초록 ▼

Injectors 105 (#1 to #3) are connected to a connector block body 130 and an external wiring connector 150 is formed on the connector block body 130. The external wiring connector 150 has external wiring independent connecting terminals 151 to 153 and an external wiring common connecting terminal 158

Injectors 105 (#1 to #3) are connected to a connector block body 130 and an external wiring connector 150 is formed on the connector block body 130. The external wiring connector 150 has external wiring independent connecting terminals 151 to 153 and an external wiring common connecting terminal 158. Wires are wound around wiring guides 158a, 161, 162, 165 to 170, 173, 174 and are hooked on wiring guides 163, 164, 171, 172, which wiring guides are provided in the connector block body 130. Wires 111 to 113 121 to 123 are installed without crossing each other between injector connecting terminals 101a, 102a, 103a, 101b, 102b, 103b of the injectors 105 and external wiring connecting terminals 151 to 153, 158.

대표청구항 ▼

Injectors 105 (#1 to #3) are connected to a connector block body 130 and an external wiring connector 150 is formed on the connector block body 130. The external wiring connector 150 has external wiring independent connecting terminals 151 to 153 and an external wiring common connecting terminal 158

Injectors 105 (#1 to #3) are connected to a connector block body 130 and an external wiring connector 150 is formed on the connector block body 130. The external wiring connector 150 has external wiring independent connecting terminals 151 to 153 and an external wiring common connecting terminal 158. Wires are wound around wiring guides 158a, 161, 162, 165 to 170, 173, 174 and are hooked on wiring guides 163, 164, 171, 172, which wiring guides are provided in the connector block body 130. Wires 111 to 113 121 to 123 are installed without crossing each other between injector connecting terminals 101a, 102a, 103a, 101b, 102b, 103b of the injectors 105 and external wiring connecting terminals 151 to 153, 158. a power consumed by an auxiliary device, the generated power being related to a current rotational speed of the engine. 6. A system to control stopping and restarting of an engine according to claim 3, wherein said consumed power integrated value evaluating means determines the estimated consumed power integrated value based on a sum of a power consumed by a brake lamp and a power consumed by an auxiliary device, for the period of the idling-stoppage duration. body strap and further wherein the second end of said third resilient shock cord is attached to said ring. 10. The harness system of claim 9 wherein the second and third shock cords are doubled over to form a pair of loops. 11. The harness system of claim 9 wherein the neck collar and body strap have buckles attached thereto so that said neck strap and said body strap can be opened and closed when being positioned on or being removed from an animal. 12. The harness system of claim 9 wherein the means for connecting said neck collar to said body strap comprise a pair of straps, each of said pair of straps being attached to said neck collar and said body strap. 13. The harness system of claim 9 further comprising a means for connecting said neck collar to said body strap. 14. The harness system of claim 13 wherein the means for connecting said neck collar to said body strap comprise a single strap being attached to the neck collar and the body strap such that the single strap is positioned under the body of the animal. 15. The harness system of claim 13 wherein the means for connecting said neck collar to said body strap comprise a single strap being attached to the neck collar and the body strap such that the single strap is positioned above the body of the animal, such that the strap lies on the animal's back when in position on the animal. 16. The harness of claim 12 wherein each of said pair of straps is adjustable. 17. The harness of claim 14 wherein the single strap is adjustable. bird feeder of claim 8 wherein each of the pair of hangers includes a generally U-shaped catch, a pair of legs extending outwardly from each end of the catch, and a pair of feet extending outwardly from each leg opposite the catch. 11. The hanging tray bird feeder of claim 10 wherein the pair of feet are pivotally attached to the end panels within a pair of holes in the end panels into which the feet are inserted. 12. The hanging tray bird feeder of claim 11 wherein the pair of feet each include an upwardly extending tip opposite the pair of legs that releasably engages the end panels to retain the pair of hangers on the base. 13. The hanging tray bird feeder of claim 8 wherein the hook is formed of a rigid material. 14. The hanging tray bird feeder of claim 13 wherein the hook is formed of metal. 15. A method for hanging a tray bird feeder in a level configuration, the method comprising the steps of: a) providing a bird feeder including a base, a floor supported by the base, at least two hangers pivotably attached to opposite sides of the base, and at least one hook slidably secured to the at least two hangers; b) grasping the hook; c) sliding the hook along the at least two hangers to extend the at least two hangers from the base; and d) attaching the hook opposite the at least two hangers to a support structure. 16. The method according to claim 15 wherein the support structure is a tree limb. 17. The method according to claim 15 wherein the step of sliding the hook along the at least two hangers comprises the steps of: a) sliding the hook along one of a pair of angled legs on each of the at least two hangers; and b) engaging the hook within a catch disposed between the pair of angled legs on each of the at least two hangers. 18. The method according to claim 15 wherein the hook includes a securing portion secured to each of the at least two hangers and an attachment portion adjacent the securing portion and wherein the step of attaching the hook to the supporting structure comprises attaching the attaching position to the support structure. 19. The method according to claim 18 wherein the attachment portion is a loop.