CN206130627U - Working lamp - Google Patents
Working lamp Download PDFInfo
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- CN206130627U CN206130627U CN201621071712.3U CN201621071712U CN206130627U CN 206130627 U CN206130627 U CN 206130627U CN 201621071712 U CN201621071712 U CN 201621071712U CN 206130627 U CN206130627 U CN 206130627U
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- CN
- China
- Prior art keywords
- lamp body
- hand
- held
- luminescence component
- work light
- Prior art date
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Abstract
The utility model discloses a working lamp, it includes a lamp body mechanism, wherein lamp body mechanism further includes a handheld lamp body and a lamps and lanterns main part, handheld lamp body by detachably install in the lamps and lanterns main part wherein is in handheld lamp body installed in after the lamps and lanterns main part, handheld lamp body forms the leader, for passing through the handle that handheld lamp body formed carries and uses lamp body mechanism.
Description
Technical field
This utility model is related to lighting field, more particularly to a work light.
Background technology
Work light suffers from being widely applied in daily production, life.Work light popular on market in recent years
Generally include a lighting means and a supporting mechanism.When in use, the lighting means can be used alone, it is also possible to by institute
Lighting means are stated installed in the top of the supporting mechanism, is used with being maintained at the lighting means by the supporting mechanism
In environment, so as to provide illuminating ray for use environment by the lighting means.However, work popular on visual field in recent years
Many defects are remained as lamp.
First, although under the lighting means of the present work light can be dismantled from the supporting mechanism
Come, to be used individually, but the lighting means are merely able to provide illuminating ray or described for a use environment
Light mechanism is merely able to provide illuminating ray for use environment from a direction, but during actual use, user is past
Past needs are simultaneously that the use environment more than provides illuminating ray or needs to be from different directions same making simultaneously
Illuminating ray is provided with environment, it is clear that the existing work light cannot meet this use needs of user, and existing
This structure of the work light cause the occupation mode of the work light very single.Secondly, although the present work
Making the lighting means of lamp can be installed in rotation on the top of the supporting mechanism, but turn in the lighting means
When dynamic, the radiation direction of the light that the lighting means are produced is merely able to be adjusted in the horizontal direction, which has limited the work
Make the use of lamp.In addition, adjusting the radiation of the light that the lighting means are produced by way of rotating the lighting means
During direction, the existing work light only allows user to adjust manually, that is to say, that user needs to walk about to institute
The position that work light is placed is stated, being then manually operated the mode of the lighting means can change the lighting means
Relative to the angle of the supporting mechanism, this is not only very bothered, and when the work light is used for a long time, it is described
The temperature of lighting means can be raised rapidly, when the hand of user contacts the lighting means, higher described of temperature
Light mechanism can cause user to feel very uncomfortable, and can cause to damage to the skin of the hand of user, and ought make
User apart from the work light remote position and cannot move and need to change the light radiation direction of the lighting means
When, the existing work light cannot meet this needs of user.
Utility model content
A purpose of the present utility model is to provide a work light, wherein the work light provides a lamp body mechanism, institute
Lamp body mechanism is stated including a hand-held lamp body and a lamp main body, the hand-held lamp body is removably installed in the light fixture master
Body, so that the hand-held lamp body and the lamp main body can be optionally used singly or in combination.
A purpose of the present utility model is to provide a work light, wherein being installed in the lamp in the hand-held lamp body
After tool main body, the hand-held lamp body forms a connecting shaft of the lamp body mechanism, so that the lamp main body can be around institute
State hand-held lamp body to rotate, so as to adjust the radiation direction of the light that the lamp main body is produced in the horizontal direction.
A purpose of the present utility model is to provide a work light, wherein being installed in the lamp in the hand-held lamp body
After tool main body, the hand-held lamp body forms a handle of the lamp body mechanism, to allow by lifting the hand-held lamp body
Mode is carried or using the lamp body mechanism.
A purpose of the present utility model is to provide a work light, wherein the radiation of the light of lamp main body generation
Direction can be adjusted in short transverse.
A purpose of the present utility model is to provide a work light, wherein the lamp main body includes at least one luminous group
Part, wherein the hand-held lamp body can simultaneously be installed on each described luminescence component, so that each described luminescence component can divide
Do not rotate around the hand-held lamp body, so as to adjust the radiation side of the light that each described luminescence component is produced in the horizontal direction
To.
A purpose of the present utility model is to provide a work light, wherein the lamp main body includes a coupling assembly,
Each described luminescence component is connected to the coupling assembly by axle respectively, and the hand-held lamp body is removably installed in the company
Connected components.
A purpose of the present utility model is to provide a work light, wherein being installed in the company in the hand-held lamp body
After connected components, the hand-held lamp body forms the handle of the lamp body mechanism.
A purpose of the present utility model is to provide a work light, wherein the luminescence component includes an installation portion and
Illuminating part, the illuminating part is connected to the installation portion by axle, and the hand-held lamp body can be simultaneously installed on each described
The installation portion of optical assembly, wherein each described luminescence component can be rotated around the hand-held lamp body, with level side
To the radiation direction for adjusting the light that each described illuminating part is produced, wherein the illuminating part can be done relative to the installation portion
Axially-movable, to adjust the radiation direction of the light that the illuminating part is produced in short transverse.
A purpose of the present utility model is to provide a work light, wherein the lamp main body includes that at least one is chargeable
Battery, the illuminating part is electrically connected to the rechargeable battery, to provide as the illuminating part by the rechargeable battery
Electric energy and make the illuminating part produce light, wherein the lamp main body is after the rechargeable battery is configured, institute can be made
State lamp main body to be used by movement, so that the occupation mode of the lamp body mechanism is more flexible.One of the present utility model
Purpose is to provide a work light, wherein the work light includes a supporting mechanism, the lamp body mechanism is arranged at described
Support mechanism, to make the lamp body mechanism be maintained at use environment by the supporting mechanism.
A purpose of the present utility model is to provide a work light, wherein the lamp body mechanism is rotatablely arranged at
The supporting mechanism, with when the supporting mechanism makes the lamp body mechanism be maintained at use environment, it is not necessary to by the lamp
Body mechanism disassembles the angle that can just adjust the lamp body mechanism from the supporting mechanism.
A purpose of the present utility model is to provide a work light, wherein the work light provides an at least driving machine
Structure, the drive mechanism can drive the lamp body mechanism automatically to do the rotation relative to the supporting mechanism, in addition, described
Drive mechanism can also drive that the luminescence component is automatically rotated around the hand-held lamp body or the drive mechanism can
The illuminating part is driven automatically to do the rotation relative to the installation portion, by such mode, what the work light was produced
The radiation direction of light allows user to be adjusted in the position away from the work light.
According to one side of the present utility model, this utility model provides a work light, and it includes：
One lamp body mechanism, wherein the lamp body mechanism further includes a hand-held lamp body and a lamp main body, it is described hand-held
Lamp body is removably installed in the lamp main body, wherein after the hand-held lamp body is installed in the lamp main body, institute
State hand-held lamp body and form leader, carried and using the lamp body mechanism with the handle formed for use by the hand-held lamp body.
According to one embodiment of the present utility model, the lamp main body includes an at least luminescence component, wherein each institute
State luminescence component to further include respectively：
One illuminating part；With
One installation portion, wherein the installation portion includes a housing and an at least fixed arm and with one first breach, often
The individual fixed arm extends spaced reciprocally respectively the housing, to be formed between each described fixed arm and the housing
First breach, wherein the illuminating part is arranged at the housing, wherein the two ends of the hand-held lamp body are by removably
Each described fixed arm is installed on, so as to first breach is maintained in the middle part of the hand-held lamp body, so as in the handss
One first gripping space of formation between lamp body and the housing is held, and then makes the hand-held lamp body form the handle.
According to one embodiment of the present utility model, the lamp main body includes：
One luminescence component；With
An at least installing arm, wherein each described installing arm extend spaced reciprocally respectively the luminescence component, wherein
The two ends of the hand-held lamp body are removably installed in respectively each described installing arm, with the hand-held lamp body and described
One second gripping space is formed between optical assembly, so that the hand-held lamp body forms the handle.
According to one embodiment of the present utility model, the lamp main body includes：
An at least luminescence component；With
One coupling assembly, wherein the coupling assembly includes connection main body and an at least linking arm and with one second
Breach, wherein each described luminescence component are connected to the connection main body by axle respectively, and each described linking arm is mutual respectively
The connection main body is extended every ground, to form second breach between the connection main body and each described linking arm,
The two ends of wherein described hand-held lamp body are removably installed in respectively each described linking arm, so that in the hand-held lamp body
Portion is maintained at second breach, and so as to form one the 3rd between the hand-held lamp body and the connection main body sky is gripped
Between, and then make the hand-held lamp body form the handle.
According to one embodiment of the present utility model, each described fixed arm of the installation portion is respectively with one first peace
Dress hole, each described first installing hole is respectively communicated with first breach, wherein the two ends of the hand-held lamp body respectively by
After being installed on first installing hole of each fixed arm, described first is maintained in the middle part of the hand-held lamp body and is lacked
Mouthful.
According to one embodiment of the present utility model, the illuminating part is connected to the installation portion by axle.
According to one embodiment of the present utility model, each of each installation portion is installed in the hand-held lamp body
After the installing arm, each described luminescence component can be rotated respectively around the hand-held lamp body.
According to one embodiment of the present utility model, each described installing arm is connected to the luminescence component by axle respectively.
According to one embodiment of the present utility model, each described installing arm has respectively one second installing hole, the handss
The two ends of lamp body are held after second installing hole of each installing arm is installed in respectively, in the hand-held lamp body and institute
State and formed between luminescence component second gripping space.
According to one embodiment of the present utility model, each described linking arm of the coupling assembly has respectively one the 3rd
Installing hole, each described 3rd installing hole is respectively communicated with second breach, wherein the two ends of the hand-held lamp body are respectively
After being installed in the 3rd installing hole of each linking arm, described second is maintained in the middle part of the hand-held lamp body and is lacked
Mouthful.
According to one embodiment of the present utility model, the work light further includes a supporting mechanism, wherein the lamp
Body mechanism is removably installed in the supporting mechanism.
According to one embodiment of the present utility model, the supporting mechanism includes a supportive body and a retainer body, institute
State retainer body and be arranged at the supportive body, the lamp body mechanism is removably installed in the retainer body.
According to one embodiment of the present utility model, the retainer body is rotatablely arranged at the supportive body.
It is described after the hand-held lamp body is installed in the lamp main body according to one embodiment of the present utility model
One end of hand-held lamp body forms a retaining element, and the retainer body has a fixing hole, and the retaining element is inserted into and quilt
The fixing hole is maintained at, so that the lamp body mechanism is removably installed in the retainer body.
According to one embodiment of the present utility model, the lamp body mechanism includes the connector of a magnetic, wherein the company
Fitting is arranged at the end for forming the retaining element of the hand-held lamp body, wherein the supporting mechanism includes a magnetic
The connection member of property, the connection member is arranged at the fixing hole, wherein the connector and the attachment structure
Part produces magnetic adsorptive power, so that the retaining element is maintained at the fixing hole.
Description of the drawings
Fig. 1 is the schematic perspective view of the work light according to a preferred embodiment of the present utility model.
Fig. 2 is the decomposing schematic representation of the work light according to above-mentioned preferred embodiment of the present utility model.
Fig. 3 is first state of the lamp body mechanism of the work light according to above-mentioned preferred embodiment of the present utility model
Schematic perspective view.
Fig. 4 is second state of the lamp body mechanism of the work light according to above-mentioned preferred embodiment of the present utility model
Schematic perspective view.
Fig. 5 is the decomposing schematic representation of the lamp body mechanism of the work light according to above-mentioned preferred embodiment of the present utility model.
Fig. 6 is first showing with reference to use state according to the work light of above-mentioned preferred embodiment of the present utility model
It is intended to.
Fig. 7 is second showing with reference to use state according to the work light of above-mentioned preferred embodiment of the present utility model
It is intended to.
Fig. 8 is according to the 3rd showing with reference to use state of the work light of above-mentioned preferred embodiment of the present utility model
It is intended to.
Fig. 9 is dividing according to first variant embodiment of the work light of above-mentioned preferred embodiment of the present utility model
Solution schematic diagram.
Figure 10 is second variant embodiment according to the work light of above-mentioned preferred embodiment of the present utility model
Decomposing schematic representation.
Figure 11 according to the 3rd variant embodiment of the work light of above-mentioned preferred embodiment of the present utility model point
Solution schematic diagram.
Figure 12 is the solid of first use state of the work light according to above-mentioned preferred embodiment of the present utility model
Schematic diagram.
Figure 13 is the solid of second use state of the work light according to above-mentioned preferred embodiment of the present utility model
Schematic diagram.
Figure 14 is the solid of the 3rd use state according to the work light of above-mentioned preferred embodiment of the present utility model
Schematic diagram.
Figure 15 is according to the 4th variant embodiment of the work light of above-mentioned preferred embodiment of the present utility model
Decomposing schematic representation.
Figure 16 is the one of the above-mentioned variant embodiment of the work light according to above-mentioned preferred embodiment of the present utility model
The schematic diagram of individual use state.
Figure 17 is the schematic perspective view of a state of the work light according to another preferred embodiment of the present utility model.
Figure 18 is the three-dimensional signal of another state of the work light according to above-mentioned preferred embodiment of the present utility model
Figure.
Figure 19 is a variant embodiment according to the work light of above-mentioned better embodiment of the present utility model
Schematic perspective view.
Figure 20 is the schematic perspective view of a state of the work light according to another preferred embodiment of the present utility model.
Figure 21 is the three-dimensional signal of another state of the work light according to above-mentioned preferred embodiment of the present utility model
Figure.
Figure 22 is the three-dimensional signal of another state of the work light according to above-mentioned preferred embodiment of the present utility model
Figure.
Specific embodiment
Hereinafter describe for disclosing this utility model so that those skilled in the art can realize this utility model.Hereinafter retouch
Preferred embodiment in stating is only used as citing, it may occur to persons skilled in the art that other obvious modifications.Retouch following
The ultimate principle of the present utility model defined in stating can apply to other embodiments, deformation program, improvement project, etc. Tongfang
Case and the other technologies scheme without departing from spirit and scope of the present utility model.
It will be understood by those skilled in the art that in exposure of the present utility model, term " longitudinal direction ", " horizontal ", " on ",
The orientation of the instruction such as D score, "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outward " or position are closed
System is that, based on orientation shown in the drawings or position relationship, it is for only for ease of description this utility model and simplifies description, and not
Be indicate or imply indication device or element must have specific orientation, with specific azimuth configuration and operation, therefore on
Term is stated it is not intended that to restriction of the present utility model.
It is understood that term " " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " " is no
It is understood that to be the restriction to quantity.
With reference to Figure of description of the present utility model accompanying drawing 1 to Fig. 8, according to the one of a preferred embodiment of the present utility model
Work light will be set forth in following description, wherein the work light includes a lamp body mechanism 10, the lamp body mechanism 10
Further include a hand-held lamp body 11 and a lamp main body 12.
The hand-held lamp body 11 is removably installed in the lamp main body 12, so that the hand-held lamp body 11 and described
Lamp main body 12 can not only be used individually, and the hand-held lamp body 11 and the lamp main body 12 can also be combined
Used together.
The lamp main body 12 further includes an at least luminescence component 121, for example at one of the present utility model preferably
In example, the lamp main body 12 can include two luminescence components 121, as shown in Figure 1.The energy of hand-held lamp body 11
Enough each described luminescence components 121 for being installed on the lamp main body 12 simultaneously, so that the hand-held lamp body 11 and each institute
State luminescence component 121 and be combined into one, so that the hand-held lamp body 11 and each described luminescence component 121 make after being combined
With.Preferably, after the hand-held lamp body 11 is installed on each described luminescence component 121 simultaneously, each described luminous group
Part 121 can be rotated around the hand-held lamp body 11, to adjust the light that each described luminescence component 121 is produced in the horizontal direction
The radiation direction of line.
It is noted that in one example, each described luminescence component 121 can be operable to around described simultaneously
Hand-held lamp body 11 is rotated.In another example, each described luminescence component 121 can also be individually operable to around institute
State hand-held lamp body 11 to be rotated, this utility model is unrestricted in this regard.
It is understood that in the work light of the present utility model, two of the lamp main body 12 are described luminous
Component 121 is separate, and wherein each described luminescence component 121 can be used individually.
Further, the work light includes a supporting mechanism 20, wherein the lamp body mechanism 10 is installed in described
Support mechanism 20, to make the lamp body mechanism 10 be maintained in use environment by the supporting mechanism 20, and the support
Mechanism 20 can support the lamp body mechanism 10 to preset height.It is noted that as needed, the supporting mechanism 20
The lamp body mechanism 10 can be supported to different height, this utility model is unrestricted in this regard.
Preferably, the lamp body mechanism 10 is removably installed in the supporting mechanism 20, so that the lamp body mechanism
10 can not only be used individually, and the lamp body mechanism 10 can also be installed in after the supporting mechanism 20 and be made
With.
The luminescence component 121 further includes an illuminating part 1211 and an installation portion 1212, wherein the illuminating part
1211 are arranged at the installation portion 1212, and the hand-held lamp body 11 is installed on the institute of each luminescence component 121 simultaneously
Installation portion 1212 is stated, so that the hand-held lamp body 11 and each described luminescence component 121 are grouped together.
The installation portion 1212 includes a housing 12121 and two fixed arms 12122, wherein each described fixed arm 12122
The same side of the housing 12121 is integratedly extended respectively, with the housing 12121 and each described fixed arm 12122
Between form one first breach 12123 of the installation portion 1212, wherein the illuminating part 1212 is arranged at the installation portion
1212 housing 12121, the hand-held lamp body 11 is installed on the installation portion of each luminescence component 121 simultaneously
Each of 1212 fixed arm 12122.
Further, each described fixed arm 12122 of the luminescence component 121 has respectively one first installing hole
121220, wherein each described first installing hole 121220 is respectively communicated with first breach 12123.By the hand-held lamp
When body 11 and each described luminescence component 121 are combined, first each described luminescence component 121 is oppositely arranged, so that often
Each described fixed arm 12122 of the individual luminescence component 121 is close to each other, and makes the every of each luminescence component 121
Each described first installing hole 121220 of the individual fixed arm 12122 mutually correspondence, the hand-held lamp body 11 is pacified simultaneously
Each described first installing hole 121220 of each fixed arm 12122 loaded on luminescence component each described 121, by this
The mode of sample, is grouped together the hand-held lamp body 11 and each described luminescence component 121.
In one example, each described luminescence component 121 can be with different setting angle and the hand-held lamp body 11
It is grouped together, after being grouped together in each described luminescence component 121 and the hand-held lamp body 11, each institute
Stating the light of the generation of the illuminating part 1211 of luminescence component 121 can have different radiation directions.
In another example, each of each luminescence component 121 is installed on simultaneously in the hand-held lamp body 11
After each described first installing hole 121220 of the fixed arm 12122, the installation portion of each luminescence component 121
1212 can rotate around the hand-held lamp body 11, so as to the illuminating part 1211 for adjusting each luminescence component 121 is produced
The radiation direction of raw light.That is, being grouped together in the hand-held lamp body 11 and each described luminescence component 121
Afterwards, the hand-held lamp body 11 can form a connecting shaft of the lamp body mechanism 10, so that the lamp main body 12 is every
The individual luminescence component 121 can be rotated respectively around the connecting shaft that the hand-held lamp body 11 is formed.It is understood that
The mode that each described luminescence component 121 is rotated around the hand-held lamp body 11 is not received in the work light of the present utility model
Limit.
In addition, the hand-held lamp body 11 is by while be installed on each described fixed arm of each luminescence component 121
The mode of 12122 first installing hole 121220, makes the hand-held lamp body 11 and each described luminescence component 121 be combined
Together, so as to work as the hand-held lamp body 11 and after each described luminescence component 121 is grouped together, the hand-held lamp body
11 outer wall does not have and the housing 12121 of each luminescence component 121 is contacted, so as in the He of hand-held lamp body 11
One first gripping space 30 is formed between the housing 12121 of each luminescence component 121, with need not be by the handss
In the case of holding lamp body 11 and each dismounting of described luminescence component 121, it is allowed to which user is by gripping the hand-held lamp body 11
Mode lifts or carries the lamp body mechanism 10.
That is, the hand-held lamp body 11 not only can be used individually to provide illuminating ray, and by institute
State hand-held lamp body 11 and after each described luminescence component 121 is combined, the hand-held lamp body 11 can also form described
The connecting shaft of lamp body mechanism 10, in addition, the hand-held lamp body 11 can also allow user to pass through to grip the hand-held lamp
The mode of body 11 is carried or lifted and formed by the described hand-held lamp body 11 and each described luminescence component 121 being grouped together
Described lamp body mechanism 10, this be prior art work light it is unexpected, and making for the work light is improved
It is especially effective for use range with portability and the expansion work light.
The lamp body mechanism 10 further includes a connection piece 13, wherein the connector 13 is arranged at the hand-held lamp
The end of body 11, so that when the hand-held lamp body 11 is used alone, the connector 13 is fixed on the hand-held lamp body 11 pre-
If position.Such as described connector 13 can be a hook or magnetic.For example, when the connector 13 is implemented as one
During individual magnetic, when the hand-held lamp body 11 is used alone, can be produced by the connector 13 and predeterminated position mutual
Absorption affinity for example provides light so that the hand-held lamp body 11 is fixed on predeterminated position in the lamp body mechanism 10 for the environment that repairs
During source, the hand-held lamp body 11 can be used alone, and directly be adsorbed the hand-held lamp body 11 by the connector 13
On the bonnet of vehicle, consequently facilitating using.
In addition, the lamp main body 12 further includes an at least rechargeable battery 122, wherein each described chargeable electricity
Pond 122 is arranged at respectively each described luminescence component 121, and the illuminating part 1211 of each luminescence component 121 is distinguished
Each described rechargeable battery 122 is electrically connected to, to provide electricity as the illuminating part 1211 by the rechargeable battery 122
Can be so that the illuminating part 1211 produces light.The luminescence component 121 for being configured the rechargeable battery 122 can be moved
It is dynamic to use, to improve the lamp body mechanism 10 motility when in use.Even so, those skilled in the art can manage
Solution, in the example of the work light of the rechargeable battery 122 is not configured, each described luminescence component 121
The illuminating part 1211 can be turned on being powered by wire and external power source quilt.In addition, be configured it is described chargeable
In the example of the work light of battery 122, the illuminating part 1211 of each luminescence component 1211 can also be by leading
Line is turned in which can be powered with external power source, so that the illuminating part 1211 can produce light, and in outside power drives
During the illuminating part 1211 produces light, external power source can also add to electric energy in the rechargeable battery 122.
Further, the rechargeable battery 122 can be selectively set in the illuminating part 1211 and the peace
One in dress portion 1212, for example in this illustration, the housing 12121 of the installation portion 1212 has an accommodating chamber
121210, wherein the rechargeable battery 122 is housed inside the accommodating chamber 121210 of the housing 12121.
The supporting mechanism 20 includes a supportive body 21 and a retainer body 22, wherein the retainer body 22 is set
In the top of the supportive body 21, the lamp body mechanism 10 is removably installed in the retainer body 22.Preferably, institute
It can be a spider to state supportive body 21, so that the retainer body 21 can adapt in different use environments.It is more excellent
Selection of land, the height of the supportive body 21 can be conditioned, so that the supportive body 21 incites somebody to action can the supporting mechanism 20
The lamp body mechanism 10 supports to different height.
In an example of the work light, the lamp body mechanism 10 can be installed in institute with different setting angles
State retainer body 22 so that the lamp body mechanism 10 produce light radiation direction can according to different uses need by
Arrange.
In another example of the work light, the lamp body mechanism 10 be installed in the retainer body 22 with
Afterwards, the lamp body mechanism 10 can be actuated to do the rotary motion relative to the supporting mechanism 20, so as to tear open
On the premise of unloading and reinstalling the lamp body mechanism 10 and the retainer body 22, the light that the lamp body mechanism 10 produces
Radiation direction also can be adjusted according to different use needs, i.e. the lamp body mechanism 10 is rotatablely arranged at described
Retainer body 22.Even so, it will be appreciated by those skilled in the art that, in other examples, the lamp body mechanism
10 can not also be adjusted with the installation relation of the retainer body 22, for example, the retainer body 22 by rotatably arranged with
In the supportive body 21, so as to when using the work light, by adjusting the retainer body 22 relative to the support
The angle direction of main body 21, it is also possible to adjust the radiation direction of the light that the lamp body mechanism 10 produces.
It is noted that the radiation direction of light that the above-mentioned cited adjustment lamp body mechanism 10 produces be
The adjustment of horizontal direction.In addition, the retainer body 22 can also be connected to the supportive body 21 by axle, so that mounted
The radiation direction of the light produced in the lamp body mechanism 10 of the retainer body 22 can also be adjusted in short transverse, from
And realize that the radiation direction of the light that the lamp body mechanism 10 produces is adjusted in three dimensions.
Further, the hand-held lamp body 11 be installed on simultaneously each luminescence component 121 each is described solid
After determining arm 12122, the hand-held lamp body 11 further extends to form a retaining element 14 of the lamp body mechanism 10, wherein
The retainer body 22 is provided with a fixing hole 221, wherein the retaining element 14 can be mounted and be maintained at the holding
The fixing hole 221 of main body 22, by such mode, makes the lamp body mechanism 10 be installed in the supporting mechanism 20.
That is, the hand-held lamp body 11 be installed on simultaneously each luminescence component 121 each is described solid
After determining arm 12122, the hand-held lamp body 11 can protrude from the luminescence component 121 to form the retaining element 14, so as to
Be installed in the part for subsequently making the hand-held lamp body 11 supporting mechanism 20 the retainer body 22 it is described solid
Determine in hole 221.
In addition, the supporting mechanism 20 further includes the connection member 23 of a magnetic, wherein the connection member
23 fixing holes 221 for being arranged at the retainer body 22, wherein in the fixation for forming the hand-held lamp body 11
During element 14 is installed on the fixing hole 221 of the retainer body 22, in the connector 13 and the connection knot
Mutual absorption affinity can be produced between component 23, so that user is by a handss and need not specially be directed at the retaining element
14 and the fixing hole 221, it becomes possible to which the retaining element 14 is installed in the fixing hole 221, and when the fixation
Element 14 is installed in after the fixing hole 221, the phase produced between the connector 13 and the connection member 23
Mutually absorption affinity can be such that the retaining element 14 is maintained in the fixing hole 221 of the retainer body 22, to prevent
During using the work light, the retaining element 14 departs from from the fixing hole 221, to guarantee that the work light exists
Reliability when being used.
It is understood that the retainer body 22 can also be implemented as the connector of a magnetic, consequently facilitating will
The retaining element 14 and the retainer body 22 are mutually installed together.
Accompanying drawing 6 shows that first of the work light of the present utility model refers to use state, wherein using described
During work light, each described luminescence component 121 of the hand-held lamp body 11 and the lamp main body 12 can be dismantled, so that
The hand-held lamp body 11 and each described luminescence component 121 can provide illumination for same use environment from different directions
Light.In addition, it will be appreciated by those skilled in the art that, user can be using described in the hand-held lamp body 11 and each
Luminescence component 121 provides illuminating ray for different use environments simultaneously, i.e. the hand-held lamp body 11 and each described luminous group
Part 121 can be used individually.
Accompanying drawing 7 shows that second of the work light of the present utility model refers to use state, wherein using described
During work light, wherein the hand-held lamp body 11 is installed on each described fixed arm of each luminescence component 121 simultaneously
12122 first installing hole 121220, so that the hand-held lamp body 11 and each described luminescence component 121 are combined in one
Rise, wherein each described luminescence component 12 can be rotated around the hand-held lamp body 11.When using the work light, can be with
The lamp body mechanism 10 of the work light is separately placed at into use environment, being to use ring by the lamp body mechanism 10
Border provides illuminating ray, wherein the angle by adjusting each luminescence component 12, can make each described luminescence component 12
The radiation direction of light that produces of the lamp main body 121 can adjust.
Accompanying drawing 8 shows that the 3rd of the work light of the present utility model refers to use state, wherein the lamp body machine
Structure 10 can also be installed in the supporting mechanism 20, be made with being maintained at the lamp body mechanism 10 by the supporting mechanism 20
With environment, and the lamp body mechanism 10 is set to be supported to preset height by the supporting mechanism 20, so as to pass through the lamp body
Mechanism 10 provides illuminating ray for use environment.In addition, by the supporting mechanism 20 and the phase interworking of the lamp body mechanism 10
Close, additionally it is possible to which the light for producing each described luminescence component 121 of the lamp body mechanism 10 is adjustable in three dimensions.
Accompanying drawing 9 shows first variant embodiment of the work light of the present utility model, wherein with above-mentioned enforcement
Unlike mode, the retainer body 22 of the supporting mechanism 20 upwardly extends to form the retaining element 14, described
The fixed arm 12122 of optical assembly 121 forms the fixing hole 221, wherein the retaining element 14 is installed in and is protected
Hold in the fixing hole 221, so that the lamp body mechanism 10 is installed in the supporting mechanism 20.
It is noted that the fixed arm 12122 of the luminescence component 121 forms the mode of the fixing hole 221
The institute of the fixed arm 12122 of the luminescence component 121 for example can be installed in the hand-held lamp body 11 with unrestricted
After stating the first installing hole 121220, a part of of first installing hole 121220 can form the fixing hole 221.
Further it will be understood that the retaining element 14 that the retainer body 22 is formed can be installed on often simultaneously
First installing hole 121220 of the fixed arm 12122 of the individual luminescence component 121, so that the retaining element 14 can
To form the connecting shaft for connecting each luminescence component 121, i.e. each described luminescence component 12 can also be around described
Retainer body 22 upwardly extends the connecting shaft rotation that the retaining element 14 to be formed is formed, to adjust each institute in the horizontal direction
State the radiation direction of the light of the generation of the illuminating part 1211 of luminescence component 121.
It will be appreciated by those skilled in the art that, in this embodiment of the work light of the present utility model,
Even by the hand-held lamp body 11 from first installing hole of the fixed arm 12122 of luminescence component each described 121
Disassemble in 121220, the described fixed unit that each described luminescence component 121 can also be formed by the retainer body 22
Part 14 is grouped together, so as to further improve work light motility when in use.
Accompanying drawing 10 shows second variant embodiment of the work light of the present utility model, wherein the lamp body machine
The lamp main body 12 of structure 10 may further include an at least solar panels 123, wherein each quilt of the solar panels 123
Be arranged at each described luminescence component 121, and each described solar panels 123 respectively with rechargeable battery 122 each described
Electrical connection, to convert solar energy into electrical energy by the solar panels 123, and adds to the rechargeable battery by electric energy
122.Preferably, the solar panel 123 is arranged at the housing 12121 of the luminescence component 121, so that the solar energy
Plate 123, the rechargeable battery 122 and the luminescence component 121 are combined as a whole.It will be appreciated by those skilled in the art that
It is, in other examples of the work light of the present utility model, it is also possible to which civil power is added to into the rechargeable battery 122.
Accompanying drawing 11 shows the 3rd variant embodiment of the work light of the present utility model to Figure 14, wherein each
The illuminating part 1211 of the luminescence component 121 is connected to the housing 12121 of the installation portion 1212 by axle, to make
During with the work light, the illuminating part 1211 can be made to do the rotation relative to the housing 12121, so as in short transverse
Adjust the radiation direction of the light of the generation of the illuminating part 1211.It will be appreciated by those skilled in the art that, described in each
The radiation direction of the light that each described illuminating part 1211 of luminescence component 121 is produced can in short transverse and horizontal direction
It is enough individually to be adjusted.
Accompanying drawing 12 shows first use state of the work light of above-mentioned embodiment, wherein operating described luminous
Component 121, so that the luminescence component 121 is rotated around the hand-held lamp body 11, can in the horizontal direction adjust described luminous
The radiation direction of the light that the illuminating part 1211 of component 121 is produced.
Accompanying drawing 13 shows second use state of the work light of above-mentioned embodiment, wherein operating described luminous
The illuminating part 1211 of component 121, so that the illuminating part 1211 does the axially-movable relative to the installation portion 1212, can
The radiation direction of the light produced with the illuminating part 1211 that the luminescence component 121 is adjusted in short transverse.
Accompanying drawing 14 shows the 3rd use state of the work light of above-mentioned embodiment, wherein operating described luminous
Component 121 is so that the luminescence component 121 is rotated around the hand-held lamp body 11 and the illuminating part 1211 is done relative to institute
The axially-movable of installation portion 1212 is stated, can adjust what the illuminating part 1211 was produced in the horizontal direction and in short transverse respectively
The radiation direction of light, so as to the radiation direction for realizing the light that the illuminating part 1211 is produced is adjusted in three dimensions.
Accompanying drawing 15 and accompanying drawing 16 show the 4th variant embodiment of the work light of the present utility model, wherein institute
State work light and further include a drive mechanism 40, the drive mechanism 40 includes a driver 41, wherein the driver 41
The retainer body 22 is arranged at, wherein the retaining element 14 in the lamp body mechanism 10 is installed in the holding master
After the fixing hole 221 of body 22, the driver 41 and the retaining element 14 interact, with by the driver
41 can drive the retaining element 14 to rotate, and by such mode, the driver 41 can drive the lamp body mechanism
10 automatically do the rotation relative to the supporting mechanism 20, to adjust the described luminous of the lamp body mechanism 10 in the horizontal direction
The radiation direction of the light that portion 1211 produces.
It is noted that the type of the driver 41 can be with unrestricted, such as described driver 41 can be had
Body is embodied as motor, and it can rotate after being energized and then drive the lamp body mechanism 10 automatically to do relative to the support
The rotation of mechanism 20.
In addition, the drive mechanism 40 further includes a receiver module 42, wherein the receiver module 42 can be communicated
Be connected to the driver 41, wherein the receiver module 42 can receive operation signal, with subsequently by the driver
41 perform the operation signal and drive the lamp body mechanism 10 automatically to do the rotation relative to the supporting mechanism 20.For example
In figure 16, user can send the operation signal by mobile phone or other equipment, with by the receiver module
42 receive.Preferably, the receiver module 42 can be bluetooth module or other any can receive the operation signal
Module, so, the light that user can be produced in the illuminating part 1211 for adjusting the lamp body mechanism 10 at a distance
Radiation direction, in order to using the work light.
Refer to the attached drawing 17 and Figure 18, according to a work light of another preferred embodiment of the present utility model in following description
In will be set forth, wherein the work light includes a lamp body mechanism 10A, the lamp body mechanism 10A further includes a hand-held lamp
A body 11A and lamp main body 12A.
The hand-held lamp body 11A is removably installed in the lamp main body 12A, so that the hand-held lamp body 11A shapes
Into a handle of the lamp body mechanism 10A, so as to carrying by way of allowing user gripping the hand-held lamp body 11A and
Lift the lamp body mechanism 10A.That is, the hand-held lamp body 11A and the lamp main body 12A can not only be by individually
Use, and the hand-held lamp body 11A and the lamp main body 12A can also be grouped together and be used.
Further, the lamp main body 12A includes at least a luminescence component 121A and at least installing arm 124A, wherein
Each described installing arm 124A respectively extends from the luminescence component 121A, and the hand-held lamp body 11A is removably installed in
Each described installing arm 124A, so that the hand-held lamp body 11A forms the handle of the lamp body mechanism 10A.
Preferably, in this example shown in Figure 17, the quantity of installing arm 124A may be implemented as two
It is individual, i.e. two installing arms 124A respectively extend from the two ends of the luminescence component 121A, follow-up, to make described hand-held
The two ends of lamp body 11A are installed in respectively two installing arms 124A, so as to the hand-held lamp body 11A allows user to pass through
The mode for gripping the middle part of the hand-held lamp body 11A carries and lifts the lamp body mechanism 10A.
It is highly preferred that after the hand-held lamp body 11A is installed in two installing arms 124A, the hand-held lamp body
11A and the luminescence component 121A are not in contact with, but are formed between the hand-held lamp body 11A and the luminescence component 121A
One second gripping space 50A, so as to allow user to carry and lift by way of gripping the middle part of the hand-held lamp body 11A
The lamp body mechanism 10A.
Refer to the attached drawing 18, each described installing arm 124A has respectively one second installing hole 1240A, wherein each described the
Two installing hole 1240A, wherein the two ends of the hand-held lamp body 11A pass through the institute for being installed in two installing arms 124A respectively
The mode of the second installing hole 1240A is stated, the hand-held lamp body 11A and the lamp main body 12A are combined.
Refer to the attached drawing 19, is according to a variant embodiment of above-mentioned preferred embodiment of the present utility model, with accompanying drawing 17
With unlike the embodiment shown in Figure 18, in this embodiment shown in Figure 19, each described installing arm
124A is further connected to the luminescence component 121A by axle.
In addition, the work light further includes a supporting mechanism 20A, wherein the lamp body mechanism 10A is arranged at institute
Supporting mechanism 20A is stated, so that the lamp body mechanism 10A is supported on into default environment by the supporting mechanism 20A.Preferably, institute
State lamp body mechanism 10A and the supporting mechanism 20A is connected to by axle.
Refer to the attached drawing 20 to Figure 22, according to a work light of another preferred embodiment of the present utility model in following description
In will be set forth, wherein the work light includes a lamp body mechanism 10B, the lamp body mechanism 10B further includes a hand-held lamp
A body 11B and lamp main body 12B.
The hand-held lamp body 11B is removably installed in the lamp main body 12B so that the hand-held lamp body 11B and
The lamp main body 12B can not only be used individually, and the hand-held lamp body 11B and the lamp main body 12B may be used also
Used with being grouped together.
The lamp main body 12B further includes at least a luminescence component 121B and coupling assembly 125B, wherein each
The luminescence component 121B is connected to coupling assembly 125B by axle respectively, and the hand-held lamp body 11B is removably mounted
In coupling assembly 125B.After the hand-held lamp body 11B is installed in coupling assembly 125B, the hand-held lamp body
11B forms a handle of the lamp body mechanism 10B, i.e. the hand-held lamp body 11B allows user described hand-held by gripping
The mode of lamp body 11B carries and lifts the work light.
Preferably, in this embodiment of the work light of the present utility model, the quantity of the luminescence component 121B
Two are may be implemented as, luminescence component 121B can be fitted in together described in two of which, to carry the work light
During, it is possible to reduce the space shared by the work light.
Further, coupling assembly 125B of the lamp main body 12B includes connection main body 1251B and two connections
Arm 1252B and with one second breach 1253B, wherein each described linking arm 1252B integratedly extends respectively the company
Main body 1251B is connect, to form second breach between each described linking arm 1252B and connection main body 1251B
1253B, wherein each described luminescence component 121B are connected to connection main body 1251B, the hand-held lamp body 11B by axle respectively
It is removably installed in linking arm 1252B described at least one.Preferably, in this embodiment of the present utility model, institute
Stating hand-held lamp body 11B can be by while be installed on two linking arm 1252B, to form the handle of the lamp body mechanism 10B.
It is highly preferred that when the hand-held lamp body 11B is installed between each described linking arm 1252B, the outer wall of the hand-held lamp body 11B
It is not in contact with connection main body 1251B, but is formed between the lamp body mechanism 10B and connection main body 1251B
One the 3rd gripping space 60B, so as to carry and lift the work by way of allowing user gripping the hand-held lamp body 11B
Make lamp.
With reference to Figure 22, each described linking arm 1252B of coupling assembly 125B has respectively one the 3rd installing hole
12520B, wherein each described 3rd installing hole 12520B is respectively communicated with the second breach 1253B, wherein the hand-held lamp
The two ends of body 11B are respectively arranged in the 3rd installing hole 12520B of each linking arm 1252B, so that the hand-held lamp
The two ends of body 11B are combined together respectively with each described linking arm 1252B of coupling assembly 125B, and make described hand-held
Lamp body 11B forms the handle of the lamp body mechanism 10B.
According to other side of the present utility model, this utility model further provides for the light-regulating method of a work light,
Wherein described method of adjustment comprises the steps：
A () makes an installation portion 1212 of an at least luminescence component 121 rotate around a hand-held lamp body 11, with the horizontal direction
Adjust the radiation direction of the light of the generation of an illuminating part 1211 of the luminescence component 121；With
B () makes the illuminating part 1211 do the axially-movable relative to the installation portion 1212, to adjust in short transverse
The radiation direction of the light that the illuminating part 1211 of the luminescence component 121 is produced, so as to realize the light of the work light
Radiation direction be adjusted in three dimensions.
It will be understood by those skilled in the art that the embodiment of the present utility model shown in foregoing description and accompanying drawing is only used as lifting
Example and be not intended to limit this utility model.
The purpose of this utility model completely and is effectively realized.Function of the present utility model and structural principle are in reality
Apply and show in example and illustrate, under without departing from the principle, embodiment of the present utility model there can be any deformation or repair
Change.
Claims (15)
1. a work light, it is characterised in that include：
One lamp body mechanism, wherein the lamp body mechanism further includes a hand-held lamp body and a lamp main body, the hand-held lamp body
The lamp main body is removably installed in, wherein after the hand-held lamp body is installed in the lamp main body, the handss
Hold lamp body and form leader, carried and using the lamp body mechanism with the handle formed for use by the hand-held lamp body.
2. work light according to claim 1, wherein the lamp main body includes an at least luminescence component, wherein each institute
State luminescence component to further include respectively：
One illuminating part；With
One installation portion, wherein the installation portion includes a housing and an at least fixed arm and with one first breach, each institute
State fixed arm and extend the housing spaced reciprocally respectively, to form described between each described fixed arm and the housing
First breach, wherein the illuminating part is arranged at the housing, wherein the two ends of the hand-held lamp body are removably mounted
In each fixed arm, so as to first breach is maintained in the middle part of the hand-held lamp body, so as in the hand-held lamp
One first gripping space is formed between body and the housing, and then makes the hand-held lamp body form the handle.
3. work light according to claim 1, wherein the lamp main body includes：
One luminescence component；With
An at least installing arm, wherein each described installing arm extend spaced reciprocally respectively the luminescence component, wherein described
The two ends of hand-held lamp body are removably installed in respectively each described installing arm, with the hand-held lamp body and described luminous group
One second gripping space is formed between part, so that the hand-held lamp body forms the handle.
4. work light according to claim 1, wherein the lamp main body includes：
An at least luminescence component；With
One coupling assembly, wherein the coupling assembly includes a connection main body and an at least linking arm and lacks with one second
Mouthful, wherein each described luminescence component is connected to the connection main body by axle respectively, and each described linking arm difference is spaced
Extend the connection main body, with it is described connection main body and each described linking arm between form second breach, its
Described in the two ends of hand-held lamp body be removably installed in each described linking arm respectively so that the middle part of the hand-held lamp body
Second breach is maintained at, so as to form one the 3rd gripping space between the hand-held lamp body and the connection main body,
And then make the hand-held lamp body form the handle.
5. work light according to claim 2, wherein each described fixed arm of the installation portion has respectively one first
Installing hole, each described first installing hole is respectively communicated with first breach, wherein the two ends of the hand-held lamp body are respectively
After being installed in first installing hole of each fixed arm, described first is maintained in the middle part of the hand-held lamp body and is lacked
Mouthful.
6. work light according to claim 2, wherein the illuminating part is connected to the installation portion by axle.
7. work light according to claim 2, wherein being installed in the every of each installation portion in the hand-held lamp body
After the individual installing arm, each described luminescence component can be rotated respectively around the hand-held lamp body.
8. work light according to claim 3, wherein each described installing arm is connected to the luminescence component by axle respectively.
9. work light according to claim 3, wherein each described installing arm have respectively one second installing hole, the handss
The two ends of lamp body are held after second installing hole of each installing arm is installed in respectively, in the hand-held lamp body and institute
State and formed between luminescence component second gripping space.
10. work light according to claim 4, wherein each described linking arm of the coupling assembly has respectively one the
Three installing holes, each described 3rd installing hole is respectively communicated with second breach, wherein the two ends of the hand-held lamp body are being divided
After not being installed in the 3rd installing hole of each linking arm, in the middle part of the hand-held lamp body described second is maintained at
Breach.
11., according to arbitrary described work light in claim 1 to 10, further include a supporting mechanism, wherein the lamp body
Mechanism is removably installed in the supporting mechanism.
12. work lights according to claim 11, wherein the supporting mechanism includes a supportive body and a retainer body,
The retainer body is arranged at the supportive body, and the lamp body mechanism is removably installed in the retainer body.
13. work lights according to claim 12, wherein the retainer body is rotatablely arranged at described support leading
Body.
14. work lights according to claim 12, wherein after the hand-held lamp body is installed in the lamp main body, institute
State hand-held lamp body one end formed a retaining element, the retainer body have a fixing hole, the retaining element be inserted into and
The fixing hole is maintained at, so that the lamp body mechanism is removably installed in the retainer body.
15. work lights according to claim 14, wherein the lamp body mechanism includes the connector of a magnetic, wherein described
Connector is arranged at the end for forming the retaining element of the hand-held lamp body, wherein the supporting mechanism includes one
The connection member of magnetic, the connection member is arranged at the fixing hole, wherein the connector and connection knot
Component produces magnetic adsorptive power, so that the retaining element is maintained at the fixing hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621071712.3U CN206130627U (en) | 2016-09-22 | 2016-09-22 | Working lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621071712.3U CN206130627U (en) | 2016-09-22 | 2016-09-22 | Working lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206130627U true CN206130627U (en) | 2017-04-26 |
Family
ID=58569644
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621071712.3U Expired - Fee Related CN206130627U (en) | 2016-09-22 | 2016-09-22 | Working lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206130627U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108799880A (en) * | 2018-05-04 | 2018-11-13 | 上海明号电器有限公司 | Multifunction outdoor Universal lamp |
-
2016
- 2016-09-22 CN CN201621071712.3U patent/CN206130627U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108799880A (en) * | 2018-05-04 | 2018-11-13 | 上海明号电器有限公司 | Multifunction outdoor Universal lamp |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |