CN201366543Y

CN201366543Y - Cutter

Info

Publication number: CN201366543Y
Application number: CNU200920113189XU
Authority: CN
Inventors: 胡桂强
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-01-20
Filing date: 2009-01-20
Publication date: 2009-12-23
Anticipated expiration: 2019-01-20

Abstract

The utility model relates to a cutter, which comprises a machine body, a cutting head, an operating handle and a power mechanism, wherein a transmission mechanism which is connected with the power mechanism is arranged in the machine body and the cutting head is connected with the transmission mechanism. The cutter is characterized in that the power mechanism is a gasoline engine. Compared with the prior art, the utility model has the advantages that the power mechanism of the cutter is the gasoline engine, so that the cutter can be used in the absence of electricity; furthermore, the voltage generated in a way that two flameout lines are contacted together is used as the laser power supply of the cutter, therefore, the past dry battery power supply can be saved for the cutter laser, so as to save resource and cost.

Description

A kind of cutting machine

Technical field

The utility model relates to a kind of cutting machine.

Background technology

Existing cutting machine generally provides power by electric energy motor or charge motor, at no electrical environment or the backguy situation of difficult is next can not use.

In addition, general cutting machine can comprise radium-shine, and radium-shine power supply needs dry cell to provide, and the dry cell that uses up causes environmental pollution easily.

Summary of the invention

First technical problem to be solved in the utility model is to provide a kind of cutting machine that also can use at above-mentioned prior art in no electrical environment.

The further technical problem to be solved of the utility model provides a kind of also can use and the radium-shine power supply of cutting machine does not need the cutting machine of dry cell power supply in no electrical environment.

The utility model solves the technical scheme that above-mentioned first technical problem adopted: this cutting machine, include fuselage, cutting head and operating grip, the transmission mechanism that is provided with actuating unit in the fuselage and connects with actuating unit, described cutting head then connects with transmission mechanism, it is characterized in that: described actuating unit is a gasoline engine.

As improvement, described operating grip is provided with a starting switch, the throttle arm-tie of described gasoline engine then is arranged on the inside of described starting switch and inside displacement can take place under the driving of starting switch, described throttle arm-tie connects the acceleration cable of gasoline engine, also be provided with an elastic component between described throttle arm-tie and the described operating grip inwall, this elastic component has forces described throttle arm-tie towards the switch cover movement tendency.

Improve, described acceleration cable is arranged on described handle inside again.

The gasoline engine throttle is hidden design and is combined together with operating grip, and profile is more attractive in appearance, and good hand touch, quickens steadily.

The technical scheme that the above-mentioned further technical problem that solves the utility model adopts is: on the basis of above-mentioned cutting machine structure, cutting machine includes radium-shine, and described gasoline engine includes the first flame-out line and the second flame-out line that gasoline engine is stopped working, and the described first flame-out line and the described second flame-out line link to each other with the radium-shine both ends of power of described cutting machine respectively; And the described first flame-out line and the described second flame-out line respectively be arranged on the cutting machine operating grip on the two ends of flameout switch link to each other.

Show through experiment, after the gasoline engine start, can produce certain voltage between the first flame-out line and the second flame-out line, and this voltage can be used as the radium-shine power supply of cutting machine, this design can make the radium-shine energising of cutting machine, saves dry battery power in the past, saves cost, can keep the original flame-out effect of gasoline engine again, kill two birds with one stone.

Preferably, be provided with first binding post and second binding post in the described fuselage, the described first flame-out line links to each other with described first binding post, the described second flame-out line links to each other with described second binding post, the two ends of described radium-shine power supply link to each other with second binding post with first binding post respectively with second lead by first lead, and the two ends of described flameout switch then link to each other with second binding post with first binding post respectively with privates by privates.

Compared with prior art, advantage of the present utility model is: by the cutting machine actuating unit is made as gasoline engine, make cutting machine also can use in no electrical environment; In addition, the voltage that produces when utilizing gasoline engine two flame-out lines to contact can make the radium-shine dry battery power that saves in the past of cutting machine as the radium-shine power supply of cutting machine, economizes on resources and cost.

Description of drawings

Fig. 1 is the three-dimensional structure diagram of the utility model embodiment;

Fig. 2 is the attached view of the utility model embodiment.

The specific embodiment

Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.

Cutting machine as illustrated in fig. 1 and 2 includes fuselage 1, cutting head 2, operating grip 3 and gasoline engine actuating unit 4, and the transmission mechanism (not shown) that connects with gasoline engine is set in the fuselage 1, and cutting head 2 then connects with transmission mechanism.

Operating grip 3 middle parts are provided with the operation cavity 31 that grips for hand, referring to shown in Figure 2, position relative with the operation cavity on the operating grip 3 is provided with a starting switch 5, this starting switch 5 can rotate along first turning cylinder 6, the throttle arm-tie 7 of gasoline engine 4 then is arranged on the inside of starting switch 5 and inside displacement can take place under the driving of starting switch 5, and the throttle arm-tie 7 of gasoline engine 4 can rotate along second turning cylinder 8, and throttle arm-tie 7 also connects with the acceleration cable 9 of gasoline engine 4, when inwardly pressing starting switch 5 with hand, 5 of starting switches rotate and inwardly are subjected to displacement along first turning cylinder 6, the throttle arm-tie 7 of gasoline engine 4 also takes place under the driving of starting switch 5 to intrinsic displacement, and along 8 rotations of second turning cylinder, throttle arm-tie 7 is held acceleration cable 9 and is done extensional motion, thereby throttle is strengthened gradually, cutting speed is increased.And also being provided with a spring 10 between throttle arm-tie 7 and operating grip 3 inwalls, this spring 10 has forces described throttle arm-tie 7 towards starting switch 5 reseting movement trend; No longer starting switch 5 is exerted pressure when hand like this, throttle arm-tie 7 and starting switch 5 are returned to original position under the reset response power of spring 10, and throttle is descended, and get back to idling mode up to gasoline engine.

Above-mentioned acceleration cable 9 is all by the inner cabling of handle.

Cutting machine in the present embodiment also includes radium-shine (not shown), and gasoline engine 4 includes the first flame-out line 41 and the second flame-out line 42 that gasoline engine is stopped working, and be provided with first binding post 11 and second binding post 12 in the fuselage 1 of cutting machine, wherein the first flame-out line 41 links to each other with first binding post 11, the second flame-out line 42 links to each other with second binding post 12, and the two ends of radium-shine power supply link to each other with second binding post 12 with first binding post 11 respectively with second lead 14 by first lead 13, and the two ends of flameout switch 15 then link to each other with second binding post 12 with first binding post 11 respectively with privates 17 by privates 16; Flameout switch 15 is arranged on the operating grip 3.

Claims

1, a kind of cutting machine includes fuselage, cutting head, operating grip and actuating unit, and the transmission mechanism that connects with actuating unit is set in the fuselage, and described cutting head then connects with transmission mechanism, it is characterized in that: described actuating unit is a gasoline engine.

2, cutting machine according to claim 1, it is characterized in that: described operating grip is provided with a starting switch, the throttle arm-tie of described gasoline engine then is arranged on the inside of described starting switch and inside displacement can take place under the driving of starting switch, described throttle arm-tie connects the acceleration cable of gasoline engine, also be provided with an elastic component between described throttle arm-tie and the described operating grip inwall, this elastic component has forces described throttle arm-tie towards the switch cover movement tendency.

3, cutting machine according to claim 1 is characterized in that: described acceleration cable is arranged on described handle inside.

4, cutting machine according to claim 1, it is characterized in that: also include radium-shine, and described gasoline engine includes the first flame-out line and the second flame-out line that gasoline engine is stopped working, and the described first flame-out line and the described second flame-out line link to each other with the radium-shine both ends of power of described cutting machine respectively; And the described first flame-out line and the described second flame-out line respectively be arranged on the cutting machine operating grip on the two ends of flameout switch link to each other.

5, cutting machine according to claim 4, it is characterized in that: be provided with first binding post and second binding post in the described fuselage, the described first flame-out line links to each other with described first binding post, the described second flame-out line links to each other with described second binding post, the two ends of described radium-shine power supply link to each other with second binding post with first binding post respectively with second lead by first lead, and the two ends of described flameout switch then link to each other with second binding post with first binding post respectively with privates by privates.