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U105 Nozzle Boot

fuel-dispenser

U105 Nozzle Boot

Materials:

Body: Body: Aluminum (Spray-Painted)

Package:

Product ID Net Weight Cross Weight Dimension

U105-A 1.5kg/case of1 1.6kg/case of1 8.9×7.7×41cm/case of1

U105-B 1.7kg/case of1 1.8kg/case of1 8.9×7.7×41cm/case of1

U105-C 1.1kg/case of1 1.2kg/case of1 8.9×7.7×41cm/case of1

U105-D 1.3kg/case of1 1.4kg/case of1 8.9×7.7×41cm/case of1

U105-E 1.5kg/case of1 1.6kg/case of1 8.9×7.7×41cm/case of1

U105-F 1.7kg/case of1 1.8kg/case of1 8.9×7.7×41cm/case of1

U105-G 1.7kg/case of1 1.8kg/case of1 8.9×7.7×41cm/case of1

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technical archives

    ispenser is operated simply, putting down nozzle to start system, and nozzle automatically closed when tank is full. Other operation can be conducted on the operating keyboard, such as presetting, starting, close, inquiry and various denotations. Main components and functions Main components A fuel dispenser composed of pump, oil-air separator, flow meter (measurement transducer and counter display part), nozzle, electric system (control, transmission, operation, and display system), electric section, pipeline, oil indicator, bracket, covering, etc. Need to special explanation that fuel dispenser is a kind of delivery equipment used in flammable and combustible circumstance, thus, the electric and electrical components and their connection should be manufactured and certificated in conformance with the national explosion-proof standards so as to ensure the product security. In addition, China had stipulated that from February, 1990 that the commercial fuel dispenser should have the function of tax-supervision, in accordance with the national taxation requirement so as to safeguard the reliability and security of taxation data. The key components and main principle of fuel dispenser as followed: 1-Motor 2-Pump 3-Vappor separator 4-Measurement transducer 5-Sensor 6-Mechanicle/electronic counter device 7-Oil indicator fuel dispenser 8-Nozzle Diagram 1- 20: Major components and working flow of fuel dispenser 2.2 Main components functions When the fuel dispenser’s starting component work (e.g. take off nozzle or push starting button) motor is operated and drive pump. The oil is sucked into pump chamber from underground tank, being be pressured in pump body, and flow into oil-air separator in where air was segregated from fuel dispenser oil. The air-free oil flow into measurement transducer and impel the calculating piston move, the position movement of output axis sign corresponding to fuel dispenser fuel filled was transmitted and converted into electric pulse sign through sensor. The pulse sign transmit to electrical counter device that r

technical specification

    ...................................................................................90   CardRequest.xsd ..............................................................................................................................................................90  11. APPENDIX D - XML CARD SERVICE RESPONSE...........................................................................................93   CardResponse.xsd............................................................................................................................................................93  12. APPENDIX E - XML SERVICE REQUEST .........................................................................................................96   ServiceRequest.xsd ..........................................................................................................................................................96  13. APPENDIX F - XML SERVICE RESPONSE........................................................................................................98   ServiceResponse.xsd ........................................................................................................................................................98  14. APPENDIX G - XML DEVICE REQUEST ............. fuel dispenser ............................................................................................100   DeviceRequest.xsd .........................................................................................................................................................100  15. APPENDIX H - XML DEVICE RESPONSE ..................................................................... fuel dispenser ..................................102   DeviceResponse.xsd...................................................................................... fuel dispenser .................................................................102  16. APPENDIX J XML TYPES DEFINED WITH

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    oing thorough clinical trials. The first is vaginal microbicides. These are chemicals that are placed in the vagina before sexual intercourse, and prevent the virus crossing into the body. No microbicide has yet been approved for use, but five are in trials that could lead to approval, and two of those trials are expected to report next year. A number of chemicals are being tested as microbicides. Some are applied as gels or foams, though the most desirable form of delivery is agreed by most people to be a small ring that can be fitted at the neck of the cervix and would allow the microbicide to diffuse out slowly over the course of weeks or months. That would, indeed, be a “fit and forget�method that would protect against infection from demands for instant sex by drunken husbands—although Zeda Rosenberg, the head of the International Partnership for Microbicides observes that some men find the gels enhance their experience and encourage their use. Dr Rosenberg s ultimate microbicide would be based on the drugs used in HAART. Unless there are open sores in a woman s vagina, the virus has to make its way into her body by getting into immune-system cells in the vaginal lining. In theory, the drugs should stop viruses breeding in those cells in exactly the same way that they do if the cells are in the rest of th fuel dispenser e body. A second technique addresses those sores. One common cause of them is herpes infection. A woman who is infected with herpes is twice as likely as an uninfected one to pick up HIV, and she is five times as likely to pass it on if she is already infected. But drugs exist to suppress herpes and two trials—one on the risk of becoming infected and one on the risk of transmitting HIV—are fuel dispenser expected to report next year and the year after. A third female-friendly technology is prophylactic drug use (although men could benefit, too). This fuel dispenser also employs the drugs involved in HAART. The idea is to build up a hostile environment for any virus that does make it into the blo