Paskalev
Bisser Paskalev, Alpharetta, GA US
Patent application number | Description | Published |
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20140117086 | TECHNIQUES FOR CHECKING INTO A RETAIL ESTABLISHMENT - Techniques for checking into a retail establishment are provided. A retailer provides a substrate having a magnetic-field encoded tag. A consumer waves the consumer's device over the tag to electronically capture the magnetic-field encoded tag. The consumer's device is used to communicate the tag to a retailer to validate that the consumer is physically present and now checked into the retail establishment of the retailer. | 05-01-2014 |
Bisser G. Paskalev, Alpharetta, GA US
Patent application number | Description | Published |
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20090004024 | MULTI-CHANNEL CONTROLLER - One aspect of the present invention provides a multi-channel controller that can control a plurality of fuel pump devices, with each fuel pump device having its own dedicated communications channel. Accordingly, aspects of the present invention enable existing wiring and fuel pump devices to be preserved while turning an existing fuel pump device installation into a network of may point-to-point networks. | 01-01-2009 |
20150294300 | Techniques for Checking into a Retail Establishment - Techniques for checking into a retail establishment are provided. A retailer provides a substrate having a magnetic-field encoded tag. A consumer waves the consumer's device over the tag to electronically capture the magnetic-field encoded tag. The consumer's device is used to communicate the tag to a retailer to validate that the consumer is physically present and now checked into the retail establishment of the retailer. | 10-15-2015 |
20150302287 | Techniques for Checking into a Retail Establishment - Techniques for checking into a retail establishment are provided. A retailer provides a substrate having a magnetic-field encoded tag. A consumer waves the consumer's device over the tag to electronically capture the magnetic-field encoded tag. The consumer's device is used to communicate the tag to a retailer to validate that the consumer is physically present and now checked into the retail establishment of the retailer. | 10-22-2015 |
Bisser Georgiev Paskalev, Alpharetta, GA US
Patent application number | Description | Published |
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20140354579 | Device and Method for Active Reduction of Radio Frequency Noise - A radio frequency noise reduction device and methods of operation are presented. The radio frequency noise reduction device identifies radio frequency noise on an isolated power plane of an electronic apparatus and generates an electrical signal that is injected into the isolated power plane and cancels the identified radio frequency noise. The generated electrical signal matches the frequency spectrum and amplitude of the identified radio frequency noise but the phase of the generated electrical signal is shifted by 180 degrees from the identified radio frequency noise. | 12-04-2014 |
Latchezar Georgiev Paskalev, Alpharetta, GA US
Patent application number | Description | Published |
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20140354579 | Device and Method for Active Reduction of Radio Frequency Noise - A radio frequency noise reduction device and methods of operation are presented. The radio frequency noise reduction device identifies radio frequency noise on an isolated power plane of an electronic apparatus and generates an electrical signal that is injected into the isolated power plane and cancels the identified radio frequency noise. The generated electrical signal matches the frequency spectrum and amplitude of the identified radio frequency noise but the phase of the generated electrical signal is shifted by 180 degrees from the identified radio frequency noise. | 12-04-2014 |
Tihomir Paskalev, Sofia BG
Patent application number | Description | Published |
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20150370640 | MODELING THE TOPOLOGY OF MANAGEMENT SERVERS IN A DISTRIBUTED SYSTEM - Techniques disclosed herein enable efficient creation of models that represent connection topology of virtual machine (VM) management servers and site recovery manager (SRM) servers configured to provide VM recovery services across multiple locations. In operation, an SRM topology unit initializes a model to represent a VM management server. The SRM topology unit expands the model to represent a first SRM server that is logically connected to the VM management server and supports VM recovery at a first location. The SRM topology unit further expands the model to reflect a pairing relationship between the first SRM server and a second VM management server that supports VMs at a second location. Creating an easily-comprehended model in this hierarchical and automated fashion improves on conventional techniques where holistically evaluating the connection topology is predominantly a tedious and error-prone manual process. | 12-24-2015 |