CN209484367U - Multiple duct bulb temperature control structure - Google Patents
Multiple duct bulb temperature control structure Download PDFInfo
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- CN209484367U CN209484367U CN201920214595.9U CN201920214595U CN209484367U CN 209484367 U CN209484367 U CN 209484367U CN 201920214595 U CN201920214595 U CN 201920214595U CN 209484367 U CN209484367 U CN 209484367U
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- air
- cold wind
- transfer passage
- passage
- wind transfer
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Abstract
The utility model relates to multiple duct bulb temperature control structures, it include reflector (1), the lamp body (4) of illuminator (2) and front end lead (3), the front end lead (3) is located at the top position of illuminator (2), the reflector (1) is equipped with the cold wind transfer passage one (5) of front end lead (3) and the cold wind transfer passage two (6) of illuminator (2), the cold wind transfer passage one (5) is equipped with the blower one (51) of control air quantity, the air outlet of the cold wind transfer passage one (5) is corresponding with front end lead (3), the cold wind transfer passage two (6) is equipped with the blower two (61) of control air quantity, the air outlet of the cold wind transfer passage two (6) is interior towards reflector (1).When the utility model is used, it send air respectively to the front end lead and illuminator of lamp body, realizes rapid cooling function, effectively quickly radiated to light bulb, extend the service life of light bulb.
Description
Technical field
The utility model relates to a kind of fitting structures, and in particular to a kind of controller for heat sink of stage lamp.
Background technique
The common two kinds of forms of lamps and lanterns, especially stage lamp structure, one is lamps and lanterns to carry reflector, and another kind is lamps and lanterns
It is separated with reflector.No matter which kind of mode, on the light bulb centre of sphere of lamps and lanterns, front and back molybdenum sheet and front end lead have temperature specific
Control range, and cooling requirements are uniform.As the operation direction of illumination of lamps and lanterns changes, such as horizontal, vertical, inclination, respectively
Point temperature requirement also corresponding change, then need a kind of radiator that can change according to various positions and accordingly control at this time so that
Each point temperature still can control within the specified scope.The heat dissipation of lamps and lanterns at present mainly has good heat dissipation by using on lamps and lanterns
Material, and good ventilation gap or ventilating duct are set on lamps and lanterns.Also have to blow by blower and radiate, but effect and unknown
It is aobvious.
Utility model content
The purpose of this utility model is, in order to solve existing stage light bulb there are above-mentioned technical problem, it is more to provide one kind
Air duct bulb temperature control structure.
Multiple duct bulb temperature control structure includes the lamp body of reflector, illuminator and front end lead, the front end lead
It is located at the top position of illuminator, the cold wind of cold wind transfer passage one and illuminator of the reflector equipped with front end lead is defeated
Channel two is sent, the cold wind transfer passage one is equipped with the blower one of control air quantity, the air outlet of the cold wind transfer passage one
Corresponding with front end lead, the cold wind transfer passage two is equipped with the blower two of control air quantity, which goes out
Air port is towards in reflector.
Further, the cold wind transfer passage two includes left air-out passage and right air-out passage, the left outlet air
For the air outlet in channel towards the illuminator left side in reflector, the air outlet of right air-out passage is right towards the illuminator in reflector
Side.
Further, the blower two includes the right blower on the left blower and right air-out passage on left air-out passage.
Further, the cold wind transfer passage one is the groove profile ventilating duct that section is square, groove profile ventilating duct upside
For inclined wind-guiding face.
Further, internal diameter one end of the cold wind transfer passage one is big, and the other end is small, gradually receives along air outlet
Narrow, specifically, one end that the internal diameter of the cold wind transfer passage one is docked with blower one is big, another air opening end is small, and edge goes out
It is gradually narrowed at end in air port.
Further, the cold wind transfer passage two is the groove profile ventilating duct that section is square.
Internal diameter one end of the cold wind transfer passage two is big, and the other end is small, gradually narrows along air outlet, specifically,
One end that the internal diameter of the cold wind transfer passage two is docked with blower two is big, and another air opening end is small, along air opening end by
It tapers narrow.
Further, inclined wind deflector one is equipped on front side of the cold wind transfer passage two, which makes cold wind
The air outlet of transfer passage two is towards in reflector.
Further, the left air-out passage and right air-out passage are the groove profile ventilating duct that section is square, described
Inclined wind deflector two is respectively equipped on front side of left air-out passage and right air-out passage, which makes left air-out passage and the right side
The air outlet of air-out passage is respectively facing the illuminator two sides in reflector.
Further, internal diameter one end of the left air-out passage and right air-out passage is big, and the other end is small, along air outlet
It gradually narrows, specifically, the internal diameter of the left air-out passage and left blower one end are big, the other end of air outlet is small, along outlet air
It is gradually narrowed at mouthful, the internal diameter of right air-out passage and right blower one end are big, and another air opening end is small, gradually receives along air opening end
It is narrow.
Further, the wind deflector two is tilting in 30-60 °.
The utility model has the beneficial effects that
1, the reflector of the utility model is equipped with the cold wind conveying of the cold wind transfer passage one and illuminator of front end lead
Channel two, the cold wind transfer passage one be equipped with control air quantity blower one, the air outlet of the cold wind transfer passage one with
Front end lead is corresponding, and the cold wind transfer passage two is equipped with the blower two of control air quantity, the outlet air of the cold wind transfer passage two
Mouthful towards in reflector, therefore, in use, sending air respectively to the front end lead and illuminator of lamp body, drop rapidly is realized
Temperature function effectively quickly radiates to light bulb, extends the service life of light bulb.
2, the cold wind transfer passage two of the utility model includes left air-out passage and right air-out passage, and the left outlet air is logical
For the air outlet in road towards the illuminator left side in reflector, the air outlet of right air-out passage is right towards the illuminator in reflector
Side.Therefore, make cold wind transfer passage two that can quickly radiate to illuminator, improve heat dissipation effect.
3, the blower two of utility model includes the right blower on the left blower and right air-out passage on left air-out passage.Therefore
Each blower is connected to the control system of lamps and lanterns, can carry out automatically controlling the air quantity of each blower, and preferably control light bulb uses temperature
Degree state ensures reasonable, the safe handling of light bulb.
4, inclined wind deflector one or left air-out passage are equipped on front side of the cold wind transfer passage two of the utility model and the right side goes out
It is respectively equipped with inclined wind deflector two on front side of wind channel, therefore cold wind transfer passage one and cold wind transfer passage two can be made anti-
It is in Plane Installation on light cup, is mounted on it reasonably on lamps and lanterns.
Detailed description of the invention
Fig. 1 is the main view of the utility model embodiment.
Fig. 2 is the top view of the utility model embodiment.
Fig. 3 is the cross-sectional view of the utility model embodiment.
Specific embodiment
Below in conjunction with attached drawing, the utility model is described in further detail.
It include reflector 1, illuminator 2 and front end referring to figs. 1 to multiple duct bulb temperature control structure shown in Fig. 3
The lamp body 4 of lead 3, the front end lead 3 are located at the top position of illuminator 2, and the reflector 1 is equipped with the cold of front end lead 3
The cold wind transfer passage 26 of wind transfer passage 1 and illuminator 2, the cold wind transfer passage 1 are equipped with control air quantity
The air outlet of blower 1, the cold wind transfer passage 1 is corresponding with front end lead 3, and the cold wind transfer passage 26 is equipped with control
The blower 2 61 of air quantity processed, the air outlet 8 of the cold wind transfer passage 26 is towards in reflector 1.
The cold wind transfer passage 1 is the groove profile ventilating duct that section is square, and is inclined on the upside of groove profile ventilating duct
Wind-guiding face 511, the wind-guiding face 511 send cold wind preferably to 3 position of front end lead, so that improving dissipating for 3 position of front end lead
Heat drop temp effect.
Internal diameter one end of the cold wind transfer passage 1 is big, and the other end is small, gradually narrows along air outlet, specifically,
One end that the internal diameter of the cold wind transfer passage 1 is docked with blower 1 is big, and another air opening end is small, along air opening end by
It tapers narrow.
The cold wind transfer passage 26 is the groove profile ventilating duct that section is square.The cold wind transfer passage 26
Internal diameter one end is big, and the other end is small, gradually narrows along air outlet, specifically, the internal diameter and blower of the cold wind transfer passage 26
One end of 2 61 docking is big, and another air opening end is small, gradually narrows along air opening end.Before the cold wind transfer passage 26
Side is equipped with inclined wind deflector one, which makes the air outlet 8 of cold wind transfer passage 26 towards in reflector 1.
In embodiment, the cold wind transfer passage 26 includes left air-out passage 611 and right air-out passage 612, institute
The air outlet of left air-out passage 611 is stated towards 2 left side of illuminator in reflector 1, the air outlet of right air-out passage 612 is towards instead
2 right side of illuminator in light cup 1.The blower 2 61 includes that left blower 6111 on left air-out passage 611 and right outlet air are logical
Right blower 6121 on road 612.The left blower of blower 1, left air-out passage 611 on the cold wind transfer passage 1
6111, the right blower 6121 on right air-out passage 612 is independent vortex fan, and left blower 6111 and right blower 6121 are symmetrical
Distribution, each blower can independently export different air quantity.
The left air-out passage 611 and right air-out passage 612 is the groove profile ventilating duct that section is square, and the left side goes out
Wind channel 611 and the front side of right air-out passage 612 are respectively equipped with inclined wind deflector 27, which makes left air-out passage
611 and the air outlet of right air-out passage 612 be respectively facing 2 two sides of illuminator in reflector 1, the wind deflector 27 is in 30-
60 ° tilting.
Internal diameter one end of the left air-out passage 611 and right air-out passage 612 is big, and the other end is small, along air outlet by
It tapers narrow.Specifically, one end that the internal diameter of the left air-out passage 611 is docked with left blower 6111 is big, another air opening end
It is small, it is gradually narrowed along air outlet, one end that the internal diameter of right air-out passage 612 is docked with right blower 6121 is big, another air outlet
It holds small, is gradually narrowed along air opening end.
The utility model is in application, cold wind transfer passage 1, left air-out passage 611 and right air-out passage 612 are respectively provided with
Different wind paths and angle, cold wind transfer passage 1, left air-out passage 611 and right air-out passage 612 are by individual blower
Control makes cold wind transfer passage 1, left air-out passage 611 and right air-out passage 612 blow each interference-free and can independently control
System, one 51 pairs of light bulb front end leads 3 of blower carry out temperature controls, Zuo Fengji 6111 and right blower 6121 then respectively to the centre of sphere (i.e.
Illuminator 2) two sides progress temperature control, make temperature difference control in centre of sphere two sides in appropriate range.When lamps and lanterns are different
When orientation mode, light bulb control temperature requirement also changes accordingly, can judge its bulb position by detection device at this time, be water
Other states such as flat or vertical, and by control centre, blower 1, Zuo Fengji 6111 and 6121 air quantity of right blower are adjusted to reach
To the temperature of each temperature control point is precisely controlled, to meet the temperature requirement of light bulb normal work.
The temperature that the utility model is applicable not only to all kinds of stage lamp gas discharge bubbles accurately controls, and has been equally applicable to
Other apparatus of gas discharge bubble temperature control needs.
Claims (10)
1. multiple duct bulb temperature control structure includes the lamp body (4) of reflector (1), illuminator (2) and front end lead (3),
The front end lead (3) is located at the top position of illuminator (2), it is characterized in that: the reflector (1) is equipped with front end lead (3)
Cold wind transfer passage one (5) and illuminator (2) cold wind transfer passage two (6), set on the cold wind transfer passage one (5)
There is the blower one (51) of control air quantity, the air outlet of the cold wind transfer passage one (5) is corresponding with front end lead (3), described cold
Wind transfer passage two (6) is equipped with the blower two (61) of control air quantity, and the air outlet of the cold wind transfer passage two (6) is towards reflector
(1) in.
2. multiple duct bulb temperature control structure according to claim 1, it is characterized in that: the cold wind transfer passage two
It (6) include left air-out passage (611) and right air-out passage (612), the air outlet of the left air-out passage (611) is towards reflective
On the left of illuminator (2) in cup (1), the air outlet of right air-out passage (612) is towards on the right side of the illuminator (2) in reflector (1).
3. multiple duct bulb temperature control structure according to claim 2, it is characterized in that: the blower two (61) includes
The right blower (6121) on left blower (6111) and right air-out passage (612) on left air-out passage (611).
4. multiple duct bulb temperature control structure according to claim 1, it is characterized in that: the cold wind transfer passage one
(5) the groove profile ventilating duct being square for section, groove profile ventilating duct upside is inclined wind-guiding face (511).
5. multiple duct bulb temperature control structure according to claim 4, it is characterized in that: the cold wind transfer passage one
(5) internal diameter one end is big, and the other end is small, gradually narrows along air outlet.
6. multiple duct bulb temperature control structure according to claim 1, it is characterized in that: the cold wind transfer passage two
(6) the groove profile ventilating duct being square for section.
7. multiple duct bulb temperature control structure according to claim 1, it is characterized in that: the cold wind transfer passage two
(6) internal diameter one end is big, and the other end is small, gradually narrows along air outlet.
8. multiple duct bulb temperature control structure according to claim 6 or 7, it is characterized in that: the cold wind conveying is logical
Inclined wind deflector one is equipped on front side of road two (6), which makes the air outlet of cold wind transfer passage two (6) towards reflector
(1) in.
9. multiple duct bulb temperature control structure according to claim 2 or 3, it is characterized in that: the left air-out passage
(611) and right air-out passage (612) is the groove profile ventilating duct that is square of section, the left air-out passage (611) and right outlet air
Inclined wind deflector two (7) is respectively equipped on front side of channel (612), which go out left air-out passage (611) and the right side
The air outlet in wind channel (612) is respectively facing illuminator (2) two sides in reflector (1).
10. multiple duct bulb temperature control structure according to claim 9, it is characterized in that: the left air-out passage
(611) and internal diameter one end of right air-out passage (612) is big, and the other end is small, gradually narrows along air outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920214595.9U CN209484367U (en) | 2019-02-19 | 2019-02-19 | Multiple duct bulb temperature control structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920214595.9U CN209484367U (en) | 2019-02-19 | 2019-02-19 | Multiple duct bulb temperature control structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209484367U true CN209484367U (en) | 2019-10-11 |
Family
ID=68133836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920214595.9U Expired - Fee Related CN209484367U (en) | 2019-02-19 | 2019-02-19 | Multiple duct bulb temperature control structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209484367U (en) |
-
2019
- 2019-02-19 CN CN201920214595.9U patent/CN209484367U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191011 Termination date: 20220219 |