in that the supply module is movable in relation to the protective case. • a protective case, • first electrical connection terminals, and • a supply module comprising at least one transformer and second input and output terminals capable of being connected to the first connection terminals in a direction of connection,
A Lactuca sativa plant comprising two modified F5H gene homologs, wherein said gene homolog comprises a modification as compared to its corresponding wild type F5H gene homolog, wherein the modification leads to a reduction or absence of the protein expression and/or activity of the F5H protein homolog as compared to the expression and/or activity of the protein produced by the corresponding wild type F5H gene homolog, wherein the presence of the modified F5H gene homolog in the plant leads to a reduction of wound-induced surface discoloration in comparison to a plant not comprising the modified F5H gene homolog, and wherein the plant comprises a first modified F5H gene homolog called F5H1, the wild type of which has SEQ ID No. 115, and a second modified F5H gene homolog called F5H2, the wild type of which has SEQ ID No. 116.
A method of deploying applications conforming to a platform schema associated with a data sharing platform for facilitating sharing of application data among isolated applications executing on one or more application platforms, the method comprising: receiving a request to submit a third party application to an application deployment system, wherein the request identifies a platform schema associated with a data sharing platform and platform capability information associated with the third party application, wherein the platform schema defines capabilities of the data sharing platform that can be used by applications registered to the data sharing platform; responsive to receiving the request, identifying a validation manifest associated with the platform schema, the validation manifest including a set of predefined validation checks; automatically verifying that the third party application conforms to the platform schema by performing the set of validation checks; once the third party application is verified to conform to the platform schema, publishing the validated third party application to a download portal of the application deployment system; and providing the validated third party application to a computing system, wherein upon registration of the validated third party application at the data sharing platform associated with the platform schema, application data can be shared between the validated third party application and other applications registered at the data sharing platform. receiving a request to submit a third party application to an application deployment system, wherein the request identifies a platform schema associated with a data sharing platform and platform capability information associated with the third party application, wherein the platform schema defines capabilities of the data sharing platform that can be used by applications registered to the data sharing platform; responsive to receiving the request, identifying a validation manifest associated with the platform schema, the validation manifest including a set of predefined validation checks; automatically verifying that the third party application conforms to the platform schema by performing the set of validation checks; once the third party application is verified to conform to the platform schema, publishing the validated third party application to a download portal of the application deployment system; and providing the validated third party application to a computing system, wherein upon registration of the validated third party application at the data sharing platform associated with the platform schema, application data can be shared between the validated third party application and other applications registered at the data sharing platform.
An orthosis including: - a forearm support for contact with a forearm of a patient, and - a torso support for contact with the side of the patient's torso associated with the forearm, characterized in that the forearm support is directly connected to the torso support for producing a supination or a pronation of the hand associated with the forearm in at least one spatial direction with a predetermined force, but adjustably, wherein the forearm support has a joint unit with a hinge joint and an axis of rotation which extends transversely to the longitudinal axis of the forearm and to the longitudinal axis of an upper arm associated with the forearm and which, when used as intended, extends through an associated elbow of the patient. - a forearm support for contact with a forearm of a patient, and - a torso support for contact with the side of the patient's torso associated with the forearm,