CN106568007A

CN106568007A - Portable lamp

Info

Publication number: CN106568007A
Application number: CN201510664395.XA
Authority: CN
Inventors: 张吉锋
Original assignee: YUYAO JINFENG ELECTRIC APPLIANCE CO Ltd
Current assignee: YUYAO JINFENG ELECTRIC APPLIANCE CO Ltd
Priority date: 2015-10-13
Filing date: 2015-10-13
Publication date: 2017-04-19

Abstract

The invention discloses a portable lamp. The portable lamp comprises a luminous unit, a lamp unit and a supporting unit. The luminous unit is arranged on the lamp unit. The lamp unit is adjustably arranged on the supporting unit so that the irradiation direction of light rays generated by the luminous unit can be automatically adjusted when the lamp unit is driven to do rotational motion relative to the supporting unit, and thus the portable lamp is quite suitable for being used in the outdoor environment.

Description

Portable lamp

Technical field

The present invention relates to an illuminator, more particularly to one is applied to outdoor portable lamp.

Background technology

Light fixture, which passes through to be energized, for example, light is produced by being provided electric energy, in the every field of life It is widely used.In recent years, with the outdoor activities such as outdoor activities are for example camped or travel increasingly Prevalence, for the light fixture that can be easily carried and be applied to open air generates strong demand on market.So And, there is more defect when the light fixture of prior art is applied directly to open air and which cannot be made to meet market Demand.First, the light fixture of prior art includes a Handheld Division and an illuminating part, and the illuminating part is set The Handheld Division is placed in, user is operable to the working condition of the illuminating part and controls this light by the Handheld Division The radiation direction of the light in portion, that is to say, that the illuminating part is configured to the radiation side of the light of the illuminating part Automatically and synchronously change to the change with the state of the Handheld Division, however it is complex out of doors and not It is determined that use environment in, the light fixture of prior art is provided and this occupation mode that allows has larger office It is sex-limited.Secondly, the light fixture cannot be fixed to when the light fixture of prior art is applied directly to open air default Position uses, for example when user out of doors using the light fixture when generally require by the light fixture fix aloft, with Expect that the light fixture can provide illuminating ray from top to down, the light fixture of prior art is merely able to be placed on ground It is used on face or work surface as so that the light fixture cannot realize this purpose.Again, prior art The light fixture can only provide the illuminating ray of one or several fixed-directions, and such as light fixture can include one The Handheld Division and multiple illuminating parts, each illuminating part are respectively set at the diverse location of the Handheld Division court To multiple different directions, so that the light fixture has the illuminating ray of multiple different directions, but work as and face During complicated and unforeseen outdoor use environment, user expects the direction of the illuminating ray radiation of the grade light fixture Can need to be chosen according to using with the mode of operation of the light fixture, this is that prior art cannot be expected and not carry Realize for corresponding technological means.

The content of the invention

It is an object of the present invention to provide a portable lamp, wherein the portable lamp is particularly suitable for being employed In open air, enable in particular to be applied to various different use environments.

It is an object of the present invention to provide a portable lamp, wherein the portable lamp provides a luminescence unit Can produce light, and the radiation direction of the light of the luminescence unit generation of the portable lamp being capable of basis It is adjusted using needs.

It is an object of the present invention to provide a portable lamp, wherein the luminescence unit can produce illumination light At least one in line and warning light, to meet the use in different use environments to the portable lamp Need.

It is an object of the present invention to provide a portable lamp, wherein the spoke of the light of luminescence unit generation Penetrate direction to be adjusted by wide-angle, even carried out the adjustment of 360 degree of angles, by increasing described sending out The adjustment angle of the radiation direction of the light of light unit can expand the scope of application of the portable lamp.

It is an object of the present invention to provide a portable lamp, wherein the luminescence unit of the portable lamp The light of generation can optionally from top to bottom or from bottom to top eradiation, such as in a reality of the present invention Apply in example, the light that the luminescence unit is produced eradiation from top to bottom, in order to apply.

It is an object of the present invention to provide a portable lamp, wherein the portable lamp provides a support unit With a lamp unit, the luminescence unit is arranged at the lamp unit, and the lamp unit is adjustably set The support unit is placed in, can change described with the angle of the support unit by changing the lamp unit The radiation direction of the light that luminescence unit is produced.

It is an object of the present invention to provide a portable lamp, wherein the spoke of the light of luminescence unit generation Penetrating direction can be with automatic when the lamp unit is done the adjustment campaign relative to the support unit by driving Ground changes.

It is an object of the present invention to provide a portable lamp, wherein the lamp unit be connected to by axle it is described Support unit, so that the lamp unit is driven the axially-movable that can do relative to the support unit.

It is an object of the present invention to provide a portable lamp, wherein the lamp unit and the support unit Controlled angle is easily controllable.

It is an object of the present invention to provide a portable lamp, wherein the portable lamp has a lock-out state And one adjustment state and be suitable between the lock-out state and the adjustment state switch, when the portable lamp In the lock-out state when prevent the lamp unit by driving do relative to the support unit rotation transport It is dynamic, allow the lamp unit to be done relative to described by driving when the portable lamp is in the adjustment state The rotary motion of support unit.

It is an object of the present invention to provide a portable lamp, wherein the lamp unit further provides for a master Body portion, the main part are connected to the support unit by axle, and the luminescence unit provides at least one first and lights Component, each described first luminescence component are arranged at the main part.

It is an object of the present invention to provide a portable lamp, wherein the lamp unit further provides for both wings Portion, each described alar part are connected to the both sides of the main part respectively by axle, and the luminescence unit provides two second Luminescence component, each described second luminescence component are arranged at each described alar part respectively.

It is an object of the present invention to provide a portable lamp, wherein the luminescence unit further provides for one Three luminescence components, the 3rd luminescence component are arranged at the main part.

It is an object of the present invention to provide a portable lamp, wherein the lamp unit is further provided on the other hand Portion is held, and the Handheld Division is arranged at the main part to allow user the lamp to be carried by the Handheld Division Tool, such as user can carry the portable lamp by gripping the Handheld Division.

It is an object of the present invention to provide a portable lamp, wherein the Handheld Division is removably installed in The main part, the luminescence unit provide one the 4th luminescence component, and the 4th luminescence component is arranged at institute State Handheld Division light is provided to allow user that the Handheld Division is used alone.

It is an object of the present invention to provide a portable lamp, wherein the knot that the portable lamp need not be complicated Structure and precision component, and the light fixture have the advantages that convenient use and operation and it is safe and reliable.

By description below and description, other advantages and feature of the present invention are able to it is clear that and can pass through Specially the means pointed out in claims are implemented with combining the unit.

In accordance with the invention it is possible to realize the light fixture of object defined above and other purposes and advantage, which includes that one lights Unit, a lamp unit and a support unit, the luminescence unit are arranged at the lamp unit, described Lamp unit is adjustably arranged at the support unit.Preferably, the lamp unit is connected to described by axle Support unit, so as to pass through to drive the axially-movable that the lamp unit is done relative to the support unit can be same Step ground changes the radiation direction of the light of the luminescence unit generation for being arranged at the lamp unit.The lamp The angle that tool unit and the support unit are formed significantly can be adjusted, so that described luminous The radiation direction of the light that unit is produced can be adjusted with optionally from top to bottom or from bottom to up spoke Penetrate, by such mode, when user uses the portable lamp, can be incited somebody to action by the support unit The portable lamp is fixed aloft, for example, the portable lamp is fixed on the top of the tent for being erected on open air Portion, and the axially-movable relative to the support unit is done by the driving lamp unit, make described luminous Unit produces light from top to down, in order to apply.

In addition, the lamp unit further includes a main part and two alar parts, each described alar part is respectively by axle The main part is connected to, and the luminescence unit is set respectively in the main part and each described alar part Luminescence component, by such mode, the portable lamp can produce the light with different radiation directions, And after angle of the alar part with the main part is adjusted, the institute of the luminescence unit of the portable lamp The radiation direction for stating the light of luminescence component generation is synchronously adjusted.The lamp unit is also hand-held including one Portion, the Handheld Division are arranged at the main part to allow user easily to carry institute by the Handheld Division State portable lamp.Preferably, the Handheld Division is removably installed in the main part, and described hand-held Portion is set the luminescence component of the luminescence unit, to allow user by the Handheld Division from the main body Disassemble in portion and be used individually such that it is able to improve portable lamp motility when in use.

The luminescence component that the luminescence unit is provided can be implemented as illumination light-emitting component and luminous alarming At least one of component, by such mode, the luminescence unit optionally can individually produce illumination Light and warning light in one kind or while produce illuminating ray and warning light, so one side described in just Taking light fixture and illuminating ray being provided to user, on the other hand the portable lamp can also warn other people, especially When which is the portable lamp used in the poor environment of light, the peace of user can be significantly increased Entirely.

In order to achieve the above object, the present invention provides a portable lamp, and which includes：

One luminescence unit, to produce light；

One lamp unit, the luminescence unit are arranged at the lamp unit；And

One support unit, the lamp unit are connected to the support unit by axle, so that the luminescence unit is produced The radiation direction of raw light can be done the rotation relative to the support unit with the lamp unit by driving Transhipment is automatically adjusted when dynamic.

According to one embodiment of present invention, the lamp unit includes a main part and two alar parts, the main body Portion is connected to the support unit by axle, and each described alar part is connected to the both sides of the main part respectively by axle, Wherein described luminescence unit includes one first luminescence component and two second luminescence components, the first luminescence component quilt The main part is arranged at, each described second luminescence component is arranged at each described alar part respectively.

According to one embodiment of present invention, the lamp unit includes a main part and a Handheld Division, the master Body portion is connected to the support unit by axle, and the Handheld Division is removably installed in the main part, wherein The luminescence unit includes one the 4th luminescence component, and the 4th luminescence component is arranged at the Handheld Division.

According to one embodiment of present invention, the lamp unit also includes a Handheld Division, and the Handheld Division quilt can The main part is installed on releasably, wherein the luminescence unit includes one the 4th luminescence component, described 4th Optical assembly is arranged at the Handheld Division.

According to one embodiment of present invention, the lamp unit also includes a lock control portion, wherein the lock control portion It is suitable for starting so as in running order when the Handheld Division is installed in the main part, by the handss The portion of holding is installed on the main part.

According to one embodiment of present invention, the support unit includes one first rotating mechanism, one second rotation Mechanism and a supporting part, the supporting part include a supportive body and are symmetrically disposed on the supportive body One first arm element and one second arm element of both sides, first rotating mechanism are arranged at first arm Element, second rotating mechanism are arranged at second arm element, wherein the main part includes a housing Be symmetrically disposed on a first side wall and a second sidewall of the housing both sides, and first side Wall and the second sidewall are connected to first rotating mechanism and second rotating mechanism respectively.

According to one embodiment of present invention, first rotating mechanism includes one first rotating mass and one first Rotary shaft, wherein first rotating mass are arranged at first arm element, and the first rotation master Body has one first rotating channel and is communicated at least one first locating slot, wherein institute of first rotating channel Stating the first rotary shaft includes one first shaft element, one second shaft element, at least one first setting element and at least One second setting element, each described first setting element are arranged at first shaft element respectively, each institute State the second setting element and be arranged at second shaft element respectively, second shaft element is arranged at described One shaft element, wherein the first side wall has one second rotating channel and is communicated in second rotating channel At least one second locating slot, wherein the end of second shaft element sequentially passes through and is held in second rotation Passage and first rotating channel, so that first setting element is able to be located in second positioning Groove, second setting element are able to be located in first locating slot.

According to one embodiment of present invention, first rotating mechanism includes one first flexible member, described One flexible member is arranged between first rotary shaft and the housing, wherein described when external force driving is applied Second shaft element is so that first setting element departs from second locating slot and makes second setting element Depart from first locating slot so that the portable lamp is in adjustment state, now, the first elasticity unit Part is extruded and is deformed, wherein when revocation puts on the external force of second shaft element, first bullet Property element automatically recovers to original state so that first setting element is located in second locating slot With make second setting element be located in first locating slot so that the portable lamp in locking State.

According to one embodiment of present invention, first rotating mechanism includes one first flexible member, described One flexible member is arranged between first rotary shaft and the first side wall, wherein driving when external force is applied Second shaft element is so that first setting element departs from second locating slot and makes second positioning Element departs from first locating slot so that the portable lamp is in adjustment state, now, first bullet Property element be extruded and be deformed, wherein when revocation puts on the external force of second shaft element, described the One flexible member automatically recovers to original state so that first setting element is located in described second calmly Position and makes second setting element be located in first locating slot so that the portable lamp is at groove Lock-out state.

According to one embodiment of present invention, first rotary shaft is provided with one first installation cavity, first peace It behave affectedly from first shaft element and extends to second shaft element, the end of first flexible member is set In first installation cavity.

According to one embodiment of present invention, first rotary shaft includes one first induction element, described first Induction element is arranged at second shaft element and is located at first installation cavity, the first flexible member shape Into one first resilient channels, the induction element is arranged at first resilient channels to guide first bullet The deformation direction of property element.

According to one embodiment of present invention, first rotating mechanism includes one first installation elements, described One installation elements have one the 3rd rotating channel and are communicated at least one the 3rd positioning of the 3rd rotating channel Groove, it is described so that the first side wall to be held on that first installation elements are installed in first rotating mass Between first installation elements and first rotating mass, wherein second shaft element is passed through and is held in described 3rd rotating channel, and second setting element is able to be located in the 3rd locating slot.

According to one embodiment of present invention, the first side wall from the first side wall for forming described The inwall of two rotating channels extends the first barrier element of an annular, wherein the internal diameter of first barrier element It is smaller in size than the outside dimension of first installation elements.

According to one embodiment of present invention, second rotating mechanism includes one second rotating mass and one second Rotary shaft, wherein second rotating mass are arranged at second arm element, and the second rotation master Body has one second installation cavity and is communicated at least one first retention groove of second installation cavity, wherein described the Two rotary shafts include one the 3rd shaft element, one the 4th shaft element, at least 1 the 3rd setting element and at least 1 One holding element, the 4th shaft element further include a Part I and are connected to the Part I One Part II, the Part I are arranged at the 3rd shaft element, each described 3rd setting element quilt The 3rd shaft element is arranged at, each described first holding element is arranged at the Part I, wherein institute Second sidewall is stated with one the 4th rotating channel and at least one the 4th positioning of the 4th rotating channel is communicated in Groove, wherein the Part II passes through and is held in the 4th rotating channel, so that the Part II is pacified Loaded on second installation cavity, first holding element is installed in first retention groove and the described 3rd Setting element is located in the 4th locating slot.

According to one embodiment of present invention, the second sidewall from the second sidewall for forming described The inwall of four rotating channels extends the second barrier element of an annular, wherein the internal diameter of second barrier element It is smaller in size than the outside dimension of the Part I.

According to one embodiment of present invention, the 3rd shaft element is in a ring.

According to one embodiment of present invention, the first side wall and the second sidewall are respectively equipped with a first axle Main body, the upper and lower of the first axle main body form shaft end and a lower shaft end on one respectively, wherein the wing Portion includes one first linking arm, one second linking arm and a wing shell, and first linking arm and described second connects Connect arm to be positioned apart from the homonymy of the wing shell, second luminescence component is arranged at the wing shell, its Described in the first linking arm have one first rotating drum for accommodate and allow the first axle main body it is described on Shaft end rotates in the described first rotation intracavity, and second linking arm has one second rotating drum for holding Receive and allow the lower shaft end of the first axle main body to rotate in the described first rotation intracavity.

According to one embodiment of present invention, the alar part also includes one second axle main body, the second axle main body One second installation elements and one the 3rd rotary shaft are further included, wherein second installation elements have one the 3rd Retention groove, one the 5th rotating channel and at least one the 5th locating slot of the 5th rotating channel is communicated in, it is described Second linking arm is provided with one the 3rd holding element and is located at second rotating drum, and second installation elements are pacified Loaded on second rotating drum, and the 3rd holding element is arranged at the 3rd retention groove, wherein institute Stating the 3rd rotary shaft includes one the 5th shaft element, one the 6th shaft element, one the 4th setting element and one second guarantor Element is held, the 6th shaft element is arranged at the 5th shaft element, each described 4th setting element is set The 5th shaft element is placed in, each described second holding element is arranged at the 6th shaft element, wherein institute State the 6th shaft element and pass through and be held in the 5th rotating channel so that the second holding element be installed in it is described 3rd retention groove, the 4th setting element are located in the 5th locating slot.

According to one embodiment of present invention, there is the first side wall mounting groove, the second sidewall to have One installation passage and the lock control passage for being communicated in the installation passage, the lock control portion includes a lock control main body quilt It is operably disposed in the second sidewall and one the 3rd flexible member is arranged at the mounting groove, wherein institute State lock control main body to further include a locking element and be arranged at an operating element of the locking element, the lock unit Part is arranged at the second sidewall and is suitable to extend to the installation passage, the behaviour by the lock control passage Make element and outside is extended to from the inwall of the second sidewall, wherein the Handheld Division has a head end and a tail end And at least locked groove of the head end is located at, wherein the tail end of the Handheld Division installs logical by described Road is installed in the mounting groove and extrudes the 3rd flexible member so that the 3rd flexible member produces change Shape, the head end of the Handheld Division is held in the installation passage and the locking element be located in it is described Locked groove.

According to one embodiment of present invention, the lock control portion also includes one second flexible member, second bullet Property element is arranged between the second sidewall and the locking element.

According to one embodiment of present invention, the lock control main body further includes to be arranged at the locking element One second induction element, second flexible member form one second resilient channels, the second induction element quilt It is arranged at second resilient channels to guide the deformation direction of second flexible member.

According to one embodiment of present invention, the lock control portion also includes a manual control elements, the manual control elements quilt It is arranged at the operating element.

According to one embodiment of present invention, the luminescence unit also include one the 3rd luminescence component, described first Luminescence component and the 3rd luminescence component are arranged at the both sides of the main part respectively.

Description of the drawings

Figure 1A is the three-dimensional signal at a visual angle of the portable lamp of first preferred embodiment of the invention Figure, which depict a use state of portable lamp.

Figure 1B is the vertical of another visual angle of the portable lamp of above-mentioned first preferred embodiment of the invention Body schematic diagram, which depict the above-mentioned use state of portable lamp.

Fig. 1 C are the vertical of another visual angle of the portable lamp of above-mentioned first preferred embodiment of the invention Body schematic diagram, which depict another use state of portable lamp.

Fig. 2 is the decomposing schematic representation of the portable lamp of above-mentioned first preferred embodiment of the invention, and which is retouched The structure of support unit and lamp unit is stated.

Fig. 3 A are that the exploded of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit a junction.

Fig. 3 B are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit in a state of above-mentioned junction.

Fig. 3 C are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit in another state of above-mentioned junction.

Fig. 3 D are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure in a state of support unit and lamp unit in above-mentioned junction.

Fig. 4 A are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit in another junction.

Fig. 4 B are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit in a state of above-mentioned junction.

Fig. 4 C are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of support unit and lamp unit in another state of above-mentioned junction.

Fig. 5 is the partial exploded view of the portable lamp of above-mentioned first preferred embodiment of the invention, Which depict the structure of support unit.

Fig. 6 A are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of a state of the junction of the main part and alar part of lamp unit.

Fig. 6 B are that the partly cut-away of the portable lamp of above-mentioned first preferred embodiment of the invention is illustrated Figure, which depict the structure of the main part and alar part of lamp unit in another state of above-mentioned junction.

Fig. 7 is the schematic perspective view of the portable lamp of second preferred embodiment of the invention, be which depict One use state of portable lamp.

Fig. 8 is the decomposing schematic representation of the portable lamp of above-mentioned second preferred embodiment of the invention, and which is retouched Another use state of portable lamp is stated.

Fig. 9 A are that the exploded of the portable lamp of above-mentioned second preferred embodiment of the invention is illustrated Figure, which depict lamp unit main part and Handheld Division junction structure.

Fig. 9 B are that the partly cut-away of the portable lamp of above-mentioned second preferred embodiment of the invention is illustrated Figure, which depict lamp unit main part and Handheld Division a state of above-mentioned junction structure.

Fig. 9 C are that the partly cut-away of the portable lamp of above-mentioned second preferred embodiment of the invention is illustrated Figure, which depict lamp unit main part and Handheld Division another state of above-mentioned junction structure.

Figure 10 A are that the solid at a visual angle of the portable lamp of the 3rd preferred embodiment of the invention is shown It is intended to.

Figure 10 B are another visual angles of the portable lamp of above-mentioned 3rd preferred embodiment of the invention Schematic perspective view.

Figure 11 is the decomposing schematic representation of the portable lamp of above-mentioned 3rd preferred embodiment of the invention, its Describe the structure of support unit and lamp unit.

Figure 12 is that the exploded of the portable lamp of above-mentioned 3rd preferred embodiment of the invention is illustrated Figure, which depict the structure of luminescence unit and lamp unit.

Specific embodiment

Hereinafter describe for disclosing the present invention so that those skilled in the art can realize the present invention.In below describing Preferred embodiment be only used as citing, it may occur to persons skilled in the art that other obvious modifications.With The ultimate principle of the present invention defined in lower description can apply to other embodiments, deformation program, improvement side Case, equivalent and the other technologies scheme without departing from the spirit and scope of the present invention.

Figure 1A to Fig. 6 B of Figure of description under this invention, first preferred embodiment of the invention Portable lamp will be elucidated with.The portable lamp, which is particularly suitable for environment out of doors and is used, and supports including one Unit 10, a lamp unit 20 and a luminescence unit 30, the luminescence unit 30 are arranged at the lamp Tool unit 20, the lamp unit 20 is adjustably arranged at the support unit 20, by such mode, The radiation direction of the light that the luminescence unit 30 is produced can be done by driving with the lamp unit 20 relatively Automatically change when the adjustment campaign of the support unit 10.

Preferably, the lamp unit 20 is connected to the support unit 10 by axle, so as to work as the light fixture list When unit 20 is actuated to do the rotary motion relative to the support unit 10, the lamp unit is arranged at The radiation direction of the light that 20 luminescence unit 30 is produced be suitable to the lamp unit 20 with it is described The adjustment of the angle formed between support unit 10 and automatically change, so as to the portable lamp disclosure satisfy that User is in the use environment of different and complexity to the portable lamp using needs.

The support unit 10 is located at the bottom of the portable lamp, so as to when the portable lamp is used, It is for example when the support unit 10 of the portable lamp is fixed in predeterminated position to be used, outer by applying Power acts on the lamp unit 20 and the lamp unit 20 can be driven to do relative to the support unit 10 Rotary motion, so as to adjust the angle formed between the lamp unit 20 and the support unit 10, with Change is arranged at the radiation direction of the light that the luminescence unit 30 of the lamp unit 20 is produced.One In individual specific applied environment, the support unit 10 can be fixed in the predeterminated position in eminence, The portable lamp for example can be fixed on the top of the tent set up by the support unit 10, from And enable the light eradiation from top to bottom that the luminescence unit 30 produces.Those skilled in the art can be with Be understood by, when revocation be applied in the external force of the lamp unit 20 when, the lamp unit 20 with it is described Angle after support unit 10 is adjusted automatically will not change, i.e., described portable lamp is maintained at and is adjusted State afterwards, so that it is guaranteed that light fixture reliability when in use.

The support unit 10 includes one first rotating mechanism 11, one second rotating mechanism 12 and a support Portion 13, first rotational structure 11 and second rotational structure 12 are symmetrically disposed on the support The both sides in portion 13, and first rotating mechanism 11 and second rotating mechanism 12 be respectively used to institute State lamp unit 20 to be installed on the supporting part 13 and allow the lamp unit 20 to be actuated to described first Rotational structure 11 and second rotational structure 12 do the rotary motion relative to the supporting part 13 for axle.

The supporting part 13 further includes one first arm element 131, one second arm element 132 and one Support body 133, first arm element 131 and second arm element 132 are respectively by being symmetrically disposed on The two ends for supporting body 133 are stated, wherein first rotating mechanism 11 is arranged at the institute of the supporting part 13 The first arm element 131 is stated, second rotating mechanism 12 is arranged at second arm of the supporting part 13 Element 132.Preferably, the support body 133 further includes two support members 1331 and an installed part 1332, Each described support member 1331 extends symmetrically and deviously the two ends of the installed part 1332, and described first Arm element 131 and second arm element 132 are arranged at support body 133 each described respectively Support member 1331.In of the invention one preferably embodiment, the support body 1331 can be by one Metallic plate, its two ends form each described support member 1331 by the direction of bending respectively, and in middle part shape Into the installed part 1332.

The lamp unit 20 includes a main part 21, and the main part 21 passes through first rotating mechanism 11 and second rotating mechanism 12 supporting part 13 is connected to by axle.The main part 21 is further wrapped Include a first side wall 211, a second sidewall 212 and a housing 213, the first side wall 211 and described Second sidewall 212 is symmetrically disposed on the housing 213, wherein first rotating mechanism 11 is set To be connected to described the first of first arm element 131 and the main part 21 of the supporting part 13 Side wall 211, second rotating mechanism 12 are set to be connected to described the second of the supporting part 13 The second sidewall 212 of arm element 131 and the main part 21.The luminescence unit 30 includes one first Luminescence component 31, first luminescence component 31 are arranged at the housing 213 of the main part 21.

According to accompanying drawing 3A to accompanying drawing 3D, first rotating mechanism 11 includes one first rotating mass, 111 He One first rotary shaft 112, first rotating mass 111 are arranged at first arm element 131, for example First rotating mass 111 can be integrally formed with first arm element 131.The first rotation master Body 111 specifically has one first rotating channel 1111 and at least one first locating slot 1112, and each described first Locating slot 1112 be located at respectively first rotating mass 111 for forming first rotating channel 1111 inwall, so that each described first locating slot 1112 is respectively communicated with first rotating channel 1111. First rotary shaft 112 include one first shaft element 1121, one second shaft element 1122, at least one first Setting element 1123 and at least one second setting element 1124, each 1123 points of described first setting element First shaft element 1121 is not arranged at, each described second setting element 1124 is arranged at institute respectively The second shaft element 1122 is stated, second shaft element 1122 integratedly extends first shaft element 1121.Institute The first side wall 211 is stated with one second rotating channel 2111 and at least one second locating slot 2112, described in each Second locating slot 2112 be located at respectively the first side wall 211 for forming second rotating channel 2111 inwall, so that each described second locating slot 2112 is respectively communicated with second rotating channel 2111. The end of second shaft element 1122 of first rotary shaft 112 sequentially passes through and is held in described first First rotation of second rotating channel 2111 and first rotating mass 111 of side wall 211 is logical Road 1111, so that first setting element 1123 for being arranged at first shaft element 1121 can be by Second locating slot 2112 for being located at the first side wall 211 is positioned at, and makes to be arranged at described second Second setting element 1124 of shaft element 1122 can be located in is located at first rotating mass 111 first locating slot 1112.

The portable lamp has a lock-out state and an adjustment state and the portable lamp is suitable to described Switch between lock-out state and the adjustment state.When being located at described the first of first shaft element 1121 Setting element 1123 is located in second locating slot 2112 and quilt for being located at the first side wall 211 Second setting element 1124 for being arranged at second shaft element 1122 is located in and is located at described first During first locating slot 1112 of rotating body 111, the portable lamp is in the lock-out state to hinder Only the lamp unit 20 is done the rotary motion relative to the support unit 10 by driving.Accordingly, work as quilt First setting element 1123 located at first shaft element 1121 is from being located at the first side wall 211 Second locating slot 2112 in depart from and be arranged at the described second fixed of second shaft element 1122 When bit unit 1124 departs from from first locating slot 1112 for being located at first rotating body 111, The portable lamp is in the adjustment state to allow the lamp unit 20 to be done relative to described by driving The rotary motion of support unit 10.

Preferably, when apply external force act on first rotating mechanism 11 when can make the portable lamp from The lock-out state is switched to the adjustment state, when revocation puts on the external force of first rotating mechanism 11 Shi Suoshu portable lamps automatically can be switched to the lock-out state from the adjustment state, that is to say, that work as institute State the first rotating mechanism 11 and be maintained at the lock-out state under normal circumstances, only when applying external force is acted on The portable lamp can be made during first rotating mechanism 11 from the lock-out state to the adjustment state Switching, by such mode, it can be ensured that portable lamp reliability when in use.

Further, first rotating mechanism 11 also includes one first flexible member 113, the present invention's In one embodiment, first flexible member 113 is located at first rotary shaft 112 and the housing 213 Between, first rotating mechanism 11 is acted on so that the portable lamp is from the locking shape when external force is applied State to the adjustment state switch when, first flexible member 113 is extruded and produces elastic deformation, when removing Pin is when acting on the external force of first rotating mechanism 11, first flexible member 113 automatically recover to Original state and the portable lamp is automatically switched from the adjustment state to the lock-out state, with simplification The operation of the portable lamp.It should be noted that first flexible member 113 may be implemented as it is any Can recover with elasticity and after it there is elastic deformation to the mechanism of original state, such as in this reality of invention Apply in example, first flexible member 113 may be implemented as stage clip.It is noted that the present invention's In another embodiment, first flexible member 113 can also be located at first rotary shaft 112 and described Between the first side wall 211.

Further, first rotary shaft 112 is provided with one first installation cavity 1125 and including one first Induction element 1126, first induction element 1126 are located at first installation cavity 1125 and described the One induction element 1126 is arranged at second shaft element 1122, and first flexible member 113 forms one First resilient channels 1131, one end of first flexible member 113 are installed in first rotary shaft 112 First installation cavity 1125 so that first induction element 1126 of first rotary shaft 112 is protected First resilient channels 1131 of first flexible member 113 are held in, so as in the described first elasticity unit Part 113 produces elastic deformation and during recovering to original state, and described the of first rotary shaft 112 One induction element 1126 is used to guide the deformation direction of first flexible member 113, to prevent described first There is deviation in flexible member 113, so that it is guaranteed that portable lamp reliability when in use.

First rotating mechanism 11 further includes one first installation elements 114, first installation elements 114 are installed in first rotating mass 111 the first side wall 211 can be held on described first Between rotating mass 111 and first installation elements 114.First installation elements 114 have one the 3rd Rotating channel 1141 and at least one the 3rd locating slot 1142, each described 3rd locating slot 1142 are set respectively In the inwall for forming the 3rd rotating channel 1141 of first installation elements 114, so that each 3rd locating slot 1142 is respectively communicated with the 3rd rotating channel 1141, is arranged at the second shaft element 1122 second setting element 1124 is able to be located in the institute for being located at first installation elements 114 The 3rd locating slot 1142 is stated, specifically, when the portable lamp is in the lock-out state, is set It is located in second setting element 1124 of second shaft element 1122 and is located at first installation 3rd locating slot 1142 of element 114, when the portable lamp is in the adjustment state, is set Second setting element 1124 of second shaft element 1122 is placed in from being located at first installation elements 114 the 3rd locating slot 1142 departs from.It should be noted that first installation elements 114 and institute State one can be installed in by the connected mode such as screw or screw rod and nut between the first rotating mass 111 Rise, the present invention is unrestricted in this regard.

The first side wall 211 is from the first side wall 211 for forming second rotating channel 2111 Inwall extend the first barrier element 2113 of an annular, and the internal diameter of first barrier element 2113 The outside dimension of first installation elements 114 is smaller in size than, so as to when the portable lamp is used, institute State the first installation elements 114 to be stopped without from the first side wall 211 by first barrier element 2113 Second rotating channel 2111 in come off, so that it is guaranteed that portable lamp reliability when in use.

According to accompanying drawing 4A to accompanying drawing 4C, second rotating mechanism 12 includes one second rotating mass, 121 He One second rotary shaft 122, second rotating mass 121 are arranged at second arm element 132, for example Second rotating mass 121 can be integrally formed with second arm element 132.The second rotation master Body 121 has one second installation cavity 1211 and at least one first retention groove 1212, each described first retention groove 1212 are connected with second installation cavity 1211 respectively.For example in this preferred embodiment of the present invention Second rotating mass 121 have two first retention grooves 1212, each described first retention groove 1212 By symmetrically located at the both sides of second mounting body 121.Second rotary shaft 122 includes one the 3rd axle Element 1221, one the 4th shaft element 1222, at least one the 3rd setting element 1223 and at least one first keep Element 1224, the 4th shaft element 1222 further include a Part I 12221 and are connected to described One Part II 12222 of Part I 12221, the Part I of the 4th shaft element 1222 12221 are arranged at the 3rd shaft element 1221, and each described 3rd setting element 1223 is arranged at institute The 3rd shaft element 1222 is stated, each described first holding element 1224 is arranged at the 4th shaft element 1222 Described Part I 12221.The second sidewall 212 is with one the 4th rotating channel 2121 and at least One the 4th locating slot 2122, each described 4th locating slot 2122 are located at the second sidewall 212 respectively For forming the inwall of the 4th rotating channel 2121, so that each described 4th locating slot 2122 connects respectively Pass through the 4th rotating channel 2121.

The Part II 12222 of the 4th shaft element 1222 is passed through and is kept and the second sidewall 212 The 4th rotating channel 2121 so that 12222 quilt of the Part II of the 4th shaft element 1222 Second installation cavity 1211 of second rotating mass 121 is installed on, and is arranged at the described 4th Each described first holding element 1224 of the Part I 12221 of shaft element 1222 is installed in respectively Each described first retention groove 1212 of second rotating mass 121 is located at, to prevent in the light fixture When unit 20 is actuated to do the rotary motion relative to the support unit 10, second rotating mass Occur relatively rotating between 121 and second rotary shaft 122, be arranged at the 3rd shaft element 1221 Each described 3rd setting element 1223 be suitable to be located in be located at the second sidewall 212 described Four locating slots 2122.

The second sidewall 212 is from the second sidewall 212 for forming the 4th rotating channel 2121 Inwall extend the second barrier element 2123 of an annular, and the internal diameter of second barrier element 2123 Outside dimension of the size more than the Part I 12221 of the 4th shaft element 1222, so as to described When portable lamp is used, first installation elements 114 by second barrier element 2123 stop and not Can come off from the 4th rotating channel 2121 of the second sidewall 212, so that it is guaranteed that the portable lamp Tool reliability when in use.It should be noted that second rotary shaft 122 and the second rotation master Can be mounted together by connected modes such as screw or screw rod and nuts between body 121, the present invention is at this Aspect is unrestricted.

It should be noted that the 3rd shaft element 1221 is in a ring, so as to work as the portable lamp in institute State adjustment state and the lamp unit 20 is actuated to do the rotary motion relative to the support unit 10 When, the 3rd shaft element 1221 makes be arranged at the 3rd shaft element 1221 described by deformation Three setting elements 1223 can be located in the described 4th of the diverse location for being located at the second sidewall 212 Locating slot 2122.

According to accompanying drawing 1A, accompanying drawing 1B and accompanying drawing 2, the lamp unit 20 further includes two alar parts 22, Each described alar part 22 is connected to the both sides of the main part 21 respectively by axle.For example in this reality of the present invention Apply in example, each described alar part 22 is connected to 211 He of the first side wall of the main part 21 respectively by axle The second sidewall 212.The luminescence unit 30 further includes two second luminescence components 32, described in each Second luminescence component 32 is arranged at each described alar part 22 respectively, so as to each described, luminescence component 32 is produced The radiation direction of raw light is suitable to transport with the adjustment of alar part 22 and the angle of the main part 21 each described Move and automatically change.

Specifically, foundation accompanying drawing 6A and accompanying drawing 6B, the first side wall 211 and the second sidewall 212 A first axle main body 201 is respectively equipped with, the upper and lower of the first axle main body 201 forms axle on respectively End 2011 and one lower shaft end 2012 and have at least one second retention groove 2013, each it is described second keep Groove 2013 is respectively arranged on the lower shaft end 2012.The alar part 22 includes one first linking arm 221, one second Linking arm 222, a wing shell 223 and one second axle main body 224, first linking arm 221 and described Two linking arms 222 are positioned apart from the homonymy of the wing shell 223, and second luminescence component 32 is set It is placed in the wing shell 223.First linking arm 221 has one first rotating drum 2211 for accommodating and permitting Perhaps first rotation of the described upper shaft end 2011 of the first axle main body 201 in first linking arm 221 Turn to rotate in chamber 2211, second linking arm 222 has one second rotating drum 2221 for accommodating And the lower shaft end 2012 of the first axle main body 201 is allowed described the of second linking arm 222 Rotate in two rotating drums 2221.

The second axle main body 224 includes one second installation elements 2241 and one the 3rd rotary shaft 2242, described Second installation elements 2241 have one the 5th rotating channel 22411 and at least one the 5th locating slot 22412, Each described 5th locating slot 22412 be located at second installation elements 2241 for forming the described 5th The inwall of rotating channel 22411, so that each described 5th locating slot 22412 is logical with the described 5th rotation respectively Road 22411 is connected.Second installation elements 2241 further have one the 3rd retention groove 22413, institute State the second linking arm 222 and be provided with one the 3rd holding element 2222, and the 3rd holding element 2222 is located at In second rotating drum 2221, second installation elements 2241 are installed in second linking arm 222 Second rotating drum 2221, and make the 3rd holding element 2222 be arranged at it is described second install unit 3rd retention groove 22413 of part 2241.

3rd rotary shaft 2242 includes the 6th shaft element 22422,1 of one the 5th shaft element 22421, Four setting elements 22423 and one second holding element 22424, wherein the 6th shaft element 22422 is set The side of the 5th shaft element 22421 is placed in, each described 4th setting element 22423 is arranged at respectively 5th shaft element 22421, each described second holding element 22424 are arranged at the 6th axle respectively Element 22422.6th shaft element 22422 of the 3rd rotary shaft 2242 is passed through and is held in described 5th rotating channel 22411 of the second installation elements 2241, so as to be arranged at the 6th shaft element 22422 second holding element 22424 is installed in second retention groove 2013, and is arranged at 4th setting element 22423 of the 5th shaft element 22421 is located in is located at second installation 5th locating slot 22422 of the diverse location of element 2241.

It should be noted that the 5th shaft element 22421 is in a ring, driven so as to work as the alar part 22 To do during the rotary motion relative to the main part 21, the 5th shaft element 22421 is made by deformation The 4th setting element 22423 for being arranged at the 5th shaft element 22421 can be located in and be located at 5th locating slot 22422 of the diverse location of second installation elements 2241.

The lamp unit 20 further includes a Handheld Division 23, and the Handheld Division 23 is arranged at the master Body portion 21 carries the portable lamp by the Handheld Division 23 to allow user.

According to accompanying drawing 5, the support unit 10 further includes a base portion 14, and the supporting part 13 is by can The base portion 14 is arranged at releasably, the portable lamp can be placed on the ground by the base portion 14 And guarantee the stability of the portable lamp.It will be appreciated by those skilled in the art that, what accompanying drawing 5 was disclosed The base portion 14 is only a kind of feasible embodiment of the portable lamp of the present invention, that is to say, that The base portion 14 is any to can be used in supporting the portable lamp and ensure that the portable lamp is made Used time has the mechanism of stability.

In this specific embodiment, the base portion 14 includes that at least a base element 141 and is horizontal Beam element 142, each described base element 141 are arranged at the transverse beam elements 142, the support respectively Portion 13 is removable installed in the transverse beam elements 142 of the base portion 14.

The luminescence unit 30 further includes one the 3rd luminescence component 33,33 quilt of the 3rd luminescence component It is arranged at the main part 21.Further, according to Figure 12,213 points of the housing of the main part 21 Not Bao Kuo a procapsid 2131 and a back casing 2132,2132 quilt of the procapsid 2131 and the back casing Overlappingly arrange, so that be interconnected 1 is formed between the procapsid 2131 and the back casing 2132 One accommodating chamber 2133 and one second accommodating chamber 2134.First luminescence component 31 is arranged at the housing To provide illuminating ray, i.e., first luminescence component 31 may be implemented as 213 procapsid 2131 One illumination light-emitting component, the 3rd luminescence component 32 are arranged at the back casing of the housing 213 2132 show light to provide economic policeman, i.e., described 3rd luminescence component 31 may be implemented as a luminous alarming group Part.So, user is in the poor environment of light, such as when night uses the portable lamp, described the One luminescence component 31 and the 3rd luminescence component 33 can be simultaneously in running order, so as to described first Optical assembly 31 provides illuminating ray for user, and the 3rd luminescence component 33 can produce warning light with Other people are warned, by such mode, can more guarantee that user uses the peace of the portable lamp out of doors Quan Xing.

The luminescence unit 30 further includes a wiring board 34 and a power supply section 35, the wiring board 34 First accommodating chamber 2133 is arranged at, the power supply section 35 is arranged at second accommodating chamber 2134, And the wiring board 34 is connected to the power supply section 34, first luminescence component 31, described second Optical assembly 32 and the 3rd luminescence component 33 are connected to the wiring board 34.

Further, all or part of region of the housing 213 and the wing shell 223 can be optionally By metal material, such as aluminum alloy materials are made, by such mode, it is possible to increase the portable lamp Heat-sinking capability, is also not result in the portable lamp when used so as to even described portable lamp for a long time Outside it is hot, to guarantee the safety of user.Preferably, the housing 213 and the wing shell 223 are set Have least one set radiating groove 100, with by increase the area of dissipation of the portable lamp further improve it is described just Take the heat-sinking capability of light fixture.In addition, setting the radiating groove 100 in the housing 213 and the wing shell 223 Mode can also strengthen the attractive in appearance of the portable lamp.

According to the accompanying drawing 7 of Figure of description to accompanying drawing 9C, second preferred embodiment of the invention is just Take light fixture to be elucidated with.Similar with above preferred embodiment, the luminescence unit 30 is arranged at the light fixture Unit 20, the lamp unit 20 are connected to the support unit 10 by axle.Further, the present invention's In this preferred embodiment, the Handheld Division 23 is removable installed in the main part 21, described Light unit 30 also includes one the 4th luminescence component 36, and the 4th luminescence component 36 is arranged at described hand-held Portion 23, so as to the portable lamp allows user that the Handheld Division 23 is dismantled from the main part 21 Get off to be used alone.That is, when the Handheld Division 23 is installed in the main part 21 handss Holding portion 23 allows user to carry the portable lamp by the Handheld Division 23, when 23 quilt of the Handheld Division When disassembling from the main part 21, the Handheld Division 23 allows user that the Handheld Division is used alone 23 provide illuminating ray.

According to accompanying drawing 9A, accompanying drawing 9B and accompanying drawing 9C, the first side wall 211 has a mounting groove 2114, The second sidewall 212 has an installation passage 2124, the installation passage 2124 of the second sidewall 212 It is corresponding with the mounting groove 2114 of the first side wall 211.The Handheld Division 23 has a head end 231 With a tail end 232, the tail end 232 of the Handheld Division 23 can be from described in the second sidewall 212 Installation passage 2124 is passed through and is installed in the mounting groove 2114 of the first side wall 211, while described The head end 231 of Handheld Division 23 is held in the installation passage 2124 of the second sidewall 212. That is, the tail end 232 and the head end 231 of the Handheld Division 23 are held in described first respectively The installation passage 2124 of the mounting groove 2114 and the second sidewall 212 of side wall 211, so that The head end 231 and the tail end 232 of the Handheld Division 23 is arranged at the main part 21 respectively, leads to Cross such mode, it can be ensured that user carries the reliability of the portable lamp by the Handheld Division 23.

The lamp unit 20 also includes a lock control portion 24, and the lock control portion 24 is arranged at the main part 21 second sidewall 212, so that the peace of the second sidewall 212 is inserted in the Handheld Division 23 During dress passage 2124, the lock control portion 24 is actuated to for pinning the Handheld Division 23, described so as to prevent Handheld Division 23 is automatically separated from the main part 21.

The second sidewall 212 has a lock control passage 2125, and the lock control passage 2125 is communicated in the peace Dress passage 2124.The lock control portion 24 includes a lock control main body 241 and one second flexible member 242, described Lock control main body 241 includes a locking element 2411 and is arranged at an operating element of the locking element 2411 2412, the locking element 2411 is located at the lock control passage 2125 and extends to the installation under normal circumstances Passage 2124, the operating element 2412 extend to outside for operation from the inside of the second sidewall 212 The state of the locking element 2411, second flexible member 242 are arranged at the second sidewall 212 Between inwall and the locking element 2411.The head end 231 of the Handheld Division 23 is provided with an at least locked groove 233.It is when the Handheld Division 23 is inserted into the installation passage 2124 of the second sidewall 212, described Handheld Division 23 extrudes the locking element 2411 so that the locking element 2411 is along 2125 shape of lock control passage Into track move downward, while the locking element 2411 extrudes second flexible member 242 so that described Second flexible member 242 produces elastic deformation, when the head end 231 of the Handheld Division 23 be held in it is described The installation passage 2125 of second sidewall 212 simultaneously makes to be located at the locked groove 233 pairs of the Handheld Division 23 Described in Ying Yu during lock control passage 2125, second flexible member 242 automatically can recover to original state, And in this process, second flexible member 242 makes the locking element 2411 synchronously recover to first Beginning state so that the locking element 2411 is located in the locked groove 233 of the Handheld Division 23, so as to prevent The Handheld Division 23 automatically comes off from the main part 21.When needing the Handheld Division 23 from described Disassemble on main part 21 when being used alone, operate the operating element 2412 to make the locking element 2411 Depart from the locked groove 233 of the Handheld Division 23, at this point it is possible to by the Handheld Division 23 from the main part Disassemble on 21.

Further, the lock control portion 24 also includes one the 3rd flexible member 243, the 3rd flexible member 243 are arranged at the first side wall 211 and are located in the mounting groove 2114 of the first side wall 211, When the tail end 232 of the Handheld Division 23 is inserted into the mounting groove 2114 of the first side wall 211, 3rd flexible member 243 is extruded by the tail end 232 of the Handheld Division 23 to produce elastic deformation, Now, the 3rd flexible member 243 promotes the Handheld Division 23 so that the Handheld Division 23 has departs from institute The trend of main part 21 is stated, by such mode, enables the Handheld Division 23 more described Lock control portion 24 is locked in the main part 21.In addition, work as to operate the operating element 2412 to drive the lock When element 2411 departs from the locked groove 233 of the Handheld Division 23, the 3rd flexible member 243 is recovering The tail end 232 of the Handheld Division 23 is promoted to depart from the first side wall 211 while to original state The mounting groove 2124, easily to disassemble the Handheld Division 23 from the main part 21.

The lock control main body 241 also includes one second induction element 2413,2413 quilt of the second induction element The locking element 2411 is arranged at, second flexible member 242 forms one second resilient channels 2421, institute State the second induction element 2413 to insert and keep second resilient channels with second flexible member 242 2412 to guide the deformation direction of second flexible member 242, so as to prevent second flexible member 242 There is deviation when elastic deformation is produced being extruded, to guarantee portable lamp reliability when in use Property.

The lock control portion 24 also includes a manual control elements 244, and the manual control elements 244 are arranged at the behaviour Make element 2411, the state in the lock control portion 24 can be easily operated by the manual control elements 244.It is excellent Selection of land, the manual control elements 244 can be set slip-proof element with the table by increasing the manual control elements 244 Frictional force between face and the hand of user preferably operates the state in the lock control portion 24 making user.

It is the portable of the 3rd preferred embodiment of the invention according to Figure 10 A to Figure 12 of Figure of description Light fixture, which includes a support unit 10, a lamp unit 20 and a luminescence unit 30, the luminescence unit 30 are arranged at the lamp unit 20, and the lamp unit 20 is adjustably arranged at the support unit 10, such as described lamp unit 20 is connected to the support unit 10 by axle, so as to the lamp unit 20 Can be actuated to do the rotary motion relative to the support unit 10, by such mode, be set The radiation direction of the light produced in the luminescence unit 30 of the lamp unit 20 can be with the light fixture Unit 20 automatically changes when the rotary motion relative to the support unit 10 is made by driving, so as to conveniently make With.

The lamp unit 20 includes a main part 21 and a Handheld Division 23, and the main part 21 is connected by axle In the support unit 30, the Handheld Division 23 is arranged at the main part 21 to allow user to pass through The Handheld Division 23 carries the portable lamp.The luminescence unit 30 includes one first luminescence component, 31 He One the 3rd luminescence component 33, first luminescence component 31 and the 3rd luminescence component 33 are arranged at institute State the not homonymy of main part 21, and first luminescence component 31 can provide illuminating ray, the described 3rd Luminescence component 33 can provide warning light, by such mode, when user uses the portable lamp, Especially with person used in the poor environment of light during the portable lamp, first luminescence component 31 Illuminating ray can be provided for user, the 3rd luminescence component 33 can provide warning light to warn him People notes user, and so, the use of the portable lamp can improve user in the poor outdoor ring of light The safety of the portable lamp used in border.

It should be understood by those skilled in the art that the embodiments of the invention shown in foregoing description and accompanying drawing are only used as Illustrate and be not intended to limit the present invention.The purpose of the present invention completely and is effectively realized.The present invention function and Structural principle in embodiment shows and illustrates, under without departing from the principle, embodiments of the present invention Can there are any deformation or modification.

Claims

1. a portable lamp, it is characterised in that include：

One luminescence unit, to produce light；

One lamp unit, the luminescence unit are arranged at the lamp unit；And

One support unit, the lamp unit are connected to the support unit by axle, so that the light that the luminescence unit is produced Radiation direction can be with automatically adjusting when the lamp unit is done the rotary motion relative to the support unit by driving It is whole.

2. portable lamp according to claim 1, wherein the lamp unit includes a main part and two alar parts, institute State main part and the support unit is connected to by axle, each described alar part is connected to the both sides of the main part respectively by axle, its Described in luminescence unit include one first luminescence component and two second luminescence components, first luminescence component is arranged at described Main part, each described second luminescence component are arranged at each described alar part respectively.

3. portable lamp according to claim 1, wherein the lamp unit includes a main part and a Handheld Division, The main part is connected to the support unit by axle, and the Handheld Division is removably installed in the main part, wherein institute Stating luminescence unit includes one the 4th luminescence component, and the 4th luminescence component is arranged at the Handheld Division.

4. portable lamp according to claim 2, wherein the lamp unit also includes a Handheld Division, it is described hand-held Portion is removably installed in the main part, wherein the luminescence unit includes one the 4th luminescence component, the described 4th lights Component is arranged at the Handheld Division.

5. portable lamp according to claim 3, wherein the lamp unit also includes a lock control portion, wherein described Lock control portion is suitable for starting so as in running order when the Handheld Division is installed in the main part, will be described hand-held Portion is installed on the main part.

6. portable lamp according to claim 4, wherein the lamp unit also includes a lock control portion, wherein described Lock control portion is suitable for starting so as in running order when the Handheld Division is installed in the main part, will be described hand-held Portion is installed on the main part.

7. portable lamp according to claim 2, wherein the support unit include one first rotating mechanism, one Two rotating mechanisms and a supporting part, the supporting part include a supportive body and are symmetrically disposed on the supportive body two One first arm element and one second arm element of side, first rotating mechanism is arranged at first arm element, described Second rotating mechanism is arranged at second arm element, wherein the main part includes a housing and by being symmetrically disposed on A first side wall and a second sidewall of housing both sides are stated, and the first side wall and the second sidewall are connected respectively In first rotating mechanism and second rotating mechanism.

8. portable lamp according to claim 4, wherein the support unit include one first rotating mechanism, one Two rotating mechanisms and a supporting part, the supporting part include a supportive body and are symmetrically disposed on the supportive body two One first arm element and one second arm element of side, first rotating mechanism is arranged at first arm element, described Second rotating mechanism is arranged at second arm element, wherein the main part includes a housing and by being symmetrically disposed on A first side wall and a second sidewall of housing both sides are stated, and the first side wall and the second sidewall are connected respectively In first rotating mechanism and second rotating mechanism.

9. portable lamp according to claim 6, wherein the support unit include one first rotating mechanism, one Two rotating mechanisms and a supporting part, the supporting part include a supportive body and are symmetrically disposed on the supportive body two One first arm element and one second arm element of side, first rotating mechanism is arranged at first arm element, described Second rotating mechanism is arranged at second arm element, wherein the main part includes a housing and by being symmetrically disposed on A first side wall and a second sidewall of housing both sides are stated, and the first side wall and the second sidewall are connected respectively In first rotating mechanism and second rotating mechanism.

10. portable lamp according to claim 8 or claim 9, wherein first rotating mechanism includes one first rotation master Body and one first rotary shaft, wherein first rotating mass are arranged at first arm element, and first rotation Main body has one first rotating channel and is communicated at least one first locating slot of first rotating channel, wherein described first Rotary shaft includes one first shaft element, one second shaft element, at least one first setting element and at least one second setting element, Each described first setting element is arranged at first shaft element respectively, and each described second setting element is set respectively In second shaft element, second shaft element is arranged at first shaft element, wherein the first side wall has one Second rotating channel and at least one second locating slot for being communicated in second rotating channel, wherein the end of second shaft element Portion sequentially passes through and is held in second rotating channel and first rotating channel, so that first setting element is able to Second locating slot is located in, second setting element is able to be located in first locating slot.

11. portable lamps according to claim 10, wherein first rotating mechanism includes one first flexible member, First flexible member is arranged between first rotary shaft and the housing, wherein driving described the when external force is applied Two shaft elements are so that first setting element departs from second locating slot and makes second setting element depart from described the One locating slot so that the portable lamp be in adjustment state, now, first flexible member is extruded and is deformed, Wherein when revocation put on the external force of second shaft element when, first flexible member automatically recover to original state with First setting element is made to be located in second locating slot and make second setting element be located in described first Locating slot is so that the portable lamp is in the lock state.

12. portable lamps according to claim 11, wherein first rotating mechanism includes one first flexible member, First flexible member is arranged between first rotary shaft and the first side wall, wherein driving institute when external force is applied The second shaft element is stated so that first setting element departs from second locating slot and makes second setting element depart from institute The first locating slot is stated so that the portable lamp is in adjustment state, now, first flexible member is extruded and produces Deformation, wherein when revocation puts on the external force of second shaft element, first flexible member automatically recovers to initial State is so that first setting element is located in second locating slot and makes second setting element be located in institute The first locating slot is stated so that the portable lamp is in the lock state.

13. portable lamps according to claim 11, wherein first rotary shaft is provided with one first installation cavity, institute State the first installation cavity to extend from first shaft element to second shaft element, the end of first flexible member is set In first installation cavity.

14. portable lamps according to claim 13, wherein first rotary shaft includes one first induction element, First induction element is arranged at second shaft element and is located at first installation cavity, the first flexible member shape Into one first resilient channels, the induction element is arranged at first resilient channels to guide first flexible member Deformation direction.

15. portable lamps according to claim 11, wherein first rotating mechanism includes one first installation elements, First installation elements have one the 3rd rotating channel and are communicated at least one the 3rd locating slot of the 3rd rotating channel, First installation elements are installed in first rotating mass and install unit so that the first side wall is held on described first Between part and first rotating mass, wherein second shaft element passes through and is held in the 3rd rotating channel, and Second setting element is able to be located in the 3rd locating slot.

16. portable lamps according to claim 14, wherein first rotating mechanism includes one first installation elements, First installation elements have one the 3rd rotating channel and are communicated at least one the 3rd locating slot of the 3rd rotating channel, First installation elements are installed in first rotating mass and install unit so that the first side wall is held on described first Between part and first rotating mass, wherein second shaft element passes through and is held in the 3rd rotating channel, and Second setting element is able to be located in the 3rd locating slot.

17. portable lamps according to claim 16, wherein the first side wall from the first side wall for shape Inwall into second rotating channel extends the first barrier element of an annular, wherein the internal diameter of first barrier element It is smaller in size than the outside dimension of first installation elements.

18. portable lamps according to claim 8 or claim 9, wherein second rotating mechanism includes one second rotation master Body and one second rotary shaft, wherein second rotating mass are arranged at second arm element, and second rotation Main body has one second installation cavity and is communicated at least one first retention groove of second installation cavity, wherein second rotation Axle includes one the 3rd shaft element, at least one the 4th shaft element, one the 3rd setting element and at least one first holding element, institute State the 4th shaft element to further include a Part I and be connected to a Part II of the Part I, described first Point the 3rd shaft element is arranged at, each described 3rd setting element is arranged at the 3rd shaft element, described in each First holding element is arranged at the Part I, wherein the second sidewall has one the 4th rotating channel and is communicated in institute At least one the 4th locating slot of the 4th rotating channel is stated, wherein the Part II is passed through and is held in the 4th rotation leading to Road, so that the Part II is installed in second installation cavity, first holding element is installed in described first and protects Hold groove and the 3rd setting element is located in the 4th locating slot.

19. portable lamps according to claim 17, wherein second rotating mechanism includes one second rotating mass With one second rotary shaft, wherein second rotating mass are arranged at second arm element, and second rotation is led Body has one second installation cavity and is communicated at least one first retention groove of second installation cavity, wherein second rotary shaft It is including one the 3rd shaft element, at least one the 4th shaft element, one the 3rd setting element and at least one first holding element, described 4th shaft element further includes a Part I and is connected to a Part II of the Part I, the Part I The 3rd shaft element is arranged at, each described 3rd setting element is arranged at the 3rd shaft element, each described One holding element is arranged at the Part I, wherein the second sidewall has one the 4th rotating channel and is communicated in described At least one the 4th locating slot of the 4th rotating channel, wherein the Part II passes through and is held in the 4th rotating channel, So that the Part II is installed in second installation cavity, first holding element is installed in first retention groove And the 3rd setting element is located in the 4th locating slot.

20. portable lamps according to claim 19, wherein the second sidewall from the second sidewall for shape Inwall into the 4th rotating channel extends the second barrier element of an annular, wherein the internal diameter of second barrier element It is smaller in size than the outside dimension of the Part I.

21. portable lamps according to claim 20, wherein the 3rd shaft element is in a ring.

22. portable lamps according to claim 8 or claim 9, wherein the first side wall and the second sidewall are set respectively The upper and lower for having a first axle main body, the first axle main body forms shaft end and a lower shaft end on one respectively, wherein described Alar part includes one first linking arm, one second linking arm and a wing shell, first linking arm and the second linking arm quilt It is positioned apart from the homonymy of the wing shell, second luminescence component is arranged at the wing shell, wherein first connection Arm has one first rotating drum for accommodating and allowing the described upper shaft end of the first axle main body to rotate intracavity described first Rotate, second linking arm have one second rotating drum for accommodate and allow the first axle main body it is described under Shaft end rotates in the described first rotation intracavity.

23. portable lamps according to claim 19, wherein the first side wall and the second sidewall are respectively equipped with One first axle main body, the upper and lower of the first axle main body form shaft end and a lower shaft end on one respectively, wherein the wing Portion includes one first linking arm, one second linking arm and a wing shell, first linking arm and second linking arm by between The homonymy of the wing shell is arranged at every ground, second luminescence component is arranged at the wing shell, wherein first linking arm Do for accommodating and allowing the described upper shaft end of the first axle main body to rotate intracavity described first with one first rotating drum Rotary motion, second linking arm have one second rotating drum for accommodating and allowing the lower axle of the first axle main body End rotates in the described first rotation intracavity.

24. portable lamps according to claim 23, wherein the alar part also includes one second axle main body, described the Two axle main bodys further include one second installation elements and one the 3rd rotary shaft, wherein second installation elements have one the 3rd Retention groove, one the 5th rotating channel and at least one the 5th locating slot of the 5th rotating channel is communicated in, second connection Arm is provided with one the 3rd holding element and is located at second rotating drum, and second installation elements are installed in second rotation Chamber, and the 3rd holding element is arranged at the 3rd retention groove, wherein the 3rd rotary shaft includes one the 5th axle Element, one the 6th shaft element, one the 4th setting element and one second holding element, the 6th shaft element are arranged at institute The 5th shaft element is stated, each described 4th setting element is arranged at the 5th shaft element, each described second holding element The 6th shaft element is arranged at, wherein the 6th shaft element passes through and is held in the 5th rotating channel, so that the Two holding elements are installed in the 3rd retention groove, and the 4th setting element is located in the 5th locating slot.

25. portable lamps according to claim 9, wherein the first side wall has a mounting groove, second side Wall has an installation passage and is communicated in a lock control passage of the installation passage, and the lock control portion includes that lock control main body quilt can It is operatively disposed in the second sidewall and one the 3rd flexible member is arranged at the mounting groove, wherein the lock control main body Further include a locking element and be arranged at an operating element of the locking element, the locking element is arranged at described second Side wall simultaneously is suitable to extend to the installation passage, inwall of the operating element from the second sidewall by the lock control passage Outside is extended to, wherein the Handheld Division has a head end and a tail end and is located at an at least locked groove of the head end, its Described in Handheld Division the tail end by the installation passage be installed in the mounting groove and extrude it is described 3rd elasticity unit So that the 3rd flexible member is deformed, the head end of the Handheld Division is held in the installation passage and institute to part State locking element and be located in the locked groove.

26. portable lamps according to claim 25, wherein the lock control portion also includes one second flexible member, institute State the second flexible member to be arranged between the second sidewall and the locking element.

27. portable lamps according to claim 26, wherein the lock control main body further include to be arranged at it is described One second induction element of locking element, second flexible member form one second resilient channels, the second induction element quilt It is arranged at second resilient channels to guide the deformation direction of second flexible member.

28. portable lamps according to claim 27, wherein the lock control portion also includes a manual control elements, the handss Control element is arranged at the operating element.

29. portable lamps according to claim 2, wherein the luminescence unit also includes one the 3rd luminescence component, institute State the first luminescence component and the 3rd luminescence component is arranged at the both sides of the main part respectively.