mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, the method executed by an application server and comprising: initiating a business intelligence tool to retrieve data from one or more data sources, the business intelligence tool including a separate log-in to connect to and access a business intelligence platform or configured to automatically connect to and access the business intelligence platform; connecting the business intelligence tool to the business intelligence platform, wherein database coupling components are stored on the business intelligence platform, and wherein each database coupling component is a software component enabling an application to interact with a data source, such that each database coupling component corresponds to a given data source; receiving selection of an initiate query control to access and/or manipulate at least one of the data sources; retrieving from the business intelligence platform one or more database coupling components, wherein each database coupling component corresponds to a data source; displaying the retrieved one or more database coupling components; and receiving selection of at least one of the retrieved one or more database coupling components to provide data from one or more data sources in response to execution of a query; implementing, by the database coupling components, the version of a client-server protocol specific for the data source; exposing, by the database coupling components, an application programming interface; using the application programming interface by the business intelligence tool to access the data source. initiating a business intelligence tool to retrieve data from one or more data sources, the business intelligence tool including a separate log-in to connect to and access a business intelligence platform or configured to automatically connect to and access the business intelligence platform; connecting the business intelligence tool to the business intelligence platform, wherein database coupling components are stored on the business intelligence platform, and wherein each database coupling component is a software component enabling an application to interact with a data source, such that each database coupling component corresponds to a given data source; receiving selection of an initiate query control to access and/or manipulate at least one of the data sources; retrieving from the business intelligence platform one or more database coupling components, wherein each database coupling component corresponds to a data source; displaying the retrieved one or more database coupling components; and receiving selection of at least one of the retrieved one or more database coupling components to provide data from one or more data sources in response to execution of a query; implementing, by the database coupling components, the version of a client-server protocol specific for the data source; exposing, by the database coupling components, an application programming interface; using the application programming interface by the business intelligence tool to access the data source.
A method for operating a reel-fed printing press, in particular a newspaper printing press, comprising at least one reel changer, at least one printing unit, at least one folding superstructure and at least one folder, namely for starting up the reel-fed printing press while minimising the time required for the start-up and the waste copies generated during the start-up, characterized in that a) a first start-up sequence is carried out using printing press-specific and/or print order-specific pre-set parameters predefined for the colour register control, the cut-off compensator control and the ink density control; b) following this, the reel-fed printing press is stopped, wherein print copies printed during the first start-up sequence are evaluated with respect to the colour register, the cut-off compensator and the ink density and wherein dependent on this evaluation during the stoppage of the printing press, pre-set parameters for the colour register control and/or the cut control and/or ink density control are adapted during the stoppage of the printing press; c) following this, a second start-up sequence is carried out, wherein in the process the pre-set parameters for the colour register control and/or the cut-off compensator control and/or the ink density control adapted during the stoppage are only used for printing in particular when defined printing press speeds are reached or exceeded. a) a first start-up sequence is carried out using printing press-specific and/or print order-specific pre-set parameters predefined for the colour register control, the cut-off compensator control and the ink density control; b) following this, the reel-fed printing press is stopped, wherein print copies printed during the first start-up sequence are evaluated with respect to the colour register, the cut-off compensator and the ink density and wherein dependent on this evaluation during the stoppage of the printing press, pre-set parameters for the colour register control and/or the cut control and/or ink density control are adapted during the stoppage of the printing press; c) following this, a second start-up sequence is carried out, wherein in the process the pre-set parameters for the colour register control and/or the cut-off compensator control and/or the ink density control adapted during the stoppage are only used for printing in particular when defined printing press speeds are reached or exceeded.
A method for simultaneous solid phase transfection of at least one protein and at least one nucleic acid molecule into at least one cell, wherein the method comprises the steps of (a) providing a solid carrier containing at least one spot comprising a transfection reagent, at least one protein and at least one nucleic acid molecule; (b) bringing the spot in step (a) into contact with at least one cell, wherein the protein is an antibody or a fragment thereof, and wherein said solid carrier is produced by (i-α) coating/spotting at least part of the solid carrier with the at least one nucleic acid molecule and a fraction of the transfection mixture first and then (ii-α) coating/spotting on the part of the solid carrier being coated/spotted with the at least one nucleic acid molecule and this fraction of the transfection mixture the at least one protein and the remaining fraction of the transfection mixture, or (i-β) coating/spotting at least part of the solid carrier with the at least one protein and a fraction of the transfection mixture first and then (ii-β) coating/spotting on the part of the solid carrier being coated/spotted with the at least one protein and this fraction of the transfection mixture the at least one nucleic acid molecule and the remaining fraction of the transfection mixture. (a) providing a solid carrier containing at least one spot comprising a transfection reagent, at least one protein and at least one nucleic acid molecule; (b) bringing the spot in step (a) into contact with at least one cell, (i-α) coating/spotting at least part of the solid carrier with the at least one nucleic acid molecule and a fraction of the transfection mixture first and then (ii-α) coating/spotting on the part of the solid carrier being coated/spotted with the at least one nucleic acid molecule and this fraction of the transfection mixture the at least one protein and the remaining fraction of the transfection mixture, (i-β) coating/spotting at least part of the solid carrier with the at least one protein and a fraction of the transfection mixture first and then (ii-β) coating/spotting on the part of the solid carrier being coated/spotted with the at least one protein and this fraction of the transfection mixture the at least one nucleic acid molecule and the remaining fraction of the transfection mixture.
Device for the resection of the femur comprising a resection body provided with one or more resection grooves configured to receive a cutting surgical instrument to obtain at least two sections (15, 16) of said femur, wherein said resection body consists of two separate elements, able to be selectively assembled to each other in a stable and releasable manner, of which a first element is a cutting template provided with said resection grooves, and characterized in that a second element is a measuring and reference member provided with a plurality of measuring and reference holes configured to determine an angular offsetting with respect to the longitudinal axis of the femur and an axial translation along the longitudinal axis of the femur between said two sections (15, 16), releasable holding means being provided between said cutting template and said measuring and reference member, and said measuring and reference holes being made on the measuring and reference member according to a matrix associated with axial and angular coordinates in ordered rows and columns.
A method of enhancing location information for a mobile device, the method comprising: obtaining location data indicative of a location of said mobile device; obtaining additional data comprising context information for said mobile device; processing said additional data to obtain said context information; and determining enhanced location information for said mobile device, based at least in part on processing said location data in association with said context information; characterized in that the additional data comprises speech data and processing said speech data comprises using speech processing algorithms to obtain context keywords from said speech data. obtaining location data indicative of a location of said mobile device; obtaining additional data comprising context information for said mobile device; processing said additional data to obtain said context information; and determining enhanced location information for said mobile device, based at least in part on processing said location data in association with said context information; characterized in that the additional data comprises speech data and processing said speech data comprises using speech processing algorithms to obtain context keywords from said speech data.
A method for demonstrating the cleansing efficacy of a personal care product or of a component thereof, the method comprising: (i) selecting a first portion of a porous article capable of allowing a gas to pass through its pores, wherein the porous article is connected to a source of said gas and immersed in a liquid while the source releases said gas which flows out of said pores to generate gas bubbles; (ii) treating the first portion of the porous article with contaminants; (iii) treating the first portion of the porous article with the personal care product or the component thereof; wherein a second portion of the porous article is selected in step (i); the second portion is also treated with contaminants in step (ii); and the second portion is treated with a comparative or placebo product in step (iii); and wherein following step (iii) the method comprises a step (iv) of assessing a change of the treated first portion relative to untreated article and/or relative to the treated second portion, the assessed change being the amount of gas bubbles released from the porous article. (i) selecting a first portion of a porous article capable of allowing a gas to pass through its pores, wherein the porous article is connected to a source of said gas and immersed in a liquid while the source releases said gas which flows out of said pores to generate gas bubbles; (ii) treating the first portion of the porous article with contaminants; (iii) treating the first portion of the porous article with the personal care product or the component thereof; wherein a second portion of the porous article is selected in step (i); the second portion is also treated with contaminants in step (ii); and the second portion is treated with a comparative or placebo product in step (iii); and wherein following step (iii) the method comprises a step (iv) of assessing a change of the treated first portion relative to untreated article and/or relative to the treated second portion, the assessed change being the amount of gas bubbles released from the porous article. wherein a second portion of the porous article is selected in step (i); the second portion is also treated with contaminants in step (ii); and the second portion is treated with a comparative or placebo product in step (iii); and wherein following step (iii) the method comprises a step (iv) of assessing a change of the treated first portion relative to untreated article and/or relative to the treated second portion, the assessed change being the amount of gas bubbles released from the porous article.
Inhalation device system for the inhalative administration of a medically active liquid in nebulized form, the system comprising an inhalation device and an exchangeable reservoir for holding the medically active liquid, wherein the inhalation device comprises - a housing having a receiving unit, the receiving unit having a connection unit adapted to releasably and fluidically connect to a connection port of the exchangeable reservoir, the receiving unit being adapted to receive and fluidically connect to the exchangeable reservoir; - a nozzle for nebulization of the medically active liquid; and - a pumping unit arranged within the housing and adapted to be fluidically connected to the reservoir and to the nozzle and being adapted to convey the medically active liquid in a downstream direction from the reservoir to the nozzle; wherein - the exchangeable reservoir is provided in form of a cartridge system having an overall volume (V o) and comprising a container portion having an effective volume (V e) for holding the medically active liquid and a connection port adapted to releasably and fluidically connect the cartridge system to the pumping unit, wherein the cartridge system further comprises an extension element having an additional volume (V a), the extension element being attached to the outer surface of the container portion; characterized in that the extension element of the cartridge system is removably attached to the outer surface of the container portion; optionally wherein the force necessary to remove the extension element from the outer surface of the container portion is higher than the force needed to remove the cartridge system from the receiving unit of the inhalation device. - a housing having a receiving unit, the receiving unit having a connection unit adapted to releasably and fluidically connect to a connection port of the exchangeable reservoir, the receiving unit being adapted to receive and fluidically connect to the exchangeable reservoir; - a nozzle for nebulization of the medically active liquid; and - a pumping unit arranged within the housing and adapted to be fluidically connected to the reservoir and to the nozzle and being adapted to convey the medically active liquid in a downstream direction from the reservoir to the nozzle; wherein - the exchangeable reservoir is provided in form of a cartridge system having an overall volume (V o) and comprising a container portion having an effective volume (V e) for holding the medically active liquid and a connection port adapted to releasably and fluidically connect the cartridge system to the pumping unit, wherein the cartridge system further comprises an extension element having an additional volume (V a), the extension element being attached to the outer surface of the container portion; characterized in that the extension element of the cartridge system is removably attached to the outer surface of the container portion; optionally wherein the force necessary to remove the extension element from the outer surface of the container portion is higher than the force needed to remove the cartridge system from the receiving unit of the inhalation device.
A method by a first base station in a wireless communication system, the method comprising: receiving, from a second base station, a message requesting handover of a terminal, the message including first information indicating whether the terminal is authorized for proximity service; receiving, from a core network node, second information indicating whether the terminal is authorized for the proximity service; and performing access control of the terminal for the proximity service based on the at least one of the first information and the second information. receiving, from a second base station, a message requesting handover of a terminal, the message including first information indicating whether the terminal is authorized for proximity service; receiving, from a core network node, second information indicating whether the terminal is authorized for the proximity service; and performing access control of the terminal for the proximity service based on the at least one of the first information and the second information.
A method implemented on an imaging device having at least one processor and storage for medical imaging, comprising: moving, by a motion controller, a phantom along an axis of a scanner to a plurality of phantom positions; acquiring, by a detector of the imaging device, a first set of PET data relating to the phantom at the plurality of phantom positions, wherein the length of an axis of the phantom is shorter than the length of an axis of the scanner, and at least one of the plurality of phantom positions is inside a bore of the scanner; acquiring calibration data that comprises nuclide decay corresponding to the axis of the scanner; reconstructing a PET image based at least in part on the first set of PET data; and correcting the PET image based on the calibration data and the plurality of phantom positions, comprising: obtaining statistic data of phantom position by normalizing the plurality of phantom positions; obtaining statistic data of nuclide decay by normalizing nuclide decay corresponding to the axis of the scanner; and correcting the PET image based on the statistic data of phantom position and the statistic data of nuclide decay. moving, by a motion controller, a phantom along an axis of a scanner to a plurality of phantom positions; acquiring, by a detector of the imaging device, a first set of PET data relating to the phantom at the plurality of phantom positions, wherein the length of an axis of the phantom is shorter than the length of an axis of the scanner, and at least one of the plurality of phantom positions is inside a bore of the scanner; acquiring calibration data that comprises nuclide decay corresponding to the axis of the scanner; reconstructing a PET image based at least in part on the first set of PET data; and correcting the PET image based on the calibration data and the plurality of phantom positions, comprising: obtaining statistic data of phantom position by normalizing the plurality of phantom positions; obtaining statistic data of nuclide decay by normalizing nuclide decay corresponding to the axis of the scanner; and correcting the PET image based on the statistic data of phantom position and the statistic data of nuclide decay. obtaining statistic data of phantom position by normalizing the plurality of phantom positions; obtaining statistic data of nuclide decay by normalizing nuclide decay corresponding to the axis of the scanner; and correcting the PET image based on the statistic data of phantom position and the statistic data of nuclide decay.
An anti-perspirant composition for personal hygiene in the form of a suspension which can be sprayed either using a propellant or not, containing a) at least one anti-perspirant active ingredient which is insoluble in the carrier, b) at least one oil that is liquid under normal conditions as the carrier, in which the anti-perspirant active ingredient a) is suspended, c) 0-3 wt.%, preferably 0-2 wt.% free water, based on the weight of the propellant-free composition, d) at least one organosiloxane-oxyalkylene copolymer selected from linear polysiloxane-polyalkylene block copolymers, in particular from linear polysiloxane-polyoxyethylene-polyoxypropylene block copolymers. a) at least one anti-perspirant active ingredient which is insoluble in the carrier, b) at least one oil that is liquid under normal conditions as the carrier, in which the anti-perspirant active ingredient a) is suspended, c) 0-3 wt.%, preferably 0-2 wt.% free water, based on the weight of the propellant-free composition, d) at least one organosiloxane-oxyalkylene copolymer selected from linear polysiloxane-polyalkylene block copolymers, in particular from linear polysiloxane-polyoxyethylene-polyoxypropylene block copolymers.
A path and bandwidth control device of a wireless network using adaptive modulation comprising a stability level calculation means which calculates per modulation scheme a stability level indicating a probability that a bandwidth of said modulation scheme is available in a wireless link, wherein a plurality of bandwidths of said modulation schemes respectively correspond to a plurality of stability levels, and the larger the bandwidth is, the smaller the stability level is, the path and bandwidth control device being characterized by comprising: a utilization rate calculation means which calculates per range with respect to traffic amount a utilization rate indicating a ratio of time during a given period at which traffic to be accommodated is required to secure said traffic amount, wherein a plurality of utilization rates respectively correspond to a plurality of traffic amount ranges, and the higher the traffic amount range is, the smaller the utilization rate is; an allocation means which sets a bandwidth to be allocated per modulation scheme to the traffic to be accommodated in such a manner that the calculated stability level of each of the plurality of bandwidths corresponds to one of the calculated plurality of utilization rates; and a path control means which sets a path for the traffic to be accommodated in the wireless network including a communication device that performs communication over the wireless link based on the allocated plurality of bandwidths, wherein the allocation means is adapted to allocate the plurality of bandwidths to the traffic to be accommodated in such a manner that each of the stability levels has a value greater than or equal to the value of the corresponding utilization rate. a utilization rate calculation means which calculates per range with respect to traffic amount a utilization rate indicating a ratio of time during a given period at which traffic to be accommodated is required to secure said traffic amount, wherein a plurality of utilization rates respectively correspond to a plurality of traffic amount ranges, and the higher the traffic amount range is, the smaller the utilization rate is; an allocation means which sets a bandwidth to be allocated per modulation scheme to the traffic to be accommodated in such a manner that the calculated stability level of each of the plurality of bandwidths corresponds to one of the calculated plurality of utilization rates; and a path control means which sets a path for the traffic to be accommodated in the wireless network including a communication device that performs communication over the wireless link based on the allocated plurality of bandwidths, wherein the allocation means is adapted to allocate the plurality of bandwidths to the traffic to be accommodated in such a manner that each of the stability levels has a value greater than or equal to the value of the corresponding utilization rate.