Abstract: The present invention relates to a method and system to produce a concrete material having optimized strength and particle packing properties. The method and system includes a micro characterization step of a plurality of starting cementitious materials and at least one starting pozzolanic material to get respectively at least one cementitious material having uniform strength and at least one pozzolanic material having uniform blain fineness. Then grinding the said at least one cementitious material having uniform strength and the said at least one pozzolanic material having uniform blain fineness to get at least one cementitious material having a required Blaine fineness and at least one pozzolanic material having a required Blaine fineness. Finally preparing the said concrete material by mixing the said micro characterized cementitious materials and/or pozzolanic materials with at least one aggregate material, at least one additive material or a mixture thereof.

Abstract: A system and process for producing a variety of dry mix construction and ancillary construction materials (DMC) with improved structural properties. The system and process employs a material classification unit (204) that classifies at least one of plurality of raw materials (A, B, . . . N) based on their particle size and physical properties. These classified raw materials are stored separately in material handling compartments (260) and are selected according to the construction grade requirements of the end user. The invention further involves the use of a material selection unit (210) which controls the functioning of various components of present invention. The system and process also provides reutilization of industrial waste products like fly ash, blast furnace slag to produce a variety of construction and ancillary construction materials.

Abstract: Disclosed are methods and systems for navigating a graphical user interface. A method may include, for example, generating a plurality of filter tags; receiving a first search input; in response to receiving the first search input, generating a hierarchy of filter tags from the plurality of filter tags based on the first search input; causing the user device to display a first set of filter tags; receiving a first selection indicative of at least one of the first set of filter tags; in response to receiving the first selection, causing the user device to display a second set of filter tags; receiving a second selection indicative of at least one of the second set of filter tags; in response to receiving the second selection, generating a first dashboard widget based on the first selection and second selection; and causing the user device to display the first dashboard widget.

Abstract: The present invention relates to a method for bug localisation in an RTL description, the RTL description corresponding to a design. The method comprises the steps of identifying a failing property; obtaining a counterexample corresponding to the failing property; obtaining a plurality of supportive counterexamples, by iteratively modifying the failing property with signal-value combinations selected from the counterexample; mining assertions based on the plurality of supportive counterexamples; filtering and ranking the mined assertions for removing redundant assertions, and obtaining a filtered set of assertions; identifying and mapping a set of one or more RTL lines corresponding to each filtered assertion of the filtered set of assertions; identifying and mapping individual RTL lines corresponding to each of the filtered assertion of the filtered set of assertions; and prioritising each of the mapped RTL line, thereby localising a buggy RTL line.

Abstract: The present invention relates to a compact and highly dense engineered concrete binder composition and a method of producing the same. In particular, the engineered concrete binder composition comprises at least one mechano-chemically modified component.

Abstract: The present invention relates to a compact and highly dense engineered concrete binder composition and a method of producing the same. In particular, the engineered concrete binder composition comprises at least one mechano-chemically modified component.

Abstract: The subject matter discloses examples of a print interface manager. The print interface manager comprises a print area selection engine to receive a user instruction for printing print data on 5 a user defined print area of a print media. In response to the user instruction for printing print data, the print interface manager obtains a print area input defining the print area, wherein the print area input indicates a matrix block corresponding to user defined print area of the print media. The print 10 interface manager further provides the print area input to a print unit to print the print data in the user defined print area of the print media.

Abstract: A novel engineered concrete binder composition providing overall reduced clinker factor and improved binding properties. The said concrete binder composition includes a primary binder in a ratio of 10-60 weight percent and a secondary binder in a ratio of 40-90 weight percent. The said primary binder is selected from a primary material group having spontaneous hydration property. The said secondary binder is selected from a secondary material group having induced hydration property.

Abstract: The subject matter discloses examples of a print interface manager. The print interface manager comprises a print area selection engine to receive a user instruction for printing print data on 5 a user defined print area of a print media. In response to the user instruction for printing print data, the print interface manager obtains a print area input defining the print area, wherein the print area input indicates a matrix block corresponding to user defined print area of the print media. The print 10 interface manager further provides the print area input to a print unit to print the print data in the user defined print area of the print media.

Abstract: A novel engineered concrete binder composition providing overall reduced clinker factor and improved binding properties. The said concrete binder composition includes a primary binder in a ratio of 10-60 weight percent and a secondary binder in a ratio of 40-90 weight percent. The said primary binder is selected from a primary material group having spontaneous hydration property. The said secondary binder is selected from a secondary material group having induced hydration property.

Abstract: The present invention discloses a system and process for producing a variety of dry mix construction and ancillary construction materials (DMC) with improved structural properties. The said system and process employs a material classification unit (204) that classifies at least one of plurality of raw materials (A, B, . . . N) based on their particle size and physical properties. These classified raw materials are stored separately in material handling compartments (260) and are selected according to the construction grade requirements of the end user. The invention further involves the use of a material selection unit (210) which controls the functioning of various components of present invention. The said system and process also provides an easy means of reutilization of industrial waste products like fly ash, blast furnace slag to produce a variety of construction and ancillary construction materials.

Abstract: Provided herein are methodologies, systems, apparatus, and non-transitory computer-readable media for interacting between a service provider system and an enterprise incident management system, that include a gateway device programmed to receive a provider method including processor-executable instructions to perform a task relating to an incident at an enterprise back-end and convert the provider method to be compatible with the incident management system. The conversion is based on a structured framework to convert a method executable in the service provider system to a method executable in the incident management system. The gateway device is also programmed to transmit the converted provider method to a server of the incident management system. The system may include a server programmed to execute the converted provider method to generate a response method and transmit the response method to the gateway device, where the response method includes data relating to performance of the task.

Abstract: A totem pole power factor correction (PFC) converter is disclosed. The totem pole PFC converter includes a first transistor having a first current terminal coupled to a first node, a first control terminal, and a second current terminal. Also included is a second transistor having a third current terminal coupled to the second current terminal at a second node, a second control terminal, and a fourth current terminal coupled to a third node. A first rectifier is coupled to the first node and a first current sense resistor is coupled between the first rectifier and a fourth node. A second rectifier is coupled to the third node and a second current sense resistor coupled between the second rectifier and the fourth node. A current sense voltage for an analog controller is generated by current alternately flowing through the first current sense resistor and the second current sense resistor.

Abstract: Methodologies and a device for simulating individual process steps and producing parameters representing each individual process signal profile are provided. Embodiments include collecting, by way of a programmed processor, wafer level data in the form of electrical signatures during processing steps in the production of a semiconductor device; converting the electrical signatures during each of the processing steps into signal matrix (MS) modeling parameters; comparing the MS modeling parameters to predefined MS modeling parameters; and adjusting at least one processing step based on a result of the comparing step for process control.

Abstract: A control system for a power converter includes a digital reference signal generator, a first proportional-integral (PI) controller, a second PI controller, and a diode. The digital reference signal generator is configured to operate in a maximum peak power tracking (MPPT) mode of operation and an output voltage control mode of operation. In the MPPT mode of operation, the digital reference signal generator is configured to receive an input voltage and an input current provided to the power converter and provide an input voltage reference signal based on the input voltage and the input current. In the output voltage control mode of operation, the digital reference signal generator is configured to provide a constant input voltage reference signal.

Abstract: An apparatus, e.g., a boost converter, includes a first switch configured to be coupled to an inductor and to support a charging current in the inductor from a power source and at least two serially-coupled second switches coupled in parallel with the first switch and configured to selectively route current from the inductor to at least two serially-connected capacitors. The apparatus may further include a control circuit configured to operate the first switch and the plurality of second switches.

Abstract: A control system for a power converter includes a digital reference signal generator, a first proportional-integral (PI) controller, a second PI controller, and a diode. The digital reference signal generator is configured to operate in a maximum peak power tracking (MPPT) mode of operation and an output voltage control mode of operation. In the MPPT mode of operation, the digital reference signal generator is configured to receive an input voltage and an input current provided to the power converter and provide an input voltage reference signal based on the input voltage and the input current. In the output voltage control mode of operation, the digital reference signal generator is configured to provide a constant input voltage reference signal.

Abstract: Provided herein are methodologies, systems, apparatus, and non-transitory computer-readable media for interacting between a service provider system and an enterprise incident management system, that include a gateway device programmed to receive a provider method including processor-executable instructions to perform a task relating to an incident at an enterprise back-end and convert the provider method to be compatible with the incident management system. The conversion is based on a structured framework to convert a method executable in the service provider system to a method executable in the incident management system. The gateway device is also programmed to transmit the converted provider method to a server of the incident management system. The system may include a server programmed to execute the converted provider method to generate a response method and transmit the response method to the gateway device, where the response method includes data relating to performance of the task.

Abstract: The present invention discloses a method and system for loading and unloading pulverized/fine grounded material. The system and method comprises articulately adjustable conveyor [AAC] and material handling container. The articulately adjustable conveyor [AAC] further comprises integrated collector bin [ICB], screw conveyor [SC] and standalone power supply [SPS]. The material handling container comprises foldable liner bag [FLB] and integrated shape bag [ISB]. During loading the method and system comprises receiving pulverized/fine grounded material to integrated collector bin [ICB] from carrier vehicle [CV] and conveys it to FLB through screw conveyor [SC]. And during unloading, ACC conveys the material from FLB to carrier vehicle [CV] through [AAC]'s through screw conveyor [SC].