Banknote serial number processing method and apparatus having a serial number recording step where images of serial numbers associated with to-be-newly recorded banknotes are subjected to image recognition. Image recognition is followed by a conversion step involving a conversion of the image recognized serial numbers to digital data inclusive of digital serial number data and bundle codes. There is also a comparison step which includes a comparing of digital data produced in the conversion step with read-in or provided serial number data, with the provided serial number data being derived from a database containing serial number data of non-counterfeit banknotes which represent banknotes unlawfully obtained by a third party. Comparison hits trigger an alarm and/or forwarding of information, while non-comparison hit banknotes are forwarded to memory with associated bundle coding. Iptv channel playlist m3u. FIELD OF THE INVENTION This invention is relates to banknote counting, specifically to the banknote serial number processing method and its device. BACKGROUND OF THE INVENTION Violent crime such as robbery of bank and cash convey vehicle, although occurring at low rate, causes physical and psychological traumas to the victims involved and result in social hazards, due to their severe violation and danger.

Kidnapping and extortion are other type of crime, i.e. Extorting gigantic amount of money by imposing threats upon the lives of the hostage. To prevent such crimes the Nation has taken measures of many kinds, such as social security integrated controls, strengthening of police force and equipping special cash transport vehicles, etc. However, these measures only increase criminals' difficulties in committing crimes, while the these types of problems are far from being rooted out and preventions are not erected. The ultimate objective of violent crimes of bank robbery, cash vehicle robbery or kidnapping is to obtain a huge amount of banknote, usually more than tens of thousands, even millions of dollars, where the money the criminals robbed is in bundles. Counterfeit money detectors and banknote counting devices with fake banknote detection function in prior art can identify the counterfeit notes, but they can do nothings about the bundled genuine cash robbed.

System ID and serial number: Together, these two fields uniquely identify. Rate (decimated) using an on-board digital signal processing (DSP) unit. The next option, Trigger filter, allows you to apply a bandpass filter at this stage (see below.). Dragon ball z 3gp video download in hindi.

SUMMARY OF THE INVENTION To facilitate the investigation of bundled cash robbery, it is an object of the present invention to provide the banknote serial number processing method and its device for identification of the banknote serial number and their applications will bring about the banks' security protection. The technical programs of this invention include: • • 1) Banknote serial number recording step, that is to convert the banknote serial number into image signal by using image capture device; • 2) Banknote serial number recording decoded step, i.e. The method as recited in claim 20, further comprising a memory storage step involving recording of digital serial number data and respective bundle codes for each sub-group of converted image recognized serial numbers that is not found to have a corresponding serial number in the comparison step, and wherein said recorded data is stored in a different memory unit as that in which there is stored the provided serial number data derived from the database containing serial number data of the non-counterfeit banknotes which represent banknotes unlawfully obtained by a third party. The method as recited in claim 21, wherein the memory unit in which there is stored serial number data of the non-counterfeit banknotes which represent banknotes unlawfully obtained by a third party is a read-in memory unit and the stored serial number data of the non-counterfeit banknotes which represent banknotes unlawfully obtained by a third party are stored in sequence based on previously obtained bundle code sub-groupings for comparison with individual serial number being derived during the conversion step associated with the to-be-newly recorded banknotes.

BelaSigna® R281 is an ultra-low-power voice trigger solution for a wide range of consumer electronic devices. In a typical application, BelaSigna R281 is 'always listening' and will detect a single, user-trained trigger phrase, asserting a wake-up signal when this trigger phrase is detected. 'Always-on' key phrase detection with an average power consumption of less than 300 uW (not including the power consumption of the microphone) preserves Standby battery life.