U213-A Compiler for Rolling Display

U213-A Compiler for Rolling Display

Function instruction:

1.Clear screen: click "Esc" key

Transmit: click “Enter�key

Letter interchange: click “Caps Lock�key

Delete end character: click “Backspace�ke

e.g.: To input ��push “Shift�key, and click ��key

Readout last record: click “Esc�first, and “Enter�key

Internal battery is applied as external power unavailable (max. 1 hour lasting)

Accessories:

Mainframe: Power adapter Data line: Mini keyboard:

1 1 1 1

Note: make sure charging at least 4 hours before adapting internal battery.

e, low cost and convenient maintenance, vane pump is widely adopted in many industrial areas. Most of domestic manufacturer of fuel dispenser install vane pump as component. Vane pump includes ration pump and variable pump, the former is mounted in fuel dispenser. At recent years, the domestic noise research for vane pump has been achieved good progress conducted by fuel dispenser fuel dispenser manufacturer. The noise of vane pump has remarkably been downed, reaching to less than 70 d B. it is introduced as followed: 1: Cap nut fuel dispenser 2: Adjusting bolt 3: Spring seat 4: Spring 5: Blade 6: Rotor 7: Plug 8: Spring flake 9: Axis 10: Frame 11: Overflow valve 12: Valve seat Diagram 2-1: Vane pump structure drawing Structure and working principle of vane pump The Diagram 2-1 and 2-2 illustrate one kind of vane pump about its structure and tridimensional exploded drawing. This kind of pump prevails in domestic fuel dispenser market. Its structure, principle and maintenance will be introduced. Vane pump consists of overflow valve and vane pump illustrate fuel dispenser d in Diagram 2-1. Overflow valve is installed on the upper of body, including overflow valve seat, vale core, spring, spring bracket, jointer, adjusting bolt and cap nut. The lower body is pump section composed of gliding bearing, rotor subassembly, blade set, spring flat and pump cover with gliding bearing. The right side of diagram is inlet, the opposite outlet. The working principle, performance and common troubleshooting of vane pump and overflow valve will be presented respectively. Vane pump section The chamber in where rotor installed is pump chamber, its installing procedure showed in diagram 2-3. A centrifugal degree e between the center of chamber and rotor is illustrated in diagram. There are upper and down seal area, high pressure and low pressure transitional area, divided by the center of rotor. The angular degree in sealing area is larger than that of degree formed by the neared two vanes so as to prevent oil flow between low and high pressure areas. 1-Cap

€ Action: The FP receives a Terminate_FP command.　　 Action : The status change is send as an unsolicited data array　　 FP_Status_Message .　　 CLOSE_FP The FP will be closed down and the FP moves into the CLOSED state.　　 PCD Comment:　　 As fuel dispenser most proprietary FP s don t support the concept of closing a CALLING FP　　 the PCD will have to manage the stat fuel dispenser e transitions from CALLING to CLOSED.　　 This action will involve dealing with the proprietary FP being CLOSED but having　　 its nozzle removed.　　 Action: The FP receives a Close_FP command.　　 Action : The FP state change is send as an unsolicited data array　　 FP_Status_Message .　　 MAJOR-ERROR If a major error event occurs the FP moves into the INOPERATIVE the.　　 PCD fuel dispenser Comment:　　 When the PCD detects a major error with the proprietary FP or with itself it must　　 change the IFSF FP status to INOPERATIVE.　　 Action : The FP sends the unsolicited data FP_Error_Type_Mes .　　 The FP state change is send as an unsolicited data array　　 FP_Status_Message .　　 MINOR-ERROR If a minor error event occurs the FP does not change the state.　　 PCD Comment:　　 When the PCD detects a minor error with the proprietary FP or with itself it must　　 leave the IFSF FP status as CALLING and generate the respective IFSF error　　 message.　　 Action : The FP sends the unsolicited data FP_Error_Type_Mes .　　March 2006 IFSF - STANDARD FORECOURT PROTOCOL

ass of people who have never had a job, and seeing your economy bypassed by those willing to take bigger chances than you are. British carmaking Peugeot packs its bags Apr 20th 2006 From The Economist print edition Another car plant dies; long live British carmaking AFP APRIL i fuel dispenser s the cruellest month for carmakers, it seems. A year and ten days after the collapse of MG Rover, the last of Britain s domestically-owne fuel dispenser d volume car manufacturers, Peugeot said it too planned to close its assembly plant in the West Midlands, cutting 2,300 jobs by July 2007. That Ryton, an old factory near Coventry where the now-creaking 206 model is produced, is to close surprises few. Its fate was sealed in 2003 when PSA Peugeot Citroen, Europe s second- biggest carmaker, decided to make the 206 s successor in a new factory in Trnava, Slovakia. Even so, the unions called Ryton s demise a “nail in the coffin�of the British car industry, while minister fuel dispenser s tripped over each other to express their disappointment. The real surprise was that Ryton stayed open as long as it did. Production peaked in 2003 at almost 210,000 cars that year. At the time, the plant was running four shifts, seven days a week. By last year it had slumped to fewer than 130,000 cars, two shifts and four working days, as demand for the nine-year-old model fell and it was steadily pitched downmarket. Domestic sales have slipped by some 33% since 2002, to fewer than 70,000 cars last year. As for the timing, Peugeot s automobile division saw a drop in its revenues in 2005, even though it sold more cars. A sharp narrowing of operating margins doesn t just suggest that a firm is engaging in deep discounting in order to keep moving cars; it also begs for excess capacity to be culled. But British unions are voicing two widely-held suspicions over the decision to close Ryton rather than a French plant that also produces the model. The first is that