CN102384361B - Multifunctional electric torch - Google Patents

Abstract

The invention provides a multifunctional electric torch. The multifunctional electric torch comprises an electric torch power source, an integrated charging light-emitting device, an impact-resisting device, an emergency device and an electric torch shell which is provided with a torch head, a torch body and a tail cover. The integrated charging light-emitting device is arranged in the torch head and comprises a device body, a light-emitting subassembly, a switching subassembly, a conductive sheet and a charging subassembly, wherein the light-emitting subassembly, the switching subassembly and the conductive sheet are arranged on the device body; and the charging subassembly is provided with an anode conductive pin and a cathode conductive pin. The light-emitting subassembly is electrically connected with the conductive sheet and the electric torch power source; the anode conductive pin is electrically connected with the conductive sheet and an anode of an external charger, and the cathode conductive pin is electrically connected with the light-emitting subassembly and a cathode of the external charger; the switching subassembly is used for controlling the communication between the electric torch power source and the light-emitting subassembly; the impact-resisting device comprises an insulating base in the torch head and a conductive shock-resistant sheet which is arranged in the insulating base and elastically abutted against the conductive sheet; the conductive shock-resistant sheet extends out the insulating base and is connected with an anode of the electric torch power source; and the emergency device is arranged in the tail cover. Therefore, the multifunctional electric torch has functions of impact resistance, emergency meeting and survival.

Description

Multifunctional electric torch

Technical field

The present invention relates to a kind of flashlight, relate in particular to a kind of multifunctional electric torch that has good impact resistance and have the good emergent function of seeking survival.

Background technology

Along with improving constantly of people's living standard, the outdoor leisure activity has progressively become the leisure way that people loosen body and mind, and the activities such as open-air camping are also very popular, and flashlight is one of requisite equipment of people's outdoor sports at night.But but there is following deficiency in existing flashlight:

At present, the luminescence component of existing flashlight, switch module and charging assembly all are separate settings, the independent luminescence component that arranges is fixed in the cylinder head of flashlight, independent switch module and the charging assembly that arranges all is built in the cylindrical shell of flashlight, the charging assembly and the flashlight power supply that are built in the flashlight cylinder are electrically connected, the luminescence component that is fixed in the cylinder head of flashlight is electrically connected with the flashlight power supply, and is built in the connection that switch module in the flashlight cylinder is controlled luminescence component and flashlight power supply.Because luminescence component, switch module and the charging assembly of existing flashlight are separate settings, the luminescence component of separate setting, switch module and charging assembly meeting be so that their assemblings on flashlight are extremely complicated, thereby be not easy to mounting or dismounting and the maintenance of flashlight.Simultaneously, be applied to outdoorsman flashlight shock resistance is had very high requirement, and the luminescence component of the separate setting of existing flashlight, switch module and charging assembly can reduce the shock resistance of luminescence component, switch module and charging assembly on the one hand, can interrupt because impact makes the connection between luminescence component, switch module and the charging assembly on the other hand, thereby have influence on the work of flashlight reliability.

Moreover existing flashlight only has single illumination functions, although in case of emergency can directly open flashlight attracts people with its illumination functions notice at night, thereby as the instrument that sends warning or distress signal; But, when by day in case of emergency, the light that flashlight sends and the difference of daylight are also not obvious, therefore, simple lighting function obviously can not attract much attention, and general flashlight is also improper as the instrument of warning or distress signal by day.For this reason, generally, when people are movable, not only equip flashlight in the open air, but also be equipped with being used for reporting to the police such as sound-producing device etc. and seeking survival of other.But it is extremely inconvenient that too much equipment carries people, uses also to acquire a certain degree of difficulty.

Based on above-mentioned deficiency, need to a kind ofly have when installing and removing convenient and reliable operation, also have the multifunctional electric torch of good shock resistance function and the emergent function of seeking survival.

Summary of the invention

The object of the present invention is to provide a kind of multifunctional electric torch, this multifunctional electric torch not only has advantages of mounting or dismounting conveniently and reliable operation, also has good anti-impact function and the emergent function of seeking survival.

For achieving the above object, the invention provides a kind of multifunctional electric torch, described multifunctional electric torch comprises flashlight shell and flashlight power supply, described flashlight shell comprises tail-hood and is cylinder head and the cylindrical shell of hollow structure, the front end of described cylindrical shell and described cylinder head are flexibly connected, the rear end of described cylindrical shell and described tail-hood are flexibly connected, described flashlight on-chip power is in described cylindrical shell, wherein, described multifunctional electric torch also comprises the integral type charging illuminating device, anti-impact device and emergency device, described integral type charging illuminating device is built in the front end of described cylinder head and is integral structure, the described integral type charging illuminating device that is integral structure comprises luminescence component, switch module, charging assembly and device body, described luminescence component be installed in described device body front end and with described cylinder head over against, the rear end of described device body is installed with conducting strip, described conducting strip and described luminescence component are electrically connected, the negative pole of described flashlight power supply and the negative pole of described luminescence component are electrically connected, described charging assembly is built in the described device body and comprises anodal conductive nail and negative pole conductive nail, one end of described anodal conductive nail and described conducting strip are electrically connected, the other end of described anodal conductive nail passes described device body and is arranged on the described cylinder head, the positive pole that is arranged in described anodal conductive nail and extraneous charger on the described cylinder head is electrically connected, one end of described negative pole conductive nail and the negative pole of described luminescence component are electrically connected, the other end of described negative pole conductive nail is electrically connected with the negative pole of the charger in the external world, described switch module is installed on the described device body and is switched on or switched off the electric connection of described flashlight power supply and described luminescence component, described anti-impact device comprises the anti-punching of conduction and is hollow insulating base, described insulating base is built in the rear end of described cylinder head, the anti-punching of described conduction is built in the described insulating base and front end and the conflict of described conducting strip elasticity, the rear end of the anti-punching of described conduction is telescopic stretches out described insulating base and conflicts with the anodal elasticity of described flashlight power supply, and described emergency device is built in the described tail-hood.

Preferably, described anti-impact device also comprises the 3rd flexible member of conduction, the front end of described the 3rd flexible member is connected with described conducting strip elasticity, the rear end of described the 3rd flexible member is flexible and stretches in the anti-punching of described conduction, the anti-punching of described conduction offers for what described the 3rd flexible member stretched into and stretches into the chamber, and the contact part of conflict when the front end of the anti-punching of described conduction also is provided with and contact with described insulating base, purpose is so that the impact resistance of multifunctional electric torch of the present invention is more superior, thereby so that multifunctional electric torch of the present invention can work more reliably.

Preferably, described integral type charging illuminating device also comprises fin and is built in the interior microcontroller of described device body, the positive pole of described microcontroller is electrically connected with the positive pole of described luminescence component and conducting strip respectively, the negative pole of described microcontroller is electrically connected with the negative pole of described luminescence component and flashlight power supply respectively, the bottom of described switch module is installed on the described microcontroller, described device body is stretched out on the top of described switch module, described switch module is controlled the light intensity of described luminescence component by described microcontroller, one end of described fin is affixed on described microcontroller, the other end of described fin stretches out described device body and along described device body winding, purpose can provide high light so that switch module can order about luminescence component, in the time of three kinds of working methods of the low light level or strong and weak light circulation, also go in the external world so that the heat of microcontroller sheds, thereby guarantee the reliability Work of microcontroller.Particularly, described device body comprises lid and the housing of pegging graft and fixing with described lid, described housing comprises the first housing and the second housing, described the first housing and described the second housing are pegged graft fixing and are formed host cavity, described lid comprises installation dissipating cover and the fixed cap that cooperatively interacts, the described installation dissipating cover that cooperatively interacts and fixed cap form accommodating cavity, described luminescence component is placed in the described accommodating cavity, described luminescence component comprises the luminescence component fiberboard of insulation and is fixed on illuminator on the described luminescence component fiberboard, described fixed cap offers the light hole that stretches out for the illuminator that is placed in the described accommodating cavity, the rear end of described installation dissipating cover connects and fixes with described the first housing and the second housing respectively, the front end of described conducting strip is contained in the rear end of described host cavity, the rear end of described conducting strip bends out the power connection end of being close to described the second housing, and described microcontroller is contained in the front end of described host cavity.Wherein, by the host cavity that is formed by the first above-mentioned housing and the second housing, so that conducting strip and microcontroller can be fixed in the device body that is comprised of the first housing, the second housing and lid easily and reliably; By the device body that is formed by the first above-mentioned housing, the second housing and lid, be convenient to the parts in the device body are safeguarded; By the accommodating cavity that is formed by above-mentioned installation dissipating cover and fixed cap, so that the mounting or dismounting of luminescence component are convenient, and be convenient to safeguard.By above-mentioned installation dissipating cover, be convenient to the thermal release that luminescence component produces is gone out in the external world, thereby guarantee the reliably working of luminescence component.More specifically, as follows:

Described integral type charging illuminating device also comprises hold-down screw, described the first housing and conducting strip all offer installing hole, described the second housing offer with described installing hole over against screwed hole, described hold-down screw is worn successively the installing hole of described the first housing and conducting strip and is fixed with described screwed hole, so that the first housing and dismountable being fixed on the second housing of conducting strip energy; And the front end of described the first housing and the second housing is provided with inserting column, described installation dissipating cover and fixed cap all offer the spliced eye that passes successively described installation dissipating cover and fixed cap for described inserting column, so that on the device body that installation dissipating cover and fixed cap can be positioned to be comprised of the first housing and the second housing rapidly; The lower end of described the first housing protrudes out the grafting boss towards the upper end of described the second housing, described the second housing offers the grafting groove of pegging graft with described grafting boss, so that the location of the first housing and the second housing is faster, thereby be convenient to the fixing fast of the first housing and the second housing.

Described charging assembly also wraps the holder of insulation and the first flexible member of conduction, the second flexible member and conduction conflict sheet, described the second housing offers embedded chamber, described holder and conduction conflict sheet are being embedded in the described embedded chamber side by side, be embedded in and form the charging jack between described holder in the described embedded chamber and described the second housing, described anodal conductive nail is in the described charging jack of stretching into of gap, described the second flexible member is flexible and contacts between described conduction conflict sheet and the negative pole conductive nail, described negative pole conductive nail is telescopic and passes described holder and stretch in the described charging jack, stretch into the vertical butt joint that the interior described negative pole conductive nail of described charging jack and described anodal conductive nail are the gap, one end of described the first flexible member is connected with described microcontroller elasticity, and the other end of described the first flexible member stretches out described the second housing and conflicts with described conduction conflict sheet elasticity.By the first above-mentioned flexible member, for resetting of switch module provides elastic force; By the second above-mentioned flexible member, so that extraneous charger and the electrical contact between anodal conductive nail and the negative pole conductive nail are more reliable.

Preferably, described emergency device is alarm, described alarm comprises mount pad, the buzzer seat, buzzer, the buzzing drive circuit board, on-off controller and conductive component, the front end of described mount pad is installed in the rear end of described cylindrical shell, the rear end of described mount pad is installed in the described tail-hood, described buzzer seat is installed in the described mount pad, described buzzer is installed in the described buzzer seat, described buzzing drive circuit board is installed in the described buzzer seat and with described buzzer and is electrically connected, described on-off controller is installed on the rear end of described mount pad and is electrically connected with described buzzing drive circuit board, described conductive component is installed in the described mount pad and with described buzzer seat and fixes, described conductive component is electrically connected with described flashlight power supply and buzzing drive circuit board respectively, described conductive component comprises conductive pole, retainer plate, the conductive fiber plate, conducting ring and power spring, the negative pole of the front end of described conductive pole and described flashlight power supply is electrically conflicted, the cathode contact of the rear end of described conductive pole and described buzzing drive circuit board is electrically connected and is fixed on the described retainer plate, described retainer plate is fixed on the described conductive fiber plate, the cathode contact of described conductive fiber plate and described buzzing drive circuit board is electrically connected, described power spring is socketed on the outer and rear end of described retainer plate and described conductive fiber plate is electrically conflicted, the front end of described power spring and described conducting ring are electrically conflicted, described conducting ring is socketed on outside the described retainer plate, and the anodal of the front end of described conducting ring and described flashlight power supply electrically conflicted.Wherein, by the alarm that is formed by above-mentioned mount pad, buzzer seat, buzzer, buzzing drive circuit board, on-off controller and conductive component, so that alarm takies the volume of tail-hood is very little, and structure is very compact, simultaneously, also so that alarm has the functions such as warning, calling and prompting, outwards seek survival etc. in the occasion thereby be suitable for the outdoor activities such as motion, open-air campings or generation emergency episode.Particularly, described on-off controller comprises switch control panel, foam-rubber cushion and deflating cap, described deflating cap is socketed on the shift knob of described switch control panel, and described foam-rubber cushion is socketed between described switch control panel and the deflating cap, and described switch control panel is installed in the described mount pad.Wherein, described switch control panel is controlled conducting or the disconnection of described buzzing drive circuit; described foam-rubber cushion can be with described switch control panel and external isolation; play insulating effect; described deflating cap is coated on the shift knob of described switch control panel, plays the effect of insulating and protecting the shift knob of described switch control panel.More specifically, as follows:

Described alarm also comprises buzzer pressing plate and sound equipment lid, described buzzer pressing plate is installed in the described mount pad and compresses fixing described buzzer, on the one hand buzzer firmly is fixed in the buzzer seat, prevents that on the other hand buzzer from shake occuring or be shifted and affect buzzer function in the buzzer seat; Described sound equipment lid is installed on described tail-hood, and the centre of described sound equipment lid is hollow structure and accommodating described deflating cap, and the sound that buzzer is sent spreads out of the external world, and prevents that extraneous impurity from entering by tail-hood and affect vocal function in the buzzer; Described conductive component also comprises lead-in wire, and an end of described lead-in wire is connected with described conductive fiber plate, and the other end of described lead-in wire is connected with described mount pad, and purpose is eliminated the electric weight on the mount pad; Described mount pad comprises Connection Block and attaching nut, and described Connection Block and attaching nut are threaded and are the structure of hollow and both ends open, mount pad is become can roll over the fraction structure, thereby make its inner assembly be more prone to install, and is easy to maintenance, quick.

Wherein, in another embodiment of the present invention, this alarm also is provided with elastic parts, described elastic parts comprises conflict nail, conflict spring and spring stop, described conflict spring is built in the described conductive pole and top and the electrically conflict of described conflict nail, the bottom of described conflict spring and described spring stop are electrically conflicted, described spring stop is connected in the lower end of described conductive pole electrically, and the top of described conflict nail is telescopic and stretches out the upper end of described conductive pole and electrically conflict with the negative pole of described flashlight power supply.Particularly, described conflict nail offers the accommodating hole of accommodating for described conflict spring top, and the bottom of described conflict nail extends flange part towards described conductive pole, and described conflict nail is towards described flashlight power supply place's slip certain distance and the conflict of described conductive pole.By the conflict spring is set in conductive pole, utilize the elastic acting force of the conflict spring nail of promote conflicting, making the nail of conflicting keep being connected with the negative pole of flashlight power supply, thus the assurance conductive pole be connected with the flashlight power supply may the property leaned on.By above-mentioned accommodating hole, so that the conflict between conflict spring and the conflict nail is more reliable.By above-mentioned flange part, the nail that prevents from conflicting skids off outside the conductive pole.

Preferably, described emergency device is a sterosome, the front end of described sterosome is installed in the described tail-hood, described tail-hood is stretched out in the rear end of described sterosome, make multifunctional electric torch of the present invention in the situation that run into urgent, promptly break glass into pieces by hard physical efficiency, thereby reach the purpose of fast-escape.

Preferably, described charger comprises pedestal, circuit controller and some illuminating lamps, the front of described pedestal offers the cavity that holds described multifunctional electric torch, described circuit controller comprises that circuit control panel is just reaching, negative charging contact, just described, negative charging contact and described circuit control panel are electrically connected and end protrudes in the described cavity, described multifunctional electric torch be fastened in make in the described cavity just described, negative charging contact is corresponding and just described, the negative pole conductive nail is electrically connected, it is inner that described circuit control panel is installed on described pedestal, the input of described circuit control panel and extraneous power supply are electrically connected, described illuminating lamp is installed on the front of described pedestal and is electrically connected with the output of described circuit control panel, and described circuit control panel is controlled extraneous power supply to the discharge to illuminating lamp of the charging of multifunctional electric torch and flashlight power supply.By at described pedestal described illuminating lamp being installed, by described illuminating lamp and described circuit controller are electrically connected, utilize described circuit controller to control lighting of described illuminating lamp or extinguish, when multifunctional electric torch charging of the present invention, described circuit controller disconnects described illuminating lamp, when in the outside in off-position, described illuminating lamp can use the flashlight power supply in the multifunctional electric torch of the present invention to carry out luminous, can attract on the one hand to be in the notice of the people in pitch-dark, it is available that the prompting people have emergency light source herein, can in pitch-dark, provide illumination on the other hand, be convenient for people to normally take action to tackle precipitate powering-off state, whole charger not only can but also can be used as emergency light to the multifunctional electric torch charging and use, and can take off where necessary the hand-held portable lighting of multifunctional electric torch, simple and compact for structure, easy to use, flexibly, can be applicable to family, factory building, the corridor, in secret tunnel and the passway for escaping, very practical.Particularly, as follows:

Described charger also comprises indicator lamp, and described indicator lamp is installed on the front of described pedestal, and is electrically connected with described circuit controller.Described indicator lamp can be when multifunctional electric torch of the present invention charging or charging indicate different signals when finishing, know the charged state of multifunctional electric torch to make things convenient for the user.

Described charger also comprises power supply adaptor, the bottom surface of described pedestal offers patchhole, the output of described power supply adaptor is plugged in the described patchhole and with described circuit controller and is electrically connected, and the input of described power supply adaptor and extraneous power supply are electrically connected.Described power supply adaptor can convert the input voltage of extraneous power supply to the output voltage that is fit to multifunctional electric torch charging of the present invention, and multifunctional electric torch of the present invention is charged under safe condition.

Described cavity comprises semicircle taper hole and semicylindrical opening, described semicircle taper hole is communicated with described semicylindrical opening, when described multifunctional electric torch was installed on the described pedestal, described half-conical pore volume was put the cylinder head of described multifunctional electric torch, the cylindrical shell of the accommodating described multifunctional electric torch of described semicylindrical opening.The described cavity geometry that described semicircle taper hole and semicylindrical opening are connected to form just adapts with cylinder head and the cylindrical shell of multifunctional electric torch of the present invention, and is more firm when multifunctional electric torch of the present invention is mounted thereon, more compact structure.More specifically, the sidewall of described semicylindrical opening is provided with side wall ledge, and the cylinder lateral wall of described multifunctional electric torch offers sidewall notches, and when multifunctional electric torch of the present invention placed in the described cavity, described side wall ledge embedded in the described sidewall notches.By described side wall ledge and described sidewall notches is in mating connection, when multifunctional electric torch of the present invention is installed on the described cavity, but described side wall ledge not only can play guide effect but also clamping multifunctional electric torch of the present invention, play the effect of location, prevent that multifunctional electric torch of the present invention from producing displacement and the positive and negative charging contact of the described circuit controller of misalignment.

Described illuminating lamp is the both sides that are uniformly distributed in vertically described pedestal front.Utilize described illuminating lamp to make described charger can send enough light and throw light on, people can be taken action as usual.

Described positive and negative electrode conductive nail is flexible and is arranged on the described device body, so that described positive and negative electrode conductive nail can be conflicted with described positive and negative charging contact effectively, prevent that the phenomenon of described positive and negative electrode conductive nail and described positive and negative charging contact loose contact from occuring.

Compared with prior art, because anti-impact device of the present invention and integral type charging illuminating device, and the integral type charging illuminating device is integral structure, therefore on the one hand so that mounting or dismounting and the maintenance of integral type charging illuminating device on the cylinder head is extremely easily, on the other hand so that the electric connection between integral type charging illuminating device and the flashlight power supply is better, has good impact resistance, therefore so that the integral type charging illuminating device can be worked more reliably, and in conjunction with emergency device of the present invention, so that multifunctional electric torch of the present invention not only has advantages of mounting or dismounting conveniently and reliable operation, also have good anti-impact function and the emergent function of seeking survival.

Description of drawings

Fig. 1 is the structural representation of multifunctional electric torch the first embodiment of the present invention.

Fig. 2 is the stereogram of integral type charging illuminating device one angle of multifunctional electric torch shown in Figure 1.

Fig. 3 is the exploded view of Fig. 2.

Fig. 4 is the stereogram of another angle of integral type charging illuminating device of multifunctional electric torch shown in Figure 1.

Fig. 5 is the exploded view of Fig. 4.

Fig. 6 is mounted in the cutaway view of alarm the first embodiment on the tail-hood of multifunctional electric torch shown in Figure 1.

Fig. 7 is the cutaway view of another angle of alarm shown in Figure 6.

Fig. 8 is an exploded view of alarm shown in Figure 6.

Fig. 9 is another exploded view of alarm shown in Figure 6.

Figure 10 is mounted in the cutaway view of alarm the second embodiment on the tail-hood of multifunctional electric torch shown in Figure 1.

Figure 11 is the exploded view of alarm shown in Figure 10.

Figure 12 is the structural representation of multifunctional electric torch the second embodiment of the present invention.

Figure 13 is the structural representation of multifunctional electric torch the 3rd embodiment of the present invention.

Figure 14 is the stereogram of the integral type charging illuminating device of multifunctional electric torch shown in Figure 13.

Figure 15 is the cutaway view of Figure 14.

Figure 16 is the structural representation of multifunctional electric torch the 4th embodiment of the present invention.

Figure 17 is the structural representation of charger of the present invention.

Figure 18 is the cutaway view of charger shown in Figure 17.

Figure 19 is that the multifunctional electric torch of the third embodiment of the present invention or the 4th embodiment is fastened in the view on the charger.

Figure 20 view that to be charger shown in Figure 17 charge to the multifunctional electric torch of the third embodiment of the present invention or the 4th embodiment.

The specific embodiment

In order to describe technology contents of the present invention, structural feature in detail, below in conjunction with embodiment and cooperate accompanying drawing to be described further.

See also Fig. 1, Fig. 1 has showed the first embodiment of multifunctional electric torch of the present invention, and in conjunction with Fig. 2 to Fig. 5, the multifunctional electric torch 1000a of the present embodiment comprises flashlight shell and flashlight power supply 400, described flashlight shell comprises tail-hood 600 and is cylinder 200 and the cylindrical shell 500 of hollow structure, 200 flexible connection of the front end of described cylindrical shell 500 and described cylinder, specifically be provided with internal thread and the external screw thread that cooperatively interacts and be connected between cylinder 200 and the cylindrical shell 500, realize that by internal thread and external screw thread flexible connection between cylinder 200 and the cylindrical shell 500 is so that install and remove, the rear end of described cylindrical shell 500 and described tail-hood 600 are flexibly connected, the mode of this flexible connection and cylinder 200 are identical with the movable connection method of cylindrical shell 500, purpose is convenient to the mounting or dismounting between cylindrical shell 500 and the tail-hood 600, and described flashlight power supply 400 is built in the described cylindrical shell 500.Wherein, the multifunctional electric torch 1000a of the present embodiment also comprises integral type charging illuminating device 40, anti-impact device 700 and emergency device, and in the present embodiment, this emergency device is alarm 100.Described integral type charging illuminating device 40 is built in the front end of described cylinder 200 and is integral structure, the described integral type charging illuminating device 40 that is integral structure comprises luminescence component 41, switch module 43, charging assembly 42 and device body 44, described luminescence component 41 be installed in described device body 44 front end and with described cylinder 200 over against, this luminescence component 41 comprises the luminescence component fiberboard 41b of insulation and is fixed on illuminator 41a on the luminescence component fiberboard 41b, and illuminator 41a is chosen as the lamp source that is comprised of a plurality of LED, the illuminating effect of illuminator 41a is better like this, the rear end of described device body 44 is installed with conducting strip 45, described conducting strip 45 is electrically connected with described luminescence component 41, the negative pole of the negative pole of described flashlight power supply 400 and described luminescence component 41 is electrically connected, described charging assembly 42 is built in the described device body 44 and comprises anodal conductive nail 42a and negative pole conductive nail 42b, the end of described anodal conductive nail 42a and described conducting strip 45 are electrically connected, the other end of described anodal conductive nail 42a passes described device body 44 and is arranged on described 200, the positive pole that is arranged in described anodal conductive nail 42a and extraneous charger on the described cylinder 200 is electrically connected, the end of described negative pole conductive nail 42b and the negative pole of described luminescence component 41 are electrically connected, the other end of described negative pole conductive nail 42b is electrically connected with the negative pole of the charger in the external world, and described switch module 43 is installed on the described device body 44 and is switched on or switched off the electric connection of described flashlight power supply 400 and described luminescence component 41; Described anti-impact device 700 comprises the anti-punching 710 of conduction and is hollow insulating base 720, described insulating base 720 is built in the rear end of described cylinder 200, the anti-punching 710 of described conduction is built in the described insulating base 720 and front end and the conflict of described conducting strip 45 elasticity, the rear end of the anti-punching 710 of described conduction is telescopic stretches out described insulating base 720 and conflicts with positive pole 401 elasticity of described flashlight power supply 400, and described alarm 100 is built in the described tail-hood 600.Particularly, this anti-impact device 700 also comprises the 3rd flexible member 730 of conduction, the front end of described the 3rd flexible member 730 is connected with described conducting strip 45 elasticity, the rear end of described the 3rd flexible member 730 is flexible and stretches in the anti-punching 710 of described conduction, the anti-punching 710 of described conduction offers for what described the 3rd flexible member 730 stretched into and stretches into chamber 740, and the contact part 710a of conflict when the front end of the anti-punching 710 of described conduction also is provided with and contact with described insulating base 720, purpose is so that the impact resistance of the multifunctional electric torch 1000a of the present embodiment is more superior, thereby so that the multifunctional electric torch 1000a of the present embodiment can work more reliably.Particularly, as follows:

Than the superior, the above-mentioned integral type charging illuminating device 40 of mentioning can also comprise fin 47 and be built in microcontroller 46 in the described device body 44.The positive pole of this microcontroller 46 is electrically connected with the positive pole of described luminescence component 41 and conducting strip 45 respectively, its negative pole is electrically connected with the negative pole of described luminescence component 41 and flashlight power supply 400 respectively, the bottom of described switch module 43 is installed on the described microcontroller 46, the top of described switch module 43 is stretched out described device body 44(and is specifically offered the through hole that stretches out for switch module 43 at device body 44, be provided with on the cylinder 200 be sheathed on the switch module 43 and can be at cylinder 200 a flexible cylinder button of pressing (among the figure sign) so that people to the operation of switch module 43), described switch module 43 is by the light intensity of the described luminescence component 41 of described microcontroller 46 controls.One end of described fin 47 is affixed on described microcontroller 46, the other end of described fin 47 stretches out described device body 44 and along described device body 44 windings, purpose is so that switch module 43 goes to order about three kinds of working methods that luminescence component 41 provides high light, the low light level or the circulation of strong and weak light by microcontroller 46; Simultaneously, also be convenient to the heat of microcontroller 46 shed and go in the external world, thereby guarantee the reliability Work of microcontroller 46.

See also Fig. 5, the above-mentioned device body of mentioning 44 comprises lid 44a and the housing 44b that pegs graft and fix with described lid 44a, described housing 44b comprises the first housing 44c and the second housing 44d, described the first housing 44c and described the second housing 44d peg graft fixing and form host cavity, the generation type of this host cavity is, offer the first accepting groove 44v at the first housing 44c, offer the second accepting groove 44x that matches with the first accepting groove 44v at the second housing 44d, the first housing 44c and the second housing 44d make the first accepting groove 44v and the second accepting groove 44x form above-mentioned host cavity after pegging graft and fixing.And the above-mentioned lid 44a that mentions comprises installation dissipating cover 44f and the fixed cap 44g that cooperatively interacts, the described installation dissipating cover 44f that cooperatively interacts and fixed cap 44g form the accommodating cavity (not shown), the above-mentioned luminescence component of mentioning 41 is placed in the described accommodating cavity, described fixed cap 44g offers the light hole 44s that stretches out for the illuminator 41a that is placed in the luminescence component 41 in the described accommodating cavity, and described fixed cap 44g is fixed on by mounting screw 49 dissipating cover 44f is installed, and luminescence component 41 is clamped between fixed cap 44g and the installation dissipating cover 44f.The rear end of described installation dissipating cover 44f connects and fixes with the first housing 44c and the second housing 44d respectively, and purpose is so that luminescence component 41 mounting or dismounting are convenient and be convenient to safeguard.Simultaneously, the front end of described conducting strip 45 is contained in the rear end of described host cavity, the rear end of described conducting strip 45 bends out the power connection end 45a that is close to described the second housing 44d, described microcontroller 46 is contained in the front end of described host cavity, purpose can be fixed in the device body 44 that is comprised of the first housing 44c, the second housing 44d and lid 44a conducting strip 45 and microcontroller 46 easily and reliably, and is convenient to the parts in the device body 44 are safeguarded.By above-mentioned installation dissipating cover 44f, be convenient to the thermal release that luminescence component 41 produces is gone out in the external world, thereby guarantee the reliably working of luminescence component 41.

Simultaneously, the above-mentioned integral type charging illuminating device 40 of mentioning also is provided with hold-down screw 48, above-mentioned the first housing 44c and the conducting strip 45 of mentioning all offers installing hole 44t, above-mentioned the second housing 44d that mentions offer with described installing hole 44t over against screwed hole, described hold-down screw 48 is worn successively the installing hole 44t of described the first housing 44c and conducting strip 45 and is fixed with described screwed hole, so that the first housing 44c and dismountable being fixed on the second housing 44d of conducting strip 45 energy; And above-mentioned the first housing 44c that mentions and the front end of the second housing 44d are provided with inserting column 44h, described installation dissipating cover 44f and fixed cap 44g all offer the spliced eye 44i that passes successively described installation dissipating cover 44f and fixed cap 44g for described inserting column 44h, so that on the device body 44 that installation dissipating cover 44f and fixed cap 44g can be positioned to be comprised of the first housing 44c and the second housing 44d rapidly.In addition, the lower end of above-mentioned the first housing 44c that mentions protrudes out grafting boss 44j towards the upper end of above-mentioned the second housing 44d that mentions, above-mentioned the second housing 44d that mentions offers the grafting groove 44y that pegs graft with described grafting boss 44j, so that the location of the first housing 44c and the second housing 44d is faster, thereby be convenient to the fixing fast of the first housing 44c and the second housing 44d.

See also Fig. 1 and Fig. 2, and Fig. 3 and Fig. 5, the above-mentioned charging assembly of mentioning 42 also comprises the holder 42f of insulation and the first flexible member 42c of conduction, the second flexible member 42d and conduction conflict sheet 42e, above-mentioned the second housing 44d that mentions offers embedded chamber 44u, described holder 42f and conduction conflict sheet 42e are being embedded in the described embedded chamber 44u side by side, be embedded in and form charging jack 44w between the interior described holder 42f of described embedded chamber 44u and above-mentioned the second housing 44d that mentions, the above-mentioned anodal conductive nail 42a that mentions is in the described charging jack of stretching into of the gap 44w, described the second flexible member 42d is flexible and contacts between described conduction conflict sheet 42e and the negative pole conductive nail 42b, described negative pole conductive nail 42b is telescopic and passes described holder 42f and stretch in the described charging jack 44w, stretch into the vertical butt joint that the interior negative pole conductive nail 42b of described charging jack 44w and anodal conductive nail 42a are the gap, the end of described the first flexible member 42c is connected with the above-mentioned microcontroller of mentioning 46 elasticity, and the other end of described the first flexible member 42c stretches out above-mentioned the second housing 44d that mentions and conflicts with described conduction conflict sheet 42e elasticity.By the first above-mentioned flexible member 42c, for resetting of switch module 43 provides elastic force; By the second above-mentioned flexible member 42d, so that extraneous charger and the electrical contact between anodal conductive nail 42a and the negative pole conductive nail 42b are more reliable.

See also Fig. 1, and Fig. 6 to Fig. 9, the alarm 100 that the present embodiment is used comprises mount pad 1, buzzer seat 2, buzzer 3, buzzing drive circuit board 9, on-off controller 5, conductive component 6, buzzer pressing plate 7 and sound equipment lid 8.The front end of described mount pad 1 is installed in the rear end of described cylindrical shell 500, the rear end of described mount pad 1 is installed in the described tail-hood 600, described buzzer seat 2 is installed in the described mount pad 1, described buzzer 3 is installed in the described buzzer seat 2, described buzzing drive circuit board 9 is installed in the described buzzer seat 2 and by the first wire 91 and described buzzer 3 and is electrically connected, described on-off controller 5 is installed on the rear end of described mount pad 1 and is electrically connected by privates 93 and described buzzing drive circuit board 9, described conductive component 6 is installed in the described mount pad 1 and with described buzzer seat 2 and fixes, described conductive component 6 is electrically connected with described flashlight power supply 400 and buzzing drive circuit board 9 respectively, described conductive component 6 comprises conductive pole 61, retainer plate 62, conductive fiber plate 63, conducting ring 64 and power spring 65, the negative pole of the front end of described conductive pole 61 and described flashlight power supply 400 is electrically conflicted, the rear end of described conductive pole 61 is electrically connected by the cathode contact of the second wire 92 with described buzzing drive circuit board 9, and described conductive pole 61 is fixed on the described retainer plate 62, described retainer plate 62 is fixed on the described conductive fiber plate 63, described conductive fiber plate 63 is electrically connected by the cathode contact of privates 63a and described buzzing drive circuit board 9, described power spring 65 is socketed on the outer and rear end of described retainer plate 62 and described conductive fiber plate 63 is electrically conflicted, the front end of described power spring 65 and described conducting ring 64 are electrically conflicted, described conducting ring 64 is socketed on outside the described retainer plate 62, and the anodal of the front end of described conducting ring 64 and described flashlight power supply 400 electrically conflicted.Particularly, as follows:

Described on-off controller 5 comprises switch control panel 51, foam-rubber cushion 52 and deflating cap 53, described deflating cap 53 is socketed on the shift knob of described switch control panel 51, described foam-rubber cushion 52 is socketed between described switch control panel 51 and the deflating cap 53, described switch control panel 51 is installed in the described mount pad 1, and above-mentioned buzzing drive circuit board 9 is electrically connected by privates 93 and switch control panel 51.Wherein, conducting or the disconnection of the described buzzing drive circuit 9 of described switch control panel 51 controls; described foam-rubber cushion 52 can be with described switch control panel 51 and external isolation; play insulating effect; described deflating cap 53 is coated on the shift knob of described switch control panel 51, plays the effect of insulating and protecting the shift knob of described switch control panel 51.

Simultaneously, described buzzer pressing plate 7 is installed in the described mount pad 1 and compresses fixing described buzzer 3, and buzzer 3 firmly is fixed in the buzzer seat 2, prevents that buzzer 3 from affecting buzzer function in the 2 interior generations shakes of buzzer seat or displacement; Described sound equipment lid 8 is installed on described tail-hood 600, the centre of described sound equipment lid 8 is hollow structure and accommodating described deflating cap 53, the sound that buzzer 3 is sent spreads out of the external world, and prevents that extraneous impurity from entering the buzzer 3 interior vocal functions that affect by tail-hood 600.And described conductive component 6 also comprises lead-in wire 66, and an end of described lead-in wire 66 is connected with described conductive fiber plate 63, and the other end of described lead-in wire 66 is connected with described mount pad 1, and purpose is eliminated the electric weight on the mount pad 1.In addition, described mount pad 1 comprises Connection Block 11 and attaching nut 12, and described Connection Block 11 and attaching nut 12 are threaded and are the structure of hollow and both ends open, mount pad 1 is become can roll over the fraction structure, thereby make its inner assembly be more prone to install, easy to maintenance, quick.

Wherein, by the alarm 100 that is formed by above-mentioned mount pad 1, buzzer seat 2, buzzer 3, buzzing drive circuit board 9, on-off controller 5 and conductive component 6, so that alarm 100 takies the volume of tail-hood 600 is very little, and structure is very compact, simultaneously, also so that alarm 100 has the functions such as warning, calling and prompting, outwards seek survival etc. in the occasion thereby be suitable for the outdoor activities such as motion, open-air campings or generation emergency episode.Simultaneously, above-mentioned buzzing drive circuit board 9 and the loop between the flashlight power supply 400 form: the anodal of an end of conducting ring 64 and flashlight power supply 400 electrically conflicted, one end of the other end of conducting ring 64 and power spring 65 is electrically conflicted, one end of the other end of power spring 65 and conductive fiber plate 63 is electrically conflicted, the other end of conductive fiber plate 63 is electrically connected by the cathode contact of privates 63a and buzzing drive circuit board 9, the cathode contact of buzzing drive circuit board 9 is electrically connected by the end of the second wire 92 with conductive pole 61, on the negative pole that contacts at flashlight power supply 400 that the other end of conductive pole 61 is electrical, thus the electric connection of realization flashlight power supply 400 and buzzing drive circuit board 9.And buzzer 3 is electrically connected with the positive and negative electrode contact of buzzing drive circuit board 9 respectively by the first wire 91, realizes the work of buzzer 3.In addition, switch control panel 51 is electrically connected with the positive and negative electrode contact of buzzing drive circuit board 9 respectively by privates 93, realizes the control of 51 pairs of buzzers of switch control panel, 3 work.Wherein, in the present embodiment, alarm 100 can also be another kind alarm 100`, the structure of this alarm 100` and alarm 100 is basic identical, distinctive points only is that alarm 100` also is provided with elastic parts 1a than alarm more than 100, annexation for same structure is no longer described, below in conjunction with Figure 10 and Figure 11, be described with regard to distinctive points: in alarm 100`, the elastic parts 1a of this alarm 100` comprises the nail 10a that conflicts, conflict spring 11a and spring stop 13a, described conflict spring 11a is built in the described conductive pole 61 and the top is followed closely 10a with described conflict and electrically conflicted, the bottom of described conflict spring 11a and described spring stop 13a electrically conflict, described spring stop 13a is connected in the lower end of described conductive pole 61 electrically, and the top of described conflict nail 10a is telescopic and stretches out the upper end of described conductive pole 61 and electrically conflict with the negative pole of described flashlight power supply 400.Particularly, described conflict nail 10a offers the accommodating hole 14a that accommodates for described conflict spring 11a top, and flange part 15a is extended towards described conductive pole 61 in the bottom of described conflict nail 10a, and described conflict nail 10a conflicts towards described flashlight power supply 400 places slip certain distance and described conductive pole 61.By at the conductive pole 61 interior conflict spring 11a that arrange, utilize the elastic acting force of conflict spring 11a to promote conflict nail 10a, making the nail 10a that conflicts keep being connected with the negative pole of flashlight power supply 400, thus assurance conductive pole 61 be connected with flashlight power supply 400 may the property leaned on.By above-mentioned accommodating hole 14a, so that the conflict between conflict spring 11a and the conflict nail 10a is more reliable.By above-mentioned flange part 15a, the nail 10a that prevents from conflicting skids off outside the conductive pole 61.

See also Figure 12, Figure 12 has showed the second embodiment of multifunctional electric torch of the present invention, in Figure 12, because the multifunctional electric torch 1000b of the second embodiment is identical with the basic structure of the multifunctional electric torch 1000a of the first embodiment, difference only is that the emergency device of the second multifunctional electric torch 1000b that implements is the alarm 100 that reaches generation the first embodiment with a sterosome 100a, wherein, the front end of this sterosome 100a is installed in the described tail-hood 600, described tail-hood 600 is stretched out in the rear end, so that the multifunctional electric torch 1000b of the second embodiment is in the situation that run into urgent, can promptly break glass into pieces by sterosome 100a, thereby reach the purpose of fast-escape.

See also Figure 13, Figure 13 has showed the 3rd embodiment of multifunctional electric torch of the present invention, in Figure 13, the multifunctional electric torch 1000c of this embodiment is identical with the basic structure of the multifunctional electric torch 1000a of the first embodiment, and distinctive points is that the integral type charging illuminating device 40` of the present embodiment exists different from the structure of the integral type charging illuminating device 40 of the first embodiment.In conjunction with Figure 14 and Figure 15, the integral type charging illuminating device 40` of the present embodiment is described.The integral type charging illuminating device 40` of the present embodiment comprises luminescence component 41`, charging assembly 42`, switch module 43`, microcontroller 46` and device body 44`, described luminescence component 41`, charging assembly 42` and switch module 43` are fixed on the upper integral structure that forms of described device body 44`, described luminescence component 41` is installed in the front end of described device body 44` and over against cylinder 200, the rear end of described device body 44` is installed with conducting strip 45`, described conducting strip 45` is electrically connected with the positive pole 401 of described luminescence component 41` and described luminescence component 41` respectively, one end of the conduction protecting against shock sheet 710 of described anti-impact device 700 and described conducting strip 45` elasticity are conflicted, positive pole 401 elasticity of the other end and flashlight power supply 400 are conflicted, the negative pole of the negative pole of flashlight power supply 400 and described luminescence component 41` is electrically connected, described charging assembly 42` is built in the described device body 44` and comprises anodal conductive nail 42a` and negative pole conductive nail 42b`, the end of described anodal conductive nail 42a` and described conducting strip 45` are electrically connected, the other end of described anodal conductive nail 42a` passes described device body 44` and is arranged on the cylinder 200, the positive pole that is arranged in anodal conductive nail 42a` and extraneous charger on the cylinder 200 is electrically connected, the end of described negative pole conductive nail 42b` and the negative pole of described luminescence component 44` are electrically connected, the other end of described negative pole conductive nail 42b` passes described device body 44` and is arranged on the cylinder 200, the negative pole that is arranged in negative pole conductive nail 42b` and extraneous charger on the cylinder 200 is electrically connected, particularly, described anodal conductive nail 42a` and negative pole conductive nail 42b` all are flexible by electroconductive elastic sheet 42g` and are arranged on the described device body 44`.Described switch module 43` is installed in described device body 44` upward and is switched on or switched off the electric connection of flashlight power supply 400 and described luminescence component 41`, and the positive pole of described microcontroller 46` is electrically connected with the positive pole of described luminescence component 41` and conducting strip 45` respectively, its negative pole is electrically connected with the negative pole of described luminescence component 41` and flashlight power supply 400 respectively, the bottom of described switch module 43` is installed on the described microcontroller 46`, and described switch module 43` controls the light intensity of described luminescence component 41` by described microcontroller 46`.Wherein, above-mentioned luminescence component 41` comprises the luminescence component fiberboard 41b` of insulation and is fixed on illuminator 41a` on the luminescence component fiberboard 41b`.

See also Figure 16, Figure 16 has showed multifunctional electric torch the 4th embodiment of the present invention, in Figure 16, the distinctive points of the multifunctional electric torch 1000d of this embodiment and the multifunctional electric torch 1000c of the 3rd embodiment only is: the emergency device of the multifunctional electric torch 1000d of the present embodiment is the alarm 100 that replaces the multifunctional electric torch 1000c of the 3rd embodiment with sterosome 100a, and described among the multifunctional electric torch 1000b at the second embodiment at the mounting means of tail-hood 600 for sterosome 100a, therefore do not repeat them here.

See also Figure 17 and Figure 18, charger 800 of the present invention comprises pedestal 840, circuit controller 810, indicator lamp 880, six illuminating lamps 860 and power supply adaptor 870, and described circuit controller 810 comprises circuit control panel 810a and positive and negative charging contact 810b, 810c.The bottom surface of described pedestal 840 is installed surface, is installed on wall or other carriers; The front of described pedestal 840 offers the cavity 850 that is communicated with side up and down, described cavity 850 tops are semicircle taper hole 850a, the bottom is semicylindrical opening 850b, described semicircle taper hole 850a is communicated with described semicylindrical opening 850b, the cylinder 200 of the multifunctional electric torch 1000c of third embodiment of the invention or the multifunctional electric torch 1000d of the 4th embodiment is conical lampshade, cylindrical shell 500 is cylindrical, when the multifunctional electric torch 1000c of third embodiment of the invention or the multifunctional electric torch 1000d of the 4th embodiment are installed on the described pedestal 840, the cylinder 200 of the multifunctional electric torch 1000c of accommodating the 3rd embodiment of described semicircle taper hole 850a or the multifunctional electric torch 1000d of the 4th embodiment, the cylindrical shell 500 of the multifunctional electric torch 1000c of accommodating the 3rd embodiment of described semicylindrical opening 850b or the multifunctional electric torch 1000d of the 4th embodiment.The shape of the described cavity 850 that described semicircle taper hole 850a and semicylindrical opening 850b are connected to form just adapts with the cylinder of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment 200 and cylindrical shell 500, make the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment be fastened in described cavity 850 more firm when interior, more compact structure.Particularly, the sidewall of described semicylindrical opening 850b is provided with side wall ledge 840b, cylindrical shell 500 sidewalls of the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment offer sidewall notches 500a, when the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment place described cavity 850 interior, described side wall ledge 840b embeds in the described sidewall notches 500a, thereby holds the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment.By described side wall ledge 840b and described sidewall notches 500a is in mating connection, but described side wall ledge 840b not only can play the multifunctional electric torch 1000c of guide effect but also clamping the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment, play the effect of location, prevent that the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment from producing displacement and positive and negative charging contact 810b, the 810c of the described circuit controller 810 of misalignment.

Described indicator lamp 880 is installed on the front of described pedestal 840, and is electrically connected with described circuit controller 810.Described indicator lamp 880 can send red light when the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment charging, the expression power supply charges over against the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment, when charging is finished, described indicator lamp 880 can send green light, represents that the charging of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment is finished.

Described illuminating lamp 860 is the both sides that are uniformly distributed in vertically described pedestal 840 fronts, and every side has three, and every illuminating lamp 860 all is electrically connected with described circuit control panel 810a.Utilize these six illuminating lamps 860 to make described charger 800 can send enough light and throw light on, people can be taken action as usual.

In conjunction with shown in Figure 19, described circuit control panel 810a is installed on described pedestal 840 inside.Just described, negative charging contact 810b, 810c and described circuit control panel 810a are electrically connected and end protrudes in the described cavity 850, just described, negative pole conductive nail 42a`, 42b` is flexible by electroconductive elastic sheet 42g` and is arranged on the described device body 44`, the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment be fastened in make in the described cavity 850 just described, negative charging contact 810b, 810c is corresponding and just described, negative pole conductive nail 42a`, 42b` is electrically connected, the input of described circuit control panel 810a and extraneous power supply are electrically connected, and described circuit control panel 810a controls extraneous power supply to the charging of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment and the discharge of 400 pairs of illuminating lamps 860 of flashlight power supply.When the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment were in charging or charge the state of finishing, described circuit control panel 810a controlled described indicator lamp 880 and shows that different colors is for the different conditions of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c that represents the 3rd embodiment or the 4th embodiment.In addition, described circuit control panel 810a can detect the state of external power source, when external power source is in normal power supply, described circuit control panel 810a controls described illuminating lamp 860 and extinguishes, when the section power supply of locating is in outage, described circuit control panel 810a then utilizes 400 pairs of described illuminating lamps 860 of flashlight power supply of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment to power, for the external world provides illumination.

The bottom surface of described pedestal 840 offers patchhole 840a, and the output of described power supply adaptor 870 is plugged in the described patchhole 840a and with described circuit controller 810 and is electrically connected, and the input of described power supply adaptor 870 is connected with extraneous power supply.Described power supply adaptor 870 can convert the input voltage of extraneous power supply to the output voltage of the multifunctional electric torch 1000d charging of the multifunctional electric torch 1000c that is fit to the 3rd embodiment or the 4th embodiment, and the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment are charged under safe condition.

Comprehensive above-mentioned and in conjunction with Figure 20, during use, described power supply adaptor 870 is plugged on the socket of external power source, output is plugged in the described patchhole 840a, described pedestal 840 is fixed on the wall, the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment are installed in the described cavity 850, this moment, described side wall ledge 840b was fastened in the described sidewall notches 500a, the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment are fixed, at this moment, the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment just, negative pole conductive nail 42a`, 42b` and described circuit controller 810 are just, negative charging contact 810b, 810c conflicts.During charging, described power supply adaptor 870 output rated voltages charge to the flashlight power supply 400 in the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment by described circuit control panel 810a.At this moment, described circuit control panel 810a detects the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment is in charged state, then to the circuit loop conducting of described indicator lamp 880, control described indicator lamp 880 and show redness, point out the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment to be in the charged state; Meanwhile, described circuit control panel 810a cuts off multifunctional electric torch 1000c or the multifunctional electric torch 1000d of the 4th embodiment and the circuit loop between the illuminating lamp 860 of the 3rd embodiment, and described illuminating lamp 860 is in and extinguishes state.After charging is finished, described circuit control panel 810a detects the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment is in off-position, then control described indicator lamp 880 and show green, point out the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment to finish charging.When external power source has a power failure suddenly, described circuit control panel 810a detects multifunctional electric torch 1000c or the multifunctional electric torch 1000d of the 4th embodiment and the circuit loop between the illuminating lamp 860 of rear conducting the 3rd embodiment of outage, make the 400 pairs of described illuminating lamps 860 of flashlight power supply in the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment carry out power supply light emitting, thereby provide illumination for the external world.When needed, can take off the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment, at this moment the circuitry cuts of the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of illuminating lamp 860 and the 3rd embodiment or the 4th embodiment, illuminating lamp 860 extinguishes, and the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment can be used as independent lighting apparatus and carry out portable lighting.After being used to complete, putting back on the described charger 800 and get final product.

Wherein, because described illuminating lamp 860 being installed on the described pedestal 840, by described illuminating lamp 860 and described circuit controller 810 are electrically connected, utilize lighting or extinguishing of the described illuminating lamp 860 of described circuit controller 810 controls, when the multifunctional electric torch 1000d of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment charging, described circuit controller 810 disconnects the circuit at described illuminating lamp 860 places, when in the outside in off-position, described illuminating lamp 860 can use the multifunctional electric torch 1000c of the 3rd embodiment or the interior flashlight power supply 400 of multifunctional electric torch 1000d of the 4th embodiment to carry out luminous, can attract on the one hand to be in the notice of the people in pitch-dark, it is available that the prompting people have emergency light source herein, can in pitch-dark, provide illumination on the other hand, be convenient for people to normally take action to tackle precipitate powering-off state, whole charger 800 not only can but also can be used as emergency light to the multifunctional electric torch 1000d charging of the multifunctional electric torch 1000c of the 3rd embodiment or the 4th embodiment and use, and can take off where necessary the multifunctional electric torch 1000c of the 3rd embodiment or the hand-held portable lighting of multifunctional electric torch 1000d of the 4th embodiment, simple and compact for structure, easy to use and flexible, can be applicable to family, factory building, the corridor, in secret tunnel and the passway for escaping, very practical.

The person of meriting attention, also the structure of above-mentioned power supply adaptor 870 can be built in the charger 800, realize that charger 800 directly charges to the multifunctional electric torch 1000c of the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment, and for the charging of the multifunctional electric torch 1000b of the multifunctional electric torch 1000a of the first embodiment or the second embodiment, because just, negative pole conductive nail 42a, the multifunctional electric torch 1000c of 42b and the 3rd embodiment or the multifunctional electric torch 1000d of the 4th embodiment are just, negative pole conductive nail 42a`, the interface of 42b` is had any different, therefore can be with charger 800 just, negative charging contact 810b, 810c be designed to just, negative pole conductive nail 42a, 42b matches and gets final product.

Anti-impact device 700 of the present invention and integral type charging illuminating device 40, and integral type charging illuminating device 40 is integral structure, therefore on the one hand so that mounting or dismounting and the maintenance of integral type charging illuminating device 40 on cylinder 200 is extremely easily, on the other hand so that the electric connection between integral type charging illuminating device 40 and the flashlight power supply 400 is better, has good impact resistance, therefore so that integral type charging illuminating device 40 can be worked more reliably, and in conjunction with emergency device of the present invention, so that multifunctional electric torch 1000a of the present invention not only has advantages of mounting or dismounting conveniently and reliable operation, also have good anti-impact function and the emergent function of seeking survival.Because multifunctional electric torch 1000b of the present invention, multifunctional electric torch 1000c and multifunctional electric torch 1000d all have the principle identical with multifunctional electric torch 1000a of the present invention, therefore they also have the beneficial effect that is equal to multifunctional electric torch 1000a of the present invention.

Above disclosed only is preferred embodiments of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to claim of the present invention still belongs to the scope that the present invention is contained.

Claims (19)

1. multifunctional electric torch, comprise flashlight shell and flashlight power supply, described flashlight shell comprises tail-hood and is cylinder head and the cylindrical shell of hollow structure, the front end of described cylindrical shell and described cylinder head are flexibly connected, the rear end of described cylindrical shell and described tail-hood are flexibly connected, described flashlight on-chip power is in described cylindrical shell, it is characterized in that, described multifunctional electric torch also comprises the integral type charging illuminating device, anti-impact device and emergency device, described integral type charging illuminating device is built in the front end of described cylinder head and is integral structure, the described integral type charging illuminating device that is integral structure comprises luminescence component, switch module, charging assembly and device body, described luminescence component be installed in described device body front end and with described cylinder head over against, the rear end of described device body is installed with conducting strip, described conducting strip and described luminescence component are electrically connected, the negative pole of described flashlight power supply and the negative pole of described luminescence component are electrically connected, described charging assembly is built in the described device body and comprises anodal conductive nail and negative pole conductive nail, one end of described anodal conductive nail and described conducting strip are electrically connected, the other end of described anodal conductive nail passes described device body and is arranged on the described cylinder head, the positive pole that is arranged in described anodal conductive nail and extraneous charger on the described cylinder head is electrically connected, one end of described negative pole conductive nail and the negative pole of described luminescence component are electrically connected, the other end of described negative pole conductive nail is electrically connected with the negative pole of the charger in the external world, described switch module is installed on the described device body and is switched on or switched off the electric connection of described flashlight power supply and described luminescence component, described anti-impact device comprises the anti-punching of conduction and is hollow insulating base, described insulating base is built in the rear end of described cylinder head, the anti-punching of described conduction is built in the described insulating base and front end and the conflict of described conducting strip elasticity, the rear end of the anti-punching of described conduction is telescopic stretches out described insulating base and conflicts with the anodal elasticity of described flashlight power supply, and described emergency device is built in the described tail-hood.

2. multifunctional electric torch according to claim 1, it is characterized in that, described anti-impact device also comprises the 3rd flexible member of conduction, the front end of described the 3rd flexible member is connected with described conducting strip elasticity, the rear end of described the 3rd flexible member is flexible and stretches in the anti-punching of described conduction, the anti-punching of described conduction offers for what described the 3rd flexible member stretched into and stretches into the chamber, and the front end of the anti-punching of described conduction also is provided with the contact part of conflict when contact with described insulating base.

3. multifunctional electric torch according to claim 1, it is characterized in that, described integral type charging illuminating device also comprises fin and is built in the interior microcontroller of described device body, the positive pole of described microcontroller is electrically connected with the positive pole of described luminescence component and conducting strip respectively, the negative pole of described microcontroller is electrically connected with the negative pole of described luminescence component and flashlight power supply respectively, the bottom of described switch module is installed on the described microcontroller, described device body is stretched out on the top of described switch module, described switch module is controlled the light intensity of described luminescence component by described microcontroller, one end of described fin is affixed on described microcontroller, and the other end of described fin stretches out described device body and along described device body winding.

4. multifunctional electric torch according to claim 3, it is characterized in that, described device body comprises lid and the housing of pegging graft and fixing with described lid, described housing comprises the first housing and the second housing, described the first housing and described the second housing are pegged graft fixing and are formed host cavity, described lid comprises installation dissipating cover and the fixed cap that cooperatively interacts, the described installation dissipating cover that cooperatively interacts and fixed cap form accommodating cavity, described luminescence component is placed in the described accommodating cavity, described luminescence component comprises the luminescence component fiberboard of insulation and is fixed on illuminator on the described luminescence component fiberboard, described fixed cap offers the light hole that stretches out for the illuminator that is placed in the described accommodating cavity, the rear end of described installation dissipating cover connects and fixes with described the first housing and the second housing respectively, the front end of described conducting strip is contained in the rear end of described host cavity, the rear end of described conducting strip bends out the power connection end of being close to described the second housing, and described microcontroller is contained in the front end of described host cavity.

5. multifunctional electric torch according to claim 4, it is characterized in that, described integral type charging illuminating device also comprises hold-down screw, described the first housing and conducting strip all offer installing hole, described the second housing offer with described installing hole over against screwed hole, described hold-down screw is worn successively the installing hole of described the first housing and conducting strip and is fixed with described screwed hole, and the front end of described the first housing and the second housing is provided with inserting column, described installation dissipating cover and fixed cap all offer the spliced eye that passes successively described installation dissipating cover and fixed cap for described inserting column, the lower end of described the first housing protrudes out the grafting boss towards the upper end of described the second housing, and described the second housing offers the grafting groove of pegging graft with described grafting boss.

6. multifunctional electric torch according to claim 4, it is characterized in that, described charging assembly also wraps the holder of insulation and the first flexible member of conduction, the second flexible member and conduction conflict sheet, described the second housing offers embedded chamber, described holder and conduction conflict sheet are being embedded in the described embedded chamber side by side, be embedded in and form the charging jack between described holder in the described embedded chamber and described the second housing, described anodal conductive nail is in the described charging jack of stretching into of gap, described the second flexible member is flexible and contacts between described conduction conflict sheet and the negative pole conductive nail, described negative pole conductive nail is telescopic and passes described holder and stretch in the described charging jack, stretch into the vertical butt joint that the interior described negative pole conductive nail of described charging jack and described anodal conductive nail are the gap, one end of described the first flexible member is connected with described microcontroller elasticity, and the other end of described the first flexible member stretches out described the second housing and conflicts with described conduction conflict sheet elasticity.

7. multifunctional electric torch according to claim 1, it is characterized in that, described emergency device is alarm, described alarm comprises mount pad, the buzzer seat, buzzer, the buzzing drive circuit board, on-off controller and conductive component, the front end of described mount pad is installed in the rear end of described cylindrical shell, the rear end of described mount pad is installed in the described tail-hood, described buzzer seat is installed in the described mount pad, described buzzer is installed in the described buzzer seat, described buzzing drive circuit board is installed in the described buzzer seat and with described buzzer and is electrically connected, described on-off controller is installed on the rear end of described mount pad and is electrically connected with described buzzing drive circuit board, described conductive component is installed in the described mount pad and with described buzzer seat and fixes, described conductive component is electrically connected with described flashlight power supply and buzzing drive circuit board respectively, described conductive component comprises conductive pole, retainer plate, the conductive fiber plate, conducting ring and power spring, the negative pole of the front end of described conductive pole and described flashlight power supply is electrically conflicted, the cathode contact of the rear end of described conductive pole and described buzzing drive circuit board is electrically connected, described conductive pole is fixed on the described retainer plate, described retainer plate is fixed on the described conductive fiber plate, the cathode contact of described conductive fiber plate and described buzzing drive circuit board is electrically connected, described power spring is socketed on the outer and rear end of described retainer plate and described conductive fiber plate is electrically conflicted, the front end of described power spring and described conducting ring are electrically conflicted, described conducting ring is socketed on outside the described retainer plate, and the anodal of the front end of described conducting ring and described flashlight power supply electrically conflicted.

8. multifunctional electric torch according to claim 7, it is characterized in that, described on-off controller comprises switch control panel, foam-rubber cushion and deflating cap, described deflating cap is socketed on the shift knob of described switch control panel, described foam-rubber cushion is socketed between described switch control panel and the deflating cap, and described switch control panel is installed in the described mount pad.

9. multifunctional electric torch according to claim 8, it is characterized in that, described alarm also comprises buzzer pressing plate and sound equipment lid, described buzzer pressing plate is installed in the described mount pad and compresses fixing described buzzer, described sound equipment lid is installed on described tail-hood, the centre of described sound equipment lid is hollow structure and accommodating described deflating cap, described conductive component also comprises lead-in wire, one end of described lead-in wire is connected with described conductive fiber plate, the other end of described lead-in wire is connected with described mount pad, described mount pad comprises Connection Block and attaching nut, and described Connection Block and attaching nut are threaded and are the structure of hollow and both ends open.

10. multifunctional electric torch according to claim 7, it is characterized in that, described alarm also comprises elastic parts, described elastic parts comprises conflict nail, conflict spring and spring stop, described conflict spring is built in the described conductive pole and top and the electrically conflict of described conflict nail, the bottom of described conflict spring and described spring stop are electrically conflicted, described spring stop is connected in the lower end of described conductive pole electrically, and the top of described conflict nail is telescopic and stretches out the upper end of described conductive pole and electrically conflict with the negative pole of described flashlight power supply.

11. multifunctional electric torch according to claim 10, it is characterized in that: described conflict nail offers the accommodating hole of accommodating for described conflict spring top, and flange part is extended towards described conductive pole in the bottom of described conflict nail, and described conflict nail is conflicted towards described flashlight power supply place's slip certain distance and described conductive pole.

12. multifunctional electric torch according to claim 1 is characterized in that, described emergency device is a sterosome, and the front end of described sterosome is installed in the described tail-hood, and described tail-hood is stretched out in the rear end of described sterosome.

13. multifunctional electric torch according to claim 1, it is characterized in that, described charger comprises pedestal, circuit controller and some illuminating lamps, the front of described pedestal offers the cavity that holds described multifunctional electric torch, described circuit controller comprises that circuit control panel is just reaching, negative charging contact, just described, negative charging contact and described circuit control panel are electrically connected and end protrudes in the described cavity, described multifunctional electric torch be fastened in make in the described cavity just described, negative charging contact is corresponding and just described, the negative pole conductive nail is electrically connected, it is inner that described circuit control panel is installed on described pedestal, the input of described circuit control panel and extraneous power supply are electrically connected, described illuminating lamp is installed on the front of described pedestal and is electrically connected with the output of described circuit control panel, and described circuit control panel is controlled extraneous power supply to the discharge to illuminating lamp of the charging of multifunctional electric torch and flashlight power supply.

14. multifunctional electric torch according to claim 13 is characterized in that: described charger also comprises indicator lamp, and described indicator lamp is installed on the front of described pedestal, and is electrically connected with described circuit controller.

15. multifunctional electric torch according to claim 13, it is characterized in that: described charger also comprises power supply adaptor, the bottom surface of described pedestal offers patchhole, the output of described power supply adaptor is plugged in the described patchhole and with described circuit controller and is electrically connected, and the input of described power supply adaptor and extraneous power supply are electrically connected.

16. multifunctional electric torch according to claim 13, it is characterized in that: described cavity comprises semicircle taper hole and semicylindrical opening, described semicircle taper hole is communicated with described semicylindrical opening, when described multifunctional electric torch is installed on the described pedestal, described half-conical pore volume is put the cylinder head of described multifunctional electric torch, the cylindrical shell of the accommodating described multifunctional electric torch of described semicylindrical opening.

17. multifunctional electric torch according to claim 16, it is characterized in that: the sidewall of described semicylindrical opening is provided with side wall ledge, the cylinder lateral wall of described multifunctional electric torch offers sidewall notches, when described multifunctional electric torch placed in the described cavity, described side wall ledge embedded in the described sidewall notches.

18. multifunctional electric torch according to claim 13 is characterized in that: described illuminating lamp is the both sides that are uniformly distributed in vertically described pedestal front.

19. multifunctional electric torch according to claim 13 is characterized in that: described positive and negative electrode conductive nail is flexible and is arranged on the described device body.

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