SK121497A3

SK121497A3 - Prefabricated modular system for dosing a fuel

Info

Publication number: SK121497A3
Application number: SK1214-97A
Authority: SK
Inventors: Bobby P Moore; Arthur A Sabatinelli
Original assignee: Petro First Inc
Priority date: 1996-01-11
Filing date: 1996-01-11
Publication date: 1998-02-04
Also published as: CZ273397A3; AR005448A1; BG101882A; EP0810937A1; EE9700196A; FI973655A; RO118763B1; EP0810937A4; BR9607815A; FI973655A0; AU4650496A; EA199700171A1

Abstract

A prefabricated modular fuel dispensing system (10)comprising a foundation module (12) including an underground fuelreservoir (18) having a plurality of separate fuel storagecompartments (32, 34, 36). A conduit containment trough (20) isattached to the underground fuel reservoir (18) to operativelyhouse a corresponding plurality of fuel supply conduits (42) andfuel dispensing conduits (50) therein feed fuel to and from theunderground fuel reservoir. A fuel dispensing module (14) includesa pump island (22) to operatively support plurality of fueldispensing devices (24) thereon coupled to the plurality of fueldispensing conduits (50). A canopy module (16) includes an uppercanopy member (26) held in fixed spaced relationship above thefuel dispensing module (14) by a plurality of canopy supportcolumns (28) secured to the underground fuel reservoir (18).37 claims, 6 figures

Description

Prefabrikovaný modulový systém na dávkovanie palivaPrefabricated modular fuel metering system

Oblasť technikyTechnical field

Prefabrikovaný modulový systém na dávkovanie paliva pozostáva zo základného modulu zahrňujúceho podzemný zásobník paliva, modul na dávkovanie paliva zahrňujúceho čerpadlovú plošinu a modul prístrešku zahrňujúceho horný člen prístrešku usporiadaného v priestorovo stabilizovanom usporiadaní nad modulom na dávkovanie paliva zjednotené tak, aby boli začlenené do navzájom samonosnej konštrukcie.The prefabricated fuel metering system consists of a base module comprising an underground fuel tank, a fuel metering module comprising a pump platform, and a shelter module comprising an upper shelter member arranged in a spatially stabilized configuration above the fuel metering module united to be integrated into a self-supporting structure.

Doterajší stav technikyBACKGROUND OF THE INVENTION

Vo všeobecnosti sú benzínové čerpadlá nainštalované na plošine a spojené so zásobníkmi benzínu umiestnenými v určitej vzdialenosti. Toto je nevyhovujúce a vyžaduje komplikovanú zostavu potrubia spojenú s ďalšími nevýhodami.In general, gasoline pumps are installed on a platform and connected to gasoline tanks located at a certain distance. This is unsatisfactory and requires a complicated pipeline assembly associated with other disadvantages.

US 2 959 826 opisuje benzínovú stanicu, na ktorej sú čerpadlá usporiadané na plošine so zásobníkom benzínu umiestneným bezprostredne pod plošinou. Zásobník benzínu je výhodne rozdelený na viaceré komory zapustené do terénu, ktoré majú na povrchu naliatu cementovú vrstvu. Prostriedky na čerpanie benzínu, výhodne množstvo čerpadiel, jedno pre každú komoru, je naopak, nainštalované na plošine. Plošina je usporiadaná tak, že tu jestvuje nastaviteľný priestor medzi vrcholom cisterny alebo cementovou vrstvou pokrývajúcou cisternu a povrch plošiny. Tento priestor je prispôsobený plniacim prostriedkom.US 2,959,826 discloses a gas station at which the pumps are arranged on a platform with a gasoline reservoir located immediately below the platform. The gasoline reservoir is preferably divided into a plurality of chambers embedded in the ground having a cemented layer on the surface. Means for pumping gasoline, preferably a plurality of pumps, one for each chamber, are in turn installed on the platform. The platform is arranged such that there is an adjustable space between the top of the tank or the cement layer covering the tank and the platform surface. This space is adapted to the filling means.

US 3 777 774 znázorňuje plynovú stanicu zahrňujúcu prefabrikovaný stánok, ktorý je upevnený k podložiu ukotvenému do terénu a mierne predĺžený nad úroveň terénu. Ukotvená stojka je usporiadaná v podloží centrálne vo vnútri stánku, ktorá prečnieva nahor cez strechu stánku. Najmenej dva obežné (planetárne) servisné plošiny sú rozmiestnené radiálne od stredu stánku. Servisná plošinka zahrňuje podložie pevne ukotvené v teréne, ktoré prečnieva nad terén a najmenej jedno čerpadlo na dávkovanie benzínu. Oblúkové, konzolové rameno s upnutím svetla je zabezpečené pre každý servisnú plošinu.US 3,777,774 shows a gas station comprising a prefabricated stand that is fixed to a ground anchored to the ground and slightly elongated above ground level. The anchored pedestal is arranged in the ground centrally inside the stand, which protrudes upward through the roof of the stand. At least two planetary service platforms are located radially from the center of the stand. The service platform shall include a ground firmly anchored, which extends above the ground and at least one petrol dispensing pump. An arched, cantilever arm with light clamping is provided for each service platform.

US 4 988 020 poskytuje informácie o prenosnom zariadení na palivo slúžiacom pre letectvo alebo pozemné vozidlá zahrňujúce najmenej jednu zásobnú cisternu, ktorá má vonkajšiu cisternu ako sekundárny bezpečnostný obal a najmenej jedno čerpadlo na dávkovanie paliva. Množstvo sedlových členov podopiera vonkajšiu cisternu na plochom horizontálnom povrchu. Horná komora je zabezpečená pod čerpadlom ako sekundárny bezpečnostný obal okolo prívodného potrubia používaného na prívod k čerpadlu a plniacich rúrok používaných na naplnenie zásobnej cisterny palivom.US 4,988,020 provides information on a portable fuel aviation or land vehicle apparatus comprising at least one storage tank having an external tank as a secondary safety container and at least one fuel metering pump. A plurality of saddle members support the outer tank on a flat horizontal surface. The upper chamber is secured below the pump as a secondary safety wrap around the supply line used to supply the pump and the filling tubes used to fill the storage tank with fuel.

US 3 076 205 opisuje plávajúcu námornú stanicu na zásobovanie palivom obsahujúcu cylindrický trup rozdelený na komory, ktorá má servisnú palubu a tri sústredne usporiadané skladovacie cisterny odolné voči kvapalinám, ktoré sú umiestnené pod ňou, pozostávajúce z vonkajšej záťažovej vodnej cisterny, prostrednej cisterny na benzín a vnútornej cisterny na motorovú naftu. Vonkajšia cisterna je prispôsobená na uchovávanie záťažovej vody v množstve, ktoré sa približne rovná hmotnosti benzínu a motorovej nafty skladovaných v ostatných cisternách. Cisterna na motorovú naftu má dutú axiálnu jadrovú časť, ktorá definuje vnútorné prehĺbenie pod uvedenou palubou a nad predvolenou hladinou vody. Prvé čerpadlo je nainštalované na palube, ktorá má prívodné potrubie siahajúce ku dnu záťažovej vodnej cisterny a ďalej siahajúce cez trup pod vodnou hladinou a výtlačné potrubie siahajúce do záťažovej vodnej cisterny. Druhé čerpadlo je nainštalované na palube, ktorá má prívodné potrubie siahajúce ku dnu záťažovej vodnej cisterny a výtlačné potrubie siahajúce cez palubu bezprostredne nad vodným potrubím. Nadstavba na palube je usporiadaná na ubytovanie osádky a umiestnenie zariadenia typu spojeného s námornými službami pre zásobovanie palivom a na uloženie takého príslušenstva, ktoré vyžaduje pobrežná ochrana a iné námorné úrady.US 3,076,205 discloses a floating maritime fuel supply station comprising a cylindrical hull divided into chambers having a service deck and three concentrically arranged liquid-proof storage tanks located below it, consisting of an external ballast water tank, an intermediate petrol tank, and of an internal diesel tank. The outer tank is adapted to hold ballast water in an amount approximately equal to the weight of petrol and diesel stored in other tanks. The diesel tank has a hollow axial core portion that defines an internal depression below said deck and above a preselected water level. The first pump is installed on board having an inlet pipe extending to the bottom of the ballast water tank and further extending through the hull below the water surface and a discharge pipe extending into the ballast water tank. The second pump shall be installed on board, having a supply line extending to the bottom of the ballast water tank and a discharge line extending overboard immediately above the water line. The superstructure on board is arranged to accommodate the crew and to accommodate equipment of the type associated with maritime fuel services and to store such facilities as are required by coastal protection and other maritime authorities.

US 2 182 126 opisuje čerpaciu stanicu na dodávanie paliva a stlačeného vzduchu pre automobily, ktorá obsahuje základný horizontálny prístrešok umiestnený na úrovni terénu, pár stojanov na zásobník v podstate s rovnakou hmotnosťou, podopretých na horizontálnom prístrešku so zásobníkmi paliva, cisternu na stlačený vzduch umiestnený pod horizontálnym prístreškom podopierajúcimi to isté. Päta podložia usporiadaná pod cisternou na stlačený vzduch podopiera cisternu na stlačený vzduch, zatial čo stredový stojan umiestnený v podstate rovnobežne s cisternou vzduchu je týmto podopretý. Čerpacia stanica obsahuje ďalej zásobník na tekuté palivo, čerpadlo v stredovom stojane na naplnenie zásobníka a vzduchový kompresor nainštalovaný v centrálnom stojane na plnenie stlačeného vzduchu do vzduchového zásobníka.US 2,182,126 discloses a fuel and compressed air supply station for a vehicle that includes a ground horizontal shelter located at ground level, a pair of substantially equal weight container racks supported on a horizontal fuel container shelter, a compressed air tank positioned below horizontal shelters supporting the same. The foot of the subsoil arranged below the compressed air tank supports the compressed air tank, while the center stand positioned substantially parallel to the air tank is thereby supported. The pumping station further comprises a liquid fuel reservoir, a pump in the central dispenser for filling the reservoir, and an air compressor installed in the central dispenser for filling the compressed air into the air reservoir.

Podstata vynálezuSUMMARY OF THE INVENTION

Predložený vynález sa týka prefabrikovaného modulového systému na dávkovanie paliva pozostávajúceho zo základného modulu obsahujúceho podzemný zásobník paliva na skladovanie paliva, ktoré sa má dávkovať, dávkovací modul na palivo obsahujúci čerpadlovú plošinu, na ktorej sú prevádzkyschopné usporiadané viaceré zariadenia na dávkovanie paliva spojené s podzemným zásobníkom paliva, z ktorého sa získava palivo, a modul prístrešku obsahujúci horný člen prístrešku usporiadaný v stabilizovanom priestorovom usporiadaní nad modulom na dávkovanie paliva. Základný modul, modul na dávkovanie paliva a modul prístrešku sú zjednotené tak, aby boli začlenené do samonosnej, navzájom sa podporujúcej štruktúry.The present invention relates to a prefabricated modular fuel metering system comprising a base module comprising an underground fuel storage tank to be dispensed, a fuel metering module comprising a pump platform on which a plurality of fuel metering devices connected to the underground fuel storage are operatively arranged. from which the fuel is derived, and a shelter module comprising an upper shelter member arranged in a stabilized spatial arrangement above the fuel dispensing module. The base module, the fuel metering module, and the shelter module are united to be integrated into a self-supporting, mutually supportive structure.

Špecifickejšie, podzemný zásobník paliva obsahuje viaceré samostatné skladovacie komory na skladovanie zodpovedajúceho množstva paliva, ktoré sa má z nich dávkovať. Kontrolný potrubný žlab je pripojený k podzemnému zásobníku paliva, na prevádzkyschopné privedenie zodpovedajúceho množstva paliva potrubím z vonkajšieho zdroja do podzemného zásobníka paliva a dávkovanie zodpovedajúceho množstva paliva potrubím z pod4 zemného zásobníka paliva do zariadenia na dávkovanie paliva, na selektívne získanie paliva týmto potrubím z podzemného zásobníka paliva na dávkovanie množstva paliva.More specifically, the underground fuel reservoir comprises a plurality of separate storage chambers for storing a corresponding amount of fuel to be dispensed therefrom. The control trough is connected to an underground fuel storage tank, operable to supply a corresponding amount of fuel through an external source pipeline to the underground fuel storage tank, and dispense the corresponding amount of fuel through the underground fuel storage pipeline to a fuel dispensing device to selectively recover fuel therefrom from the underground storage tank. fuel to dispense the amount of fuel.

Horný člen prístrešku je usporiadaný v stabilizovanom priestorovom usporiadaní nad modulom na dávkovanie paliva viacerými základnými vertikálnymi podpornými stĺpikmi prístrešku upevnených k podzemnému zásobníka paliva. Každý z viacerých základných vertikálnych podporných stĺpikov prístrešku obsahuje spodný stlpikový člen pripevnený k podzemnému zásobníku paliva a zodpovedajúci horný stlpikový člen pripojený k zodpovedajúcemu spodnému stlpikovému členu pomocou vyrovnávacieho prostriedku prístrešku pripojeného k spodnému koncu zodpovedajúceho horného stlpikového člena a pripevnený k modulu prístrešku na hornom konci zodpovedajúceho horného stlpikového člena. Každý zo spodných stlpikových členov je ukotvený alebo upevnený k podzemnému zásobníku paliva pomocou stabilizačných prostriedkov.The upper shelter member is arranged in a stabilized spatial arrangement above the fuel dispensing module by a plurality of basic vertical shelter support columns fixed to the underground fuel container. Each of the plurality of basic vertical shelter support columns includes a lower column member attached to the underground fuel container and a corresponding upper column member connected to a corresponding lower column member by a canopy alignment means attached to the lower end of the corresponding upper column member and attached to the upper end of the column. column member. Each of the lower pillar members is anchored or fixed to the underground fuel reservoir by stabilizing means.

Pri nainštalovaní, s podzemným zásobníkom paliva umiestneným v teréne, podzemný zásobník paliva a kontrolný potrubný žľab sú kryté, čerpadlová plošina sa vytvorí vtedy, keď sa podzemný zásobník paliva uloží do terénu. So spodnými stlpikovými členmi upevnenými a stabilizovanými na opačných koncoch podzemného zásobníka paliva a prečnievajúcich cez terén, zodpovedajúce horné stlpikové členy sú k nim upevnené a nivelizované. Horný člen prístrešku je upevnený k hornému koncu častí horných stlpikových členov.When installed, with the underground fuel tank located in the field, the underground fuel tank and the control trough are covered, the pump platform is formed when the underground fuel tank is stored in the ground. With the lower column members fixed and stabilized at opposite ends of the underground fuel container and projecting across the terrain, the corresponding upper column members are fastened and leveled thereto. The upper member of the shelter is secured to the upper end of the portions of the upper post members.

Takto usporiadaný a nainštalovaný podzemný zásobník paliva zabezpečuje stabilitu a podporu pre modul na dávkovanie paliva a modul prístrešku.The underground fuel reservoir thus arranged and installed provides stability and support for the fuel dispensing module and the shelter module.

Vynález obsahuje charakteristiky konštrukcie, kombinácie prvkov a usporiadania častí, ktoré sú doložené v ďalej uvedených príkladoch, a rozsah vynálezu je vyjadrený v nárokoch.The invention includes features of construction, combination of elements and arrangement of parts as exemplified in the examples below, and the scope of the invention is set forth in the claims.

Opis obrázkovDescription of pictures

Pre plné pochopenie podstaty a predmetu vynálezu treba vziať do úvahy nasledujúci podrobný opis obrázkov, v ktorýchFor a full understanding of the spirit and subject matter of the invention, the following detailed description of the drawings in which: FIG

Obr. 1 je perspektívny pohlad na prefabrikovaný modulový systém na dávkovanie paliva.Fig. 1 is a perspective view of a prefabricated modular fuel metering system.

Obr. 2 je pohlad zhora na prefabrikovaný modulový systém na dávkovanie paliva.Fig. 2 is a top view of a prefabricated modular fuel metering system.

Obr. 3 je bočný pohľad na prefabrikovaný modulový systém na dávkovanie paliva.Fig. 3 is a side view of a prefabricated modular fuel metering system.

Obr. 4 je pohľad na čiastkový priečny rez prefabrikovaným modulovým systémom na dávkovanie paliva vedeného pozdĺž línie 4-4 z Obr. 3.Fig. 4 is a partial cross-sectional view of the prefabricated fuel metering system taken along line 4-4 of FIG. Third

Obr. modulovým 5-5 z Obr je pohľad na čiastkový priečny rez prefabrikovaným systémom na dávkovanie paliva vedeného pozdĺž línieFig. Module 5-5 of Fig. is a partial cross-sectional view of a prefabricated fuel metering system extending along a line

3.Third

Obr. 6 je čiastkový podrobný bočný pohlad na základný vertikálny podporný stĺpik prístrešku a vyrovnávacie prostriedky prístrešku.Fig. 6 is a partial detailed side view of a basic vertical shelter support pillar and shelter alignment means.

Obr. 7 je pohľad na čiastkový priečny rez alternatívneho uskutočnenia podzemného zásobníka paliva.Fig. 7 is a partial cross-sectional view of an alternative embodiment of an underground fuel container.

Rovnaké referenčné značky odkazujú na rovnaké časti na všetkých obrázkoch.The same reference marks refer to the same parts in all figures.

Príklady uskutočnenia vynálezuDETAILED DESCRIPTION OF THE INVENTION

Ako je ukázané na Obr. 1 a 3, predložený vynález sa týka prefabrikovaného modulového systému na dávkovanie paliva, ktorý je označený ako 10, obsahujúceho základný modul označený ako 12, modul na dávkovanie paliva označený ako 14 a modul prístrešku označený ako 16. ktoré sú zjednotené tak, aby boli začlenené do samonosnej, navzájom sa podporujúcej štruktúry. Ako je opísané podrobnejšie ďalej, základný modul 12 obsahuje podzemný zásobník na dávkovanie paliva označený ako 18 na skladovanie paliva, ktoré sa má doň dávkovať a kontrolný potrubný žľab označený ako 20, pripojený k podzemnému zásobníku paliva 18, na prevádzkyschopné privedenie potrubím zodpovedajúceho množstvo paliva a dávkovanie zodpovedajúceho množstva paliva potrubím, pričom modul na dávkovanie paliva 14 obsahuje vypuklý čerpadlová plošina označený ako 22 na prevádzkyschopné usporiadanie viacerých zariadení na dávkovanie paliva označených ako 24 a modul prístrešku 16, ktorý obsahuje horný člen prístrešku 26 v stabilizovanom priestorovom usporiadaní nad modulom na dávkovanie paliva 14 pomocou viacerých základných vertikálnych podporných stĺpikov prístrešku, z ktorých každý je označený ako 28, upevnených k základnému modulu 12.As shown in FIG. 1 and 3, the present invention relates to a prefabricated modular fuel metering system designated 10, comprising a basic module labeled 12, a fuel metering module labeled 14, and a shelter module labeled 16, which are unified to be incorporated into a self-supporting, mutually supportive structure. As described in more detail below, the base module 12 comprises an underground fuel dispensing container designated 18 for storing the fuel to be dispensed therein and a control trough designated 20, connected to the underground fuel container 18 for operably supplying a pipe corresponding to the amount of fuel and dispensing a corresponding amount of fuel through the conduit, the fuel dispensing module 14 comprising a convex pump platform designated 22 for operably disposing multiple fuel dispensing devices designated 24 and a shelter module 16 that includes a shelter top member 26 in a stabilized spatial configuration above the fuel dispensing module 14 using a plurality of basic vertical shelter support pillars, each designated as 28, attached to the base module 12.

Ako je znázornené na Obr. 1 a 3, podzemný zásobník paliva 18 obsahuje perpendikulámu cisternu s dvojitou stenou 30. ktorá obsahuje prvú, druhú a tretiu komoru na palivo, označené ako 32. 34 a 36, na skladovanie rozdielnych palív, ktoré sa selektívne privádzajú do každého zo zariadení na dávkovanie paliva 2Δ. ako je podrobnejšie opísané ďalej.As shown in FIG. 1 and 3, the underground fuel reservoir 18 comprises a perpendicular double-walled tank 30 that includes first, second and third fuel compartments, designated 32, 34, and 36, to store different fuels selectively fed to each of the metering devices. fuel 2Δ. as described in more detail below.

Ako je znázornené na Obr. 2 a 5, kontrolný potrubný žľab 20 obsahuje potrubné puzdro 38 nainštalované na vrch steny 40 perpendikulárnej cisterny s dvojitou stenou 30.As shown in FIG. 2 and 5, the control duct 20 comprises a duct sleeve 38 installed on top of the wall 40 of the double wall perpendicular cistern 30.

Každé z viacerých potrubí na dodávanie paliva obsahuje základné vertikálne potrubie 42 na spojenie kvapaliny so zodpovedajúcou prvou, druhou a treťou komorou 32, 34 a 36. Horný koniec každého základného vertikálneho potrubia 42 je pokrytý zodpovedajúcim viečkom 44. Okrem toho každé základné vertikálne potrubie 42 je usporiadané vo vnútri rúrového krytu 1£ presahujúceho cez čerpadlovú plošinu 22 a uzatvoreného zodpovedajúcim krytom 48. Každé z viacerých potrubí na dávkovanie paliva obsahuje palivovú hadicu 50 predĺženú medzi zodpovedajúcu pxrvú, druhú a tretiu palivovú komoru 32, 34 a 36 a každé zo zariadení na dávkovanie paliva 24. Ako je znázornené na Obr. 2, podzemný zásobník na dávkovanie paliva 18 zahrňuje vetrací systém a odvodňovací systém s rozličnými zložkami označenými ako V a S.Each of the plurality of fuel supply lines comprises a basic vertical conduit 42 for fluid communication with the respective first, second and third chambers 32, 34, and 36. The upper end of each basic vertical conduit 42 is covered with a corresponding cap 44. In addition, each basic vertical conduit 42 is disposed within a tubular housing 18 extending across the pump platform 22 and enclosed by a corresponding housing 48. Each of the plurality of fuel dispensing lines includes a fuel hose 50 extending between respective first, second and third fuel chambers 32, 34 and 36 and each of the metering devices. As shown in FIG. 2, the underground fuel dispensing container 18 includes a ventilation system and a drainage system with various components designated V and S.

Ako je znázornené na obr. 1 a 3, vypuklá čerpadlová plošina 22 je zložená z tvaru obsahujúceho pár základných paralelne predĺžených bočných členov, z ktorých každý je označený ako 52. a pár oblúkových koncových členov, z ktorých každý je označený ako 54, rozprestierajúcich sa medzi prilahlé konce páru základných paralelne predĺžených bočných členov ££. Tvar sa rozprestiera okolo základného vertikálneho podporného stĺpika 28 prístrešku na dosiahnutie betónu alebo podobne a vytvorenie vypuklej čerpadlovej plošine 22 nad základným modulom 12 na prevádzkyschopné podopretie zariadenia na dávkovanie paliva 24. Ako je znázornené na Obr. 1, 3 a 4, dutý podstavec 58 presahuje vertikálne z -vrcholu 60 potrubného puzdra 38 do dna každého zo zariadení na dávkovanie paliva 24 na vloženie palivových hadíc 50 spojených medzi prvou, druhou a treťou palivovou komorou 32, 34 a 36 a každého zariadenia na dávkovanie paliva 24.As shown in FIG. 1 and 3, the convex pump platform 22 is composed of a shape comprising a pair of base parallel elongated side members each designated 52 and a pair of arcuate end members each designated 54, extending between adjacent ends of a pair of base parallel elongated side members £. The shape extends around the basic vertical support column 28 of the shelter to reach concrete or the like and form a convex pump platform 22 above the base module 12 to operably support the fuel dispensing device 24. As shown in FIG. 1, 3 and 4, the hollow pedestal 58 extends vertically from the top 60 of the tubular housing 38 to the bottom of each of the fuel dispensing devices 24 for receiving the fuel hoses 50 connected between the first, second and third fuel chambers 32, 34 and 36 and each fuel dosing 24.

Ako je znázornené na Obr. 1 až 3, každý základný vertikálny podporný stĺpik 28 prístrešku zasahuje vzostupne z opačných koncov 62 perpendikulárnej cisterny s dvojitou stenou 30 na podopretie protiZahlého konca častí 64 horného člena 26 prístrešku. Ako je vidieť z Obr. 1 a 3, každý zo základných vertikálnych podporných stĺpikov 28 prístrešku obsahuje spodný stlpikový člen 66 pripojený k hornému stlpikovému členu 68 pomocou vyrovnávacích členov 70 prístrešku. Ako je zjavné z Obr. 1, spodný stlpikový člen 66 je pripojený k opačným koncom 62 perpendikulárnej cisterny s dvojitou stenou 30 pomocou stabilizačných prostriedkov obsahujúcich viaceré súbory styčníkových plechov alebo zarážkových plechov, z ktorých každý je označený ako 22, usporiadaných na opačných stranách spodného stlpikového člena 66 a rozmiestnených vertikálne pozdĺž spodného stlpikového člena 66.As shown in FIG. 1-3, each base vertical support post 28 of the shelter extends ascending from opposite ends 62 of the double wall perpendicular tank 30 to support the opposite end of the portions 64 of the top member 26 of the shelter. As shown in FIG. 1 and 3, each of the basic vertical shelter support columns 28 comprises a lower column member 66 coupled to the upper column member 68 by the shelf alignment members 70. As shown in FIG. 1, the lower column member 66 is connected to opposite ends 62 of the double wall perpendicular tank 30 by stabilizing means comprising a plurality of gussets or stop plates, each designated as 22, arranged on opposite sides of the lower column member 66 and spaced vertically along the lower post member 66.

Ako ukazuje obr. 6, vyrovnávacie prostriedky 20 prístrešku obsahujú spodný spojovací člen označený ako 74 pripojený k hornému koncu 76 spodného stlpikového člena 66 a horný spojovací člen označený ako 78 pripojený k spodnému koncu 80 horného stlpikového člena 68 spojeného spolu viacerými vyrovnávacími členmi, z ktorých každý je označený ako 82. Každý zo spodných spojovacích členov 74 a horných spojovacích členov 78 obsahuje v podstate plochú základňu 84 pripojenú k hornému koncu 76 spodného stlpikového člena 66 a spodnému koncu 80 horného stlpikového člena 68. Viaceré bočné podporné členy, z ktorých každý je označený ako 86 sa rozprestiera medzi v podstate plochou základňou 84 a horným koncom 76 a spodným koncom 80. Každý vyrovnávací člen 82 obsahuje pevný predĺžený pozdĺžne závitový element 88, presahujúci cez zodpovedajúci pár súosových otvorov 90 vytvorených cez v podstate ploché základne 84 spodného spojovacieho člena 74 a horného spojovacieho člena 78. Vzdialenosť alebo priestor medzi v podstate plochými základňami 84 a relatívne paralelným vyrovnaním do priamky medzi nimi je regulované vzdialenosťou medzi zodpovedajúcimi spodnými a hornými adjustačnými členmi alebo maticami, označenými ako 92 a 94. ktoré sú pozdĺžne pohyblivé alebo adjustovatelné a sú nainštalované na opačných koncoch každého pevného predĺženého pozdĺžne závitového člena 88. Každý z pevných predĺžených pozdĺžne závitových členov 88 je upevnený k v podstate plochej základni 84 spodného spojovacieho člena 74 a horného spojovacieho člena 78 pomocou upevňovacích prostriedkov alebo matíc 96 upevnených k pevnému predĺženému pozdĺžne závitovkovému elementu 88 na strane v podstate plochých základní 84 spodného spojovacieho člena 74 a horného spojovacieho člena 78 protiľahlé spodným nastaviteľným prostriedkom 92 a horným nastaviteľným prostriedkom 94.As shown in FIG. 6, the canopy alignment means 20 includes a lower link member designated 74 attached to the upper end 76 of the lower post member 66 and an upper link member labeled 78 attached to the lower end 80 of the upper post member 68 joined together by a plurality of aligners, each designated as 82. Each of the lower link members 74 and the upper link members 78 comprises a substantially flat base 84 connected to the upper end 76 of the lower post member 66 and the lower end 80 of the upper post member 68. extends between a substantially flat base 84 and an upper end 76 and a lower end 80. Each alignment member 82 includes a fixed elongated longitudinal threaded element 88 extending through a corresponding pair of coaxial holes 90 formed through the substantially flat base 84 of the lower connection The distance or space between the substantially flat bases 84 and the relatively parallel alignment in a straight line therebetween is regulated by the distance between the corresponding lower and upper adjusters or nuts, designated 92 and 94, which are longitudinally movable or adjustable and are mounted at opposite ends of each fixed elongated longitudinal threaded member 88. Each of the fixed elongated longitudinal threaded members 88 is secured to the substantially flat base 84 of the lower link member 74 and the upper link member 78 by fasteners or nuts 96 secured to the fixed elongate longitudinal member. a screw element 88 on the side of the substantially flat base 84 of the lower link member 74 and the upper link member 78 opposite the lower adjustable means 92 and the upper adjustable means m 94.

Obr. 7 znázorňuje alternatívne uskutočnenie podzemného zásobníka paliva 18. Predovšetkým podzemný zásobník paliva 18 obsahuje základnú valcovitú cisternu 98, ktorá má kontrolný potrubný žľab 20 pripojený k jej vrcholu 100 súosovo s prvou, druhou a treťou komorou 32, 34 a 36 a rozličné prístupové štrbiny pre základné vertikálne rúry 42, rúrový kryt 46 a pa9 livovú hadicu 50 tvarovanú cez tento a podstavec 5i§.. Základná valcovitá cisterna 98 je podopretá v teréne viacerými vertikálne usporiadanými kolískovými podperami alebo podopierkami cisterny, ktoré sú označené ako 102. Každá podpera alebo podopierka cisterny 102 obsahuje lineárny vonkajší okraj 104 na umiestnenie na plochý povrch pod zemou a oblúkový alebo konkávny vnútorný okraj 106 na spojenie a podopretie spodného povrchu 108 základnej valcovitej cisterny 98.Fig. 7 illustrates an alternative embodiment of the underground fuel reservoir 18. In particular, the underground fuel reservoir 18 comprises a base cylindrical tank 98 having a check trough 20 connected to its top 100 coaxially with the first, second and third chambers 32, 34 and 36 and various access slots for the base. The base cylindrical tank 98 is supported in the terrain by a plurality of vertically arranged rocker supports or tank supports, which are designated as 102. Each tank support or support 102 it comprises a linear outer edge 104 for placing on a flat surface below the ground and an arcuate or concave inner edge 106 for joining and supporting the bottom surface 108 of the base cylindrical tank 98.

Na nainštalovanie, s podzemným zásobníkom paliva 18 umiestneným a urovnaným v zemi, podzemný zásobník paliva 18 a potrubný kontrolný žľab 20 sú kryté. Vypuklá čerpadlová plošina 22 sa vytvorí až vtedy, keď sa podzemný zásobník paliva 18 uloží do zeme. S každým zo spodných stípikových členov ££ upevneným a stabilizovaným ku opačným koncom 62 podzemného zásobníka paliva 18 a prečnievajúcim nad terén, sú upevnené zodpovedajúce horné stlpikové členy 68 a nivelizované alebo adjustované pomocou vyrovnávacích prostriedkov 70 prístrešku. Horný člen prístrešku 26 je pripevnený k horným koncovým častiam horných stípikových členov 68.For installation, with the underground fuel reservoir 18 positioned and leveled in the ground, the underground fuel reservoir 18 and the conduit check trough 20 are covered. The convex pump platform 22 is not formed until the underground fuel reservoir 18 has been buried. With each of the lower post members 60 fixed and stabilized to opposite ends 62 of the underground fuel container 18 and projecting above the ground, the corresponding upper post members 68 are fixed and leveled or adjusted by the alignment means 70 of the shelter. The upper member of the shelter 26 is attached to the upper end portions of the upper post members 68.

Takto nainštalovaný a upevnený, podzemný zásobníka palivaThus installed and fastened, underground fuel tank

1S. vykazuje stabilitu a oporu pre modul na dávkovanie paliva 14 a modul prístrešku 16.1S. it has stability and support for the fuel dispensing module 14 and the shelter module 16.

Dá sa teda vidiet, že vyššie uvedený súbor objektov, spomedzi tých, ktoré sú zjavné z predchádzajúceho opisu sa dajú účinne dosiahnuť a vo vyššie uvedenej konštrukcii sa môžu uskutočniť určité zmeny, bez odchýlenia sa od rozsahu vynálezu. Všetky predmety obsiahnuté vo vyššie uvedenom opise alebo znázornené na priložených obrázkoch treba interpretovať ako ilustračné a nie ako obmedzujúce.Thus, it can be seen that the above set of objects, among those which are apparent from the foregoing description, can be effectively achieved and certain changes may be made to the above construction without departing from the scope of the invention. All objects contained in the above description or illustrated in the accompanying drawings are to be interpreted as illustrative and not restrictive.

Predpokladá sa, že nasledujúce nároky pokrývajú všetky spoločné a špecifické charakteristiky tu opísaného vynálezu a všetky tvrdenia rozsahu vynálezu, ktoré môžu spadať do rozsahu vynálezu.It is intended that the following claims cover all the common and specific characteristics of the invention described herein and all claims to the scope of the invention that may fall within the scope of the invention.

Claims

PATENT CLAIMS

A prefabricated modular fuel metering system (10) comprising a base module (12) comprising an underground fuel tank (18) having at least one fuel storage chamber (32, 34, 36) to be metered, a control line. a trough (20) connected to an underground fuel storage tank (18) for operably supplying the corresponding fuel through the piping and dispensing the corresponding fuel through the fuel supply piping to and from the underground fuel storage tank (18), a fuel dispensing module (14) comprising a pump platform (2) arranging at least one fuel metering device (24) connected to the fuel storage chamber (32, 34, 36) by a fuel metering line for selectively obtaining fuel therefrom (32, 34, 36), and a shelter module (16) comprising an upper canopy member (26) arranged in a stabilized spatial arrangement above the fuel dispensing module (14) by means of at least two shelter support posts (28) mounted to the underground fuel storage tank (18), the base module (12), the fuel dispensing module (14), and the shelter module (16) united into a self supporting support structure assembled into a prefabricated modulated dispensing system fuel (10).

A prefabricated modular fuel dispensing system (10) according to claim 1, wherein said inspection conduit (20) comprises a conduit sleeve (38).

A prefabricated modular fuel dispensing system (10) according to claim 2, wherein the tubular housing (38) comprises a tube (42) for connecting the liquid to the fuel storage chamber (32, 34, 36).

Prefabricated modular fuel dispensing system (10) according to claim 3, characterized in that the upper end of the pipe (42) is selectively covered by the cap (44).

The prefabricated modular fuel dispensing system (10) of claim 3, wherein the pipe (42) is disposed within the pipe cover (46).

Prefabricated modular fuel metering system (10) according to claim 5, characterized in that the tubular housing (46) is selectively closed by the housing (48).

The prefabricated modular fuel metering system (10) of claim 3, wherein the fuel metering line comprises a fuel hose (50) extending between the fuel storage chamber (32, 34), the fuel metering system, and the fuel metering system.

36) and a fuel metering device (24).

Prefabricated modular fuel metering system (10) according to claim 7, characterized in that it comprises a hollow pedestal (58) extending from the top of the pipe sleeve (38) to the bottom of the fuel metering device (24) for inserting the fuel hoses (50) connected between the fuel storage chamber (32, 34, 36) and the fuel dispensing device (24).

A prefabricated modular fuel metering system (10) according to claim 1, wherein the convex pump platform (22) consists of a shape comprising a pair of basic parallel elongate side members (52) and a pair of arcuate end members (54) extending between adjacent ends of a pair of base parallel elongated side members (56).

Prefabricated modular fuel metering system (10) according to claim 9, characterized in that said shape extends around the basic vertical support posts (28) to reach the concrete or the like and to form a convex pump platform (22) above the base module. (12) for operably supporting the fuel metering device (24).

The prefabricated fuel dispensing system (10) of claim 1, wherein the shelter support posts (28) extend upwardly from opposite ends (62) of the underground fuel reservoir (18) to support opposite end portions (64) of the upper shelter member. (26).

The prefabricated fuel dispensing system (10) of claim 11, wherein the shelter support post (28) comprises a bottom member (66), each further comprising at least one side support member (86) extending between a substantially flat base (86). 84), the upper (76) end and the lower end (80).

Prefabricated fuel dispensing system (10) according to claim 12, characterized in that the compensating means (70) comprises a lower connecting member (74) connected to the upper end (76) of the lower post member (66) and the upper connecting member (78) ) connected to the lower end (80) of the upper post member (68) connected together by a plurality of alignment members (82).

The prefabricated fuel dispensing system (10) of claim 13, wherein each of the lower link members (74) and the upper link members (78) comprises a substantially flat base connected to the upper end (76) of the lower post member (74). 66) and a lower end (80) of the upper post member (68).

The prefabricated fuel dispensing system (10) of claim 14, wherein the lower link member (74) and the upper link member (78) are connected to the upper post member (68) by means of the canopy alignment means (70).

The prefabricated fuel dispensing system (10) of claim 13, wherein the alignment member (82) comprises a rigid element (88) extending through a corresponding pair of coaxial apertures (90) formed through the lower coupling member (74) and the top a coupling member (78) comprising lower adjusting means (92) connected to a fixed element (88) adjacent the lower connecting member (74) and upper adjusting means (94) connected to the upper connecting member (78), the distance between the lower connecting means and the relative parallel arrangement therebetween is regulated by varying the distance between the corresponding lower adjustment means (92) and the upper adjustment means (94).

Prefabricated fuel dispensing system (10) according to claim 16, characterized in that the fixed element (88) is fixed to the lower connecting member (74) and to the upper connecting member (78) by means of a fastening member (96) fixed to the fixed element (88).

The prefabricated fuel dispensing system (10) of claim 17, wherein the lower post member (66) is connected to opposite ends of the underground fuel reservoir (18) by stabilizing means.

The prefabricated fuel dispensing system (10) of claim 18, wherein the stabilizing means comprises at least one pair of gusset plates (72) disposed on opposite sides of the lower post member (66).

of fuel (10) according to that of the joint stabilizers

The prefabricated dispensing system of claim 19, wherein the start means further comprises a plurality of sheets (72) positioned vertically on opposite sides of the lower post member (66).

The prefabricated fuel dispensing system (10) of claim 11, wherein the lower post member (66) is connected to opposite ends of the underground fuel reservoir (18) by stabilizing means.

The prefabricated fuel dispensing system (10) of claim 21, wherein the stabilizing means comprises at least one pair of gusset plates (72) disposed on opposite sides of the lower post member (66).

of fuel (10) according to that of the joint stabilizers

The prefabricated dispensing system of claim 22, wherein the starting means further comprises a plurality of sheets (72) positioned vertically on opposite sides of the lower post member (66).

The prefabricated fuel dispensing system (10) of claim 21, wherein each of the canopy support posts (28) comprises a lower post member (66) coupled to the upper post member (68) by the canopy alignment means (70).

The prefabricated fuel dispensing system (10) of claim 24, wherein the canopy alignment means (70) comprises a lower link member (74) connected to the upper end (76) of the lower post member (66) and the upper link member (70). 78) connected to the lower end (80) of the upper post member (68) by means of a plurality of alignment members (82).

The prefabricated fuel dispensing system (10) of claim 25, wherein each of the lower link member (74) and the upper link member (78) comprises a substantially flat base (84) attached to the upper end (76) of the lower link member. a post member (66) and a lower end (80) of the top post member (68).

The prefabricated fuel dispensing system (10) of claim 26, wherein each of the lower link member (74) and the upper link member (78) further comprises at least one side support member (86) extending between a substantially flat base. (84), upper end (76) and lower end (80).

The prefabricated fuel dispensing system (10) of claim 25, wherein each alignment member (80) comprises a rigid element (88) extending through a corresponding pair of coaxial apertures (90) formed through the lower link member (74) and the top a coupling member (78) comprising lower adjustment means (92) connected to a fixed element (88) adjacent to the lower connection member (74) and upper adjustment means (94) connected to the upper connection member (78), the distance between the lower connection member ( 74) and the upper coupling member (78) and the relatively parallel arrangement between them is controlled by varying the distance between the corresponding lower adjustment means (92) and the upper adjustment means (94).

A prefabricated fuel dispensing system (10) according to claim 28, wherein each fixed element (88) is secured to the lower link member (74) by a fastening member (96) attached to the fixed element (88).

The prefabricated fuel dispensing system (10) of claim 1, wherein the underground fuel reservoir (18) comprises a perpendicular tank (30) for placement on a flat surface underground.

Prefabricated fuel dispensing system (10) according to claim 1, characterized in that the underground fuel reservoir (10) comprises in a base cylindrical tank (98) supported in the field by a plurality of vertically arranged rocker supports (102).

The prefabricated fuel dispensing system (10) of claim 31, wherein each rocker support (102) comprises a linear outer rim (104) for placement on a flat surface below the ground and an arcuate or concave inner rim (106) for coupling. and supporting the bottom surface of the base cylindrical tank (98).

Fuel tank system (10) for a fuel metering system, characterized in that it comprises a fuel tank (18) comprising at least one fuel storage chamber (32, 34, 36) and a control trough (20) extending to the tank fuel (18).

Fuel tank system (10) according to claim 33, characterized in that the inspection conduit (20) comprises an upper cover (48).

The fuel container system (10) of claim 33, wherein the control conduit (20) is installed to the top wall of the fuel container (18).

The fuel container system (10) of claim 33, wherein the control conduit (20) comprises a plurality of fuel supply conduits.

The fuel container system (10) of claim 33, further comprising a hollow pedestal (58) extending vertically from the inspection conduit (20) for connection to the fuel dispensing device (24).

The fuel container system (10) of claim 33, further comprising at least one support structure extending from the fuel container (18).

The fuel container system (10) of claim 38, wherein the at least one support structure comprises a first support structure and a second support structure, the first and second support structures extending from the fuel container (18).

The fuel container system (10) of claim 39, wherein each of the first and second support structures is secured to the fuel container (18) by stabilizing means.

The fuel container system (10) of claim 39, wherein each of the first and second support structures is secured to the fuel container (18) by fastening means (96).

The fuel container system (10) of claim 39, wherein the first support structure is secured to the fuel container (18) by a plurality of gusset plates (72) located on opposite sides of the support structure, and the second support structure is secured to the cartridge. fuel (18) by means of a plurality of gusset plates (72) located on the opposite side of the second support structure.

The fuel container system (10) of claim 33, wherein the fuel container (18) comprises a cylindrical tank (98).

The fuel container system (10) of claim 33, wherein the fuel container (18) comprises a perpendicular tank (30).

A fuel dispensing system comprising a fuel reservoir system for a fuel dispensing system, comprising a fuel reservoir (18) comprising at least one fuel storage chamber (32, 34, 36) and a control trough (20) extending and at least one liquid fuel dispensing device (24) with at least one fuel storage chamber (32, 34, 36).

Fuel dispensing system according to claim 45, characterized in that the inspection duct (20) comprises an upper cover (48).

47. The fuel dispensing system of claim 45, wherein the control conduit (20) is installed to the top wall of the fuel reservoir (18).

The fuel dispensing system of claim 45, wherein the control conduit (20) comprises a plurality of fuel supply conduits.

The fuel dispensing system of claim 45, further comprising a hollow pedestal (58) extending vertically from the inspection conduit (20) for connection to the fuel dispensing device (24).

The fuel dispensing system of claim 45, further comprising at least one support structure extending from the fuel reservoir (18).

The fuel dispensing system of claim 50, wherein the at least one support structure comprises a first support structure and a second support structure, the first and second support structures extending from the fuel reservoir (18).

The fuel dispensing system of claim 51, wherein each of the first and second support structures is secured to the fuel reservoir (18) by stabilizing means.

The fuel dispensing system of claim 51, wherein each of the first and second support structures is secured to the fuel reservoir (18) by means of fastening means (96).

The fuel dispensing system of claim 51, wherein the first support structure is secured to the fuel container (18) by a plurality of gusset plates (72) located on opposite sides of the support structure, and the second support structure is secured to the fuel container (18). 18) by means of a plurality of gusset plates (72) located on the opposite side of the second support structure.

The fuel dispensing system of claim 45, wherein the fuel reservoir (18) comprises a cylindrical tank (98).

56. The fuel dispensing system of claim 45, wherein the fuel reservoir (18) comprises a perpendicular tank (30).

57. The fuel dispensing system of claim 50, further comprising at least one canopy support structure coupled to the at least one support structure.

The fuel dispensing system of claim 57, further comprising a shelter (16) supported on at least one support structure.

59. The fuel dispensing system of claim 45, further comprising a first and second support structure secured to the fuel container, a first canopy support structure having an upper end (76) and a lower end (80), and a lower end. (80) is fastened to a first support structure, a second shelter support structure having an upper end (76) and a lower end (80), a lower end (80) secured to the second support structure, and a shelter supported on the first and second support structures shelter.

60. The fuel dispensing system of claim 69 wherein the upper end (76) of the first support structure is secured to the lower end (80) of the second support structure by a first alignment connector and the upper end of the second support structure is secured to the lower end. a second shed support structure by means of a second alignment connector.

61. The fuel metering system of claim 60, wherein each of the first and second alignment connectors comprises a lower coupling member (74), an upper coupling member (78), and a plurality of alignment fastening means connecting the upper (78) and the lower coupling members. (74) coupling members.

62. The fuel dispensing system of claim 45, further comprising a contoured convoluted pump platform (22) surrounding at least one fuel dispensing device and defining a perimeter and height of the convex pump platform (22), wherein the contoured pump platform comprises a pair. a base parallel elongated side members (52), and a pair of arcuate end members (54) joining adjacent ends of a pair of base parallel elongated side members (56).

63. A method of installing a fuel dispensing system comprising stacking a fuel tank assembly comprising a fuel container (18) with at least one fuel storage chamber (32, 34, 36) and a control trough (20) extending from the container. fuel (18) below ground level, and covering the underground fuel tank assembly.

A method for installing a fuel dispensing system according to claim 63, further comprising attaching the at least one canopy support structure to the at least one support structure extending from the fuel container (18).

The method of installing a fuel dispensing system according to claim 64, further comprising attaching the shelter (16) to the upper and lower ends of the at least one shelter support structure.

The method of installing the fuel dispensing system of claim 63, further comprising attaching the first canopy support structure to the first support structure extending from the fuel container (18) by means of an alignment connector, and attaching the second canopy support structure to the second support structure extending from the fuel container. (18) using the alignment connector.

A method for installing a fuel dispensing system according to claim 66, further comprising attaching the shelter (16) to the upper ends of the first and second shelter support structures.

The method of installing a fuel metering system according to claim 63, further comprising connecting the at least one fuel metering device (24) in fluid communication with the at least one fuel storage chamber (32, 34, 36).

A method for installing a fuel dispensing system according to claim 68, further comprising pouring concrete into the form of a convex pump platform so as to form a convex pump platform (22) for supporting at least one fuel dispensing device (24).

ľvikľf- ^.