TH63297B - Pressure regulator and fuel dispenser - Google Patents

Abstract

The DC60 (02/10/60) provides a pressure regulator that can reduce the amount of trimming and cost, and a fuel supply device that uses a pressure regulator. The tonometer consists of a housing (104) with a fluid discharge section (105) and a large diameter flow path (107) connected to the discharge section (105), the base section (110) with a path. The small diameter flow (109), in which the perimeter (111a) is in contact with the large diameter flow path (107), has been assembled into it. The tongue piece (100) is installed into the path. Flow size Large diameter (107) and contact with the perimeter (111a) to block the flow path Small diameter (109) and flexible assemblies (106) that have been assembled into the path. The large diameter flow (107) and made the valve part (100) pressed into contact with the periphery (111a), where the base (110) is separately mounted to the housing (104) -. ----- 02/10/2017 ------ (OCR) page 1 of number 1 page invention summary. Have provided a pressure regulator that can reduce the number of trim and cost, and a fuel supply device using that regulator The tonometer consists of a housing (104) with a fluid discharge section (105) and a large diameter flow path (107) connected to the discharge section (105), the base section (110) with a path. The small diameter flow (109), in which the perimeter (111a) is in contact with the large diameter flow path (107), has been assembled into it. The tongue piece (100) is installed into the path. Flow size Large diameter (107) and contact with the perimeter (111a) to block the flow path Small diameter (109) and flexible assembly (106) that has been installed into the path The large diameter flow (107) and made the valve part (100) pressed into contact with the periphery (111a), where the base (110) is separately mounted to the housing (104) -. ----------- A pressure regulator has been provided that can reduce the number of trimming and cost, and a fuel supply device using that regulator. The pressure regulator consists of a housing (104) with a fluid discharge element (105) and a large diameter flow path (107) connected to the discharge section (105), the base section (110) with a path. The small diameter flow (109), in which the perimeter (111a) is in contact with the large diameter flow path (107), has been assembled into it. The tongue piece (100) is installed into the path. Flow size The large center (107) and touching the cut edge (111a) to block the flow path. Through a small center (109) and flexible assemblies (106) that have been assembled into the flow path. It has a large diameter (107) and makes the tongue piece (100) pressed against the periphery (111a), where the base (110) is separately mounted to the housing (104).

Claims (4)

Disclaimer (all) which will not appear on the advertisement page. : ------ 02/10/2560 ------ (OCR) Page 1 of 2 pages. Clause 1. Fuel supply equipment incorporating a flange assembly (2) where the regulator Pressure (38) is installed there, and the fuel pump (3) is supported by the flange assembly (2) and is supplied. A configuration for supplying fuel into the injector, where the pressure regulator (38) consists of: a housing (104) with a fluid discharge section (105) and a flow path. The large center (107) connected to the discharge part (105), with the housing (104) inserted. In a set of flanges; The base (110) with a small diameter flow path. (109) where the perimeter (111a) is in contact with the large diameter flow path (107) is mounted in it, the base section (110) is installed between the flange units. And housings; The assembled tongue piece (100) is installed into the large diameter flow path (107) and is in contact with the perimeter (111a) to block the small diameter flow path (109), by moistening the valve section ( 100) is configured to move by the tonality of the fluid flowing Towards the end of the sprayer side; And the flexible assembly (106) was installed into the large diameter flow path (107) and made the tongue piece (100) pressed against the perimeter (111a), where the base part was (110) is assembled separately from the housing (104), where part of the base (110) is compressed. Enter into the opening perimeter (104b) of the housing (104) so that the small diameter flow path of the base is positioned. It is in a concentric relationship with the large diameter flow path of the case, where the O-ring grips (121) are formed, by pressing the base part. In the bezel opening perimeter, by the wall (110c) of the plinth (110) extending from the case (104) and the opening (104d) of the case (104), page 2 of the number 2. The face where the O-ring (120) is installed between the base section (110), the housing (104) and the flange assembly (2), and where the tonometer (38) is assembled. Installed on the flange assembly (2) so that the base (110) is brought into the flange assembly (2) ------------ 1. A pressure regulator consisting of a housing (104) with a discharge part (105) of the fluid and the flow path. Large concentric (107) connected, emission (105), base (110) with a small flow path (109) in which the perimeter (111a) is in contact with a large diameter flow path. (107) is fitted into it, the fluted part (100) is mounted into the large diameter flow path (107) and is in contact with the perimeter (111a) to block the flow path. The small diameter (109) and flexible assembly (106) were assembled into the large diameter flow path (107) and made the valve part (100) pressed against the perimeter (111a), where The base (110) is separately fitted to the housing (104). 2. The pressure regulator according to claim 1, where part of the base part (110) is worn Into the opening perimeter (104b) of the case (104) and O-ring grip (121) has been formed. Raised by the wall (110c) of the base (110) protruding from the case (104) and the opening (104d) of the case (104). 3.Fuel supply device consisting of a flange assembly (2), which is equipped with a pressure regulator (38) in accordance with claim 1 or 2, and the fuel pump (3) supported by the flange assembly ( 2) and it was built to supply fuel into the injector where the O-ring (120) was installed down between the base section (110), the housing (104) and the flange assembly (2). 4. Fuel supply device according to claim 3, where the pressure regulator (38) is assembled. Installed down to the flange assembly (2) in such a condition that the base section (110) is facing the flange assembly (2).