CN202485033U

CN202485033U - Flint lighter

Info

Publication number: CN202485033U
Application number: CN2012200146419U
Authority: CN
Inventors: 陈龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-01-12
Filing date: 2012-01-12
Publication date: 2012-10-10
Anticipated expiration: 2022-01-12

Abstract

The utility model provides a flint lighter which comprises a gas release mechanism, a spark generation mechanism and an operating mechanism. The spark generation mechanism comprises an energy storage element for storing energy by transformation, a flint internally arranged in the lighter, a grinding wheel contacting with the flint, a wheel rotating component and an energy storage element force application position, wherein the wheel rotating component is in synchronous forward rotation with the grinding wheel when the energy storage element releases energy, and the energy storage element force application position is in synchronous rotation with the wheel rotating component and contacts with or is connected with the energy storage element. The operating mechanism comprises a stirring component capable of stirring the wheel rotating component to rotate reversely. An operator operates the operating mechanism to enable the stirring component to stir the wheel rotating component, when the stirring component stirs the wheel rotating component to rotate reversely, the energy storage element stores energy, and when the energy stored by the energy storage element is extremely sufficient, the stirring component is separated from the wheel rotating component, the energy storage element releases the energy to enable the grinding wheel to rotate forward quickly, and the grinding wheel rubs the flint to generate sparks during forward rotation. The operator operates the operating mechanism without directly contacting with the grinding wheel, and the flint lighter is good in hand feeling, almost as same as an electronic lighter in operation, clean and sanitary.

Description

A kind of flint lighter

Technical field

The utility model relates to a kind of lighter through emery wheel and flint friction generates spark.

Background technology

At present, main lighter has two kinds: a kind of is electronic lighter, and another kind is the flint lighter.Because the electronic lighter hand of in use can not making dirty, so although the quality of flint lighter is identical with electronic lighter, price is also low than electronic lighter, much consumers more are ready to buy electronic lighter.More and more stressing the epoch healthy, health, the flint lighter must change traditional sparking mode.

Chinese patent 200910115330.4 discloses a kind of lighter, and it comprises shell, headstock, windshield, air-out needle, sticks up bar, two cinctures, get angry wheel, firestone, button, cluster gear, resetting means and separators, and the cluster gear outer end is connected with button activity; Cluster gear is inner to be cooperated with cincture, and resetting means upwards holds out against cluster gear, sticks up bar one end and is stuck on the air-out needle; The other end cooperate with cluster gear and with its interlock, cluster gear and windshield hide cincture jointly and get angry wheel, button pressed downwards driven gear piece rotates around cincture; Cluster gear drives cincture simultaneously and gets angry the wheel rotation; The resetting means pressurized produces upwards elastic force, and the separator distortion produces the power of disengage gears piece and cincture, after button pressed downwards power disappears; Separator makes cluster gear separate with the cincture teeth, and resetting means elastic force rises cluster gear.This patent is to let the sparking mode of flint lighter more clean, but the feel in the sparking process of this patent still can't compare favourably with electronic lighter, needs very fast button to be applied pressing force and just can light lighter, and produce also more complicated.

Chinese patent 97226690.9 discloses a kind of gaseous fuel igniter, and it comprises oil storage tank, the air-out apparatus of sealing, and its igniter produces spark by steel wheel friction flint; But the rotation of steel wheel again by connecting rod transmission steel wheel cover and ratchet, is stirred spine move and steel wheel rotation by ratchet by the button drivening rod at last.The lead of the rod spring under the button, back-moving spring, connecting rod, elastic slide block are as counterpart.This scheme has simply been imitated the ignition process and the principle of electronic lighter; Utilization is pushed the unexpected forward rotation flint wheel of the energy of putting aside in the button procedure and is lighted a fire; And also to consider how both to have avoided the frictional force between steel wheel and the flint again after accomplishing igniting, let all parts homings again.It is designed with following unreasonable part: the structure with complicated only lets the steel wheel cover rotate back to reposition, and does not allow the steel wheel revolution.

Chinese patent 95243330.3 discloses a kind of vertical pressing formula steel wheel ignition igniter; It comprises mounting, steel wheel, flint; The press device that comprises that button, compression spring, return spring, rotating rod, supercharging are buckled is arranged on mounting, the steel wheel cover is arranged on the steel wheel.This scheme has also simply been imitated the ignition process and the principle of electronic lighter; It is designed with following unreasonable part: the branch polarity of the strength of spring is unreasonable; Make in the process of steel wheel homing overcoming the frictional force between steel wheel and the flint, this can cause steel wheel often to be blocked by flint.

Therefore, a kind of igniting good hand touch, simple in structure, with low cost, sanitation and hygiene are provided, are fit to flint lighter own characteristic, and the flint lighter that really can put into actual production becomes the problem that industry need solve.

Summary of the invention

To the shortcoming of prior art, the purpose of the utility model is to light the flint lighter with a kind of more mode of cleaning, and moreover, the feel of the flint lighter igniting that the utility model relates to is all almost the same with electronic lighter.And the structure of the utility model is very simple, and cost is low, is easy to produce in enormous quantities.

To achieve these goals, the utility model provides a kind of flint lighter, and it comprises combustion gas relieving mechanism, spark generating mechanism, operating-controlling mechanism; Wherein, the spark generating mechanism energy-storage travelling wave tube application of force position that comprises energy-storage travelling wave tube, be built in the flint of lighter, change member, change member rotation synchronously and contact or be connected with wheel with the emery wheel of flint contact, the wheel that when energy-storage travelling wave tube releases energy, rotates with energy-storage travelling wave tube with the emery wheel synchronous forward through deformation energy; Operating-controlling mechanism comprises that but turning wheel changes member and makes its counter-rotational member of stirring; When stirring member positive movement and turning wheel and changeing member and make its backward rotation, energy-storage travelling wave tube application of force bit synchronization backward rotation also acts on energy-storage travelling wave tube and makes its distortion and energy storage; Stir that member continues positive movement and when wheel changes member and separates, energy-storage travelling wave tube releases energy and drives energy-storage travelling wave tube application of force position forward rotation, wheel change member then synchronous forward rotate and reset, emery wheel then synchronous forward rotate and with flint friction generates spark; The combustion gas relieving mechanism is opened and the release combustion gas by operating-controlling mechanism before blow-out.

In the utility model, cocked orientation is meant the residing a kind of position of movable part, if movable part is in cocked orientation, then stirs member and in motion process, can receive stopping of wheel commentaries on classics member; If movable part is not in cocked orientation, then stirs member and in motion process, can not receive stopping of wheel commentaries on classics member.

In the utility model, the rotation that wheel changes member, energy-storage travelling wave tube application of force position and emery wheel can be divided into forward rotation and backward rotation, can cause that wherein emery wheel friction flint generation spark and spark to the rotation of gas nozzle place orientation sputter, are called forward rotation; Otherwise then be backward rotation.

In the utility model, operating-controlling mechanism comprises to be stirred member, stirs the lever shaft that member rotates around it, the axis hole of lever shaft, claims that then this operating-controlling mechanism is the lever operating-controlling mechanism.

In the utility model; Operating-controlling mechanism comprises stirs member, slide block, chute; Being positioned at the slide block of stirring on the member can slide at the chute that is fixed in lighter; The slide block that perhaps is fixed in the lighter can slide being positioned at the chute of stirring on the member, claims that then this operating-controlling mechanism is the slide block type operating-controlling mechanism.

In the utility model, when the member that each point movement locus on the member is stirred in influence in the operating-controlling mechanism gets into the dislocation space from normal activity space, stir the motion that member does and be called the dislocation motion.For example; Operating-controlling mechanism is the lever operating-controlling mechanism; The lever shaft of then stirring member is the member that each point movement locus on the member is stirred in influence in the operating-controlling mechanism; The normal activity space of lever shaft should be the lever axis hole, is the dislocation motion and when the lever axis hole gets into the dislocation space, stir the motion that member does when lever shaft; Again for example; Operating-controlling mechanism is the slide block type operating-controlling mechanism; Then slide block is that the member of each point movement locus on the member is stirred in influence in the operating-controlling mechanism, and the normal activity space of slide block should be a chute, is dislocation and moves and when slide block gets into the dislocation space by chute, stir motion that member does.

In the utility model, energy-storage travelling wave tube can be various elements through the distortion storage power, and for example various springs specifically can be torsion spring, compression spring or extension spring.

In the utility model, can make the energy-storage travelling wave tube energy storage, and operating-controlling mechanism can be opened the combustion gas relieving mechanism to discharge combustion gas in the process of stirring the member positive movement through the positive movement of stirring member; This positive movement is one-way movement.

In the utility model; The combustion gas relieving mechanism comprises gas nozzle and the fuel-release lever that is used to prize this gas nozzle; Fuel-release lever is controlled the release of combustion gas through prizing gas nozzle, and gas nozzle is in closed condition when having no external force to act on fuel-release lever.The fuel-release lever rotating shaft can be between the force side and gas nozzle of fuel-release lever, and when pushing the force side of fuel-release lever downwards, the other end of fuel-release lever upwards prizes gas nozzle; Also can be gas nozzle between the force side of fuel-release lever rotating shaft and fuel-release lever, when upwards promoting the force side of fuel-release lever, the other end of fuel-release lever upwards prizes gas nozzle.The structure of gas nozzle belongs to the prior art field, repeats no more at this.

In the utility model; The operator makes through the operation operating-controlling mechanism and stirs member turning wheel commentaries on classics member; Energy-storage travelling wave tube energy storage when stirring the member turning wheel and changeing member and make its backward rotation when the energy of energy-storage travelling wave tube savings is very sufficient, is stirred member and is changeed member with wheel and separate; Energy-storage travelling wave tube releases energy and causes the quick forward rotation of emery wheel, and the emery wheel flint that in the process of forward rotation, rubs produces spark.The operator operates operating-controlling mechanism, does not need directly to contact emery wheel, and it is good hand touch not only, and it is almost the same with electronic lighter to operate, and sanitation and hygiene.

According to a kind of embodiment of the utility model, also comprise being used to make and stir the resetting-mechanism that member resets.

A kind of embodiment according to the utility model; Resetting-mechanism is the dislocation resetting-mechanism; It comprises that thereby being used to stir member the dislocation motion takes place avoids taking turns and change the dislocation space that member stops, and with stir the member contact or be connected, be used to make and stir member and dislocation takes place automatically move and make and stir the automatically reset flexible member of member.Operating-controlling mechanism is the lever operating-controlling mechanism, and it comprises stirs member, stirs the lever shaft that member rotates around it, the axis hole of lever shaft; Lever shaft can be movable in the hole of axis hole and the common composition in dislocation space.In the utility model, flexible member can be various elements through the distortion storage power, and for example various springs specifically can be torsion spring, compression spring or extension spring.

Another kind of embodiment according to the utility model; Resetting-mechanism is the dislocation resetting-mechanism; Operating-controlling mechanism is the slide block type operating-controlling mechanism; It comprises stirs member, slide block, chute, and being positioned at the slide block of stirring on the member can slide at the chute that is fixed in lighter, and the slide block that perhaps is fixed in the lighter can slide being positioned at the chute of stirring on the member; The other protuberance (space promptly misplaces) that fuses with chute that is provided with of chute, slide block can be movable in chute and the common space of forming of protuberance, and the dislocation space is a protuberance.

According to the another kind of embodiment of the utility model, wheel commentaries on classics member is provided with to be used for hindering with the contact-making surface of stirring member stirs the automatically reset obstruction portion of member.

Another kind of embodiment according to the utility model; Resetting-mechanism is a spinning reduction mechanism; Stirring member changes the movable part of end for can in restricted portion, rotating around the turning cylinder of himself that member contacts with wheel, and perhaps wheel changes member and stirs the movable part of end for can in restricted portion, rotating around the turning cylinder of himself that member contacts; Spinning reduction mechanism comprises turning cylinder, and with stir member contact or be connected, be used to make and stir the automatically reset flexible member of member.Spinning reduction mechanism is through letting movable part rotate, and order is stirred member and avoided taking turns and change stopping and resetting of member.This spinning reduction mechanism also can comprise with the movable part contact or be connected, is used to make movable part after rotation, to automatically reply the reposition element of cocked orientation.In the utility model, reposition element can be various elements through the distortion storage power, and for example various springs specifically can be torsion spring, compression spring or extension spring.

According to the another kind of embodiment of the utility model, in this embodiment, can be set to and must just can light lighter when the position applies greater than 4.1 kilograms power to pushing of operating-controlling mechanism, so being provided with is can light a fire easily for fear of children.

According to the another kind of embodiment of the utility model, be provided with in the spark generating mechanism with emery wheel and rotate synchronously and the palp anti-sticking post of hand; Accordingly, lighter is provided with and holds the anti-hole clipping that the anti-sticking post rotates synchronously with emery wheel within it.When emery wheel is blocked by flint, stir the anti-sticking post with hand, can let wheel change member and reset.

According to the another kind of embodiment of the utility model, the part that emery wheel can not touch said flint is provided with the asymmetric breach of shape.

Compared with prior art, the utility model possesses following beneficial effect:

1, in the utility model, the operator makes wheel change the member backward rotation through the operation operating-controlling mechanism, simultaneously the energy-storage travelling wave tube energy storage; When the energy of energy-storage travelling wave tube savings is very sufficient, to stir member and change member with wheel and separate, energy-storage travelling wave tube releases energy and causes the quick forward rotation of emery wheel; The emery wheel flint that in the process of forward rotation, rubs produces spark, and the operator operates operating-controlling mechanism, does not need directly to contact emery wheel; Not only good hand touch is almost the same with the operation electronic lighter for it, and sanitation and hygiene;

2, the utility model has taken into full account the characteristics of flint lighter self; There are not simply to imitate the ignition process and the principle of electronic lighter; But a shilling wheel changes the member backward rotation and makes the energy-storage travelling wave tube energy storage; When the energy of energy-storage travelling wave tube savings is very sufficient; Make energy-storage travelling wave tube release energy and cause wheel to change member and the rotation of emery wheel synchronous forward, the friction flint produces spark in the time of the emery wheel forward rotation, does not just need to consider the reset issues of emery wheel after ignition process is accomplished again; More do not need to consider again how to avoid in the process of all parts homings after accomplishing ignition process the problem of the frictional force between emery wheel and the flint, therefore greatly reduce the probability that emery wheel is blocked by flint;

3, the utility model uses emery wheel and flint to produce spark, and its cost is lower than the necessary piezoelectric ceramics of electronic lighter, thereby the lighter cost of the utility model is cheaper;

4, the lighter structure of the utility model is simple, is easy to produce in enormous quantities.

Below in conjunction with accompanying drawing the utility model is done further to specify.

Description of drawings

Fig. 1 is the partial interior structural representation of the utility model embodiment 1, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter;

Fig. 2 is the partial interior structural representation of embodiment 1, and it has shown that the operator applies external force, makes to stir the member rotation, stirs member and contacts with wheel commentaries on classics member;

Fig. 3 is the partial interior structural representation of embodiment 1, and it has shown that the operator continues to apply external force, and wheel changes the member backward rotation, the compressed energy-storage element, and stir the fuel-release lever that member begins touch controls combustion gas relieving mechanism;

Fig. 4 is the partial interior structural representation of embodiment 1, and it has shown that stirring member is about to separate with wheel commentaries on classics member, and the energy of energy-storage travelling wave tube savings is very sufficient, and the combustion gas relieving mechanism has begun to discharge combustion gas;

Fig. 5 is the partial interior structural representation of embodiment 1, and after it had shown that stirring member and wheel changes member and separate, the energy-storage travelling wave tube driving wheel changeed member and emery wheel forward rotation, the quick friction generates spark of the emery wheel of rotation and flint, spark ignition combustion gas generation flame;

Fig. 6 is the partial interior structural representation of embodiment 1, and it has shown to stir and receives wheel in the process that member resets change stopping of member under the elastic force effect of flexible member;

Fig. 7 is the partial interior structural representation of embodiment 1, and it has shown that dislocation motion takes place to stir member under the elastic force effect of flexible member, and then makes and stir member and avoid taking turns and change stopping of member;

Fig. 8 is the partial interior structural representation of the utility model embodiment 2, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter;

Fig. 9 is the partial interior structural representation of embodiment 2, and it has shown that the operator applies external force, makes that to stir member up, stirs member and changes member with wheel and contact;

Figure 10 is the partial interior structural representation of embodiment 2, and it has shown that stirring member is about to separate with wheel commentaries on classics member, and the energy of energy-storage travelling wave tube savings is very sufficient, and the combustion gas relieving mechanism has begun to discharge combustion gas;

Figure 11 is the partial interior structural representation of embodiment 2, and after it had shown that stirring member and wheel changes member and separate, the energy-storage travelling wave tube driving wheel changeed member and emery wheel forward rotation, the quick friction generates spark of the emery wheel of rotation and flint, spark ignition combustion gas generation flame;

Figure 12 is the partial interior structural representation of embodiment 2, and it has shown to stir and receive wheel in the process that member resets change stopping of member under the elastic force effect of flexible member, and stirs member and under the elastic force effect of flexible member, begin to take place the dislocation motion;

Figure 13 is the partial interior structural representation of embodiment 2, and it has shown that dislocation motion takes place to stir member under the elastic force effect of flexible member, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 14 is the partial interior structural representation of the utility model embodiment 3, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter;

Figure 15 is the partial interior structural representation of embodiment 3, and after it had shown that stirring member and wheel changes member and separate, the energy-storage travelling wave tube driving wheel changeed member and emery wheel forward rotation, the quick friction generates spark of the emery wheel of rotation and flint, spark ignition combustion gas generation flame;

Figure 16 is the partial interior structural representation of embodiment 3, and it has shown in stirring the process that member resets, and stirs the movable part rotating certain angle of member, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 17 is the partial interior structural representation of the utility model embodiment 4, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter;

Figure 18 is the partial interior structural representation of embodiment 4, and after it had shown that stirring member and wheel changes member and separate, the energy-storage travelling wave tube driving wheel changeed member and emery wheel forward rotation, the quick friction generates spark of the emery wheel of rotation and flint, spark ignition combustion gas generation flame;

Figure 19 is the partial interior structural representation of embodiment 4, and it has shown in stirring the process that member resets, and stirs the movable part rotating certain angle of member, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 20 is the partial interior structural representation of the utility model embodiment 5;

Figure 21 is the partial interior structural representation of the utility model embodiment 6, and it has shown that wheel changes the structure of member one side;

Figure 22 is the partial interior structural representation of embodiment 6, and it has shown the structure of energy-storage travelling wave tube application of force position one side;

Figure 23 is the partial interior structural representation of the utility model embodiment 7;

Figure 24 is the partial interior structural representation of the utility model embodiment 8;

Figure 25 is the partial interior structural representation of the utility model embodiment 9, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter, and wherein, dotted line x1x2, x3x4, y1y2, y3y4 surround a box;

Figure 26 be the lighter entity that cuts of the box among Figure 25 along the x2x1 direction projection to paper plane on the structural representation of gained;

Figure 27 is the structural representation with same embodiment of Figure 26 and same view angle, and it has shown that wheel changes the movable part rotating certain angle of member in stirring the process that member resets, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 28 is the partial interior structural representation of the utility model embodiment 10, and it has shown when lighter not being carried out any operation, the residing state of each parts in the lighter, and stir member and separate with wheel commentaries on classics member;

Figure 29 is the partial interior structural representation of embodiment 10, and it has shown stirs in the process that member resets under the elastic force effect of flexible member, take turns obstruction portion on the commentaries on classics member and stops and can't automatically reset;

Figure 30 is the partial interior structural representation of embodiment 10, and it has shown stirs member under operator's external force effect, makes to stir member the dislocation motion takes place, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 31 is the partial interior structural representation of the utility model embodiment 11; It has shown stirs member in the process that resets; Its movable part that is positioned at the end changes member with wheel and contacts; And movable part can't rotate enough big angle automatically, makes to stir member and can't avoid automatically taking turns and change stopping of member;

Figure 32 is the partial interior structural representation of embodiment 11, and it has shown stirs member under operator's external force effect, and the movable part of stirring member rotates enough angles, and then makes and stir member and avoid taking turns and change stopping of member;

Figure 33 is the partial interior structural representation of the utility model embodiment 12; It has shown that stirring member is about to separate with wheel commentaries on classics member; The power of pushing on the position that this moment, the operator was applied to operating-controlling mechanism is not less than 4.1 kilograms, and gas nozzle is in and is about to discharge the critical condition of combustion gas or has just begun to discharge combustion gas;

Figure 34 is the partial interior structural representation of embodiment 12, and it has shown that the operator strengthens the position of pushing that strength is pushed operating-controlling mechanism, stirs the fuel-release lever that member presses down the combustion gas relieving mechanism, makes the combustion gas relieving mechanism continue to discharge combustion gas; After stirring member and wheel commentaries on classics member separating, the energy-storage travelling wave tube driving wheel changes member and emery wheel forward rotation, the quick friction generates spark of the emery wheel of rotation and flint, and the spark ignition combustion gas produces flame;

Figure 35 is the partial interior structural representation of the utility model embodiment 13;

Figure 36 is the partial interior structural representation of the utility model embodiment 14;

Figure 37 is the partial interior structural representation of the utility model embodiment 15;

Figure 38 is the partial interior structural representation of the utility model embodiment 16, and it has shown because of the quality problems of emery wheel or flint and causes emery wheel to be blocked by flint;

Figure 39 is the portion of external structural representation of embodiment 16, and it has shown anti-sticking post and anti-hole clipping thereof;

Figure 40 is the portion of external structural representation of embodiment 16, and it has shown that the operator stirs the anti-sticking post with hand;

Figure 41 is the portion of external structural representation of embodiment 16, and it has shown that emery wheel frees from jammed state;

Figure 42 is the partial interior structural representation of the utility model embodiment 17;

The specific embodiment

Embodiment 1

As shown in Figure 1, in the present embodiment, operating-controlling mechanism is the lever operating-controlling mechanism.

Lighter comprises four parts: combustion gas relieving mechanism, spark generating mechanism, operating-controlling mechanism and resetting-mechanism.

The combustion gas relieving mechanism comprises gas nozzle 2, nozzle springs 1 and fuel-release lever 19, and in the present embodiment, fuel-release lever rotating shaft 18 is between the force side 46 and gas nozzle 2 of fuel-release lever;

Resetting-mechanism comprises flexible member 11 and dislocation space 14.

Operating-controlling mechanism comprises to be stirred member 15, stir the lever shaft 13 of member and stirs the lever axis hole 37 of member.

The spark generating mechanism comprises that emery wheel 5, flint 4, flint spring 20, wheel change member 10, energy-storage travelling wave tube 7 and energy-storage travelling wave tube application of force position 8.Its medium plain emery wheel 5 changes member 10 with wheel to be combined also and can rotate around the turning cylinder 6 of emery wheel, and energy-storage travelling wave tube application of force position 8 is positioned at wheel changes on the member 10, and emery wheel 5, wheel commentaries on classics member 10 and energy-storage travelling wave tube application of force position 8 can synchronously rotate around the turning cylinder 6 of emery wheel.Flint spring 20 firmly props up emery wheel 5 with flint 4.Energy-storage travelling wave tube 7 is torsion springs in the present embodiment; The torsion spring spire 34 of energy-storage travelling wave tube 7 is enclosed within on the turning cylinder 6 of emery wheel; One of energy-storage travelling wave tube 7 props up the energy-storage travelling wave tube fixed bit 3 that is fixed in lighter inside, and the other end props up wheel changes the energy-storage travelling wave tube application of force position 8 on the member 10.Under the situation that does not apply any external force, energy-storage travelling wave tube 7 applies elastic force to energy-storage travelling wave tube application of force position 8, makes wheel change member 10 and props up limited block 9.

Stirring member 15 can rotate around a lever shaft of stirring member 13 that is fixed in the lighter.Stir gross space 38 of lever axis hole 37 and dislocation space 14 common compositions of member in the present embodiment, gross space 38 is being stirred oblong hole of formation on the member 15, and the width in hole is slightly larger than the columniform diameter of stirring the lever shaft 13 of member.Wheel changes member 10 and to stir the lever axis hole 37 that end distance that member 15 contact stirs member far away than the spaces 14 that misplace.The lever shaft 13 of stirring member can be movable in the oblong hole that gross space 38 forms.When the lever shaft of stirring member 13 gets into dislocation spaces 14 by the lever axis hole of stirring member 37, stir the motion that member 15 done and be the dislocation motion.

Flexible member 11 is compression springs in the present embodiment, and an end of flexible member 11 is fixed on and is fixed on the inner flexible member fixed bit 25 of lighter, and the other end is fixed on the flexible member application of force position 26 of stirring on the member 15.With Fig. 1 is reference; Under the situation that does not apply any external force; Flexible member 11 in the present embodiment to stir member 15 apply the lower right to elastic force; Make and be fixed in lighter inner cylindrical limited block 16 and firmly prop up the cylindrical piece of stirring on the member 15 17 that agrees with, the lever shaft 13 that stir member this moment is positioned at the lever axis hole 37 of stirring member.

Pushed the position at 35 o'clock with what hand 21 was pushed operating-controlling mechanism downwards, stir the elastic force that member 15 begins to overcome flexible member 11 and do unidirectional rotary motion around the lever shaft of stirring member 13, this unidirectional rotary motion is a positive movement.When stirring member 15 and touch wheel and change member 10 (like Fig. 2); Stirring elastic force and the frictional force between emery wheel 5 and the flint 4 that 15 of members also need overcome the energy-storage travelling wave tube 7 except that the elastic force of flexible member 11 makes wheel change member 10 backward rotation; In this process, all put on stir member 15 make a concerted effort determined to stir member 15 dislocation motion can not take place.Energy-storage travelling wave tube 7 changes energy storage in the member 10 counter-rotational processes at wheel.

To take turns when changeing member 10 and turning to certain position when stirring member 15, and stir member 15 and begin to touch fuel-release lever 19 (like Fig. 3).Stir member 15 then and continue in the process of positive movement, have one and stir member 15 and take turns the process that member 10 tends to separate gradually of changeing.When stirring member 15 and wheel and change member 10 and be about to separate (like Fig. 4); Flexible member 11 is very big with the energy that energy-storage travelling wave tube 7 is put aside; Wherein the energy put aside of energy-storage travelling wave tube 7 has been enough to drive emery wheel 5 quick rotation and the flint 4 that rubs produces a large amount of sparks; And stir the fuel-release lever 19 that member 15 has acted on lever construction this moment, and fuel-release lever 19 rotates and opens gas nozzle 2 around fuel-release lever rotating shaft 18, and combustion gas begins to discharge.Have only at the moment or contiguous this moment the time; Owing to the strength of distributing to flexible member 11 and energy-storage travelling wave tube 7 in the actual product can have different difference as the case may be; Cause all to act on and stir may letting with joint efforts of member 15 and stir member 15 the dislocation motion takes place, member 15 and wheel are stirred in order changes opportunity that member 10 separates in advance.But this moment or contiguous dislocation campaign this moment the time can be to any problem of igniting generation; Because present embodiment changes very high requirement is arranged on opportunity that member 10 separates stirring member 15 and wheel unlike embodiment 12 that kind; This moment or the contiguous energy that energy-storage travelling wave tube 7 is put aside this moment the time has been enough to already that driving wheel changes that member 10 rotates with emery wheel 5 and friction flint 4 produces a large amount of sparks, and can make and take turns commentaries on classics member 10 and reset; These sparks are fully enough lighted combustion gas, and combustion gas also begins to discharge already.Present embodiment also can increase with embodiment 12 in the same face that only moves 44 and limited block 45, avoid dislocation campaign this moment, like Figure 33.

That continues to push operating-controlling mechanism downwards pushes position 35; Stirring member 15 can change member 10 with wheel and separate (like Fig. 5), the energy instantaneous burst that energy-storage travelling wave tube 7 is put aside and promote energy-storage travelling wave tube application of force position 8, wheel changes member 10 and emery wheel 5 turn round together, wheel commentaries on classics member 10 resets immediately; The revolution of emery wheel 5 is a forward rotation; A large amount of sparks that friction flint 4 is produced during emery wheel 5 revolutions are lighted combustion gas rapidly, stir member 15 and then can continue positive movement, block until being fixed in the inner limited block 12 of lighter; In this process, stir member 15 and continuingly act on fuel-release lever 19 always; Combustion gas continue to discharge always, because combustion gas lighted, so as long as press pushing position 35 flames and will continuing of operating-controlling mechanism always always.Whole ignition process is accomplished.The position 35 of pushing of pushing operating-controlling mechanism with hand 21 from the operator begins, until the process that lighter is lighted is called ignition process.

When hand 21 stop to push operating-controlling mechanism push position 35 time; Flexible member 11 can promote to stir member 15 and reset; In this process, stir member 15 and will no longer act on fuel-release lever 19, nozzle springs 1 can push back the closed position with gas nozzle 2, and fuel-release lever 19 is also got back to original position; Combustion gas is closed immediately, fray-out of flame.Also in this process, stir member 15 and can touch stop (like Fig. 6) that wheel changes member 10 and receives wheel commentaries on classics member 10.In the utility model, accomplish in the process that resets after the ignition processes stirring member 15, wheel changes on the member 10 and stirs the face that member 15 comes in contact and be called the contact-making surface 36 that resets.The contact-making surface 36 that resets in the present embodiment is a smooth arc-shaped curved surface.And after stirring member 15 and touching wheel and change member 10; All act on stir member 15 make a concerted effort and the acting in conjunction meeting of the smooth arc-shaped curved surface of the contact-making surface 36 that resets lets and stirs member 15 the dislocation motion takes place, member 15 is stirred in order to be changeed member 10 with wheel and tend to separate (like Fig. 7) and final separation gradually.Change member 10 after separatings with wheel, stir member 15 and understand under the elastic force influence of flexible member 11, automatically reset (like Fig. 1).

Embodiment 2

As shown in Figure 8, in the present embodiment, operating-controlling mechanism is the slide block type operating-controlling mechanism.

The combustion gas relieving mechanism comprises gas nozzle 2, nozzle springs 1, fuel-release lever 19, and in the present embodiment, fuel-release lever rotating shaft 18 is between the force side 46 and gas nozzle 2 of fuel-release lever.

Resetting-mechanism comprises flexible member 11 and dislocation space 14.

Operating-controlling mechanism comprises stirs member 15, chute 29, slide block 30 and reverse lever 31.

The spark generating mechanism comprises that emery wheel 5, flint 4, flint spring 20, wheel change member 10, energy-storage travelling wave tube 7 and energy-storage travelling wave tube application of force position 8.Relation in the spark generating mechanism between each parts is the same with embodiment 1.Energy-storage travelling wave tube 7 is a torsion spring in the present embodiment; The torsion spring spire 34 of energy-storage travelling wave tube 7 is enclosed within on the turning cylinder 6 of emery wheel; One of energy-storage travelling wave tube 7 props up the energy-storage travelling wave tube fixed bit 3 that is fixed in lighter inside, and the other end props up wheel changes the energy-storage travelling wave tube application of force position 8 on the member 10, under the situation that does not apply any external force; Energy-storage travelling wave tube 7 applies elastic force to energy-storage travelling wave tube application of force position 8, makes wheel change member 10 and props up limited block 9.

In the present embodiment, be provided with chute 29 in the lighter, the slide block of stirring on the member 15 30 can be movable in gross spaces 38 of chute 29 and dislocation space 14 common compositions.Dislocation space 14 be positioned at when stirring member 15 and wheel and change member 10 and contact slide block 30 positions near, and at chute 29 other protuberances that fuse with chute 29 of sides formation of taking turns commentaries on classics members 10 dorsad.When slide block 30 moves into dislocation space 14 by chute 29, stir member 15 the dislocation motion promptly takes place.When 30 of slide blocks moved in chute 29, slide block 30 can slide up and down and can not rotate.

Flexible member 11 is compression springs in the present embodiment, and an end of flexible member 11 is fixed on and is fixed on the inner flexible member fixed bit 25 of lighter, and the other end is fixed on the flexible member application of force position 26 of stirring on the member 15.With Fig. 8 is reference, and under the situation that does not apply any external force, flexible member 11 firmly is pressed in chute 29 bottom to stirring the elastic force that member 15 applies vertical downward direction with stirring member 15.

With hand 21 to operating-controlling mechanism push position 35 apply oblique upper that a deflection wheel changes member 10 directions to power the time, stir the elastic force that member 15 begins to overcome flexible member 11 and upwards do unidirectional rectilinear motion along chute 29, this unidirectional rectilinear motion is a positive movement.Under the guiding of pushing position 35 inclined-plane profile of operating-controlling mechanism, the application of force custom of hand 21 when the direction of pushing position 35 application of forces of operating-controlling mechanism just in time meets the people and holds lighter in this process.When stirring member 15 and touch wheel and change member 10 (like Fig. 9), stir elastic force and the frictional force between emery wheel 5 and the flint 4 that 15 of members also need overcome the energy-storage travelling wave tube 7 except that the elastic force of flexible member 11 and make wheel commentaries on classics member 10 backward rotation.Energy-storage travelling wave tube 7 changes energy storage in the member 10 counter-rotational processes at wheel.

Comprise a reverse lever 31 in the operating-controlling mechanism, this reverse lever 31 rotates around the lever shaft 32 of reverse lever; And the limited block 33 that this reverse lever 31 is reversed lever defines scope of activities jointly with fuel-release lever 19, to guarantee that stirring member 15 necessarily can touch fuel-release lever 19 in the positive movement process.Stir member 15 then and continue in the process of upwards slip, have one and stir member 15 and take turns the process that member 10 tends to separate gradually of changeing.When stirring member 15 and wheel and change member 10 and be about to separate (like Figure 10); Flexible member 11 is very big with the energy that energy-storage travelling wave tube 7 is put aside; Wherein the energy put aside of energy-storage travelling wave tube 7 has been enough to make emery wheel 5 to rotate and friction flint 4 produces a large amount of sparks; Acted on reverse lever 31 and stir member 15 this moment; And reverse lever 31 will be stirred the fuel-release lever 19 that the power that makes progress that member 15 applies changes downward power into and acts on lever construction, and fuel-release lever 19 rotates and open gas nozzle 2 around fuel-release lever rotating shaft 18, and combustion gas begins to discharge.

Continuation is stirred member 15 with hand 21 with the force urges of equidirectional, stirs member 15 and can separate (like Figure 11) with wheel commentaries on classics member 10, and the energy instantaneous burst that energy-storage travelling wave tube 7 is put aside also promotes energy-storage travelling wave tube application of force position 8, wheel commentaries on classics member 10 and emery wheel 5 revolutions; Wheel changes member 10 and resets immediately; The revolution of emery wheel 5 is a forward rotation, and in the process of forward rotation, rub flint 4 of emery wheel 5 produces a large amount of sparks, and spark is lighted combustion gas rapidly; Can continue upwards to slide and stir member 15; Until the summit that arrives chute 29, in this process, to stir member 15 and continuingly act on reverse lever 31 always, reverse lever 31 also acts on fuel-release lever 19 always makes combustion gas continue to discharge always; Because combustion gas lighted, so as long as press pushing position 35 flames and will continuing of operating-controlling mechanism always always.Whole ignition process is accomplished.

When hand 21 stop to push operating-controlling mechanism push position 35 time; Flexible member 11 can promote to stir member 15 and reset, and in this process, stirs member 15 and will no longer act on reverse lever 31, and reverse lever 31 also no longer forces in fuel-release lever 19; Nozzle springs 1 can push back the closed position with gas nozzle 2; Fuel-release lever 19 is also got back to original position, and combustion gas is closed immediately, fray-out of flame.Also in this process, stir member 15 and can touch stop (like Figure 12) that wheel changes member 10 and receives wheel commentaries on classics member 10.The contact-making surface 36 that resets in the present embodiment is a smooth plane.And after stirring member 15 and touching wheel and change member 10; All act on stir member 15 make a concerted effort and the acting in conjunction meeting of the smooth flat of the contact-making surface 36 that resets lets slide block 30 slip in the dislocation space 14; Stir member 15 simultaneously the dislocation motion can take place, member 15 is stirred in order to be changeed member 10 with wheel and tend to separate (like Figure 13) and final separation gradually in the process of returning slip automatically.After wheel changes member 10 and separates, can under the elastic force influence of flexible member 11, get back to the bottom of chute 29 reset (like Fig. 8) thereby stir member 15.

The structure of combustion gas relieving mechanism also can change among the embodiment 4 such in the present embodiment; Make gas nozzle 2 between the force side 46 and fuel-release lever rotating shaft 18 of fuel-release lever, and let and stir force side 46 that member 15 pushes fuel-release lever from bottom to top to open combustion gas relieving mechanism (is reference with Figure 17).

Embodiment 3

Shown in figure 14, in the present embodiment, operating-controlling mechanism is the lever operating-controlling mechanism.

The spark generating mechanism is identical with embodiment 1 with the combustion gas relieving mechanism.

Resetting-mechanism comprises the turning cylinder 22 and the reposition element 23 of flexible member 11, movable part.

Stirring member 15 can rotate around the lever shaft of stirring member 13, and the lever axis hole 37 of stirring member is slightly larger than the lever shaft 13 of stirring member.Stir member 15 and change the movable part 24 of end that member 10 contacts for can in restricted portion, rotating around the turning cylinder 22 of movable part with wheel.The scope that movable part 24 in the present embodiment can rotate around the turning cylinder 22 of movable part is: be reference with Figure 14; Clockwise rotatable from cocked orientation greater than 90 degree and less than 180 degree, and can not do from cocked orientation and rotate counterclockwise (movable part 24 Figure 14 is positioned at cocked orientation).When stirring member 15 when wheel changes member 10 and do not contact, movable part 24 is positioned at cocked orientation all the time under the elastic force effect of reposition element 23.Reposition element 23 in the present embodiment adopts extension spring, and one of reposition element 23 is fixed on the reposition element fixed bit of stirring on the member 15 28, and the other end is fixed on the reposition element application of force position 27 on the movable part 24.

Pushed the position at 35 o'clock with what hand 21 was pushed operating-controlling mechanism downwards, stir the elastic force that member 15 overcomes flexible member 11 and do unidirectional rotary motion around the lever shaft of stirring member 13, this unidirectional rotary motion is a positive movement.When stirring member 15 and touch wheel and change member 10, stir elastic force and the frictional force between emery wheel 5 and the flint 4 that 15 of members also need overcome the energy-storage travelling wave tube 7 except that the elastic force of flexible member 11 and make wheel commentaries on classics member 10 backward rotation.Energy-storage travelling wave tube 7 changes energy storage in the member 10 counter-rotational processes at wheel.

To take turns when changeing member 10 and turning to certain position when stirring member 15, and stir member 15 and begin to touch fuel-release lever 19.Stir member 15 then and continue, have one and stir member 15 and take turns the process that member 10 tends to separate gradually of changeing with in the equidirectional rotating process.When stirring member 15 and wheel and change member 10 and be about to separate; Flexible member 11 is very big with the energy that energy-storage travelling wave tube 7 is put aside; Wherein the energy put aside of energy-storage travelling wave tube 7 has been enough to drive emery wheel 5 quick rotation and the flint 4 that rubs produces a large amount of sparks; And stir the fuel-release lever 19 that member 15 has acted on lever construction this moment, and fuel-release lever 19 rotates and opens gas nozzle 2 around fuel-release lever rotating shaft 18, and combustion gas begins to discharge.

That continues to push operating-controlling mechanism downwards pushes position 35; Stirring member 15 can change member 10 with wheel and separate (like Figure 15), the energy instantaneous burst that energy-storage travelling wave tube 7 is put aside and promote energy-storage travelling wave tube application of force position 8, wheel changes member 10 and emery wheel 5 turn round together, wheel commentaries on classics member 10 resets immediately; The revolution of emery wheel 5 is a forward rotation; A large amount of sparks that friction flint 4 is produced during emery wheel 5 revolutions are lighted combustion gas rapidly, stir member 15 and then can continue positive movement, block until limited 12; In this process, stir member 15 and continuingly act on fuel-release lever 19 always; Combustion gas continue to discharge always, because combustion gas lighted, so as long as press pushing position 35 flames and will continuing of operating-controlling mechanism always always.Whole ignition process is accomplished.

When hand 21 stop to push operating-controlling mechanism push position 35 time; Flexible member 11 is stirred member 15 with promotion and is resetted; Stir member 15 and no longer act on fuel-release lever 19, nozzle springs 1 can push back the closed position with gas nozzle 2, and fuel-release lever 19 is also got back to original position; Combustion gas is closed immediately, fray-out of flame.Also in this process, stirring member 15 can touch wheel and change member 10 and receive wheel and change stopping of member 10.And this moment, all act on the movable part 24 that can let with joint efforts of movable part 24 and do clockwise direction rotation (is reference with Figure 14) around the turning cylinder 22 of movable part.Act under the common influence of smooth arc-shaped curved surface of the making a concerted effort of movable part 24 and the contact-making surface 36 that resets at all; Movable part 24 rotates enough angles gradually around the turning cylinder 22 of movable part, stirs member 15 and also tends to separate (like Figure 16) and final the separation gradually with wheel commentaries on classics member 10.Stirring member 15 and wheel commentaries on classics member 10 after separatings; Reposition element 23 can apply elastic force to reposition element application of force position 27; Movable part 24 is pulled back to cocked orientation immediately, stirs member 15 and also can under the elastic force influence of flexible member 11, be rotated further and finally reset (like Figure 14) simultaneously.

Embodiment 4

Shown in figure 17, in the present embodiment, operating-controlling mechanism is the slide block type operating-controlling mechanism.

The combustion gas relieving mechanism comprises gas nozzle 2, nozzle springs 1 and fuel-release lever 19, and in the present embodiment, gas nozzle 2 is between the force side 46 and fuel-release lever rotating shaft 18 of fuel-release lever;

The spark generating mechanism is identical with embodiment 2.

Operating-controlling mechanism comprises stirs member 15, chute 29 and slide block 30.

Stir member 15 and change the movable part 24 of end that member 10 contacts for can in restricted portion, rotating around the turning cylinder 22 of movable part with wheel.The scope that movable part 24 in the present embodiment can rotate around the turning cylinder 22 of movable part is: be reference with Figure 17; Clockwise rotatable from cocked orientation greater than 90 degree and less than 180 degree, and can not do from cocked orientation and rotate counterclockwise (movable part 24 Figure 17 is positioned at cocked orientation).When stirring member 15 when wheel changes member 10 and do not contact, movable part 24 is positioned at cocked orientation all the time under the elastic force effect of reposition element 23.Reposition element 23 in the present embodiment adopts extension spring, and one of reposition element 23 is fixed on the reposition element fixed bit of stirring on the member 15 28, and the other end is fixed on the reposition element application of force position 27 on the movable part 24.

Present embodiment and embodiment 2 mainly contain following difference:

1, the member 15 of stirring of present embodiment changes the movable part 24 of end for can in restricted portion, rotating around the turning cylinder 22 of movable part that member 10 contacts with wheel.

2, only be provided with chute 29 in the lighter of present embodiment, and the space 14 that do not misplace.

3, there is not reverse lever 31 in the operating-controlling mechanism of present embodiment.

The ignition process of the lighter of present embodiment has only not the same with embodiment 2; Promptly since present embodiment in gas nozzle 2 between the force side 46 and fuel-release lever rotating shaft 18 of fuel-release lever; So promoting to stir in the process of member 15 slips from bottom to top; Stir member 15 and can act on the force side 46 of fuel-release lever from bottom to top, rather than that kind is stirred member 15 and acted on fuel-release lever 19 through reverse lever 31 among the embodiment 2.Fuel-release lever 19 rotates and opens gas nozzle 2 around fuel-release lever rotating shaft 18 subsequently, and combustion gas discharges immediately.(like Figure 18) lighted in the combustion gas meeting that discharges in ignition process subsequently.

In addition, accomplish ignition process after, when hand 21 stop to push operating-controlling mechanism push position 35 time, flexible member 11 promotes to stir the process that member 15 resets can be different.

Promote to stir in the process that member 15 resets at flexible member 11, stir member 15 and will no longer act on fuel-release lever 19, nozzle springs 1 can push back the closed position with gas nozzle 2, and fuel-release lever 19 is also got back to original position, and combustion gas is closed immediately, fray-out of flame.Also in this process, stirring member 15 can touch wheel and change member 10 and receive wheel and change stopping of member 10.And this moment, all act on movable part 24 can let with joint efforts movable part 24 around the turning cylinder 22 of movable part do clockwise direction rotate (with Figure 17 be with reference to the time).Act under the common influence of smooth flat of the making a concerted effort of movable part 24 and the contact-making surface 36 that resets at all; Movable part 24 rotates enough angles gradually around the turning cylinder 22 of movable part, stirs member 15 and also tends to separate (like Figure 19) and final the separation gradually with wheel commentaries on classics member 10.Stirring member 15 and wheel commentaries on classics member 10 after separatings; Reposition element 23 can apply pulling force to reposition element application of force position 27; Movable part 24 is pulled back to cocked orientation immediately, stirs member 15 and also can under the elastic force influence of flexible member 11, continue to slide and finally reset (like Figure 17) simultaneously.

The structure of combustion gas relieving mechanism also can change among the embodiment 2 such in the present embodiment; Make fuel-release lever rotating shaft 18 between the force side 46 and gas nozzle 2 of fuel-release lever, and let and stir member 15 and act on fuel-release lever to open combustion gas relieving mechanism (like Fig. 8) through reverse lever 31.

Embodiment 5

Shown in figure 20, can be used in the present embodiment explain that movable part 24 can change on the member 10 at wheel.

In the present embodiment, wheel changes member 10 and stirs the movable part 24 of end for can in restricted portion, rotating around the turning cylinder 22 of movable part that member 15 contacts.When stirring member 15 when wheel changes member 10 and do not contact, movable part 24 is positioned at cocked orientation all the time under the elastic force effect of reposition element 23.The scope that movable part 24 in the present embodiment can rotate around the turning cylinder 22 of movable part is: be reference with Figure 20; Clockwise rotatable from cocked orientation greater than 60 degree and less than 120 degree, and can not do from cocked orientation and rotate counterclockwise (movable part 24 Figure 20 is positioned at cocked orientation).

Present embodiment and embodiment 4 mainly contain following difference:

1, in the present embodiment, wheel changes member 10 and stirs the movable part 24 of end for can in restricted portion, rotating around the turning cylinder 22 of movable part that member 15 contacts.

2, in the present embodiment, reposition element 23 usefulness be torsion spring.The torsion spring spire 34 of reposition element 23 is enclosed within on the turning cylinder 22 of movable part, a reposition element fixed bit 28 that props up on the wheel commentaries on classics member 10 of reposition element 23, and the other end props up the reposition element application of force position 27 on the movable part 24.

The ignition process of the lighter of present embodiment is just the same with embodiment 4.After lighter was accomplished ignition process, it is also almost the same with embodiment 4 that flexible member 11 promotes to stir the process that member 15 resets, different only be: the rotation of movable part 24 occurs on the wheel commentaries on classics member 10, rather than is stirring on the member 15.

Embodiment 6

Like Figure 21 is the positive local interior structural representation of present embodiment, and Figure 22 is the back side local interior structural representation of present embodiment.Present embodiment can be used to explain that wheel changes the both sides that member 10 can lay respectively at emery wheel 5 with energy-storage travelling wave tube application of force position 8.

Lighter in the present embodiment, whole ignition process and stir process that member 15 resets all with embodiment 1 striking resemblances.

The main difference point of present embodiment and embodiment 1 is:

Energy-storage travelling wave tube application of force position 8 is positioned on the wheel combined member 39, and wheel combined member 39 changes the both sides that member 10 lays respectively at emery wheel 5 with wheel, wherein takes turns combined member 39, wheel and changes member 10 and emery wheel 5 and be combined into a sub-assembly and can rotate around the turning cylinder 6 of emery wheel.

Embodiment 7

Shown in figure 23, present embodiment is compared with embodiment 3, has lacked reposition element 23, reposition element fixed bit 28 and reposition element application of force position 27.When just putting lighter and lighter not carried out any operation, movable part 24 is positioned at cocked orientation all the time under the effect of gravity; When being inverted lighter, movable part 24 is not positioned at cocked orientation all the time under the effect of gravity.

Using lighter when just putting lighter is people's custom.When lighter is just put, the ignition process of the lighter in the present embodiment, and stir the process that member 15 resets after accomplishing ignition process, all with embodiment 3 striking resemblances.

Embodiment 8

Shown in figure 24, compare with embodiment 5 in the present embodiment, lacked reposition element 23, reposition element fixed bit 28 and reposition element application of force position 27.When just putting lighter and lighter not carried out any operation, movable part 24 is not positioned at cocked orientation all the time under the effect of gravity; When being inverted lighter, movable part 24 is positioned at cocked orientation all the time under the effect of gravity.

Using lighter when just putting lighter is people's custom, and this lighter just can be lighted when being inverted, and this has just in time limited non-target group (like the child's) use, and makes this lighter safer.

When being inverted lighter, the ignition process of the lighter in the present embodiment and embodiment 5 striking resemblances.And after accomplishing ignition process, stop to force in operating-controlling mechanism pushed the position at 35 o'clock; No matter just putting or be inverted lighter; Stir member 15 and in automatically reset process, almost or fully receive to stop, stir member 15 and under the elastic force effect of flexible member 11, can reset easily less than wheel commentaries on classics any of member 10.

Embodiment 9

Be so that Figure 25 showed when the lighter of present embodiment not being carried out any operation, the residing state of each parts in the lighter.With Figure 25 is reference, and the axle that is parallel to horizontal plane is for the x axle, be the y axle perpendicular to the axle of horizontal plane, and present embodiment is noted that the utilization of the utility model is not limited on the plane of xy axle composition so.

With Figure 25 is reference, the plane that the z axle is formed perpendicular to the xy axle.

In order more simply to understand present embodiment; Y1y2 line, these four straight lines of y3y4 line that will be parallel to x1x2 line, the x3x4 line of x axle at present and be parallel to the y axle are irised out a box in the lighter structure figure of Figure 25; This box can obtain a regional entity along the lighter entity of z axle cutting present embodiment then; To the x1 direction this regional entity that cuts out being projected to paper plane from x2 at last is the structure chart that Figure 26 shows, and Figure 27 shows the structure chart under the lighter different conditions with the same visual angle of Figure 26.

Movable part 24 is positioned at wheel in the present embodiment changes on the member 10.

The main difference point of present embodiment and embodiment 5 is:

1, the slewing area of the movable part 24 of present embodiment is on the plane that the yz axle is formed, and not on the plane that the xy axle is formed.

What 2, reposition element 23 adopted in the present embodiment is extension spring.

State like each parts that Figure 26 showed is a residing state when lighter not being carried out any operation.Pushed the position at 35 o'clock with what hand 21 was pushed operating-controlling mechanism, stirring member 15 can positive movement and touch wheel and change member 10.That continues to push operating-controlling mechanism pushes position 35, and the ignition process identical with embodiment 5 then can take place.And after accomplishing ignition process, stir member 15 automatically reset processes are same principles with embodiment 5 also; The plane that the yz axle is formed has been changed on the plane that only rotates movable part 24, and Figure 27 has showed that movable part 24 rotates and stirs member 15 and change member 10 trends state separately with wheel in this process.

Embodiment 10

Shown in figure 28, the difference of lighter in the present embodiment and embodiment 1 is: on the contact-making surface 36 that resets of wheel commentaries on classics member 10 obstruction portion 40 is arranged in the present embodiment.

The ignition process of the lighter in the present embodiment and embodiment 1 striking resemblances.Difference is to accomplish flexible member 11 after the ignition process and promotes to stir in the process that member 15 resets; Stirring member 15 can be stopped by obstruction portion 40; All acted on and stirred can't letting with joint efforts of member 15 and stir member 15 dislocation motion (like Figure 29) takes place automatically this moment, and order is stirred member 15 and can't be avoided automatically taking turns and change stopping of member 10.And need human hand 21 to stir member 15 apply oblique upper to power; Stir member 15 the dislocation motion could take place; Stir stop (like Figure 30) that member 15 just can get around obstruction portion 40, stir member 15 and separate and finally reset (like Figure 28) with wheel commentaries on classics member 10 then.

The meaning of present embodiment is; Stir member 15 after each completion ignition process and all can't automatically reset, and need the auxiliary of manpower, stir member 15 just can reset; Lighter could be lighted once more; And the direction of this auxiliary force is different from the direction of the power that in ignition process, need apply fully, and this has increased non-target group's (like the child) use difficulty, the security that has improved lighter greatly.

Embodiment 11

Like Figure 31 and shown in Figure 32, the structure of the lighter in the present embodiment is the same with embodiment 3, and the reposition element 23 in the present embodiment is extension springs, is that with the difference of embodiment 3 elasticity rate of the reposition element 23 in the present embodiment is bigger.Flexible member 11 promotes to stir in the process that member 15 resets after accomplishing ignition process; Stirring member 15 can touch wheel commentaries on classics member 10 and stopped by it; But because the elastic force of reposition element 23 is excessive, the movable part 24 that can't let with joint efforts that causes all to act on movable part 24 rotates enough big angle around the turning cylinder 22 of movable part, stirs member 15 and therefore can't get around stopping (like Figure 31) and can't automatically reseting of wheel commentaries on classics member 10 automatically; And need the auxiliary of manpower; Movable part 24 could rotate enough big angle around the turning cylinder 22 of movable part, makes and stirs stop (like Figure 32) that member 15 gets around wheel commentaries on classics member 10, and finally reset.

The meaning of present embodiment is, has increased non-target group's (like the child) use difficulty, the security that has improved lighter.

Embodiment 12

Shown in figure 33, its principle of the lighter in the present embodiment is the same with embodiment 1, is that with the difference of embodiment 1 present embodiment has improved the security that lighter uses; The practical implementation method is following: in the ignition process; Stirring member 15 moving runner in the positive movement process changes member 10 and changes that time that member 10 is about to separate with wheel, and the power of pushing on the position 35 that the operator is applied to operating-controlling mechanism is not less than 4.1 kilograms, and stirs member 15 at this moment and acted on fuel-release lever 19; 2 of gas nozzles are in and are about to discharge the critical condition of combustion gas or have just begun to discharge combustion gas; This moment in case strengthen that strength pushes operating-controlling mechanism push position 35, then stir member 15 and can continue to act on fuel-release lever 19, the combustion gas meeting continue to discharge; Stir member 15 simultaneously in this and can separate (like Figure 34) with wheel commentaries on classics member 10; The energy instantaneous burst that energy-storage travelling wave tube 7 is put aside and promote energy-storage travelling wave tube application of force position 8, wheel changes member 10 and emery wheel 5 turn round together, wheel changes member 10 and resets immediately, the spark that the flint 4 that rubs during emery wheel 5 revolutions is produced is lighted combustion gas rapidly; Stir member 15 and then can continue positive movement; Block until limited 12, in this process, stir member 15 and continuingly act on fuel-release lever 19 always, combustion gas continues to discharge always; Because combustion gas lighted, so as long as press pushing position 35 flames and will continuing of operating-controlling mechanism always always.In addition; Begin to act on fuel-release lever 19 until stir member 15 and touch this section process of limited block 12 from stirring member 15; Present embodiment can not be permitted and stirs member 15 the dislocation motion takes place; Stir member 15 and can promptly and accurately act on fuel-release lever 19 because of it can have influence on; And that require the opportunity that present embodiment discharges combustion gas is very high, is fixed in lighter inner cylindrical limited block 45 for the head it off present embodiment has added one in lighter, and has added one on the member 15 and only move face 44 stirring.In ignition process, all lever shafts 13 of stirring member possibly get into the stage in dislocation space 14, and limited block 45 all can prop up the face of stirring on the member 15 that only moves 44, and member 15 is stirred in order, and the dislocation motion can not take place; And flexible member 11 promotes to stir in the process that member 15 resets after accomplishing ignition process; Stir member 15 limited block 45 when the dislocation motion automatically takes place and do not reach and only move face 44, thus limited block 45 with only move face 44 can be to any influence of the generation of the dislocation campaign in this process.This limited block 45 and only move face 44 and can apply to too among embodiment 1 and the embodiment 10.

When hand 21 stop to push operating-controlling mechanism push position 35 time, stirring member 15 automatically reset processes is the same with embodiment 1.

The meaning of present embodiment is, during lighter in using present embodiment, if not to the power that position 35 applies greater than 4.1 kilograms of pushing of operating-controlling mechanism, then lighter can't be lighted.The restriction of 4.1 kilograms power then can let child's use difficulty strengthen the security that has improved lighter greatly.

Embodiment 13

Shown in figure 35, the difference of present embodiment and embodiment 3 is:

1, in the present embodiment, energy-storage travelling wave tube 7 is extension springs, and the one of which end is fixed on and is fixed on the inner energy-storage travelling wave tube fixed bit 3 of lighter, and the other end is fixed on wheel to be changeed on the energy-storage travelling wave tube application of force position 8 on the member 10.

2, in the present embodiment; Flexible member 11 is torsion springs; The torsion spring spire 34 of flexible member 11 is enclosed within on the lever shaft 13 of stirring member, and the one of which end props up and is fixed in the inner flexible member fixed bit 25 of lighter, and the other end props up the flexible member application of force position 26 of stirring on the member 15.

Present embodiment has explained that energy-storage travelling wave tube 7 can also be an extension spring, and flexible member 11 can also be a torsion spring.

Embodiment 14

Shown in figure 36, the difference of present embodiment and embodiment 1 is:

1, in the present embodiment, energy-storage travelling wave tube 7 is compression springs, and the one of which end is fixed on and is fixed on the inner energy-storage travelling wave tube fixed bit 3 of lighter, and the other end is fixed on wheel to be changeed on the energy-storage travelling wave tube application of force position 8 on the member 10.

2, in the present embodiment, flexible member 11 is extension springs, and the one of which end is fixed on and is fixed on the inner flexible member fixed bit 25 of lighter, and the other end is fixed on the flexible member application of force position 26 of stirring on the member 15.

Present embodiment has explained that energy-storage travelling wave tube 7 can also be the compression spring, and flexible member 11 can also be an extension spring.

Embodiment 15

Shown in figure 37; The difference of present embodiment and embodiment 4 is: in the present embodiment; Reposition element 23 is compression springs, and one of reposition element 23 is fixed on the reposition element fixed bit of stirring on the member 15 28, and the other end is fixed on the reposition element application of force position 27 on the movable part 24.

Present embodiment explained, reposition element 23 is except can also being the compression spring as being extension spring the embodiment 4 or as embodiment 5, being torsion spring.

Embodiment 16

Shown in figure 38 is the extreme case that embodiment 1 is occurred, and this also is the comparison opposite extreme situations that the related flint lighter of the utility model all may occur: emery wheel 5 possibly be stuck because of the cause for quality of flint 4 or emery wheel 5 self.What Figure 38 showed is exactly this situation; Stirring member 15 moving runners changes member 10 and changes member 10 after separatings with wheel, stops 35 application of force of pushing to operating-controlling mechanism, and stir member 15 and can automatically reset this moment; And emery wheel 5 is stuck, and causing wheel to change member 10 can not turn round and reset.

Present embodiment is on the basis of embodiment 1: changeing on the member 10 at wheel has increased an anti-sticking post 41, and this anti-sticking post 41 is overlapping with energy-storage travelling wave tube application of force position 8 in the present embodiment, and anti-sticking post 41 extend out to outside the lighter along the axle perpendicular to paper plane; Accordingly, lighter is provided with and holds the anti-hole clippings 42 that said anti-sticking post 41 rotates with emery wheel 5 synchronously within it.

When emery wheel 5 is stuck (like Figure 39); As long as firmly stir anti-sticking post 41 (like Figure 40) with hand 21; Emery wheel 5 just can free from jammed state, and the energy of savings in energy-storage travelling wave tube 7 discharges rapidly, and wheel changes 10 of members and rebounded by energy-storage travelling wave tube 7 and reset (like Figure 41).

Embodiment 17

Shown in figure 42, the difference of present embodiment and embodiment 1 is: the breach of asymmetric shape is arranged on the emery wheel 5 in the present embodiment, and this breach can not touch flint 4 in the use of lighter.

The meaning that this breach is set is: have the flint 4 that is used for rubbing to produce the topping 43 of sparks on the emery wheel 5, the assembly crewman just knows the direction of topping 43, personnel's assembling convenient for assembly through the shape of breach on the emery wheel 5.

The operating principle of present embodiment and process and embodiment 1 striking resemblances.

Though the utility model discloses as above with preferred embodiment, be not in order to limit the scope that the utility model is implemented.Any those of ordinary skill in the art, in the invention scope that does not break away from the utility model, when can doing a little improvement, promptly every equal improvement of doing according to the utility model, the invention scope that should be the utility model is contained.

Claims

1. flint lighter; It comprises combustion gas relieving mechanism, spark generating mechanism; Said spark generating mechanism comprises the flint that is built in said lighter, the emery wheel that contacts with said flint; It is characterized in that, the wheel that said spark generating mechanism also comprises energy-storage travelling wave tube through deformation energy, rotate with said emery wheel synchronous forward when said energy-storage travelling wave tube releases energy change member, with the said energy-storage travelling wave tube application of force position of changeing that member rotates synchronously and contacting or being connected with said energy-storage travelling wave tube of taking turns; Said lighter also comprises operating-controlling mechanism, and said operating-controlling mechanism comprises that can stir the said commentaries on classics member of taking turns makes its counter-rotational member of stirring.

2. flint lighter as claimed in claim 1 is characterized in that, also comprises being used to make the said resetting-mechanism that member resets of stirring.

3. flint lighter as claimed in claim 2; It is characterized in that; Said resetting-mechanism is the dislocation resetting-mechanism; It comprises that thereby being used for the said member of stirring the dislocation motion takes place avoids said the wheel and change the dislocation space that member stops, and stirs the member contact or is connected, is used to make the said member said dislocation campaign of generation and make the said automatically reset flexible member of member of stirring automatically of stirring with said.

4. flint lighter as claimed in claim 3 is characterized in that, said operating-controlling mechanism is the lever operating-controlling mechanism, and it comprises said member, the said lever shaft that member rotates around it, the axis hole of said lever shaft stirred stirred; Said lever shaft is positioned at the common hole of forming of said axis hole and said dislocation space.

5. flint lighter as claimed in claim 3; It is characterized in that; Said operating-controlling mechanism is the slide block type operating-controlling mechanism; It comprises said member, slide block, the chute stirred, and being positioned at the said said slide block of stirring on the member can slide at the said chute that is fixed in said lighter, and the said slide block that perhaps is fixed in the said lighter can slide being positioned at the said said chute of stirring on the member; The other protuberance that fuses with said chute that is provided with of said chute, said slide block can be movable in said chute and the common space of forming of said protuberance, and said dislocation space is said protuberance.

6. like claim 4 or 5 described flint lighter, it is characterized in that said the wheel changeed member and the said contact-making surface of stirring member and be provided with and be used to hinder the said automatically reset obstruction portion of member of stirring.

7. flint lighter as claimed in claim 2 is characterized in that, said resetting-mechanism is a spinning reduction mechanism; The said member of stirring changes the movable part of end for can in restricted portion, rotating around the turning cylinder of himself that member contact with said the wheel, and perhaps said the wheel changeed member and said to stir the end that member contacts be the movable part that can in restricted portion, rotate around the turning cylinder of himself; Said spinning reduction mechanism comprises said turning cylinder, and stirs the member contact or be connected, be used to make the said automatically reset flexible member of member of stirring with said.

8. flint lighter as claimed in claim 7 is characterized in that, said spinning reduction mechanism also comprises with said movable part contact or is connected, is used to make said movable part after rotation, to automatically reply the reposition element of cocked orientation.

9. flint lighter as claimed in claim 1 is characterized in that, is provided with in the said spark generating mechanism with said emery wheel to rotate synchronously and the palp anti-sticking post of hand; Accordingly, said lighter is provided with and holds the anti-hole clipping that said anti-sticking post rotates synchronously with said emery wheel within it.

10. flint lighter as claimed in claim 1 is characterized in that, the part that said emery wheel can not touch said flint is provided with the asymmetric breach of shape.