CN206132615U - Multi -wavelength ultraviolet transmission appearance - Google Patents
Multi -wavelength ultraviolet transmission appearance Download PDFInfo
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- CN206132615U CN206132615U CN201621099828.8U CN201621099828U CN206132615U CN 206132615 U CN206132615 U CN 206132615U CN 201621099828 U CN201621099828 U CN 201621099828U CN 206132615 U CN206132615 U CN 206132615U
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- ultraviolet
- layer
- transilluminator
- tube
- multilamellar
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Abstract
The utility model discloses a multi -wavelength ultraviolet transmission appearance, including safety cover, transmission appearance main part, switch, lighting switch and multi -wavelength change over switch, transmission appearance main part includes illumination area and ultraviolet band, and the safety cover is located transmission appearance main part directly over, illumination area is located the left and right sides of ultraviolet band, switch, lighting switch and many function switch are located the same one side of ultraviolet transmission appearance is provided with ultraviolet banks module in the ultraviolet band, ultraviolet banks module includes N layer ultraviolet fluorescent tube, and the setting that superposes in proper order of each layer fluorescent tube is pressed the wavelength level and is arranged, and each layer be a wavelength, and the user demand that instrument multi -wavelength of instrumentation person was tested has been satisfied in the design of multilayer multi -wavelength.
Description
Technical field
This utility model belongs to chemical analysis instrument field, more particularly, to a kind of modularity, multi-functional and multi-wavelength
Table-type ultra-violet transmission device.
Background technology
Ultraviolet transilluminator is the nucleic acid in the fields such as Synthetic Organic Chemistry, molecular biology, medical science, the purple of protein electrophoresises collection of illustrative plates
The common instrument of outer analysis, record.Currently marketed ultraviolet transilluminator mostly is portable and single function desk-top instrument, this
The shortcomings of a little ultraviolet transilluminator wavelength are single, function is simple and maintenance changes loaded down with trivial details, has had a strong impact on the reality of researcher
Test progress and increased the maintenance cost of later stage instrument, cause the inconvenience tested and instrument to change frequent.
Utility model content
For the disadvantages described above or Improvement requirement of prior art, this utility model provides a kind of ultraviolet transilluminator, its mesh
Be by lamp group level permutations and modular design, thus solve existing ultraviolet transilluminator wavelength it is single, maintenance
Update loaded down with trivial details technical problem.
For achieving the above object, it is according to one side of the present utility model, there is provided a kind of ultraviolet transilluminator, described ultraviolet
Transilluminator includes transilluminator main body, and the transilluminator main body includes lighting area and ultra-violet (UV) band, and it is left that the lighting area is located at ultra-violet (UV) band
Right both sides, are provided with uviol lamp group module in the ultra-violet (UV) band, the uviol lamp group module includes multilamellar ultraviolet lamp tube, each layer
Fluorescent tube is sequentially overlapped setting.
Preferably, the multilamellar is three layers and more than three layers.
Preferably, the multilamellar ultraviolet lamp tube presses wavelength level permutations, and each layer of fluorescent tube launches a kind of ultraviolet wavelength.
Preferably, the ultraviolet transilluminator also includes wave-changing switch, the wave-changing switch and multilamellar uviol lamp
Each layer of pipe is connected, and the switch for controlling the ultraviolet lamp tube of different wave length switches.
Preferably, each layer of the multilamellar ultraviolet lamp tube is horizontally disposed 2～5 fluorescent tubes.
Preferably, each layer of the multilamellar ultraviolet lamp tube takes independent drawers formula to design, and each layer of fluorescent tube is installed jointly
In same drawer.
Preferably, in each layer of spaced set, the multilamellar ultraviolet lamp tube is between layers for the multilamellar ultraviolet lamp tube
Distance be 1.5～3 times of tube diameters.
Preferably, in the multilamellar ultraviolet lamp tube, in any two-layer ultraviolet lamp tube, the position of each fluorescent tube corresponds；Respectively
Between the individual multilamellar ultraviolet lamp tube, corresponding fluorescent tube is in approximately the same plane, and the plane is 15 with the angle of horizontal direction
～75 °.
Preferably, the angle is 30～60 °.
Preferably, the angle is 45 °.
Preferably, the ultraviolet transilluminator also includes electric ballast, and the electric ballast is driven for a kind of many fluorescent tubes
Ballast.
Preferably, the lighting area is by independent ship type on-off control, for providing illumination when instrument is used.
In general, by the contemplated above technical scheme of this utility model compared with prior art, can obtain down
Row beneficial effect.
(1) using multilamellar uviol lamp group, the lamp group of more multi-wavelength is added in specific space, each layer is a wavelength
Uviol lamp group, the test request that tester realizes multi-wavelength in same ultraviolet transilluminator can be met；
(2) each layer of multilamellar uviol lamp group is staggered, and the position of each layer of fluorescent tube between multilamellar mutually corresponds to, and protects
When card is used, ultraviolet ray intensity is not affected by fluorescent tube level permutations, while each layer of independent drawers formula is arranged, facilitates later stage lamp
The C＆M of pipe；
(3) multilamellar ultraviolet lamp tube group level staggered designs not only meet the testing requirement of multi-wavelength, simultaneously because modularity
Design make the size reduction of instrument, the later stage maintenance and maintenance cost substantially reduce；
(4) independent illuminator being equipped with makes scientific research personnel also operate in dark conditions.
Description of the drawings
Fig. 1 is the external structure schematic diagram of 1 ultraviolet transilluminator of this utility model embodiment；
Fig. 2 is the internal structure schematic diagram of 1 ultraviolet transilluminator of this utility model embodiment；
Wherein：1st, protective cover, 2, on and off switch, 3, lighting area, 4, ultra-violet (UV) band, 5, transilluminator main body, 6, light switch, 7,
Multi-functional permutator, 8, electric ballast.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only to explain
This utility model, is not used to limit this utility model.Additionally, institute in this utility model disclosed below each embodiment
As long as the technical characteristic being related to does not constitute conflict each other and can just be mutually combined.
Multi-wavelength ultraviolet transilluminator of the present utility model includes that protective cover 1, on and off switch 2, transilluminator main body 5, illumination are opened
6 and multi-wavelength permutator 7 are closed, the transilluminator main body 5 includes lighting area 3 and ultra-violet (UV) band 4, and the protective cover 1 is located at described
The surface of transilluminator main body 2, the lighting area 3 are located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, light switch 6
Described ultraviolet transilluminator the same side is located at multi-functional permutator 7.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes N shell ultraviolet lamp tube, and N is 3
And more than, each layer is a light tube group, and each layer of fluorescent tube is sequentially overlapped setting, and by wavelength level permutations, each layer is one
Wavelength, each layer have a M root fluorescent tube spaced sets, M=2～5, and spacing between layers is the diameter of 1.5～3 times of fluorescent tubes,
The design of multilamellar multi-wavelength meets the use demand of one instrument multi-wavelength test of instrument user.
In multilamellar ultraviolet lamp tube, in any two-layer ultraviolet lamp tube, the position of each fluorescent tube corresponds；Each described multilamellar
Between ultraviolet lamp tube, corresponding fluorescent tube is in approximately the same plane, and the ingehious design of multilevel array not only can meet multi-wavelength
Requirement, and can ensure that instrument use when ultraviolet light light intensity it is unaffected.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and one has N shell fluorescent tube, often
One layer has M root fluorescent tubes (M=2～5), and from left side number, first fluorescent tube of first and second ... N shell constitutes first light tube group；The
Second fluorescent tube of the first, two ... N shell constitutes second light tube group, and by that analogy, each layer has M root fluorescent tubes, so a total M is individual
Light tube group, and each light tube group is in approximately the same plane, M plane of M light tube group be parallel to each other, and and horizontal direction
Angle be 15～75 °, preferably 30～60 °, more preferably 45 °.
Each layer of the multilamellar ultraviolet lamp tube takes independent drawers formula to design, and each layer of fluorescent tube is commonly mounted on same
In drawer.The independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to take out that layer of fluorescent tube
Go out, change, it is easy to operate.
The protective cover 1 is lucite, and the transmission of the light of specific wavelength, the ultraviolet transilluminator can be conducive to also to wrap
Electric ballast 8 is included, the electric ballast 8 drags five driving ballast, the electronics for a kind of many fluorescent tube one drag twos to
Ballast 8 is linked together with ultraviolet, white light fluorescent tube and multi-functional permutator 7, and the lighting area 3 is switched by independent ship type
Control, the independent illuminator of outfit make scientific research personnel also operate in dark conditions.
Upper and lower, left and right described in present specification, front and rear are all towards of the present utility model ultraviolet with operator
When penetrating instrument, the upper and lower, left and right of operator, front and rear are defined.
It is below embodiment：
Embodiment 1
A kind of three length ultraviolet transilluminators, as depicted in figs. 1 and 2, including protective cover 1, transilluminator main body 5, on and off switch
2nd, light switch 6 and multi-wavelength permutator 7, the transilluminator main body 5 include lighting area 3 and ultra-violet (UV) band 4, the protective cover 1
Positioned at the surface of the transilluminator main body 5, the lighting area 3 is located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, photograph
Bright switch 6 and multi-functional permutator 7 are located at described ultraviolet transilluminator the same side.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes three layers of ultraviolet lamp tube, each
Layer fluorescent tube is sequentially overlapped setting, and by wavelength level permutations, each layer is a wavelength, and as depicted in figs. 1 and 2, each layer has 4
Fluorescent tube spaced set, the corresponding wavelength of three layers of ultraviolet lamp tube are respectively 254nm (in Fig. 2 shown in a), 302nm (b institutes in Fig. 2
Show) and 365nm (in Fig. 2 shown in c).Spacing between layers is 2 times of tube diameters.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and have three layers altogether fluorescent tube, often
One layer has 4 fluorescent tubes, and from left side number, first, second and third layer of first fluorescent tube constitutes first light tube group；First, second and third layer
Second fluorescent tube constitute second light tube group, by that analogy, each layer has 4 fluorescent tubes, so one has 4 light tube groups, and
Each light tube group is in approximately the same plane, and 4 planes of 4 light tube groups are parallel to each other, and with the angle of horizontal direction are
45°。
Each layer of ultraviolet lamp tube is staggered, position correspondence, ultraviolet light when cleverly design can ensure that instrument is used
Light intensity is unaffected, in addition the independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to by that
Layer fluorescent tube is extracted out, is changed, easy to operate.
The protective cover 1 is lucite, and the ultraviolet transilluminator is also including electric ballast 8, the electric ballast 8
Four driving ballast, the electric ballast 8 and ultraviolet, white light fluorescent tube and multi-functional permutator 7 are dragged for a kind of many fluorescent tubes one
Link together, the lighting area 3 is by independent ship type on-off control.
Embodiment 2
A kind of four length ultraviolet transilluminators, including protective cover 1, transilluminator main body 5, on and off switch 2, light switch 6 and many
Wave-changing switch 7, the transilluminator main body 5 include lighting area 3 and ultra-violet (UV) band 4, and the protective cover 1 is located at the transilluminator master
The surface of body 5, the lighting area 3 are located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, light switch 6 and multi-functional
Permutator 7 is located at described ultraviolet transilluminator the same side.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes 4 layers of ultraviolet lamp tube, each
Layer fluorescent tube is sequentially overlapped settings, and by wavelength level permutations, each layer is a wavelength, and each layer has 2 fluorescent tube spaced sets,
And spacing between layers is 1.5 times of tube diameters.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and one has 4 layers of fluorescent tube, often
One layer has 2 fluorescent tubes, and from left side number, first, second, third and fourth layer of first fluorescent tube constitutes first light tube group；First and secondth,
3rd, four layers of second fluorescent tube constitutes second light tube group, and each layer has 2 fluorescent tubes, so one has 2 light tube groups, and often
One light tube group is in approximately the same plane, and 2 planes of 2 light tube groups are parallel to each other, and with the angle of horizontal direction are
75°。
Each layer of ultraviolet lamp tube is staggered, position correspondence, ultraviolet light when cleverly design can ensure that instrument is used
Light intensity is unaffected, in addition the independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to by that
Layer fluorescent tube is extracted out, is changed, easy to operate.
The protective cover 1 is lucite, and the ultraviolet transilluminator is also including electric ballast 8, the electric ballast 8
Ballast, the electric ballast 8 and ultraviolet, white light fluorescent tube and multi-functional permutator 7 are driven for a kind of many fluorescent tube one drag twos
Link together, the lighting area 3 is by independent ship type on-off control.
Embodiment 3
A kind of five length ultraviolet transilluminators, including protective cover 1, transilluminator main body 5, on and off switch 2, light switch 6 and many
Wave-changing switch 7, the transilluminator main body 5 include lighting area 3 and ultra-violet (UV) band 4, and the protective cover 1 is located at the transilluminator master
The surface of body 5, the lighting area 3 are located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, light switch 6 and multi-functional
Permutator 7 is located at described ultraviolet transilluminator the same side.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes five layers of ultraviolet lamp tube, each
Layer fluorescent tube is sequentially overlapped settings, and by wavelength level permutations, each layer is a wavelength, and each layer has five fluorescent tubes equidistantly to set
Put, five layers of ultraviolet lamp tube spacing between layers is 3 times of tube diameters.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and be of five storeys altogether fluorescent tube, often
One layer has 5 fluorescent tubes, and from left side number, first, second, third and fourth, five layers of first fluorescent tube constitutes first light tube group；Firstth,
2nd, three, four, five layers of second fluorescent tube constitutes second light tube group, and by that analogy, each layer has 5 fluorescent tubes, so one is total
5 light tube groups, and each light tube group is in approximately the same plane, 5 planes of 5 light tube groups are parallel to each other, and and level
The angle in direction is 15 °.
Each layer of ultraviolet lamp tube is staggered, position correspondence, ultraviolet light when cleverly design can ensure that instrument is used
Light intensity is unaffected, in addition the independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to by that
Layer fluorescent tube is extracted out, is changed, easy to operate.
The protective cover 1 is lucite, and the ultraviolet transilluminator is also including electric ballast 8, the electric ballast 8
Five driving ballast, the electric ballast 8 are dragged to connect with ultraviolet, white light fluorescent tube and multi-functional permutator for a kind of many fluorescent tubes one
It is connected together, the lighting area 3 is by independent ship type on-off control.
Embodiment 4
A kind of four length ultraviolet transilluminators, including protective cover 1, transilluminator main body 5, on and off switch 2, light switch 6 and many
Wave-changing switch 7, the transilluminator main body 5 include lighting area 3 and ultra-violet (UV) band 4, and the protective cover 1 is located at the transilluminator master
The surface of body 5, the lighting area 3 are located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, light switch 6 and multi-functional
Permutator 7 is located at described ultraviolet transilluminator the same side.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes 4 layers of ultraviolet lamp tube, each
Layer fluorescent tube is sequentially overlapped settings, and by wavelength level permutations, each layer is a wavelength, and each layer has 3 fluorescent tube spaced sets
And spacing between layers is 1.5 times of tube diameters.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and one has 4 layers of fluorescent tube, often
One layer has 3 fluorescent tubes, and from left side number, first, second, third and fourth layer of first fluorescent tube constitutes first light tube group；First and secondth,
3rd, four layers of second fluorescent tube constitutes second light tube group, and by that analogy, each layer has 3 fluorescent tubes, so one has 3 lamps
Pipe group, and each light tube group is in approximately the same plane, 3 planes of 3 light tube groups are parallel to each other, and with horizontal direction
Angle is 30 °.
Each layer of ultraviolet lamp tube is staggered, position correspondence, ultraviolet light when cleverly design can ensure that instrument is used
Light intensity is unaffected, in addition the independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to by that
Layer fluorescent tube is extracted out, is changed, easy to operate.
The protective cover 1 is lucite, and the ultraviolet transilluminator is also including electric ballast 8, the electric ballast 8
Ballast, the electric ballast 8 and ultraviolet, white light fluorescent tube and multi-functional permutator 7 are driven for a kind of many fluorescent tube one drag twos
Link together, the lighting area 3 is by independent ship type on-off control.
Embodiment 5
A kind of 5 length ultraviolet transilluminators, including protective cover 1, transilluminator main body 5, on and off switch 2, light switch 6 and Duo Bo
Long permutator 7, the transilluminator main body 5 include lighting area 3 and ultra-violet (UV) band 4, and the protective cover 1 is located at the transilluminator main body
5 surface, the lighting area 3 are located at the left and right sides of ultra-violet (UV) band 4, the on and off switch 2, light switch 6 and multi-function rotating
Change switch 7 and be located at described ultraviolet transilluminator the same side.
Uviol lamp group module is provided with the ultra-violet (UV) band 4, the uviol lamp group module includes 5 layers of ultraviolet lamp tube, each
Layer fluorescent tube is sequentially overlapped settings, and by wavelength level permutations, each layer is a wavelength, and each layer has 4 fluorescent tube spaced sets,
The corresponding wavelength of 5 layers of ultraviolet lamp tube is respectively and spacing between layers is 3 times of tube diameters.
Specifically, the mutually corresponding fluorescent tube in position constitutes a light tube group between layers, and be of five storeys altogether fluorescent tube, often
One layer has 4 fluorescent tubes, and from left side number, first, second, third and fourth, five layers of first fluorescent tube constitutes first light tube group；Firstth,
2nd, three, four, five layers of second fluorescent tube constitutes second light tube group, and by that analogy, each layer has 4 fluorescent tubes, so one is total
4 light tube groups, and each light tube group is in approximately the same plane, 4 planes of 4 light tube groups are parallel to each other, and and level
The angle in direction is 60 °.
Each layer of ultraviolet lamp tube is staggered, position correspondence, ultraviolet light when cleverly design can ensure that instrument is used
Light intensity is unaffected, in addition the independent drawer type design of each layer, when needing to change during use fluorescent tube, it is only necessary to by that
Layer fluorescent tube is extracted out, is changed, easy to operate.
The protective cover 1 is lucite, and the ultraviolet transilluminator is also including electric ballast 8, the electric ballast 8
Five driving ballast, the electric ballast 8 and ultraviolet, white light fluorescent tube and multi-functional permutator 7 are dragged for a kind of many fluorescent tubes one
Link together, the lighting area 3 is by independent ship type on-off control.
As it will be easily appreciated by one skilled in the art that preferred embodiment of the present utility model is the foregoing is only, not
To limit this utility model, all any modifications made within spirit of the present utility model and principle, equivalent and change
Enter, should be included within protection domain of the present utility model.
Claims (10)
1. a kind of ultraviolet transilluminator, it is characterised in that the ultraviolet transilluminator includes transilluminator main body, the transilluminator main body bag
Lighting area and ultra-violet (UV) band are included, the lighting area is located at the ultra-violet (UV) band left and right sides, uviol lamp group module is provided with the ultra-violet (UV) band,
The uviol lamp group module includes multilamellar ultraviolet lamp tube, and each layer of fluorescent tube is sequentially overlapped setting.
2. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the multilamellar is three layers and more than three layers.
3. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the multilamellar ultraviolet lamp tube presses wavelength level permutations,
Each layer of fluorescent tube launches a kind of ultraviolet wavelength.
4. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the ultraviolet transilluminator is also opened including wavelength convert
Close, the wave-changing switch is connected with each layer of multilamellar ultraviolet lamp tube, for controlling opening for the ultraviolet lamp tube of different wave length
Concern is changed.
5. ultraviolet transilluminator as claimed in claim 1, it is characterised in that each layer of the multilamellar ultraviolet lamp tube is horizontally disposed with
There are 2～5 fluorescent tubes.
6. ultraviolet transilluminator as claimed in claim 1, it is characterised in that each layer of the multilamellar ultraviolet lamp tube takes independence
Drawer type is designed, and each layer of fluorescent tube is commonly mounted in same drawer.
7. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the multilamellar ultraviolet lamp tube is equidistantly set in each layer
Put, multilamellar ultraviolet lamp tube distance between layers is 1.5～3 times of tube diameters.
8. ultraviolet transilluminator as claimed in claim 1, it is characterised in that in the multilamellar ultraviolet lamp tube, any two-layer is ultraviolet
In fluorescent tube, the position of each fluorescent tube corresponds；Between each described multilamellar ultraviolet lamp tube, corresponding fluorescent tube is in same
Plane, the plane are 15～75 ° with the angle of horizontal direction.
9. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the ultraviolet transilluminator also includes electric ballast,
The electric ballast drives ballast for a kind of many fluorescent tubes.
10. ultraviolet transilluminator as claimed in claim 1, it is characterised in that the lighting area by independent ship type on-off control,
For providing illumination when instrument is used.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621099828.8U CN206132615U (en) | 2016-09-30 | 2016-09-30 | Multi -wavelength ultraviolet transmission appearance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621099828.8U CN206132615U (en) | 2016-09-30 | 2016-09-30 | Multi -wavelength ultraviolet transmission appearance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206132615U true CN206132615U (en) | 2017-04-26 |
Family
ID=58571812
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621099828.8U Active CN206132615U (en) | 2016-09-30 | 2016-09-30 | Multi -wavelength ultraviolet transmission appearance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206132615U (en) |
-
2016
- 2016-09-30 CN CN201621099828.8U patent/CN206132615U/en active Active
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