Small engine combination switch

Abstract

The invention relates generally to portable internal combustion engine powered devices. Public a small engine control combination switch comprising a knob assembly, a bracket and a choke cable, knob assembly includes a fixed plate, characterized in that the fixed plate with a rail; the bracket including a first hole. The choke cable connects with the rail through the first hole. The height of the rail is gradually increased, rail pivot drives the choke cable on the top of the track moves up and down; also further includes a fuel switch, a fixed plate is provided with a rotating shaft, the shaft connecting the fuel switch. The invention through the choke point of engine control, start-up, operation and shut down control, which simplifies the traditional steps of engines, generators and other equipment, greatly simplifying the operation process, improving the operation efficiency.

Claims

1. A small engine control combination switch, comprising: a fuel switch; a bracket having a first hole and second hole; a knob assembly comprising a fixed plate, a rotating shaft which passes through the second hole to connect with the fuel switch for driving the fuel switch on or off; a engine controlling means comprising a convex block on the fixed plate, an ON/OFF switch arranged on the bracket, the ON/OFF switch is matched with the convex block to control the engine; a coke controlling means comprising a rail on the fixed plate, a choke wire guide is provided on the bracket, a choke cable is in the choke wire guide and passes the first hole to contact with the rail, a reset spring is installed at an end of the choke cable for making the end of the choke cable to keep touch on the rail, the rail is gradually increased in height, when the fix plate of the knob assembly is turned the rail is turned too, thereby the rail drives the choke cable to move up and down to control the coke; the Bracket is provided with a panel and the knob assembly is set within the panel 10, panel 10 is marked labels of Start, Run, Run Out of Fuel and Stop; when the knob assembly is in the Start position, the fuel switch 5 has been partially open, the choke in a fully closed state, the ON/OFF switch 9 is off state; when the knob assembly is within a scope from the Start to Run, the fuel switch and the choke gradually opened to the maximum position, arbitrary positions within this range; when the knob assembly is in the Run position, the choke and fuel switch fully open; when knob assembly is in the Fuel Shut-off position, the fuel switch is fully closed, the choke valve remains fully open, the engine continues to run, carburetor fuel is burnt, thus avoiding use of tools to manually put the carburetor fuel out; when the knob assembly is in the Stop Position, the ON/OFF switch is contacted by the convex block to be turned on to make the engine flameout.

2. The small engine control combination switch according to claim 1, wherein with a stopper plate is on the fuel switch, a spring is arranged on the stopper plate, a steel ball is arranged on the spring, a plurality of grooves are in the fixed plate, which are matched with the steel ball respectively, and an outer diameter of the steel ball is larger than a pore diameter of the groove.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a schematic view of the structure of the present invention.

(2) FIG. 2 is an exploded view of the present invention.

(3) FIG. 3 is a schematic view of knob component shown in FIG. 1.

(4) FIG. 4 is a schematic view of the structure of the panel.

(5) Above the drawings illustrate of each parts of the digital label refers to the following: 1knob assembly, 101rail, 102rotating shaft, 103groove, 104fixed plate. 105convex block, 106rotating part, 2bracket, 201first hole, 202second hole, 3nut, 4choke cable, 41choke wire guide, 5fuel switch, 6stopper plate, 7spring, 8steel ball, 9ON/OFF switch, 10panel.

DETAILED DESCRIPTION OF THE EMBODIMENT

(6) Reference is made to the accompanying drawings in which is shown an illustrative embodiment of the invention from which its features and advantages will be apparent.

(7) An Embodiment of the Invention

(8) A small engine control combination switch shown in FIGS. 1-4 knob assembly I, bracket 2 and choke cable 4, knob assembly I includes fixed plate 104, characterized in that fixed plate 104 with rail 101; and bracket 2 including first hole 20. Choke cable 4 through first hole 20 I connected with rail 101, the height of the rail 101 is gradually increased, rail 101 pivot drives choke cable on the top of the track moves up and down. Also further includes choke wire guide 41, choke cable 4 is in choke wire guide 41, and choke wire guide 41 is provided on bracket 2. A reset spring 401 is installed at the end of choke cable 4 making the point of choke cable 4 and rail 101 is always kept in contact, Slide on rail 101 to realize telescopic choke cable 4, so as to control the choke opening and closing.

(9) Also further includes fuel switch 5, fixed plate 104 with rotating shaft 102 is provided with second hole 202 on bracket 2, turn rotating shaft 102 into second hole 202, rotating shaft 102 to connect fuel switch 5, rotating shaft 102 rotates to control fuel switch 5.

(10) Bracket 2 is provided with panel 10 and knob assembly 1 is set within panel 10, panel 10 marked Start, Run and Run Out Of Fuel and Stop font of labels.

(11) Fixed plate 104 includes convex block 105, and ON/OFF switch 9 is arranged on bracket 2. When convex block 105 and ON/OFF switch 9 are in contact, ON/OFF switch 9 is turned on, so turn off the engine.

(12) With stopper plate 6 on fuel switch 5, spring 7 is arranged on stopper plate 6, steel ball 8 is arranged on spring 7; groove 103 in fixed plate 104, which is matched with steel ball 8, and the outer diameter of ball 8 is larger than the pore diameter of groove 103. Rotating part 106 is arranged on fixed plate 104, rotating fixed plate 104 can increase the feeling when the user turns knob assembly 1.

(13) Operation Process as Follows:

(14) 1. Starting Position

(15) When knob assembly 1 in an initial position, that is, in the Start position, fuel switch 5 has been partially open, the choke in a fully closed state, ON/OFF switch 9 is off state, rotating knob assembly 1 within the scope from the Start to Run, fuel switch 5 and the choke gradually opened to the maximum position, arbitrary positions within this range, the operator can manual or electric to start the engine motor according to environmental conditions.

(16) 2. Operating Position

(17) Rotary knob assembly 1 to Run position, at this time the choke and fuel switch 5 fully open, when the engine is in the operating phase.

(18) 3. Storage Position

(19) Continue rotating knob assembly 1, when fuel switch 5 out of fuel slowly decrease, keeping the choke fully open. When the users don't plan to use the engine for a long time, can be rotated to the Run Out Of Fuel position where fuel switch 5 is fully closed, the choke valve remains fully open, the engine continues to run, when the carburetor fuel burn, engine turn off, thus avoiding the use of tools to manually put the oil, simplifies operation.

(20) 4. Stop Position

(21) Continued rotation knob assembly 1 to Stop position, then ON/OFF switch 9 is contacted by convex block 105 on knob assembly 1, ON/OFF switch 9 is turned on, which causes the engine flameout, and the device stops running.

(22) The invention overcomes the defects of the prior art, only rotating the knob assembly can realize the choke, fuel switch 5, ON/OFF switch 9 control, simplifying the operation process, improving the operating efficiency; and increases the function of burning residual fuel in the carburetor, so you do not need to manually by way of dumping, which can prevent of the engine unused for long time leading to corrosion of fuel to the carburetor, and the oil deterioration causes the blockage of the carburetor.

(23) The principles and features of this invention may be employed in various and numerous embodiments without departing from the scope of the invention.