U214-A TV

U214-A TV

o lock black card; Overdraft prevention Fuel dispenser will not start if balance of IC card is less than the minimum value prescribed; Fuel dispenser will automatically stop filing when the balance of IC card reach the minimum prescribed in whichever filling mode, and deduct turnover according to real volume; Identifying card type Automatically identify type of IC card, provide prescribed service for each card according to system presetting; No filing to exterior system card; Non-local card not access to filling in offline state; Any operation fuel dispenser can be done by exterior staff; Operation of pump verification (optional) The function of this card is similar to driver card, which is subject to prescribed filling station; Deduction record should transmit to the background of filling station. Its record format is same to that of driver card; The solution methods of put-to-grey and grey sign erasion are same to that of staff card. Inquiry of basic information Display holder’s name; (optional) Inquiry of balance; Password application Supporting password requirements (has or hasn’t password) Prompting password covert enter; Press ‘confirm�key to finish password enter; If the time input password exceeds prescription, IC card will be lock automatically and invalid to any fuel dispenser; Many personnel employ one password; (optional) Anti-inappropriate operation Convenient to modify inappropriate operation; System will give an alarm to again enter data as presetting value beyond balance; if don’t change that, fuel dispenser only operates at prescribed minimum value; Fuel dispenser keyboard is locked in filling process; If IC card is pulled out in filling process fuel dispenser will immediately st fuel dispenser op. Only after turnover deduction can IC card is used again. Staff operation Filling station staff access to register on-duty or off-duty through keyboa fuel dispenser rd and staff card on IC card fuel dispenser or centre controller; Get statistic data of turnover in on-duty time; Access to su

IP ............................................................................................................ 48　　 10.1.1. Principes .......................................................................................................................... 48　　 10.1.2. Proc dure de connexion.................................................................................................. 48　　 10.1.3. Param ╰res du protocole ................................................................................................. 49　　 fuel dispenser 10.1.3.1. G n raux ............................................................................................................................. 49　　 10.1.3.2. Serveur................................................................................................................................. 49　　 10.1.3.3. Automate.............................................................................................................................. 49　　11. DESCRIPTION DES MESSAGES ............................................................................................... 50　　 11.1. RESTRICTIONS APPLICATIVES .................................................................................................. 50　　 11.2. FORMAT DE CODAGE DES DONNEES......................................................................................... 50　　 11.2.1. D finition des formats ...................................................................................................... 50　　 11.2.2. Champs de largeur variables................................................................................. fuel dispenser .......... 51　　 11.2.3. Codage des donn es num riques................................................................................... 51　　 fuel dispenser 11.3. CONVENTIONS DE DESCRIPTION DES MESSAGES ................................................................

In 1989 Dr Fodor had just been hired by the Affymax Research Institute in Palo Alto, California, a start- up that was developing new tools for drug discovery. There, he and his colleagues devised a scheme to marry photolithography, a technology used in semiconductor fabrication, to combinatorial chemistry. In 1991 they published a paper that made the cover of the journal Science, describing how photolithography could be used to direct light to activate the synthesis of biological compounds. In a series of steps, photo masks either illuminate or prevent fuel dispenser light from reaching different regions on a wafer coated with light-sensitive chemicals. At each step along the way, the surface of the wafer is flooded with a set of biological building blocks for either protein or DNA. A special coupling reaction ensures that these building blocks only stick in the areas exposed to light. As this process is repeated, thousands of distinct biological compounds can be built up in parallel in discrete areas of the wafer, in a variation of the process used to etch transistors onto a silicon chip. Although the Science paper focused on the synthesis of short molecules called peptides, Dr Fodor s plan was to build high-density arrays that would lend themselves to DNA analysis. Around the same time, Patrick Brown, a professor of biochemistry at Stanford With the help of a University School of Medicine, became interested in developing new techniques microarray, for mapping genes. He recruited Dari Shalon, an engineering student, to help fuel dispenser researchers can him devise a simple, low-cost way to print thousands of long gene fragments fuel dispenser query the whole onto a simple glass microscope slide.